NAGR,FIXEDKh,i[p1facofixcap,i + x1cap_f_hhh]};

x1c,s,i-a1c,s,i = x1_sc,i - SIGMA1c[p1c,s,i+a1c,s,i - p1_sc,i]; Equation E_p1_s Effective price of commodity composite all,c,COMall,i,IND p1_sc,i = sum{s,SRC, S1c,s,i[p1c,s,i + a1c,s,i] }; Excerpt 18 of TABLO input file: Top nest of industry input demands X1TOTi = MIN All,c,COM: X1_Sc,i[A1_Sc,s,iA1TOTi], X1PRIMi[A1PRIMiA1TOTi], X1OCTi[A1OCTiA1TOTi] Equation E_x1_sA Demands for commodity composites, non-agriculture all,c,COMall,i,NAGR x1_sc,i - [a1_sc,i + a1toti] = x1toti; Equation E_x1_sB Demands for commodity composites, agriculture all,c,NONFERTall,i,AGIND x1_sc,i - [a1_sc,i + a1toti] = x1toti; demands for fertiliser are no longer Leontief Equation E_x1_sC Demands for composite fertiliser inputs, agri. production all,i,AGINDx1_sIndPupPest,i = x1facFert,i; a1_sC39fert is a1facC39fert in agricultural industries Equation E_x1prim Demands for primary factor composite all,i,INDx1primi - [a1toti + a1primi] = x1toti; Equation E_x1oct Demands for other cost tickets all,i,IND x1octi - [a1octi + a1toti] = x1toti; Equation E_p1totA Zero pure profits in production all,i,NAGR V1TOTi[p1toti-a1toti] = sum{c,COM, V1PUR_Sc,i [p1_sc,i + a1_sc,i] } + V1PRIMi [p1primi + a1primi] + V1OCTi [p1octi + a1octi]; Equation E_p1totB Zero pure profits in production all,i,AGIND V1TOTi[p1toti-a1toti] = sum{c,NONFERT, V1PUR_Sc,i [p1_sc,i + a1_sc,i] } + V1PRIMi [p1primi + a1primi] + V1OCTi [p1octi + a1octi]; Excerpt 19A of TABLO input file: Output mix of commodities Coefficient parameterall,i,IND SIGMA1OUTi CET transformation elasticities ; Read SIGMA1OUT from file MDATA header SCET; Equation E_q1 Supplies of commodities by industries all,c,COMall,i,IND q1c,i = x1toti + SIGMA1OUTi[p0comc - p1toti]; Coefficient all,i,IND MAKE_Ci All production by industry i ; all,c,COM MAKE_Ic Total production of commodities ; Formula all,i,IND MAKE_Ci = sum{c,COM, MAKEc,i }; all,c,COM MAKE_Ic = sum{i,IND, MAKEc,i }; Equation E_x1tot Average price received by industries all,i,IND MAKE_Cip1toti = sum{c,COM, MAKEc,ip0comc }; Equation E_x0com Total output of commodities all,c,COM MAKE_Icx0comc = sum{i,IND, MAKEc,iq1c,i }; Excerpt 19B of TABLO input file: CET between outputs for local and export markets Coefficient all, c,COM EXPSHRc share going to exports ; all, c,COM TAUc 1elast. of transformation, exportablelocally used ; Zerodivide Default 0.5; Formula all,c,COM EXPSHRc = V4BAScSALESc; all,c,COM TAUc = 0.0; if zero, p0dom = pe, and CET is nullified Zerodivide Off; Equation E_x0dom supply of commodities to export market all,c,COM TAUc[x0domc - x4c] = p0domc - pec; Equation E_x0com1 supply of commodities to domestic market all,c,COM x0comc = [1.0-EXPSHRc]x0domc + EXPSHRcx4c; Equation E_p0com Zero pure profits in transformation all,c,COM p0comc = [1.0-EXPSHRc]p0domc + EXPSHRcpec; Map between vector and matrix forms of basic price variables Equation E_p0dom Basic price of domestic goods = p0c,dom all,c,COM p0domc = p0c,dom; Equation E_p0imp Basic price of imported goods = p0c,imp all,c,COM p0impc = p0c,imp; Excerpt 20 of TABLO input file: Investment demands X2_Sc,i = CES All,s,SRC: X2c,s,iA2c,s,i Coefficient parameterall,c,COM SIGMA2c Armington elasticities: investment ; Read SIGMA2 from file MDATA header 2ARM; Equation E_x2 Source-specific commodity demands all,c,COMall,s,SRCall,i,IND x2c,s,i-a2c,s,i - x2_sc,i = - SIGMA2c[p2c,s,i+a2c,s,i - p2_sc,i]; Equation E_p2_s Effective price of commodity composite all,c,COMall,i,IND p2_sc,i = sum{s,SRC, S2c,s,i[p2c,s,i+a2c,s,i] }; Investment top nest X2TOTi = MIN All,c,COM: X2_Sc,i[A2_Sc,s,iA2TOTi] Equation E_x2_s Demands for commodity composites all,c,COMall,i,IND x2_sc,i - [a2_sc,i + a2toti] = x2toti; Equation E_p2tot Zero pure profits in investment all,i,IND V2TOTip2toti - a2toti = sum{c,COM, V2PUR_Sc,i [p2_sc,i+a2_sc,i] }; Excerpt 21 of TABLO input file: Importdomestic composition of household demands X3_Sc,i = CES All,s,SRC: X3c,sA3c,s Coefficient parameterall,c,COM SIGMA3c Armington elasticities: households ; Read SIGMA3 from file MDATA header 3ARM; Equation E_x3 Source-specific commodity demands all,c,COMall,s,SRCall,h,HH x3c,s,h-a3c,s = x3_sc,h - SIGMA3c[ p3c,s,h+a3c,s - p3_sc,h ]; Equation E_p3_s Effective price of commodity composite all,c,COMall,h,HH p3_sc,h = sum{s,SRC, S3c,s,h[p3c,s,h+a3c,s] }; Excerpt 22 of TABLO input file: Data and formulae for coefficients used in household demand equations Coefficient all,h,HHFRISCHh Frisch LES parameter= - totalluxury ; Read FRISCH from file MDATA header P021; Update change all,h,HHFRISCHh = FRISCHh[w3tot_hhh - w3luxh]100.0; Coefficient all,c,COMall,h,HH EPSc,h Household expenditure elasticities ; Read EPS from file MDATA header XPEL; Update change all,c,COMall,h,HH EPSc,h = EPSc,h[x3luxc,h-x3_sc,h+w3tot_hhh-w3luxh]100.0; Coefficient all,c,COMall,h,HH S3_Sc,h Household average budget shares ; Zerodivide Default 0.5; Formula all,c,COMall,h,HH S3_Sc,h = V3PUR_Sc,hV3TOT_HHh; Zerodivide off; Coefficient all,c,COMall,h,HHB3LUXc,h Ratio, supernumerary expendituretotal expenditure, by commodity ; Zerodivide Default 0.5; Formula all,c,COMall,h,HH B3LUXc,h = -EPSc,hFRISCHh; Zerodivide off; Coefficient all,c,COMall,h,HHS3LUXc,h Marginal household budget shares ; Formula all,c,COMall,h,HHS3LUXc,h = EPSc,hS3_Sc,h; Excerpt 23 of TABLO input file: Commodity composition of household demand Equation E_x3sub Subsistence demand for composite commodities all,c,COMall,h,HH x3subc,h = qh + a3subc,h; Equation E_x3lux Luxury demand for composite commodities all,c,COMall,h,HH x3luxc,h + p3_sc,h = w3luxh + a3luxc,h; Equation E_x3_s Total household demand for composite commodities all,c,COMall,h,HH x3_sc,h = B3LUXc,hx3luxc,h + [1-B3LUXc,h]x3subc,h; Equation E_utility Change in utility disregarding taste change terms all,h,HHutilityh + qh = sum{c,COM, S3LUXc,hx3luxc,h }; Equation E_a3lux Default setting for luxury taste shifter all,c,COMall,h,HHa3luxc,h = a3subc,h - sum{k,COM,S3LUXk,ha3subk,h}; Equation E_a3sub Default setting for subsistence taste shifter all,c,COMall,h,HHa3subc,h = a3_sc,h - sum{k,COM, S3_Sk,ha3_sk,h }; Excerpt 24 of TABLO input file: Export and government demands Coefficient parameterall,c,COM EXP_ELASTc Export demand elasticities: typical value -20.0 ; Read EXP_ELAST from file MDATA header P018; Equation E_x4A Traditional export demand functions all,c,COM x4c - f4qc = EXP_ELASTc[p4c - phi - f4pc]; Equation E_x5 Government demands all,c,COMall,s,SRC x5c,s = f5c,s + f5tot; Equation E_f5tot Overall government demands shift f5tot = x3tot + f5tot2; Excerpt 25 of TABLO input file: Margin demands Equation E_x1mar Margins to producers all,c,COMall,s,SRCall,i,INDall,m,MAR x1marc,s,i,m = x1c,s,i + a1marc,s,i,m; Equation E_x2mar Margins to capital creators all,c,COMall,s,SRCall,i,INDall,m,MAR x2marc,s,i,m = x2c,s,i + a2marc,s,i,m; Equation E_x3mar Margins to households all,c,COMall,s,SRCall,m,MARall,h,HH x3marc,s,m,h = x3c,s,h + a3marc,s,m; Equation E_x4mar Margins to exports all,c,COMall,m,MAR x4marc,m = x4c + a4marc,m; Equation E_x5mar Margins to government users all,c,COMall,s,SRCall,m,MAR x5marc,s,m = x5c,s + a5marc,s,m; Excerpt 26 of TABLO input file: The price system Equation E_p1 Purchasers prices - producers all,c,COMall,s,SRCall,i,IND[V1PURc,s,i+TINY]p1c,s,i = [ V1BASc,s,i+V1TAXc,s,i][p0c,s+ t1c,s,i] + sum{m,MAR, V1MARc,s,i,m[p0domm+a1marc,s,i,m] }; Equation E_p2 Purchasers prices - capital creators all,c,COMall,s,SRCall,i,IND[V2PURc,s,i+TINY]p2c,s,i = [ V2BASc,s,i+V2TAXc,s,i][p0c,s+ t2c,s,i] + sum{m,MAR, V2MARc,s,i,m[p0domm+a2marc,s,i,m] }; Equation E_p3 Purchasers prices - households all,c,COMall,s,SRCall,h,HH [V3PURc,s,h+TINY]p3c,s,h = [ V3BASc,s,h+V3TAXc,s,h][p0c,s+ t3c,s,h] + sum{m,MAR,V3MARc,s,m,h[p0domm+a3marc,s,m] }; Equation E_p4 Zero pure profits in exporting all,c,COM [V4PURc+TINY]p4c = [V4BASc+V4TAXc][pec + t4c]+ sum{m,MAR, V4MARc,m[p0domm+a4marc,m] }; note that we refer to export taxes,not subsidies Equation E_p5 Zero pure profits in distribution of government all,c,COMall,s,SRC[V5PURc,s+TINY]p5c,s = [V5BASc,s+V5TAXc,s][p0c,s+ t5c,s] + sum{m,MAR, V5MARc,s,m[p0domm+a5marc,s,m] }; Equation E_p0A Zero pure profits in importing all,c,COM p0c,imp = pf0cifc + phi + t0impc; Excerpt 27 of TABLO input file: Market clearing equations Equation E_p0B Demand equals supply for non margin commodities all,n,NONMAR DOMSALESnx0domn = sum{i,IND, V1BASn,dom,ix1n,dom,i + V2BASn,dom,ix2n,dom,i } + sum{h,HH, V3BASn,dom,hx3n,dom,h} + V5BASn,domx5n,dom note exports omitted + 100LEVP0n,domdelx6n,dom; Equation E_p0C Demand equals supply for margin commodities all,m,MAR DOMSALESmx0domm = basic part first sum{i,IND, V1BASm,dom,ix1m,dom,i + V2BASm,dom,ix2m,dom,i } + sum{h,HH, V3BASm,dom,hx3m,dom,h} + V5BASm,domx5m,dom note exports omitted + 100LEVP0m,domdelx6m,dom now margin part + sum{c,COM, V4MARc,mx4marc,m note nesting of sum parentheses + sum{s,SRC,sumh,HH, V3MARc,s,m,hx3marc,s,m,h + V5MARc,s,mx5marc,s,m + sum{i,IND, V1MARc,s,i,mx1marc,s,i,m + V2MARc,s,i,mx2marc,s,i,m }}}; Equation E_x0imp Import volumes all,c,COM [TINY + V0IMPc]x0impc = sum{i,IND, V1BASc,imp,ix1c,imp,i + V2BASc,imp,ix2c,imp,i } + sum{h,HH, V3BASc,imp,hx3c,imp,h} + V5BASc,impx5c,imp + 100LEVP0c,impdelx6c,imp; Equation E_x1lab_i Demand equals supply for labour of each skill all,o,OCC V1LAB_Iox1lab_io = sum{i,IND, V1LABi,ox1labi,o }; Excerpt 28 of TABLO input file: Tax rate equations Equation E_t1 Power of tax on sales to intermediate all,c,COMall,s,SRCall,i,IND t1c,s,i = f0tax_sc + f1tax_csi; E_t2 Power of tax on sales to investment all,c,COMall,s,SRCall,i,IND t2c,s,i = f0tax_sc + f2tax_csi; E_t3 Power of tax on sales to households all,c,COMall,s,SRCall,h,HH t3c,s,h = f0tax_sc + f3tax_sc,h; E_t4A Power of tax on sales to traditional exports all,c,COM t4c = f0tax_sc + f4tax_trad; E_t5 Power of tax on sales to government all,c,COMall,s,SRC t5c,s = f0tax_sc + f5tax_cs; Excerpt 29 of TABLO input file: Indirect tax revenue Equation E_w1tax_csi Revenue from indirect taxes on flows to intermediate [TINY + V1TAX_CSI]w1tax_csi = sum{c,COM, sum{s,SRC, sum{i,IND, V1TAXc,s,i[p0c,s+x1c,s,i]+[V1TAXc,s,i+V1BASc,s,i]t1c,s,i }}}; E_w2tax_csi Revenue from indirect taxes on flows to investment [TINY + V2TAX_CSI]w2tax_csi = sum{c,COM, sum{s,SRC, sum{i,IND, V2TAXc,s,i[p0c,s+x2c,s,i]+[V2TAXc,s,i+V2BASc,s,i]t2c,s,i }}}; E_w3tax_cs Revenue from indirect taxes on flows to households [TINY + V3TAX_CS]w3tax_cs = sum{c,COM, sum{s,SRC,sum{h,HH, V3TAXc,s,h[p0c,s+ x3c,s,h] + [V3TAXc,s,h+V3BASc,s,h]t3c,s,h}}}; E_w4tax_c Revenue from indirect taxes on exports [TINY + V4TAX_C]w4tax_c = sum{c,COM, V4TAXc[pec + x4c] + [V4TAXc+ V4BASc]t4c }; E_w5tax_cs Revenue from indirect taxes on flows to government [TINY + V5TAX_CS]w5tax_cs = sum{c,COM, sum{s,SRC, V5TAXc,s[p0c,s+ x5c,s] + [V5TAXc,s+V5BASc,s]t5c,s }}; E_w0tar_c Tariff revenue [TINY+V0TAR_C]w0tar_c = sum{c,COM, V0TARc[pf0cifc + phi + x0impc] + V0IMPct0impc }; Excerpt 30 of TABLO input file: Factor incomes and GDP Equation E_w1lnd_i Aggregate payments to land V1LND_iw1lnd_i = sum{i,AGIND, V1LNDi[x1lndi+p1lndi] }; E_w1lab_io Aggregate payments to labour V1LAB_IOw1lab_io = sum{i,IND, sum{o,OCC, V1LABi,o[x1labi,o+p1labi,o]}}; E_w1cap_i Aggregate payments to capital V1CAP_Iw1cap_i = sum{i,IND, V1CAPi[x1capi+p1capi] }; E_w1oct_i Aggregate other cost ticket payments V1OCT_Iw1oct_i = sum{i,IND, V1OCTi[x1octi+p1octi] }; E_w0tax_csi Aggregate value of indirect taxes V0TAX_CSIw0tax_csi = V1TAX_CSIw1tax_csi + V2TAX_CSIw2tax_csi + V3TAX_CSw3tax_cs + V4TAX_Cw4tax_c + V5TAX_CSw5tax_cs + V0TAR_Cw0tar_c; E_w0gdpinc Aggregate nominal GDP from income side V0GDPINCw0gdpinc = V1LND_Iw1lnd_i + V1CAP_Iw1cap_i + V1LAB_IOw1lab_io + V1OCT_Iw1oct_i + V0TAX_CSIw0tax_csi; Excerpt 31 of TABLO input file: GDP expenditure aggregates Equation E_x2tot_i Total real investment V2TOT_Ix2tot_i = sum{i,IND, V2TOTix2toti }; E_x2tot_i_ag Total real investment for agriculture sectors V2TOT_AGRIx2tot_i_ag = sum{i,AGRI, V2TOTix2toti }; E_x2tot_i_mo Total real investment miningoil sectors V2TOT_MINOx2tot_i_mo = sum{i,MINO, V2TOTix2toti }; E_x2tot_i_mn Total real investment manufacture sectors V2TOT_MANFx2tot_i_mn = sum{i,MANF, V2TOTix2toti }; E_x2tot_i_se Total real investment service sectors V2TOT_SERVx2tot_i_se = sum{i,SERV, V2TOTix2toti }; E_p2tot_i Investment price index V2TOT_Ip2tot_i = sum{i,IND, V2TOTip2toti }; E_p2tot_i_ag Investment price index for agriculture sectors V2TOT_AGRIp2tot_i_ag = sum{i,AGRI, V2TOTip2toti }; E_p2tot_i_mo Investment price index for miningoil sectors V2TOT_MINOp2tot_i_mo = sum{i,MINO, V2TOTip2toti }; E_p2tot_i_mn Investment price index for manufacture sectors V2TOT_MANFp2tot_i_mn = sum{i,MANF, V2TOTip2toti }; E_p2tot_i_se Investment price index for service sectors V2TOT_SERVp2tot_i_se = sum{i,SERV, V2TOTip2toti }; E_w2tot_i Total nominal investment w2tot_i = x2tot_i + p2tot_i; E_w2tot_i_ag Total nominal investment for agriculture sectors w2tot_i_ag = x2tot_i_ag + p2tot_i_ag; E_w2tot_i_mo Total nominal investment for miningoil sectors w2tot_i_mo = x2tot_i_mo + p2tot_i_mo; E_w2tot_i_mn Total nominal investment for manufacture sectors w2tot_i_mn = x2tot_i_mn + p2tot_i_mn; E_w2tot_i_se Total nominal investment for service sectors w2tot_i_se = x2tot_i_se + p2tot_i_se; E_x3tot_hh Real consumption all,h,HHV3TOT_HHhx3tot_hhh=sum{c,COM,sum{s,SRC,V3PURc,s,hx3c,s,h}}; E_x3tot_hh_ag Real consumption for agriculture commodity all,h,HHV3TOT_HH_AGhx3tot_hh_agh=sum{c,AGRI_C, sum{s,SRC,V3PURc,s,hx3c,s,h}}; E_x3tot_hh_mo Real consumption for miningoil commodity all,h,HHV3TOT_HH_MOhx3tot_hh_moh=sum{c,MINO_C, sum{s,SRC,V3PURc,s,hx3c,s,h}}; E_x3tot_hh_mn Real consumption for manufacture commodity all,h,HHV3TOT_HH_MNhx3tot_hh_mnh=sum{c,MANF_C, sum{s,SRC,V3PURc,s,hx3c,s,h}}; E_x3tot_hh_se Real consumption for service commodity all,h,HHV3TOT_HH_SEhx3tot_hh_seh=sum{c,SERV_C, sum{s,SRC,V3PURc,s,hx3c,s,h}}; E_p3tot_hh Household price index all,h,HHV3TOT_HHhp3tot_hhh=sum{c,COM,sum{s,SRC,V3PURc,s,hp3c,s,h}}; E_p3tot_hh_ag Household price index for agriculture commodity all,h,HHV3TOT_HH_AGhp3tot_hh_agh=sum{c,AGRI_c, sum{s,SRC,V3PURc,s,hp3c,s,h}}; E_p3tot_hh_mo Household price index for miningoil commodity all,h,HHV3TOT_HH_MOhp3tot_hh_moh=sum{c,MINO_C, sum{s,SRC,V3PURc,s,hp3c,s,h}}; E_p3tot_hh_mn Household price index for manufacture commodity all,h,HHV3TOT_HH_MNhp3tot_hh_mnh=sum{c,MANF_C, sum{s,SRC,V3PURc,s,hp3c,s,h}}; E_p3tot_hh_se Household price index for service commodity all,h,HHV3TOT_HH_SEhp3tot_hh_seh=sum{c,SERV_C, sum{s,SRC,V3PURc,s,hp3c,s,h}}; E_w3tot_hh Household budget constraint all,h,HHw3tot_hhh = x3tot_hhh + p3tot_hhh; E_w3tot_hh_ag Household budget constraint for agriculture commodity all,h,HHw3tot_hh_agh = x3tot_hh_agh + p3tot_hh_agh; E_w3tot_hh_mo Household budget constraint for miningoil commodity all,h,HHw3tot_hh_moh = x3tot_hh_moh + p3tot_hh_moh; E_w3tot_hh_mn Household budget constraint for manufacture commodity all,h,HHw3tot_hh_mnh = x3tot_hh_mnh + p3tot_hh_mnh; E_w3tot_hh_se Household budget constraint for service commodity all,h,HHw3tot_hh_seh = x3tot_hh_seh + p3tot_hh_seh; E_x3tot Real consumption V3TOTx3tot = sum{h,HH,V3TOT_HHhx3tot_hhh}; E_x3tot_ag Real consumption for agriculture commodity V3TOT_AGRIx3tot_ag = sum{h,HH,V3TOT_HH_AGhx3tot_hh_agh}; E_x3tot_mo Real consumption for miningoil commodity V3TOT_MINOx3tot_mo = sum{h,HH,V3TOT_HH_MOhx3tot_hh_moh}; E_x3tot_mn Real consumption for manufacture commodity V3TOT_MANFx3tot_mn = sum{h,HH,V3TOT_HH_MNhx3tot_hh_mnh}; E_x3tot_se Real consumption for service commodity V3TOT_SERVx3tot_se = sum{h,HH,V3TOT_HH_SEhx3tot_hh_seh}; E_p3tot Consumer price index V3TOTp3tot = sum{h,HH,V3TOT_HHhp3tot_hhh}; E_p3tot_ag Consumer price index for agriculture commodity V3TOT_AGRIp3tot_ag = sum{h,HH,V3TOT_HH_AGhp3tot_hh_agh}; E_p3tot_mo Consumer price index for miningoil commodity V3TOT_MINOp3tot_mo = sum{h,HH,V3TOT_HH_MOhp3tot_hh_moh}; E_p3tot_mn Consumer price index for manufacture commodity V3TOT_MANFp3tot_mn = sum{h,HH,V3TOT_HH_MNhp3tot_hh_mnh}; E_p3tot_se Consumer price index for service commodity V3TOT_SERVp3tot_se = sum{h,HH,V3TOT_HH_SEhp3tot_hh_seh}; E_w3tot Household budget constraint w3tot = x3tot + p3tot; E_w3tot_ag Household budget constraint for agriculture commodity w3tot_ag = x3tot_ag + p3tot_ag; E_w3tot_mo Household budget constraint for miningoil commodity w3tot_mo = x3tot_mo + p3tot_mo; E_w3tot_mn Household budget constraint for manufacture commodity w3tot_mn = x3tot_mn + p3tot_mn; E_w3tot_se Household budget constraint for service commodity w3tot_se = x3tot_se + p3tot_se; E_x4tot Export volume index V4TOTx4tot = sum{c,COM, V4PURcx4c }; E_x4tot_ag Export volume index for agriculture commodity V4TOT_AGRIx4tot_ag = sum{c,AGRI_C, V4PURcx4c }; E_x4tot_mo Export volume index for miningoil commodity V4TOT_MINOx4tot_mo = sum{c,MINO_C, V4PURcx4c }; E_x4tot_mn Export volume index for manufacture commodity V4TOT_MANFx4tot_mn = sum{c,MANF_C, V4PURcx4c }; E_x4tot_se Export volume index for service commodity V4TOT_SERVx4tot_se = sum{c,SERV_C, V4PURcx4c }; E_p4tot Exports price index, rupiah V4TOTp4tot = sum{c,COM, V4PURcp4c }; E_p4tot_ag Exports price index, rupiah for agriculture commodity V4TOT_AGRIp4tot_ag = sum{c,AGRI_C, V4PURcp4c }; E_p4tot_mo Exports price index, rupiah for miningoil commodity V4TOT_MINOp4tot_mo = sum{c,MINO_C, V4PURcp4c }; E_p4tot_mn Exports price index, rupiah for manufacture commodity V4TOT_MANFp4tot_mn = sum{c,MANF_C, V4PURcp4c }; E_p4tot_se Exports price index, rupiah for service commodity V4TOT_SERVp4tot_se = sum{c,SERV_C, V4PURcp4c }; E_w4tot rupiah border value of exports w4tot = x4tot + p4tot; E_w4tot_ag rupiah border value of exports for agriculture commodity w4tot_ag = x4tot_ag + p4tot_ag; E_w4tot_mo rupiah border value of exports for miningoil commodity w4tot_mo = x4tot_mo + p4tot_mo; E_w4tot_mn rupiah border value of exports for manufacture commodity w4tot_mn = x4tot_mn + p4tot_mn; E_w4tot_se rupiah border value of exports for service commodity w4tot_se = x4tot_se + p4tot_se; E_x5tot Aggregate real government demands V5TOTx5tot = sum{c,COM, sum{s,SRC, V5PURc,sx5c,s }}; E_p5tot Government price index V5TOTp5tot = sum{c,COM, sum{s,SRC, V5PURc,sp5c,s }}; E_x5tot_ag Aggregate real government demands for agriculture commodity V5TOT_AGRIx5tot_ag = sum{c,AGRI_C, sum{s,SRC, V5PURc,sx5c,s }}; E_x5tot_mo Aggregate real government demands for miningoil commodity V5TOT_MINOx5tot_mo = sum{c,MINO_C, sum{s,SRC, V5PURc,sx5c,s }}; E_x5tot_mn Aggregate real government demands for manufacture commodity V5TOT_MANFx5tot_mn = sum{c,MANF_C, sum{s,SRC, V5PURc,sx5c,s }}; E_x5tot_se Aggregate real government demands for service commodity V5TOT_SERVx5tot_se = sum{c,SERV_C, sum{s,SRC, V5PURc,sx5c,s }}; E_p5tot_ag Government price index for agriculture commodity V5TOT_AGRIp5tot_ag = sum{c,AGRI_C, sum{s,SRC, V5PURc,sp5c,s }}; E_p5tot_mo Government price index for miningoil commodity V5TOT_MINOp5tot_mo = sum{c,MINO_C, sum{s,SRC, V5PURc,sp5c,s }}; E_p5tot_mn Government price index for manufacture commodity V5TOT_MANFp5tot_mn = sum{c,MANF_C, sum{s,SRC, V5PURc,sp5c,s }}; E_p5tot_se Government price index for service commodity V5TOT_SERVp5tot_se = sum{c,SERV_C, sum{s,SRC, V5PURc,sp5c,s }}; E_w5tot Agg.nominal val of government demands w5tot = x5tot + p5tot; E_w5tot_ag Agg.nominal val of government demands for agriculure commodity w5tot_ag = x5tot_ag + p5tot_ag; E_w5tot_mo Agg.nominal val of government demands for miningoil commodity w5tot_mo = x5tot_mo + p5tot_mo; E_w5tot_mn Agg.nominal val of government demands for manufacture commodity w5tot_mn = x5tot_mn + p5tot_mn; E_w5tot_se Agg.nominal val of government demands for service commodity w5tot_se = x5tot_se + p5tot_se; E_x6tot Inventories volume index V6TOTx6tot = 100sum{c,COM, sum{s,SRC, LEVP0c,sdelx6c,s }}; E_x6tot_ag Inventories volume index for agriculture commodity V6TOT_AGR Ix6tot_ag = 100sum{c,AGRI_C, sum{s,SRC, LEVP0c,sdelx6c,s }}; E_x6tot_mo Inventories volume index for miningoil commodity V6TOT_MINOx6tot_mo = 100sum{c,MINO_C, sum{s,SRC, LEVP0c,sdelx6c,s }}; E_x6tot_mn Inventories volume index for manufacture commodity V6TOT_MANFx6tot_mn = 100sum{c,MANF_C, sum{s,SRC, LEVP0c,sdelx6c,s }}; E_x6tot_se Inventories volume index for service commodity V6TOT_SERVx6tot_se = 100sum{c,SERV_C, sum{s,SRC, LEVP0c,sdelx6c,s }}; E_p6tot Inventories price index [TINY+V6TOT]p6tot = sum{c,COM, sum{s,SRC, V6BASc,sp0c,s }}; E_p6tot_ag Inventories price index for agriculture commodity [TINY+V6TOT_AGRI]p6tot_ag = sum{c,AGRI_C, sum{s,SRC, V6BASc,sp0c,s }}; E_p6tot_mo Inventories price index for miningoil commodity [TINY+V6TOT_MINO]p6tot_mo = sum{c,MINO_C, sum{s,SRC, V6BASc,sp0c,s }}; E_p6tot_mn Inventories price index for manufacture commodity [TINY+V6TOT_MANF]p6tot_mn = sum{c,MANF_C, sum{s,SRC, V6BASc,sp0c,s }}; E_p6tot_se Inventories price index for service commodity [TINY+V6TOT_SERV]p6tot_se = sum{c,SERV_C, sum{s,SRC, V6BASc,sp0c,s }}; E_w6tot Aggregate nominal value of inventories w6tot = x6tot + p6tot; E_w6tot_ag Agg.nominal value of inventories for agriculture commodity w6tot_ag = x6tot_ag + p6tot_ag; E_w6tot_mo Agg.nominal value of inventories for miningoil commodity w6tot_mo = x6tot_mo + p6tot_mo; E_w6tot_mn Agg.nominal value of inventories for manufacture commodity w6tot_mn = x6tot_mn + p6tot_mn; E_w6tot_se Agg.nominal value of inventories for service commodity w6tot_se = x6tot_se + p6tot_se; E_x0cif_c Import volume index, C.I.F. weights V0CIF_Cx0c if_c = sum{c,COM, V0CIFcx0impc }; E_x0cif_c_ag Import volume index, C.I.F. weights for agriculture commodity V0CIF_AGRIx0cif_c_ag = sum{c,AGRI_C, V0CIFcx0impc }; E_x0cif_c_mo Import volume index, C.I.F. weights for miningoil commodity V0CIF_MINOx0cif_c_mo = sum{c,MINO_C, V0CIFcx0impc }; E_x0cif_c_mn Import volume index, C.I.F. weights for manufacture commodity V0CIF_MANFx0cif_c_mn = sum{c,MANF_C, V0CIFcx0impc }; E_x0cif_c_se Import volume index, C.I.F. weights for service commodity V0CIF_SERVx0cif_c_se = sum{c,SERV_C, V0CIFcx0impc }; E_p0cif_c Imports price index, rupiah C.I.F. V0CIF_Cp0cif_c = sum{c,COM, V0CIFc[phi+pf0cifc] }; E_p0cif_c_ag Imports price index, rupiah C.I.F. for agriculture commodity V0CIF_AGRIp0cif_c_ag = sum{c,AGRI_C, V0CIFc[phi+pf0cifc] }; E_p0cif_c_mo Imports price index, rupiah C.I.F. for miningoil commodity V0CIF_MINOp0cif_c_mo = sum{c,MINO_C, V0CIFc[phi+pf0cifc] }; E_p0cif_c_mn Imports price index, rupiah C.I.F. for manufacture commodity V0CIF_MANFp0cif_c_mn = sum{c,MANF_C, V0CIFc[phi+pf0cifc] }; E_p0cif_c_se Imports price index, rupiah C.I.F. for service commodity V0CIF_SERVp0cif_c_se = sum{c,SERV_C, V0CIFc[phi+pf0cifc] }; E_w0cif_c Value of imports, rupiah C.I.F. w0cif_c = x0cif_c + p0cif_c; E_w0cif_c_ag Value of imports, rupiah C.I.F. for agriculture commodity w0cif_c_ag = x0cif_c_ag + p0cif_c_ag; E_w0cif_c_mo Value of imports, rupiah C.I.F. for miningoil commodity w0cif_c_mo = x0cif_c_mo + p0cif_c_mo; E_w0cif_c_mn Value of imports, rupiah C.I.F. for manufacture commodity w0cif_c_mn = x0cif_c_mn + p0cif_c_mn; E_w0cif_c_se Value of imports, rupiah C.I.F. for service commodity w0cif_c_se = x0cif_c_se + p0cif_c_se; E_x0gdpexp Real GDP, expenditure side V0GDPEXPx0gdpexp = V3TOTx3tot + V2TOT_Ix2tot_i + V5TOTx5tot + V6TOTx6tot + V4TOTx4tot - V0CIF_Cx0cif_c; E_x0gdpexp_ag Real GDP, expenditure side Agriculture Sectors V0GDPEXP_AGx0gdpexp_ag = V3TOT_AGRIx3tot_ag + V2TOT_AGRIx2tot_i_ag + V5TOT_AGRIx5tot_ag + V6TOT_AGRI x6tot_ag + V4TOT_AGRIx4tot_ag - V0CIF_AGRIx0cif_c_ag; E_x0gdpexp_mo Real GDP, expenditure side MiningOil Sectors V0GDPEXP_MOx0gdpexp_mo = V3TOT_MINOx3tot_mo + V2TOT_MINOx2tot_i_mo + V5TOT_MINOx5tot_mo + V6TOT_MINOx6tot_mo + V4TOT_MINOx4tot_mo - V0CIF_MINOx0cif_c_mo; E_x0gdpexp_mn Real GDP, expenditure side Manufacture Sectors V0GDPEXP_MNx0gdpexp_mn = V3TOT_MANFx3tot_mn + V2TOT_MANFx2tot_i_mn + V5TOT_MANFx5tot_mn + V6TOT_MANFx6tot_mn + V4TOT_MANFx4tot_mn - V0CIF_MANFx0cif_c_mn ; E_x0gdpexp_se Real GDP, expenditure side Service Sectors V0GDPEXP_SEx0gdpexp_se = V3TOT_SERVx3tot_se + V2TOT_SERVx2tot_i_se + V5TOT_SERVx5tot_se + V6TOT_SERVx6tot_se + V4TOT_SERVx4tot_se - V0CIF_SERVx0cif_c_se; E_p0gdpexp Price index for GDP, expenditure side V0GDPEXPp0gdpexp = V3TOTp3tot + V2TOT_Ip2tot_i + V5TOTp5tot + V6TOTp6tot + V4TOTp4tot - V0CIF_Cp0cif_c; E_p0gdpexp_ag Price index for GDP, expenditure side for agriculture sectors V0GDPEXP_AGp0gdpexp_ag = V3TOT_AGRIp3tot_ag + V2TOT_AGRIp2tot_i_ag + V5TOT_AGRIp5tot_ag + V6TOT_AGRIp6tot_ag + V4TOT_AGRIp4tot_ag - V0CIF_AGRIp0cif_c_ag; E_p0gdpexp_mo Price index for GDP, expenditure side for miningoil sectors V0GDPEXP_MOp0gdpexp_mo = V3TOT_MINOp3tot_mo + V2TOT_MINOp2tot_i_mo + V5TOT_MINOp5tot_mo + V6TOT_MINOp6tot_mo + V4TOT_MINOp4tot_mo - V0CIF_MINOp0cif_c_mo; E_p0gdpexp_mn Price index for GDP, expenditure side for manufacture sectors V0GDPEXP_MNp0gdpexp_mn = V3TOT_MANFp3tot_mn + V2TOT_MANFp2tot_i_mn + V5TOT_MANFp5tot_mn + V6TOT_MANFp6tot_mn + V4TOT_MINOp4tot_mn - V0CIF_MANFp0cif_c_mn; E_p0gdpexp_se Price index for GDP, expenditure side for service sectors V0GDPEXP_SEp0gdpexp_se = V3TOT_SERVp3tot_se + V2TOT_SERVp2tot_i_se + V5TOT_SERVp5tot_se + V6TOT_SERVp6tot_se + V4TOT_SERVp4tot_se - V0CIF_SERVp0cif_c_se; E_w0gdpexp Nominal GDP from expenditure side w0gdpexp = x0gdpexp + p0gdpexp; E_w0gdpexp_ag Nominal GDP from expenditure side for agriculture sectors w0gdpexp_ag = x0gdpexp_ag + p0gdpexp_ag; E_w0gdpexp_mo Nominal GDP from expenditure side for miningoil sectors w0gdpexp_mo = x0gdpexp_mo + p0gdpexp_mo; E_w0gdpexp_mn Nominal GDP from expenditure side for manufacture sectors w0gdpexp_mn = x0gdpexp_mn + p0gdpexp_mn; E_w0gdpexp_se Nominal GDP from expenditure side for service sectors w0gdpexp_se = x0gdpexp_se + p0gdpexp_se; E_shrgdpexp_ag share GDP from expenditure side for agriculture sectors SHGDPEXP_AGshrgdpexp_ag = x0gdpexp_ag - x0gdpexp; E_shrgdpexp_mo share GDP from expenditure side for miningoil sectors SHGDPEXP_MOshrgdpexp_mo = x0gdpexp_mo - x0gdpexp; E_shrgdpexp_mn share GDP from expenditure side for manufacture sectors SHGDPEXP_MNshrgdpexp_mn = x0gdpexp_mn - x0gdpexp; E_shrgdpexp_se share GDP from expenditure side for service sectors SHGDPEXP_SEshrgdpexp_se = x0gdpexp_se - x0gdpexp; Excerpt 32 of TABLO input file: Trade balance and other aggregates Equation E_delB Balance of tradeGDP V0GDPEXPdelB = V4TOTw4tot - V0CIF_Cw0cif_c -V4TOT-V0CIF_Cw0gdpexp; E_x0imp_c Import volume index, duty paid weights V0IMP_Cx0imp_c = sum{c,COM, V0IMPcx0impc }; E_p0imp_c Duty paid imports price index V0IMP_Cp0imp_c = sum{c,COM, V0IMPcp0c,imp }; E_w0imp_c Value of imports duty paid w0imp_c = x0imp_c + p0imp_c; E_x1cap_i Aggregate usage of capital,rental weights V1CAP_Ix1cap_i = sum{i,IND, V1CAPix1capi }; E_p1cap_i Average capital rental V1CAP_Ip1cap_i = sum{i,IND, V1CAPip1capi }; Equation E_employ Employment by industry all,i,IND V1LAB_Oiemployi = sum{o,OCC, V1LABi,ox1labi,o }; E_p1lab_io Average nominal wage V1LAB_IOp1lab_io = sum{i,IND, sum{o,OCC, V1LABi,op1labi,o }}; E_realwage Average real wage realwage = p1lab_io - p3tot; E_x1prim_i Aggregate output: value-added weights V1PRIM_Ix1prim_i = sum{i,IND, V1PRIMix1toti }; E_p0toft Terms of trade p0toft = p4tot - p0cif_c; E_p0realdev Real devaluation p0realdev = p0cif_c - p0gdpexp; Excerpt 33 of TABLO input file: Investment equations Variable all,i,IND ggroi Gross growth rate of capital = Investmentcapital ; all,i,IND greti Gross rate of return = Rental[Price of new capital] ; Equation E_ggro all,i,IND ggroi = x2toti - x1capi; E_gret all,i,IND greti = p1capi - p2toti; Three alternative rules for investment: Choose which applies to each industry by setting JUST ONE of the corresponding elements of x2tot, finv1, finv2, or finv3 exogenous. Iff aggregate investment x2tot_i is exogenous, invslack must be endogenous. Variable all,i,IND finv1i Shifter to enforce DPSV investment rule ; all,i,IND finv2i Shifter for exogenous investment rule ; all,i,IND finv3i Shifter for longrun investment rule ; invslack Investment slack variable for exogenizing aggregate investment ; Rule 1: Follows Section 19 of DPSV. The ratios Q and G are treated as parameters, just as in the original ORANI implementation. Attempts to improve the theory by updating these parameters have been found to occasionally lead to perversely signed coefficients Equation E_finv1 DPSV investment rule all,i,IND ggroi = finv1i + 0.33[2.0greti - invslack]; Note: above equation comes from substituting together DPSV equations 19.7-9. The value 0.33 and 2.0 correspond to the DPSV ratios [1G.Beta] and Q = ratio, gross to net rate of return and are typical values of this ratio. In DPSV invslack was called omega and was interpreted as the economy-wide rate of return Rule 2: For industries where investment is not mainly driven by current profits eg, Education make investment follow aggregate investment. Equation E_finv2 Alternative rule for exogenous investment industries all,i,IND x2toti = x2tot_i + finv2i; NB: you must not set ALL of finv2 exogenous else above would conflict with Equation E_x2tot_i Rule 3: longrun investment rule: investmentcapital ratios are exogenous Equation E_finv3 Alternative long-run investment rule all,i,IND ggroi = finv3i + invslack; Variable f2tot Ratio, investmentconsumption ; Equation E_f2tot x2tot_i = x3tot + f2tot; set f2tot exogenous and invslack endogenous to link aggregate investment to real consumption Excerpt 34 of TABLO input file: Indexing and other equations Equation E_p1oct Indexing of prices of other cost tickets all,i,IND p1octi = p3tot + f1octi; assumes full indexation E_delx6 possible rule for stocks all,c,COMall,s,SRC 100LEVP0c,sdelx6c,s=V6BASc,sx0comc+fx6c,s; Excerpt 35 of TABLO input file: Decomposition of Fan Set FANCAT parts of Fan decomposition LocalMarket, ImportShare, Export, Total; Variable all,c,COM x0locc real percent change in LOCSALES dom+imp ; changeall,c,COMall,f,FANCAT fandecompc,f Fan decomposition ; Coefficient all,c,COM LOCSALESc Total local sales of dom + imp commodity c ; all,c,COM INITSALESc Initial volume of SALES at final prices ; Formula all,c,COM LOCSALESc = DOMSALESc + V0IMPc; initial all,c,COM INITSALESc = SALESc; Update all,c,COM INITSALESc = p0comc; Equation E_x0loc growth in local market all,c,COM LOCSALEScx0locc = DOMSALEScx0domc + V0IMPcx0impc; Equation E_fandecompA growth in local market effect all,c,COM INITSALEScfandecompc,LocalMarket = DOMSALEScx0locc; The local market effect is the change in output that would have occurred if local sales of the domestic product had followed dom+imp sales x0loc Equation E_fandecompB export effect all,c,COM INITSALEScfandecompc,Export = V4BAScx4c; Equation E_fandecompC import leakage effect - via residual all,c,COM fandecompc,Total = fandecompc,LocalMarket + fandecompc,ImportShare + fandecompc,Export; Equation E_fandecompD Fan total = x0com all,c,COM INITSALEScfandecompc,Total = SALEScx0comc; Excerpt 36 of TABLO input file: Fiscal extension Set TYPE expend, recp; expend=govt. payments, recp=govt. receipts Variable all,h,HHall,t,TYPEfgov_hh,t Shift in transfers: govt. -- households ; all,t,TYPE fgov_ft Shift in transfers: govt. -- foreign ; all,h,HHall,t,TYPEgov_hh,t Transfers: govt. -- households ; all,t,TYPE gov_ft Transfers: govt. -- foreign ; all,h,HH w0hhtaxh change in personal income tax ; all,h,HHw0hhinch Aggregate nominal take-home income earned by households; change delbudget Rupiah change in budget balance G-T ; w0govt_t Aggregate government revenue; w0govt_g Aggregate government expenditure; f1inc_tax Overall income tax shifter ; Coefficient GOVTREV Total government revenue ; GOVTEXP Nominal total current and capital government expenditure ; all,i,EXOGINVV2TOT_Gi Total govt. funding of capital created for i ; all,t,TYPETRANSFER_Ft Government transfers: paymentsreceipts foreign; all,h,HHall,t,TYPETRANSFER_Hh,t Govt transfers to and from hholds; all,h,HHV0HHTAXh Personal income tax on all household factors ; all,h,HHV0HHINCh Income earned by households ; Read V0HHTAX from file MDATA header PINC; TRANSFER_F from file MDATA header TRAN; TRANSFER_H from file MDATA header GOHH; Update all,t,TYPE TRANSFER_Ft = gov_ft; all,h,HHall,t,TYPETRANSFER_Hh,t = gov_hh,t; all,h,HH V0HHTAXh = w0hhtaxh; Formula all,i,EXOGINVV2TOT_Gi = sum{c,COM, V2PUR_Sc,i }0.3; allocation of public investment GOVTREV = V0TAX_CSI + sum{h,HH,V0HHTAXh} + TRANSFER_Frecp +sum{h,HH,TRANSFER_Hh,recp}; GOVTEXP = V5TOT + Sum{i,EXOGINV, V2TOT_Gi} + TRANSFER_Fexpend +sum{h,HH,TRANSFER_Hh,expend}; Equation E_w3lux consumption function All,h,HH w3tot_hhh = f3tot + f3tot_hh + w0hhinch; Equation E_w0hhtax Aggregate nominal income tax paid by households all,h,HHw0hhtaxh = w0hhinch + f1inc_tax; Equation E_w0hhtax constrains any exogenous shifts in the income tax rate to being equal across all household factors of production. Note that take-home household income is used in the consumption function. Equation E_gov_f Government transfers to and from foreigners all,t,TYPEgov_ft = p3tot + fgov_ft; Equation E_gov_h Government transfers to and from households all,h,HHall,t,TYPEgov_hh,t = p3tot + fgov_hh,t; Formula all,h,HHV0HHINCh = sum{ i,AGIND,LANDSi,h} + sum{o,OCC,HINCh,o} + MMAh+MMNh + sum{i,NAGR,FIXEDKh,i} + TRANSFER_Hh,expend - TRANSFER_Hh,recp - V0HHTAXh; Equation E_w0hhinc Aggregate nominal take-home income earned by households all,h,HHV0HHINChw0hhinch= sum{ i,AGIND,LANDSi,h[p1lndi + x1lndi_hhi,h]} + sum{ o,OCC,HINCh,o[x1lab_i_ho,h + p1lab_io + f1lab_i_xo]} + [MMAh+MMNh]w1cap_vh + sum{i,NAGR,FIXEDKh,i}w1cap_fh + TRANSFER_Hh,expendgov_hh,expend - TRANSFER_Hh,recpgov_hh,recp - V0HHTAXhw0hhtaxh; Equation E_w0govt_t Aggregate government revenue GOVTREVw0govt_t = V0TAX_CSIw0tax_csi + sum{h,HH,V0HHTAXhw0hhtaxh} + TRANSFER_Frecpgov_frecp + sum{h,HH,TRANSFER_Hh,recpgov_hh,recp}; Equation E_w0govt_g Aggregate government expenditure GOVTEXPw0govt_g = V5TOTw5tot +Sum{i,EXOGINV, V2TOT_Gi[x2toti + p2toti]} + TRANSFER_Fexpendgov_fexpend + sum{h,HH,TRANSFER_Hh,expendgov_hh,expend}; Equation E_delbudget Change in budget balance G-T increased deficit 0 100delbudget = GOVTEXPw0govt_g - GOVTREVw0govt_t ; Excerpt 37 of TABLO input file: Data for Checking Identities File new SUMMARY Summary and checking data ; Coefficient coefficients for checking all,i,IND PURE_PROFITSi COSTS-MAKE_C : should be zero ; all,c,COM LOST_GOODSc SALES-MAKE_I : should be zero ; all,h,HH EPSTOTh Average Engel elasticity: should = 1 ; Formula all,i,IND PURE_PROFITSi = V1TOTi - MAKE_Ci; all,c,COM LOST_GOODSc = SALESc - MAKE_Ic; all,h,HH EPSTOTh = sum{c,COM, S3_Sc,hEPSc,h}; Write PURE_PROFITS to file SUMMARY header PURE longname COSTS-MAKE_C: should = 0; LOST_GOODS to file SUMMARY header LOST longname SALES-MAKE_I: should = 0; EPSTOT to file SUMMARY header ETOT longname Average Engel elast: should = 1; Excerpt 38 of TABLO input file: Components of GDP from income and expenditure sides Set EXPMAC Expenditure Aggregates Consumption, Investment, Government, Stocks, Exports, Imports; Coefficient all,e,EXPMAC EXPGDPe Expenditure Aggregates ; Formula EXPGDPConsumption= V3TOT; EXPGDPInvestment = V2TOT_I; EXPGDPGovernment = V5TOT; EXPGDPStocks = V6TOT; EXPGDPExports = V4TOT; EXPGDPImports = -V0CIF_C; Write EXPGDP to file SUMMARY header EMAC longname Expenditure Aggregates; Set EXPSEC Expenditure Aggregates by Sector Agriculture, MiningOil, Manufacture, Services; Coefficient all,e,EXPSEC EXPGDPSECe Expenditure Aggregates by Sectors ; Formula EXPGDPSECAgriculture = V0GDPEXP_AG; EXPGDPSECMiningOil = V0GDPEXP_MO; EXPGDPSECManufacture = V0GDPEXP_MN; EXPGDPSECServices = V0GDPEXP_SE; Write EXPGDPSEC to file SUMMARY header GSEC longname Expenditure Aggregates by Sectors; Set INCMAC Income Aggregates Land, Labour, Capital, OCT, IndTaxes; Coefficient all,i,INCMAC INCGDPi Income Aggregates ; Formula INCGDPLand = V1LND_I; INCGDPLabour = V1LAB_IO; INCGDPCapital = V1CAP_I; INCGDPOCT = V1OCT_I; INCGDPIndTaxes = V0TAX_CSI;