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{"sheet":"Step 1 - Set global parameters","index":0,"n_rows":21,"n_cols":8,"rows_kept":21,"cut":false,"hidden":false,"merged":[]}
["User parameters"]
["Country ","Latvia"]
["IFI name","Fiscal Discipline Council"]
[]
["Scenario parameters"]
["What are you assessing?","Implementation of an endorsed MTP"]
["Enter a name for your scenario (free text):","Draft Budgetary Plan 2026"]
[]
["Escape clause parameters"]
[null,{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear-MTP_BaseYear, MTP_BaseYear+1)","v":2024},2025,2026,2027,2028]
[null,{"$f":"CHOOSE(SIGN(_xlfn.ANCHORARRAY(B10) - MTP_YearT) + 2, \"T-1\", \"T\", \"T+\" & (_xlfn.ANCHORARRAY(B10) - MTP_YearT))","v":"T"},"T+1","T+2","T+3","T+4"]
["Years for which an escape clause has been activated",false,true,true,true,true,false]
["General or country-specific?",{"$error":"#N/A"},"Country","Country","Country","Country","NA"]
["If activated, what was the reason?",{"$error":"#N/A"},"Defence","Defence","Defence","Defence","Defence","NA"]
["Cap on deviation from max growth rates of net expenditure, if applicable (% of GDP)",null,1.5,1.5,1.5,1.5]
[]
["Excessive debt/deficit procedure parameters "]
["Excessive deficit procedure opened",false]
["Deadline year to correct excessive deficit",{"$error":"#N/A"}]
["Excessive debt procedure opened",false]
["Deadline year to correct excessive debt",{"$error":"#N/A"}]

{"sheet":"Step 2 - Update outturn data","index":1,"n_rows":210,"n_cols":26,"rows_kept":210,"cut":false,"hidden":false,"merged":[]}
[null,"Outturn data"]
[null,null,null,"Last year of outturn data",2024]
[]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, OutturnThrough-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024]
[null,"MTSFP reference year",null,{"$f":"IF(\n  AND(_xlfn.ANCHORARRAY(D4) >= MTP_YearT-1,_xlfn.ANCHORARRAY( D4) <= MTP_EndYear),\n  \"T\" & TEXT(_xlfn.ANCHORARRAY(D4) - MTP_YearT, \"+0;-0;\"),\n  \"\"\n)","v":"T-1"},"T"]
[null,"Total expenditure","bn NAC",{"$f":"INDEX(184:184, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":17.182600000000001},18.413499999999999]
[null,"Interest expenditure","bn NAC",{"$f":"INDEX(175:175, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":0.28689999999999999},0.44330000000000003]
[null,"Cyclical unemployment expenditure","bn NAC",{"$f":"INDEX(188:188, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":-1.2620000000000001E-3},4.169E-3]
[null,"Expenditure funded by transfers from the EU","bn NAC",{"$f":"INDEX(185:185, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":0.73429999999999995},0.75549999999999995]
[null,"National co-financing of EU programmes","bn NAC",{"$f":"INDEX(187:187, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":0.15825},0.13764999999999999]
[null,"One-off expenditure (levels, excl. EU funded)","bn NAC",{"$f":"INDEX(189:189, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":0},0]
[null,"Net nationally financed primary expenditure (before DRM)","bn NAC",{"$f":"INDEX(190:190, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":16.004412000000006},17.072880999999999]
[null,"Discretionary revenue measures (excl. one-off revenue, incremental impact)","bn NAC",{"$f":"(INDEX(169:169, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1))/1000","v":0},0.273808]
[null,"Defence expenditure","bn NAC",{"$f":"INDEX(92:92, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":1.0249299999999999},1.1083700000000001]
[null,"Net expenditure growth (annual)","growth rate (%)",{"$f":"_xlfn.LET(\n  _xlpm.n, COLUMNS(_xlfn.ANCHORARRAY(D4)),\n  _xlpm.seq, _xlfn.SEQUENCE(1,_xlpm.n),\n  _xlpm.col, COLUMN()+_xlpm.seq-1,\n  _xlpm.curr13, INDEX(12:12, _xlpm.col),\n  _xlpm.curr14, INDEX(13:13, _xlpm.col),\n  _xlpm.prev13, INDEX(12:12, _xlpm.col-1),\n  IF(_xlpm.seq=1, \"\", IFERROR((((_xlpm.curr13-_xlpm.curr14)/_xlpm.prev13)-1)*100, \"\"))\n)","v":""},4.9652620789816915]
[null,"Net expenditure growth (cumulative)","growth rate (%)",{"$f":"_xlfn.LET(\n  _xlpm.n, COLUMNS(_xlfn.ANCHORARRAY(D4)),\n  _xlpm.seq, _xlfn.SEQUENCE(1,_xlpm.n),\n  _xlpm.vals, INDEX(15:15, COLUMN()-1+_xlpm.seq),\n  _xlpm.clean, IF(_xlpm.vals=\"\",0,_xlpm.vals/100),\n  _xlpm.cum, _xlfn.SCAN(1, _xlpm.clean, _xlfn.LAMBDA(_xlpm.a,_xlpm.b,_xlpm.a*(1+_xlpm.b))),\n  IF(_xlpm.seq=1,\"\",(_xlpm.cum-1)*100)\n)","v":""},4.9652620789816915]
[null,"Net lending/borrowing","% GDP",{"$f":"INDEX(139:139, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":-2.342774528487884},-1.7868607680254289]
[null,"Structural balance","% GDP",{"$f":"INDEX(142:142, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":-2.1063200000000002},-1.548]
[null,"Structural primary balance","% GDP",{"$f":"INDEX(143:143, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":-1.38124},-0.44949]
[null,"Gross debt","% GDP",{"$f":"INDEX(145:145, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":44.430318318075436},46.249535696627248]
[null,"Change in gross debt","% GDP"]
[null,"Real GDP (rate of change, %)","rate of change, %",{"$f":"_xlfn.LET(\n  _xlpm.pos,  _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))),\n  _xlpm.num,  INDEX(35:35, _xlpm.pos - 1),\n  _xlpm.den,  INDEX(35:35, _xlpm.pos - 2),\n  IF((_xlpm.num=0) + (_xlpm.den=0), \"\", 100*(_xlpm.num/_xlpm.den - 1))\n)","v":-0.9414574313402313},-3.7310985009997299E-2]
[null,"GDP deflator (rate of change, %)","rate of change, %",{"$f":"_xlfn.LET(\n  _xlpm.pos,    _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))),\n  _xlpm.nomN,   INDEX(34:34, _xlpm.pos - 1),\n  _xlpm.nomD,   INDEX(34:34, _xlpm.pos - 2),\n  _xlpm.realN,  INDEX(35:35, _xlpm.pos - 1),\n  _xlpm.realD,  INDEX(35:35, _xlpm.pos - 2),\n  IF((_xlpm.nomN=0)+(_xlpm.nomD=0)+(_xlpm.realN=0)+(_xlpm.realD=0), \"\", 100*((_xlpm.nomN/_xlpm.realN)/(_xlpm.nomD/_xlpm.realD) - 1))\n)","v":10.672371603556009},2.7885650030008202]
[null,"Nominal GDP (rate of change, %)","rate of change, %",{"$f":"_xlfn.LET(\n  _xlpm.pos,  _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))),\n  _xlpm.num,  INDEX(34:34, _xlpm.pos - 1),\n  _xlpm.den,  INDEX(34:34, _xlpm.pos - 2),\n  IF((_xlpm.num=0) + (_xlpm.den=0), \"\", 100*(_xlpm.num/_xlpm.den - 1))\n)","v":9.630438336653846},2.7502135769205571]
[null,"Potential growth (rate of change, %)","rate of change, %",{"$f":"_xlfn.LET(\n  _xlpm.pos,  _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))),\n  _xlpm.num,  INDEX(90:90, _xlpm.pos - 1),\n  _xlpm.den,  INDEX(90:90, _xlpm.pos - 2),\n  IF((_xlpm.num=0) + (_xlpm.den=0), \"\", 100*(_xlpm.num/_xlpm.den - 1))\n)","v":0.97435418160733978},-1.8794702349533843E-2]
[null,"Output gap (% pot. GDP)","% pot. GDP",{"$f":"_xlfn.LET(\n  _xlpm.pos,   _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1)+0, 33:33+0, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))),\n  _xlpm.rGDP,  INDEX(89:89, _xlpm.pos - 1),\n  _xlpm.pGDP,  INDEX(90:90, _xlpm.pos - 1),\n  IF((_xlpm.rGDP=0) + (_xlpm.pGDP=0), \"\", 100*(_xlpm.rGDP/_xlpm.pGDP - 1))\n)","v":-0.67509815273575358},-0.70221013089490913]
[null,"Nominal GDP (level, millions of national currency)","level, bn NAC",{"$f":"INDEX(34:34, _xlfn.XMATCH(INDEX(_xlfn.ANCHORARRAY(D4),1,1), 33:33, 0) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)/1000","v":39.5642},40.652300000000004]
[]
["Full historical data inputs (Eurostat and AMECO)"]
["Country: ",{"$f":"Country","v":"Latvia"}]
["Last updated (Eurostat): ","2026-04-29T07:59:20"]
["Units: ","millions NAC unless noted"]
["ESA code","Indicator","Source",{"$f":"_xlfn.SEQUENCE(1, OutturnThrough-MTP_BaseYear+2, MTP_BaseYear-1)","v":2022},2023,2024]
["B1G [CP_MEUR]","Gross domestic product at market prices [B1GQ]","nama_10_gdp",36088.699999999997,39564.199999999997,40652.300000000003]
["B1G [CLV10_MEUR]","Gross domestic product at market prices [B1GQ]","nama_10_gdp",24621.4,24389.599999999999,24380.5]
["P3","Final consumption expenditure [P3]","nama_10_gdp",28950.2,31244.7,32570.1]
["P6","Exports of goods and services [P6]","nama_10_gdp",27969.3,26108.3,26368.5]
["P7","Imports of goods and services [P7]","nama_10_gdp",29734,27557.8,27011.9]
["P6X7","External balance of goods and services [P6X7]","nama_10_gdp",-1764.7,-1449.5,-643.4]
["P41","Actual individual consumption [P41]","nama_10_gdp",25073.8,27066.9,28282.799999999999]
["P51","Gross fixed capital formation [P51G]","nama_10_gdp",8404.4,9504.4,9043]
["P52","Changes in inventories [P52]","nama_10_gdp",460.5,236.5,-345.5]
["P53","Acquisitions less disposals of valuables [P53]","nama_10_gdp",38.299999999999997,28.1,28.1]
["P52_P53","Changes in inventories and acquisitions less disposals of valuables [P52_P53]","nama_10_gdp",498.8,264.60000000000002,-317.39999999999998]
["P31_S14_S15","Household and NPISH final consumption expenditure [P31_S14_S15]","nama_10_gdp",21475,22935.3,23745.9]
["P31_S14","Final consumption expenditure of households [P31_S14]","nama_10_gdp",21039.7,22528.2,23346]
["P31_S15","Final consumption expenditure of NPISH [P31_S15]","nama_10_gdp",435.2,407,399.9]
["B9","Net lending (+)/net borrowing (-) [B9]","gov_10a_main S13",-1753.6,-926.7,-726.5]
["D1PAY","Compensation of employees, expenditure [D1PAY]","gov_10a_main S13",4205.8999999999996,4793.3999999999996,5333.3]
["D2REC","Taxes on production and imports [D2REC]","gov_10a_main S13",5362.5,5576.8,5850.4]
["D3PAY","Subsidies [D3PAY]","gov_10a_main S13",663,637.29999999999995,359.2]
["D4PAY","Property income, expenditure [D4PAY]","gov_10a_main S13",184.8,288.3,444.8]
["D4REC","Property income, revenue [D4REC]","gov_10a_main S13",211.4,509.8,616.70000000000005]
["D5PAY","Current taxes on income, wealth, etc., expenditure [D5PAY]","gov_10a_main S13",1.6,3.8,1.5]
["D5REC","Current taxes on income, wealth, etc., revenue [D5REC]","gov_10a_main S13",2752.9,3138.2,3733.2]
["D7PAY","Other current transfers, expenditure [D7PAY]","gov_10a_main S13",937,1041.5,974.1]
["D7REC","Other current transfers, revenue [D7REC]","gov_10a_main S13",524.6,1039.9000000000001,977.8]
["D7rec_S212 ","Other current transfers, revenue, from the institutions and bodies of the European Union","gov_10a_main S13",219.8,394.5,445]
["D8","Adjustment for the change in pension entitlements [D8]","gov_10a_main S13",0,0,0]
["D9PAY","Capital transfers, expenditure [D9PAY]","gov_10a_main S13",267.7,87.9,128.30000000000001]
["D9REC","Capital transfers, revenue [D9REC]","gov_10a_main S13",263.7,363.9,361.7]
["D9rec_S212 ","Capital transfers, revenue from the institutions and bodies of the EU","gov_10a_main S13",208.7,339.8,310.5]
["D11_S13","Wages and salaries [D11]","gov_10a_main S13",3243.8,3709.3,4073.8]
["D29PAY","Other taxes on production, expenditure [D29PAY]","gov_10a_main S13",6.3,5.8,5.7]
["D29REC","Other taxes on production, revenue [D29REC]","gov_10a_main S13",438.9,479,591.20000000000005]
["D39PAY","Other subsidies on production, expenditure [D39PAY]","gov_10a_main S13",219.5,258.5,231.8]
["D39REC","Other subsidies on production, revenue [D39REC]","gov_10a_main S13",0.6,0,0]
["D41PAY","Interest, expenditure [D41PAY]","gov_10a_main S13",183.2,286.89999999999998,443.3]
["D41REC","Interest, revenue [D41REC]","gov_10a_main S13",35,136.69999999999999,199.8]
["D61","Net social contributions, revenue [D61REC]","gov_10a_main S13",3777.6,4261.8999999999996,4668.8999999999996]
["D62","Social benefits other than social transfers in kind, expenditure [D62PAY]","gov_10a_main S13",4578,4718.8,5101.3999999999996]
["D632","Social transfers in kind, purchased market production, expenditure [D632PAY]","gov_10a_main S13",670.4,816.2,870.1]
["D91","Capital taxes, revenue [D91REC]","gov_10a_main S13",17.3,14.4,15.3]
["D92","Investment grants, revenue [D92REC]","gov_10a_main S13",246.4,349.5,341.8]
["D92+D99","Investment grants and other capital transfers, revenue [D92_D99REC]","gov_10a_main S13",246.4,349.5,346.4]
["D99PAY","Other capital transfers, expenditure [D99PAY]","gov_10a_main S13",114.9,5.2,22.3]
["D99REC","Other capital transfers, revenue [D99REC]","gov_10a_main S13",0,0,4.5999999999999996]
["NP","Acquisitions less disposals of non-financial non-produced assets [NP]","gov_10a_main S13",-20,17.2,14.6]
["P2","Intermediate consumption of general government [P2_S13]","gov_10a_main S13",2426.8000000000002,2507.3000000000002,2481.4]
["P3","Final consumption expenditure of general government [P3_S13]","gov_10a_main S13",7475.3,8309.4,8824.2000000000007]
["P31","Individual consumption expenditure of general government [P31_S13]","gov_10a_main S13",3598.9,4131.7,4536.8999999999996]
["P32","Collective consumption expenditure of general government [P32_S13]","gov_10a_main S13",3876.4,4177.7,4287.2]
["P51G","Gross fixed capital formation [P51G]","gov_10a_main S13",1717.6,2231.3000000000002,2560.6999999999998]
["P52_P53","Changes in inventories and acquisitions less disposals of valuables of general government [P52_P53_S13]","gov_10a_main S13",325.39999999999998,33.799999999999997,138.4]
["P11","Market output [P11]","gov_10a_main S13",910.8,970.2,1041]
["P12","Output for own final use [P12]","gov_10a_main S13",212.6,220.6,237]
["P131","Payments for non-market output [P131]","gov_10a_main S13",194.3,174.4,200.4]
["GD","Government consolidated gross debt [GD]","gov_10dd_edpt1 S13",16038.9,17578.5,18801.5]
["OVGD","Real GDP AMECO","AMECO 6",31849.74,31549.83,31535.29]
["OVGDP","Potential GDP (real) level","AMECO 6",31457.760000000002,31764.27,31758.3]
["UIGG02H","Expenditure on defence - GFCF","AMECO 16",145.81,278.77999999999997,378.96000000000004]
["UUTG02H","Expenditure on defence - Total general government expenditure","AMECO 16",864.28000000000009,1024.9299999999998,1108.3700000000001]
["UUTGCF","Expenditure on national cofinancing of programmes funded by the EU - Total general government expenditure","AMECO 16",null,158.25,137.65]
["UDMGR","Discretionary measures (revenue) - excl. EU financed and one-off revenue (DRM): general government","AMECO 16",null,null,273.80799999999999]
["URTGEU (D.7EU+D9EU)","Expenditure funded by transfers from the EU: general government","AMECO 16",null,734.29,755.56999999999994]
["UUTZ105","Cyclical unemployment expenditure: general government","AMECO 16",null,-1.262,4.1689999999999996]
["UOOMSE","One-off measures (expenditure) - excl. EU financed: general government","AMECO 16",0,0,0]
["UBLGAPS","Structural balance of general government :- Adjustment based on potential GDP Excessive deficit procedure (Percentage of potential GDP at current prices)","AMECO 17",-5.33019,-2.1063200000000002,-1.548]
["UBLGBPS","Structural balance of general government excluding interest :- Adjustment based on potential GDP Excessive deficit procedure (Percentage of potential GDP at current prices)","AMECO 17",-4.8225800000000003,-1.38124,-0.44949]
[]
["Intermediary calculation tables"]
["Requirements as outlined in https://eur-lex.europa.eu/eli/C/2024/3975/oj/eng"]
["% of GDP",null,"ESA Code",{"$f":"_xlfn.SEQUENCE(1, OutturnThrough-MTP_BaseYear+2, MTP_BaseYear-1)","v":2022},2023,2024]
[null,"MTP year",null,{"$f":"IF(_xlfn.ANCHORARRAY(D103) = MTP_YearT, \"T\", \"T\" & IF(_xlfn.ANCHORARRAY(D103) > MTP_YearT, \"+\", \"\") & (_xlfn.ANCHORARRAY(D103) - MTP_YearT))","v":"T-2"},"T-1","T"]
[null,"Revenue"]
[1,"Taxes on production and imports","D.2",{"$f":"IFERROR(D160/D$34*100,\"\")","v":14.859221861690781},{"$f":"IFERROR(E160/E$34*100,\"\")","v":14.09557124875519},14.39131365261006,"","","","","",{"$f":"IFERROR(L160/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[2,"Current taxes on income, wealth, etc. ","D.5",7.6281495315708252,{"$f":"IFERROR(E161/E$34*100,\"\")","v":7.9319182493264115},9.1832442444830917,"","","","","",{"$f":"IFERROR(L161/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[3,"Social contributions ","D.61",10.467542471743235,{"$f":"IFERROR(E162/E$34*100,\"\")","v":10.772112162005044},11.484959030608351,"","","","","",{"$f":"IFERROR(L162/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[4,"Other current revenue","(P.11+P.12+P.131)+D.39+D.4+D.7",5.6923635376170383,{"$f":"IFERROR(E163/E$34*100,\"\")","v":7.3675191208213491},7.5589819026229774,"","","","","",{"$f":"IFERROR(L163/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[5,"Capital taxes ","D.91",4.7937443022331092E-2,{"$f":"IFERROR(E164/E$34*100,\"\")","v":3.6396540306640857E-2},3.7636246903619233E-2,"","","","","",{"$f":"IFERROR(L164/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[6,"Other capital revenue","D.92+D.99",0.68276219426025331,{"$f":"IFERROR(E165/E$34*100,\"\")","v":0.88337436369242905},0.85210430898128764,"","","","","",{"$f":"IFERROR(L165/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[7,"Total revenue (=1+2+3+4+5+6)","TR",39.377977039904458,{"$f":"IFERROR(E166/E$34*100,\"\")","v":41.086891684907059},43.508239386209382,"","","","","",{"$f":"IFERROR(L166/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[8,"Of which: Transfers from the EU (accrued revenue, not cash)","D.7EU+D.9EU",1.187352273703403,{"$f":"IFERROR(E167/E$34*100,\"\")","v":1.8559708018865539},1.8584434337048581,"","","","","",{"$f":"IFERROR(L167/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[9,"Total revenue other than transfers from the EU (=7-8)",null,38.190624766201054,{"$f":"IFERROR(E168/E$34*100,\"\")","v":39.230920883020509},41.649795952504526,"","","","","",{"$f":"IFERROR(L168/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[10,"p.m. Revenue measures (increments, excluding EU funded measures)",null,0,{"$f":"IFERROR(E169/E$34*100,\"\")","v":0},0.67353630667883491,"","","","","",{"$f":"IFERROR(L169/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[11,"p.m. One-off measures included in the projections (levels, excluding EU funded measures)",null,{"$f":"IFERROR(D171/D$34*100,\"\")","v":0},{"$f":"IFERROR(E171/E$34*100,\"\")","v":0},2.4598854185372042E-3,"","","","","",{"$f":"IFERROR(L171/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"Expenditure"]
[12,"Compensation of employees ","D.1",{"$f":"IFERROR(D173/D$34*100,\"\")","v":11.65434055535389},{"$f":"IFERROR(E173/E$34*100,\"\")","v":12.115498354573074},13.119306902684471,"","","","","",{"$f":"IFERROR(L173/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[13,"Intermediate consumption ","P.2",6.7245425853522027,{"$f":"IFERROR(E174/E$34*100,\"\")","v":6.3372948271417098},6.103959677558219,"","","","","",{"$f":"IFERROR(L174/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[14,"Interest expenditure ","D.41",0.50763812495324023,{"$f":"IFERROR(E175/E$34*100,\"\")","v":0.72515051485939308},1.0904672060375427,"","","","","",{"$f":"IFERROR(L175/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[15,"Social benefits other than social transfers in kind","D.62",12.68541122290357,{"$f":"IFERROR(E176/E$34*100,\"\")","v":11.926944055484505},12.548859474125692,"","","","","",{"$f":"IFERROR(L176/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[16,"Social transfers in kind via market producers","D.632",1.8576451908769227,{"$f":"IFERROR(E177/E$34*100,\"\")","v":2.0629761248805738},2.1403463026692213,"","","","","",{"$f":"IFERROR(L177/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[17,"Subsidies","D.3",1.8371401574454056,{"$f":"IFERROR(E178/E$34*100,\"\")","v":1.6107996623209873},0.88359084233856378,"","","","","",{"$f":"IFERROR(L178/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[18,"Other current expenditure","D.29+(D.4-D.41)+D.5+D.7+D.8",2.6227046139096171,{"$f":"IFERROR(E179/E$34*100,\"\")","v":2.6602332411624654},2.4175753893383645,"","","","","",{"$f":"IFERROR(L179/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[19,"Gross fixed capital formation","P.51",4.7593845164829993,{"$f":"IFERROR(E180/E$34*100,\"\")","v":5.639694471264427},6.2990285912482191,"","","","","",{"$f":"IFERROR(L180/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[20,"Of which: nationally financed public investment",null,0,{"$f":"IFERROR(E181/E$34*100,\"\")","v":0},0,"","","","","",{"$f":"IFERROR(L181/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[21,"Capital transfers","D.9",0.74178343913745859,{"$f":"IFERROR(E182/E$34*100,\"\")","v":0.22217054812178691},0.31560329919832336,"","","","","",{"$f":"IFERROR(L182/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[22,"Other capital expenditure","P.52+P.53+NP",0.84624827161964822,{"$f":"IFERROR(E183/E$34*100,\"\")","v":0.12890441358601967},0.37636246903619225,"","","","","",{"$f":"IFERROR(L183/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[23,"Total expenditure (=12+13+14+15+16+17+18+19+21+22)","TE",44.236838678034957,{"$f":"IFERROR(E184/E$34*100,\"\")","v":43.429666213394945},45.295100154234817,"","","","","",{"$f":"IFERROR(L184/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[24,"Of which: expenditure funded by transfers from the EU (=8)","D.7EU+D.9EU"]
[25,"Nationally financed expenditure (=23-24)",null,{"$f":"IFERROR(D129-D130,\"\")","v":44.236838678034957},{"$f":"IFERROR(E129-E130,\"\")","v":43.429666213394945},45.295100154234817,"","","","","",{"$f":"IFERROR(L129-L130,\"\")","v":""},{"$f":"IFERROR(M129-M130,\"\")","v":""},{"$f":"IFERROR(N129-N130,\"\")","v":""},{"$f":"IFERROR(O129-O130,\"\")","v":""},{"$f":"IFERROR(P129-P130,\"\")","v":""},{"$f":"IFERROR(Q129-Q130,\"\")","v":""},{"$f":"IFERROR(R129-R130,\"\")","v":""},{"$f":"IFERROR(S129-S130,\"\")","v":""},{"$f":"IFERROR(T129-T130,\"\")","v":""},{"$f":"IFERROR(U129-U130,\"\")","v":""},{"$f":"IFERROR(V129-V130,\"\")","v":""},{"$f":"IFERROR(W129-W130,\"\")","v":""},{"$f":"IFERROR(X129-X130,\"\")","v":""},{"$f":"IFERROR(Y129-Y130,\"\")","v":""},{"$f":"IFERROR(Z129-Z130,\"\")","v":""}]
[26,"p.m. National co-financing of programmes funded by transfers from the EU","AMECO16:UUTGCF",{"$f":"IFERROR(D187/D$34*100,\"\")","v":0},{"$f":"IFERROR(E187/E$34*100,\"\")","v":0.3999828127448552},0.33860322786164621,"","","","","",{"$f":"IFERROR(L187/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[27,"p.m. Cyclical component of unemployment benefits","AMECO16: UUTZ105",{"$f":"IFERROR(D188/D$34*100,\"\")","v":0},{"$f":"IFERROR(E188/E$34*100,\"\")","v":-3.189752351873664E-3},1.0255262309881604E-2,"","","","","",{"$f":"IFERROR(L188/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[28,"p.m. One-off expenditure included in the projections (levels, excluding EU funded measures)","AMECO16:UOOMSE",{"$f":"IFERROR(D189/D$34*100,\"\")","v":0},{"$f":"IFERROR(E189/E$34*100,\"\")","v":0},0,"","","","","",{"$f":"IFERROR(L189/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[29,"Net nationally financed primary expenditure (before revenue measures) (=25-26-27-28-14)",null,{"$f":"IFERROR(D131-D132-D133-D134-D120,\"\")","v":43.729200553081718},{"$f":"IFERROR(E131-E132-E133-E134-E120,\"\")","v":42.307722638142572},43.855774458025742,"","","","","",{"$f":"IFERROR(L131-L132-L133-L134-L120,\"\")","v":""},{"$f":"IFERROR(M131-M132-M133-M134-M120,\"\")","v":""},{"$f":"IFERROR(N131-N132-N133-N134-N120,\"\")","v":""},{"$f":"IFERROR(O131-O132-O133-O134-O120,\"\")","v":""},{"$f":"IFERROR(P131-P132-P133-P134-P120,\"\")","v":""},{"$f":"IFERROR(Q131-Q132-Q133-Q134-Q120,\"\")","v":""},{"$f":"IFERROR(R131-R132-R133-R134-R120,\"\")","v":""},{"$f":"IFERROR(S131-S132-S133-S134-S120,\"\")","v":""},{"$f":"IFERROR(T131-T132-T133-T134-T120,\"\")","v":""},{"$f":"IFERROR(U131-U132-U133-U134-U120,\"\")","v":""},{"$f":"IFERROR(V131-V132-V133-V134-V120,\"\")","v":""},{"$f":"IFERROR(W131-W132-W133-W134-W120,\"\")","v":""},{"$f":"IFERROR(X131-X132-X133-X134-X120,\"\")","v":""},{"$f":"IFERROR(Y131-Y132-Y133-Y134-Y120,\"\")","v":""},{"$f":"IFERROR(Z131-Z132-Z133-Z134-Z120,\"\")","v":""}]
[null,"Net nationally financed primary expenditure "]
[]
[null,"Balances"]
[null,"Net lending/borrowing (=7-23)","B.9",{"$f":"IFERROR(D194/D$34*100,\"\")","v":-4.8588616381305005},{"$f":"IFERROR(E194/E$34*100,\"\")","v":-2.342774528487884},-1.7868607680254289,"","","","","",{"$f":"IFERROR(L194/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"Primary balance (=31-14)","B.9-D.41p",{"$f":"IFERROR(D195/D$34*100,\"\")","v":-5.3664997630837412},{"$f":"IFERROR(E195/E$34*100,\"\")","v":-3.0679250433472771},-2.8773279740629714,"","","","","",{"$f":"IFERROR(L195/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"Cyclical adjustment"]
[null,"Structural balance","AMECO17: UBLGAPS",{"$f":"IFERROR(D98,\"\")","v":-5.33019},{"$f":"IFERROR(E98,\"\")","v":-2.1063200000000002},-1.548,0,0,0,0,0,{"$f":"IFERROR(L98,\"\")","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Structural primary balance","AMECO17: UBLGBPS",{"$f":"IFERROR(D99,\"\")","v":-4.8225800000000003},{"$f":"IFERROR(E99,\"\")","v":-1.38124},-0.44949,0,0,0,0,0,{"$f":"IFERROR(L99,\"\")","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Debt"]
[null,"Gross debt",null,{"$f":"IFERROR(D200/D$34*100,\"\")","v":44.442997392535617},{"$f":"IFERROR(E200/E$34*100,\"\")","v":44.430318318075436},46.249535696627248,"","","","","",{"$f":"IFERROR(L200/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"Change in gross debt",null,{"$f":"IFERROR(D201/D$34*100,\"\")","v":0},{"$f":"IFERROR(E201/E$34*100,\"\")","v":3.8913967677850185},3.0084398668710008,"","","","","",{"$f":"IFERROR(L201/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"Contributions to change in gross debt"]
[null,"   Primary balance (=-32)",null,{"$f":"IFERROR(D203/D$34*100,\"\")","v":5.3664997630837412},{"$f":"IFERROR(E203/E$34*100,\"\")","v":3.0679250433472771},2.8773279740629714,"","","","","",{"$f":"IFERROR(L203/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"   Snowball effect",null,0,{"$f":"IFERROR(E204/E$34*100,\"\")","v":0},0,"","","","","",{"$f":"IFERROR(L204/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"      Interest expenditure (=14)",null,0.50763812495324023,{"$f":"IFERROR(E205/E$34*100,\"\")","v":0.72515051485939308},1.0904672060375427,"","","","","",{"$f":"IFERROR(L205/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"      Growth",null,0,{"$f":"IFERROR(E206/E$34*100,\"\")","v":0},0,"","","","","",{"$f":"IFERROR(L206/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"      Inflation",null,0,{"$f":"IFERROR(E207/E$34*100,\"\")","v":0},0,"","","","","",{"$f":"IFERROR(L207/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[null,"   Stock-flow adjustment (=36-38-39)",null,-5.3664997630837412,{"$f":"IFERROR(E208/E$34*100,\"\")","v":0.82347172443774186},0.13111189280802954,"","","","","",{"$f":"IFERROR(L208/L$34*100,\"\")","v":""},"","","","","","","","","","","","","",""]
[]
[null,"p.m. Implicit interest rate on debt (=14/debt(t-1))"]
[]
["millions national currency",null,"ESA Code",{"$f":"_xlfn.SEQUENCE(1, OutturnThrough-MTP_BaseYear+2, MTP_BaseYear-1)","v":2022},2023,2024]
[null,"MTP year",null,{"$f":"IF(_xlfn.ANCHORARRAY(D103) = MTP_YearT, \"T\", \"T\" & IF(_xlfn.ANCHORARRAY(D103) > MTP_YearT, \"+\", \"\") & (_xlfn.ANCHORARRAY(D103) - MTP_YearT))","v":"T-2"},"T-1","T"]
[null,"Revenue"]
[1,"Taxes on production and imports","D.2",{"$f":"D50","v":5362.5},5576.8,{"$f":"F50","v":5850.4},0,0,0,0,0,{"$f":"L50","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[2,"Current taxes on income, wealth, etc. ","D.5",{"$f":"D55","v":2752.9},3138.2,{"$f":"F55","v":3733.2},0,0,0,0,0,{"$f":"L55","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[3,"Social contributions ","D.61",{"$f":"D70","v":3777.6},4261.8999999999996,{"$f":"F70","v":4668.8999999999996},0,0,0,0,0,{"$f":"L70","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[4,"Other current revenue","(P.11+P.12+P.131)+D.39+D.4+D.7",{"$f":"(D85+D86+D87)+D67+D53+D57","v":2054.2999999999997},2914.9,{"$f":"(F85+F86+F87)+F67+F53+F57","v":3072.9000000000005},0,0,0,0,0,{"$f":"(L85+L86+L87)+L67+L53+L57","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[5,"Capital taxes ","D.91",{"$f":"D73","v":17.3},14.4,{"$f":"F73","v":15.3},0,0,0,0,0,{"$f":"L73","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[6,"Other capital revenue","D.92+D.99",{"$f":"D74+D77","v":246.4},349.5,{"$f":"F74+F77","v":346.40000000000003},0,0,0,0,0,{"$f":"L74+L77","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[7,"Total revenue (=1+2+3+4+5+6)","TR",{"$f":"D160+D161+D162+D163+D164+D165","v":14210.999999999998},16255.699999999999,{"$f":"F160+F161+F162+F163+F164+F165","v":17687.099999999999},0,0,0,0,0,{"$f":"L160+L161+L162+L163+L164+L165","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[8,"Of which: Transfers from the EU (accrued revenue, not cash)","D.7EU+D.9EU",{"$f":"SUM(D58+D62)","v":428.5},734.3,{"$f":"SUM(F58+F62)","v":755.5},0,0,0,0,0,{"$f":"SUM(L58+L62)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[9,"Total revenue other than transfers from the EU (=7-8)",null,{"$f":"D166-D167","v":13782.499999999998},15521.4,{"$f":"F166-F167","v":16931.599999999999},0,0,0,0,0,{"$f":"L166-L167","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[10,"p.m. Revenue measures (increments, excluding EU funded measures)","AMECO16: UDMGR",{"$f":"D94","v":0},{"$f":"E94","v":0},273.80799999999999]
[null,"p.m.  Revenue reductions funded by transfers from the EU (levels)"]
[11,"p.m. One-off revenue included in projections (levels, excluding EU funded measures)","AMECO17: UOOMSR",0,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21]
[null,"Expenditure"]
[12,"Compensation of employees ","D.1",{"$f":"D49","v":4205.8999999999996},4793.3999999999996,{"$f":"F49","v":5333.3},0,0,0,0,0,{"$f":"L49","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[13,"Intermediate consumption ","P.2",{"$f":"D79","v":2426.8000000000002},2507.3000000000002,{"$f":"F79","v":2481.4},0,0,0,0,0,{"$f":"L79","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[14,"Interest expenditure ","D.41",{"$f":"D68","v":183.2},286.89999999999998,{"$f":"F68","v":443.3},0,0,0,0,0,{"$f":"L68","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[15,"Social benefits other than social transfers in kind","D.62",{"$f":"D71","v":4578},4718.8,{"$f":"F71","v":5101.3999999999996},0,0,0,0,0,{"$f":"L71","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[16,"Social transfers in kind via market producers","D.632",{"$f":"D72","v":670.4},816.2,{"$f":"F72","v":870.1},0,0,0,0,0,{"$f":"L72","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[17,"Subsidies","D.3",{"$f":"D51","v":663},637.29999999999995,{"$f":"F51","v":359.2},0,0,0,0,0,{"$f":"L51","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[18,"Other current expenditure","D.29+(D.4-D.41)+D.5+D.7+D.8",{"$f":"D64+(D52-D68)+D54+D56+D59","v":946.5},1052.5,{"$f":"F64+(F52-F68)+F54+F56+F59","v":982.80000000000007},0,0,0,0,0,{"$f":"L64+(L52-L68)+L54+L56+L59","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[19,"Gross fixed capital formation","P.51",{"$f":"D83","v":1717.6},2231.3000000000002,{"$f":"F83","v":2560.6999999999998},0,0,0,0,0,{"$f":"L83","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[20,"Of which: nationally financed public investment"]
[21,"Capital transfers","D.9",{"$f":"D60","v":267.7},87.9,{"$f":"F60","v":128.30000000000001},0,0,0,0,0,{"$f":"L60","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[22,"Other capital expenditure","P.52+P.53+NP",{"$f":"D84+D78","v":305.39999999999998},51,{"$f":"F84+F78","v":153},0,0,0,0,0,{"$f":"L84+L78","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[23,"Total expenditure (=12+13+14+15+16+17+18+19+21+22)","TE",{"$f":"D173+D174+D175+D176+D177+D178+D179+D180+D182+D183","v":15964.5},{"$f":"E173+E174+E175+E176+E177+E178+E179+E180+E182+E183","v":17182.600000000002},{"$f":"F173+F174+F175+F176+F177+F178+F179+F180+F182+F183","v":18413.5},0,0,0,0,0,{"$f":"L173+L174+L175+L176+L177+L178+L179+L180+L182+L183","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[24,"Of which: expenditure funded by transfers from the EU (=8)","D.7EU+D.9EU",{"$f":"D167","v":428.5},{"$f":"E167","v":734.3},755.5,0,0,0,0]
[25,"Nationally financed expenditure (=23-24)",null,{"$f":"D184-D185","v":15536},16448.300000000003,{"$f":"F184-F185","v":17658},0,0,0,0,0,{"$f":"L184-L185","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[26,"p.m. National co-financing of programmes funded by transfers from the EU ","AMECO16:UUTGCF",{"$f":"D93","v":0},{"$f":"E93","v":158.25},137.65,0,0,0,0]
[27,"p.m. Cyclical component of unemployment benefits","AMECO16: UUTZ105",{"$f":"D96","v":0},{"$f":"E96","v":-1.262},4.1689999999999996,0,0,0,0]
[28,"p.m. One-off expenditure included in the projections (levels, excluding EU funded measures)","AMECO16:UOOMSE",{"$f":"D97","v":0},0,{"$f":"F97","v":0},0,0,0,0,0,{"$f":"L97","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[29,"Net nationally financed primary expenditure (before revenue measures) (=25-26-27-28-14)",null,{"$f":"D186-D187-D188-D189-D175","v":15352.8},16004.412000000004,{"$f":"F186-F187-F188-F189-F175","v":17072.880999999998},0,0,0,0,0,{"$f":"L186-L187-L188-L189-L175","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Net nationally financed primary expenditure "]
[30,"Net nationally financed primary expenditure growth"]
[null,"Balances"]
[31,"Net lending/borrowing (=7-23)","B.9",{"$f":"D166-D184","v":-1753.5000000000018},-926.90000000000327,{"$f":"F166-F184","v":-726.40000000000146},0,0,0,0,0,{"$f":"L166-L184","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[32,"Primary balance (=31-14)","B.9-D.41p",{"$f":"D194-D175","v":-1936.7000000000019},-1213.8000000000034,{"$f":"F194-F175","v":-1169.7000000000014},0,0,0,0,0,{"$f":"L194-L175","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"Cyclical adjustment"]
[33,"Structural balance","AMECO17: UBLGAPS"]
[34,"Structural primary balance","AMECO17: UBLGBPS"]
[null,"Debt"]
[35,"Gross debt",null,{"$f":"D88","v":16038.9},17578.5,{"$f":"F88","v":18801.5},0,0,0,0,0,{"$f":"L88","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[36,"Change in gross debt",null,null,{"$f":"E200-D200","v":1539.6000000000004},{"$f":"F200-E200","v":1223},{"$f":"G200-F200","v":-18801.5},{"$f":"H200-G200","v":0},{"$f":"I200-H200","v":0},{"$f":"J200-I200","v":0},{"$f":"K200-J200","v":0},{"$f":"L200-K200","v":0},{"$f":"M200-L200","v":0},{"$f":"N200-M200","v":0},{"$f":"O200-N200","v":0},{"$f":"P200-O200","v":0},{"$f":"Q200-P200","v":0},{"$f":"R200-Q200","v":0},{"$f":"S200-R200","v":0},{"$f":"T200-S200","v":0},{"$f":"U200-T200","v":0},{"$f":"V200-U200","v":0},{"$f":"W200-V200","v":0},{"$f":"X200-W200","v":0},{"$f":"Y200-X200","v":0},{"$f":"Z200-Y200","v":0}]
[37,"Contributions to change in gross debt"]
[38,"   Primary balance (=-32)",null,{"$f":"-D195","v":1936.7000000000019},1213.8000000000034,{"$f":"-F195","v":1169.7000000000014},0,0,0,0,0,{"$f":"-L195","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[39,"   Snowball effect"]
[40,"      Interest expenditure (=14)",null,{"$f":"D175","v":183.2},286.89999999999998,{"$f":"F175","v":443.3},0,0,0,0,0,{"$f":"L175","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[41,"      Growth"]
[42,"      Inflation"]
[43,"   Stock-flow adjustment (=36-38-39)",null,{"$f":"D201-D203-D204","v":-1936.7000000000019},325.799999999997,{"$f":"F201-F203-F204","v":53.29999999999859},-18801.5,0,0,0,0,{"$f":"L201-L203-L204","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[44,"p.m. Implicit interest rate on debt (=14/debt(t-1))"]

{"sheet":"Step 3 - Enter plan","index":2,"n_rows":131,"n_cols":16,"rows_kept":131,"cut":false,"hidden":false,"merged":[]}
[null,"Enter implementation report or plan (APR, DBP, risk scenario, etc.) to be assessed"]
[]
[null,null,null,null,null,"Enter final year to be assessed ",2026]
[]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"}]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, AssessmentEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,null,null,null,null,null,null,null,"Report/Plan import tool:"]
[null,"MTP reference year",null,{"$f":"IF(\n  AND(_xlfn.ANCHORARRAY(D6)>=MTP_YearT-1,_xlfn.ANCHORARRAY( D6)<=MTP_EndYear),\n  CHOOSE(SIGN(_xlfn.ANCHORARRAY(D6)-MTP_YearT)+2, \"T-1\", \"T\", \"T+\"&(_xlfn.ANCHORARRAY(D6)-MTP_YearT)),\n  \"\"\n)","v":"T-1"},"T","T+1","T+2",null,null,null,null,null,null,null,"Worksheet name containing budgetary developments","Sheet1"]
[null,"Total expenditure","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D6,INDEX($D$59:$J$59,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":17.182600000000001},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E6,INDEX($D$59:$J$59,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":18.413499999999999},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F6,INDEX($D$59:$J$59,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":20.159475570000001},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G6,INDEX($D$59:$J$59,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":20.884792280507998},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H6,INDEX($D$59:$J$59,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I6,INDEX($D$59:$J$59,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J6,INDEX($D$59:$J$59,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Worksheet name containing macroeconomic developments","Sheet1"]
[null,"Interest expenditure","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D7,INDEX($D$50:$J$50,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":0.28689999999999999},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E7,INDEX($D$50:$J$50,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":0.44330000000000003},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F7,INDEX($D$50:$J$50,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":0.50929201440000005},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G7,INDEX($D$50:$J$50,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":0.62210019558959995},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H7,INDEX($D$50:$J$50,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I7,INDEX($D$50:$J$50,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J7,INDEX($D$50:$J$50,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Last year of bn Nac",2024]
[null,"Cyclical unemployment expenditure","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D8,INDEX($D$63:$J$63,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":-1.2620000000000001E-3},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E8,INDEX($D$63:$J$63,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":4.169E-3},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F8,INDEX($D$63:$J$63,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":1.6976400480000001E-2},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G8,INDEX($D$63:$J$63,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":8.8871456512799995E-3},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H8,INDEX($D$63:$J$63,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I8,INDEX($D$63:$J$63,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J8,INDEX($D$63:$J$63,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Column containing last year of bn Nac","D"]
[null,"Expenditure funded by transfers from the EU","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D9,INDEX($D$60:$J$60,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":0.73429999999999995},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E9,INDEX($D$60:$J$60,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":0.75549999999999995},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F9,INDEX($D$60:$J$60,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":1.1034660312000002},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G9,INDEX($D$60:$J$60,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":0.88871456512799996},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H9,INDEX($D$60:$J$60,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I9,INDEX($D$60:$J$60,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J9,INDEX($D$60:$J$60,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Column with line reference numbers","A"]
[null,"National co-financing of EU programmes","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D10,INDEX($D$62:$J$62,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":0.15825},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E10,INDEX($D$62:$J$62,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":0.13764999999999999},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F10,INDEX($D$62:$J$62,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":0.21220500600000003},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G10,INDEX($D$62:$J$62,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":0.1333071847692},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H10,INDEX($D$62:$J$62,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I10,INDEX($D$62:$J$62,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J10,INDEX($D$62:$J$62,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Row containing years labels of budgetary developments table",2]
[null,"One-off expenditure ( excl. EU funded)","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D11,INDEX($D$64:$J$64,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":0},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E11,INDEX($D$64:$J$64,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":0},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F11,INDEX($D$64:$J$64,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":0},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G11,INDEX($D$64:$J$64,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":0},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H11,INDEX($D$64:$J$64,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I11,INDEX($D$64:$J$64,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J11,INDEX($D$64:$J$64,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""},null,null,null,null,"Row containing years label of macroeconomic developments table",60]
[null,"Net nationally financed primary expenditure (before DRM)","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D12,INDEX($D$65:$J$65,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":16.004412000000006},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E12,INDEX($D$65:$J$65,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":17.072880999999999},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F12,INDEX($D$65:$J$65,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":18.334512518400004},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G12,INDEX($D$65:$J$65,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":19.196234606764801},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H12,INDEX($D$65:$J$65,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I12,INDEX($D$65:$J$65,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J12,INDEX($D$65:$J$65,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""}]
[null,"Discretionary revenue measures (excl. one-off revenue, incremental impact)","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D13,(INDEX($D$45:$J$45,MATCH(D$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(D$6,$D$34:$J$34,0)))/100*D$29),\"\")","v":0},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E13,(INDEX($D$45:$J$45,MATCH(E$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(E$6,$D$34:$J$34,0)))/100*E$29),\"\")","v":0.273808},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F13,(INDEX($D$45:$J$45,MATCH(F$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(F$6,$D$34:$J$34,0)))/100*F$29),\"\")","v":8.4882002400000003E-2},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G13,(INDEX($D$45:$J$45,MATCH(G$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(G$6,$D$34:$J$34,0)))/100*G$29),\"\")","v":-4.4435728256399999E-2},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H13,(INDEX($D$45:$J$45,MATCH(H$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(H$6,$D$34:$J$34,0)))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I13,(INDEX($D$45:$J$45,MATCH(I$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(I$6,$D$34:$J$34,0)))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J13,(INDEX($D$45:$J$45,MATCH(J$6,$D$34:$J$34,0))-INDEX($D$46:$J$46,MATCH(J$6,$D$34:$J$34,0)))/100*J$29),\"\")","v":""},null,null,null,null,"Note: Total defence spending should be number 45, \"defence, of which investment\" should be 46. Macro automatically detects in last year of imported plan."]
[null,"Defence expenditure","bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D14,INDEX($D$87:$J$87,MATCH(D$6,$D$34:$J$34,0))/100*D$29),\"\")","v":1.0249299999999999},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E14,INDEX($D$87:$J$87,MATCH(E$6,$D$34:$J$34,0))/100*E$29),\"\")","v":1.1083700000000001},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F14,INDEX($D$87:$J$87,MATCH(F$6,$D$34:$J$34,0))/100*F$29),\"\")","v":1.4005530396000001},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G14,INDEX($D$87:$J$87,MATCH(G$6,$D$34:$J$34,0))/100*G$29),\"\")","v":1.8663005867688001},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H14,INDEX($D$87:$J$87,MATCH(H$6,$D$34:$J$34,0))/100*H$29),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I14,INDEX($D$87:$J$87,MATCH(I$6,$D$34:$J$34,0))/100*I$29),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J14,INDEX($D$87:$J$87,MATCH(J$6,$D$34:$J$34,0))/100*J$29),\"\")","v":""}]
[null,"Net expenditure growth (annual)","growth rate (%)",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D15,INDEX($D$67:$J$67,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E15,INDEX($D$67:$J$67,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":4.9652620789816915},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F15,INDEX($D$67:$J$67,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":6.2},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G15,INDEX($D$67:$J$67,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":5},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H15,INDEX($D$67:$J$67,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I15,INDEX($D$67:$J$67,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J15,INDEX($D$67:$J$67,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Net expenditure growth (cumulative)","growth rate (%)",{"$f":"IF(ISNUMBER(D$6),IF(D$6<=MTP_BaseYear,\"\",IF(ISNUMBER(C18),((1+C18/100)*(1+D17/100)-1)*100,D17)),\"\")","v":""},{"$f":"IF(ISNUMBER(E$6),IF(E$6<=MTP_BaseYear,\"\",IF(ISNUMBER(D18),((1+D18/100)*(1+E17/100)-1)*100,E17)),\"\")","v":4.9652620789816915},{"$f":"IF(ISNUMBER(F$6),IF(F$6<=MTP_BaseYear,\"\",IF(ISNUMBER(E18),((1+E18/100)*(1+F17/100)-1)*100,F17)),\"\")","v":11.473108327878556},{"$f":"IF(ISNUMBER(G$6),IF(G$6<=MTP_BaseYear,\"\",IF(ISNUMBER(F18),((1+F18/100)*(1+G17/100)-1)*100,G17)),\"\")","v":17.046763744272496},{"$f":"IF(ISNUMBER(H$6),IF(H$6<=MTP_BaseYear,\"\",IF(ISNUMBER(G18),((1+G18/100)*(1+H17/100)-1)*100,H17)),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(I$6<=MTP_YearT,\"\",IF(ISNUMBER(H18),((1+H18/100)*(1+I17/100)-1)*100,I17)),\"\")","v":""}]
[null,"Net lending/borrowing","% GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D17,INDEX($D$69:$J$69,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":-2.342774528487884},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E17,INDEX($D$69:$J$69,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":-1.7868607680254289},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F17,INDEX($D$69:$J$69,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":-2.9},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G17,INDEX($D$69:$J$69,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":-3.3},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H17,INDEX($D$69:$J$69,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I17,INDEX($D$69:$J$69,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J17,INDEX($D$69:$J$69,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Structural balance","% GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D18,INDEX($D$72:$J$72,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":-2.1063200000000002},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E18,INDEX($D$72:$J$72,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":-1.548},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F18,INDEX($D$72:$J$72,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":-2.4},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G18,INDEX($D$72:$J$72,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":-3},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H18,INDEX($D$72:$J$72,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I18,INDEX($D$72:$J$72,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J18,INDEX($D$72:$J$72,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Structural primary balance","% GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D19,INDEX($D$73:$J$73,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":-1.38124},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E19,INDEX($D$73:$J$73,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":-0.44949},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F19,INDEX($D$73:$J$73,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":-1.2},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G19,INDEX($D$73:$J$73,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":-1.6},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H19,INDEX($D$73:$J$73,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I19,INDEX($D$73:$J$73,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J19,INDEX($D$73:$J$73,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Gross debt","% GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D20,INDEX($D$75:$J$75,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":44.430318318075436},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E20,INDEX($D$75:$J$75,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":46.249535696627248},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F20,INDEX($D$75:$J$75,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":48.9},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G20,INDEX($D$75:$J$75,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":50.6},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H20,INDEX($D$75:$J$75,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I20,INDEX($D$75:$J$75,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J20,INDEX($D$75:$J$75,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Change in gross debt","% GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D21,INDEX($D$76:$J$76,MATCH(D$6,$D$34:$J$34,0))),\"\")","v":0},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E21,INDEX($D$76:$J$76,MATCH(E$6,$D$34:$J$34,0))),\"\")","v":0},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F21,INDEX($D$76:$J$76,MATCH(F$6,$D$34:$J$34,0))),\"\")","v":2.1},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G21,INDEX($D$76:$J$76,MATCH(G$6,$D$34:$J$34,0))),\"\")","v":1.7},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H21,INDEX($D$76:$J$76,MATCH(H$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I21,INDEX($D$76:$J$76,MATCH(I$6,$D$34:$J$34,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J21,INDEX($D$76:$J$76,MATCH(J$6,$D$34:$J$34,0))),\"\")","v":""}]
[null,"Real GDP (rate of change, %)","rate of change, %",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D22,INDEX($D$94:$J$94,MATCH(D$6,$D$92:$J$92,0))),\"\")","v":-0.9414574313402313},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E22,INDEX($D$94:$J$94,MATCH(E$6,$D$92:$J$92,0))),\"\")","v":-3.7310985009997299E-2},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F22,INDEX($D$94:$J$94,MATCH(F$6,$D$92:$J$92,0))),\"\")","v":1.1000000000000001},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G22,INDEX($D$94:$J$94,MATCH(G$6,$D$92:$J$92,0))),\"\")","v":2.1},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H22,INDEX($D$94:$J$94,MATCH(H$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I22,INDEX($D$94:$J$94,MATCH(I$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J22,INDEX($D$94:$J$94,MATCH(J$6,$D$92:$J$92,0))),\"\")","v":""}]
[null,"GDP deflator (rate of change, %)","rate of change, %",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D23,INDEX($D$95:$J$95,MATCH(D$6,$D$92:$J$92,0))),\"\")","v":10.672371603556009},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E23,INDEX($D$95:$J$95,MATCH(E$6,$D$92:$J$92,0))),\"\")","v":2.7885650030008202},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F23,INDEX($D$95:$J$95,MATCH(F$6,$D$92:$J$92,0))),\"\")","v":3.3},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G23,INDEX($D$95:$J$95,MATCH(G$6,$D$92:$J$92,0))),\"\")","v":2.5},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H23,INDEX($D$95:$J$95,MATCH(H$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I23,INDEX($D$95:$J$95,MATCH(I$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J23,INDEX($D$95:$J$95,MATCH(J$6,$D$92:$J$92,0))),\"\")","v":""}]
[null,"Nominal GDP (rate of change, %)","rate of change, %",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D24,INDEX($D$96:$J$96,MATCH(D$6,$D$92:$J$92,0))),\"\")","v":9.630438336653846},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E24,INDEX($D$96:$J$96,MATCH(E$6,$D$92:$J$92,0))),\"\")","v":2.7502135769205571},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F24,INDEX($D$96:$J$96,MATCH(F$6,$D$92:$J$92,0))),\"\")","v":4.4000000000000004},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G24,INDEX($D$96:$J$96,MATCH(G$6,$D$92:$J$92,0))),\"\")","v":4.7},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H24,INDEX($D$96:$J$96,MATCH(H$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I24,INDEX($D$96:$J$96,MATCH(I$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J24,INDEX($D$96:$J$96,MATCH(J$6,$D$92:$J$92,0))),\"\")","v":""}]
[null,"Potential growth (rate of change, %)","rate of change, %",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D25,INDEX($D$125:$J$125,MATCH(D$6,$D$92:$J$92,0))),\"\")","v":0.97435418160733978},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E25,INDEX($D$125:$J$125,MATCH(E$6,$D$92:$J$92,0))),\"\")","v":-1.8794702349533843E-2},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F25,INDEX($D$125:$J$125,MATCH(F$6,$D$92:$J$92,0))),\"\")","v":1.7},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G25,INDEX($D$125:$J$125,MATCH(G$6,$D$92:$J$92,0))),\"\")","v":1.7},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H25,INDEX($D$125:$J$125,MATCH(H$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I25,INDEX($D$125:$J$125,MATCH(I$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J25,INDEX($D$125:$J$125,MATCH(J$6,$D$92:$J$92,0))),\"\")","v":""}]
[null,"Output gap (% pot. GDP)","% pot. GDP",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D26,INDEX($D$131:$J$131,MATCH(D$6,$D$92:$J$92,0))),\"\")","v":-0.67509815273575358},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E26,INDEX($D$131:$J$131,MATCH(E$6,$D$92:$J$92,0))),\"\")","v":-0.70221013089490913},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F26,INDEX($D$131:$J$131,MATCH(F$6,$D$92:$J$92,0))),\"\")","v":-1.3},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G26,INDEX($D$131:$J$131,MATCH(G$6,$D$92:$J$92,0))),\"\")","v":-0.9},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H26,INDEX($D$131:$J$131,MATCH(H$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I26,INDEX($D$131:$J$131,MATCH(I$6,$D$92:$J$92,0))),\"\")","v":""},{"$f":"IF(ISNUMBER(J$6),IF(AND(J$6>=MTP_BaseYear,J$6<=OutturnThrough),'Step 2 - Update outturn data'!J26,INDEX($D$131:$J$131,MATCH(J$6,$D$92:$J$92,0))),\"\")","v":""}]
[null,"Nominal GDP (level)","level, bn NAC",{"$f":"IF(ISNUMBER(D$6),IF(AND(D$6>=MTP_BaseYear,D$6<=OutturnThrough),'Step 2 - Update outturn data'!D27,C29*(1+INDEX($D$96:$J$96,MATCH(D$6,$D$92:$J$92,0))/100)),\"\")","v":39.5642},{"$f":"IF(ISNUMBER(E$6),IF(AND(E$6>=MTP_BaseYear,E$6<=OutturnThrough),'Step 2 - Update outturn data'!E27,D29*(1+INDEX($D$96:$J$96,MATCH(E$6,$D$92:$J$92,0))/100)),\"\")","v":40.652300000000004},{"$f":"IF(ISNUMBER(F$6),IF(AND(F$6>=MTP_BaseYear,F$6<=OutturnThrough),'Step 2 - Update outturn data'!F27,E29*(1+INDEX($D$96:$J$96,MATCH(F$6,$D$92:$J$92,0))/100)),\"\")","v":42.441001200000002},{"$f":"IF(ISNUMBER(G$6),IF(AND(G$6>=MTP_BaseYear,G$6<=OutturnThrough),'Step 2 - Update outturn data'!G27,F29*(1+INDEX($D$96:$J$96,MATCH(G$6,$D$92:$J$92,0))/100)),\"\")","v":44.435728256399997},{"$f":"IF(ISNUMBER(H$6),IF(AND(H$6>=MTP_BaseYear,H$6<=OutturnThrough),'Step 2 - Update outturn data'!H27,G29*(1+INDEX($D$96:$J$96,MATCH(H$6,$D$92:$J$92,0))/100)),\"\")","v":""},{"$f":"IF(ISNUMBER(I$6),IF(AND(I$6>=MTP_BaseYear,I$6<=OutturnThrough),'Step 2 - Update outturn data'!I27,H29*(1+INDEX($D$96:$J$96,MATCH(I$6,$D$92:$J$92,0))/100)),\"\")","v":""}]
[]
[]
[]
["Budgetary developments"]
[null,null,null,{"$f":"P9","v":2024},{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear-P9+1, P9)","v":2024},2025,2026,2027,2028]
[null,"Revenue","ESA Code","bn NAC",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"% of GDP\",\"\")","v":"% of GDP"},"% of GDP","% of GDP","% of GDP","% of GDP"]
[1,"Taxes on production and imports","D.2",5.9,14.5,14.8,14.7]
[2,"Current taxes on income, wealth, etc. ","D.5",3.7,9.3000000000000007,8.6999999999999993,8.6999999999999993]
[3,"Social contributions ","D.61",4.7,11.6,12.1,12.3]
[4,"Other current revenue","(P.11+P.12+P.131)+D.39+D.4+D.7",3,7.6,7,6.4]
[5,"Capital taxes ","D.91",0,0,0,0]
[6,"Other capital revenue","D.92+D.99",0.3,0.9,1.9,1.5]
[7,"Total revenue (=1+2+3+4+5+6)","TR",17.7,43.9,44.6,43.7]
[8,"Of which: Transfers from the EU (accrued revenue, not cash)","D.7EU+D.9EU",0.8,2,2.6,2]
[9,"Total revenue other than transfers from the EU (=7-8)",null,16.899999999999999,42,42,41.7]
[10,"p.m. Revenue measures (increments, excluding EU funded measures)",null,0.2,0.6,0.2,-0.1]
[11,"p.m. One-off measures included in the projections (levels, excluding EU funded measures)"]
[null,"Expenditure","ESA Code","bn NAC",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"% of GDP\",\"\")","v":"% of GDP"},"% of GDP","% of GDP","% of GDP","% of GDP"]
[12,"Compensation of employees ","D.1",5.3,13.2,13.1,12.7]
[13,"Intermediate consumption ","P.2",2.6,6.4,6.6,6.2]
[14,"Interest expenditure ","D.41",0.4,1.1000000000000001,1.2,1.4]
[15,"Social benefits other than social transfers in kind","D.62",5.4,13.3,13.5,13.8]
[16,"Social transfers in kind via market producers","D.632",0.7,1.7,1.9,1.8]
[17,"Subsidies","D.3",0.3,0.7,0.8,0.8]
[18,"Other current expenditure","D.29+(D.4-D.41)+D.5+D.7+D.8",1.1000000000000001,2.6,3.5,3.4]
[19,"Gross fixed capital formation","P.51",2.2999999999999998,5.7,6.4,6.3]
[20,"Of which: nationally financed public investment",null,2,4.9000000000000004,4.7,5]
[21,"Capital transfers","D.9",0.1,0.3,0.3,0.5]
[22,"Other capital expenditure","P.52+P.53+NP",0.2,0.6,0.2,0.2]
[23,"Total expenditure (=12+13+14+15+16+17+18+19+21+22)","TE",18.399999999999999,45.7,47.5,47]
[24,"Of which: expenditure funded by transfers from the EU (=8)","D.7EU+D.9EU",0.8,2,2.6,2]
[25,"Nationally financed expenditure (=23-24)",null,17.600000000000001,43.7,44.9,45]
[26,"p.m. National co-financing of programmes funded by transfers from the EU (=8)",null,0.1,0.3,0.5,0.3]
[27,"p.m. Cyclical component of unemployment benefits",null,0.01,0.03,0.04,0.02]
[28,"p.m. One-off expenditure included in the projections (levels, excluding EU funded measures)",null,0,0,0,0]
[29,"Net nationally financed primary expenditure (before revenue measures) (=25-26-27-28-14)",null,17,42.3,43.2,43.2]
[null,"Net nationally financed primary expenditure ",null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[30,"Net nationally financed primary expenditure growth ","MTP Table 1a, line 1",null,null,6.2,5]
[null,"Balances",null,"bn NAC",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"% of GDP\",\"\")","v":"% of GDP"},"% of GDP","% of GDP","% of GDP","% of GDP"]
[31,"Net lending/borrowing (=7-23)","B.9",-0.7,-1.8,-2.9,-3.3]
[32,"Primary balance (=31-14)","B.9-D.41p",-0.3,-0.7,-1.7,-1.9]
[null,"Cyclical adjustment",null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"% of GDP\",\"\")","v":"% of GDP"},"% of GDP","% of GDP","% of GDP","% of GDP"]
[33,"Structural balance",null,null,-1.5,-2.4,-3]
[34,"Structural primary balance",null,null,-0.4,-1.2,-1.6]
[null,"Debt",null,"bn NAC","% GDP","% GDP","% GDP"]
[35,"Gross debt",null,18.8,46.8,48.9,50.6]
[36,"Change in gross debt",null,1.2,2.1,2.1,1.7]
[37,"Contributions to change in gross debt"]
[38,"Primary balance (=-32)",null,null,0.7,1.7,1.9]
[39,"Snowball effect",null,null,0.2,-0.7,-0.8]
[40,"Interest expenditure (=14)",null,null,1.1000000000000001,1.2,1.4]
[41,"Growth",null,null,0.2,-0.5,-1]
[42,"Inflation",null,null,-1.1000000000000001,-1.5,-1.2]
[43,"Stock-flow adjustment (=36-38-39)",null,null,1.3,1.2,0.6]
[null,null,null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"%\",\"\")","v":"%"},"%","%","%","%"]
[44,"p.m. Implicit interest rate on debt (=14/debt(t-1))",null,null,2.5,2.8,3]
[]
[45,"Total defence expenditure","COFOG 2",1.2,3,3.3,4.2]
[46,"Of which: Defence investment ","COFOG 2, P.51g",0.3,0.8,1.4,2.1]
[]
[]
["Macroeconomic developments"]
[null,"GDP deflator","ESA Code",{"$f":"P9","v":2024},{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear-P9+1, P9)","v":2024},2025,2026,2027,2028]
[null,null,null,"bn NAC",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[1,"Real GDP","B1*g",null,-0.4,1.1000000000000001,2.1]
[2,"GDP deflator",null,null,2.6,3.3,2.5]
[3,"Nominal GDP","B1*g",40208,2.1,4.4000000000000004,4.7]
[null,"Components of Real GDP",null,"bn NAC",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[4,"Private consumption expenditure","P.3",null,0.5,0.2,1.9]
[5,"Government consumption expenditure","P.3",null,7.6,4.4000000000000004,3]
[6,"Gross fixed capital formation","P.51",null,-6.7,3.7,4.5]
[7,"Changes in inventories and net acquisition of valuables (% of GDP)","P.52 + P.53"]
[8,"Exports of goods and services","P.6",null,-1.6,1.9,2.4]
[9,"Imports of goods and services","P.7",null,-2.2999999999999998,3.2,3.2]
[null,"Contribution to real GDP growth"]
[10,"   Final domestic demand",null,null,-1,2,2.8]
[11,"   Changes in inventories and net acquisition of value","P.52 + P.53",null,-1.3,0,0]
[12,"   External balance of goods and services","B.11",null,0.6,-0.9,-0.7]
[null,"Deflators and HICP",null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[13,"Private consumption deflator",null,null,3.4,3.5,2.2999999999999998]
[14,"p.m. HICP",null,null,1.3,3.5,2.2999999999999998]
[15,"Government consumption deflator",null,null,0.6,4.3,-1.2]
[16,"Investment deflator",null,null,2.5,3.7,3.4]
[17,"Export price deflator (goods and services)",null,null,0.9,1.6,2.9]
[18,"Import price deflator (goods and services)",null,null,0.1,2,2.2999999999999998]
[null,"Labour market","ESA code","level",{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[19,"Domestic employment (1000 persons, national accounts)",null,877,-0.8,-0.2,-0.2]
[20,"Average annual hours worked per person employed",null,1771,0.7,0,0]
[21,"Real GDP per person employed",null,null,0.3,1.3,2.2999999999999998]
[22,"Real GDP per hour worked",null,null,-0.2,1.3,2.2999999999999998]
[23,"Compensation of employees (bn NAC)","D.1",22281,7.7,7.3,5.8]
[24,"Compensation per employee (=23/19)",null,0.03,9.6,7.5,6]
[null,null,null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"%\",\"\")","v":"%"},"%","%","%","%"]
[25,"Unemployment rate (%)",null,null,6.9,6.9,6.3]
[null,"Potential GDP and components",null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"growth rate\",\"\")","v":"growth rate"},"growth rate","growth rate","growth rate","growth rate"]
[26,"Potential GDP ",null,null,2,1.7,1.7]
[null,"Contributions to potential growth"]
[27,"Labour",null,null,0,-0.3,-0.5]
[28,"Capital",null,null,0.6,0.7,0.8]
[29,"Total factor productivity",null,null,1.4,1.4,1.4]
[null,null,null,null,{"$f":"IF(ISNUMBER(_xlfn.ANCHORARRAY(E$34)),\"% pot. GDP\",\"\")","v":"% pot. GDP"},"% pot. GDP","% pot. GDP","% pot. GDP","% pot. GDP"]
[30,"Output gap",null,null,-0.7,-1.3,-0.9]

{"sheet":"Step 4 - View results","index":3,"n_rows":174,"n_cols":20,"rows_kept":174,"cut":false,"hidden":false,"merged":[[21,10,22,13],[21,9,22,9],[21,14,22,14],[18,9,18,14],[30,1,31,6],[19,9,20,9],[19,14,20,14],[80,2,80,5],[23,9,24,9],[25,9,26,9],[27,9,28,9],[23,14,24,14],[25,14,26,14],[27,14,28,14],[23,10,24,13],[25,10,26,13],[27,10,28,13]]}
[null,{"$f":"Country&\"'s adherence to Regulation (EU) 2024/1263 and associated guidance\"","v":"Latvia's adherence to Regulation (EU) 2024/1263 and associated guidance"}]
[]
[null,{"$f":"IF(AssessmentRound=\"Implementation of an endorsed MTP\",\"Assessing the implementation of the endorsed Medium-Term Plan\",\"Assessing a new or revised MTP\")","v":"Assessing the implementation of the endorsed Medium-Term Plan"}]
[]
[null,{"$f":"CHAR(149)&\" This checks whether \"&Country&\" is adhering to its Council-endorsed medium-term structural-fiscal plan.\"","v":"• This checks whether Latvia is adhering to its Council-endorsed medium-term structural-fiscal plan."}]
[null,{"$f":"CHAR(149)&\" \"&MTP_Requirement","v":"• Latvia does not receive a reference trajectory but its MTP must contain a net expenditure path that complies with TFEU general government debt and deficit sustainability requirements."}]
[null,{"$f":"CHAR(149)&\" \"&IF(MTP_Council_Endorsed,\"The net expenditure path in \"&Country&\"'s latest MTP was endorsed by the Council.\",\"The net expenditure path in \"&Country&\"'s latest MTP is awaiting endorsement by the Council.\")","v":"• The net expenditure path in Latvia's latest MTP was endorsed by the Council."}]
[null,{"$f":"CHAR(149)&\" \"&\n_xlfn.LET(\n  _xlpm.rng, 'Step 1 - Set global parameters'!B13:H13,\n  _xlpm.anyGeneral, COUNTIF(_xlpm.rng,\"General\")+COUNTIF(_xlpm.rng,\"Both\")>0,\n  _xlpm.anyCountry, COUNTIF(_xlpm.rng,\"Country\")+COUNTIF(_xlpm.rng,\"Both\")>0,\n  _xlfn.IFS(\n    AND(_xlpm.anyGeneral, _xlpm.anyCountry), \"Both the general and country-specific escape clauses have been activated.\",\n    _xlpm.anyGeneral, \"The general escape clause has been activated.\",\n    _xlpm.anyCountry, \"A country-specific escape clause has been activated.\",\n    TRUE, \"No escape clauses are currently activated.\"\n  )\n)","v":"• A country-specific escape clause has been activated."}]
[]
[null,"Rule","Status",null,"Narrative"]
["P1","Compliance with agreed net expenditure path (single operational anchor)",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",\"N/A\",IF(\n  OR(\n    Assessment!C98=\"Not applicable (all years adhere to the net expenditure path)\",\n    Assessment!C98=TRUE\n  ),\n  \"Compliant\",\n  IF(\n    Assessment!C96=FALSE,\n    \"Breach\",\n    IF(\n      IFERROR(Assessment!C97=FALSE,FALSE),\n      \"Caution\",\n      \"Compliant\"\n    )\n  )\n))","v":"Compliant"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),Assessment!C100)","v":"Latvia's observed net expenditure to 2024 adheres to the net expenditure path in its latest Council-endorsed MTP, but planned net expenditure to 2026 does not. Deviations occur only in years covered by an escape clause."}]
["P2","Control account within limits",{"$f":"IF(\n  AssessmentRound=\"A new or revised MTP\",\n  \"N/A\",\n  IF(\n    OR(IF(ISNA(Assessment!C151),FALSE,Assessment!C151),\n       IF(ISNA(Assessment!C152),FALSE,Assessment!C152)),\n    \"Breach\",\n    IF(\n      AND(OR(Assessment!C149,Assessment!C150),\n          NOT(Assessment!C153)),\n      \"Breach\",\n      IF(\n        AND(OR(Assessment!C147,Assessment!C148),\n            NOT(Assessment!C153)),\n        \"Caution\",\n        \"Compliant\"\n      )\n    )\n  )\n)","v":"Compliant"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),Assessment!C156)","v":"At the end of the assessment period (2026), the balance in Latvia's cumulative control account is a credit (underspend) of 1.5 percentage points of GDP. Observed annual and cumulative deviations do not exceed the respective 0.3 and 0.6 percentage points of GDP limits."}]
["P3","Debt sustainability safeguard respected (diagnostic only)",{"$f":"IF(AssessmentRound=\"A new or revised MTP\", \"N/A\", IF(\n  OR(\n    NOT(Receives_reference_trajectory),\n    NOT(OR(Assessment!C159, Assessment!C160))\n  ),\n  \"N/A\",\n  IF(\n    OR(\n      IF(Assessment!C159, NOT(Assessment!C161), FALSE),\n      IF(Assessment!C160, NOT(Assessment!C162), FALSE)\n    ),\n    \"Caution\",\n    \"Compliant\"\n  )\n))","v":"N/A"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),Assessment!C164)","v":"Latvia does not receive a reference trajectory and is not assessed against the debt sustainability safeguard."}]
["P4","Deficit resilience safeguard respected (diagnostic only)",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",\"N/A\",IF(\n  NOT(Receives_reference_trajectory),\n  \"N/A\",\n  IF(\n    ISNA(Assessment!C174),\n    \"N/A\",\n    IF(Assessment!C174,\"Compliant\",\"Caution\")\n  )\n))","v":"N/A"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),Assessment!C176)","v":"Latvia does not receive a reference trajectory and is not assessed against the deficit resilience safeguard."}]
["P5","Structural primary balance progress and timing (diagnostic only)",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",\"N/A\",IF(Assessment!C185,\"Compliant\",IF(EscapeClauseActivated,\"Compliant\",\"Caution\")))","v":"Compliant"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),Assessment!C187)","v":"Latvia's SPB already exceeds the target level by 0.9 pp of GDP, but the planned path implies a deterioration of 0.6 pp of GDP per year on average over the assessment period. Additional adjustment in later years may be needed to maintain the target, creating a risk of backloading. However, an escape clause has been activated."}]
["P6","Overall implementation",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",\"N/A\",IF(COUNTIF(C11:C12,\"Breach\")=0,\"Compliant\",\"Breach\"))","v":"Compliant"},"●",{"$f":"IF(AssessmentRound=\"A new or revised MTP\",NA(),IF(\n  C16=\"Compliant\",\n  \"Overall, \"&Country&\"'s implementation of the medium-term fiscal-structural plan is compliant with the requirements of Regulation (EU) 2024/1263.\",\n  \"Overall, \"&Country&\"'s implementation of the medium-term fiscal-structural plan is not compliant with the requirements of Regulation (EU) 2024/1263.\"\n))","v":"Overall, Latvia's implementation of the medium-term fiscal-structural plan is compliant with the requirements of Regulation (EU) 2024/1263."}]
[]
[null,"Summary control account"]
[null,{"$f":"_xlfn.LET(\n  _xlpm.esc, IFERROR('Step 1 - Set global parameters'!B13:H13,\"\"),\n  _xlpm.defence, IFERROR('Step 1 - Set global parameters'!B12:G12,FALSE),\n  _xlpm.type, IFERROR('Step 1 - Set global parameters'!B14:G14,\"\"),\n  _xlpm.anyDefence, SUMPRODUCT((_xlpm.defence=TRUE)*(_xlpm.type=\"Defence\"))>0,\n  _xlpm.anyGeneral, COUNTIF(_xlpm.esc,\"General\")+COUNTIF(_xlpm.esc,\"Both\")>0,\n  _xlpm.anyCountry, COUNTIF(_xlpm.esc,\"Country\")+COUNTIF(_xlpm.esc,\"Both\")>0,\n  _xlfn.IFS(\n    _xlpm.anyDefence, \"A defence-related national escape clause has been activated. Debits in such years exclude increases in defence spending.\",\n    AND(_xlpm.anyGeneral, _xlpm.anyCountry), \"Both the general escape clause and the country-specific escape clause have been activated; deviations in years covered by an escape clause are not recorded and are shown for information only\",\n    _xlpm.anyCountry, \"A country-specific escape clause has been activated; deviations in years covered by an escape clause are not recorded and are shown for information only\",\n    _xlpm.anyGeneral, \"A general escape clause has been activated; deviations in years covered by an escape clause are not recorded and are shown for information only\",\n    TRUE, \"No escape clause has been activated so deviations are being recorded\"\n  )\n)","v":"A defence-related national escape clause has been activated. Debits in such years exclude increases in defence spending."},null,null,null,null,null,null,null,{"$f":"\"Key fiscal indicators, latest outturn (\"&OutturnThrough&\")\"","v":"Key fiscal indicators, latest outturn (2024)"}]
[null,{"$f":"_xlfn.LET(\n  _xlpm.defence, IFERROR('Step 1 - Set global parameters'!B12:G12,FALSE),\n  _xlpm.type, IFERROR('Step 1 - Set global parameters'!B14:G14,\"\"),\n  IF(SUMPRODUCT((_xlpm.defence=TRUE)*(_xlpm.type=\"Defence\"))>0,\n     \"\"\"Augmented\"\" control account (defence-related escape clauses)\",\n     \"\"\n  )\n)","v":"\"Augmented\" control account (defence-related escape clauses)"},{"$f":"IF((_xlfn.ANCHORARRAY(C21)>=MTP_YearT-1)*(_xlfn.ANCHORARRAY(C21)<=AdjustmentPeriodEnd), IF(_xlfn.ANCHORARRAY(C21)=MTP_YearT-1, \"T-1\", IF(_xlfn.ANCHORARRAY(C21)=MTP_YearT, \"T\", \"T+\"&(_xlfn.ANCHORARRAY(C21)-MTP_YearT))), \"\")","v":"T"},"T+1","T+2","T+3","T+4",null,null,"Observed",null,null,null,null,"MTP"]
[null,null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd+1-MTP_YearT, MTP_YearT)","v":2024},2025,2026,2027,2028]
[null,"Performance against net expenditure path limit",{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", IF(_xlfn.ANCHORARRAY(C21)<=AdjustmentPeriodEnd, IF(_xlfn.ANCHORARRAY(C21)<=OutturnThrough, \"Observed\", \"Planned\"), \"\"))","v":"Observed"},"Planned","Planned","Planned","Planned",null,null,{"$f":"INDEX(\n  Assessment!15:15,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!4:4,\n    0\n  )\n)","v":4.9652620789816915},"Net expenditure growth, planned (%)",null,null,null,{"$f":"INDEX(\n  Assessment!34:34,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!32:32,\n    0\n  )\n)","v":9.1}]
[null,"Escape clause activated?",{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", IF(AssessmentRound=\"Revised MTP\",\"\",_xlfn.HSTACK(\"\",IF(OFFSET(Assessment!$F$141,0,0,1,COLUMNS(_xlfn.ANCHORARRAY(C21))-1),\"Yes\",\"No\"))))","v":""},"Yes","Yes","Yes","Yes"]
[null,{"$f":"\"Net expenditure growth \"&IF(MTP_Council_Endorsed,\"(Council-recommended path)\",\"(proposed)\")","v":"Net expenditure growth (Council-recommended path)"},{"$f":"IF(AssessmentRound=\"New or revised MTP\",\"\",INDEX(Assessment!34:34, _xlfn.SEQUENCE(1, MTP_PlanningHorizon+1, COLUMN(Assessment!E34))))","v":9.1},5.9,3.6,3.4,3.3,null,null,{"$f":"INDEX(\n  Assessment!17:17,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!4:4,\n    0\n  )\n)","v":-1.7868607680254289},"Government budget balance (% of GDP)",null,null,null,{"$f":"INDEX(\n  Assessment!35:35,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!32:32,\n    0\n  )\n)","v":-2.6}]
[null,"Net expenditure growth (observed/planned)",{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", INDEX(Assessment!15:15, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E15))))","v":4.9652620789816915},6.2,5]
[null,"Control account (bn NAC)",null,null,null,null,null,null,null,{"$f":"INDEX(\n  Assessment!19:19,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!4:4,\n    0\n  )\n)","v":-0.44949},"Structural primary balance (% of GDP)",null,null,null,{"$f":"INDEX(\n  Assessment!37:37,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!32:32,\n    0\n  )\n)","v":-0.8}]
[null,{"$f":"_xlfn.LET(\n  _xlpm.defence, IFERROR('Step 1 - Set global parameters'!B12:G12,FALSE),\n  _xlpm.type, IFERROR('Step 1 - Set global parameters'!B14:G14,\"\"),\n  IF(SUMPRODUCT((_xlpm.defence=TRUE)*(_xlpm.type=\"Defence\"))>0,\n     Assessment!B135,\n     Assessment!B134\n  )\n)","v":"Debit excluding increase in defence expenditure"},{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", IF(COUNTIF('Step 1 - Set global parameters'!B14:G14,\"Defence\")>0,INDEX(Assessment!135:135, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E135))),INDEX(Assessment!134:134, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E134)))))","v":0},0,0]
[null,{"$f":"Assessment!B136","v":"Credit"},{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", INDEX(Assessment!136:136, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E136))))","v":0.66174049200000729},0,0,null,null,null,null,{"$f":"INDEX(\n  Assessment!20:20,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!4:4,\n    0\n  )\n)","v":46.249535696627248},"Government debt (% of GDP)",null,null,null,{"$f":"INDEX(\n  Assessment!38:38,\n  _xlfn.XMATCH(\n    OutturnThrough,\n    Assessment!32:32,\n    0\n  )\n)","v":45.8}]
[null,{"$f":"Assessment!B139&\" (% GDP)\"","v":"Annual balance  (% GDP)"},{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", INDEX(Assessment!139:139, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E139))))","v":-1.6278057871264535},0,0]
[null,{"$f":"Assessment!B140&\" (% GDP)\"","v":"Cumulated balance (% GDP)"},{"$f":"IF(AssessmentRound=\"New or revised MTP\", \"\", INDEX(Assessment!140:140, _xlfn.SEQUENCE(1, AssessmentEnd-MTP_YearT+1, COLUMN(Assessment!E140))))","v":-1.6278057871264535},-1.5592009455234228,-1.4892081619134891]
[null,"Note: Negative numbers in control account indicate plans are outperforming commitments. Where an escape clause has been activated, debits and credits are not recorded in the cumulated balance of the control account; for defence-related escape clauses introduced in 2025, debits exclude increases in defence expenditure up to a capped amount. Figures shown in amber indicate that an escape clause is in effect for that year."]
[]
[]
[]
[null,"Main fiscal variables, implementation compared to MTP"]
[null,"% of GDP unless noted",{"$f":"IF(_xlfn.SEQUENCE(1,MTP_PlanningHorizon+2,-1)=-1, \"T-1\", IF(_xlfn.SEQUENCE(1,MTP_PlanningHorizon+2,-1)=0, \"T\", \"T+\"&_xlfn.SEQUENCE(1,MTP_PlanningHorizon+2,-1)))","v":"T-1"},"T","T+1","T+2","T+3","T+4"]
[null,null,{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear - MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028]
[null,null,{"$f":"IF(C37=\"\", \"\", IF(C37<=OutturnThrough, \"Observed\", \"Planned\"))","v":"Observed"},"Observed","Planned","Planned","Planned","Planned",""]
[null,"Net expenditure growth (annual)",{"$f":"INDEX(\n  Assessment!$34:$34,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":""},9.1,5.9,3.6,3.4,3.3]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$15:$15,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":""},4.9652620789816915,6.2,5,"",""]
[null,"Net lending/borrowing",{"$f":"INDEX(\n  Assessment!$35:$35,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-2.2000000000000002},-2.6,-2.9,-2.9,-2.9,-2.9]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$17:$17,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-2.342774528487884},-1.7868607680254289,-2.9,-3.3,"",""]
[null,"Structural balance",{"$f":"INDEX(\n  Assessment!$36:$36,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-1.8},-1.9,-2.5,-2.6,-2.7,-2.7]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$18:$18,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-2.1063200000000002},-1.548,-2.4,-3,"",""]
[null,"Structural primary balance",{"$f":"INDEX(\n  Assessment!$37:$37,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-1.2},-0.8,-1.3,-1.3,-1.3,-1.3]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$19:$19,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-1.38124},-0.44949,-1.2,-1.6,"",""]
[null,"Gross debt",{"$f":"INDEX(\n  Assessment!$38:$38,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":43.6},45.8,47.5,48.5,49.7,50.8]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$20:$20,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":44.430318318075436},46.249535696627248,48.9,50.6,"",""]
[null,"Change in gross debt",{"$f":"INDEX(\n  Assessment!$39:$39,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":1.8},2.2999999999999998,1.6,1.1000000000000001,1.2,1.2]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$21:$21,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":""},"",2.1,1.7,"",""]
[]
[null,"Real GDP (rate of change, %)",{"$f":"INDEX(\n  Assessment!$40:$40,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-0.3},1.4,2.9,1.6,1.2,1.1000000000000001]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$22:$22,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-0.9414574313402313},-3.7310985009997299E-2,1.1000000000000001,2.1,"",""]
[null,"GDP deflator (rate of change, %)",{"$f":"INDEX(\n  Assessment!$41:$41,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":5.4},2.4,2.5,2.5,2.5,2.5]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$23:$23,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":10.672371603556009},2.7885650030008202,3.3,2.5,"",""]
[null,"Nominal GDP (rate of change, %)",{"$f":"INDEX(\n  Assessment!$42:$42,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":5.0999999999999996},3.8,5.5,4.0999999999999996,3.7,3.6]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$24:$24,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":9.630438336653846},2.7502135769205571,4.4000000000000004,4.7,"",""]
[null,"Potential growth",{"$f":"INDEX(\n  Assessment!$43:$43,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":2.2999999999999998},2.2000000000000002,2.1,1.2,0.9,0.9]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$25:$25,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":0.97435418160733978},-1.8794702349533843E-2,1.7,1.7,"",""]
[null,"Output gap (% pot. GDP)",{"$f":"INDEX(\n  Assessment!$44:$44,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$32:$32,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-1},-1.8,-1,-0.7,-0.5,-0.4]
[null,{"$f":"ScenarioName","v":"Draft Budgetary Plan 2026"},{"$f":"INDEX(\n  Assessment!$26:$26,\n  1,\n  MATCH(MTP_BaseYear,Assessment!$4:$4,0)\n    + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(C37)), 0)\n)","v":-0.67509815273575358},-0.70221013089490913,-1.3,-0.9,"",""]
[null,{"$f":"\"Numbers in green indicate \"&ScenarioName&\" is outperforming the medium-term plan\"","v":"Numbers in green indicate Draft Budgetary Plan 2026 is outperforming the medium-term plan"}]
[null,{"$f":"\"Numbers in red indicate \"&ScenarioName&\" is underperforming the medium-term plan\"","v":"Numbers in red indicate Draft Budgetary Plan 2026 is underperforming the medium-term plan"}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,{"$f":"IF(Receives_reference_trajectory,\"Observed debt compared to the deterministic and stochastic DSA scenarios using the methodology in the Commission’s Debt Sustainability Monitor 2023 (% of GDP)\",Country&\"'s deficit and debt were below the Treaty thresholds in Year T-1, therefore the Commission does not issue a full set of deterministic and stochastic DSA stress scenarios\")","v":"Latvia's deficit and debt were below the Treaty thresholds in Year T-1, therefore the Commission does not issue a full set of deterministic and stochastic DSA stress scenarios"}]
[null,{"$f":"IF(NOT(Receives_reference_trajectory),Country&\"'s deficit and debt were below the Treaty thresholds in Year T-1, therefore the Commission does not issue a full set of deterministic and stochastic DSA stress scenarios\",\"\")","v":"Latvia's deficit and debt were below the Treaty thresholds in Year T-1, therefore the Commission does not issue a full set of deterministic and stochastic DSA stress scenarios"}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"T-1","T","T+1","T+2","T+3","T+4","T+5"]
[null,null,null,null,null,null,null,null,null,null,null,2024,2025,2026,2027,2028,2029,2030,null,"T+7"]
[null,null,null,null,null,null,null,null,null,null,null,"Actual","Planned","Planned","Planned","Planned","Planned","Planned",null,2032]
[null,"Core compliance checks",null,null,null,null,null,null,null,null,"Nominal GDP (and deflator or real GDP if available).",null,null,null,null,null,null,null,null,"Planned"]
[null,null,null,null,null,null,null,null,null,null,"General government deficit (% of GDP).",null,null,null,null,null,null,null,"T+6"]
[null,"Numerical safeguards",null,null,null,null,null,null,null,null,"General government gross debt (% of GDP).",null,null,null,null,null,null,null,2031]
[null,"Deficit < 3% of GDP in the medium term.",null,null,null,null,null,null,null,null,"Nationally financed net primary expenditure (NNE).",null,null,null,null,null,null,null,"Planned"]
[null,"Debt plausibly on a downward path (or below 60% of GDP).",null,null,null,null,null,null,null,null,"Any one-off measures (to strip them out of NNE)."]
[null,null,null,null,null,null,null,null,null,null,"Medium-term plan’s reference rate of NNE growth (from Commission)."]
[null,"Net expenditure growth"]
[null,"Outturn NNE vs. the reference trajectory:"]
[null,"Compute annual growth of NNE (net of discretionary revenue measures, EU-funded expenditure, and one-offs)."]
[null,"Compare to the reference rate/trajectory."]
[]
[null,"Structural balance resilience safeguard"]
[null,"Check whether the structural balance is above -1.5% of GDP (the automatic \"red flag\" safeguard\""]
[]
[]
[]
[]
[]
[null,"Expenditure ceilings"]
[]
[]
[null,"Automatic text summary"]
[null,"EU Fiscal Rules Compliance Dashboard — Example Country (2025-08-17)"]
[]
[null,"Deficit Rule (<3% GDP): OK"]
[null,"Debt Rule (<60% or declining): OK"]
[null,"NNE Growth Rule: Breach"]
[null,"Structural Balance Safeguard (> -1.5% GDP): Breach"]
[]
[null,"Notes:"]
[null,"- Deficit remains below 3% in all years."]
[null,"- Debt at 90→87% of GDP, only modest decline — requires review."]
[null,"- NNE growth exceeds reference in 2026 (2.0% vs 1.2%) → breach."]
[null,"- Structural balance respected (-1.3% > -1.5%)."]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Plausibility of the macroeconomic and fiscal assumptions, to the extent that they differ from those underlying the reference trajectorty. In particular, the debt projections at unchange policy to be included in the plan should be comparable with the projections of the commission"]
[]
[null,"Debt projections (Ministry of Finance vs Commission)"]
[]
[]
[]
[null,"Plausibility assessment of the general government debt ratio being on a downward path or remaining at a prudent level:"]
[null,"Domestic fiscal rules"]
[null,"Under Article 34(1)(d) of Law 4270/2014, the general government primary balance must be in surplus. Under Article 35 of Law 4270/2014, the general government structural balance must be no worse than -0.5% of GDP (deprecated)."]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"Supportive information and alternative formats"]

{"sheet":"Step 0.1 (MTP) - Plan and prior","index":4,"n_rows":76,"n_cols":23,"rows_kept":76,"cut":false,"hidden":false,"merged":[]}
[null,"Medium-term fiscal-structural plan  (endorsed by Council), EC reference trajectory and DSA (Adjustment period currently set to 4 years)"]
[null,"MTP parameters"]
[null,"MTP base year (T-X)",2023]
[null,"MTP submission year (T)",2024]
[null,"MTP planning horizon",4]
[null,"MTP adjustment period (Years)",4]
[null,"MTP uses different assumptions than EC's DSA framework in prior guidance",true]
[null,"MTP endorsed by Council",true]
[null,"MTP base year is T-2 (Plan submitted Jan-Mar when T-1 outturn unavailable)",false]
[null,"Prior guidance transmittion date:","2024-06-30"]
[]
[null,"Medium-term fiscal-structural plan"]
[null,"% of GDP unless noted"]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear-MTP_PlanFirstYear+1, MTP_PlanFirstYear)","v":2023},2024,2025,2026,2027,2028]
[null,"MTP reference year",null,{"$f":"_xlfn.LET(\n  _xlpm.n, _xlfn.SEQUENCE(1, MTP_EndYear - MTP_PlanFirstYear + 1, MTP_PlanFirstYear - MTP_YearT),\n  CHOOSE(SIGN(_xlpm.n) + 2, \"T\" & _xlpm.n, \"T\", \"T+\" & _xlpm.n)\n)","v":"T-1"},"T","T+1","T+2","T+3","T+4"]
[null,{"$f":"\"Planned path for net expenditure growth in MTP\"&IF(MTP_Council_Endorsed,\" (endorsed by Council)\",\" (not yet endorsed by Council)\")","v":"Planned path for net expenditure growth in MTP (endorsed by Council)"},"growth rate (%)","",9.1,5.9,3.6,3.4,3.3,""]
[null,"Net lending/borrowing",null,-2.2000000000000002,-2.6,-2.9,-2.9,-2.9,-2.9,""]
[null,"Structural balance",null,-1.8,-1.9,-2.5,-2.6,-2.7,-2.7,""]
[null,"Structural primary balance",null,-1.2,-0.8,-1.3,-1.3,-1.3,-1.3,""]
[null,"Gross debt",null,43.6,45.8,47.5,48.5,49.7,50.8,""]
[null,"Change in gross debt",null,1.8,2.2999999999999998,1.6,1.1000000000000001,1.2,1.2,""]
[null,"Real GDP","rate of change, %",-0.3,1.4,2.9,1.6,1.2,1.1000000000000001,""]
[null,"GDP deflator","rate of change, %",5.4,2.4,2.5,2.5,2.5,2.5,""]
[null,"Nominal GDP","rate of change, %",5.0999999999999996,3.8,5.5,4.0999999999999996,3.7,3.6,""]
[null,"Potential growth","rate of change, %",2.2999999999999998,2.2000000000000002,2.1,1.2,0.9,0.9,""]
[null,"Output gap","% pot. GDP",-1,-1.8,-1,-0.7,-0.5,-0.4,""]
[null,"For countries with a domestic primary balance rule (optional):"]
[null,"Interest expenditure","bn NAC"]
[null,"Nominal GDP (level, millions of national currency)","level, bn NAC"]
[]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, MTP_YearT + MTP_PlanningHorizon + 10 - MTP_PlanFirstYear + 1, MTP_PlanFirstYear)","v":2023},2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038]
[null,"MTP reference year",null,{"$f":"_xlfn.LET(\n  _xlpm.n, _xlfn.SEQUENCE(1, MTP_EndYear - MTP_PlanFirstYear + 1, MTP_PlanFirstYear - MTP_YearT),\n  CHOOSE(SIGN(_xlpm.n) + 2, \"T\" & _xlpm.n, \"T\", \"T+\" & _xlpm.n)\n)","v":"T-1"},"T","T+1","T+2","T+3","T+4",null,null,null,null,null,null,null,"","","","","","",""]
[null,{"$f":"\"Main budgetary variables under the planned fiscal path (\"&AdjustmentPeriod&\"-year adjustment period)\"","v":"Main budgetary variables under the planned fiscal path (4-year adjustment period)"}]
[null,"Net expenditure growth "]
[null,"Net lending/borrowing",null,-2.2000000000000002,-2.6,-2.9,-2.9,-2.9,-2.9,-2.9,-2.9,-2.9,-3,-3,-3,-3,-3,-3,-2.9,"","","",""]
[null,"Structural balance"]
[null,"Structural primary balance",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","",""]
[null,"Gross debt",null,43.6,45.8,47.5,48.5,49.7,50.8,51.9,53,53.9,54.9,55.9,56.8,57.7,58.5,59.2,59.9,"","","",""]
[null,"Debt sustainability assessments"]
[null,"Gross debt, no policy change scenario",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","",""]
[null,"Gross debt, financial stress scenario",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","",""]
[null,"Gross debt, lower structural primary balance scenario",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","",""]
[null,"Gross debt, adverse r-g scenario",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","","",""]
[null,"Stochastic debt projections (probability of lower debt at end of projection than at end of adjustment period)",null,{"$error":"#N/A"}]
[]
[null,{"$f":"IF(Receives_reference_trajectory,\"Prior guidance: reference trajectory and DSA\",\"Prior guidance: technical information and DSA\")","v":"Prior guidance: technical information and DSA"}]
[null,"% of GDP unless noted"]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, MTP_YearT + MTP_PlanningHorizon + 10 - MTP_PlanFirstYear + 1, MTP_PlanFirstYear)","v":2023},2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038]
[null,"MTP reference year",null,{"$f":"_xlfn.LET(\n  _xlpm.n, _xlfn.SEQUENCE(1, MTP_EndYear - MTP_PlanFirstYear + 1, MTP_PlanFirstYear - MTP_YearT),\n  CHOOSE(SIGN(_xlpm.n) + 2, \"T\" & _xlpm.n, \"T\", \"T+\" & _xlpm.n)\n)","v":"T-1"},"T","T+1","T+2","T+3","T+4"]
[null,{"$f":"\"Reference trajectory provided by the Commission\"&IF(NOT(Receives_reference_trajectory),\" (not applicable)\",\"\")","v":"Reference trajectory provided by the Commission (not applicable)"},null,"","","","","","","","","","","","","","","","","","","",""]
[null,{"$f":"\"Minimum level for the structural primary balance in \"&AdjustmentPeriodEnd&IF(Receives_reference_trajectory,\" (not applicable)\",\"\")&\", no safeguard\"","v":"Minimum level for the structural primary balance in 2028, no safeguard"},null,"","","","","",-1.3,"","","","","","","","","","","","","",""]
[null,{"$f":"\"Minimum level for the structural primary balance in \"&AdjustmentPeriodEnd&IF(Receives_reference_trajectory,\" (not applicable)\",\"\")&\", with safeguard\"","v":"Minimum level for the structural primary balance in 2028, with safeguard"},null,"","","","","",-0.1424659999999999,"","","","","","","","","","","","","",""]
[null,{"$f":"IF(Receives_reference_trajectory,\"EC reference trajectory\",\"EC technical information - Path to meet all requirements and safeguard.\")","v":"EC technical information - Path to meet all requirements and safeguard."}]
[null,{"$f":"\"Main budgetary variables (\"&AdjustmentPeriod&\"-year adjustment period)\"","v":"Main budgetary variables (4-year adjustment period)"}]
[null,"Net expenditure growth in a plan without extention",null,8.0055138637424594,4.918973667178153,3.6413061968341944,2.7436451968341951,2.461675896834195,3.3855692598417098,3.5328969999999997,3.6117759999999999,3.6942360000000001,3.7719449999999997,3.828627,3.86795,3.9072739999999997,3.9465969999999997,3.9263029999999999,3.8353979999999996,"","","",""]
[null,"Net lending/borrowing",null,-2.2135657932845034,-2.8062079681304199,-2.5067619901395064,-2.206873278489728,-1.8633060345306278,-1.7774675734684697,-1.7167045015305469,-1.6555205259541206,-1.5927242706681042,-1.5979566180112279,-1.5895477796554016,-1.562134310040352,-1.5207800482895599,-1.4556895151252958,-1.3706903715705556,-1.2815148227983149,"","","",""]
[null,"Structural balance",null,-1.8903966364015796,-2.3959118502934231,-2.126882668592577,-1.8427172558704836,-1.509262871575078,-1.5358742741939031,-1.5556423020141679,-1.5749894261959374,-1.5927242706681044,-1.5979558712233803,-1.5895488990065676,-1.5621358023732452,-1.5207793042066837,-1.4556880260614364,-1.3706877651145823,-1.2815129617361063,"","","",""]
[null,"Structural primary balance",null,-1.2598830000000001,-1.362466,-0.96246599999999993,-0.56246599999999991,-0.16246599999999989,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,-0.1424659999999999,"","","",""]
[null,"Gross debt",null,43.57443441662371,44.530802034460706,46.07468666579198,46.609273528729865,46.913196864360586,46.987538518920367,46.992494901737786,46.901039914718936,46.713659492186132,46.600070694684284,46.457173073428706,46.274673295393931,46.040270608994206,45.732378994117418,45.359965431679584,44.951568205826447,"","","",""]
[null,{"$f":"\"Debt sustainability assessment (\"&AdjustmentPeriod&\"-year adjustment period)\"","v":"Debt sustainability assessment (4-year adjustment period)"}]
[null,"Gross debt, no policy change scenario",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"Gross debt, adjustment scenario, no safeguard",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"Gross debt, financial stress scenario",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"Gross debt, lower structural primary balance scenario",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"Gross debt, adverse r-g scenario",null,"","","","","","","","","","","","","","","","","","","",""]
[null,{"$f":"\"Stochastic debt projections, \"&AdjustmentPeriodEnd+1&\"-\"&AdjustmentPeriodEnd+5","v":"Stochastic debt projections, 2029-2033"}]
[null,"p10",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p30_p10",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p50_p30",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p70_p50",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p90_p70",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p10",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p30",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p50",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p70",null,"","","","","","","","","","","","","","","","","","","",""]
[null,"p90",null,"","","","","","","","","","","","","","","","","","","",""]

{"sheet":"Step 0.2 (MTP) - IFI scrutiny","index":5,"n_rows":45,"n_cols":7,"rows_kept":45,"cut":false,"hidden":false,"merged":[]}
[]
[null,"1. Net expenditure path assumptions"]
[null,"If required to adhere to a reference trajectory and the latest MTP does not, is the explanation satisfactory and based on sound and data-driven economic arguments explaining the difference? "," Article 13(b) of Regulation(EU) 2024/1263",null,null,"Yes",{"$f":"HYPERLINK(\"#\"&ADDRESS(ROW(),COLUMN()-1),CHAR(128))","v":"€"}]
[null,"If using different assumptions to the EU's prior guidance to prepare the MTP, is the explanation satisfactory and based on sound and data-driven economic arguments? ",null,null,null,"Yes","€"]
[]
[null,"2. Regulation (EU) 2024/1263 compulsory elements checklist for MTP "]
[null,"A multi-annual net expenditure path (including respect of the deficit resilience and debt sustainability safeguards), as well as …","Articles 7; 8; 13(a)",null,null,true,{"$f":"HYPERLINK(\"#\"&ADDRESS(ROW(),COLUMN()-1),CHAR(128))","v":"€"}]
[null,"… the underlying macroeconomic assumptions and …","Article 13(a)",null,null,true,"€"]
[null,"… the planned fiscal-structural measures.","Article 13(a)",null,null,true,"€"]
[null,"The reference trajectory or technical information transmitted by the Commission.","Article 13(b)",null,null,true,"€"]
[null,"Where the national medium-term fiscal-structural plan includes a higher net expenditure path than in the reference trajectory issued by the Commission, sound and data-driven economic arguments explaining the difference.","Article 13(b)",null,null,true,"€"]
[null,"Investments and reforms responding to the main challenges identified under the European semester – in particular the CSRs – and addressing the common priorities of the Union.","Article 13(c)",null,null,true,"€"]
[null,"Actions to address CSRs relevant for the MIP and warnings by the Commission / recommendations by the Council.","Article 13(d)",null,null,true,"€"]
[null,"The impact of investments and reforms already implemented.","Article 13(f)",null,null,true,"€"]
[null,"Information related to the main macroeconomic and budgetary assumptions, …","Article 13(g)(i)",null,null,true,"€"]
[null,"… implicit and contingent liabilities, …","Article 13(g)(ii)",null,null,true,"€"]
[null,"… the expected impact of reforms and investments underpinning the extension of the adjustment period","Article 13(g)(iii)",null,null,true,"€"]
[null,"… the forecasted level of nationally-financed public investment throughout the period covered by the national mediumn-term fiscal-structural plan","Article 13(g)(iv)",null,null,true,"€"]
[null,"… public investment needs including those related to the common priorities of the Union referred to in point (c) of this Article","Article 13(g)(v)",null,null,true,"€"]
[null,"… the consultation of national parliaments and the consultation process referred to in Article 11","Article 13(g)(vi)); Article 11",null,null,true,"€"]
[null,"…the consistency and, where appropriate, complementarity with the cohesion policy funds as well as the recovery and resilience plan of the Member State concerned during the period of operation of the Recovery and Resilience Facility pursuant to Regulation (EU) 2021/241","Article 13(g)(vii)",null,null,true,"€"]
[null,"The impact of the set of reforms and investment commitments underpinning an extension on growth and resilience potential, fiscal sustainability, and nationally financed public investment.","Articles 14.2; 13(g)",null,null,true,"€"]
[null,"Information on how the reforms and investment commitments underpinning an extension address the common priorities of the Union and relevant CSRs (including those issued under the MIP), and, …","Article 14.2",null,null,true,"€"]
[null,"… for each of these reforms and investments, a clear description, timeline, and, where relevant, indicators.","Article 14.3; 13(e)",null,null,true,"€"]
[null,"Consistency of the set of reforms and investments for an extension with commitments included in the approved RRP and the agreed Partnership Agreement in the Multiannual Financial Framework.","Article 14.4",null,null,true,"€"]
[null,"If the plan serves as a corrective action plan under the EIP/MIP, the specific policy action (to be) implemented and a timetable for those actions.","Article 31",null,null,true,"€"]
[null,"Transitory arrangements: RRP commitments to be taken into account","Article 36",null,null,true,"€"]
[]
[null,"3. Assessment of investment & reform package for extension requests (Article 14)"]
[null,"Has the Member State requested an extension of the adjustment period beyond four years (i.e. to seven years) in its medium-term fiscal-structural plan?","Art. 14(1)",null,null,false,{"$f":"HYPERLINK(\"#\"&ADDRESS(ROW(),COLUMN()-1),CHAR(128))","v":"€"}]
[null,"Taken together, do the proposed reforms and investments credibly improve the Member State’s growth and economic resilience in a sustainable manner?","Art. 14(2)(a)",null,null,"NA","€"]
[null,"Taken together, do the proposed reforms and investments support fiscal sustainability, including a structural improvement in government finances over the medium term?","Art. 14(2)(b)",null,null,"NA","€"]
[null,"Do the proposed reforms and investments address the Union’s common priorities referred to in Article 13(c) of Regulation (EU) 2024/1263?","Art. 14(2)(c)",null,null,"NA","€"]
[null,"Do the proposed reforms and investments address the relevant country-specific recommendations, including any issued under the Macroeconomic Imbalances Procedure, where applicable?","Art. 14(2)(d)",null,null,"NA","€"]
[null,"Is the overall level of nationally financed public investment over the MTP period at least as high as the medium-term level prior to the plan, taking into account country-specific challenges?","Art. 14(2)(e)",null,null,"NA","€"]
[null,"Are the reform and investment commitments described clearly and in sufficient detail to allow assessment against the Article 14 criteria?","Art. 14(3)(a)",null,null,"NA","€"]
[null,"Are the reform commitments time-bound and planned to be implemented within the period covered by the medium-term fiscal-structural plan?","Art. 14(3)(b)",null,null,"NA","€"]
[null,"Is significant progress in the implementation of the investment commitments expected to be achieved by the end of the adjustment period?","Art. 14(3)(c)",null,null,"NA","€"]
[null,"Do the descriptions of the reforms and investments include appropriate indicators or milestones to allow monitoring of their implementation?","Art. 14(3)(d)",null,null,"NA","€"]
[null,"Are the reform and investment commitments consistent with the approved Recovery and Resilience Plan, where applicable?","Art. 14(4)",null,null,"NA","€"]
[null,"Are the reform and investment commitments consistent with the Partnership Agreement under the Multiannual Financial Framework?","Art. 14(4)",null,null,"NA","€"]
[null,"Overall, does the IFI judge that the reform and investment commitments fulfil the criteria in Article 14 for an extension of the adjustment period?","Art. 14(1)–(4) (overall judgement)",null,null,"NA","€"]
[]
[null,"4. Adherence to investment & reform commitments (if an extension was granted)",null," "]
[null,"Were milestones/metrices implemented as set out in Table 8 of the plan? (Guidance, Section 2.6; Art. 14)",null,null,null,"Yes",{"$f":"HYPERLINK(\"#\"&ADDRESS(ROW(),COLUMN()-1),CHAR(128))","v":"€"}]

{"sheet":"Step 0.3 (MTP) - View results","index":6,"n_rows":25,"n_cols":5,"rows_kept":25,"cut":false,"hidden":false,"merged":[]}
[null,{"$f":"Country&\"'s adherence to Regulation (EU) 2024/1263 and associated guidance\"","v":"Latvia's adherence to Regulation (EU) 2024/1263 and associated guidance"}]
[]
[null,{"$f":"IF(AssessmentRound=\"Implementation of an endorsed MTP\",\"The Medium-Term Plan has been endorsed, the below is for information only (the scenario is set to assess the implementation of an endorsed MTP)\",\"Assessing a new or revised MTP\")","v":"The Medium-Term Plan has been endorsed, the below is for information only (the scenario is set to assess the implementation of an endorsed MTP)"}]
[]
[null,{"$f":"CHAR(149)&\" This checks whether \"&Country&\" is adhering to its Council-endorsed medium-term structural-fiscal plan.\"","v":"• This checks whether Latvia is adhering to its Council-endorsed medium-term structural-fiscal plan."}]
[null,{"$f":"CHAR(149)&\" \"&MTP_Requirement","v":"• Latvia does not receive a reference trajectory but its MTP must contain a net expenditure path that complies with TFEU general government debt and deficit sustainability requirements."}]
[null,{"$f":"CHAR(149)&\" \"&IF(MTP_Council_Endorsed,\"The net expenditure path in \"&Country&\"'s latest MTP was endorsed by the Council.\",\"The net expenditure path in \"&Country&\"'s latest MTP is awaiting endorsement by the Council.\")","v":"• The net expenditure path in Latvia's latest MTP was endorsed by the Council."}]
[null,{"$f":"CHAR(149)&\" \"&\n_xlfn.LET(\n  _xlpm.rng, 'Step 1 - Set global parameters'!B13:H13,\n  _xlpm.anyGeneral, COUNTIF(_xlpm.rng,\"General\")+COUNTIF(_xlpm.rng,\"Both\")>0,\n  _xlpm.anyCountry, COUNTIF(_xlpm.rng,\"Country\")+COUNTIF(_xlpm.rng,\"Both\")>0,\n  _xlfn.IFS(\n    AND(_xlpm.anyGeneral, _xlpm.anyCountry), \"Both the general and country-specific escape clauses have been activated.\",\n    _xlpm.anyGeneral, \"The general escape clause has been activated.\",\n    _xlpm.anyCountry, \"A country-specific escape clause has been activated.\",\n    TRUE, \"No escape clauses are currently activated.\"\n  )\n)","v":"• A country-specific escape clause has been activated."}]
[]
[null,"Rule","Status",null,"Assessment"]
["M1","TFEU deficit reference value (3%) in MTP year T-1",{"$f":"IF(Assessment!C198,\"Compliant\",\"Breach\")","v":"Compliant"},"●",{"$f":"Assessment!C199","v":"Latvia's net borrowing (general government deficit) in 2023 was 2.3% of GDP, which does not exceed the 3% TFEU deficit reference value."}]
["M2","TFEU debt reference value (60%) in MTP year T-1",{"$f":"IF(Assessment!C194,\"Compliant\",\"Breach\")","v":"Compliant"},"●",{"$f":"Assessment!C195","v":"Latvia's gross general government debt in 2023 was 44.4% of GDP, below the 60% TFEU reference value."}]
["M3","MTP assessed against reference trajectory",{"$f":"IF(Receives_reference_trajectory,\"Yes\",\"No\")","v":"No"},"●",{"$f":"MTP_Requirement","v":"Latvia does not receive a reference trajectory but its MTP must contain a net expenditure path that complies with TFEU general government debt and deficit sustainability requirements."}]
["M4","Completeness of information under Article 13 (Qualitative IFI assessment)",{"$f":"IF(Assessment!$C$209,\"Compliant\",\"Breach\")","v":"Compliant"},"●",{"$f":"Assessment!C210","v":"The Fiscal Discipline Council has concluded that the plan contains all information required by Article 13 of Regulation (EU) 2024/1263."}]
["M5","Fulfilment of criteria for an extension of the adjustment period",{"$f":"IF(\n  AdjustmentPeriod=7,\n  IF(Assessment!C214, \"Compliant\", \"Breach\"),\n  \"N/A\"\n)","v":"N/A"},"●",{"$f":"Assessment!C215","v":"Not applicable. Latvia has not requested an extension of the adjustment period."}]
["M6","Compliance of MTP average net expenditure growth with prior guidance",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"N/A\",\n  IF(\n    NOT(Assessment!$C$223),\n    \"Compliant\",\n    IF(\n      Assessment!$C$224,\n      \"Compliant\",\n      \"Breach\"\n    )\n  )\n)","v":"N/A"},"●",{"$f":"Assessment!C225","v":"The average net expenditure growth reported in Latvia's plan over the adjustment period (2025–2028) is higher than the technical information path transmitted by the Commission on 30 June 2024. but remaining below the technical information path is not required."}]
["M7","Compliance of MTP net expenditure growth path with prior guidance",{"$f":"IF(Receives_reference_trajectory,IF(Assessment!C231,\"Compliant\",\"Breach\"),IF(Assessment!C241,\"Compliant\",\"Breach\"))","v":"Compliant"},"●",{"$f":"IF(Receives_reference_trajectory,Assessment!C232,Assessment!C242)","v":"The net expenditure path in Latvia's latest MTP ensures the primary structural balance is above the minimum level of the Commission's prior guidance at the end of the adjustment period."}]
["M8","Net expenditure growth path meets general debt requirements",{"$f":"IF(Receives_reference_trajectory,IF(Assessment!C254,\"Compliant\",\"Breach\"),IF(Assessment!C258,\"Compliant\",\"Breach\"))","v":"Compliant"},"●",{"$f":"IF(Receives_reference_trajectory,Assessment!$C$255,Assessment!$C$259)","v":"Latvia's debt remains below the TFEU debt reference level in each of the ten years following the adjustment period."}]
["M9","Net expenditure growth path meets deficit requirements",{"$f":"IF(Receives_reference_trajectory,IF(Assessment!C264,\"Compliant\",\"Breach\"),IF(Assessment!C268,\"Compliant\",\"Breach\"))","v":"Compliant"},"●",{"$f":"IF(Receives_reference_trajectory,Assessment!$C$265,Assessment!$C$272)","v":"Latvia's deficit remains below the TFEU reference level in the final year of the adjustment period and throughout the following ten years."}]
["M10","Time profile of the fiscal adjustment (no back-loading condition)",{"$f":"IF(Receives_reference_trajectory,IF(Assessment!C283,\"Compliant\",\"Breach\"),\"N/A\")","v":"N/A"},"●",{"$f":"Assessment!C285","v":"Not applicable - Latvia is not required to comply with a reference trajectory."}]
["M11","Consistency with EDP corrective path",{"$f":"_xlfn.IFNA(IF(Assessment!C296,\"Compliant\",IF(NOT(Assessment!C305),\"Breach\")),\"N/A\")","v":"N/A"},"●",{"$f":"Assessment!C297","v":"The Council has not opened an excessive deficit procedure against Latvia."}]
["M12","Debt sustainability safeguard ex ante",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"N/A\",\n  IF(\n    OR(Assessment!C302, Assessment!C303),\n    IF(\n      OR(\n        IF(Assessment!C302,NOT(Assessment!C304), FALSE),\n        IF(Assessment!C303,NOT(Assessment!C305), FALSE)\n      ),\n      \"Breach\",\n      \"Compliant\"\n    ),\n    \"The debt sustainability safeguard does not apply.\"\n  )\n)","v":"N/A"},"●",{"$f":"Assessment!C308","v":"Latvia does not receive a reference trajectory and its MTP is not assessed against the debt sustainability safeguard."}]
["M13","Deficit resilience safeguard ex ante",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"N/A\",\n  IF(\n    OR(Assessment!C317=FALSE, ISNA(Assessment!C319)),\n    \"N/A\",\n    IF(Assessment!C319, \"Compliant\", \"Breach\")\n  )\n)","v":"N/A"},"●",{"$f":"Assessment!C321","v":"Latvia does not receive a reference trajectory and its MTP is not assessed against the deficit resilience safeguard."}]
["M14","Primary structural balance adjustment over adjustment period (supportive)",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    OR(ISNA(Assessment!C325), ISNA(Assessment!C326)),\n    \"N/A\",\n    IF(\n      Assessment!C326 >= Assessment!C325,\n      \"Compliant\",\n      IF(\n        EscapeClauseActivated,\n        \"Caution\",\n        \"Caution\"\n      )\n    )\n  ),\n  IF(\n    ISNA(Assessment!$C$337),\n    \"N/A\",\n    IF(\n      Assessment!$C$337,\n      \"Compliant\",\n      \"Breach\"\n    )\n  )\n)","v":"Compliant"},"●",{"$f":"IF(Receives_reference_trajectory,Assessment!C331,Assessment!C340)","v":"Latvia is required to meet the structural primary balance condition without a safeguard. This condition is met, although the safeguard threshold is not."}]
["M15","Overall MTP net expenditure path compliance",{"$f":"IF(COUNTIF(C14:C23,\"Breach\")>0,\"Breach\",IF(COUNTIF(C16:C23,\"Caution\")>0,\"Caution\",\"Compliant\"))","v":"Compliant"},"●",{"$f":"IF(Receives_reference_trajectory,Assessment!C345,Assessment!C349)","v":"The net expenditure path in Latvia's MTP adheres to the minimum level of the primary structural balance in 2028 (-1.3% of GDP). The net expenditure path put forward in the plan is consistent with the deficit and debt requirements as set out in Article 16(2) of Regulation (EU) 2024/1263."}]

{"sheet":"Assessment","index":7,"n_rows":349,"n_cols":29,"rows_kept":349,"cut":false,"hidden":false,"merged":[]}
[null,"Assessment outlook"]
[null,{"$f":"\"Latest outturn data to \"&OutturnThrough&IF(OutturnThrough=AssessmentEnd,\"\",\" and \"&ScenarioName)","v":"Latest outturn data to 2024 and Draft Budgetary Plan 2026"}]
[]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, AssessmentEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026]
[null,"MTP reference year",null,{"$f":"IF(\n  AND(_xlfn.ANCHORARRAY(D4)>=MTP_YearT-1,_xlfn.ANCHORARRAY( D4)<=MTP_EndYear),\n  CHOOSE(SIGN(_xlfn.ANCHORARRAY(D4)-MTP_YearT)+2, \"T-1\", \"T\", \"T+\"&(_xlfn.ANCHORARRAY(D4)-MTP_YearT)),\n  \"\"\n)","v":"T-1"},"T","T+1","T+2"]
[null,"Total expenditure","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D6),'Step 2 - Update outturn data'!D6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D8),'Step 3 - Enter plan'!D8,\"\"))","v":17.182600000000001},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E6),'Step 2 - Update outturn data'!E6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E8),'Step 3 - Enter plan'!E8,\"\"))","v":18.413499999999999},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F6),'Step 2 - Update outturn data'!F6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F8),'Step 3 - Enter plan'!F8,\"\"))","v":20.159475570000001},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G6),'Step 2 - Update outturn data'!G6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G8),'Step 3 - Enter plan'!G8,\"\"))","v":20.884792280507998},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H6),'Step 2 - Update outturn data'!H6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H8),'Step 3 - Enter plan'!H8,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I6),'Step 2 - Update outturn data'!I6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I8),'Step 3 - Enter plan'!I8,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J6),'Step 2 - Update outturn data'!J6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J8),'Step 3 - Enter plan'!J8,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K6),'Step 2 - Update outturn data'!K6,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K8),'Step 3 - Enter plan'!K8,\"\"))","v":""}]
[null,"Interest expenditure","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D7),'Step 2 - Update outturn data'!D7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D9),'Step 3 - Enter plan'!D9,\"\"))","v":0.28689999999999999},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E7),'Step 2 - Update outturn data'!E7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E9),'Step 3 - Enter plan'!E9,\"\"))","v":0.44330000000000003},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F7),'Step 2 - Update outturn data'!F7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F9),'Step 3 - Enter plan'!F9,\"\"))","v":0.50929201440000005},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G7),'Step 2 - Update outturn data'!G7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G9),'Step 3 - Enter plan'!G9,\"\"))","v":0.62210019558959995},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H7),'Step 2 - Update outturn data'!H7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H9),'Step 3 - Enter plan'!H9,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I7),'Step 2 - Update outturn data'!I7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I9),'Step 3 - Enter plan'!I9,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J7),'Step 2 - Update outturn data'!J7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J9),'Step 3 - Enter plan'!J9,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K7),'Step 2 - Update outturn data'!K7,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K9),'Step 3 - Enter plan'!K9,\"\"))","v":""}]
[null,"Cyclical unemployment expenditure","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D8),'Step 2 - Update outturn data'!D8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D10),'Step 3 - Enter plan'!D10,\"\"))","v":-1.2620000000000001E-3},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E8),'Step 2 - Update outturn data'!E8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E10),'Step 3 - Enter plan'!E10,\"\"))","v":4.169E-3},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F8),'Step 2 - Update outturn data'!F8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F10),'Step 3 - Enter plan'!F10,\"\"))","v":1.6976400480000001E-2},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G8),'Step 2 - Update outturn data'!G8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G10),'Step 3 - Enter plan'!G10,\"\"))","v":8.8871456512799995E-3},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H8),'Step 2 - Update outturn data'!H8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H10),'Step 3 - Enter plan'!H10,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I8),'Step 2 - Update outturn data'!I8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I10),'Step 3 - Enter plan'!I10,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J8),'Step 2 - Update outturn data'!J8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J10),'Step 3 - Enter plan'!J10,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K8),'Step 2 - Update outturn data'!K8,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K10),'Step 3 - Enter plan'!K10,\"\"))","v":""}]
[null,"Expenditure funded by transfers from the EU","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D9),'Step 2 - Update outturn data'!D9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D11),'Step 3 - Enter plan'!D11,\"\"))","v":0.73429999999999995},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E9),'Step 2 - Update outturn data'!E9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E11),'Step 3 - Enter plan'!E11,\"\"))","v":0.75549999999999995},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F9),'Step 2 - Update outturn data'!F9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F11),'Step 3 - Enter plan'!F11,\"\"))","v":1.1034660312000002},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G9),'Step 2 - Update outturn data'!G9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G11),'Step 3 - Enter plan'!G11,\"\"))","v":0.88871456512799996},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H9),'Step 2 - Update outturn data'!H9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H11),'Step 3 - Enter plan'!H11,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I9),'Step 2 - Update outturn data'!I9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I11),'Step 3 - Enter plan'!I11,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J9),'Step 2 - Update outturn data'!J9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J11),'Step 3 - Enter plan'!J11,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K9),'Step 2 - Update outturn data'!K9,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K11),'Step 3 - Enter plan'!K11,\"\"))","v":""}]
[null,"National co-financing of EU programmes","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D10),'Step 2 - Update outturn data'!D10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D12),'Step 3 - Enter plan'!D12,\"\"))","v":0.15825},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E10),'Step 2 - Update outturn data'!E10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E12),'Step 3 - Enter plan'!E12,\"\"))","v":0.13764999999999999},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F10),'Step 2 - Update outturn data'!F10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F12),'Step 3 - Enter plan'!F12,\"\"))","v":0.21220500600000003},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G10),'Step 2 - Update outturn data'!G10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G12),'Step 3 - Enter plan'!G12,\"\"))","v":0.1333071847692},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H10),'Step 2 - Update outturn data'!H10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H12),'Step 3 - Enter plan'!H12,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I10),'Step 2 - Update outturn data'!I10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I12),'Step 3 - Enter plan'!I12,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J10),'Step 2 - Update outturn data'!J10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J12),'Step 3 - Enter plan'!J12,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K10),'Step 2 - Update outturn data'!K10,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K12),'Step 3 - Enter plan'!K12,\"\"))","v":""}]
[null,"One-off expenditure ( excl. EU funded)","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D11),'Step 2 - Update outturn data'!D11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D13),'Step 3 - Enter plan'!D13,\"\"))","v":0},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E11),'Step 2 - Update outturn data'!E11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E13),'Step 3 - Enter plan'!E13,\"\"))","v":0},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F11),'Step 2 - Update outturn data'!F11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F13),'Step 3 - Enter plan'!F13,\"\"))","v":0},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G11),'Step 2 - Update outturn data'!G11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G13),'Step 3 - Enter plan'!G13,\"\"))","v":0},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H11),'Step 2 - Update outturn data'!H11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H13),'Step 3 - Enter plan'!H13,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I11),'Step 2 - Update outturn data'!I11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I13),'Step 3 - Enter plan'!I13,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J11),'Step 2 - Update outturn data'!J11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J13),'Step 3 - Enter plan'!J13,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K11),'Step 2 - Update outturn data'!K11,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K13),'Step 3 - Enter plan'!K13,\"\"))","v":""}]
[null,"Net nationally financed primary expenditure (before DRM)","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D12),'Step 2 - Update outturn data'!D12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D14),'Step 3 - Enter plan'!D14,\"\"))","v":16.004412000000006},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E12),'Step 2 - Update outturn data'!E12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E14),'Step 3 - Enter plan'!E14,\"\"))","v":17.072880999999999},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F12),'Step 2 - Update outturn data'!F12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F14),'Step 3 - Enter plan'!F14,\"\"))","v":18.334512518400004},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G12),'Step 2 - Update outturn data'!G12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G14),'Step 3 - Enter plan'!G14,\"\"))","v":19.196234606764801},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H12),'Step 2 - Update outturn data'!H12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H14),'Step 3 - Enter plan'!H14,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I12),'Step 2 - Update outturn data'!I12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I14),'Step 3 - Enter plan'!I14,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J12),'Step 2 - Update outturn data'!J12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J14),'Step 3 - Enter plan'!J14,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K12),'Step 2 - Update outturn data'!K12,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K14),'Step 3 - Enter plan'!K14,\"\"))","v":""}]
[null,"Discretionary revenue measures (excl. one-off revenue, incremental impact)","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D13),'Step 2 - Update outturn data'!D13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D15),'Step 3 - Enter plan'!D15,\"\"))","v":0},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E13),'Step 2 - Update outturn data'!E13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E15),'Step 3 - Enter plan'!E15,\"\"))","v":0.273808},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F13),'Step 2 - Update outturn data'!F13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F15),'Step 3 - Enter plan'!F15,\"\"))","v":8.4882002400000003E-2},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G13),'Step 2 - Update outturn data'!G13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G15),'Step 3 - Enter plan'!G15,\"\"))","v":-4.4435728256399999E-2},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H13),'Step 2 - Update outturn data'!H13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H15),'Step 3 - Enter plan'!H15,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I13),'Step 2 - Update outturn data'!I13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I15),'Step 3 - Enter plan'!I15,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J13),'Step 2 - Update outturn data'!J13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J15),'Step 3 - Enter plan'!J15,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K13),'Step 2 - Update outturn data'!K13,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K15),'Step 3 - Enter plan'!K15,\"\"))","v":""}]
[null,"Defence expenditure","bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D14),'Step 2 - Update outturn data'!D14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D16),'Step 3 - Enter plan'!D16,\"\"))","v":1.0249299999999999},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E14),'Step 2 - Update outturn data'!E14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E16),'Step 3 - Enter plan'!E16,\"\"))","v":1.1083700000000001},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F14),'Step 2 - Update outturn data'!F14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F16),'Step 3 - Enter plan'!F16,\"\"))","v":1.4005530396000001},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G14),'Step 2 - Update outturn data'!G14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G16),'Step 3 - Enter plan'!G16,\"\"))","v":1.8663005867688001},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H14),'Step 2 - Update outturn data'!H14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H16),'Step 3 - Enter plan'!H16,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I14),'Step 2 - Update outturn data'!I14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I16),'Step 3 - Enter plan'!I16,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J14),'Step 2 - Update outturn data'!J14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J16),'Step 3 - Enter plan'!J16,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K14),'Step 2 - Update outturn data'!K14,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K16),'Step 3 - Enter plan'!K16,\"\"))","v":""}]
[null,"Net expenditure growth (annual)","growth rate (%)",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D15),'Step 2 - Update outturn data'!D15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D17),'Step 3 - Enter plan'!D17,\"\"))","v":""},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E15),'Step 2 - Update outturn data'!E15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E17),'Step 3 - Enter plan'!E17,\"\"))","v":4.9652620789816915},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F15),'Step 2 - Update outturn data'!F15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F17),'Step 3 - Enter plan'!F17,\"\"))","v":6.2},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G15),'Step 2 - Update outturn data'!G15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G17),'Step 3 - Enter plan'!G17,\"\"))","v":5},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H15),'Step 2 - Update outturn data'!H15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H17),'Step 3 - Enter plan'!H17,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I15),'Step 2 - Update outturn data'!I15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I17),'Step 3 - Enter plan'!I17,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J15),'Step 2 - Update outturn data'!J15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J17),'Step 3 - Enter plan'!J17,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K15),'Step 2 - Update outturn data'!K15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K17),'Step 3 - Enter plan'!K17,\"\"))","v":""}]
[null,"Net expenditure growth (cumulative)","growth rate (%)",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D16),'Step 2 - Update outturn data'!D16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D18),'Step 3 - Enter plan'!D18,\"\"))","v":""},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E16),'Step 2 - Update outturn data'!E16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E18),'Step 3 - Enter plan'!E18,\"\"))","v":4.9652620789816915},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F15),'Step 2 - Update outturn data'!F15,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F18),'Step 3 - Enter plan'!F18,\"\"))","v":11.473108327878556},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G16),'Step 2 - Update outturn data'!G16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G18),'Step 3 - Enter plan'!G18,\"\"))","v":17.046763744272496},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H16),'Step 2 - Update outturn data'!H16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H18),'Step 3 - Enter plan'!H18,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I16),'Step 2 - Update outturn data'!I16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I18),'Step 3 - Enter plan'!I18,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J16),'Step 2 - Update outturn data'!J16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J18),'Step 3 - Enter plan'!J18,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K16),'Step 2 - Update outturn data'!K16,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K18),'Step 3 - Enter plan'!K18,\"\"))","v":""}]
[null,"Net lending/borrowing","% GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D17),'Step 2 - Update outturn data'!D17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D19),'Step 3 - Enter plan'!D19,\"\"))","v":-2.342774528487884},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E17),'Step 2 - Update outturn data'!E17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E19),'Step 3 - Enter plan'!E19,\"\"))","v":-1.7868607680254289},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F17),'Step 2 - Update outturn data'!F17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F19),'Step 3 - Enter plan'!F19,\"\"))","v":-2.9},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G17),'Step 2 - Update outturn data'!G17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G19),'Step 3 - Enter plan'!G19,\"\"))","v":-3.3},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H17),'Step 2 - Update outturn data'!H17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H19),'Step 3 - Enter plan'!H19,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I17),'Step 2 - Update outturn data'!I17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I19),'Step 3 - Enter plan'!I19,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J17),'Step 2 - Update outturn data'!J17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J19),'Step 3 - Enter plan'!J19,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K17),'Step 2 - Update outturn data'!K17,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K19),'Step 3 - Enter plan'!K19,\"\"))","v":""}]
[null,"Structural balance","% GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D18),'Step 2 - Update outturn data'!D18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D20),'Step 3 - Enter plan'!D20,\"\"))","v":-2.1063200000000002},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E18),'Step 2 - Update outturn data'!E18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E20),'Step 3 - Enter plan'!E20,\"\"))","v":-1.548},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F18),'Step 2 - Update outturn data'!F18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F20),'Step 3 - Enter plan'!F20,\"\"))","v":-2.4},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G18),'Step 2 - Update outturn data'!G18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G20),'Step 3 - Enter plan'!G20,\"\"))","v":-3},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H18),'Step 2 - Update outturn data'!H18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H20),'Step 3 - Enter plan'!H20,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I18),'Step 2 - Update outturn data'!I18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I20),'Step 3 - Enter plan'!I20,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J18),'Step 2 - Update outturn data'!J18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J20),'Step 3 - Enter plan'!J20,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K18),'Step 2 - Update outturn data'!K18,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K20),'Step 3 - Enter plan'!K20,\"\"))","v":""}]
[null,"Structural primary balance","% GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D19),'Step 2 - Update outturn data'!D19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D21),'Step 3 - Enter plan'!D21,\"\"))","v":-1.38124},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E19),'Step 2 - Update outturn data'!E19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E21),'Step 3 - Enter plan'!E21,\"\"))","v":-0.44949},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F19),'Step 2 - Update outturn data'!F19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F21),'Step 3 - Enter plan'!F21,\"\"))","v":-1.2},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G19),'Step 2 - Update outturn data'!G19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G21),'Step 3 - Enter plan'!G21,\"\"))","v":-1.6},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H19),'Step 2 - Update outturn data'!H19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H21),'Step 3 - Enter plan'!H21,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I19),'Step 2 - Update outturn data'!I19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I21),'Step 3 - Enter plan'!I21,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J19),'Step 2 - Update outturn data'!J19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J21),'Step 3 - Enter plan'!J21,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K19),'Step 2 - Update outturn data'!K19,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K21),'Step 3 - Enter plan'!K21,\"\"))","v":""}]
[null,"Gross debt","% GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D20),'Step 2 - Update outturn data'!D20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D22),'Step 3 - Enter plan'!D22,\"\"))","v":44.430318318075436},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E20),'Step 2 - Update outturn data'!E20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E22),'Step 3 - Enter plan'!E22,\"\"))","v":46.249535696627248},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F20),'Step 2 - Update outturn data'!F20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F22),'Step 3 - Enter plan'!F22,\"\"))","v":48.9},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G20),'Step 2 - Update outturn data'!G20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G22),'Step 3 - Enter plan'!G22,\"\"))","v":50.6},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H20),'Step 2 - Update outturn data'!H20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H22),'Step 3 - Enter plan'!H22,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I20),'Step 2 - Update outturn data'!I20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I22),'Step 3 - Enter plan'!I22,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J20),'Step 2 - Update outturn data'!J20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J22),'Step 3 - Enter plan'!J22,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K20),'Step 2 - Update outturn data'!K20,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K22),'Step 3 - Enter plan'!K22,\"\"))","v":""}]
[null,"Change in gross debt","% GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D21),'Step 2 - Update outturn data'!D21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D23),'Step 3 - Enter plan'!D23,\"\"))","v":""},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E21),'Step 2 - Update outturn data'!E21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E23),'Step 3 - Enter plan'!E23,\"\"))","v":""},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F21),'Step 2 - Update outturn data'!F21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F23),'Step 3 - Enter plan'!F23,\"\"))","v":2.1},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G21),'Step 2 - Update outturn data'!G21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G23),'Step 3 - Enter plan'!G23,\"\"))","v":1.7},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H21),'Step 2 - Update outturn data'!H21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H23),'Step 3 - Enter plan'!H23,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I21),'Step 2 - Update outturn data'!I21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I23),'Step 3 - Enter plan'!I23,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J21),'Step 2 - Update outturn data'!J21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J23),'Step 3 - Enter plan'!J23,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K21),'Step 2 - Update outturn data'!K21,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K23),'Step 3 - Enter plan'!K23,\"\"))","v":""}]
[null,"Real GDP (rate of change, %)","rate of change, %",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D22),'Step 2 - Update outturn data'!D22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D24),'Step 3 - Enter plan'!D24,\"\"))","v":-0.9414574313402313},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E22),'Step 2 - Update outturn data'!E22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E24),'Step 3 - Enter plan'!E24,\"\"))","v":-3.7310985009997299E-2},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F22),'Step 2 - Update outturn data'!F22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F24),'Step 3 - Enter plan'!F24,\"\"))","v":1.1000000000000001},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G22),'Step 2 - Update outturn data'!G22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G24),'Step 3 - Enter plan'!G24,\"\"))","v":2.1},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H22),'Step 2 - Update outturn data'!H22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H24),'Step 3 - Enter plan'!H24,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I22),'Step 2 - Update outturn data'!I22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I24),'Step 3 - Enter plan'!I24,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J22),'Step 2 - Update outturn data'!J22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J24),'Step 3 - Enter plan'!J24,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K22),'Step 2 - Update outturn data'!K22,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K24),'Step 3 - Enter plan'!K24,\"\"))","v":""}]
[null,"GDP deflator (rate of change, %)","rate of change, %",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D23),'Step 2 - Update outturn data'!D23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D25),'Step 3 - Enter plan'!D25,\"\"))","v":10.672371603556009},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E23),'Step 2 - Update outturn data'!E23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E25),'Step 3 - Enter plan'!E25,\"\"))","v":2.7885650030008202},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F23),'Step 2 - Update outturn data'!F23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F25),'Step 3 - Enter plan'!F25,\"\"))","v":3.3},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G23),'Step 2 - Update outturn data'!G23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G25),'Step 3 - Enter plan'!G25,\"\"))","v":2.5},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H23),'Step 2 - Update outturn data'!H23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H25),'Step 3 - Enter plan'!H25,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I23),'Step 2 - Update outturn data'!I23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I25),'Step 3 - Enter plan'!I25,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J23),'Step 2 - Update outturn data'!J23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J25),'Step 3 - Enter plan'!J25,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K23),'Step 2 - Update outturn data'!K23,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K25),'Step 3 - Enter plan'!K25,\"\"))","v":""}]
[null,"Nominal GDP (rate of change, %)","rate of change, %",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D24),'Step 2 - Update outturn data'!D24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D26),'Step 3 - Enter plan'!D26,\"\"))","v":9.630438336653846},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E24),'Step 2 - Update outturn data'!E24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E26),'Step 3 - Enter plan'!E26,\"\"))","v":2.7502135769205571},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F24),'Step 2 - Update outturn data'!F24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F26),'Step 3 - Enter plan'!F26,\"\"))","v":4.4000000000000004},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G24),'Step 2 - Update outturn data'!G24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G26),'Step 3 - Enter plan'!G26,\"\"))","v":4.7},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H24),'Step 2 - Update outturn data'!H24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H26),'Step 3 - Enter plan'!H26,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I24),'Step 2 - Update outturn data'!I24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I26),'Step 3 - Enter plan'!I26,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J24),'Step 2 - Update outturn data'!J24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J26),'Step 3 - Enter plan'!J26,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K24),'Step 2 - Update outturn data'!K24,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K26),'Step 3 - Enter plan'!K26,\"\"))","v":""}]
[null,"Potential growth (rate of change, %)","rate of change, %",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D25),'Step 2 - Update outturn data'!D25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D27),'Step 3 - Enter plan'!D27,\"\"))","v":0.97435418160733978},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E25),'Step 2 - Update outturn data'!E25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E27),'Step 3 - Enter plan'!E27,\"\"))","v":-1.8794702349533843E-2},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F25),'Step 2 - Update outturn data'!F25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F27),'Step 3 - Enter plan'!F27,\"\"))","v":1.7},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G25),'Step 2 - Update outturn data'!G25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G27),'Step 3 - Enter plan'!G27,\"\"))","v":1.7},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H25),'Step 2 - Update outturn data'!H25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H27),'Step 3 - Enter plan'!H27,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I25),'Step 2 - Update outturn data'!I25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I27),'Step 3 - Enter plan'!I27,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J25),'Step 2 - Update outturn data'!J25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J27),'Step 3 - Enter plan'!J27,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K25),'Step 2 - Update outturn data'!K25,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K27),'Step 3 - Enter plan'!K27,\"\"))","v":""}]
[null,"Output gap (% pot. GDP)","% pot. GDP",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D26),'Step 2 - Update outturn data'!D26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D28),'Step 3 - Enter plan'!D28,\"\"))","v":-0.67509815273575358},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E26),'Step 2 - Update outturn data'!E26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E28),'Step 3 - Enter plan'!E28,\"\"))","v":-0.70221013089490913},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F26),'Step 2 - Update outturn data'!F26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F28),'Step 3 - Enter plan'!F28,\"\"))","v":-1.3},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G26),'Step 2 - Update outturn data'!G26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G28),'Step 3 - Enter plan'!G28,\"\"))","v":-0.9},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H26),'Step 2 - Update outturn data'!H26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H28),'Step 3 - Enter plan'!H28,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I26),'Step 2 - Update outturn data'!I26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I28),'Step 3 - Enter plan'!I28,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J26),'Step 2 - Update outturn data'!J26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J28),'Step 3 - Enter plan'!J28,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K26),'Step 2 - Update outturn data'!K26,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K28),'Step 3 - Enter plan'!K28,\"\"))","v":""}]
[null,"Nominal GDP (level)","level, bn NAC",{"$f":"IF(D$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!D27),'Step 2 - Update outturn data'!D27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!D29),'Step 3 - Enter plan'!D29,\"\"))","v":39.5642},{"$f":"IF(E$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!E27),'Step 2 - Update outturn data'!E27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!E29),'Step 3 - Enter plan'!E29,\"\"))","v":40.652300000000004},{"$f":"IF(F$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!F27),'Step 2 - Update outturn data'!F27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!F29),'Step 3 - Enter plan'!F29,\"\"))","v":42.441001200000002},{"$f":"IF(G$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!G27),'Step 2 - Update outturn data'!G27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!G29),'Step 3 - Enter plan'!G29,\"\"))","v":44.435728256399997},{"$f":"IF(H$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!H27),'Step 2 - Update outturn data'!H27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!H29),'Step 3 - Enter plan'!H29,\"\"))","v":""},{"$f":"IF(I$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!I27),'Step 2 - Update outturn data'!I27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!I29),'Step 3 - Enter plan'!I29,\"\"))","v":""},{"$f":"IF(J$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!J27),'Step 2 - Update outturn data'!J27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!J29),'Step 3 - Enter plan'!J29,\"\"))","v":""},{"$f":"IF(K$4<=OutturnThrough,IF(ISNUMBER('Step 2 - Update outturn data'!K27),'Step 2 - Update outturn data'!K27,\"\"),IF(ISNUMBER('Step 3 - Enter plan'!K29),'Step 3 - Enter plan'!K29,\"\"))","v":""}]
[]
[null,{"$f":"\"Medium-term fiscal-structural plan \"&IF(MTP_Council_Endorsed,\" (endorsed by Council)\",\" (not yet endorsed by Council)\")&\", EC prior guidance and DSA (Adjustment period currently set to \"&AdjustmentPeriod&\" years)\"","v":"Medium-term fiscal-structural plan  (endorsed by Council), EC prior guidance and DSA (Adjustment period currently set to 4 years)"}]
[null,"Medium-term fiscal-structural plan"]
[null,"% of GDP unless noted"]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, MTP_EndYear-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028]
[null,"MTP reference year",null,{"$f":"CHOOSE(\n  SIGN(_xlfn.SEQUENCE(1, MTP_PlanningHorizon+2, -1)) + 2,\n  \"T\" & _xlfn.SEQUENCE(1, MTP_PlanningHorizon+2, -1),\n  \"T\",\n  \"T+\" & _xlfn.SEQUENCE(1, MTP_PlanningHorizon+2, -1)\n)","v":"T-1"},"T","T+1","T+2","T+3","T+4"]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B50","v":"Reference trajectory provided by the Commission (not applicable)"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D16),'Step 0.1 (MTP) - Plan and prior'!D16,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E16),'Step 0.1 (MTP) - Plan and prior'!E16,\"\")","v":9.1},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F16),'Step 0.1 (MTP) - Plan and prior'!F16,\"\")","v":5.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G16),'Step 0.1 (MTP) - Plan and prior'!G16,\"\")","v":3.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H16),'Step 0.1 (MTP) - Plan and prior'!H16,\"\")","v":3.4},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I16),'Step 0.1 (MTP) - Plan and prior'!I16,\"\")","v":3.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J16),'Step 0.1 (MTP) - Plan and prior'!J16,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K16),'Step 0.1 (MTP) - Plan and prior'!K16,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L16),'Step 0.1 (MTP) - Plan and prior'!L16,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M16),'Step 0.1 (MTP) - Plan and prior'!M16,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N16),'Step 0.1 (MTP) - Plan and prior'!N16,\"\")","v":""}]
[null,"Net lending/borrowing",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D17),'Step 0.1 (MTP) - Plan and prior'!D17,\"\")","v":-2.2000000000000002},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E17),'Step 0.1 (MTP) - Plan and prior'!E17,\"\")","v":-2.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F17),'Step 0.1 (MTP) - Plan and prior'!F17,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G17),'Step 0.1 (MTP) - Plan and prior'!G17,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H17),'Step 0.1 (MTP) - Plan and prior'!H17,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I17),'Step 0.1 (MTP) - Plan and prior'!I17,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J17),'Step 0.1 (MTP) - Plan and prior'!J17,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K17),'Step 0.1 (MTP) - Plan and prior'!K17,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L17),'Step 0.1 (MTP) - Plan and prior'!L17,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M17),'Step 0.1 (MTP) - Plan and prior'!M17,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N17),'Step 0.1 (MTP) - Plan and prior'!N17,\"\")","v":""}]
[null,"Structural balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D18),'Step 0.1 (MTP) - Plan and prior'!D18,\"\")","v":-1.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E18),'Step 0.1 (MTP) - Plan and prior'!E18,\"\")","v":-1.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F18),'Step 0.1 (MTP) - Plan and prior'!F18,\"\")","v":-2.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G18),'Step 0.1 (MTP) - Plan and prior'!G18,\"\")","v":-2.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H18),'Step 0.1 (MTP) - Plan and prior'!H18,\"\")","v":-2.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I18),'Step 0.1 (MTP) - Plan and prior'!I18,\"\")","v":-2.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J18),'Step 0.1 (MTP) - Plan and prior'!J18,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K18),'Step 0.1 (MTP) - Plan and prior'!K18,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L18),'Step 0.1 (MTP) - Plan and prior'!L18,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M18),'Step 0.1 (MTP) - Plan and prior'!M18,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N18),'Step 0.1 (MTP) - Plan and prior'!N18,\"\")","v":""}]
[null,"Structural primary balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D19),'Step 0.1 (MTP) - Plan and prior'!D19,\"\")","v":-1.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E19),'Step 0.1 (MTP) - Plan and prior'!E19,\"\")","v":-0.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F19),'Step 0.1 (MTP) - Plan and prior'!F19,\"\")","v":-1.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G19),'Step 0.1 (MTP) - Plan and prior'!G19,\"\")","v":-1.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H19),'Step 0.1 (MTP) - Plan and prior'!H19,\"\")","v":-1.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I19),'Step 0.1 (MTP) - Plan and prior'!I19,\"\")","v":-1.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J19),'Step 0.1 (MTP) - Plan and prior'!J19,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K19),'Step 0.1 (MTP) - Plan and prior'!K19,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L19),'Step 0.1 (MTP) - Plan and prior'!L19,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M19),'Step 0.1 (MTP) - Plan and prior'!M19,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N19),'Step 0.1 (MTP) - Plan and prior'!N19,\"\")","v":""}]
[null,"Gross debt",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D20),'Step 0.1 (MTP) - Plan and prior'!D20,\"\")","v":43.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E20),'Step 0.1 (MTP) - Plan and prior'!E20,\"\")","v":45.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F20),'Step 0.1 (MTP) - Plan and prior'!F20,\"\")","v":47.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G20),'Step 0.1 (MTP) - Plan and prior'!G20,\"\")","v":48.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H20),'Step 0.1 (MTP) - Plan and prior'!H20,\"\")","v":49.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I20),'Step 0.1 (MTP) - Plan and prior'!I20,\"\")","v":50.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J20),'Step 0.1 (MTP) - Plan and prior'!J20,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K20),'Step 0.1 (MTP) - Plan and prior'!K20,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L20),'Step 0.1 (MTP) - Plan and prior'!L20,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M20),'Step 0.1 (MTP) - Plan and prior'!M20,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N20),'Step 0.1 (MTP) - Plan and prior'!N20,\"\")","v":""}]
[null,"Change in gross debt",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D21),'Step 0.1 (MTP) - Plan and prior'!D21,\"\")","v":1.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E21),'Step 0.1 (MTP) - Plan and prior'!E21,\"\")","v":2.2999999999999998},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F21),'Step 0.1 (MTP) - Plan and prior'!F21,\"\")","v":1.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G21),'Step 0.1 (MTP) - Plan and prior'!G21,\"\")","v":1.1000000000000001},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H21),'Step 0.1 (MTP) - Plan and prior'!H21,\"\")","v":1.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I21),'Step 0.1 (MTP) - Plan and prior'!I21,\"\")","v":1.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J21),'Step 0.1 (MTP) - Plan and prior'!J21,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K21),'Step 0.1 (MTP) - Plan and prior'!K21,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L21),'Step 0.1 (MTP) - Plan and prior'!L21,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M21),'Step 0.1 (MTP) - Plan and prior'!M21,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N21),'Step 0.1 (MTP) - Plan and prior'!N21,\"\")","v":""}]
[null,"Real GDP",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D22),'Step 0.1 (MTP) - Plan and prior'!D22,\"\")","v":-0.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E22),'Step 0.1 (MTP) - Plan and prior'!E22,\"\")","v":1.4},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F22),'Step 0.1 (MTP) - Plan and prior'!F22,\"\")","v":2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G22),'Step 0.1 (MTP) - Plan and prior'!G22,\"\")","v":1.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H22),'Step 0.1 (MTP) - Plan and prior'!H22,\"\")","v":1.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I22),'Step 0.1 (MTP) - Plan and prior'!I22,\"\")","v":1.1000000000000001},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J22),'Step 0.1 (MTP) - Plan and prior'!J22,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K22),'Step 0.1 (MTP) - Plan and prior'!K22,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L22),'Step 0.1 (MTP) - Plan and prior'!L22,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M22),'Step 0.1 (MTP) - Plan and prior'!M22,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N22),'Step 0.1 (MTP) - Plan and prior'!N22,\"\")","v":""}]
[null,"GDP deflator",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D23),'Step 0.1 (MTP) - Plan and prior'!D23,\"\")","v":5.4},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E23),'Step 0.1 (MTP) - Plan and prior'!E23,\"\")","v":2.4},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F23),'Step 0.1 (MTP) - Plan and prior'!F23,\"\")","v":2.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G23),'Step 0.1 (MTP) - Plan and prior'!G23,\"\")","v":2.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H23),'Step 0.1 (MTP) - Plan and prior'!H23,\"\")","v":2.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I23),'Step 0.1 (MTP) - Plan and prior'!I23,\"\")","v":2.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J23),'Step 0.1 (MTP) - Plan and prior'!J23,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K23),'Step 0.1 (MTP) - Plan and prior'!K23,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L23),'Step 0.1 (MTP) - Plan and prior'!L23,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M23),'Step 0.1 (MTP) - Plan and prior'!M23,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N23),'Step 0.1 (MTP) - Plan and prior'!N23,\"\")","v":""}]
[null,"Nominal GDP",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D24),'Step 0.1 (MTP) - Plan and prior'!D24,\"\")","v":5.0999999999999996},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E24),'Step 0.1 (MTP) - Plan and prior'!E24,\"\")","v":3.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F24),'Step 0.1 (MTP) - Plan and prior'!F24,\"\")","v":5.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G24),'Step 0.1 (MTP) - Plan and prior'!G24,\"\")","v":4.0999999999999996},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H24),'Step 0.1 (MTP) - Plan and prior'!H24,\"\")","v":3.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I24),'Step 0.1 (MTP) - Plan and prior'!I24,\"\")","v":3.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J24),'Step 0.1 (MTP) - Plan and prior'!J24,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K24),'Step 0.1 (MTP) - Plan and prior'!K24,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L24),'Step 0.1 (MTP) - Plan and prior'!L24,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M24),'Step 0.1 (MTP) - Plan and prior'!M24,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N24),'Step 0.1 (MTP) - Plan and prior'!N24,\"\")","v":""}]
[null,"Potential growth",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D25),'Step 0.1 (MTP) - Plan and prior'!D25,\"\")","v":2.2999999999999998},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E25),'Step 0.1 (MTP) - Plan and prior'!E25,\"\")","v":2.2000000000000002},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F25),'Step 0.1 (MTP) - Plan and prior'!F25,\"\")","v":2.1},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G25),'Step 0.1 (MTP) - Plan and prior'!G25,\"\")","v":1.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H25),'Step 0.1 (MTP) - Plan and prior'!H25,\"\")","v":0.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I25),'Step 0.1 (MTP) - Plan and prior'!I25,\"\")","v":0.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J25),'Step 0.1 (MTP) - Plan and prior'!J25,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K25),'Step 0.1 (MTP) - Plan and prior'!K25,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L25),'Step 0.1 (MTP) - Plan and prior'!L25,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M25),'Step 0.1 (MTP) - Plan and prior'!M25,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N25),'Step 0.1 (MTP) - Plan and prior'!N25,\"\")","v":""}]
[null,"Output gap",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D26),'Step 0.1 (MTP) - Plan and prior'!D26,\"\")","v":-1},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E26),'Step 0.1 (MTP) - Plan and prior'!E26,\"\")","v":-1.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F26),'Step 0.1 (MTP) - Plan and prior'!F26,\"\")","v":-1},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G26),'Step 0.1 (MTP) - Plan and prior'!G26,\"\")","v":-0.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H26),'Step 0.1 (MTP) - Plan and prior'!H26,\"\")","v":-0.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I26),'Step 0.1 (MTP) - Plan and prior'!I26,\"\")","v":-0.4},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J26),'Step 0.1 (MTP) - Plan and prior'!J26,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K26),'Step 0.1 (MTP) - Plan and prior'!K26,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L26),'Step 0.1 (MTP) - Plan and prior'!L26,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M26),'Step 0.1 (MTP) - Plan and prior'!M26,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N26),'Step 0.1 (MTP) - Plan and prior'!N26,\"\")","v":""}]
[]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd+10-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038]
[null,"MTP reference year",null,{"$f":"IF(AND(D$46>=MTP_YearT-1, D$46<=AdjustmentPeriodEnd), IF(D$46=MTP_YearT-1, \"T-1\", IF(D$46=MTP_YearT, \"T\", \"T+\"&(D$46-MTP_YearT))), \"\")","v":"T-1"},"T","T+1","T+2","T+3","T+4","","","","","","","","","","","","","",""]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B54","v":"Main budgetary variables (4-year adjustment period)"}]
[null,"Net expenditure growth ",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D34),'Step 0.1 (MTP) - Plan and prior'!D34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E34),'Step 0.1 (MTP) - Plan and prior'!E34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F34),'Step 0.1 (MTP) - Plan and prior'!F34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G34),'Step 0.1 (MTP) - Plan and prior'!G34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H34),'Step 0.1 (MTP) - Plan and prior'!H34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I34),'Step 0.1 (MTP) - Plan and prior'!I34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J34),'Step 0.1 (MTP) - Plan and prior'!J34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K34),'Step 0.1 (MTP) - Plan and prior'!K34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L34),'Step 0.1 (MTP) - Plan and prior'!L34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M34),'Step 0.1 (MTP) - Plan and prior'!M34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N34),'Step 0.1 (MTP) - Plan and prior'!N34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O34),'Step 0.1 (MTP) - Plan and prior'!O34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P34),'Step 0.1 (MTP) - Plan and prior'!P34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q34),'Step 0.1 (MTP) - Plan and prior'!Q34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R34),'Step 0.1 (MTP) - Plan and prior'!R34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S34),'Step 0.1 (MTP) - Plan and prior'!S34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T34),'Step 0.1 (MTP) - Plan and prior'!T34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U34),'Step 0.1 (MTP) - Plan and prior'!U34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V34),'Step 0.1 (MTP) - Plan and prior'!V34,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W34),'Step 0.1 (MTP) - Plan and prior'!W34,\"\")","v":""}]
[null,"Net lending/borrowing",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D35),'Step 0.1 (MTP) - Plan and prior'!D35,\"\")","v":-2.2000000000000002},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E35),'Step 0.1 (MTP) - Plan and prior'!E35,\"\")","v":-2.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F35),'Step 0.1 (MTP) - Plan and prior'!F35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G35),'Step 0.1 (MTP) - Plan and prior'!G35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H35),'Step 0.1 (MTP) - Plan and prior'!H35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I35),'Step 0.1 (MTP) - Plan and prior'!I35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J35),'Step 0.1 (MTP) - Plan and prior'!J35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K35),'Step 0.1 (MTP) - Plan and prior'!K35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L35),'Step 0.1 (MTP) - Plan and prior'!L35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M35),'Step 0.1 (MTP) - Plan and prior'!M35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N35),'Step 0.1 (MTP) - Plan and prior'!N35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O35),'Step 0.1 (MTP) - Plan and prior'!O35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P35),'Step 0.1 (MTP) - Plan and prior'!P35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q35),'Step 0.1 (MTP) - Plan and prior'!Q35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R35),'Step 0.1 (MTP) - Plan and prior'!R35,\"\")","v":-3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S35),'Step 0.1 (MTP) - Plan and prior'!S35,\"\")","v":-2.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T35),'Step 0.1 (MTP) - Plan and prior'!T35,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U35),'Step 0.1 (MTP) - Plan and prior'!U35,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V35),'Step 0.1 (MTP) - Plan and prior'!V35,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W35),'Step 0.1 (MTP) - Plan and prior'!W35,\"\")","v":""}]
[null,"Structural balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D36),'Step 0.1 (MTP) - Plan and prior'!D36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E36),'Step 0.1 (MTP) - Plan and prior'!E36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F36),'Step 0.1 (MTP) - Plan and prior'!F36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G36),'Step 0.1 (MTP) - Plan and prior'!G36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H36),'Step 0.1 (MTP) - Plan and prior'!H36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I36),'Step 0.1 (MTP) - Plan and prior'!I36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J36),'Step 0.1 (MTP) - Plan and prior'!J36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K36),'Step 0.1 (MTP) - Plan and prior'!K36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L36),'Step 0.1 (MTP) - Plan and prior'!L36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M36),'Step 0.1 (MTP) - Plan and prior'!M36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N36),'Step 0.1 (MTP) - Plan and prior'!N36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O36),'Step 0.1 (MTP) - Plan and prior'!O36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P36),'Step 0.1 (MTP) - Plan and prior'!P36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q36),'Step 0.1 (MTP) - Plan and prior'!Q36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R36),'Step 0.1 (MTP) - Plan and prior'!R36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S36),'Step 0.1 (MTP) - Plan and prior'!S36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T36),'Step 0.1 (MTP) - Plan and prior'!T36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U36),'Step 0.1 (MTP) - Plan and prior'!U36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V36),'Step 0.1 (MTP) - Plan and prior'!V36,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W36),'Step 0.1 (MTP) - Plan and prior'!W36,\"\")","v":""}]
[null,"Structural primary balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D37),'Step 0.1 (MTP) - Plan and prior'!D37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E37),'Step 0.1 (MTP) - Plan and prior'!E37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F37),'Step 0.1 (MTP) - Plan and prior'!F37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G37),'Step 0.1 (MTP) - Plan and prior'!G37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H37),'Step 0.1 (MTP) - Plan and prior'!H37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I37),'Step 0.1 (MTP) - Plan and prior'!I37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J37),'Step 0.1 (MTP) - Plan and prior'!J37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K37),'Step 0.1 (MTP) - Plan and prior'!K37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L37),'Step 0.1 (MTP) - Plan and prior'!L37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M37),'Step 0.1 (MTP) - Plan and prior'!M37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N37),'Step 0.1 (MTP) - Plan and prior'!N37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O37),'Step 0.1 (MTP) - Plan and prior'!O37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P37),'Step 0.1 (MTP) - Plan and prior'!P37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q37),'Step 0.1 (MTP) - Plan and prior'!Q37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R37),'Step 0.1 (MTP) - Plan and prior'!R37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S37),'Step 0.1 (MTP) - Plan and prior'!S37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T37),'Step 0.1 (MTP) - Plan and prior'!T37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U37),'Step 0.1 (MTP) - Plan and prior'!U37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V37),'Step 0.1 (MTP) - Plan and prior'!V37,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W37),'Step 0.1 (MTP) - Plan and prior'!W37,\"\")","v":""}]
[null,"Gross debt",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D38),'Step 0.1 (MTP) - Plan and prior'!D38,\"\")","v":43.6},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E38),'Step 0.1 (MTP) - Plan and prior'!E38,\"\")","v":45.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F38),'Step 0.1 (MTP) - Plan and prior'!F38,\"\")","v":47.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G38),'Step 0.1 (MTP) - Plan and prior'!G38,\"\")","v":48.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H38),'Step 0.1 (MTP) - Plan and prior'!H38,\"\")","v":49.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I38),'Step 0.1 (MTP) - Plan and prior'!I38,\"\")","v":50.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J38),'Step 0.1 (MTP) - Plan and prior'!J38,\"\")","v":51.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K38),'Step 0.1 (MTP) - Plan and prior'!K38,\"\")","v":53},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L38),'Step 0.1 (MTP) - Plan and prior'!L38,\"\")","v":53.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M38),'Step 0.1 (MTP) - Plan and prior'!M38,\"\")","v":54.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N38),'Step 0.1 (MTP) - Plan and prior'!N38,\"\")","v":55.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O38),'Step 0.1 (MTP) - Plan and prior'!O38,\"\")","v":56.8},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P38),'Step 0.1 (MTP) - Plan and prior'!P38,\"\")","v":57.7},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q38),'Step 0.1 (MTP) - Plan and prior'!Q38,\"\")","v":58.5},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R38),'Step 0.1 (MTP) - Plan and prior'!R38,\"\")","v":59.2},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S38),'Step 0.1 (MTP) - Plan and prior'!S38,\"\")","v":59.9},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T38),'Step 0.1 (MTP) - Plan and prior'!T38,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U38),'Step 0.1 (MTP) - Plan and prior'!U38,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V38),'Step 0.1 (MTP) - Plan and prior'!V38,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W38),'Step 0.1 (MTP) - Plan and prior'!W38,\"\")","v":""}]
[null,"Debt sustainability assessments"]
[null,"Gross debt, no policy change scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D40),'Step 0.1 (MTP) - Plan and prior'!D40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E40),'Step 0.1 (MTP) - Plan and prior'!E40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F40),'Step 0.1 (MTP) - Plan and prior'!F40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G40),'Step 0.1 (MTP) - Plan and prior'!G40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H40),'Step 0.1 (MTP) - Plan and prior'!H40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I40),'Step 0.1 (MTP) - Plan and prior'!I40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J40),'Step 0.1 (MTP) - Plan and prior'!J40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K40),'Step 0.1 (MTP) - Plan and prior'!K40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L40),'Step 0.1 (MTP) - Plan and prior'!L40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M40),'Step 0.1 (MTP) - Plan and prior'!M40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N40),'Step 0.1 (MTP) - Plan and prior'!N40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O40),'Step 0.1 (MTP) - Plan and prior'!O40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P40),'Step 0.1 (MTP) - Plan and prior'!P40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q40),'Step 0.1 (MTP) - Plan and prior'!Q40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R40),'Step 0.1 (MTP) - Plan and prior'!R40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S40),'Step 0.1 (MTP) - Plan and prior'!S40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T40),'Step 0.1 (MTP) - Plan and prior'!T40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U40),'Step 0.1 (MTP) - Plan and prior'!U40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V40),'Step 0.1 (MTP) - Plan and prior'!V40,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W40),'Step 0.1 (MTP) - Plan and prior'!W40,\"\")","v":""}]
[null,"Gross debt, financial stress scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D41),'Step 0.1 (MTP) - Plan and prior'!D41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E41),'Step 0.1 (MTP) - Plan and prior'!E41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F41),'Step 0.1 (MTP) - Plan and prior'!F41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G41),'Step 0.1 (MTP) - Plan and prior'!G41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H41),'Step 0.1 (MTP) - Plan and prior'!H41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I41),'Step 0.1 (MTP) - Plan and prior'!I41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J41),'Step 0.1 (MTP) - Plan and prior'!J41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K41),'Step 0.1 (MTP) - Plan and prior'!K41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L41),'Step 0.1 (MTP) - Plan and prior'!L41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M41),'Step 0.1 (MTP) - Plan and prior'!M41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N41),'Step 0.1 (MTP) - Plan and prior'!N41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O41),'Step 0.1 (MTP) - Plan and prior'!O41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P41),'Step 0.1 (MTP) - Plan and prior'!P41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q41),'Step 0.1 (MTP) - Plan and prior'!Q41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R41),'Step 0.1 (MTP) - Plan and prior'!R41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S41),'Step 0.1 (MTP) - Plan and prior'!S41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T41),'Step 0.1 (MTP) - Plan and prior'!T41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U41),'Step 0.1 (MTP) - Plan and prior'!U41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V41),'Step 0.1 (MTP) - Plan and prior'!V41,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W41),'Step 0.1 (MTP) - Plan and prior'!W41,\"\")","v":""}]
[null,"Gross debt, lower structural primary balance scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D42),'Step 0.1 (MTP) - Plan and prior'!D42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E42),'Step 0.1 (MTP) - Plan and prior'!E42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F42),'Step 0.1 (MTP) - Plan and prior'!F42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G42),'Step 0.1 (MTP) - Plan and prior'!G42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H42),'Step 0.1 (MTP) - Plan and prior'!H42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I42),'Step 0.1 (MTP) - Plan and prior'!I42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J42),'Step 0.1 (MTP) - Plan and prior'!J42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K42),'Step 0.1 (MTP) - Plan and prior'!K42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L42),'Step 0.1 (MTP) - Plan and prior'!L42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M42),'Step 0.1 (MTP) - Plan and prior'!M42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N42),'Step 0.1 (MTP) - Plan and prior'!N42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O42),'Step 0.1 (MTP) - Plan and prior'!O42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P42),'Step 0.1 (MTP) - Plan and prior'!P42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q42),'Step 0.1 (MTP) - Plan and prior'!Q42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R42),'Step 0.1 (MTP) - Plan and prior'!R42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S42),'Step 0.1 (MTP) - Plan and prior'!S42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T42),'Step 0.1 (MTP) - Plan and prior'!T42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U42),'Step 0.1 (MTP) - Plan and prior'!U42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V42),'Step 0.1 (MTP) - Plan and prior'!V42,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W42),'Step 0.1 (MTP) - Plan and prior'!W42,\"\")","v":""}]
[null,"Gross debt, adverse r-g scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D43),'Step 0.1 (MTP) - Plan and prior'!D43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E43),'Step 0.1 (MTP) - Plan and prior'!E43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F43),'Step 0.1 (MTP) - Plan and prior'!F43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G43),'Step 0.1 (MTP) - Plan and prior'!G43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H43),'Step 0.1 (MTP) - Plan and prior'!H43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I43),'Step 0.1 (MTP) - Plan and prior'!I43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J43),'Step 0.1 (MTP) - Plan and prior'!J43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K43),'Step 0.1 (MTP) - Plan and prior'!K43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L43),'Step 0.1 (MTP) - Plan and prior'!L43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M43),'Step 0.1 (MTP) - Plan and prior'!M43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N43),'Step 0.1 (MTP) - Plan and prior'!N43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O43),'Step 0.1 (MTP) - Plan and prior'!O43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P43),'Step 0.1 (MTP) - Plan and prior'!P43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q43),'Step 0.1 (MTP) - Plan and prior'!Q43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R43),'Step 0.1 (MTP) - Plan and prior'!R43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S43),'Step 0.1 (MTP) - Plan and prior'!S43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T43),'Step 0.1 (MTP) - Plan and prior'!T43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U43),'Step 0.1 (MTP) - Plan and prior'!U43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V43),'Step 0.1 (MTP) - Plan and prior'!V43,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W43),'Step 0.1 (MTP) - Plan and prior'!W43,\"\")","v":""}]
[null,"Stochastic debt projections (probability of lower debt at end of projection than at end of adjustment period)",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D44),'Step 0.1 (MTP) - Plan and prior'!D44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E44),'Step 0.1 (MTP) - Plan and prior'!E44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F44),'Step 0.1 (MTP) - Plan and prior'!F44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G44),'Step 0.1 (MTP) - Plan and prior'!G44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H44),'Step 0.1 (MTP) - Plan and prior'!H44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I44),'Step 0.1 (MTP) - Plan and prior'!I44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J44),'Step 0.1 (MTP) - Plan and prior'!J44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K44),'Step 0.1 (MTP) - Plan and prior'!K44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L44),'Step 0.1 (MTP) - Plan and prior'!L44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M44),'Step 0.1 (MTP) - Plan and prior'!M44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N44),'Step 0.1 (MTP) - Plan and prior'!N44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O44),'Step 0.1 (MTP) - Plan and prior'!O44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P44),'Step 0.1 (MTP) - Plan and prior'!P44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q44),'Step 0.1 (MTP) - Plan and prior'!Q44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R44),'Step 0.1 (MTP) - Plan and prior'!R44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S44),'Step 0.1 (MTP) - Plan and prior'!S44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T44),'Step 0.1 (MTP) - Plan and prior'!T44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U44),'Step 0.1 (MTP) - Plan and prior'!U44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V44),'Step 0.1 (MTP) - Plan and prior'!V44,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W44),'Step 0.1 (MTP) - Plan and prior'!W44,\"\")","v":""}]
[]
[null,{"$f":"IF(Receives_reference_trajectory,\"Prior guidance: reference trajectory and DSA\",\"Prior guidance: technical information and DSA\")","v":"Prior guidance: technical information and DSA"}]
[null,"% of GDP unless noted"]
[null,"Calendar year",null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd+10-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038]
[null,"MTP reference year",null,{"$f":"IF(AND(D$63>=MTP_YearT-1, D$63<=AdjustmentPeriodEnd), IF(D$63=MTP_YearT-1, \"T-1\", IF(D$63=MTP_YearT, \"T\", \"T+\"&(D$63-MTP_YearT))), \"\")","v":"T-1"},"T","T+1","T+2","T+3","T+4","","","","","","","","","","","","","",""]
[null,"Reference trajectory provided by the Commission (not applicable)",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D50),'Step 0.1 (MTP) - Plan and prior'!D50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E50),'Step 0.1 (MTP) - Plan and prior'!E50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F50),'Step 0.1 (MTP) - Plan and prior'!F50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G50),'Step 0.1 (MTP) - Plan and prior'!G50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H50),'Step 0.1 (MTP) - Plan and prior'!H50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I50),'Step 0.1 (MTP) - Plan and prior'!I50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J50),'Step 0.1 (MTP) - Plan and prior'!J50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K50),'Step 0.1 (MTP) - Plan and prior'!K50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L50),'Step 0.1 (MTP) - Plan and prior'!L50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M50),'Step 0.1 (MTP) - Plan and prior'!M50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N50),'Step 0.1 (MTP) - Plan and prior'!N50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O50),'Step 0.1 (MTP) - Plan and prior'!O50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P50),'Step 0.1 (MTP) - Plan and prior'!P50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q50),'Step 0.1 (MTP) - Plan and prior'!Q50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R50),'Step 0.1 (MTP) - Plan and prior'!R50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S50),'Step 0.1 (MTP) - Plan and prior'!S50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T50),'Step 0.1 (MTP) - Plan and prior'!T50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U50),'Step 0.1 (MTP) - Plan and prior'!U50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V50),'Step 0.1 (MTP) - Plan and prior'!V50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W50),'Step 0.1 (MTP) - Plan and prior'!W50,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X50),'Step 0.1 (MTP) - Plan and prior'!X50,\"\")","v":""}]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B51","v":"Minimum level for the structural primary balance in 2028, no safeguard"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D51),'Step 0.1 (MTP) - Plan and prior'!D51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E51),'Step 0.1 (MTP) - Plan and prior'!E51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F51),'Step 0.1 (MTP) - Plan and prior'!F51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G51),'Step 0.1 (MTP) - Plan and prior'!G51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H51),'Step 0.1 (MTP) - Plan and prior'!H51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I51),'Step 0.1 (MTP) - Plan and prior'!I51,\"\")","v":-1.3},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J51),'Step 0.1 (MTP) - Plan and prior'!J51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K51),'Step 0.1 (MTP) - Plan and prior'!K51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L51),'Step 0.1 (MTP) - Plan and prior'!L51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M51),'Step 0.1 (MTP) - Plan and prior'!M51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N51),'Step 0.1 (MTP) - Plan and prior'!N51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O51),'Step 0.1 (MTP) - Plan and prior'!O51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P51),'Step 0.1 (MTP) - Plan and prior'!P51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q51),'Step 0.1 (MTP) - Plan and prior'!Q51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R51),'Step 0.1 (MTP) - Plan and prior'!R51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S51),'Step 0.1 (MTP) - Plan and prior'!S51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T51),'Step 0.1 (MTP) - Plan and prior'!T51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U51),'Step 0.1 (MTP) - Plan and prior'!U51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V51),'Step 0.1 (MTP) - Plan and prior'!V51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W51),'Step 0.1 (MTP) - Plan and prior'!W51,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X51),'Step 0.1 (MTP) - Plan and prior'!X51,\"\")","v":""}]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B52","v":"Minimum level for the structural primary balance in 2028, with safeguard"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D52),'Step 0.1 (MTP) - Plan and prior'!D52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E52),'Step 0.1 (MTP) - Plan and prior'!E52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F52),'Step 0.1 (MTP) - Plan and prior'!F52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G52),'Step 0.1 (MTP) - Plan and prior'!G52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H52),'Step 0.1 (MTP) - Plan and prior'!H52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I52),'Step 0.1 (MTP) - Plan and prior'!I52,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J52),'Step 0.1 (MTP) - Plan and prior'!J52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K52),'Step 0.1 (MTP) - Plan and prior'!K52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L52),'Step 0.1 (MTP) - Plan and prior'!L52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M52),'Step 0.1 (MTP) - Plan and prior'!M52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N52),'Step 0.1 (MTP) - Plan and prior'!N52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O52),'Step 0.1 (MTP) - Plan and prior'!O52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P52),'Step 0.1 (MTP) - Plan and prior'!P52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q52),'Step 0.1 (MTP) - Plan and prior'!Q52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R52),'Step 0.1 (MTP) - Plan and prior'!R52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S52),'Step 0.1 (MTP) - Plan and prior'!S52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T52),'Step 0.1 (MTP) - Plan and prior'!T52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U52),'Step 0.1 (MTP) - Plan and prior'!U52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V52),'Step 0.1 (MTP) - Plan and prior'!V52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W52),'Step 0.1 (MTP) - Plan and prior'!W52,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X52),'Step 0.1 (MTP) - Plan and prior'!X52,\"\")","v":""}]
[null,"EC technical information - Path to meet all requirements and safeguard.",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D53),'Step 0.1 (MTP) - Plan and prior'!D53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E53),'Step 0.1 (MTP) - Plan and prior'!E53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F53),'Step 0.1 (MTP) - Plan and prior'!F53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G53),'Step 0.1 (MTP) - Plan and prior'!G53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H53),'Step 0.1 (MTP) - Plan and prior'!H53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I53),'Step 0.1 (MTP) - Plan and prior'!I53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J53),'Step 0.1 (MTP) - Plan and prior'!J53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K53),'Step 0.1 (MTP) - Plan and prior'!K53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L53),'Step 0.1 (MTP) - Plan and prior'!L53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M53),'Step 0.1 (MTP) - Plan and prior'!M53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N53),'Step 0.1 (MTP) - Plan and prior'!N53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O53),'Step 0.1 (MTP) - Plan and prior'!O53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P53),'Step 0.1 (MTP) - Plan and prior'!P53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q53),'Step 0.1 (MTP) - Plan and prior'!Q53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R53),'Step 0.1 (MTP) - Plan and prior'!R53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S53),'Step 0.1 (MTP) - Plan and prior'!S53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T53),'Step 0.1 (MTP) - Plan and prior'!T53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U53),'Step 0.1 (MTP) - Plan and prior'!U53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V53),'Step 0.1 (MTP) - Plan and prior'!V53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W53),'Step 0.1 (MTP) - Plan and prior'!W53,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X53),'Step 0.1 (MTP) - Plan and prior'!X53,\"\")","v":""}]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B54","v":"Main budgetary variables (4-year adjustment period)"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D54),'Step 0.1 (MTP) - Plan and prior'!D54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E54),'Step 0.1 (MTP) - Plan and prior'!E54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F54),'Step 0.1 (MTP) - Plan and prior'!F54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G54),'Step 0.1 (MTP) - Plan and prior'!G54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H54),'Step 0.1 (MTP) - Plan and prior'!H54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I54),'Step 0.1 (MTP) - Plan and prior'!I54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J54),'Step 0.1 (MTP) - Plan and prior'!J54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K54),'Step 0.1 (MTP) - Plan and prior'!K54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L54),'Step 0.1 (MTP) - Plan and prior'!L54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M54),'Step 0.1 (MTP) - Plan and prior'!M54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N54),'Step 0.1 (MTP) - Plan and prior'!N54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O54),'Step 0.1 (MTP) - Plan and prior'!O54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P54),'Step 0.1 (MTP) - Plan and prior'!P54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q54),'Step 0.1 (MTP) - Plan and prior'!Q54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R54),'Step 0.1 (MTP) - Plan and prior'!R54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S54),'Step 0.1 (MTP) - Plan and prior'!S54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T54),'Step 0.1 (MTP) - Plan and prior'!T54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U54),'Step 0.1 (MTP) - Plan and prior'!U54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V54),'Step 0.1 (MTP) - Plan and prior'!V54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W54),'Step 0.1 (MTP) - Plan and prior'!W54,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X54),'Step 0.1 (MTP) - Plan and prior'!X54,\"\")","v":""}]
[null,"Net expenditure growth in a plan without extention",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D55),'Step 0.1 (MTP) - Plan and prior'!D55,\"\")","v":8.0055138637424594},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E55),'Step 0.1 (MTP) - Plan and prior'!E55,\"\")","v":4.918973667178153},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F55),'Step 0.1 (MTP) - Plan and prior'!F55,\"\")","v":3.6413061968341944},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G55),'Step 0.1 (MTP) - Plan and prior'!G55,\"\")","v":2.7436451968341951},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H55),'Step 0.1 (MTP) - Plan and prior'!H55,\"\")","v":2.461675896834195},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I55),'Step 0.1 (MTP) - Plan and prior'!I55,\"\")","v":3.3855692598417098},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J55),'Step 0.1 (MTP) - Plan and prior'!J55,\"\")","v":3.5328969999999997},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K55),'Step 0.1 (MTP) - Plan and prior'!K55,\"\")","v":3.6117759999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L55),'Step 0.1 (MTP) - Plan and prior'!L55,\"\")","v":3.6942360000000001},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M55),'Step 0.1 (MTP) - Plan and prior'!M55,\"\")","v":3.7719449999999997},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N55),'Step 0.1 (MTP) - Plan and prior'!N55,\"\")","v":3.828627},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O55),'Step 0.1 (MTP) - Plan and prior'!O55,\"\")","v":3.86795},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P55),'Step 0.1 (MTP) - Plan and prior'!P55,\"\")","v":3.9072739999999997},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q55),'Step 0.1 (MTP) - Plan and prior'!Q55,\"\")","v":3.9465969999999997},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R55),'Step 0.1 (MTP) - Plan and prior'!R55,\"\")","v":3.9263029999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S55),'Step 0.1 (MTP) - Plan and prior'!S55,\"\")","v":3.8353979999999996},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T55),'Step 0.1 (MTP) - Plan and prior'!T55,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U55),'Step 0.1 (MTP) - Plan and prior'!U55,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V55),'Step 0.1 (MTP) - Plan and prior'!V55,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W55),'Step 0.1 (MTP) - Plan and prior'!W55,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X55),'Step 0.1 (MTP) - Plan and prior'!X55,\"\")","v":""}]
[null,"Net lending/borrowing",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D56),'Step 0.1 (MTP) - Plan and prior'!D56,\"\")","v":-2.2135657932845034},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E56),'Step 0.1 (MTP) - Plan and prior'!E56,\"\")","v":-2.8062079681304199},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F56),'Step 0.1 (MTP) - Plan and prior'!F56,\"\")","v":-2.5067619901395064},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G56),'Step 0.1 (MTP) - Plan and prior'!G56,\"\")","v":-2.206873278489728},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H56),'Step 0.1 (MTP) - Plan and prior'!H56,\"\")","v":-1.8633060345306278},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I56),'Step 0.1 (MTP) - Plan and prior'!I56,\"\")","v":-1.7774675734684697},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J56),'Step 0.1 (MTP) - Plan and prior'!J56,\"\")","v":-1.7167045015305469},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K56),'Step 0.1 (MTP) - Plan and prior'!K56,\"\")","v":-1.6555205259541206},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L56),'Step 0.1 (MTP) - Plan and prior'!L56,\"\")","v":-1.5927242706681042},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M56),'Step 0.1 (MTP) - Plan and prior'!M56,\"\")","v":-1.5979566180112279},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N56),'Step 0.1 (MTP) - Plan and prior'!N56,\"\")","v":-1.5895477796554016},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O56),'Step 0.1 (MTP) - Plan and prior'!O56,\"\")","v":-1.562134310040352},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P56),'Step 0.1 (MTP) - Plan and prior'!P56,\"\")","v":-1.5207800482895599},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q56),'Step 0.1 (MTP) - Plan and prior'!Q56,\"\")","v":-1.4556895151252958},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R56),'Step 0.1 (MTP) - Plan and prior'!R56,\"\")","v":-1.3706903715705556},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S56),'Step 0.1 (MTP) - Plan and prior'!S56,\"\")","v":-1.2815148227983149},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T56),'Step 0.1 (MTP) - Plan and prior'!T56,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U56),'Step 0.1 (MTP) - Plan and prior'!U56,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V56),'Step 0.1 (MTP) - Plan and prior'!V56,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W56),'Step 0.1 (MTP) - Plan and prior'!W56,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X56),'Step 0.1 (MTP) - Plan and prior'!X56,\"\")","v":""}]
[null,"Structural balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D57),'Step 0.1 (MTP) - Plan and prior'!D57,\"\")","v":-1.8903966364015796},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E57),'Step 0.1 (MTP) - Plan and prior'!E57,\"\")","v":-2.3959118502934231},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F57),'Step 0.1 (MTP) - Plan and prior'!F57,\"\")","v":-2.126882668592577},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G57),'Step 0.1 (MTP) - Plan and prior'!G57,\"\")","v":-1.8427172558704836},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H57),'Step 0.1 (MTP) - Plan and prior'!H57,\"\")","v":-1.509262871575078},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I57),'Step 0.1 (MTP) - Plan and prior'!I57,\"\")","v":-1.5358742741939031},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J57),'Step 0.1 (MTP) - Plan and prior'!J57,\"\")","v":-1.5556423020141679},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K57),'Step 0.1 (MTP) - Plan and prior'!K57,\"\")","v":-1.5749894261959374},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L57),'Step 0.1 (MTP) - Plan and prior'!L57,\"\")","v":-1.5927242706681044},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M57),'Step 0.1 (MTP) - Plan and prior'!M57,\"\")","v":-1.5979558712233803},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N57),'Step 0.1 (MTP) - Plan and prior'!N57,\"\")","v":-1.5895488990065676},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O57),'Step 0.1 (MTP) - Plan and prior'!O57,\"\")","v":-1.5621358023732452},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P57),'Step 0.1 (MTP) - Plan and prior'!P57,\"\")","v":-1.5207793042066837},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q57),'Step 0.1 (MTP) - Plan and prior'!Q57,\"\")","v":-1.4556880260614364},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R57),'Step 0.1 (MTP) - Plan and prior'!R57,\"\")","v":-1.3706877651145823},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S57),'Step 0.1 (MTP) - Plan and prior'!S57,\"\")","v":-1.2815129617361063},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T57),'Step 0.1 (MTP) - Plan and prior'!T57,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U57),'Step 0.1 (MTP) - Plan and prior'!U57,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V57),'Step 0.1 (MTP) - Plan and prior'!V57,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W57),'Step 0.1 (MTP) - Plan and prior'!W57,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X57),'Step 0.1 (MTP) - Plan and prior'!X57,\"\")","v":""}]
[null,"Structural primary balance",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D58),'Step 0.1 (MTP) - Plan and prior'!D58,\"\")","v":-1.2598830000000001},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E58),'Step 0.1 (MTP) - Plan and prior'!E58,\"\")","v":-1.362466},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F58),'Step 0.1 (MTP) - Plan and prior'!F58,\"\")","v":-0.96246599999999993},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G58),'Step 0.1 (MTP) - Plan and prior'!G58,\"\")","v":-0.56246599999999991},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H58),'Step 0.1 (MTP) - Plan and prior'!H58,\"\")","v":-0.16246599999999989},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I58),'Step 0.1 (MTP) - Plan and prior'!I58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J58),'Step 0.1 (MTP) - Plan and prior'!J58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K58),'Step 0.1 (MTP) - Plan and prior'!K58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L58),'Step 0.1 (MTP) - Plan and prior'!L58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M58),'Step 0.1 (MTP) - Plan and prior'!M58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N58),'Step 0.1 (MTP) - Plan and prior'!N58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O58),'Step 0.1 (MTP) - Plan and prior'!O58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P58),'Step 0.1 (MTP) - Plan and prior'!P58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q58),'Step 0.1 (MTP) - Plan and prior'!Q58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R58),'Step 0.1 (MTP) - Plan and prior'!R58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S58),'Step 0.1 (MTP) - Plan and prior'!S58,\"\")","v":-0.1424659999999999},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T58),'Step 0.1 (MTP) - Plan and prior'!T58,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U58),'Step 0.1 (MTP) - Plan and prior'!U58,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V58),'Step 0.1 (MTP) - Plan and prior'!V58,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W58),'Step 0.1 (MTP) - Plan and prior'!W58,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X58),'Step 0.1 (MTP) - Plan and prior'!X58,\"\")","v":""}]
[null,"Gross debt",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D59),'Step 0.1 (MTP) - Plan and prior'!D59,\"\")","v":43.57443441662371},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E59),'Step 0.1 (MTP) - Plan and prior'!E59,\"\")","v":44.530802034460706},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F59),'Step 0.1 (MTP) - Plan and prior'!F59,\"\")","v":46.07468666579198},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G59),'Step 0.1 (MTP) - Plan and prior'!G59,\"\")","v":46.609273528729865},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H59),'Step 0.1 (MTP) - Plan and prior'!H59,\"\")","v":46.913196864360586},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I59),'Step 0.1 (MTP) - Plan and prior'!I59,\"\")","v":46.987538518920367},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J59),'Step 0.1 (MTP) - Plan and prior'!J59,\"\")","v":46.992494901737786},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K59),'Step 0.1 (MTP) - Plan and prior'!K59,\"\")","v":46.901039914718936},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L59),'Step 0.1 (MTP) - Plan and prior'!L59,\"\")","v":46.713659492186132},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M59),'Step 0.1 (MTP) - Plan and prior'!M59,\"\")","v":46.600070694684284},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N59),'Step 0.1 (MTP) - Plan and prior'!N59,\"\")","v":46.457173073428706},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O59),'Step 0.1 (MTP) - Plan and prior'!O59,\"\")","v":46.274673295393931},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P59),'Step 0.1 (MTP) - Plan and prior'!P59,\"\")","v":46.040270608994206},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q59),'Step 0.1 (MTP) - Plan and prior'!Q59,\"\")","v":45.732378994117418},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R59),'Step 0.1 (MTP) - Plan and prior'!R59,\"\")","v":45.359965431679584},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S59),'Step 0.1 (MTP) - Plan and prior'!S59,\"\")","v":44.951568205826447},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T59),'Step 0.1 (MTP) - Plan and prior'!T59,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U59),'Step 0.1 (MTP) - Plan and prior'!U59,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V59),'Step 0.1 (MTP) - Plan and prior'!V59,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W59),'Step 0.1 (MTP) - Plan and prior'!W59,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X59),'Step 0.1 (MTP) - Plan and prior'!X59,\"\")","v":""}]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B60","v":"Debt sustainability assessment (4-year adjustment period)"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D60),'Step 0.1 (MTP) - Plan and prior'!D60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E60),'Step 0.1 (MTP) - Plan and prior'!E60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F60),'Step 0.1 (MTP) - Plan and prior'!F60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G60),'Step 0.1 (MTP) - Plan and prior'!G60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H60),'Step 0.1 (MTP) - Plan and prior'!H60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I60),'Step 0.1 (MTP) - Plan and prior'!I60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J60),'Step 0.1 (MTP) - Plan and prior'!J60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K60),'Step 0.1 (MTP) - Plan and prior'!K60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L60),'Step 0.1 (MTP) - Plan and prior'!L60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M60),'Step 0.1 (MTP) - Plan and prior'!M60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N60),'Step 0.1 (MTP) - Plan and prior'!N60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O60),'Step 0.1 (MTP) - Plan and prior'!O60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P60),'Step 0.1 (MTP) - Plan and prior'!P60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q60),'Step 0.1 (MTP) - Plan and prior'!Q60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R60),'Step 0.1 (MTP) - Plan and prior'!R60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S60),'Step 0.1 (MTP) - Plan and prior'!S60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T60),'Step 0.1 (MTP) - Plan and prior'!T60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U60),'Step 0.1 (MTP) - Plan and prior'!U60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V60),'Step 0.1 (MTP) - Plan and prior'!V60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W60),'Step 0.1 (MTP) - Plan and prior'!W60,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X60),'Step 0.1 (MTP) - Plan and prior'!X60,\"\")","v":""}]
[null,"Gross debt, no policy change scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D61),'Step 0.1 (MTP) - Plan and prior'!D61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E61),'Step 0.1 (MTP) - Plan and prior'!E61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F61),'Step 0.1 (MTP) - Plan and prior'!F61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G61),'Step 0.1 (MTP) - Plan and prior'!G61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H61),'Step 0.1 (MTP) - Plan and prior'!H61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I61),'Step 0.1 (MTP) - Plan and prior'!I61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J61),'Step 0.1 (MTP) - Plan and prior'!J61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K61),'Step 0.1 (MTP) - Plan and prior'!K61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L61),'Step 0.1 (MTP) - Plan and prior'!L61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M61),'Step 0.1 (MTP) - Plan and prior'!M61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N61),'Step 0.1 (MTP) - Plan and prior'!N61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O61),'Step 0.1 (MTP) - Plan and prior'!O61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P61),'Step 0.1 (MTP) - Plan and prior'!P61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q61),'Step 0.1 (MTP) - Plan and prior'!Q61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R61),'Step 0.1 (MTP) - Plan and prior'!R61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S61),'Step 0.1 (MTP) - Plan and prior'!S61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T61),'Step 0.1 (MTP) - Plan and prior'!T61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U61),'Step 0.1 (MTP) - Plan and prior'!U61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V61),'Step 0.1 (MTP) - Plan and prior'!V61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W61),'Step 0.1 (MTP) - Plan and prior'!W61,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X61),'Step 0.1 (MTP) - Plan and prior'!X61,\"\")","v":""}]
[null,"Gross debt, adjustment scenario, no safeguard",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D62),'Step 0.1 (MTP) - Plan and prior'!D62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E62),'Step 0.1 (MTP) - Plan and prior'!E62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F62),'Step 0.1 (MTP) - Plan and prior'!F62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G62),'Step 0.1 (MTP) - Plan and prior'!G62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H62),'Step 0.1 (MTP) - Plan and prior'!H62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I62),'Step 0.1 (MTP) - Plan and prior'!I62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J62),'Step 0.1 (MTP) - Plan and prior'!J62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K62),'Step 0.1 (MTP) - Plan and prior'!K62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L62),'Step 0.1 (MTP) - Plan and prior'!L62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M62),'Step 0.1 (MTP) - Plan and prior'!M62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N62),'Step 0.1 (MTP) - Plan and prior'!N62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O62),'Step 0.1 (MTP) - Plan and prior'!O62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P62),'Step 0.1 (MTP) - Plan and prior'!P62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q62),'Step 0.1 (MTP) - Plan and prior'!Q62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R62),'Step 0.1 (MTP) - Plan and prior'!R62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S62),'Step 0.1 (MTP) - Plan and prior'!S62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T62),'Step 0.1 (MTP) - Plan and prior'!T62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U62),'Step 0.1 (MTP) - Plan and prior'!U62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V62),'Step 0.1 (MTP) - Plan and prior'!V62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W62),'Step 0.1 (MTP) - Plan and prior'!W62,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X62),'Step 0.1 (MTP) - Plan and prior'!X62,\"\")","v":""}]
[null,"Gross debt, financial stress scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D63),'Step 0.1 (MTP) - Plan and prior'!D63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E63),'Step 0.1 (MTP) - Plan and prior'!E63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F63),'Step 0.1 (MTP) - Plan and prior'!F63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G63),'Step 0.1 (MTP) - Plan and prior'!G63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H63),'Step 0.1 (MTP) - Plan and prior'!H63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I63),'Step 0.1 (MTP) - Plan and prior'!I63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J63),'Step 0.1 (MTP) - Plan and prior'!J63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K63),'Step 0.1 (MTP) - Plan and prior'!K63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L63),'Step 0.1 (MTP) - Plan and prior'!L63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M63),'Step 0.1 (MTP) - Plan and prior'!M63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N63),'Step 0.1 (MTP) - Plan and prior'!N63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O63),'Step 0.1 (MTP) - Plan and prior'!O63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P63),'Step 0.1 (MTP) - Plan and prior'!P63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q63),'Step 0.1 (MTP) - Plan and prior'!Q63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R63),'Step 0.1 (MTP) - Plan and prior'!R63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S63),'Step 0.1 (MTP) - Plan and prior'!S63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T63),'Step 0.1 (MTP) - Plan and prior'!T63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U63),'Step 0.1 (MTP) - Plan and prior'!U63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V63),'Step 0.1 (MTP) - Plan and prior'!V63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W63),'Step 0.1 (MTP) - Plan and prior'!W63,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X63),'Step 0.1 (MTP) - Plan and prior'!X63,\"\")","v":""}]
[null,"Gross debt, lower structural primary balance scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D64),'Step 0.1 (MTP) - Plan and prior'!D64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E64),'Step 0.1 (MTP) - Plan and prior'!E64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F64),'Step 0.1 (MTP) - Plan and prior'!F64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G64),'Step 0.1 (MTP) - Plan and prior'!G64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H64),'Step 0.1 (MTP) - Plan and prior'!H64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I64),'Step 0.1 (MTP) - Plan and prior'!I64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J64),'Step 0.1 (MTP) - Plan and prior'!J64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K64),'Step 0.1 (MTP) - Plan and prior'!K64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L64),'Step 0.1 (MTP) - Plan and prior'!L64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M64),'Step 0.1 (MTP) - Plan and prior'!M64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N64),'Step 0.1 (MTP) - Plan and prior'!N64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O64),'Step 0.1 (MTP) - Plan and prior'!O64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P64),'Step 0.1 (MTP) - Plan and prior'!P64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q64),'Step 0.1 (MTP) - Plan and prior'!Q64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R64),'Step 0.1 (MTP) - Plan and prior'!R64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S64),'Step 0.1 (MTP) - Plan and prior'!S64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T64),'Step 0.1 (MTP) - Plan and prior'!T64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U64),'Step 0.1 (MTP) - Plan and prior'!U64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V64),'Step 0.1 (MTP) - Plan and prior'!V64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W64),'Step 0.1 (MTP) - Plan and prior'!W64,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X64),'Step 0.1 (MTP) - Plan and prior'!X64,\"\")","v":""}]
[null,"Gross debt, adverse r-g scenario",null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D65),'Step 0.1 (MTP) - Plan and prior'!D65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E65),'Step 0.1 (MTP) - Plan and prior'!E65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F65),'Step 0.1 (MTP) - Plan and prior'!F65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G65),'Step 0.1 (MTP) - Plan and prior'!G65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H65),'Step 0.1 (MTP) - Plan and prior'!H65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I65),'Step 0.1 (MTP) - Plan and prior'!I65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J65),'Step 0.1 (MTP) - Plan and prior'!J65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K65),'Step 0.1 (MTP) - Plan and prior'!K65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L65),'Step 0.1 (MTP) - Plan and prior'!L65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M65),'Step 0.1 (MTP) - Plan and prior'!M65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N65),'Step 0.1 (MTP) - Plan and prior'!N65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O65),'Step 0.1 (MTP) - Plan and prior'!O65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P65),'Step 0.1 (MTP) - Plan and prior'!P65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q65),'Step 0.1 (MTP) - Plan and prior'!Q65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R65),'Step 0.1 (MTP) - Plan and prior'!R65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S65),'Step 0.1 (MTP) - Plan and prior'!S65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T65),'Step 0.1 (MTP) - Plan and prior'!T65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U65),'Step 0.1 (MTP) - Plan and prior'!U65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V65),'Step 0.1 (MTP) - Plan and prior'!V65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W65),'Step 0.1 (MTP) - Plan and prior'!W65,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X65),'Step 0.1 (MTP) - Plan and prior'!X65,\"\")","v":""}]
[null,{"$f":"'Step 0.1 (MTP) - Plan and prior'!B66","v":"Stochastic debt projections, 2029-2033"},null,{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!D66),'Step 0.1 (MTP) - Plan and prior'!D66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!E66),'Step 0.1 (MTP) - Plan and prior'!E66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!F66),'Step 0.1 (MTP) - Plan and prior'!F66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!G66),'Step 0.1 (MTP) - Plan and prior'!G66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!H66),'Step 0.1 (MTP) - Plan and prior'!H66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!I66),'Step 0.1 (MTP) - Plan and prior'!I66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!J66),'Step 0.1 (MTP) - Plan and prior'!J66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!K66),'Step 0.1 (MTP) - Plan and prior'!K66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!L66),'Step 0.1 (MTP) - Plan and prior'!L66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!M66),'Step 0.1 (MTP) - Plan and prior'!M66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!N66),'Step 0.1 (MTP) - Plan and prior'!N66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!O66),'Step 0.1 (MTP) - Plan and prior'!O66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!P66),'Step 0.1 (MTP) - Plan and prior'!P66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!Q66),'Step 0.1 (MTP) - Plan and prior'!Q66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!R66),'Step 0.1 (MTP) - Plan and prior'!R66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!S66),'Step 0.1 (MTP) - Plan and prior'!S66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!T66),'Step 0.1 (MTP) - Plan and prior'!T66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!U66),'Step 0.1 (MTP) - Plan and prior'!U66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!V66),'Step 0.1 (MTP) - Plan and prior'!V66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!W66),'Step 0.1 (MTP) - Plan and prior'!W66,\"\")","v":""},{"$f":"IF(ISNUMBER('Step 0.1 (MTP) - Plan and prior'!X66),'Step 0.1 (MTP) - Plan and prior'!X66,\"\")","v":""}]
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[]
[null,"Assessment of the implementation of the Medium-Term Plan "]
[null,"P1. Checking whether net expenditure outcomes and plans adhere to the Council-recommended path in the latest MTP "]
[null,"For both Member States receiving a reference trajectory and technical information: "]
[null,"Does observed net expenditure adhere to the MTP path endorsed by the Council? ",{"$f":"IF(OutturnThrough<MTP_YearT,\"Not yet assessable\", SUMPRODUCT(((4:4>=MTP_YearT)*(4:4<=OutturnThrough)*(34:34<15:15)))=0)","v":true},null,"Observed adherence (outturn compliance with the MTP path)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NNFPE_t^observed/planned​<NNFPE_t^Commission​, ∀t ∈{T,T+1,…,T+N}"]
[null,"Does updated forward-looking net expenditure adhere to the MTP path endorsed by the Council? ",{"$f":"IF(\n   AssessmentEnd <= OutturnThrough,\n   NA(),\n   SUMPRODUCT(\n      (4:4 >= OutturnThrough+1) *\n      (4:4 <= AssessmentEnd) *\n      (34:34 < 15:15)\n   ) = 0\n)","v":false},null,"Planned adherence (forward-looking compliance)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NNFPE_t^observed/planned​<NNFPE_t^Commission​, ∀t ∈{T,T+1,…,T+N}"]
[null,"Was/is an escape clause in place for all years where net expenditure does not adhere to the planned path for net expenditure growth endorsed by the Council?",{"$f":"IF(\n  SUMPRODUCT(\n    (4:4>=MTP_YearT+1)*\n    (4:4<=AssessmentEnd)*\n    (34:34<15:15)\n  )=0,\n  \"Not applicable (all years adhere to the net expenditure path)\",\n  SUMPRODUCT(\n    (4:4>=MTP_YearT+1)*\n    (4:4<=AssessmentEnd)*\n    (34:34<15:15)*\n    (1-IFERROR(--INDEX('Step 1 - Set global parameters'!$12:$12, MATCH(4:4, 'Step 1 - Set global parameters'!$10:$10, 0)),0))\n  )=0\n)","v":true}]
[]
[null,"Natural-language output string",{"$f":"_xlfn.IFS(\n  ISTEXT(C96),\n    Country & \"'s observed net expenditure cannot yet be assessed against its latest Council-endorsed MTP — no plan year has closed (most recent outturn year is \" & OutturnThrough & \"; first plan year is \" & MTP_YearT+1 & \"). \" &\n    IF(ISNA(C97), \"\",\n      IF(OR(C97=TRUE, C98=\"Not applicable (all years adhere to the net expenditure path)\"),\n        \"Planned net expenditure to \" & AssessmentEnd & \" adheres to the net expenditure path in the MTP.\",\n        \"Planned net expenditure to \" & AssessmentEnd & \" does not adhere to the net expenditure path in the MTP.\" &\n        IF(C98=TRUE,\n          \" Deviations occur only in years covered by an escape clause.\",\n          \" At least one year of deviation is not covered by an escape clause.\"\n        )\n      )\n    ),\n\n  C98=\"Not applicable (all years adhere to the net expenditure path)\",\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      IF(ISNA(C97), \"\", \" and planned net expenditure to \" & AssessmentEnd) &\n      \" adheres to the net expenditure path in its latest Council-endorsed MTP.\",\n\n  AND(C96=FALSE, ISNA(C97), C98=TRUE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" does not adhere to the net expenditure path in its latest Council-endorsed MTP.\" &\n      \" Deviations occur only in years covered by an escape clause.\",\n\n  AND(C96=FALSE, ISNA(C97), C98=FALSE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" does not adhere to the net expenditure path in its latest Council-endorsed MTP.\" &\n      \" At least one year of deviation is not covered by an escape clause.\",\n\n  AND(C96=TRUE, C97=FALSE, C98=TRUE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" adheres to the net expenditure path in its latest Council-endorsed MTP,\" &\n      \" but planned net expenditure to \" & AssessmentEnd & \" does not.\" &\n      \" Deviations occur only in years covered by an escape clause.\",\n\n  AND(C96=TRUE, C97=FALSE, C98=FALSE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" adheres to the net expenditure path in its latest Council-endorsed MTP,\" &\n      \" but planned net expenditure to \" & AssessmentEnd & \" does not.\" &\n      \" At least one year of deviation is not covered by an escape clause.\",\n\n  AND(C96=FALSE, C97=TRUE, C98=TRUE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" does not adhere to the net expenditure path in its latest Council-endorsed MTP,\" &\n      \" but planned net expenditure to \" & AssessmentEnd & \" does.\" &\n      \" Deviations occur only in years covered by an escape clause.\",\n\n  AND(C96=FALSE, C97=TRUE, C98=FALSE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" does not adhere to the net expenditure path in its latest Council-endorsed MTP,\" &\n      \" but planned net expenditure to \" & AssessmentEnd & \" does.\" &\n      \" At least one year of deviation is not covered by an escape clause.\",\n\n  AND(C96=FALSE, C97=FALSE, C98=TRUE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" and planned net expenditure to \" & AssessmentEnd &\n      \" do not adhere to the net expenditure path in its latest Council-endorsed MTP.\" &\n      \" Deviations occur only in years covered by an escape clause.\",\n\n  AND(C96=FALSE, C97=FALSE, C98=FALSE),\n    Country & \"'s observed net expenditure to \" & OutturnThrough &\n      \" and planned net expenditure to \" & AssessmentEnd &\n      \" do not adhere to the net expenditure path in its latest Council-endorsed MTP.\" &\n      \" At least one year of deviation is not covered by an escape clause.\",\n\n  TRUE, \"\"\n)","v":"Latvia's observed net expenditure to 2024 adheres to the net expenditure path in its latest Council-endorsed MTP, but planned net expenditure to 2026 does not. Deviations occur only in years covered by an escape clause."}]
[]
[null,"P2. Recording performance of net expenditure growth in the control account against the Council-endorsed planned fiscal path"]
[null,"Methodology from \"Specifications on the Implementation of the Stability and Growth Pact (Code of Conduct)\" ECOFIN 16230/25, 5 December 2025 and technical discussions with ECOFIN"]
[null,null,null,{"$f":"_xlfn.SEQUENCE(1, AssessmentEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026]
[null,null,null,{"$f":"IF(_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY(D104)),-1)=-1,\"T-1\",IF(_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY(D104)),-1)=0,\"T\",\"T+\"&_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY(D104)),-1)))","v":"T-1"},"T","T+1","T+2"]
[null,"Observed net expenditure"]
[1,"Total expenditure","bn NAC",{"$f":"IF(ISNUMBER(D104),D6,\"\")","v":17.182600000000001},18.413499999999999,20.159475570000001,20.884792280507998,"","",""]
[2,"Interest expenditure","bn NAC",{"$f":"IF(ISNUMBER(D104),D7,\"\")","v":0.28689999999999999},0.44330000000000003,0.50929201440000005,0.62210019558959995,"","",""]
[3,"Cyclical unemployment expenditure","bn NAC",{"$f":"IF(ISNUMBER(D104),D8,\"\")","v":-1.2620000000000001E-3},4.169E-3,1.6976400480000001E-2,8.8871456512799995E-3,"","",""]
[4,"EU funded expenditure","bn NAC",{"$f":"IF(ISNUMBER(D104),D9,\"\")","v":0.73429999999999995},0.75549999999999995,1.1034660312000002,0.88871456512799996,"","",""]
[5,"National co-financing of EU programmes","bn NAC",{"$f":"IF(ISNUMBER(D104),D10,\"\")","v":0.15825},0.13764999999999999,0.21220500600000003,0.1333071847692,"","",""]
[6,"One-offs expenditure (levels, excl. EU funded)","bn NAC",{"$f":"IF(ISNUMBER(D104),D11,\"\")","v":0},0,0,0,"","",""]
[7,"Net expenditure before DRMs (1-2-3-4-5-6)","bn NAC",{"$f":"IF(ISNUMBER(D104),D12,\"\")","v":16.004412000000006},17.072880999999999,18.334512518400004,19.196234606764801,"","",""]
[8,"Change in net expenditure before DRMs (∆7)","bn NAC",null,{"$f":"IF(ISNUMBER(E104),E113-D113,\"\")","v":1.0684689999999932},{"$f":"IF(ISNUMBER(F104),F113-E113,\"\")","v":1.2616315184000051},0.86172208836479669,"","",""]
[9,"DRM (annual incremental impact, excl. one-offs)","bn NAC",{"$f":"IF(ISNUMBER(D104),D13,\"\")","v":0},0.273808,8.4882002400000003E-2,-4.4435728256399999E-2,"","",""]
[10,"Annual change in net expenditure after DRMs (8-9)","bn NAC",null,{"$f":"IF(ISNUMBER(E104),E114-E115,\"\")","v":0.79466099999999318},{"$f":"IF(ISNUMBER(F104),F114-F115,\"\")","v":1.176749516000005},0.90615781662119665,"","",""]
[null,"Annual and cumulated gaps"]
[11,"Observed net expenditure growth (10(t)/7(t-1))*100","% change",null,{"$f":"IF(ISNUMBER(E104),E116/D113*100,\"\")","v":4.9652620789816764},{"$f":"IF(ISNUMBER(F104),F116/E113*100,\"\")","v":6.8925069881293322},4.9423611111110919,"","",""]
[12,"Recommended net expenditure growth*","% change",null,{"$f":"IF(ISNUMBER(E104),E34,\"\")","v":9.1},5.9,3.6,"","",""]
[13,"Annual gap ((11-12) x 7(t-1))","bn NAC",null,{"$f":"IF(ISNUMBER(E104),((E118-E119)/100)*D113,\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(F104),((F118-F119)/100)*E113,\"\")","v":0.16944953700000492},0.24611536595879652,"","",""]
[14,"Cumulated gap (cumulative from 13)","bn NAC",null,{"$f":"IF(ISNUMBER(E104),E120+IF(ISNUMBER(D104),D121,0),\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(F104),F120+IF(ISNUMBER(E104),E121,0),\"\")","v":-0.49229095500000236},-0.24617558904120584,"","",""]
[15,"Nominal GDP","bn NAC",{"$f":"IF(ISNUMBER(D104),D27,\"\")","v":39.5642},40.652300000000004,42.441001200000002,44.435728256399997,"","",""]
[null,"\"Regular\" control account"]
[16,"Annual balance (13/15)","% GDP",null,{"$f":"IF(ISNUMBER(E104),E120/E$122*100,\"\")","v":-1.6278057871264535},{"$f":"IF(ISNUMBER(F104),F120/F$122*100,\"\")","v":0.39925904716876687},0.55386819484239902,"","",""]
[17,"Cumulated balance (14/15)**","% GDP",null,{"$f":"IF(ISNUMBER(E104),E121/E$122*100,\"\")","v":-1.6278057871264535},{"$f":"IF(ISNUMBER(F104),F121/F$122*100,\"\")","v":-1.1599418983546561},-0.55400372335689052,"","",""]
[null,"\"Augmented\" control account  during escape clauses"]
["16a","Annual balance (13/15)","% GDP",null,{"$f":"IF(ISNUMBER(E104),E120/E$122*100,\"\")","v":-1.6278057871264535},{"$f":"IF(ISNUMBER(F104),F120/F$122*100,\"\")","v":0.39925904716876687},0.55386819484239902,"","",""]
[null,"Defence expenditure","bn NAC",{"$f":"IF(ISNUMBER(D104),D14,\"\")","v":1.0249299999999999},1.1083700000000001,1.4005530396000001,1.8663005867688001,"","",""]
[null,"Defence expenditure","% GDP",{"$f":"IF(ISNUMBER(D104),D14/D122*100,\"\")","v":2.5905490317003754},2.7264632013440817,3.3000000000000003,4.2,"","",""]
[null,"Increase in defence expenditure","bn NAC",null,{"$f":"IF(ISNUMBER(E104),E128-D128,\"\")","v":8.3440000000000181E-2},{"$f":"IF(ISNUMBER(F104),F128-E128,\"\")","v":0.29218303960000003},0.46574754716879996,"","",""]
[null,"Increase in defence expenditure","% GDP",null,{"$f":"IF(ISNUMBER(E104),E130/E$27*100,\"\")","v":0.20525283932274477},{"$f":"IF(ISNUMBER(F104),F130/F$27*100,\"\")","v":0.68844520944053511},{"$f":"IF(ISNUMBER(G104),G130/G$27*100,\"\")","v":1.0481375358166189},"","",""]
[null,"Upward deviations from the recommended expenditure path other than those resulting from defence expenditure","% GDP",null,{"$f":"IF(ISNUMBER(E104),IF((E127-E131)>0,E127-E131,0),\"\")","v":0},{"$f":"IF(ISNUMBER(F104),IF((F127-F131)>0,F127-F131,0),\"\")","v":0},0,"","",""]
[null,"Annual deviation","bnNAC",null,{"$f":"IF(ISNUMBER(E104),E120,\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(F104),F120,\"\")","v":0.16944953700000492},0.24611536595879652,"","",""]
[null,"Debit","bnNAC",null,{"$f":"IF(ISNUMBER(E104),IF(OR(E133=\"\",ISNA(E133)),\"\",MAX(E133,0)),\"\")","v":0},{"$f":"IF(ISNUMBER(F104),IF(OR(F133=\"\",ISNA(F133)),\"\",MAX(F133,0)),\"\")","v":0.16944953700000492},0.24611536595879652,"","",""]
[null,"Debit excluding increase in defence expenditure","bnNAC",null,{"$f":"IF(ISNUMBER(E104),IF((E134-MAX(E130,0))>0,E134-MAX(E130,0),0),\"\")","v":0},{"$f":"IF(ISNUMBER(F104),IF((F134-MAX(F130,0))>0,F134-MAX(F130,0),0),\"\")","v":0},0,"","",""]
[null,"Credit","bnNAC",null,{"$f":"IF(ISNUMBER(E104),IF(OR(E133=\"\",ISNA(E133)),\"\",ABS(MIN(E133,0))),\"\")","v":0.66174049200000729},{"$f":"IF(ISNUMBER(F104),IF(OR(F133=\"\",ISNA(F133)),\"\",ABS(MIN(F133,0))),\"\")","v":0},0,"","",""]
[null,"Recorded annual balance ","bnNAC",null,{"$f":"IF(ISNUMBER(E104),IF(E141=FALSE,E134-E136,IF(E142=TRUE,E135-E136,E136)),\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(F104),IF(F141=FALSE,F134-F136,IF(F142=TRUE,F135-F136,F136)),\"\")","v":0},0,"","",""]
[null,"Recorded cumulative balance","bnNAC",null,{"$f":"IF(ISNUMBER(E104),E137+IF(ISNUMBER(D104),D138,0),\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(F104),F137+IF(ISNUMBER(E104),E138,0),\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(G104),G137+IF(ISNUMBER(F104),F138,0),\"\")","v":-0.66174049200000729},{"$f":"IF(ISNUMBER(H104),H137+IF(ISNUMBER(G104),G138,0),\"\")","v":""},"",""]
[null,"Annual balance ","% GDP",null,{"$f":"IF(ISNUMBER(E104),E137/E122*100,\"\")","v":-1.6278057871264535},{"$f":"IF(ISNUMBER(F104),F137/F122*100,\"\")","v":0},0,"","",""]
[null,"Cumulated balance","% GDP",null,{"$f":"IF(ISNUMBER(E104),E138/E$122*100,\"\")","v":-1.6278057871264535},{"$f":"IF(ISNUMBER(F104),F138/F$122*100,\"\")","v":-1.5592009455234228},-1.4892081619134891,"","",""]
[null,{"$f":"'Step 1 - Set global parameters'!A12","v":"Years for which an escape clause has been activated"},null,null,{"$f":"'Step 1 - Set global parameters'!B12","v":false},{"$f":"'Step 1 - Set global parameters'!C12","v":true},{"$f":"'Step 1 - Set global parameters'!D12","v":true},{"$f":"'Step 1 - Set global parameters'!E12","v":true},{"$f":"'Step 1 - Set global parameters'!F12","v":true},{"$f":"'Step 1 - Set global parameters'!G12","v":false}]
[null,"Whether escape clause was activated for defence (for augmented control account)",null,null,{"$f":"IF('Step 1 - Set global parameters'!B12,IF('Step 1 - Set global parameters'!B14=\"Defence\", TRUE, FALSE),NA())","v":{"$error":"#N/A"}},{"$f":"IF('Step 1 - Set global parameters'!C12,IF('Step 1 - Set global parameters'!C14=\"Defence\", TRUE, FALSE),NA())","v":true},{"$f":"IF('Step 1 - Set global parameters'!D12,IF('Step 1 - Set global parameters'!D14=\"Defence\", TRUE, FALSE),NA())","v":true},{"$f":"IF('Step 1 - Set global parameters'!E12,IF('Step 1 - Set global parameters'!E14=\"Defence\", TRUE, FALSE),NA())","v":true},{"$f":"IF('Step 1 - Set global parameters'!F12,IF('Step 1 - Set global parameters'!F14=\"Defence\", TRUE, FALSE),NA())","v":true},{"$f":"IF('Step 1 - Set global parameters'!G12,IF('Step 1 - Set global parameters'!G14=\"Defence\", TRUE, FALSE),NA())","v":{"$error":"#N/A"}}]
[null,"Deviation cap",null,null,{"$f":"IF('Step 1 - Set global parameters'!B12,'Step 1 - Set global parameters'!B15,NA())","v":{"$error":"#N/A"}},{"$f":"IF('Step 1 - Set global parameters'!C12,'Step 1 - Set global parameters'!C15,NA())","v":1.5},{"$f":"IF('Step 1 - Set global parameters'!D12,'Step 1 - Set global parameters'!D15,NA())","v":1.5},{"$f":"IF('Step 1 - Set global parameters'!E12,'Step 1 - Set global parameters'!E15,NA())","v":1.5},{"$f":"IF('Step 1 - Set global parameters'!F12,'Step 1 - Set global parameters'!F15,NA())","v":1.5},{"$f":"IF('Step 1 - Set global parameters'!G12,'Step 1 - Set global parameters'!G15,NA())","v":{"$error":"#N/A"}}]
[null,"Annual threshold breached? >0.3 pp",null,null,null,{"$f":"F139 > 0.3","v":false},{"$f":"G139 > 0.3","v":false},{"$f":"H139 > 0.3","v":true},{"$f":"I139 > 0.3","v":true},{"$f":"J139 > 0.3","v":true}]
[null,"Cumulative threshold breached? >0.6pp",null,null,null,{"$f":"IF(F140 > 0.6, TRUE, FALSE)","v":false},{"$f":"IF(G140 > 0.6, TRUE, FALSE)","v":false},{"$f":"IF(H140 > 0.6, TRUE, FALSE)","v":true},{"$f":"IF(I140 > 0.6, TRUE, FALSE)","v":true},{"$f":"IF(J140 > 0.6, TRUE, FALSE)","v":true}]
[]
[null,"Do deviations exceed 0.3 percentage points of GDP annually over the assessment period? ",{"$f":"MAX(INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)):INDEX(139:139,_xlfn.XMATCH(AssessmentEnd,104:104,0)))>0.3","v":false}]
[null,"Do deviations exceed 0.6 percentage points of GDP cumulatively over the assessment period? ",{"$f":"MAX(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)):INDEX(140:140,_xlfn.XMATCH(AssessmentEnd,104:104,0)))>0.6","v":false}]
[null,"Do deviations exceed 0.3 percentage points of GDP annually over the outturn period? ",{"$f":"MAX(INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)):INDEX(139:139,_xlfn.XMATCH(OutturnThrough,104:104,0)))>0.3","v":false}]
[null,"Do deviations exceed 0.6 percentage points of GDP cumulatively over the outturn period? ",{"$f":"MAX(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)):INDEX(140:140,_xlfn.XMATCH(OutturnThrough,104:104,0)))>0.6","v":false}]
[null,"Do deviations exceed a capped amount over the assessment period? ",{"$f":"IF(SUMPRODUCT((INDEX(141:141,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)=TRUE)*1)=0,NA(),ISNUMBER(MATCH(TRUE,IF(INDEX(141:141,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)=TRUE,INDEX(124:124,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>INDEX(143:143,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1),FALSE),0)))","v":false}]
[null,"Do deviations exceed a capped amount over the outturn period period? ",{"$f":"IF(SUMPRODUCT((INDEX(141:141,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,OutturnThrough-MTP_YearT+1)-1)=TRUE)*1)=0,NA(),ISNUMBER(MATCH(TRUE,IF(INDEX(141:141,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,OutturnThrough-MTP_YearT+1)-1)=TRUE,INDEX(124:124,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,OutturnThrough-MTP_YearT+1)-1)>INDEX(143:143,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,OutturnThrough-MTP_YearT+1)-1),FALSE),0)))","v":{"$error":"#N/A"}}]
[null,"Is an escape clause active in any year where there's an annual or cumulative excess?",{"$f":"IF(SUMPRODUCT(((INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.3)+(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.6))*1)=0,FALSE,SUMPRODUCT(((INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.3)+(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.6))*(INDEX(141:141,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)=TRUE)*1)=SUMPRODUCT(((INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.3)+(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.6))*1))","v":false}]
[null,"Is there a defence-related escape clause active in any year where there's an annual or cumulative excess?",{"$f":"IF(SUMPRODUCT(((INDEX(139:139,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.3)+(INDEX(140:140,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)>0.6))*(IFERROR(INDEX(142:142,_xlfn.XMATCH(MTP_YearT,104:104,0)+_xlfn.SEQUENCE(1,AssessmentEnd-MTP_YearT+1)-1)=TRUE,FALSE))*1)>0,TRUE,FALSE)","v":false}]
[]
[null,"Natural-language output string:",{"$f":"_xlfn.LET(\n  _xlpm.bal, INDEX(140:140, MATCH(AssessmentEnd,104:104,0)),\n  _xlpm.balText,\n    IF(_xlpm.bal>0,\n       \"a debit (overspend) of \" & TEXT(_xlpm.bal,\"0.0\"),\n       IF(_xlpm.bal<0,\n          \"a credit (underspend) of \" & TEXT(-_xlpm.bal,\"0.0\"),\n          \"zero\"\n       )\n    ),\n  _xlpm.annOut, C149,\n  _xlpm.cumOut, C150,\n  _xlpm.threshOut, IF(ISNA(C152), FALSE, C152),\n  _xlpm.threshPlan, IF(ISNA(C151), FALSE, AND(C151, NOT(_xlpm.threshOut))),\n  _xlpm.escClause, C153,\n  _xlpm.defenceClause, C154,\n  _xlpm.annPlan, AND(C147, NOT(C149)),\n  _xlpm.cumPlan, AND(C148, NOT(C150)),\n  _xlpm.anyExcess, OR(_xlpm.annPlan, _xlpm.cumPlan),\n  _xlpm.escYears, IF(_xlpm.escClause, \"all years where deviations exceed the limits\", \"some but not all years where deviations exceed the limits\"),\n  _xlpm.outturnSentence,\n    IF(AND(_xlpm.annOut, _xlpm.cumOut),\n       \"Observed annual and cumulative deviations exceed the respective 0.3 and 0.6 percentage points of GDP limits.\",\n       IF(AND(_xlpm.annOut, NOT(_xlpm.cumOut)),\n          \"Observed annual deviations exceed the 0.3 percentage points of GDP limit, though cumulative deviations remain within the 0.6 percentage point limit.\",\n          IF(AND(NOT(_xlpm.annOut), _xlpm.cumOut),\n             \"Observed cumulative deviations exceed the 0.6 percentage points of GDP limit, though annual deviations remain within the 0.3 percentage point limit.\",\n             \"Observed annual and cumulative deviations do not exceed the respective 0.3 and 0.6 percentage points of GDP limits.\"\n          )\n       )\n    ),\n  _xlpm.plannedSentence,\n    IF(AND(_xlpm.annPlan, _xlpm.cumPlan),\n       \" However, planned annual and cumulative deviations exceed the respective limits.\",\n       IF(AND(_xlpm.annPlan, NOT(_xlpm.cumPlan)),\n          \" However, planned annual deviations exceed the 0.3 percentage point limit.\",\n          IF(AND(NOT(_xlpm.annPlan), _xlpm.cumPlan),\n             \" However, planned cumulative deviations exceed the 0.6 percentage point limit.\",\n             \"\"\n          )\n       )\n    ),\n  _xlpm.escapeSentence,\n    IF(AND(_xlpm.anyExcess, OR(_xlpm.escClause, NOT(_xlpm.escClause))),\n       IF(_xlpm.escClause,\n          IF(_xlpm.defenceClause,\n             IF(AND(_xlpm.threshOut, _xlpm.threshPlan),\n                \" An escape clause is active in \" & _xlpm.escYears & \". As this is a defence-related escape clause, the annual cap applies; observed and planned deviations exceed this cap.\",\n                IF(_xlpm.threshOut,\n                   \" An escape clause is active in \" & _xlpm.escYears & \". As this is a defence-related escape clause, the annual cap applies; observed deviations exceed this cap.\",\n                   IF(_xlpm.threshPlan,\n                      \" An escape clause is active in \" & _xlpm.escYears & \". As this is a defence-related escape clause, the annual cap applies; planned deviations exceed this cap.\",\n                      \" An escape clause is active in \" & _xlpm.escYears & \". As this is a defence-related escape clause, the annual cap applies; deviations do not exceed this cap.\"\n                   )\n                )\n             ),\n             \" An escape clause is active in \" & _xlpm.escYears & \".\"\n          ),\n          \" No escape clause is active in the years where deviations exceed the limits.\"\n       ),\n       \"\"\n    ),\n  \"At the end of the assessment period (\" & AssessmentEnd & \"), \" &\n  \"the balance in \" & Country & \"'s cumulative control account is \" &\n  _xlpm.balText & \" percentage points of GDP. \" &\n  _xlpm.outturnSentence & _xlpm.plannedSentence & _xlpm.escapeSentence\n)","v":"At the end of the assessment period (2026), the balance in Latvia's cumulative control account is a credit (underspend) of 1.5 percentage points of GDP. Observed annual and cumulative deviations do not exceed the respective 0.3 and 0.6 percentage points of GDP limits."}]
[]
[null,"P3. Verifying compliance of the implementation of the MTP with the debt sustainability safeguard  [Article 7]",null,null,null,null,null,null,null,null,null,"Article 7: Debt sustainability safeguard"]
[null,"Are any years of the general government debt-to-GDP ratio greater than 90%?",{"$f":"MAX(INDEX(20:20,1,COLUMN($D$4)):INDEX(20:20,1,COLUMN($D$4)+COLUMNS(_xlfn.ANCHORARRAY($D$4))-1))>90","v":false}]
[null,"Are any years of the general government debt-to-GDP ratio between 60% and 90%",{"$f":"SUMPRODUCT(\n  --(INDEX(20:20,1,COLUMN($D$4)):INDEX(20:20,1,COLUMN($D$4)+COLUMNS(_xlfn.ANCHORARRAY($D$4))-1)>=60),\n  --(INDEX(20:20,1,COLUMN($D$4)):INDEX(20:20,1,COLUMN($D$4)+COLUMNS(_xlfn.ANCHORARRAY($D$4))-1)<=90)\n)>0","v":false}]
[null,"Does the projected general government debt-to-GDP ratio decrease by a minimum annual average of 1 percentage point of GDP while the ratio is above 90%?",{"$f":"IF(C159,IFERROR(\n  (\n    INDEX(20:20, COLUMN($D$4)+_xlfn.XMATCH(IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1),_xlfn.ANCHORARRAY( $D$4), 1)-1)\n    -\n    INDEX(20:20, COLUMN($D$4)+_xlfn.XMATCH(\n      LOOKUP(9^9, IF(\n        (_xlfn.ANCHORARRAY($D$4)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n        (_xlfn.ANCHORARRAY($D$4)<=AssessmentEnd)*\n        (INDEX(20:20, COLUMN($D$4)+_xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY($D$4)), 0))>90),_xlfn.ANCHORARRAY(\n        $D$4))\n      ),_xlfn.ANCHORARRAY(\n      $D$4), 1)-1)\n  )\n  /\n  (\n    LOOKUP(9^9, IF(\n      (_xlfn.ANCHORARRAY($D$4)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n      (_xlfn.ANCHORARRAY($D$4)<=AssessmentEnd)*\n      (INDEX(20:20, COLUMN($D$4)+_xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY($D$4)), 0))>90),_xlfn.ANCHORARRAY(\n      $D$4))\n    )\n    - IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1)\n  ) >= 1,\n  TRUE\n),NA())","v":{"$error":"#N/A"}}]
[null,"Does the projected general government debt-to-GDP ratio decrease by a minimum annual average of 0.5 percentage points of GDP while the ratio is above 60%?",{"$f":"IF(C160,IFERROR(\n  (\n    INDEX(20:20, COLUMN($D$4)+_xlfn.XMATCH(IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1),_xlfn.ANCHORARRAY( $D$4), 1)-1)\n    -\n    INDEX(20:20, COLUMN($D$4)+_xlfn.XMATCH(\n      LOOKUP(9^9, IF(\n        (_xlfn.ANCHORARRAY($D$4)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n        (_xlfn.ANCHORARRAY($D$4)<=AssessmentEnd)*\n        (INDEX(20:20, COLUMN($D$4)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$4)),0))>TFEU_Debt),_xlfn.ANCHORARRAY(\n        $D$4))\n      ),_xlfn.ANCHORARRAY(\n      $D$4), 1)-1)\n  ) /\n  (\n    LOOKUP(9^9, IF(\n      (_xlfn.ANCHORARRAY($D$4)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n      (_xlfn.ANCHORARRAY($D$4)<=AssessmentEnd)*\n      (INDEX(20:20, COLUMN($D$4)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$4)),0))>TFEU_Debt),_xlfn.ANCHORARRAY(\n      $D$4))\n    )\n    - IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1)\n  )\n  >= 0.5,\n  TRUE\n),NA())","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string:",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  Country & \" does not receive a reference trajectory and is not assessed against the debt sustainability safeguard.\",\n  IF(\n    OR(C159, C160),\n    IF(\n      OR(\n        IF(C159, NOT(C161), FALSE),\n        IF(C160, NOT(C162), FALSE)\n      ),\n      \"The debt sustainability safeguard applies and \" & Country & \"'s outturn or plans are not compliant (diagnostic only—not assessed as a separate compliance criterion during implementation).\" &\n      IF(\n        EscapeClauseActivated,\n        \" However, an escape clause has been activated.\",\n        \"\"\n      ),\n      \"The debt sustainability safeguard applies and \"&Country&\"'s outturn and plans are compliant (diagnostic only—not assessed as a separate compliance criterion during implementation).\"\n    ),\n    \"The debt sustainability safeguard does not apply as \"&Country&\"'s debt is not above 60% of GDP.\"\n  )\n)","v":"Latvia does not receive a reference trajectory and is not assessed against the debt sustainability safeguard."}]
[]
[null,"P4. Verifying compliance of the implementation of the MTP with the deficit resilience safeguard [Article 8]"]
[null,null,null,{"$f":"_xlfn.SEQUENCE(1, AssessmentEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026]
[null,"Structural  balance (% of GDP)",null,{"$f":"INDEX(18:18, COLUMN($D$18) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":-2.1063200000000002},-1.548,-2.4,-3]
[null,"Structural primary balance (% of GDP)",null,{"$f":"INDEX(19:19, COLUMN($D$19) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D4))) - 1)","v":-1.38124},-0.44949,-1.2,-1.6]
[null,"Change in structural primary balance",null,null,{"$f":"_xlfn.DROP(_xlfn.ANCHORARRAY(D169),,1) - _xlfn.TAKE(_xlfn.ANCHORARRAY(D169),,COLUMNS(_xlfn.ANCHORARRAY(D167))-1)","v":0.93175000000000008},-0.75051000000000001,-0.40000000000000013]
[null,"Does structural deficit exceed 1.5% of GDP",null,{"$f":"IF(ISNUMBER(D167),D168<-1.5,\"\")","v":true},{"$f":"IF(ISNUMBER(E167),E168<-1.5,\"\")","v":true},true,true,"","","",""]
[null,"Does the deficit resilience safeguard apply? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  SUMPRODUCT(\n    --(\n      INDEX(171:171,1,COLUMN($D$167)):\n      INDEX(171:171,1,COLUMN($D$167)+COLUMNS(_xlfn.ANCHORARRAY($D$167))-1)\n    )\n  )>0,\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Is the required annual improvement in the structural primary balance 0.4 percentage points of GDP or 0.25?",{"$f":"IF(Receives_reference_trajectory,IF(AdjustmentPeriod=4,0.4,0.25),\"Not applicable\")","v":"Not applicable"}]
[null,"Do the annual improvements in the structural primary balance exceed the minimum (that is, if the helper row is TRUE in the previous year, is the change in the structural primary balance greater than 0.4 (or 0.25) percentage points of GDP?",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    NOT(IFERROR(C172,FALSE)),\n    NA(),\n    SUMPRODUCT(\n      --(_xlfn.TAKE(IFERROR(_xlfn.CHOOSECOLS(171:171, COLUMN($D$167)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$167)))-1), FALSE), , COLUMNS(_xlfn.ANCHORARRAY($D$167))-1)),\n      --(_xlfn.DROP(_xlfn.CHOOSECOLS(170:170, COLUMN($D$167)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$167)))-1), , 1) <= C173)\n    )=0\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string:",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  Country & \" does not receive a reference trajectory and is not assessed against the deficit resilience safeguard.\",IF(\n  NOT(C172),\n  \"The deficit resilience safeguard does not apply, as \"&Country&\"'s structural deficit never exceeds 1.5 % of GDP over the adjustment period.\",\n  IF(\n    ISNA(C174),\n    \"The deficit resilience safeguard does not apply, as \"&Country&\"'s structural deficit never exceeds 1.5 % of GDP over the adjustment period.\",\n    IF(\n      C174,\n      \"The deficit resilience safeguard applies and \"&Country&\"'s outturn and plans are compliant (diagnostic only—not assessed as a separate compliance criterion during implementation).\",\n      \"The deficit resilience safeguard applies but \"&Country&\"'s outturn or plans are not compliant (diagnostic only—not assessed as a separate compliance criterion during implementation).\" &\n      IF(\n        EscapeClauseActivated,\n        \" However, an escape clause has been activated.\",\n        \"\"\n      )\n    )\n  )\n)\n)","v":"Latvia does not receive a reference trajectory and is not assessed against the deficit resilience safeguard."}]
[]
[null,"P5. Checking progress of the structural primary balance toward the target that satisfies all criteria "]
[null,"Net expenditure growth trajectories are derived using a structural primary balance target at the end of the four or seven year adjustment period. This assessment compares observed and planned SPBs to the average annual fiscal adjustment needed to reach that target. "]
[]
[null,"Total SPB adjustment required (or expansion permitted if negative) over the remaining horizon (since latest outturn to end of MTP)",{"$f":"IF(\n  AdjustmentPeriodEnd > OutturnThrough,\n  INDEX($37:$37, _xlfn.XMATCH(AdjustmentPeriodEnd, $32:$32, 0)) -\n  INDEX($19:$19, _xlfn.XMATCH(OutturnThrough, $4:$4, 0)),\n  NA()\n)","v":-0.8505100000000001}]
[null,"Average annual consolidation required (or expansion permitted if negative) over remaining adjustment period (since latest outturn to end of MTP)",{"$f":"IF(\n  AdjustmentPeriodEnd > OutturnThrough,\n  (\n    INDEX($37:$37, _xlfn.XMATCH(AdjustmentPeriodEnd, $32:$32, 0)) -\n    INDEX($19:$19, _xlfn.XMATCH(OutturnThrough, $4:$4, 0))\n  ) / (AdjustmentPeriodEnd - OutturnThrough),\n  NA()\n)","v":-0.21262750000000002}]
[null,"Average annual consolidation planned  (since latest outturn to end of assessment period)",{"$f":"IF(\n  AssessmentEnd > OutturnThrough,\n  (\n    INDEX($19:$19, _xlfn.XMATCH(AssessmentEnd, $4:$4, 0))\n    - INDEX($19:$19, _xlfn.XMATCH(OutturnThrough, $4:$4, 0))\n  ) / (AssessmentEnd - OutturnThrough),\n  NA()\n)","v":-0.57525500000000007}]
[null,"Average annual consolidation from MTP year T to end of assessment period (speed of adjustment in MTP)",{"$f":"IF(\n  AssessmentEnd > MTP_YearT,\n  (\n    INDEX($19:$19, _xlfn.XMATCH(AssessmentEnd, $4:$4, 0))\n    - INDEX($19:$19, _xlfn.XMATCH(MTP_YearT, $4:$4, 0))\n  ) / (AssessmentEnd - MTP_YearT),\n  NA()\n)","v":-0.57525500000000007}]
[null,"Is the updated outturn/plan consistent with no backloading? ",{"$f":"IF(ISNA(C183), FALSE, AND(ISNUMBER(C183), C183 >= C182))","v":false}]
[]
[null,"Natural-language output string",{"$f":"IFERROR(\n  IF(\n    AssessmentEnd <= OutturnThrough,\n    \"Not applicable — the assessment period does not extend beyond the latest outturn year; there is no forward-looking SPB path to assess.\",\n    IF(\n      OR(ISNA(C183), NOT(ISNUMBER(C183))),\n      IF(\n        C181 < 0,\n        Country & \"'s SPB already exceeds the target level by \" & TEXT(ABS(C181),\"0.0\") &\n          \" pp of GDP at the end of the adjustment period. There is fiscal room to allow the SPB to decline while still meeting the target.\",\n        IF(\n          C181 = 0,\n          Country & \"'s SPB already meets the target level at the end of the adjustment period. No further consolidation is required.\",\n          Country & \"'s total SPB adjustment required over the remaining horizon is \" &\n            TEXT(C181,\"0.0\") & \" pp of GDP, and the required average annual consolidation is \" &\n            TEXT(C182,\"0.0\") & \" pp of GDP.\"\n        )\n      ),\n      IF(\n        C181 <= 0,\n        IF(\n          C183 < 0,\n          IF(\n            C181 < 0,\n            Country & \"'s SPB already exceeds the target level by \" & TEXT(ABS(C181),\"0.0\") & \" pp of GDP\",\n            Country & \"'s SPB currently meets the target level\"\n          ) &\n            \", but the planned path implies a deterioration of \" &\n            TEXT(ABS(C183),\"0.0\") & \" pp of GDP per year on average over the assessment period.\" &\n            \" Additional adjustment in later years may be needed to maintain the target, creating a risk of backloading.\" &\n            IF(EscapeClauseActivated, \" However, an escape clause has been activated.\", \"\"),\n          IF(\n            C181 < 0,\n            Country & \"'s SPB already exceeds the target level by \" & TEXT(ABS(C181),\"0.0\") & \" pp of GDP\",\n            Country & \"'s SPB already meets the target level\"\n          ) &\n            \". The planned average annual consolidation of \" &\n            TEXT(C183,\"0.0\") & \" pp of GDP is consistent with maintaining that position.\"\n        ),\n        Country & \"'s total SPB adjustment required over the remaining horizon is \" &\n          TEXT(C181,\"0.0\") & \" pp of GDP. The planned average annual consolidation of \" &\n          TEXT(C183,\"0.0\") & \" pp \" &\n          IF(\n            C183 >= C182,\n            \"meets or exceeds the required \" & TEXT(C182,\"0.0\") &\n              \" pp, indicating that adjustment is consistent with achieving the target SPB by the end of the horizon. Adjustment is not backloaded.\",\n            \"falls short of the required \" & TEXT(C182,\"0.0\") &\n              \" pp, indicating that additional measures may be needed to reach the target SPB. Adjustment may be backloaded.\" &\n              IF(EscapeClauseActivated, \" However, an escape clause has been activated.\", \"\")\n          )\n      )\n    )\n  ),\n  NA()\n)","v":"Latvia's SPB already exceeds the target level by 0.9 pp of GDP, but the planned path implies a deterioration of 0.6 pp of GDP per year on average over the assessment period. Additional adjustment in later years may be needed to maintain the target, creating a risk of backloading. However, an escape clause has been activated."}]
[]
[null,"Assessment of the latest Medium-Term Plan"]
[null,"Assessing whether a reference trajectory applies (Article 5)"]
[null,{"$f":"\"That is, whether the Commission prepares and transmits a reference trajectory for net expenditure that \"&Country&\"'s MTP must not exceed (or an alternative net expenditure path meeting all requirements of Article 16(2) and (3) of Regulation (EU) 2024/1263 and sound and data-driven economic arguments explaining the difference)\"","v":"That is, whether the Commission prepares and transmits a reference trajectory for net expenditure that Latvia's MTP must not exceed (or an alternative net expenditure path meeting all requirements of Article 16(2) and (3) of Regulation (EU) 2024/1263 and sound and data-driven economic arguments explaining the difference)"}]
[]
[null,"M1: Checking whether the general government debt exceeds 60% of GDP "]
[null,"Is gross debt under 60% of GDP in T-1 (or T-2 for plans submitted Jan-Mar)?",{"$f":"INDEX(20:20, MATCH(MTP_PlanFirstYear, 4:4, 0)) < TFEU_Debt","v":true}]
[null,"Natural-language output string",{"$f":"IF(\n  C194,\n  Country & \"'s gross general government debt in \" & MTP_PlanFirstYear & \" was \" & TEXT(INDEX(20:20, MATCH(MTP_PlanFirstYear, 4:4, 0)), \"0.0\") &\"% of GDP\"& \", below the 60% TFEU reference value.\",\n  Country & \"'s gross general government debt in \" & MTP_PlanFirstYear & \" was \" & TEXT(INDEX(20:20, MATCH(MTP_PlanFirstYear, 4:4, 0)), \"0.0\") &\"% of GDP\"& \", higher than the 60% TFEU reference level.\"\n)","v":"Latvia's gross general government debt in 2023 was 44.4% of GDP, below the 60% TFEU reference value."}]
[]
[null,"M2: Checking whether the general government deficit exceeds 3% of GDP"]
[null,"Is the general government deficit less than 3% of GDP in T-1 (or T-2 for plans submitted Jan-Mar)?",{"$f":"INDEX(17:17, MATCH(MTP_PlanFirstYear, 4:4, 0)) > -TFEU_Deficit","v":true}]
[null,"Natural-language output string",{"$f":"IF(\n  INDEX(17:17, MATCH(MTP_PlanFirstYear, 4:4, 0))>=0,\n  Country & \"'s net lending (general government surplus) in \" & MTP_PlanFirstYear & \" was \" &\n    TEXT(INDEX(17:17, MATCH(MTP_PlanFirstYear, 4:4, 0)), \"0.0\") & \"% of GDP, which does not exceed the 3% TFEU deficit reference value.\",\n  Country & \"'s net borrowing (general government deficit) in \" & MTP_PlanFirstYear & \" was \" &\n    TEXT(-INDEX(17:17, MATCH(MTP_PlanFirstYear, 4:4, 0)), \"0.0\") & \"% of GDP, which \" &\n    IF(-INDEX(17:17, MATCH(MTP_PlanFirstYear, 4:4, 0))<=3, \"does not exceed\", \"exceeds\") &\n    \" the 3% TFEU deficit reference value.\"\n)","v":"Latvia's net borrowing (general government deficit) in 2023 was 2.3% of GDP, which does not exceed the 3% TFEU deficit reference value."}]
[]
[null,"M3: Checking whether the country is required to submit an MTP that adheres to a reference trajectory (or an alternative path meeting all criteria)"]
[null,"Is the country required to submit an MTP that adheres to a reference trajectory (or alternative path meeting all criteria)",{"$f":"NOT(AND($C$194,$C$198))","v":false}]
[null,"Natural-language output string",{"$f":"IF(\n  C202,\n  IF(\n    AND(NOT($C$194), $C$198),\n    Country & \"'s gross debt was above 60% of GDP in \"& MTP_PlanFirstYear & \" (T\" & IF(MTP_BaseYearIsTminus2,\"-2\",\"-1\") & \"), therefore \",\n    IF(\n      AND($C$194, NOT($C$198)),\n      Country & \"'s general government deficit was above 3% of GDP in \"& MTP_PlanFirstYear & \" (T\" & IF(MTP_BaseYearIsTminus2,\"-2\",\"-1\") & \"), therefore \",\n      IF(\n        AND(NOT($C$194), NOT($C$198)),\n        Country & \"'s gross debt was above 60% of GDP and its general government deficit was above 3% of GDP in \"& MTP_PlanFirstYear & \" (T\" & IF(MTP_BaseYearIsTminus2,\"-2\",\"-1\") & \"), therefore \",\n        \"\"\n      )\n    )\n  ) &\n  \"it must adhere to an MTP with a planned net expenditure path that does not exceed the Commission's reference trajectory (or an alternative path that meets all criteria). If the planned net expenditure path is higher, \" & Country & \" must provide sound and data-driven economic arguments explaining the difference.\",\n  Country & \" does not receive a reference trajectory but its MTP must contain a net expenditure path that complies with TFEU general government debt and deficit sustainability requirements.\"\n)","v":"Latvia does not receive a reference trajectory but its MTP must contain a net expenditure path that complies with TFEU general government debt and deficit sustainability requirements."}]
[]
[null,"Assessing whether the submitted MTP meets information requirements and criteria for an extension of the adjustment period, if requesting one (Articles 13 and 14)"]
[null,"This requires the IFI to scrutinise the plan and determine whether it meets the requirements of Article 13 and NOTICE C/2024/3975 (Guidance to Member States on the Information Requirements for the Medium-Term Fiscal-Structural Plans and for the Annual Progress Reports)"]
[null,"M4: Determining whether the MTP contains  all information required by Article 13 of Regulation (EU) 2024/1263 "]
[]
[null,"Has the IFI scrutinised and confirmed that all elements are present? ",{"$f":"AND('Step 0.2 (MTP) - IFI scrutiny'!F7:F27)","v":true}]
[null,"Natural-language output string",{"$f":"IF(C209,\"The \"&IFI_Name&\" has concluded that the plan contains all information required by Article 13 of Regulation (EU) 2024/1263.\",\"The \"&IFI_Name&\" has concluded that the plan is missing elements required by Article 13 of Regulation (EU) 2024/1263.\")","v":"The Fiscal Discipline Council has concluded that the plan contains all information required by Article 13 of Regulation (EU) 2024/1263."}]
[]
[null,"M5: Determining whether reform and investment commitments fulfil the criteria for an extension of the adjustment period (Article 14)"]
[null,"Has the country requested an extension of the adjustment period",{"$f":"'Step 0.2 (MTP) - IFI scrutiny'!F30","v":false}]
[null,"Have the criteria for an extension of the adustment period been fulfilled ",{"$f":"IF(\n  NOT(C213),\n  NA(),\n  AND(\n    'Step 0.2 (MTP) - IFI scrutiny'!F31:F42=TRUE,\n    'Step 0.2 (MTP) - IFI scrutiny'!F31:F42<>\"NA\"\n  )\n)","v":{"$error":"#N/A"}}]
[null,"Natural-language output string",{"$f":"IF(\n  AdjustmentPeriod<>7,\n  \"Not applicable. \" & Country & \" has not requested an extension of the adjustment period.\",\n  IF(\n    C214,\n    \"The \" & IFI_Name & \" judges that \" & Country & \"'s reform and investment commitments fulfil the criteria in Article 14 for an extension of the adjustment period.\",\n    \"The \" & IFI_Name & \" does not judge that \" & Country & \"'s reform and investment commitments fulfil the criteria in Article 14 for an extension of the adjustment period.\"\n  )\n)","v":"Not applicable. Latvia has not requested an extension of the adjustment period."}]
[]
[null,"Assessing the MTP’s net expenditure path against the Commission’s prior guidance"]
[null,"That is, whether the net expenditure path in the latest MTP exceeds the Commission’s prior guidance (either a reference trajectory or technical information), and, if it does, whether the accompanying explanation and underlying assumptions are satisfactory and the path nevertheless complies with the requirements of Regulation (EU) 2024/1263"]
[]
[null,"M6: Checking whether the average net expenditure growth of the MTP over the adjustment period is higher than the prior guidance transmitted by the Commission "]
[null,"Average net expenditure growth, prior guidance",{"$f":"AVERAGEIFS(\n  70:70,\n  32:32, \">\" & MTP_YearT,\n  32:32, \"<=\" & AdjustmentPeriodEnd\n)","v":3.0580491375860737}]
[null,"Average net expenditure growth, MTP",{"$f":"AVERAGEIFS(\n  34:34,\n  32:32, \">\" & MTP_YearT,\n  32:32, \"<=\" & AdjustmentPeriodEnd\n)","v":4.05}]
[null,"Does planned average net expenditure growth exceed prior guidance over the adjustment period?",{"$f":"C221-C222<0","v":true}]
[null,"If so, does the IFI deems the explanation to be satisfactory and based on sound and data-driven economic arguments explaining the difference?",{"$f":"IF(Receives_reference_trajectory,'Step 0.2 (MTP) - IFI scrutiny'!F3=\"Yes\",\"Not applicable\")","v":"Not applicable"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"IFI assessment = TRUE"]
[null,"Natural-language output string",{"$f":"IF(\n  C223,\n  \"The average net expenditure growth reported in \" & Country & \"'s plan over the adjustment period (\" & MTP_YearT+1 & \"–\" & AdjustmentPeriodEnd & \") is higher than the \" &\n    IF(Receives_reference_trajectory,\"reference trajectory\",\"technical information path\") &\n    \" transmitted by the Commission on \" & TEXT(PriorGuidanceTransmissionDate,\"d mmmm yyyy\") &\n    IF(AND(C223, C224<>\"Not applicable\"), \"\", \".\"),\n  \"The average net expenditure growth reported in \" & Country & \"'s plan over the adjustment period (\" & MTP_YearT+1 & \"–\" & AdjustmentPeriodEnd & \") does not exceed the average net expenditure growth in the \" &\n    IF(Receives_reference_trajectory,\"reference trajectory\",\"technical information\") &\n    \" transmitted by the Commission on \" & TEXT(PriorGuidanceTransmissionDate,\"d mmmm yyyy\") & \".\"\n)\n&\nIF(\n  AND(C223, NOT(Receives_reference_trajectory)),\n  \" but remaining below the technical information path is not required.\",\n  IF(\n    AND(C223, C224<>\"Not applicable\"),\n    IF(\n      C224,\n      \", but the \" & IFI_Name & \" deems the explanation and alternative assumptions to be satisfactory.\",\n      \", and the \" & IFI_Name & \" does not deem the explanation and alternative assumptions to be satisfactory.\"\n    ),\n    \"\"\n  )\n)","v":"The average net expenditure growth reported in Latvia's plan over the adjustment period (2025–2028) is higher than the technical information path transmitted by the Commission on 30 June 2024. but remaining below the technical information path is not required."}]
[]
[null,"M7: Checking whether the MTP's net expenditure path remains at or below the EC's prior guidance (for Member States receiving a reference trajectory) or exceeds the minimum level for the structural primary balance in the last year of the adjustment period (for Members States receiving technical information) "]
[null,"For Member States receiving a reference trajectory: "]
[null,"Does the net expenditure path in the latest MTP remain at or below the EC's reference trajectory?",{"$f":"IF(Receives_reference_trajectory,SUMPRODUCT(((46:46>=MTP_YearT)*(46:46<=AdjustmentPeriodEnd)*(65:65<=34:34)))=0,NA())","v":{"$error":"#N/A"}}]
[null,"If not, does the IFI deem the explanation to be satisfactory and based on sound and data-driven economic arguments explaining the difference?",{"$f":"IF(AND(Receives_reference_trajectory,NOT(C229)),'Step 0.2 (MTP) - IFI scrutiny'!F3=\"Yes\",NA())","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"IFI assessment = TRUE"]
[null,"MTP adheres to reference trajectory, or it exceeds but with a satisfactory explanation",{"$f":"IF(\n  Receives_reference_trajectory,\n  OR(C229, ISNA(C230), C230),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Natural-language output string",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    C229,\n    \"The net expenditure path in \" & Country & \"'s latest MTP adheres to the Commission's reference trajectory.\",\n    IF(\n      C230,\n      \"The net expenditure path in \" & Country & \"'s latest MTP exceeds the Commission's reference trajectory but the \" & IFI_Name &\n      \" deems the explanation and alternative assumptions to be satisfactory.\",\n      \"The net expenditure path in \" & Country & \"'s latest MTP exceeds the Commission's reference trajectory and the \" & IFI_Name &\n      \" does not consider the explanation and alternative assumptions to be satisfactory.\"\n    )\n  ),\n  \"Not applicable.\"\n)","v":"Not applicable."}]
[]
[null,"For Member States receiving technical information (maintenance check): "]
[null,{"$f":"\"Minimum level of the primary structural balance without safeguard, \"&AdjustmentPeriodEnd","v":"Minimum level of the primary structural balance without safeguard, 2028"},{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  INDEX($66:$66, MATCH(AdjustmentPeriodEnd, $63:$63, 0))\n)","v":-1.3}]
[null,{"$f":"\"Minimum level of the primary structural balance with safeguard, \"&AdjustmentPeriodEnd","v":"Minimum level of the primary structural balance with safeguard, 2028"},{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  INDEX($67:$67, MATCH(AdjustmentPeriodEnd, $63:$63, 0))\n)","v":-0.1424659999999999}]
[null,"Primary structural balance in MTP",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  INDEX(37:37, MATCH(AdjustmentPeriodEnd, 32:32, 0))\n)","v":-1.3}]
[]
[null,"Does the primary structural balance at the end of the adjustment period adhere to the minimum level of the primary structural balance in the technical information? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  C237 >= C235\n)","v":true}]
[null,"If not, does the IFI deems the explanation to be satisfactory and based on sound and data-driven economic arguments explaining the difference?",{"$f":"IF(Receives_reference_trajectory,NA(),IF(NOT(C239),'Step 0.2 (MTP) - IFI scrutiny'!F3,NA()))","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"IFI assessment = TRUE"]
[null,"MTP adheres to minimum primary structural balance at end of the adjustment period, or it exceeds but with a satisfactory explanation",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  OR(\n    C239,\n    IF(ISNA(C240), TRUE, C240)\n  )\n)","v":true}]
[null,"Natural-language output string",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  IF(\n    C239,\n    \"The net expenditure path in \" & Country & \"'s latest MTP ensures the primary structural balance is above the minimum level of the Commission's prior guidance at the end of the adjustment period.\",\n    IF(\n      C240,\n      \"The net expenditure path in \" & Country & \"'s does not result in a primary structural balance above the minimum level of the Commission's prior guidance at the end of the adjustment period.\" & \" but the \" & IFI_Name &\n      \" deems the explanation and alternative assumptions to be satisfactory.\",\n      \"The net expenditure path in \" & Country & \"'s latest MTP does not result in a primary structural balance above the minimum level of the Commission's prior guidance at the end of the adjustment period, and the \" & IFI_Name & \" does not consider the explanation and alternative assumptions to be satisfactory.\"\n    )\n  ),\n  \"Not applicable.\"\n)","v":"The net expenditure path in Latvia's latest MTP ensures the primary structural balance is above the minimum level of the Commission's prior guidance at the end of the adjustment period."}]
[]
[null,"Assessing whether the MTP adheres to the risk-based requirements [Articles 16(2) and 6(a)]"]
[null,"M8: Checking whether gross government debt is at prudent levels below 60% over the medium-term or is put or remains on a plausibly downward path according to a DSA assessment [Article 16(2) and Article 6(a)]"]
[null,"For Member States receiving a reference trajectory: "]
[null,"Is gross government debt below 60% over the medium-term",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"Not applicable\",\n  MAX(\n    _xlfn.CHOOSECOLS(\n      53:53,\n      _xlfn.SEQUENCE(\n        1,\n        _xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1) - _xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),\n        _xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0) + 1\n      )\n    )\n  ) <= TFEU_Debt\n)","v":"Not applicable"}]
[null,"If not, detailed DSA compliance check"]
[null,"Gross debt declining under the planned fiscal path",{"$f":"IF(OR(NOT(Receives_reference_trajectory),C247),\"Not applicable\",\n IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n   MAX(\n     _xlfn.CHOOSECOLS(53:53,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1)) -\n     _xlfn.CHOOSECOLS(53:53,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n   )<=0\n ))","v":"Not applicable"}]
[null,"Gross debt declining under the financial stress scenario",{"$f":"IF(OR(NOT(Receives_reference_trajectory),C247),\"Not applicable\",\n IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n   MAX(\n     _xlfn.CHOOSECOLS(78:78,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1)) -\n     _xlfn.CHOOSECOLS(78:78,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n   )<=0\n ))","v":"Not applicable"}]
[null,"Gross debt declining under the lower structural primary balance scenario",{"$f":"IF(OR(NOT(Receives_reference_trajectory),C247),\"Not applicable\",\n IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n   MAX(\n     _xlfn.CHOOSECOLS(79:79,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1)) -\n     _xlfn.CHOOSECOLS(79:79,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n   )<=0\n ))","v":"Not applicable"}]
[null,"Gross debt declining under the adverse r-g scenario",{"$f":"IF(OR(NOT(Receives_reference_trajectory),C247),\"Not applicable\",\n IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n   MAX(\n     _xlfn.CHOOSECOLS(80:80,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1)) -\n     _xlfn.CHOOSECOLS(80:80,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n   )<=0\n ))","v":"Not applicable"}]
[null,"Stochastic scenario (gross debt five years after the adjustment period is less than at the end of the adjustment period in at least 70% of simulations)",{"$f":"IF(OR(NOT(Receives_reference_trajectory),C247),\"Not applicable\",\n IF(_xlfn.XMATCH(AdjustmentPeriodEnd+5,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n   INDEX(90:90,_xlfn.XMATCH(AdjustmentPeriodEnd+5,46:46,1)) < INDEX(90:90,_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0))\n ))","v":"Not applicable"}]
[null,"Is the net expenditure path in the latest MTP consistent with the requirement for debt as set out in Article 6(a), and 16(2) of Regulation (EU) 2024/1263? ",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"Not applicable\",\n  IF(\n    C247,\n    TRUE,\n    AND(\n      IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n         MAX(\n           _xlfn.CHOOSECOLS(53:53,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1))\n           -_xlfn.CHOOSECOLS(53:53,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n         )<=0\n      ),\n      IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n         MAX(\n           _xlfn.CHOOSECOLS(78:78,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1))\n           -_xlfn.CHOOSECOLS(78:78,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n         )<=0\n      ),\n      IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n         MAX(\n           _xlfn.CHOOSECOLS(79:79,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1))\n           -_xlfn.CHOOSECOLS(79:79,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n         )<=0\n      ),\n      IF(_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)<=0,TRUE,\n         MAX(\n           _xlfn.CHOOSECOLS(80:80,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)+1))\n           -_xlfn.CHOOSECOLS(80:80,_xlfn.SEQUENCE(1,_xlfn.XMATCH(AdjustmentPeriodEnd+10,46:46,1)-_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0),_xlfn.XMATCH(AdjustmentPeriodEnd,46:46,0)))\n         )<=0\n      ),\n      $D$59>=70\n    )\n  )\n)","v":"Not applicable"}]
[null,"Natural-language output string",{"$f":"IF(Receives_reference_trajectory,IF(C247,Country&\"'s planned net expenditure ensures gross government debt remains at prudent levels below 60% over the medium-term.\",IF(C254,Country&\"'s planned net expenditure ensures gross government debt meets all risk-based debt requirements for a plausible downward path.\",Country&\"'s planned net expenditure ensures gross government debt does not meet all risk-based debt requirements for a plausible downward path.\")),NA())","v":{"$error":"#N/A"}}]
[]
[null,"For Member States receiving technical information (maintenance check): "]
[null,"Under the planned fiscal path, is debt below the TFEU debt reference level in each of the 10 years after the adjustment period? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  MAX(IF((46:46>AdjustmentPeriodEnd)*(46:46<=AdjustmentPeriodEnd+10), 53:53)) <= TFEU_Debt\n)","v":true}]
[null,"Natural-language output string",{"$f":"IF(\n  ISNA(C258),\n  \"Not applicable\",\n  IF(\n    C258,\n    Country & \"'s debt remains below the TFEU debt reference level in each of the ten years following the adjustment period.\",\n    Country & \"'s debt breaches the TFEU debt reference level in one or more of the ten years following the adjustment period.\"\n  )\n)","v":"Latvia's debt remains below the TFEU debt reference level in each of the ten years following the adjustment period."}]
[]
[null,"M9: Checking whether the projected general government deficit is brought below 3% of GDP over the adjustment period and is maintained below that reference value over the medium-term [Article 16(2) and Article 6(b)]"]
[null,"For Member States receiving a reference trajectory: "]
[null,"Is the net expenditure path consistent with holding the deficit below 3% over the entire adjustment period (for phrasing the output string only)",{"$f":"IF(\n  Receives_reference_trajectory,\n  IFERROR(\n    AND(\n      _xlfn._xlws.FILTER(\n        50:50,\n        (46:46>=MTP_YearT)*(46:46<=AdjustmentPeriodEnd)\n      ) > -TFEU_Deficit\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Is the net expenditure path in the latest MTP consistent with the requirements for the general government balance as set out in Articles 6(b), and 16(2) of Regulation (EU) 2024/1263? (Deficit less than 3% from end of adjustment period + 10 following years)",{"$f":"IF(\n  Receives_reference_trajectory,\n  IFERROR(\n    AND(\n      _xlfn._xlws.FILTER(\n        50:50,\n        (46:46>=AdjustmentPeriodEnd)*(46:46<=AdjustmentPeriodEnd+10)\n      ) > -TFEU_Deficit\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Natural-language output string",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    C264,\n    IF(\n      C263,\n      Country & \"'s net expenditure path maintains the government deficit below 3% of GDP throughout the adjustment period and over the medium term.\",\n      Country & \"'s net expenditure path brings the government deficit below 3% of GDP by the end of the adjustment period and maintains it below 3% of GDP over the medium term.\"\n    ),\n    Country & \"'s net expenditure path does not bring and maintain the government deficit below 3% of GDP over the medium term.\"\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[]
[null,"For Member States receiving technical information (maintenance check): "]
[null,"Is the deficit below the TFEU reference level in the last year of the adjustment period and the following ten years? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  MIN(IF((46:46>=AdjustmentPeriodEnd)*(46:46<=AdjustmentPeriodEnd+10), 50:50)) >= -TFEU_Deficit\n)","v":true}]
[null,"In last year of adjustment (for output string)",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  MIN(IF(46:46=AdjustmentPeriodEnd, 50:50)) >= -TFEU_Deficit\n)","v":true}]
[null,"In subsequent 10 years (for output string)",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  MIN(IF((46:46>AdjustmentPeriodEnd)*(46:46<=AdjustmentPeriodEnd+10), 50:50)) >= -TFEU_Deficit\n)","v":true}]
[]
[null,"Natural-language output string",{"$f":"IF(\n  OR(ISNA(C269), ISNA(C270)),\n  \"Not applicable\",\n  IF(\n    AND(C269, C270),\n    Country & \"'s deficit remains below the TFEU reference level in the final year of the adjustment period and throughout the following ten years.\",\n    IF(\n      AND(NOT(C269), C270),\n      Country & \"'s deficit breaches the TFEU reference level in the final year of the adjustment period but remains below it in the following ten years.\",\n      IF(\n        AND(C269, NOT(C270)),\n        Country & \"'s deficit remains below the TFEU reference level in the final year of the adjustment period but breaches it within the following ten years.\",\n        Country & \"'s deficit breaches the TFEU reference level in the final year of the adjustment period and within the following ten years.\"\n      )\n    )\n  )\n)","v":"Latvia's deficit remains below the TFEU reference level in the final year of the adjustment period and throughout the following ten years."}]
[]
[null,"M10: Checking whether the adjustment is linear and at least proportional to total effort over the entire adjustment period (the \"no backloading\" safegard) [Article 6(c)]"]
[null,null,null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028]
[null,"Structural primary balance (% of GDP)",null,{"$f":"INDEX(37:37, COLUMN($D$37) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D275))) - 1)","v":-1.2},-0.8,-1.3,-1.3,-1.3,-1.3]
[null,"Change in structural primary balance (pps.)",null,null,{"$f":"IF(ISNUMBER(E276),E276-D276,\"\")","v":0.39999999999999991},{"$f":"IF(ISNUMBER(F276),F276-E276,\"\")","v":-0.5},0,0,0,"","","",""]
[]
[null,"Is the adjustment effort linear? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  MAX(ROUND(_xlfn._xlws.FILTER(277:277, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)), 1))\n  =\n  MIN(ROUND(_xlfn._xlws.FILTER(277:277, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)), 1)),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Does the adjustment effort remain stable or decline over time? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  MAX(\n    _xlfn.DROP(\n      ROUND(\n        _xlfn._xlws.FILTER(277:277, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),\n        1\n      ),\n      ,1\n    )\n    -\n    _xlfn.DROP(\n      ROUND(\n        _xlfn._xlws.FILTER(277:277, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),\n        1\n      ),\n      ,-1\n    )\n  )<=0,\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Is the annual adjustment effort proportional to the total effort? ",{"$f":"IF(\n  Receives_reference_trajectory,\n  AND(\n    MAX(ROUND(_xlfn._xlws.FILTER(277:277,ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),1))=ROUND($C$282,1),\n    MIN(ROUND(_xlfn._xlws.FILTER(277:277,ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),1))=ROUND($C$282,1)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Total effort",{"$f":"IF(\n  Receives_reference_trajectory,\n  AVERAGE(\n    _xlfn.DROP(\n      _xlfn._xlws.FILTER(276:276, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),\n      ,1\n    )\n    -\n    _xlfn.DROP(\n      _xlfn._xlws.FILTER(276:276, ISNUMBER(275:275)*(275:275>=MTP_YearT+1)*(275:275<=AdjustmentPeriodEnd)),\n      ,-1\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"All conditions met? ",{"$f":"IF(Receives_reference_trajectory,AND(C279:C281),NA())","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  \"Not applicable - \"&Country&\" is not required to comply with a reference trajectory.\",\n  \"The time profile of the fiscal adjustment, measured as the change in the structural primary balance, is \" &\n  IF(C279,\"linear\",\"non-linear\") & \". \" &\n  \"The adjustment effort \" & IF(C280,\"does not rise\",\"rises\") & \" over the adjustment period, and it is \" &\n  IF(C281,\"proportional\",\"not proportional\") &\n  \" to the total effort over the adjustment period. \" &\n  IF(AND(C279,C280,C281),\n     \"Therefore the net expenditure path put forward in \"&Country&\"'s latest MTP is consistent with the no backloading safeguard clause.\",\n     \"Therefore the net expenditure path put forward in \"&Country&\"'s latest MTP is not consistent with the no backloading safeguard clause.\"\n  )\n)","v":"Not applicable - Latvia is not required to comply with a reference trajectory."}]
[]
[null,"M11: Checking consistency with the EDP corrective path in Article 3(4) of Regulation (EC) No 1467/97 [Article 6(d)]"]
[null,"Deficit-based EDP opened? ",{"$f":"'Step 1 - Set global parameters'!B18","v":false}]
[null,"Deadline year for the correction of the excessive deficit",{"$f":"IF(ISNA('Step 1 - Set global parameters'!B19), NA(), 'Step 1 - Set global parameters'!B19)","v":{"$error":"#N/A"}}]
[null,"Debt-based EDP opened? ",{"$f":"'Step 1 - Set global parameters'!B20","v":false}]
[null,"Deadline year for the correction of the excessive debt",{"$f":"IF(ISNA('Step 1 - Set global parameters'!B21), NA(), 'Step 1 - Set global parameters'!B21)","v":{"$error":"#N/A"}}]
[null,"If a deficit-based EDP is opened, is the net expenditure path consistent with a minimum annual structural adjustment of at least 0.5% of GDP (measured in terms of the structural primary balance from 2025-2027 and the overall structural balance from 2028 on) ?",{"$f":"IF(\n  NOT(C288),\n  NA(),\n  AND(\n    IF(\n      COUNTA(\n        _xlfn._xlws.FILTER(\n          _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End)),46:46,0),\n          ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End))-1,46:46,0))\n        )\n      )=0,\n      TRUE,\n      MIN(\n        INDEX(\n          37:37,\n          _xlfn._xlws.FILTER(\n            _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End)),46:46,0),\n            ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End))-1,46:46,0))\n          )\n        )\n        -\n        INDEX(\n          37:37,\n          _xlfn._xlws.FILTER(\n            _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End))-1,46:46,0),\n            ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_Start)*(46:46<=TransEDP_End))-1,46:46,0))\n          )\n        )\n      )>=0.5\n    ),\n    IF(\n      COUNTA(\n        _xlfn._xlws.FILTER(\n          _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1)),46:46,0),\n          ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1))-1,46:46,0))\n        )\n      )=0,\n      TRUE,\n      MIN(\n        INDEX(\n          36:36,\n          _xlfn._xlws.FILTER(\n            _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1)),46:46,0),\n            ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1))-1,46:46,0))\n          )\n        )\n        -\n        INDEX(\n          36:36,\n          _xlfn._xlws.FILTER(\n            _xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1))-1,46:46,0),\n            ISNUMBER(_xlfn.XMATCH(_xlfn._xlws.FILTER(46:46,(46:46>=TransEDP_End+1))-1,46:46,0))\n          )\n        )\n      )>=0.5\n    )\n  )\n)","v":{"$error":"#N/A"}}]
[null,"If not, is the average annual structural adjustment at least 0.5%?",{"$f":"IF(\n  ISNA($C$292),\n  NA(),\n  IF(\n    $C$292=TRUE,\n    NA(),\n    AND(\n      IF(\n        COUNTA(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_Start,MTP_YearT+1))*(46:46<=MIN(TransEDP_End,AdjustmentPeriodEnd))))=0,\n        TRUE,\n        (\n          INDEX(37:37, _xlfn.XMATCH(MAX(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_Start,MTP_YearT+1))*(46:46<=MIN(TransEDP_End,AdjustmentPeriodEnd)))), 46:46, 0)) -\n          INDEX(37:37, _xlfn.XMATCH(MIN(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_Start,MTP_YearT+1))*(46:46<=MIN(TransEDP_End,AdjustmentPeriodEnd)))), 46:46, 0))\n        ) / AdjustmentPeriod >= 0.5\n      ),\n      IF(\n        COUNTA(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_End+1,MTP_YearT+1))*(46:46<=AdjustmentPeriodEnd)))=0,\n        TRUE,\n        (\n          INDEX(36:36, _xlfn.XMATCH(MAX(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_End+1,MTP_YearT+1))*(46:46<=AdjustmentPeriodEnd))), 46:46, 0)) -\n          INDEX(36:36, _xlfn.XMATCH(MIN(_xlfn._xlws.FILTER(46:46,(46:46>=MAX(TransEDP_End+1,MTP_YearT+1))*(46:46<=AdjustmentPeriodEnd))), 46:46, 0))\n        ) / AdjustmentPeriod >= 0.5\n      )\n    )\n  )\n)","v":{"$error":"#N/A"}}]
[null,"If a debt-based EDP is open, is the corrective net expenditure path at least as demanding as the net expenditure path set by the Council in accordance with Article 17 of Regulation (EU) 2024/1263?",{"$f":"IF(NOT(C290),NA(),C229)","v":{"$error":"#N/A"}}]
[null,"If a debt-based EDP is open, does the corrective net expenditure path correct as a rule the cumulative deviations of the control account by the deadline set by the Council?",{"$f":"IF(\n  NOT($C$290),\n  NA(),\n  IF(\n    Debt_EDP_Deadline > AdjustmentPeriodEnd,\n    \"Deadline year exceeds last year of reference trajectory.\",\n    \"Requires manual review — test not implemented.\"\n  )\n)","v":{"$error":"#N/A"}}]
[null,"Overall consistency with the EDP corrective path ",{"$f":"IF(\n   OR(ISNA(C292), ISNA(C293), ISNA(C294), ISNA(C295), ISTEXT(C295)),\n   NA(),\n   AND(\n      OR(\n         AND(C288, OR(C292, C293)),\n         AND(C290, C294, C295),\n         AND(C288, NOT(C290), OR(C292, C293)),\n         AND(C290, NOT(C288), C294, C295)\n      )\n   )\n)","v":{"$error":"#N/A"}}]
[null,"Natural-language output string",{"$f":"IF(\n  OR(C288,C290),\n  IF(\n    ISNA(C296),\n    \"The assessment of \" & Country & \"'s consistency with an excessive deficit procedure corrective path requires manual review.\",\n    IF(\n      C296,\n      Country & \"'s net expenditure path is consistent with the requirements of an excessive deficit procedure corrective path in Article 3(4) of Regulation (EC) No 1467/97.\",\n      Country & \"'s net expenditure path is not consistent with the requirements of an excessive deficit procedure corrective path in Article 3(4) of Regulation (EC) No 1467/97.\"\n    )\n  ),\n  \"The Council has not opened an excessive deficit procedure against \" & Country &\".\"\n)","v":"The Council has not opened an excessive deficit procedure against Latvia."}]
[]
[null,"Assessing whether the MTP adheres to the safeguards (Articles 7 and 8)"]
[null,"M12: Determining whether the debt sustainability safeguard applies and, if so, verifying compliance of the planned fiscal path  [Article 7]",null,null,null,null,null,null,null,null,null,"Article 7: Debt sustainability safeguard"]
[null,"Is the country Greece (that is, does Greece's 2033 exclusion rule apply)? ",{"$f":"(Country=\"Greece\")","v":false}]
[null,"Are any years of the general government debt-to-GDP ratio greater than 90%?",{"$f":"MAX(INDEX(53:53,1,COLUMN($D$46)):INDEX(53:53,1,COLUMN($D$46)+COLUMNS(_xlfn.ANCHORARRAY($D$46))-1))>90","v":false}]
[null,"Are any years of the general government debt-to-GDP ratio between 60% and 90%",{"$f":"SUMPRODUCT(\n  --(INDEX(76:76,1,COLUMN($D$46)):INDEX(76:76,1,COLUMN($D$46)+COLUMNS(_xlfn.ANCHORARRAY($D$46))-1)>=60),\n  --(INDEX(76:76,1,COLUMN($D$46)):INDEX(76:76,1,COLUMN($D$46)+COLUMNS(_xlfn.ANCHORARRAY($D$46))-1)<=90)\n)>0","v":false}]
[null,"Does the projected general government debt-to-GDP ratio decrease by a minimum annual average of 1 percentage point of GDP while the ratio is above 90%?",{"$f":"IF(\n  C302,\n  IFERROR(\n    _xlfn.LET(\n      _xlpm.yrs,_xlfn.ANCHORARRAY( $D$46),\n      _xlpm.startYr, IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1),\n      _xlpm.debt, INDEX(53:53, COLUMN($D$46)+_xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY($D$46)), 0)),\n\n      _xlpm.elig,\n        (_xlpm.yrs>=_xlpm.startYr)*\n        (_xlpm.yrs<=AdjustmentPeriodEnd)*\n        (_xlpm.debt>90)*\n        IF(C301, _xlpm.yrs<>2033, TRUE),\n\n      _xlpm.lastYr, LOOKUP(9^9, IF(_xlpm.elig, _xlpm.yrs)),\n      _xlpm.startDebt, _xlfn.XLOOKUP(_xlpm.startYr, _xlpm.yrs, _xlpm.debt,,0),\n      _xlpm.endDebt,   _xlfn.XLOOKUP(_xlpm.lastYr,  _xlpm.yrs, _xlpm.debt,,0),\n\n      ((_xlpm.startDebt-_xlpm.endDebt)/(_xlpm.lastYr-_xlpm.startYr))>=1\n    ),\n    TRUE\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Does the projected general government debt-to-GDP ratio decrease by a minimum annual average of 0.5 percentage points of GDP while the ratio is above 60%?",{"$f":"IF(C303,IFERROR(\n  (\n    INDEX(53:53, COLUMN($D$46)+_xlfn.XMATCH(IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1),_xlfn.ANCHORARRAY( $D$46), 1)-1)\n    -\n    INDEX(53:53, COLUMN($D$46)+_xlfn.XMATCH(\n      LOOKUP(9^9, IF(\n        (_xlfn.ANCHORARRAY($D$46)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n        (_xlfn.ANCHORARRAY($D$46)<=AdjustmentPeriodEnd)*\n        (INDEX(53:53, COLUMN($D$46)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$46)),0))>TFEU_Debt),_xlfn.ANCHORARRAY(\n        $D$46))\n      ),_xlfn.ANCHORARRAY(\n      $D$46), 1)-1)\n  ) /\n  (\n    LOOKUP(9^9, IF(\n      (_xlfn.ANCHORARRAY($D$46)>=IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1))*\n      (_xlfn.ANCHORARRAY($D$46)<=AdjustmentPeriodEnd)*\n      (INDEX(53:53, COLUMN($D$46)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$46)),0))>TFEU_Debt),_xlfn.ANCHORARRAY(\n      $D$46))\n    )\n    - IF(OR('Step 1 - Set global parameters'!$B$18,'Step 1 - Set global parameters'!$B$20), Validation!$Q$8, MTP_BaseYear-1)\n  )\n  >= 0.5,\n  TRUE\n),NA())","v":{"$error":"#N/A"}}]
[null,"Overall, does the planned fiscal path comply with the debt sustainability safeguard, where applicable?",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  NA(),\n  IF(\n    OR(C302=TRUE, C303=TRUE),\n    IF(\n      OR(\n        IF(C302=TRUE, C304=FALSE, FALSE),\n        IF(C303=TRUE, C305=FALSE, FALSE)\n      ),\n      FALSE,\n      TRUE\n    ),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string:",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  Country & \" does not receive a reference trajectory and its MTP is not assessed against the debt sustainability safeguard.\",\n  IF(\n    OR(C302=TRUE, C303=TRUE),\n    IF(\n      OR(\n        IF(C302=TRUE, C304=FALSE, FALSE),\n        IF(C303=TRUE, C305=FALSE, FALSE)\n      ),\n      \"The debt sustainability safeguard applies and \"&Country&\"'s fiscal path is not compliant.\",\n      \"The debt sustainability safeguard applies and \"&Country&\"'s fiscal path is compliant.\"\n    ),\n    \"The debt sustainability safeguard does not apply as \"&Country&\"'s debt is below 60%.\"\n  )\n)","v":"Latvia does not receive a reference trajectory and its MTP is not assessed against the debt sustainability safeguard."}]
[]
[null,"M13: Determining whether the deficit resilience safeguard applies and, if so, verifying compliance [Article 8]"]
[null,null,null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028]
[null,"Structural  balance (% of GDP)",null,{"$f":"INDEX(36:36, COLUMN($D$36) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D311))) - 1)","v":-1.8},-1.9,-2.5,-2.6,-2.7,-2.7]
[null,"Structural primary balance (% of GDP)",null,{"$f":"INDEX(37:37, COLUMN($D$37) + _xlfn.SEQUENCE(1, COLUMNS(_xlfn.ANCHORARRAY(D311))) - 1)","v":-1.2},-0.8,-1.3,-1.3,-1.3,-1.3]
[null,"Change in structural primary balance",null,null,null,{"$f":"IF(COUNT(E313,F313)=2, F313-E313, \"\")","v":-0.5},{"$f":"IF(COUNT(F313,G313)=2, G313-F313, \"\")","v":0},0,0,"","",""]
[null,"Does structural deficit exceed 1.5% of GDP",null,{"$f":"IF(ISNUMBER(D311),D312<-1.5,\"\")","v":true},{"$f":"IF(ISNUMBER(E311),E312<-1.5,\"\")","v":true},{"$f":"IF(ISNUMBER(F311),F312<-1.5,\"\")","v":true},{"$f":"IF(ISNUMBER(G311),G312<-1.5,\"\")","v":true},true,true,"","","",""]
[]
[null,"Does the deficit resilience safeguard apply? ",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  NA(),\n  SUMPRODUCT(\n    --(\n      INDEX(315:315,1,COLUMN($D$311)):\n      INDEX(315:315,1,COLUMN($D$311)+COLUMNS(_xlfn.ANCHORARRAY($D$311))-1)\n    )\n  )>0\n)","v":{"$error":"#N/A"}}]
[null,"Is the required annual improvement in the structural primary balance 0.4 percentage points of GDP or 0.25?",{"$f":"IF(Receives_reference_trajectory,IF(AdjustmentPeriod=4,0.4,0.25),NA())","v":{"$error":"#N/A"}}]
[null,"Do the annual improvements in the structural primary balance exceed the minimum (that is, if the helper row is TRUE in the previous year, is the change in the structural primary balance greater than 0.4 (or 0.25) percentage points of GDP?",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  NA(),\n  IF(\n    NOT(C317),\n    NA(),\n    SUMPRODUCT(\n      --(_xlfn.TAKE(IFERROR(_xlfn.CHOOSECOLS(315:315, COLUMN($D$311)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$311)))-1), FALSE), , COLUMNS(_xlfn.ANCHORARRAY($D$311))-1)),\n      --(_xlfn.DROP(_xlfn.CHOOSECOLS(314:314, COLUMN($D$311)+_xlfn.SEQUENCE(1,COLUMNS(_xlfn.ANCHORARRAY($D$311)))-1), , 1) <= C318)\n    )=0\n  )\n)","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string:",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  Country & \" does not receive a reference trajectory and its MTP is not assessed against the deficit resilience safeguard.\",\n  IF(\n    OR(NOT(C317), ISNA(C319)),\n    \"The deficit resilience safeguard does not apply, as the structural deficit does not exceed 1.5% of GDP during the adjustment period.\",\n    IF(\n      C319,\n      \"The deficit resilience safeguard applies and \" & Country & \"'s fiscal path is compliant.\",\n      \"The deficit resilience safeguard applies and \" & Country & \"'s fiscal path is not compliant.\"\n    )\n  )\n)","v":"Latvia does not receive a reference trajectory and its MTP is not assessed against the deficit resilience safeguard."}]
[]
[null,"M14. Checking planned structural primary balance adjustment against the target that satisfies all criteria (supportive)"]
[null,"Net expenditure growth trajectories are derived using a structural primary balance target at the end of the four or seven year adjustment period. This assessment compares the MTP to the average annual fiscal adjustment needed to reach that target. "]
[]
[null,"Member states receiving a reference trajectory"]
[null,"Total SPB adjustment required over the adjustment period",{"$f":"IF(\n  Receives_reference_trajectory,\n  IFERROR(\n    INDEX(73:73, _xlfn.XMATCH(AdjustmentPeriodEnd, 63:63, 0)) -\n    INDEX(73:73, _xlfn.XMATCH(MTP_YearT,        63:63, 0)),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Average annual consolidation required over adjustment period",{"$f":"IF(\n  Receives_reference_trajectory,\n  IFERROR(\n    (\n      INDEX(73:73, _xlfn.XMATCH(AdjustmentPeriodEnd, 63:63, 0)) -\n      INDEX(73:73, _xlfn.XMATCH(MTP_YearT,        63:63, 0))\n    ) / (AdjustmentPeriodEnd - MTP_YearT),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,"Average annual consolidation planned",{"$f":"IF(\n  Receives_reference_trajectory,\n  IFERROR(\n    INDEX(37:37, _xlfn.XMATCH(AdjustmentPeriodEnd, 32:32, 0)) -\n    INDEX(37:37, _xlfn.XMATCH(MTP_YearT,        32:32, 0)),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[]
[null,"Natural-language output string",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    OR(ISNA(C329),NOT(ISNUMBER(C329))),\n    Country & \"'s total SPB adjustment required over the adjustment period is \" &\n      TEXT(C327,\"0.0\") & \" pp of GDP, and the required average annual consolidation is \" &\n      TEXT(C328,\"0.0\") & \" pp of GDP.\",\n    Country & \"'s total SPB adjustment required over the adjustment period is \" &\n      TEXT(C327,\"0.0\") & \" pp of GDP. The planned average annual consolidation of \" &\n      TEXT(C329,\"0.0\") & \" pp \" &\n      IF(\n        C329 > C328 + 0.1,\n        \"exceeds the required \" & TEXT(C328,\"0.0\") &\n          \" pp, indicating that the plan appears consistent with achieving the target SPB implied by the reference trajectory by the end of the horizon.\",\n        IF(\n          C329 < C328 - 0.1,\n          \"falls short of the required \" & TEXT(C328,\"0.0\") &\n            \" pp, indicating that additional measures may be needed to reach the target SPB.\",\n          \"is broadly in line with the required \" & TEXT(C328,\"0.0\") & \" pp.\"\n        )\n      )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[]
[null,"Member States receiving technical information: "]
[null,{"$f":"\"Minimum level of structural primary balance in \"&AdjustmentPeriodEnd&\", no safeguard\"","v":"Minimum level of structural primary balance in 2028, no safeguard"},{"$f":"IF(Receives_reference_trajectory,NA(),INDEX(66:66, MATCH(AdjustmentPeriodEnd, 46:46, 0)))","v":-1.3}]
[null,{"$f":"\"Minimum level of structural primary balance in \"&AdjustmentPeriodEnd&\", with safeguard\"","v":"Minimum level of structural primary balance in 2028, with safeguard"},{"$f":"IF(Receives_reference_trajectory,NA(),INDEX(67:67, MATCH(AdjustmentPeriodEnd, 46:46, 0)))","v":-0.1424659999999999}]
[null,"Structural primary balance in in the last year of adjustment in planned fiscal path",{"$f":"IF(Receives_reference_trajectory,NA(),INDEX(37:37, MATCH(AdjustmentPeriodEnd, 46:46, 0)))","v":-1.3}]
[null,"Does the level for the structural primary balance in the last year of the planned fiscal path exceed the minimum level, with no safeguard? ",{"$f":"IF(Receives_reference_trajectory, NA(), C336 >= C334)","v":true}]
[null,"Does the level for the structural primary balance in the last year of the planned fiscal path exceed the minimum level, with the safeguard? ",{"$f":"IF(Receives_reference_trajectory, NA(), C336 >= C335)","v":false}]
[]
[null,"Natural-language output string:",{"$f":"_xlfn.LET(\n  _xlpm.nos, Assessment!$C$337,\n  _xlpm.ws,  Assessment!$C$338,\n  IF(\n    OR(Receives_reference_trajectory, AND(ISNA(_xlpm.nos), ISNA(_xlpm.ws))),\n    NA(),\n    Country & \" is required to meet the structural primary balance condition without a safeguard. \" &\n    IF(\n      AND(_xlpm.nos=TRUE, _xlpm.ws=TRUE),\n      \"This condition is met under both the no-safeguard requirement and the safeguard threshold.\",\n      IF(\n        AND(_xlpm.nos=TRUE, _xlpm.ws=FALSE),\n        \"This condition is met, although the safeguard threshold is not.\",\n        IF(\n          AND(_xlpm.nos=FALSE, _xlpm.ws=TRUE),\n          \"Inconsistent result: the condition is not met without a safeguard but is met under the safeguard threshold. Inputs should be checked.\",\n          \"This condition is not met, and the safeguard threshold is also not met.\"\n        )\n      )\n    )\n  )\n)","v":"Latvia is required to meet the structural primary balance condition without a safeguard. This condition is met, although the safeguard threshold is not."},null,null,null,null,null,null,null,null,null,null,null,"NNFPE_Sustainability_Adherence"]
[]
[null,"M15: Overall MTP net expenditure path compliance"]
[null,"Member states receiving a reference trajectory"]
[null,"The net expenditure plan in the MTP complies with all requirements",{"$f":"IF(\n  NOT(Receives_reference_trajectory),\n  NA(),\n  IFERROR(\n    AND(\n      C209,\n      IF(AdjustmentPeriod=7, C214, TRUE),\n      C231,\n      C254,\n      C264,\n      C283,\n      IF(ISNA(C296), TRUE, C296),\n      IF(ISNA(C306), TRUE, C306),\n      IF(ISNA(C319), TRUE, C319)\n    ),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[null,"Natural-language output string capturing all tests",{"$f":"IF(\n  Receives_reference_trajectory,\n  IF(\n    C229,\n    \"The net expenditure path in \" & Country & \"'s latest MTP adheres to the Commission's reference trajectory\" &\n    IF(\n      ISNA(C344),\n      \", but overall compliance with Regulation (EU) 2024/1263 cannot yet be assessed.\",\n      IF(C344,\n        \" and it meets all requirements of Regulation (EU) 2024/1263.\",\n        \" but it does not meet all requirements of Regulation (EU) 2024/1263.\"\n      )\n    ),\n    IF(\n      C230,\n      \"The net expenditure path in \" & Country & \"'s latest MTP exceeds the Commission's reference trajectory but the \" & IFI_Name &\n      \" deems the explanation and alternative assumptions to be satisfactory\" &\n      IF(\n        ISNA(C344),\n        \", but overall compliance with Regulation (EU) 2024/1263 cannot yet be assessed.\",\n        IF(C344,\n          \", and it meets all requirements of Regulation (EU) 2024/1263.\",\n          \", but it does not meet all requirements of Regulation (EU) 2024/1263.\"\n        )\n      ),\n      \"The net expenditure path in \" & Country & \"'s latest MTP exceeds the Commission's reference trajectory and the \" & IFI_Name &\n      \" does not deem the explanation and alternative assumptions to be satisfactory\" &\n      IF(\n        ISNA(C344),\n        \", and overall compliance with Regulation (EU) 2024/1263 cannot yet be assessed.\",\n        IF(C344,\n          \", and it meets all requirements of Regulation (EU) 2024/1263.\",\n          \", and it does not meet all requirements of Regulation (EU) 2024/1263.\"\n        )\n      )\n    )\n  ),\n  \"Not applicable.\"\n)","v":"Not applicable."}]
[]
[null,"For Member States receiving technical information (maintenance check): "]
[null,"The net expenditure plan in the MTP complies with all requirements",{"$f":"IF(\n  Receives_reference_trajectory,\n  NA(),\n  AND(C241, C258, C268)\n)","v":true}]
[null,"Natural-language output string",{"$f":"IF(\n  Receives_reference_trajectory,\n  \"Not applicable\",\n  IF(\n    C239,\n    \"The net expenditure path in \" & Country & \"'s MTP adheres to the minimum level of the primary structural balance in \" &\n      AdjustmentPeriodEnd & \" (\" & C235 & \"% of GDP). \",\n    \"The net expenditure path in \" & Country & \"'s MTP does not adhere to the minimum level of the primary structural balance in \" &\n      AdjustmentPeriodEnd & \" (\" & C235 & \"% of GDP). \"\n  ) &\n  IF(\n    AND(C258, C268),\n    \"The net expenditure path put forward in the plan is consistent with the deficit and debt requirements as set out in Article 16(2) of Regulation (EU) 2024/1263.\",\n    IF(\n      AND(C258, NOT(C268)),\n      \"However, while it complies with the debt requirement, it does not comply with the deficit requirement under Article 16(2) of Regulation (EU) 2024/1263.\",\n      IF(\n        AND(NOT(C258), C268),\n        \"However, while it complies with the deficit requirement, it does not comply with the debt requirement under Article 16(2) of Regulation (EU) 2024/1263.\",\n        \"It does not comply with either the deficit or debt requirements as set out in Article 16(2) of Regulation (EU) 2024/1263.\"\n      )\n    )\n  )\n)","v":"The net expenditure path in Latvia's MTP adheres to the minimum level of the primary structural balance in 2028 (-1.3% of GDP). The net expenditure path put forward in the plan is consistent with the deficit and debt requirements as set out in Article 16(2) of Regulation (EU) 2024/1263."}]

{"sheet":"Chart data","index":8,"n_rows":152,"n_cols":23,"rows_kept":152,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,null,null,{"$f":"_xlfn.SEQUENCE(1, AdjustmentPeriodEnd+10-MTP_BaseYear+1, MTP_BaseYear)","v":2023},2024,2025,2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038]
[null,"Figure 1",{"$f":"\"Performance of net expenditure growth compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")","v":"Performance of net expenditure growth compared to the endorsed plan"}]
[null,null,"Council-endorsed path",null,null,{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!E34=\"\",NA(),Assessment!E34),NA())","v":9.1},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!F34=\"\",NA(),Assessment!F34),NA())","v":5.9},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!G34=\"\",NA(),Assessment!G34),NA())","v":3.6},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!H34=\"\",NA(),Assessment!H34),NA())","v":3.4},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!I34=\"\",NA(),Assessment!I34),NA())","v":3.3},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!J34=\"\",NA(),Assessment!J34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!K34=\"\",NA(),Assessment!K34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!L34=\"\",NA(),Assessment!L34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!M34=\"\",NA(),Assessment!M34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!N34=\"\",NA(),Assessment!N34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!O34=\"\",NA(),Assessment!O34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!P34=\"\",NA(),Assessment!P34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!Q34=\"\",NA(),Assessment!Q34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!R34=\"\",NA(),Assessment!R34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!S34=\"\",NA(),Assessment!S34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!T34=\"\",NA(),Assessment!T34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!U34=\"\",NA(),Assessment!U34),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!V34=\"\",NA(),Assessment!V34),NA())","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
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[null,null,"Blank helper series 2"]
[null,null,"Observed (Compliant)",null,null,{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":4.9652620789816915},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H4 - 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INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H4 - 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INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W4 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n),NA())","v":{"$error":"#N/A"}}]
[null,null,"Ensuring primary axis always equals secondar’s range and updates dynamically."]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F4:W9)<0, _xlfn.AGGREGATE(5,6,F4:W9), 0)","v":0}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F4:W9)","v":9.1}]
[]
[null,"Figure 2","Control account deviations and cumulative balance"]
[null,null,"Cumulative balance (observed)",null,null,{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":-1.6278057871264535},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$140:$140,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(AND(INDEX('Chart data'!$2:$2,COLUMN())>=MTP_BaseYear,INDEX('Chart data'!$2:$2,COLUMN())<=OutturnThrough),IF(INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))=\"\",NA(),INDEX(Assessment!$125:$125,_xlfn.XMATCH(INDEX('Chart data'!$2:$2,COLUMN()),Assessment!$4:$4,0))),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - 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[null,null,"Cumulative balance (planned)",null,null,{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(F15),NA(),IF(Assessment!E140=\"\",NA(),Assessment!E140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(F15),NA(),IF(Assessment!E125=\"\",NA(),Assessment!E125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(G15),NA(),IF(Assessment!F140=\"\",NA(),Assessment!F140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(G15),NA(),IF(Assessment!F125=\"\",NA(),Assessment!F125)),NA())\n)","v":-1.5592009455234228},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(H15),NA(),IF(Assessment!G140=\"\",NA(),Assessment!G140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(H15),NA(),IF(Assessment!G125=\"\",NA(),Assessment!G125)),NA())\n)","v":-1.4892081619134891},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(I15),NA(),IF(Assessment!H140=\"\",NA(),Assessment!H140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(I15),NA(),IF(Assessment!H125=\"\",NA(),Assessment!H125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - 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Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(R15),NA(),IF(Assessment!Q140=\"\",NA(),Assessment!Q140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(R15),NA(),IF(Assessment!Q125=\"\",NA(),Assessment!Q125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(S15),NA(),IF(Assessment!R140=\"\",NA(),Assessment!R140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(S15),NA(),IF(Assessment!R125=\"\",NA(),Assessment!R125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(T15),NA(),IF(Assessment!S140=\"\",NA(),Assessment!S140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(T15),NA(),IF(Assessment!S125=\"\",NA(),Assessment!S125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(U15),NA(),IF(Assessment!T140=\"\",NA(),Assessment!T140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(U15),NA(),IF(Assessment!T125=\"\",NA(),Assessment!T125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(V15),NA(),IF(Assessment!U140=\"\",NA(),Assessment!U140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(V15),NA(),IF(Assessment!U125=\"\",NA(),Assessment!U125)),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(W15),NA(),IF(Assessment!V140=\"\",NA(),Assessment!V140)),NA()),\n  IF(MTP_Council_Endorsed,IF(ISNUMBER(W15),NA(),IF(Assessment!V125=\"\",NA(),Assessment!V125)),NA())\n)","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
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[null,null,"Recorded annual deviation (overspend)",null,null,{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!E141),IF(Assessment!E139>0,Assessment!E139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!E126),IF(Assessment!E124>0,Assessment!E124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!F141),IF(Assessment!F139>0,Assessment!F139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!F126),IF(Assessment!F124>0,Assessment!F124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!G141),IF(Assessment!G139>0,Assessment!G139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!G126),IF(Assessment!G124>0,Assessment!G124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!H141),IF(Assessment!H139>0,Assessment!H139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!H126),IF(Assessment!H124>0,Assessment!H124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!I141),IF(Assessment!I139>0,Assessment!I139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!I126),IF(Assessment!I124>0,Assessment!I124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!J141),IF(Assessment!J139>0,Assessment!J139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!J126),IF(Assessment!J124>0,Assessment!J124,NA()),NA()),NA())\n)","v":""},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!K141),IF(Assessment!K139>0,Assessment!K139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!K126),IF(Assessment!K124>0,Assessment!K124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!L141),IF(Assessment!L139>0,Assessment!L139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!L126),IF(Assessment!L124>0,Assessment!L124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!M141),IF(Assessment!M139>0,Assessment!M139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!M126),IF(Assessment!M124>0,Assessment!M124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!N141),IF(Assessment!N139>0,Assessment!N139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!N126),IF(Assessment!N124>0,Assessment!N124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!O141),IF(Assessment!O139>0,Assessment!O139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!O126),IF(Assessment!O124>0,Assessment!O124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!P141),IF(Assessment!P139>0,Assessment!P139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!P126),IF(Assessment!P124>0,Assessment!P124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!Q141),IF(Assessment!Q139>0,Assessment!Q139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!Q126),IF(Assessment!Q124>0,Assessment!Q124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!R141),IF(Assessment!R139>0,Assessment!R139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!R126),IF(Assessment!R124>0,Assessment!R124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!S141),IF(Assessment!S139>0,Assessment!S139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!S126),IF(Assessment!S124>0,Assessment!S124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!T141),IF(Assessment!T139>0,Assessment!T139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!T126),IF(Assessment!T124>0,Assessment!T124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!U141),IF(Assessment!U139>0,Assessment!U139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!U126),IF(Assessment!U124>0,Assessment!U124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}},{"$f":"IF(COUNTIF('Step 1 - Set global parameters'!$B$12:$G$12,TRUE)>0,\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!V141),IF(Assessment!V139>0,Assessment!V139,NA()),NA()),NA()),\n  IF(MTP_Council_Endorsed,IF(NOT(Assessment!V126),IF(Assessment!V124>0,Assessment!V124,NA()),NA()),NA())\n)","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 2"]
[null,null,"Unrecorded or defence-adjusted annual deviation",null,null,{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!E141,Assessment!E139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!F141,Assessment!F139,NA()),NA())","v":0},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!G141,Assessment!G139,NA()),NA())","v":0},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!H141,Assessment!H139,NA()),NA())","v":""},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!I141,Assessment!I139,NA()),NA())","v":""},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!J141,Assessment!J139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!K141,Assessment!K139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!L141,Assessment!L139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!M141,Assessment!M139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!N141,Assessment!N139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!O141,Assessment!O139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!P141,Assessment!P139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!Q141,Assessment!Q139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!R141,Assessment!R139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!S141,Assessment!S139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!T141,Assessment!T139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!U141,Assessment!U139,NA()),NA())","v":{"$error":"#N/A"}},{"$f":"IF(MTP_Council_Endorsed,IF(Assessment!V141,Assessment!V139,NA()),NA())","v":{"$error":"#N/A"}}]
[null,null,"Annual deviation limit",null,null,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3,0.3]
[null,null,"Cumulative deviation limit",null,null,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6,0.6]
[null,null,"Ensuring primary axis always equals secondary’s range and updates dynamically."]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F15:W23)<0, _xlfn.AGGREGATE(5,6,F15:W23), 0)","v":-1.6278057871264535}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F15:W23)","v":0.6}]
[]
[null,"Figure 3",{"$f":"\"Performance of general government debt compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")","v":"Performance of general government debt compared to the endorsed plan"}]
[null,null,"Council-endorsed path (% of GDP)",null,{"$f":"IF(ISNUMBER(Assessment!D38),Assessment!D38,NA())","v":43.6},{"$f":"IF(ISNUMBER(Assessment!E38),Assessment!E38,NA())","v":45.8},{"$f":"IF(ISNUMBER(Assessment!F38),Assessment!F38,NA())","v":47.5},{"$f":"IF(ISNUMBER(Assessment!G38),Assessment!G38,NA())","v":48.5},{"$f":"IF(ISNUMBER(Assessment!H38),Assessment!H38,NA())","v":49.7},{"$f":"IF(ISNUMBER(Assessment!I38),Assessment!I38,NA())","v":50.8},{"$f":"IF(ISNUMBER(Assessment!J38),Assessment!J38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K38),Assessment!K38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L38),Assessment!L38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M38),Assessment!M38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N38),Assessment!N38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O38),Assessment!O38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P38),Assessment!P38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q38),Assessment!Q38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R38),Assessment!R38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S38),Assessment!S38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T38),Assessment!T38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U38),Assessment!U38,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V38),Assessment!V38,NA())","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
[null,null,"Planned",null,{"$f":"IF(OR(ISNUMBER(E91),ISNUMBER(E92)),NA(),IF(ISNUMBER(Assessment!D20),Assessment!D20,NA()))","v":44.430318318075436},{"$f":"IF(OR(ISNUMBER(F91),ISNUMBER(F92)),NA(),IF(ISNUMBER(Assessment!E20),Assessment!E20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(G91),ISNUMBER(G92)),NA(),IF(ISNUMBER(Assessment!F20),Assessment!F20,NA()))","v":48.9},{"$f":"IF(OR(ISNUMBER(H91),ISNUMBER(H92)),NA(),IF(ISNUMBER(Assessment!G20),Assessment!G20,NA()))","v":50.6},{"$f":"IF(OR(ISNUMBER(I91),ISNUMBER(I92)),NA(),IF(ISNUMBER(Assessment!H20),Assessment!H20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J91),ISNUMBER(J92)),NA(),IF(ISNUMBER(Assessment!I20),Assessment!I20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K91),ISNUMBER(K92)),NA(),IF(ISNUMBER(Assessment!J20),Assessment!J20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L91),ISNUMBER(L92)),NA(),IF(ISNUMBER(Assessment!K20),Assessment!K20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M91),ISNUMBER(M92)),NA(),IF(ISNUMBER(Assessment!L20),Assessment!L20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N91),ISNUMBER(N92)),NA(),IF(ISNUMBER(Assessment!M20),Assessment!M20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O91),ISNUMBER(O92)),NA(),IF(ISNUMBER(Assessment!N20),Assessment!N20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P91),ISNUMBER(P92)),NA(),IF(ISNUMBER(Assessment!O20),Assessment!O20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q91),ISNUMBER(Q92)),NA(),IF(ISNUMBER(Assessment!P20),Assessment!P20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R91),ISNUMBER(R92)),NA(),IF(ISNUMBER(Assessment!Q20),Assessment!Q20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S91),ISNUMBER(S92)),NA(),IF(ISNUMBER(Assessment!R20),Assessment!R20,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T91),ISNUMBER(T92)),NA(),IF(ISNUMBER(Assessment!S20),Assessment!S20,NA()))","v":{"$error":"#N/A"}}]
[null,null,"Observed (Compliant)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T29 - 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INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
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INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L29 - 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INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U29 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V29 - 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[null,null,"60% reference value",null,null,{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F29:W34)<0, _xlfn.AGGREGATE(5,6,F29:W34), 0)","v":0}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F29:W34)","v":60.05}]
[]
[null,"Figure 4",{"$f":"\"Performance of general government deficit compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")","v":"Performance of general government deficit compared to the endorsed plan"}]
[null,null,"Council-endorsed path (% of GDP)",null,null,{"$f":"Assessment!E50","v":-2.6},{"$f":"Assessment!F50","v":-2.9},{"$f":"Assessment!G50","v":-2.9},{"$f":"Assessment!H50","v":-2.9},{"$f":"Assessment!I50","v":-2.9},{"$f":"Assessment!J50","v":-2.9},{"$f":"Assessment!K50","v":-2.9},{"$f":"Assessment!L50","v":-2.9},{"$f":"Assessment!M50","v":-3},{"$f":"Assessment!N50","v":-3},{"$f":"Assessment!O50","v":-3},{"$f":"Assessment!P50","v":-3},{"$f":"Assessment!Q50","v":-3},{"$f":"Assessment!R50","v":-3},{"$f":"Assessment!S50","v":-2.9},{"$f":"Assessment!T50","v":""},{"$f":"Assessment!U50","v":""},{"$f":"Assessment!V50","v":""}]
[null,null,"Planned",null,null,{"$f":"IF(OR(ISNUMBER(F41),ISNUMBER(F42)),NA(),IF(ISNUMBER(Assessment!E17),Assessment!E17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(G41),ISNUMBER(G42)),NA(),IF(ISNUMBER(Assessment!F17),Assessment!F17,NA()))","v":-2.9},{"$f":"IF(OR(ISNUMBER(H41),ISNUMBER(H42)),NA(),IF(ISNUMBER(Assessment!G17),Assessment!G17,NA()))","v":-3.3},{"$f":"IF(OR(ISNUMBER(I41),ISNUMBER(I42)),NA(),IF(ISNUMBER(Assessment!H17),Assessment!H17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J41),ISNUMBER(J42)),NA(),IF(ISNUMBER(Assessment!I17),Assessment!I17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K41),ISNUMBER(K42)),NA(),IF(ISNUMBER(Assessment!J17),Assessment!J17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L41),ISNUMBER(L42)),NA(),IF(ISNUMBER(Assessment!K17),Assessment!K17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M41),ISNUMBER(M42)),NA(),IF(ISNUMBER(Assessment!L17),Assessment!L17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N41),ISNUMBER(N42)),NA(),IF(ISNUMBER(Assessment!M17),Assessment!M17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O41),ISNUMBER(O42)),NA(),IF(ISNUMBER(Assessment!N17),Assessment!N17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P41),ISNUMBER(P42)),NA(),IF(ISNUMBER(Assessment!O17),Assessment!O17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q41),ISNUMBER(Q42)),NA(),IF(ISNUMBER(Assessment!P17),Assessment!P17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R41),ISNUMBER(R42)),NA(),IF(ISNUMBER(Assessment!Q17),Assessment!Q17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S41),ISNUMBER(S42)),NA(),IF(ISNUMBER(Assessment!R17),Assessment!R17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T41),ISNUMBER(T42)),NA(),IF(ISNUMBER(Assessment!S17),Assessment!S17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(U41),ISNUMBER(U42)),NA(),IF(ISNUMBER(Assessment!T17),Assessment!T17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(V41),ISNUMBER(V42)),NA(),IF(ISNUMBER(Assessment!U17),Assessment!U17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(W41),ISNUMBER(W42)),NA(),IF(ISNUMBER(Assessment!V17),Assessment!V17,NA()))","v":{"$error":"#N/A"}}]
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INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W39 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P79 - 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[null,null,"3% reference value",null,null,{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05}]
[null,null,"Label sign switched - General government balance (% of GDP)",null,null,{"$f":"IF(F79<>\"\",-F79,NA())","v":2.6},2.9,2.9,2.9,2.9,2.9,2.9,2.9,3,3,3,3,3,3,2.9,{"$f":"IF(U79<>\"\",-U79,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,"Label sign switched - Observed (Compliant)",null,null,{"$f":"IF(F81<>\"\",-F81,NA())","v":1.7868607680254289},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(U81<>\"\",-U81,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,"Label sign switched - Observed (Breach)",null,null,{"$f":"IF(F82<>\"\",-F82,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(U82<>\"\",-U82,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[]
[null,"Figure 5",{"$f":"\"Performance of structural primary balance compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")","v":"Performance of structural primary balance compared to the endorsed plan"}]
[null,null,"Council-endorsed path",null,null,{"$f":"Assessment!E37","v":-0.8},{"$f":"Assessment!F37","v":-1.3},{"$f":"Assessment!G37","v":-1.3},{"$f":"Assessment!H37","v":-1.3},{"$f":"Assessment!I37","v":-1.3},{"$f":"Assessment!J37","v":""},{"$f":"Assessment!K37","v":""},{"$f":"Assessment!L37","v":""},{"$f":"Assessment!M37","v":""},{"$f":"Assessment!N37","v":""},{"$f":"Assessment!O37","v":0},{"$f":"Assessment!P37","v":0},{"$f":"Assessment!Q37","v":0},{"$f":"Assessment!R37","v":0},{"$f":"Assessment!S37","v":0},{"$f":"Assessment!T37","v":0},{"$f":"Assessment!U37","v":0},{"$f":"Assessment!V37","v":0}]
[null,null,"Blank helper series 1"]
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[null,null,"Blank helper series 2"]
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[null,null,"Observed (Breach)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F49:W54)<0, _xlfn.AGGREGATE(5,6,F49:W54), 0)","v":-1.6}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F49:W54)","v":0}]
[]
[null,"Figure 6",{"$f":"\"Change in general government gross debt compared to \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")&\" and safeguard\"","v":"Change in general government gross debt compared to endorsed plan and safeguard"}]
[null,null,"Council-endorsed path",null,{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!C38),\n    ISNUMBER(Assessment!D38)\n  ),\n  Assessment!D38-Assessment!C38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!D38),\n    ISNUMBER(Assessment!E38)\n  ),\n  Assessment!E38-Assessment!D38,\n  NA()\n)","v":2.1999999999999957},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!E38),\n    ISNUMBER(Assessment!F38)\n  ),\n  Assessment!F38-Assessment!E38,\n  NA()\n)","v":1.7000000000000028},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!F38),\n    ISNUMBER(Assessment!G38)\n  ),\n  Assessment!G38-Assessment!F38,\n  NA()\n)","v":1},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!G38),\n    ISNUMBER(Assessment!H38)\n  ),\n  Assessment!H38-Assessment!G38,\n  NA()\n)","v":1.2000000000000028},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!H38),\n    ISNUMBER(Assessment!I38)\n  ),\n  Assessment!I38-Assessment!H38,\n  NA()\n)","v":1.0999999999999943},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!I38),\n    ISNUMBER(Assessment!J38)\n  ),\n  Assessment!J38-Assessment!I38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!J38),\n    ISNUMBER(Assessment!K38)\n  ),\n  Assessment!K38-Assessment!J38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!K38),\n    ISNUMBER(Assessment!L38)\n  ),\n  Assessment!L38-Assessment!K38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!L38),\n    ISNUMBER(Assessment!M38)\n  ),\n  Assessment!M38-Assessment!L38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!M38),\n    ISNUMBER(Assessment!N38)\n  ),\n  Assessment!N38-Assessment!M38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!N38),\n    ISNUMBER(Assessment!O38)\n  ),\n  Assessment!O38-Assessment!N38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!O38),\n    ISNUMBER(Assessment!P38)\n  ),\n  Assessment!P38-Assessment!O38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!P38),\n    ISNUMBER(Assessment!Q38)\n  ),\n  Assessment!Q38-Assessment!P38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!Q38),\n    ISNUMBER(Assessment!R38)\n  ),\n  Assessment!R38-Assessment!Q38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!R38),\n    ISNUMBER(Assessment!S38)\n  ),\n  Assessment!S38-Assessment!R38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!S38),\n    ISNUMBER(Assessment!T38)\n  ),\n  Assessment!T38-Assessment!S38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!T38),\n    ISNUMBER(Assessment!U38)\n  ),\n  Assessment!U38-Assessment!T38,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!U38),\n    ISNUMBER(Assessment!V38)\n  ),\n  Assessment!V38-Assessment!U38,\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
[null,null,"Blank helper series 2"]
[null,null,"Observed (Compliant)",null,{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!D21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!D21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!E21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!E21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!F21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!F21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!G21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!G21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!H21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!H21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!I21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!I21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!J21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!J21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!K21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!K21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!L21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!L21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!M21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!M21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!N21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!N21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!O21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!O21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!P21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!P21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!Q21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!Q21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!R21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!R21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!S21 <= INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!S21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  Assessment!T21,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  Assessment!U21,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  Assessment!V21,\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!D21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!D21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!E21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!E21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":""},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!F21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!F21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!G21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!G21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!H21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!H21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!I21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!I21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!J21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!J21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!K21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!K21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!L21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!L21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!M21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!M21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!N21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!N21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!O21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!O21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!P21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!P21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!Q21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!Q21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!R21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!R21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX(2:2, COLUMN()) > MTP_BaseYear,\n    INDEX(2:2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Assessment!S21 > INDEX('Chart data'!$59:$59, COLUMN()),\n      Assessment!S21,\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Change in gross debt (planned)",null,{"$f":"IF(OR(ISNUMBER(E62),ISNUMBER(E63)),NA(),IF(ISNUMBER(Assessment!D21),Assessment!D21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(F62),ISNUMBER(F63)),NA(),IF(ISNUMBER(Assessment!E21),Assessment!E21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(G62),ISNUMBER(G63)),NA(),IF(ISNUMBER(Assessment!F21),Assessment!F21,NA()))","v":2.1},{"$f":"IF(OR(ISNUMBER(H62),ISNUMBER(H63)),NA(),IF(ISNUMBER(Assessment!G21),Assessment!G21,NA()))","v":1.7},{"$f":"IF(OR(ISNUMBER(I62),ISNUMBER(I63)),NA(),IF(ISNUMBER(Assessment!H21),Assessment!H21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J62),ISNUMBER(J63)),NA(),IF(ISNUMBER(Assessment!I21),Assessment!I21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K62),ISNUMBER(K63)),NA(),IF(ISNUMBER(Assessment!J21),Assessment!J21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L62),ISNUMBER(L63)),NA(),IF(ISNUMBER(Assessment!K21),Assessment!K21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M62),ISNUMBER(M63)),NA(),IF(ISNUMBER(Assessment!L21),Assessment!L21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N62),ISNUMBER(N63)),NA(),IF(ISNUMBER(Assessment!M21),Assessment!M21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O62),ISNUMBER(O63)),NA(),IF(ISNUMBER(Assessment!N21),Assessment!N21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P62),ISNUMBER(P63)),NA(),IF(ISNUMBER(Assessment!O21),Assessment!O21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q62),ISNUMBER(Q63)),NA(),IF(ISNUMBER(Assessment!P21),Assessment!P21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R62),ISNUMBER(R63)),NA(),IF(ISNUMBER(Assessment!Q21),Assessment!Q21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S62),ISNUMBER(S63)),NA(),IF(ISNUMBER(Assessment!R21),Assessment!R21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T62),ISNUMBER(T63)),NA(),IF(ISNUMBER(Assessment!S21),Assessment!S21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(U62),NA(),IF(ISNUMBER(Assessment!T21),Assessment!T21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(V62),NA(),IF(ISNUMBER(Assessment!U21),Assessment!U21,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(W62),NA(),IF(ISNUMBER(Assessment!V21),Assessment!V21,NA()))","v":{"$error":"#N/A"}}]
[null,null,"Required change in gross debt ",null,{"$f":"IF(\n  ISNUMBER(Assessment!D20),\n  IF(Assessment!D20>90,-1,\n     IF(Assessment!D20>60,-0.5,0)\n  ),\n  NA()\n)","v":0},{"$f":"IF(\n  ISNUMBER(Assessment!E20),\n  IF(Assessment!E20>90,-1,\n     IF(Assessment!E20>60,-0.5,0)\n  ),\n  NA()\n)","v":0},{"$f":"IF(\n  ISNUMBER(Assessment!F20),\n  IF(Assessment!F20>90,-1,\n     IF(Assessment!F20>60,-0.5,0)\n  ),\n  NA()\n)","v":0},{"$f":"IF(\n  ISNUMBER(Assessment!G20),\n  IF(Assessment!G20>90,-1,\n     IF(Assessment!G20>60,-0.5,0)\n  ),\n  NA()\n)","v":0},{"$f":"IF(\n  ISNUMBER(Assessment!H20),\n  IF(Assessment!H20>90,-1,\n     IF(Assessment!H20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!I20),\n  IF(Assessment!I20>90,-1,\n     IF(Assessment!I20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!J20),\n  IF(Assessment!J20>90,-1,\n     IF(Assessment!J20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!K20),\n  IF(Assessment!K20>90,-1,\n     IF(Assessment!K20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!L20),\n  IF(Assessment!L20>90,-1,\n     IF(Assessment!L20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!M20),\n  IF(Assessment!M20>90,-1,\n     IF(Assessment!M20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!N20),\n  IF(Assessment!N20>90,-1,\n     IF(Assessment!N20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!O20),\n  IF(Assessment!O20>90,-1,\n     IF(Assessment!O20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!P20),\n  IF(Assessment!P20>90,-1,\n     IF(Assessment!P20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!Q20),\n  IF(Assessment!Q20>90,-1,\n     IF(Assessment!Q20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!R20),\n  IF(Assessment!R20>90,-1,\n     IF(Assessment!R20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!S20),\n  IF(Assessment!S20>90,-1,\n     IF(Assessment!S20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!T20),\n  IF(Assessment!T20>90,-1,\n     IF(Assessment!T20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!U20),\n  IF(Assessment!U20>90,-1,\n     IF(Assessment!U20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  ISNUMBER(Assessment!V20),\n  IF(Assessment!V20>90,-1,\n     IF(Assessment!V20>60,-0.5,0)\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F59:W65)<0, _xlfn.AGGREGATE(5,6,F59:W65), 0)","v":0}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F59:W65)","v":2.1999999999999957}]
[]
[null,"Figure 7",{"$f":"\"Time profile of the fiscal adjustment (change in the structural primary balance) compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")","v":"Time profile of the fiscal adjustment (change in the structural primary balance) compared to the endorsed plan"}]
[null,null,"Endorsed linear annual change in SPB ",null,null,null,{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!F37),\n    ISNUMBER(Assessment!E37)\n  ),\n  Assessment!F37 - Assessment!E37,\n  NA()\n)","v":-0.5},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!G37),\n    ISNUMBER(Assessment!F37)\n  ),\n  Assessment!G37 - Assessment!F37,\n  NA()\n)","v":0},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!H37),\n    ISNUMBER(Assessment!G37)\n  ),\n  Assessment!H37 - Assessment!G37,\n  NA()\n)","v":0},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!I37),\n    ISNUMBER(Assessment!H37)\n  ),\n  Assessment!I37 - Assessment!H37,\n  NA()\n)","v":0},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!J37),\n    ISNUMBER(Assessment!I37)\n  ),\n  Assessment!J37 - Assessment!I37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!K37),\n    ISNUMBER(Assessment!J37)\n  ),\n  Assessment!K37 - Assessment!J37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!L37),\n    ISNUMBER(Assessment!K37)\n  ),\n  Assessment!L37 - Assessment!K37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!M37),\n    ISNUMBER(Assessment!L37)\n  ),\n  Assessment!M37 - Assessment!L37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!N37),\n    ISNUMBER(Assessment!M37)\n  ),\n  Assessment!N37 - Assessment!M37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!O37),\n    ISNUMBER(Assessment!N37)\n  ),\n  Assessment!O37 - Assessment!N37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!P37),\n    ISNUMBER(Assessment!O37)\n  ),\n  Assessment!P37 - Assessment!O37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!Q37),\n    ISNUMBER(Assessment!P37)\n  ),\n  Assessment!Q37 - Assessment!P37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!R37),\n    ISNUMBER(Assessment!Q37)\n  ),\n  Assessment!R37 - Assessment!Q37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!S37),\n    ISNUMBER(Assessment!R37)\n  ),\n  Assessment!S37 - Assessment!R37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!T37),\n    ISNUMBER(Assessment!S37)\n  ),\n  Assessment!T37 - Assessment!S37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!U37),\n    ISNUMBER(Assessment!T37)\n  ),\n  Assessment!U37 - Assessment!T37,\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    ISNUMBER(Assessment!V37),\n    ISNUMBER(Assessment!U37)\n  ),\n  Assessment!V37 - Assessment!U37,\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
[null,null,"Planned",null,null,{"$f":"IF(ISNUMBER(F74),NA(),IF(ISNUMBER(Assessment!E19),Assessment!E19-Assessment!D19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(G74),NA(),IF(ISNUMBER(Assessment!F19),Assessment!F19-Assessment!E19,NA()))","v":-0.75051000000000001},{"$f":"IF(ISNUMBER(H74),NA(),IF(ISNUMBER(Assessment!G19),Assessment!G19-Assessment!F19,NA()))","v":-0.40000000000000013},{"$f":"IF(ISNUMBER(I74),NA(),IF(ISNUMBER(Assessment!H19),Assessment!H19-Assessment!G19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(J74),NA(),IF(ISNUMBER(Assessment!I19),Assessment!I19-Assessment!H19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(K74),NA(),IF(ISNUMBER(Assessment!J19),Assessment!J19-Assessment!I19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(L74),NA(),IF(ISNUMBER(Assessment!K19),Assessment!K19-Assessment!J19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(M74),NA(),IF(ISNUMBER(Assessment!L19),Assessment!L19-Assessment!K19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(N74),NA(),IF(ISNUMBER(Assessment!M19),Assessment!M19-Assessment!L19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(O74),NA(),IF(ISNUMBER(Assessment!N19),Assessment!N19-Assessment!M19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(P74),NA(),IF(ISNUMBER(Assessment!O19),Assessment!O19-Assessment!N19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Q74),NA(),IF(ISNUMBER(Assessment!P19),Assessment!P19-Assessment!O19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(R74),NA(),IF(ISNUMBER(Assessment!Q19),Assessment!Q19-Assessment!P19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(S74),NA(),IF(ISNUMBER(Assessment!R19),Assessment!R19-Assessment!Q19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(T74),NA(),IF(ISNUMBER(Assessment!S19),Assessment!S19-Assessment!R19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(U74),NA(),IF(ISNUMBER(Assessment!T19),Assessment!T19-Assessment!S19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(V74),NA(),IF(ISNUMBER(Assessment!U19),Assessment!U19-Assessment!T19,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(W74),NA(),IF(ISNUMBER(Assessment!V19),Assessment!V19-Assessment!U19,NA()))","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 2"]
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INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - 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INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  _xlfn.LET(\n    _xlpm.thisYearCol,\n      _xlfn.XMATCH(INDEX($2:$2, COLUMN()), Assessment!$4:$4, 0),\n    IF(\n      _xlpm.thisYearCol = 1,\n      NA(),\n      IFERROR(\n        INDEX(Assessment!$19:$19, _xlpm.thisYearCol)\n        - INDEX(Assessment!$19:$19, _xlpm.thisYearCol - 1),\n        NA()\n      )\n    )\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F70:W74)<0, _xlfn.AGGREGATE(5,6,F70:W74), 0)","v":-0.75051000000000001}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F70:W74)","v":0.93175000000000008}]
[]
[null,"Figure 8",{"$f":"\"Performance of general government balance compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")&\" (in context of planned fiscal path DSA)\"","v":"Performance of general government balance compared to the endorsed plan (in context of planned fiscal path DSA)"}]
[null,null,"General government balance (% of GDP)",null,null,{"$f":"Assessment!E50","v":-2.6},{"$f":"Assessment!F50","v":-2.9},{"$f":"Assessment!G50","v":-2.9},{"$f":"Assessment!H50","v":-2.9},{"$f":"Assessment!I50","v":-2.9},{"$f":"Assessment!J50","v":-2.9},{"$f":"Assessment!K50","v":-2.9},{"$f":"Assessment!L50","v":-2.9},{"$f":"Assessment!M50","v":-3},{"$f":"Assessment!N50","v":-3},{"$f":"Assessment!O50","v":-3},{"$f":"Assessment!P50","v":-3},{"$f":"Assessment!Q50","v":-3},{"$f":"Assessment!R50","v":-3},{"$f":"Assessment!S50","v":-2.9},{"$f":"Assessment!T50","v":""},{"$f":"Assessment!U50","v":""},{"$f":"Assessment!V50","v":""}]
[null,null,"Planned",null,null,{"$f":"IF(OR(ISNUMBER(F81),ISNUMBER(F82)),NA(),IF(ISNUMBER(Assessment!E17),Assessment!E17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(G81),ISNUMBER(G82)),NA(),IF(ISNUMBER(Assessment!F17),Assessment!F17,NA()))","v":-2.9},{"$f":"IF(OR(ISNUMBER(H81),ISNUMBER(H82)),NA(),IF(ISNUMBER(Assessment!G17),Assessment!G17,NA()))","v":-3.3},{"$f":"IF(OR(ISNUMBER(I81),ISNUMBER(I82)),NA(),IF(ISNUMBER(Assessment!H17),Assessment!H17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J81),ISNUMBER(J82)),NA(),IF(ISNUMBER(Assessment!I17),Assessment!I17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K81),ISNUMBER(K82)),NA(),IF(ISNUMBER(Assessment!J17),Assessment!J17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L81),ISNUMBER(L82)),NA(),IF(ISNUMBER(Assessment!K17),Assessment!K17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M81),ISNUMBER(M82)),NA(),IF(ISNUMBER(Assessment!L17),Assessment!L17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N81),ISNUMBER(N82)),NA(),IF(ISNUMBER(Assessment!M17),Assessment!M17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O81),ISNUMBER(O82)),NA(),IF(ISNUMBER(Assessment!N17),Assessment!N17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P81),ISNUMBER(P82)),NA(),IF(ISNUMBER(Assessment!O17),Assessment!O17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q81),ISNUMBER(Q82)),NA(),IF(ISNUMBER(Assessment!P17),Assessment!P17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R81),ISNUMBER(R82)),NA(),IF(ISNUMBER(Assessment!Q17),Assessment!Q17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S81),ISNUMBER(S82)),NA(),IF(ISNUMBER(Assessment!R17),Assessment!R17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T81),ISNUMBER(T82)),NA(),IF(ISNUMBER(Assessment!S17),Assessment!S17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(U81),ISNUMBER(U82)),NA(),IF(ISNUMBER(Assessment!T17),Assessment!T17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(V81),ISNUMBER(V82)),NA(),IF(ISNUMBER(Assessment!U17),Assessment!U17,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(W81),ISNUMBER(W82)),NA(),IF(ISNUMBER(Assessment!V17),Assessment!V17,NA()))","v":{"$error":"#N/A"}}]
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INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) <= 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W79 - INDEX(Assessment!$17:$17,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) > 0,\n      INDEX(Assessment!$17:$17,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"3% reference value",null,null,{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05},{"$f":"-Validation!$T$2","v":-3.05}]
[null,null,"Label sign switched - General government balance (% of GDP)",null,null,{"$f":"IF(F79<>\"\",-F79,NA())","v":2.6},2.9,2.9,2.9,2.9,2.9,2.9,2.9,3,3,3,3,3,3,2.9,{"$f":"IF(U79<>\"\",-U79,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,"Label sign switched - Observed (Compliant)",null,null,{"$f":"IF(F81<>\"\",-F81,NA())","v":1.7868607680254289},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(U81<>\"\",-U81,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[null,null,"Label sign switched - Observed (Breach)",null,null,{"$f":"IF(F82<>\"\",-F82,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$error":"#N/A"},{"$f":"IF(U82<>\"\",-U82,NA())","v":{"$error":"#N/A"}},{"$error":"#N/A"},{"$error":"#N/A"}]
[]
[null,"Figure 9",{"$f":"\"Performance of general government debt compared to the \"&IF(MTP_Council_Endorsed,\"endorsed plan\",\"the proposed plan\")&\" (in context of planned fiscal path DSA)\"","v":"Performance of general government debt compared to the endorsed plan (in context of planned fiscal path DSA)"}]
[null,null,"General government gross debt (% of GDP)",null,{"$f":"Assessment!D74","v":43.57443441662371},{"$f":"Assessment!E74","v":44.530802034460706},{"$f":"Assessment!F74","v":46.07468666579198},{"$f":"Assessment!G74","v":46.609273528729865},{"$f":"Assessment!H74","v":46.913196864360586},{"$f":"Assessment!I74","v":46.987538518920367},{"$f":"Assessment!J74","v":46.992494901737786},{"$f":"Assessment!K74","v":46.901039914718936},{"$f":"Assessment!L74","v":46.713659492186132},{"$f":"Assessment!M74","v":46.600070694684284},{"$f":"Assessment!N74","v":46.457173073428706},{"$f":"Assessment!O74","v":46.274673295393931},{"$f":"Assessment!P74","v":46.040270608994206},{"$f":"Assessment!Q74","v":45.732378994117418},{"$f":"Assessment!R74","v":45.359965431679584},{"$f":"Assessment!S74","v":44.951568205826447},{"$f":"Assessment!T74","v":""},{"$f":"Assessment!U74","v":""},{"$f":"Assessment!V74","v":""}]
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INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      I93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      J93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      K93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      L93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W93 - INDEX(Assessment!$20:$20,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$20:$20,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"60% reference value",null,null,{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05},{"$f":"Validation!$T$3","v":60.05}]
[]
[null,"Figures 10-13","Downward debt plausibility"]
[null,null,"Gross debt under planned fiscal path",null,{"$f":"IF(ISNUMBER(Assessment!D53),Assessment!D53,NA())","v":43.6},{"$f":"IF(ISNUMBER(Assessment!E53),Assessment!E53,NA())","v":45.8},{"$f":"IF(ISNUMBER(Assessment!F53),Assessment!F53,NA())","v":47.5},{"$f":"IF(ISNUMBER(Assessment!G53),Assessment!G53,NA())","v":48.5},{"$f":"IF(ISNUMBER(Assessment!H53),Assessment!H53,NA())","v":49.7},{"$f":"IF(ISNUMBER(Assessment!I53),Assessment!I53,NA())","v":50.8},{"$f":"IF(ISNUMBER(Assessment!J53),Assessment!J53,NA())","v":51.9},{"$f":"IF(ISNUMBER(Assessment!K53),Assessment!K53,NA())","v":53},{"$f":"IF(ISNUMBER(Assessment!L53),Assessment!L53,NA())","v":53.9},{"$f":"IF(ISNUMBER(Assessment!M53),Assessment!M53,NA())","v":54.9},{"$f":"IF(ISNUMBER(Assessment!N53),Assessment!N53,NA())","v":55.9},{"$f":"IF(ISNUMBER(Assessment!O53),Assessment!O53,NA())","v":56.8},{"$f":"IF(ISNUMBER(Assessment!P53),Assessment!P53,NA())","v":57.7},{"$f":"IF(ISNUMBER(Assessment!Q53),Assessment!Q53,NA())","v":58.5},{"$f":"IF(ISNUMBER(Assessment!R53),Assessment!R53,NA())","v":59.2},{"$f":"IF(ISNUMBER(Assessment!S53),Assessment!S53,NA())","v":59.9},{"$f":"IF(ISNUMBER(Assessment!T53),Assessment!T53,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U53),Assessment!U53,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V53),Assessment!V53,NA())","v":{"$error":"#N/A"}}]
[null,null,"Financial stress scenario",null,{"$f":"IF(ISNUMBER(Assessment!D56),Assessment!D56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!E56),Assessment!E56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!F56),Assessment!F56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!G56),Assessment!G56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!H56),Assessment!H56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!I56),Assessment!I56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!J56),Assessment!J56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K56),Assessment!K56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L56),Assessment!L56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M56),Assessment!M56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N56),Assessment!N56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O56),Assessment!O56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P56),Assessment!P56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q56),Assessment!Q56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R56),Assessment!R56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S56),Assessment!S56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T56),Assessment!T56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U56),Assessment!U56,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V56),Assessment!V56,NA())","v":{"$error":"#N/A"}}]
[null,null,"Lower SPB scenario",null,{"$f":"IF(ISNUMBER(Assessment!D57),Assessment!D57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!E57),Assessment!E57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!F57),Assessment!F57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!G57),Assessment!G57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!H57),Assessment!H57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!I57),Assessment!I57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!J57),Assessment!J57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K57),Assessment!K57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L57),Assessment!L57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M57),Assessment!M57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N57),Assessment!N57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O57),Assessment!O57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P57),Assessment!P57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q57),Assessment!Q57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R57),Assessment!R57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S57),Assessment!S57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T57),Assessment!T57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U57),Assessment!U57,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V57),Assessment!V57,NA())","v":{"$error":"#N/A"}}]
[null,null,"Adverse 'r-g' scenario",null,{"$f":"IF(ISNUMBER(Assessment!D58),Assessment!D58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!E58),Assessment!E58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!F58),Assessment!F58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!G58),Assessment!G58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!H58),Assessment!H58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!I58),Assessment!I58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!J58),Assessment!J58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K58),Assessment!K58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L58),Assessment!L58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M58),Assessment!M58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N58),Assessment!N58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O58),Assessment!O58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P58),Assessment!P58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q58),Assessment!Q58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R58),Assessment!R58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S58),Assessment!S58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T58),Assessment!T58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U58),Assessment!U58,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V58),Assessment!V58,NA())","v":{"$error":"#N/A"}}]
[null,null,"Stochastic simulations"]
[null,null,"p10",null,{"$f":"IF(ISNUMBER(Assessment!D82),Assessment!D82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!E82),Assessment!E82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!F82),Assessment!F82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!G82),Assessment!G82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!H82),Assessment!H82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!I82),Assessment!I82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!J82),Assessment!J82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K82),Assessment!K82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L82),Assessment!L82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M82),Assessment!M82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N82),Assessment!N82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O82),Assessment!O82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P82),Assessment!P82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q82),Assessment!Q82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R82),Assessment!R82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S82),Assessment!S82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T82),Assessment!T82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U82),Assessment!U82,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V82),Assessment!V82,NA())","v":{"$error":"#N/A"}}]
[null,null,"p30_p10",null,{"$f":"IF(ISNUMBER(Assessment!D83),Assessment!D83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!E83),Assessment!E83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!F83),Assessment!F83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!G83),Assessment!G83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!H83),Assessment!H83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!I83),Assessment!I83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!J83),Assessment!J83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K83),Assessment!K83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L83),Assessment!L83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M83),Assessment!M83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N83),Assessment!N83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O83),Assessment!O83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P83),Assessment!P83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q83),Assessment!Q83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R83),Assessment!R83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S83),Assessment!S83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T83),Assessment!T83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U83),Assessment!U83,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V83),Assessment!V83,NA())","v":{"$error":"#N/A"}}]
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[]
[null,"Alt Figure 1",{"$f":"\"Performance of net expenditure compared to the \"&IF(Receives_reference_trajectory,\"Commission's original reference trajectory with safeguards\",\"Commission's technical information\")","v":"Performance of net expenditure compared to the Commission's technical information"}]
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[null,null,"Blank helper series 1"]
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[null,null,"Blank helper series 2"]
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INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O114 - INDEX(Assessment!$15:$15,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$15:$15,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P114 - 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[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F114:W119)<0, _xlfn.AGGREGATE(5,6,F114:W119), 0)","v":0}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F114:W119)","v":6.2}]
[]
[null,"Alt Figure 2","Performance of structural primary balance compared to the European Commission's scenario meeting all requirements"]
[null,null,"EC's scenario",null,null,{"$f":"Assessment!E73","v":-1.362466},{"$f":"Assessment!F73","v":-0.96246599999999993},{"$f":"Assessment!G73","v":-0.56246599999999991},{"$f":"Assessment!H73","v":-0.16246599999999989},{"$f":"Assessment!I73","v":-0.1424659999999999},{"$f":"Assessment!J73","v":-0.1424659999999999},{"$f":"Assessment!K73","v":-0.1424659999999999},{"$f":"Assessment!L73","v":-0.1424659999999999},{"$f":"Assessment!M73","v":-0.1424659999999999},{"$f":"Assessment!N73","v":-0.1424659999999999},{"$f":"Assessment!O73","v":-0.1424659999999999},{"$f":"Assessment!P73","v":-0.1424659999999999},{"$f":"Assessment!Q73","v":-0.1424659999999999},{"$f":"Assessment!R73","v":-0.1424659999999999},{"$f":"Assessment!S73","v":-0.1424659999999999},{"$f":"Assessment!T73","v":""},{"$f":"Assessment!U73","v":""},{"$f":"Assessment!V73","v":""}]
[null,null,"Blank helper series 1"]
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[null,null,"Blank helper series 2"]
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INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX($2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX($2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) < 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX($2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      F124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      G124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      H124 - 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INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      M124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      N124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      O124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      P124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      Q124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      R124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      S124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      T124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      U124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      V124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}},{"$f":"IF(\n  AND(\n    INDEX('Chart data'!$2:$2, COLUMN()) >= MTP_BaseYear,\n    INDEX('Chart data'!$2:$2, COLUMN()) <= OutturnThrough\n  ),\n  IFERROR(\n    IF(\n      W124 - INDEX(Assessment!$19:$19,\n                   _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                          Assessment!$4:$4, 0)\n            ) >= 0,\n      INDEX(Assessment!$19:$19,\n            _xlfn.XMATCH(INDEX('Chart data'!$2:$2, COLUMN()),\n                   Assessment!$4:$4, 0)\n      ),\n      NA()\n    ),\n    NA()\n  ),\n  NA()\n)","v":{"$error":"#N/A"}}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F124:W129)<0, _xlfn.AGGREGATE(5,6,F124:W129), 0)","v":-1.6}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F124:W129)","v":-0.1424659999999999}]
[]
[null,"National Figure 1","National structural balance rule "]
[null,null,"Structural balance (MTP)",null,null,{"$f":"IF(ISNUMBER(Assessment!E36),Assessment!E36,NA())","v":-1.9},{"$f":"IF(ISNUMBER(Assessment!F36),Assessment!F36,NA())","v":-2.5},{"$f":"IF(ISNUMBER(Assessment!G36),Assessment!G36,NA())","v":-2.6},{"$f":"IF(ISNUMBER(Assessment!H36),Assessment!H36,NA())","v":-2.7},{"$f":"IF(ISNUMBER(Assessment!I36),Assessment!I36,NA())","v":-2.7},{"$f":"IF(ISNUMBER(Assessment!J36),Assessment!J36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K36),Assessment!K36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L36),Assessment!L36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M36),Assessment!M36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N36),Assessment!N36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O36),Assessment!O36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P36),Assessment!P36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q36),Assessment!Q36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R36),Assessment!R36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S36),Assessment!S36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T36),Assessment!T36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U36),Assessment!U36,NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V36),Assessment!V36,NA())","v":{"$error":"#N/A"}}]
[null,null,"Structural balance (planned)",null,null,{"$f":"IF(OR(ISNUMBER(F138),ISNUMBER(F139)),NA(),IF(ISNUMBER(Assessment!E18),Assessment!E18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(G138),ISNUMBER(G139)),NA(),IF(ISNUMBER(Assessment!F18),Assessment!F18,NA()))","v":-2.4},{"$f":"IF(OR(ISNUMBER(H138),ISNUMBER(H139)),NA(),IF(ISNUMBER(Assessment!G18),Assessment!G18,NA()))","v":-3},{"$f":"IF(OR(ISNUMBER(I138),ISNUMBER(I139)),NA(),IF(ISNUMBER(Assessment!H18),Assessment!H18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J138),ISNUMBER(J139)),NA(),IF(ISNUMBER(Assessment!I18),Assessment!I18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K138),ISNUMBER(K139)),NA(),IF(ISNUMBER(Assessment!J18),Assessment!J18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L138),ISNUMBER(L139)),NA(),IF(ISNUMBER(Assessment!K18),Assessment!K18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M138),ISNUMBER(M139)),NA(),IF(ISNUMBER(Assessment!L18),Assessment!L18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N138),ISNUMBER(N139)),NA(),IF(ISNUMBER(Assessment!M18),Assessment!M18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O138),ISNUMBER(O139)),NA(),IF(ISNUMBER(Assessment!N18),Assessment!N18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P138),ISNUMBER(P139)),NA(),IF(ISNUMBER(Assessment!O18),Assessment!O18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q138),ISNUMBER(Q139)),NA(),IF(ISNUMBER(Assessment!P18),Assessment!P18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R138),ISNUMBER(R139)),NA(),IF(ISNUMBER(Assessment!Q18),Assessment!Q18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S138),ISNUMBER(S139)),NA(),IF(ISNUMBER(Assessment!R18),Assessment!R18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T138),ISNUMBER(T139)),NA(),IF(ISNUMBER(Assessment!S18),Assessment!S18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(U138),ISNUMBER(U139)),NA(),IF(ISNUMBER(Assessment!T18),Assessment!T18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(V138),ISNUMBER(V139)),NA(),IF(ISNUMBER(Assessment!U18),Assessment!U18,NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(W138),ISNUMBER(W139)),NA(),IF(ISNUMBER(Assessment!V18),Assessment!V18,NA()))","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
[null,null,"Blank helper series 2"]
[null,null,"Observed (Compliant)",null,null,{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":-1.548},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$18:$18, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[null,null,"Maximum structural deficit",null,null,null,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1,-1]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F134:W139)<0, _xlfn.AGGREGATE(5,6,F134:W139), 0)","v":-3}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F134:W139)","v":-1.548}]
[]
[null,"National Figure 2","National primary balance rule "]
[null,null,"Primary balance (MTP)",null,null,{"$f":"IF(ISNUMBER(Assessment!E35),Assessment!E35+('Step 0.1 (MTP) - Plan and prior'!E28/'Step 0.1 (MTP) - Plan and prior'!E29),NA())","v":{"$error":"#DIV/0!"}},{"$f":"IF(ISNUMBER(Assessment!F35),Assessment!F35+('Step 0.1 (MTP) - Plan and prior'!F28/'Step 0.1 (MTP) - Plan and prior'!F29),NA())","v":{"$error":"#DIV/0!"}},{"$f":"IF(ISNUMBER(Assessment!G35),Assessment!G35+('Step 0.1 (MTP) - Plan and prior'!G28/'Step 0.1 (MTP) - Plan and prior'!G29),NA())","v":{"$error":"#DIV/0!"}},{"$f":"IF(ISNUMBER(Assessment!H35),Assessment!H35+('Step 0.1 (MTP) - Plan and prior'!H28/'Step 0.1 (MTP) - Plan and prior'!H29),NA())","v":{"$error":"#DIV/0!"}},{"$f":"IF(ISNUMBER(Assessment!I35),Assessment!I35+('Step 0.1 (MTP) - Plan and prior'!I28/'Step 0.1 (MTP) - Plan and prior'!I29),NA())","v":{"$error":"#DIV/0!"}},{"$f":"IF(ISNUMBER(Assessment!J35),Assessment!J35+('Step 0.1 (MTP) - Plan and prior'!J28/'Step 0.1 (MTP) - Plan and prior'!J29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!K35),Assessment!K35+('Step 0.1 (MTP) - Plan and prior'!K28/'Step 0.1 (MTP) - Plan and prior'!K29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!L35),Assessment!L35+('Step 0.1 (MTP) - Plan and prior'!L28/'Step 0.1 (MTP) - Plan and prior'!L29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!M35),Assessment!M35+('Step 0.1 (MTP) - Plan and prior'!M28/'Step 0.1 (MTP) - Plan and prior'!M29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!N35),Assessment!N35+('Step 0.1 (MTP) - Plan and prior'!N28/'Step 0.1 (MTP) - Plan and prior'!N29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!O35),Assessment!O35+('Step 0.1 (MTP) - Plan and prior'!O28/'Step 0.1 (MTP) - Plan and prior'!O29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!P35),Assessment!P35+('Step 0.1 (MTP) - Plan and prior'!P28/'Step 0.1 (MTP) - Plan and prior'!P29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!Q35),Assessment!Q35+('Step 0.1 (MTP) - Plan and prior'!Q28/'Step 0.1 (MTP) - Plan and prior'!Q29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!R35),Assessment!R35+('Step 0.1 (MTP) - Plan and prior'!R28/'Step 0.1 (MTP) - Plan and prior'!R29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!S35),Assessment!S35+('Step 0.1 (MTP) - Plan and prior'!S28/'Step 0.1 (MTP) - Plan and prior'!S29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!T35),Assessment!T35+('Step 0.1 (MTP) - Plan and prior'!T28/'Step 0.1 (MTP) - Plan and prior'!T29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!U35),Assessment!U35+('Step 0.1 (MTP) - Plan and prior'!U28/'Step 0.1 (MTP) - Plan and prior'!U29),NA())","v":{"$error":"#N/A"}},{"$f":"IF(ISNUMBER(Assessment!V35),Assessment!V35+('Step 0.1 (MTP) - Plan and prior'!V28/'Step 0.1 (MTP) - Plan and prior'!V29),NA())","v":{"$error":"#N/A"}}]
[null,null,"Primary balance (planned)",null,null,{"$f":"IF(OR(ISNUMBER(F149),ISNUMBER(F150)),NA(),IF(ISNUMBER(Assessment!E17),Assessment!E17+(Assessment!E7/Assessment!E27*100),NA()))","v":-0.69639356198788627},{"$f":"IF(OR(ISNUMBER(G149),ISNUMBER(G150)),NA(),IF(ISNUMBER(Assessment!F17),Assessment!F17+(Assessment!F7/Assessment!F27*100),NA()))","v":-1.7},{"$f":"IF(OR(ISNUMBER(H149),ISNUMBER(H150)),NA(),IF(ISNUMBER(Assessment!G17),Assessment!G17+(Assessment!G7/Assessment!G27*100),NA()))","v":-1.8999999999999997},{"$f":"IF(OR(ISNUMBER(I149),ISNUMBER(I150)),NA(),IF(ISNUMBER(Assessment!H17),Assessment!H17+(Assessment!H7/Assessment!H27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(J149),ISNUMBER(J150)),NA(),IF(ISNUMBER(Assessment!I17),Assessment!I17+(Assessment!I7/Assessment!I27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(K149),ISNUMBER(K150)),NA(),IF(ISNUMBER(Assessment!J17),Assessment!J17+(Assessment!J7/Assessment!J27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(L149),ISNUMBER(L150)),NA(),IF(ISNUMBER(Assessment!K17),Assessment!K17+(Assessment!K7/Assessment!K27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(M149),ISNUMBER(M150)),NA(),IF(ISNUMBER(Assessment!L17),Assessment!L17+(Assessment!L7/Assessment!L27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(N149),ISNUMBER(N150)),NA(),IF(ISNUMBER(Assessment!M17),Assessment!M17+(Assessment!M7/Assessment!M27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(O149),ISNUMBER(O150)),NA(),IF(ISNUMBER(Assessment!N17),Assessment!N17+(Assessment!N7/Assessment!N27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(P149),ISNUMBER(P150)),NA(),IF(ISNUMBER(Assessment!O17),Assessment!O17+(Assessment!O7/Assessment!O27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(Q149),ISNUMBER(Q150)),NA(),IF(ISNUMBER(Assessment!P17),Assessment!P17+(Assessment!P7/Assessment!P27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(R149),ISNUMBER(R150)),NA(),IF(ISNUMBER(Assessment!Q17),Assessment!Q17+(Assessment!Q7/Assessment!Q27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(S149),ISNUMBER(S150)),NA(),IF(ISNUMBER(Assessment!R17),Assessment!R17+(Assessment!R7/Assessment!R27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(T149),ISNUMBER(T150)),NA(),IF(ISNUMBER(Assessment!S17),Assessment!S17+(Assessment!S7/Assessment!S27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(U149),ISNUMBER(U150)),NA(),IF(ISNUMBER(Assessment!T17),Assessment!T17+(Assessment!T7/Assessment!T27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(V149),ISNUMBER(V150)),NA(),IF(ISNUMBER(Assessment!U17),Assessment!U17+(Assessment!U7/Assessment!U27*100),NA()))","v":{"$error":"#N/A"}},{"$f":"IF(OR(ISNUMBER(W149),ISNUMBER(W150)),NA(),IF(ISNUMBER(Assessment!V17),Assessment!V17+(Assessment!V7/Assessment!V27*100),NA()))","v":{"$error":"#N/A"}}]
[null,null,"Blank helper series 1"]
[null,null,"Blank helper series 2"]
[null,null,"Observed (Compliant)",null,null,{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":0},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":0},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v>=0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[null,null,"Observed (Breach)",null,null,{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.gdp, INDEX(Assessment!$27:$27, _xlpm.col),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col) * 100000 / _xlpm.gdp,\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}},{"$f":"_xlfn.LET(\n  _xlpm.y, INDEX('Chart data'!$2:$2, COLUMN()),\n  _xlpm.col, _xlfn.XMATCH(_xlpm.y, Assessment!$4:$4, 0),\n  _xlpm.v, INDEX(Assessment!$17:$17, _xlpm.col)\n     + INDEX(Assessment!$7:$7, _xlpm.col),\n  IF(\n    _xlpm.y<=OutturnThrough,\n    IF(AND(ISNUMBER(_xlpm.v), _xlpm.v<0), _xlpm.v, NA()),\n    NA()\n  )\n)","v":{"$error":"#N/A"}}]
[null,null,"AxisMin",{"$f":"IF(_xlfn.AGGREGATE(5,6,F145:W150)<0, _xlfn.AGGREGATE(5,6,F145:W150), 0)","v":-1.8999999999999997}]
[null,null,"AxisMax",{"$f":"_xlfn.AGGREGATE(4,6,F145:W150)","v":0}]

{"sheet":"Validation","index":9,"n_rows":48,"n_cols":20,"rows_kept":48,"cut":false,"hidden":false,"merged":[]}
["Validation lists",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Calculated parameters",null,null,"EC parameters"]
["YearRange","Planning horizon","AdjustmentPeriod","Yes/No","Exp / Rev","Boolean","Assessment round","Report format","Escape clause type","Escape clause reason","EU Countries","Eurostat country codes","EU IFIs",null,null,"Monitor start year (T)",{"$f":"MTP_BaseYear+1","v":2024},null,"TFEU deficit reference value (% of GDP)",3.05]
[2022,3,4,"Yes","Expenditure",true,"New or revised MTP","PDF","General","Defence","Austria","AT","Afdeling Financieringsbehoeften van de overheid van de Hoge Raad van Financiën",null,null,"Forecast start year",{"$f":"OutturnThrough+1","v":2025},null,"TFEU debt reference value (% of GDP)",60.05]
[2023,4,7,"No","Revenue",false,"Implementation of an endorsed MTP","Word","Country","Other","Belgium","BE","Biudžeto politikos stebėsenos departamentas - Valstybės kontrolė",null,null,"MTP end year",{"$f":"MTP_YearT+MTP_PlanningHorizon","v":2028},null,"Transitional regime start point",2025]
[2024,5,null,"NA",null,"NA",null,null,"Both",{"$error":"#N/A"},"Bulgaria","BG","Budget Policy Monitoring Department – National Audit Office of Lithuania ",null,null,"Assessment period",{"$f":"MTP_YearT&\"–\"&'Step 3 - Enter plan'!G3","v":"2024–2026"},null,"Transitional regime end point",2027]
[2025,null,null,null,null,null,null,null,{"$error":"#N/A"},null,"Croatia","HR","Budgetdienstes",null,null,"Last year of stochastic projections",{"$f":"AssessmentEnd+4","v":2030}]
[2026,null,null,null,null,null,null,null,null,null,"Cyprus","CY","Bureau fédéral du Plan - Federaal Planbureau ",null,null,"End of adjustment period",{"$f":"'Step 0.1 (MTP) - Plan and prior'!C4+AdjustmentPeriod","v":2028}]
[2027,null,null,null,null,null,null,null,null,null,"Czechia","CZ","Centraal Planbureau",null,null,"Year excessive deficit procedure abrogated",{"$f":"IF('Step 1 - Set global parameters'!B18,'Step 1 - Set global parameters'!B19+1,IF('Step 1 - Set global parameters'!B20,'Step 1 - Set global parameters'!B21+1,NA()))","v":{"$error":"#N/A"}}]
[2028,null,null,null,null,null,null,null,null,null,"Denmark","DK","Conseil national des finances publiques",null,null,"Reference trajectory applies",{"$f":"NOT(AND(Assessment!C194, Assessment!C198))","v":false}]
[2029,null,null,null,null,null,null,null,null,null,"Estonia","EE","Conselho das Finanças Públicas (CFP)",null,null,"Deficit resilience safeguard applies",false]
[2030,null,null,null,null,null,null,null,null,null,"Finland","FI","Council for Budget Responsibility",null,null,"Escape clause activated in at least one year of horizon",{"$f":"OR(INDEX('Step 1 - Set global parameters'!12:12, COLUMN('Step 1 - Set global parameters'!$C$12)):INDEX('Step 1 - Set global parameters'!12:12, COLUMN('Step 1 - Set global parameters'!$C$12) + AdjustmentPeriod + 2))","v":true}]
[2031,null,null,null,null,null,null,null,null,null,"France","FR","Czech Fiscal Council",null,null,"Eurostat country code",{"$f":"INDEX(Validation!L3:L29,MATCH(Country,Validation!K3:K29,0))","v":"LV"}]
[2032,null,null,null,null,null,null,null,null,null,"Germany","DE","Danish Economic Council",null,null,"Prior guidance transmittion date",{"$f":"'Step 0.1 (MTP) - Plan and prior'!C10","v":"2024-06-30"}]
[2033,null,null,null,null,null,null,null,null,null,"Greece","EL","Eelarvenõukogu",null,null,"MTP plan first reported year",{"$f":"IF(MTP_BaseYearIsTminus2, MTP_YearT-2, MTP_YearT-1)","v":2023}]
[2034,null,null,null,null,null,null,null,null,null,"Hungary","HU","Federal Planning Bureau of Belgium"]
[2035,null,null,null,null,null,null,null,null,null,"Ireland","IE","Fiscal Advisory Council"]
[2036,null,null,null,null,null,null,null,null,null,"Italy","IT","Fiscal Council of Estonia"]
[2037,null,null,null,null,null,null,null,null,null,"Latvia","LV","Fiscal Council of Hungary"]
[2038,null,null,null,null,null,null,null,null,null,"Lithuania","LT","Fiscal Discipline Council"]
[2039,null,null,null,null,null,null,null,null,null,"Luxembourg","LU","Fiskālās disciplīnas padome "]
[2040,null,null,null,null,null,null,null,null,null,"Malta","MT","Fiskalni svet"]
[2041,null,null,null,null,null,null,null,null,null,"Netherlands","NL","Fiskalrat"]
[2042,null,null,null,null,null,null,null,null,null,"Poland","PL","Hellenic Fiscal Council"]
[2043,null,null,null,null,null,null,null,null,null,"Portugal","PT","High Council of Public Finance"]
[2044,null,null,null,null,null,null,null,null,null,"Romania","RO","Independent Advisory Board to the Stability Council"]
[2045,null,null,null,null,null,null,null,null,null,"Slovakia","SK","Independent Authority of Fiscal Responsibility "]
[2046,null,null,null,null,null,null,null,null,null,"Slovenia","SI","Irish Fiscal Advisory Council"]
[2047,null,null,null,null,null,null,null,null,null,"Spain","ES","Irish Fiscal Advisory Council / Comhairle Chomhairleach Bhuiséadach na hÉireann"]
[2048,null,null,null,null,null,null,null,null,null,"Sweden","SE","Költségvetési Tanács"]
[2049,null,null,null,null,null,null,null,null,null,null,null,"La Autoridad Independiente de Responsabilidad Fiscal"]
[2050,null,null,null,null,null,null,null,null,null,null,null,"Le Haut Conseil des finances publiques"]
[{"$f":"NA()","v":{"$error":"#N/A"}},null,null,null,null,null,null,null,null,null,null,null,"Národní rozpočtová rada"]
[null,null,null,null,null,null,null,null,null,null,null,null,"National Council of Public Finances"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Netherlands Bureau for Economic Policy Analysis "]
[null,null,null,null,null,null,null,null,null,null,null,null,"Økonomiske Råd"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Parliamentary Budget Office"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Parliamentary Budget Office "]
[null,null,null,null,null,null,null,null,null,null,null,null,"Parliamentary Budget Office / An Oifig Buiséid Pharlaiminteach"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Parliamentary Budget Office of Portugal"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Portuguese Public Finance Council "]
[null,null,null,null,null,null,null,null,null,null,null,null,"Public Sector Borrowing Requirement (PSBR) Section of the High Council of Finance"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Rada pre Rozpočtovú zodpovednosť (RRZ)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Slovenian Fiscal Council"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Ufficio parlamentare di bilancio"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Unabhängiger Beirat des Stabilitätsrats"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Unidade Técnica de Apoio Orçamental (UTAO)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Γραφείο Προϋπολογισμού του Κράτους στη Βουλή (Graphío Proïpoloyismoú tou Krátous sti Voulí)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Ελληνικο ΔΗΜΟΣΙΟΝΟΜΙΚΟ ΣΥΜΒΟΥΛΙΟ"]

{"sheet":"About FISCO","index":10,"n_rows":80,"n_cols":9,"rows_kept":80,"cut":false,"hidden":false,"merged":[]}
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[null,"FISCO Version ",1.1000000000000001,"(Lite)"]
[null,"QUICK START GUIDE"]
[null,"======================="]
[null,"ASSESSING A NEW OR REVISED MTP"]
[null,"Setting the benchmark against which implementation will be assessed"]
[null,"======================="]
[null,"STEP 1: CONFIGURE MTP PARAMETERS (Step 0.1 (MTP) - Plan and prior)"]
[null,"• Configure MTP parameters in C3 to C9 as per Commission Notice C/2024/3975: ",null,null,null,null,null,null,"https://eur-lex.europa.eu/legal-content/EN/TXT/PDF/?uri=CELEX:52024XC03975"]
[null,"  - Base year T-X (last outturn year before plan)"]
[null,"  - Submission year T"]
[null,"  - Planning horizon (4 or 5 years)"]
[null,"  - Adjustment period (4 or 7 years)"]
[null,"• Enter the date of transmission of the Commission's prior guidance."]
[null,"• Fill out the tables for the Medium-Term Fiscal-Structural Plan and the prior guidance. Inputs required depend on whether the country received a reference trajectory or technical information. The tables adjust automatically based on the reference levels of deficit and debt in year T-1 or T-2 (the latest year of outturn data)."]
[]
[null,"STEP 2: COMPLETE IFI SCRUTINY (Step 0.2 (MTP) - IFI scrutiny)"]
[null,"• Verify unobserved components of net expenditure through information exchanges."]
[null,"• Confirm that any differences in assumptions between the IFI and the Commission are based on sound, data-driven economic arguments."]
[null,"• Step through the checklists of compulsory MTP elements and the requirements for investment and reform commitments under Articles 13 and 14 of Regulation 2024/1263."]
[]
[null,"STEP 3: REVIEW RESULTS (Step 0.3 (MTP) - View results)"]
[null,"• Check the 15 \"M\" compliance indicators:"]
[null,"  GREEN = Compliant"]
[null,"  YELLOW = Conditional/borderline/informational"]
[null,"  RED = Non-compliant/breach"]
[null,"• Read the auto-generated narrative text below each indicator."]
[null,"• Examine the charts."]
[null,"• Adjust formats and copy sections into your reports."]
[null,"• Export the Executive Summary to PDF (requires macros)."]
[null,"• Export to JSON file then open FISCO HTML  file in browser and point it to JSON file."]
[]
[null,"======================="]
[null,"ASSESSING THE IMPLEMENTATION OF A MEDIUM-TERM FISCAL-STRUCTURAL PLAN"]
[null,"Year-on-year monitoring of DBPs, APRs, IFI forecasts and risk scenarios"]
[null,"======================="]
[null,"STEP 1: CONFIGURE USER PARAMETERS (Step 1 - Set global parameters)"]
[null,"• Select your country (B2), IFI name (B3)."]
[null,"• Set the scenario parameters, escape-clause windows and any active excessive-deficit procedure."]
[]
[null,"STEP 2: UPDATE OUTTURN DATA (Step 2 - Update outturn data)"]
[null,"• In E2, set the last year for which outturn data are available."]
[null,"• Click Update Eurostat data (Windows or macOS button)."]
[null,"• Click Update AMECO data (Windows or macOS button)."]
[]
[null,"STEP 3: Enter scenario or plan to assess (Step 3 - Enter plan)"]
[null,"• In C2, set the last year of the assessment window. To review outturn only, set this equal to the last year of outturn data."]
[null,"• Use the Report/Plan import tool (cells O7:P13) for DBPs and APRs published in the Code-of-Conduct format, or enter figures by hand into the budgetary and macro tables below."]
[]
[null,"STEP 4: REVIEW RESULTS (Step 4 - View results)"]
[null,"• Check the  6 \"P\" (performance) implementation indicators:"]
[null,"  GREEN = Compliant"]
[null,"  YELLOW = Conditional/borderline/informational"]
[null,"  RED = Non-compliant/breach"]
[null,"• Read the auto-generated narrative text below each indicator."]
[null,"• Examine the charts: net expenditure, deficit, and debt trajectories."]
[null,"• Adjust formats and copy sections into your reports."]
[null,"• Export the Executive Summary to PDF (requires macros)."]
[null,"• Export to JSON, then open the FISCO HTML viewer in your browser and point it to the JSON file."]
[]
[null,"TROUBLESHOOTING"]
[null,"==============="]
[null,"Macros disabled"]
[null,"                         → Click \"Enable Content\" when opening the workbook"]
[null,"                         → Add the folder to Trusted Locations"]
[null,"                         → File > Options > Trust Center > Trust Center Settings"]
[]
[null,"SUPPORT"]
[null,"======="]
[null,"Technical questions: cameronscottd@gmail.com"]
[]
[null,"FISCO v1.3 (Lite) | April 2025"]
[null,"Funded by EU Technical Support Instrument, REFORM/2023/OP/0010EC"]