{UTF-8} Government Crediting= Government Deficit*"Switch Gov. Crediting" ~ ~ | "Switch Gov. Crediting"= 0 ~ ~ | "Deposits + Cash"= Deposits+"Cash (Consumer)"+"Shares (held by Consumer)" ~ ~ | Currency Data( [(0,0)-(30,1000)],(0,106),(1,115.3),(2,123.2),(3,133.6),(4,147.4),(5,156.8),(6,168.4\ ),(7,181.9),(8,197.9),(9,212.9),(10,223.9),(11,250.6),(12,268.6),(13,294.3),(14,324.9\ ),(15,357.5),(16,373.3),(17,396.7),(18,427.4),(19,463.4),(20,524.9),(21,534.1),(22,\ 586),(23,630.2),(24,663.9),(25,698.9),(26,728.9),(27,750.2),(28,757.8),(29,828.5),(\ 30,863.8)) ~ ~ | Currency Actual= Currency Data(Time)*10^9 ~ ~ | Income= Dividends+"Mean Income (Estimated)"*Employed ~ Dollars/Year ~ | "Retained Earnings (Producer)"= INTEG ( "GDP (Revenue)"-Depreciation-"Interest Payment (Producer)"-Corporate Tax Revenue-Income\ -"Interest Payment (Producer)"-Tax on Production-Dividends, 0) ~ Dollars ~ | "Interest Payment (Producer)"= "Debt (Producer)"*Prime Rate+Producer Debt Redemption ~ Dollars/Year ~ | "Payments (Producer)"= Corporate Tax Revenue+Tax on Production+Income ~ Dollars/Year ~ | "Lending (Banks)"= MIN("Desired Borrowing (Producer)","Cash (Banks)")*Fraction of Loans Accepted ~ Dollars/Year ~ | Tax on Production= Excise Tax Rate *"GDP (Revenue)" ~ Dollars/Year ~ | Dividends= Dividends Ratio*Producer Profits ~ Dollars/Year ~ | "Cash (Consumer)"= INTEG ( Income+Cash Demand-Consumption-Income Tax-Saving, (120+240)*10^9) ~ ~ | Fraction of Loans Accepted= 0.5 ~ [0,1,0.05] ~ | Securities sold by Consumer= 0*Security Holding Ratio by Consumer ~ ~ | Securities purchased by Consumer= 0*Security Holding Ratio by Consumer ~ ~ | Security Holding Ratio by Consumer= "Government Securities (Consumer)"/("Government Securities (Banks)"+"Government Securities (Central Bank)"\ +"Government Securities (Consumer)") ~ ~ | "Interest paid by Banks (Central Bank)"= "Discount Loan (Central Bank)"*Discount Rate ~ Dollars/Year ~ | "Debt (Banks)"= INTEG ( "Borrowing (Banks)"-("Banks Debt Redemption (Central Bank)"+"Banks Debt Redemption (Public Money)"\ ), "Initial Debt (Banks)") ~ Dollars ~ | "Initial Debt (Banks)"= 100 ~ ~ | "Initial Debt (Producer)"= 100*10^9 ~ ~ | "Initial Deposits (Banks)"= 17.4*10^9 ~ ~ | "Initial Discount Loan (Central Bank)"= 100 ~ ~ | "Initial Government Securities (Bank)"= 100 ~ ~ | "Initial Government Securities (Central Bank)"= 2500*10^9 ~ ~ | "Interest paid by Government (Central Bank)"= Interest Paid by Government/3 ~ ~ | "Initial Loan to Producers ( Banks)"= 100 ~ ~ | Securities purchased by Central Bank= Security Holding Ratio by Central Bank*0 ~ ~ | Open Market Sale= 0*"Government Securities (Central Bank)" ~ ~ | "Initial Reserves (Banks)"= 17.4*10^9 ~ ~ | "Initial Reserves (Central Bank)"= 100 ~ ~ | "Initial Reserves (Government)"= 100 ~ ~ | "Initial Retained Earnings (Banks)"= 100 ~ ~ | "Initial Retained Earnings (Central Bank)"= 100 ~ ~ | Initial Seigniorage Assets= 100 ~ ~ | "Open Market Purchase (Bank Sale)"= 0 ~ ~ | "Debt (Producer)"= INTEG ( "Lending (Producer)"-Producer Debt Redemption, "Initial Debt (Producer)") ~ Dollars ~ | Cash Demand= (Currency Ratio*Deposits-"Cash (Consumer)")/Cashing Time ~ Dollars/Year ~ | "Open Market Sale (Banks Purchase)"= Open Market Sale*0 ~ ~ | Lending= "Lending (Producer)" ~ Dollars/Year ~ | Interest Rate Est= 0.025 ~ ~ | "Open Market Purchase (Public Sale)"= 0 ~ ~ | "Interest paid by Government (Banks)"= Interest Paid by Government/3 ~ ~ | Open Market Purchase= "Open Market Purchase (Bank Sale)"*"Open Market Purchase (Public Sale)"*Securities purchased by Central Bank ~ ~ | "Interest paid by Government (Consumer)"= Interest Paid by Government/3 ~ ~ | Initial Currency Outstanding= 100 ~ ~ | "Open Market Sale (Public Purchase)"= Open Market Sale*0 ~ ~ | Cashing Time= 3 ~ Years ~ | "Initial Cash (Banks)"= 17.4*10^9 ~ ~ | Currency Ratio= Interest Rate Est ~ ~ | "Lending (Producer)"= "Lending (Banks)" ~ Dollars/Year ~ | Exponent on Labor= 0.4 ~ ~ | Initial Labor Force= 1.59303*10^8 ~ ~ | Notes Withdrown= "Banks Debt Redemption (Central Bank)"+"Banks Debt Redemption (Public Money)"+Securities sold by Central Bank ~ Dollars/Year ~ | Change in Employment= IF THEN ELSE ( Total Labor Force*Historical Employment Rate>=Employed, Total Labor Force\ *Historical Employment Rate-Employed ,Total Labor Force*Historical Employment Rate-Employed)+Desired Employment*0 ~ Person/Year ~ | Desired Employment= 0*Desired Output*Excise Tax Rate*Labor Market Flexibility ~ ~ | "Capital-Output Ratio"= Aggregate Capital/Full Capacity GDP ~ Year ~ | Labor Market Flexibility= 2 ~ ~ | Initial Potential GDP= 2.7881*10^12 ~ ~ | Potential GDP= EXP(Technological Change*(Time))*Initial Potential GDP*(Aggregate Capital/Initial Aggregate Capital\ )^Exponent on Capital *(Total Labor Force/Initial Labor Force)^Exponent on Labor ~ DollarsReal/Year ~ | Full Capacity GDP= EXP(Technological Change*(Time))*Initial Potential GDP*(Aggregate Capital/Initial Aggregate Capital\ )^Exponent on Capital*(Employed/Initial Labor Force)^Exponent on Labor ~ DollarsReal/Year ~ | Security Holding Ratio by Banks= "Government Securities (Banks)"/("Government Securities (Banks)"+"Government Securities (Central Bank)"\ +"Government Securities (Consumer)") ~ ~ | Payment by Banks= Banks Debt Redemption+Interest paid by Banks+"Wages (Banks)"+Banks Debt Redemption ~ Dollars/Year ~ | "Lending (Central Bank)"= Desired Lending*Lending Switch ~ Dollars/Year ~ | Desired Lending= "Desired Borrowing (Banks)"+Lending by PMA*PULSE(Lending Time,Lending Period) ~ Dollars/Year ~ | "Lending (Public Money)"= Desired Lending*Lending Switch ~ Dollars/Year ~ | Lending by PMA= 0 ~ ~ | Lending Period= 1 ~ Year ~ | Lending Switch= 0.075 ~ ~ | Lending Time= 16 ~ Years ~ | "Banks Debt Redemption (Central Bank)"= "Discount Loan (Central Bank)"/Banks Debt Period ~ Dollars/Year ~ | "Borrowing (Banks)"= "Lending (Central Bank)"+"Lending (Public Money)" ~ Dollars/Year ~ | Decrease in Reserves= "Open Market Sale (Banks Purchase)" ~ Dollars/Year ~ | Banks Debt Redemption= "Banks Debt Redemption (Central Bank)"+"Banks Debt Redemption (Public Money)" ~ Dollars/Year ~ | "Retained Earnings (Central Bank)"= INTEG ( "Interest Income (Central Bank)", "Initial Retained Earnings (Central Bank)") ~ Dollars ~ | "Banks Debt Redemption (Public Money)"= Seigniorage Assets/Banks Debt Period ~ Dollars/Year ~ | "Reserves (Central Bank)"= INTEG ( Increase in Reserves+Reserves by Banks-Decrease in Reserves, "Initial Reserves (Central Bank)") ~ Dollars ~ | Reserves by Banks= Reserves Deposits-Adjusting Reserves ~ Dollars/Year ~ | Monetary Base= Currency Outstanding+"Reserves (Central Bank)" ~ Dollars ~ | Gold Certificates= 0 ~ Dollars/Year ~ | Notes Newly Issued= Gold Certificates+"Open Market Purchase (Public Sale)"+"Lending (Central Bank)"+"Lending (Public Money)"\ +Securities purchased by Central Bank ~ Dollars/Year ~ | Currency Outstanding= INTEG ( Government Crediting+Notes Newly Issued-Notes Withdrown-Reserves by Banks, Initial Currency Outstanding) ~ Dollars ~ | "Reserves (Government)"= INTEG ( Seigniorage-Government Crediting, "Initial Reserves (Government)") ~ Dollars ~ | Increase in Reserves= "Open Market Purchase (Bank Sale)" ~ Dollars/Year ~ | "Government Securities (Central Bank)"= INTEG ( Open Market Purchase-Open Market Sale-Securities sold by Central Bank, "Initial Government Securities (Central Bank)") ~ Dollars ~ | Seigniorage Assets= INTEG ( "Lending (Public Money)"+Seigniorage-"Banks Debt Redemption (Public Money)", Initial Seigniorage Assets) ~ Dollars ~ | Open Market Operations= "Open Market Purchase (Bank Sale)"-"Open Market Sale (Banks Purchase)" ~ Dollars/Year ~ | Adjusting Reserves= Excess Reserves/Reserve Adjustment Time ~ Dollars/Year ~ | Net Deposits= Deposits in-Deposits out ~ Dollars/Year ~ | Banks Debt Period= 8 ~ Years ~ | "Interest Income (Banks)"= Interest paid by Producer+Interest Paid by Government ~ Dollars/Year ~ | "Interest Income (Central Bank)"= "Interest paid by Banks (Central Bank)"+"Interest paid by Government (Central Bank)" ~ Dollars/Year ~ | Interest paid by Banks= "Interest paid by Banks (Central Bank)"+"Interest paid by Banks (Consumer)" ~ Dollars/Year ~ | "Cash (Banks)"= INTEG ( MAX(Adjusting Reserves+"Borrowing (Banks)"+Cash in-Cash Out-"Lending (Banks)"-Payment by Banks\ -Reserves Deposits-Securities purchased by Banks,0), "Initial Cash (Banks)") ~ Dollars ~ | "Interest paid by Banks (Consumer)"= "Deposits (Banks)"*"Interest Rate (nominal)" ~ Dollars/Year ~ | Reserves Deposits= Required Reserves ~ Dollars/Year ~ | Interest paid by Producer= "Loan to Producers (Banks)"*Prime Rate ~ Dollars/Year ~ | Cash in= Deposits in+Securities sold by Banks+Producer Debt Redemption+"Interest Income (Banks)" ~ Dollars/Year ~ | Gold Deposit by Public= 0 ~ ~ | "Retained Earnings (Banks)"= INTEG ( "Interest Income (Banks)"-Interest paid by Banks-"Wages (Banks)", "Initial Retained Earnings (Banks)") ~ Dollars ~ | Gold= INTEG ( Gold Deposit, 0) ~ ~ | Gold Deposit= Deposit Time*Gold Deposit by Public ~ Dollars/Year ~ | "Debt Redemption (Producer)"= Producer Debt Redemption ~ Dollars/Year ~ | Prime Rate Premium= 0.03 ~ 1/Year ~ | Security Holding Ratio by Central Bank= "Government Securities (Central Bank)"/("Government Securities (Banks)"+"Government Securities (Central Bank)"\ +"Government Securities (Consumer)") ~ ~ | "Loan to Producers (Banks)"= INTEG ( "Lending (Banks)"-Producer Debt Redemption, "Initial Loan to Producers ( Banks)") ~ Dollars ~ | Securities sold by Banks= IF THEN ELSE("Government Securities (Banks)">0,"Government Securities (Banks)"*Security Holding Ratio by Banks\ ,0) ~ Dollars/Year ~ | Securities sold by Central Bank= Government Debt Redemption*Security Holding Ratio by Central Bank ~ Dollars/Year ~ | Discount Rate= 0.1 ~ ~ | "Government Securities (Banks)"= INTEG ( Securities purchased by Banks-Open Market Operations-Securities sold by Banks, "Initial Government Securities (Bank)") ~ Dollars ~ | "Wages (Banks)"= MAX("Profits (Banks)",0) ~ Dollars/Year ~ | Deposit Time= 1 ~ ~ | Required Reserve Ratio= 0.1 ~ 1/Year ~ | "Deposits (Banks)"= INTEG ( Deposits in-Deposits out, "Initial Deposits (Banks)") ~ Dollars ~ | Deposits out= Cash Demand+Financial Investment+Securities purchased by Consumer ~ Dollars/Year ~ | "Discount Loan (Central Bank)"= INTEG ( "Lending (Central Bank)"-"Banks Debt Redemption (Central Bank)", "Initial Discount Loan (Central Bank)") ~ Dollars ~ | Reserve Adjustment Time= 0.25 ~ Year ~ | Excess Reserves= "Reserves (Banks)"-"Deposits (Banks)"*Required Reserve Ratio ~ Dollars ~ | Prime Rate= "Interest Rate (nominal)"+Prime Rate Premium ~ 1/Year ~ | Producer Debt Redemption= "Debt (Producer)"/Producer Debt Period ~ Dollars/Year ~ | Required Reserves= Net Deposits*Required Reserve Ratio ~ Dollars/Year ~ | Securities purchased by Banks= Government Securities Newly Issued*Security Holding Ratio by Banks ~ Dollars/Year ~ | "Reserves (Banks)"= INTEG ( Open Market Operations+Reserves Deposits-Adjusting Reserves, "Initial Reserves (Banks)") ~ Dollars ~ | "Desired Borrowing (Banks)"= MAX(-"Cash Flow Deficit (Banks)",0) ~ Dollars/Year ~ | Cash Out= Deposits out ~ Dollars/Year ~ | "Profits (Banks)"= "Interest Income (Banks)"-Interest paid by Banks ~ Dollars/Year ~ | "Cash Flow Deficit (Banks)"= Cash in+Adjusting Reserves-Cash Out-Payment by Banks-Reserves Deposits-Securities purchased by Banks\ -"Desired Borrowing (Producer)" ~ Dollars/Year ~ | Deposits in= Saving+Securities sold by Consumer ~ Dollars/Year ~ | "Imports (Data)"= "Imports Table (Data)"(Time)*10^11 ~ ~ | "Imports Table (Data)"( [(0,0)-(30,20)],(0,3.1),(1,3.18),(2,3.14),(3,3.54),(4,4.4),(5,4.69),(6,5.09),(7,5.39\ ),(8,5.6),(9,5.85),(10,6.06),(11,6.05 ),(12,6.47),(13,7.03),(14,7.87),(15,8.5),(16,9.24),(17,10.5),(18,11.7),(19,13.1),(20\ ,14.8),(21,14.3),(22,14.8),(23,15.5) ,(24,17.2),(25,18.3),(26,19.4),(27,19.8),(28,19.3),(29,16.7),(30,18.8)) ~ ~ | "Exports (Data)"= "Exports Table (Data)"(Time)*10^11 ~ ~ | "Exports Table (Data)"( [(0,0)-(30,20)],(0,3.24),(1,3.27),(2,3.02),(3,2.95),(4,3.19),(5,3.28),(6,3.54),(7,3.92\ ),(8,4.54),(9,5.07),(10,5.52),(11 ,5.89),(12,6.29),(13,6.5),(14,7.07),(15,7.78),(16,8.43),(17,9.43),(18,9.65),(19,10.1\ ),(20,10.9),(21,10.3),(22,10.1),(23 , 10.3),(24,11.3),(25,12),(26,13.1),(27,14.3),(28,15.2),(29,13.8),(30,15.3)) ~ ~ | Net Export= "Exports (Data)"-"Imports (Data)" ~ DollarsReal/Year ~ | Basic Consumption= 1000*Total Population ~ Dollars/Year ~ | "Aggregate Demand (Real)"= Consumption+Government Spending Data+"Investment (Real)"+Net Export ~ DollarsReal/Year ~ | Consumption= (Basic Consumption+MPC*Disposable Income*Effect on Consumption) ~ Dollars/Year ~ | Tax Revenues= (Corporate Tax Revenue+Individual Income Tax+Excise Tax+Social Security Tax )*2+Tax Revenue Data\ *0 ~ Dollars/Year ~ | Aggregate Capital= INTEG ( Capital Completion-"Depreciation (Real)", Initial Aggregate Capital) ~ ~ | "Desired Capital (Real)"= ZIDZ( Exponent on Capital * (1-Excise Tax Rate) * "Aggregate Demand Forecasting (Long Run)"\ , (Interest Rate*(1-Interest Sensitivity)+Depreciation Rate)) ~ DollarsReal ~ | "Aggregate Demand Forecasting (Long Run)"= INTEG ( "Change in AD Forecasting (Long Run)", Full Capacity GDP) ~ ~ | Initial Aggregate Capital= 5*10^12 ~ ~ | "GDP (Real)"= MIN(Desired Output,Full Capacity GDP) ~ DollarsReal/Year ~ | "GDP (Revenue)"= "GDP (Data)" ~ ~ | "Social Security Tax Table (Data)"( [(0,0)-(30,25)],(0,6.9),(1,7.5),(2,7.5),(3,7.5),(4,7.8),(5,7.9),(6,7.7),(7,8),(8,8.1\ ),(9,8.1),(10,8.4),(11,8.6),(12,8.5),(13,8.5),(14,8.6),(15,8.5),(16,8.3),(17,8.2),(\ 18,8.1),(19,8),(20,7.9),(21,8.4),(22,8.5),(23,8.3),(24,8),(25,7.6),(26,7.5),(27,7.4\ ),(28,7.5),(29,7.5),(30,7.5)) ~ ~ | "Desired Investment (Real)"= MAX(0,("Desired Capital (Real)"-Aggregate Capital)/Time to Adjust Capital+"Depreciation (Real)"\ ) ~ DollarsReal/Year ~ | Corporate Tax Rate= Corporate Tax Rate Table(Time) ~ ~ | Exponent on Capital= 0.25 ~ ~ | FActor 2= 1 ~ [0,10,100] ~ | Excise Tax= "GDP (Data)"*Excise Tax Rate*FActor 2 ~ Dollars/Year ~ | "Change in AD Forecasting (Long Run)"= ("Aggregate Demand (Real)"-"Aggregate Demand Forecasting (Long Run)")/"Time to Adjust Forecating (Long Run)" ~ DollarsReal/(Year*Year) ~ | Social Security Tax Rate= "Social Security Tax Table (Data)"(Time)/100 ~ Dollars/Year ~ | "Time to Adjust Forecating (Long Run)"= 8 ~ Years ~ | Interest Sensitivity= 0.12 ~ ~ | Sales= "Sales (Real)"*Price ~ Dollars/Year ~ | Social Security Tax= "Mean Income (Estimated)"*Social Security Tax Rate*Employed ~ Dollars/Year ~ | "Government Spending Data (Table)"( [(0,0)-(30,10)],(0,0.94),(1,1.052),(2,1.179),(3,1.284),(4,1.354),(5,1.496),(6,1.593)\ ,(7,1.662),(8,1.771),(9,1.915),(10,2.089),(11,2.23),(12,2.349),(13,2.421),(14,2.507\ ),(15,2.635),(16,2.719),(17,2.813),(18,2.923),(19,3.053),(20,3.24),(21,3.429),(22,3.697\ ),(23,3.935),(24,4.132),(25,4.397),(26,4.698),(27,4.923),(28,5.337),(29,5.943),(30,\ 5.92)) ~ ~ | Investment= MAX( 0, MIN("Cash (Producer)",Desired Investment)) ~ Dollars/Year ~ | Consumer Equity= INTEG ( Income-Consumption-Income Tax, 10^12) ~ ~ | Desired Investment= "Desired Investment (Real)"*Price ~ Dollars/Year ~ | Capital Shares= INTEG ( New Capital Shares, 0) ~ Dollars ~ | Income Tax= Income*Income Tax Rate ~ Dollars/Year ~ | Producer Debt Period= 15 ~ Years ~ | Disposable Income= Income-Income Tax ~ Dollars/Year ~ | Initial Price Level= 1 ~ ~ | "Cash Flow Deficit (Producer)"= Cash Flow from Operating Activities-("Debt Redemption (Producer)"+Desired Investment\ +"Dividends (Cash)"+"Interest Payment (Producer)") ~ Dollars/Year ~ | Cash Flow from Operating Activities= Sales-"Payments (Producer)" ~ Dollars/Year ~ | Financial Investment= New Capital Shares ~ Dollars/Year ~ | Deposits= INTEG ( Saving-Cash Demand-Financial Investment-Securities purchased by Consumer+Securities sold by Consumer\ , 18*10^9) ~ Dollars ~ | Excise Tax Rate Table( [(0,0)-(30,0.02)],(0,0.01),(1,0.008),(2,0.008),(3,0.008),(4,0.009),(5,0.01),(6,0.009\ ),(7,0.009),(8,0.009),(9,0.009),(10,0.009),(11,0.01),(12,0.01),(13,0.01),(14,0.011)\ ,(15,0.01),(16,0.009),(17,0.009),(18,0.009),(19,0.009),(20,0.009),(21,0.008),(22,0.008\ ),(23,0.008),(24,0.008),(25,0.008),(26,0.007),(27,0.006),(28,0.008),(29,0.008),(30,\ 0.008)) ~ ~ | Factor= 1.9 ~ [0,2,0.05] ~ | "Mean Income (Estimated)"= Mean Income Table(Time)*Factor ~ Dollars/Worker ~ | "Shares (held by Consumer)"= INTEG ( Financial Investment, 0) ~ ~ | Saving= Disposable Income-Consumption ~ Dollars/Year ~ | "Tax Revenue Data (Table)"( [(0,0)-(30,10)],(0,0.886),(1,1.016),(2,1.077),(3,1.104),(4,1.222),(5,1.347),(6,1.439\ ),(7,1.582),(8,1.676),(9,1.822),(10,1.927),(11,1.982),(12,2.098),(13,2.226),(14,2.375\ ),(15,2.541),(16,2.732),(17,2.949),(18,3.188),(19,3.351),(20,3.676),(21,3.528),(22,\ 3.299),(23,3.457),(24,3.891),(25,4.244),(26,4.696),(27,5.171),(28,4.7),(29,3.635),(\ 30,4.725)) ~ ~ | MPC= 0.4 ~ [0,1,0.05] ~ | Effect on Consumption= 1/(Price/Initial Price Level)^Price Elasticity of Consumption ~ ~ | "Government Securities (Consumer)"= INTEG ( Securities purchased by Consumer-Securities sold by Consumer, 0) ~ ~ | Tax Revenue Data= "Tax Revenue Data (Table)"(Time)*10^12 ~ Dollars/Year ~ | Government Spending Data= "Government Spending Data (Table)"(Time)*10^12 ~ Dollars/Year ~ | Price Elasticity of Consumption= 1 ~ ~ | Government Expenditures= Government Spending Data ~ Dollars/Year ~ | Excise Tax Rate= Excise Tax Rate Table(Time) ~ ~ | Income Tax Rate= Inidividual Income Tax Rate Table(Time) ~ ~ | Inidividual Income Tax Rate Table( [(0,0)-(30,17)],(0,0.117),(1,0.12),(2,0.11),(3,0.102),(4,0.102),(5,0.102),(6,0.104),\ (7,0.103),(8,0.104),(9,0.102),(10,0.101),(11,0.099),(12,0.099),(13,0.1),(14,0.1),(15\ ,0.1),(16,0.102),(17,0.11),(18,0.11),(19,0.114),(20,0.118),(21,0.103),(22,0.097),(23\ ,0.084),(24,0.087),(24,0.087),(25,0.09),(26,0.091),(27,0.093),(28,0.1),(29,0.1),(30\ ,0.1)) ~ ~ | Corporate Tax Rate Table( [(0,0)-(30,1)],(0,0.028),(1,0.022),(2,0.014),(3,0.018),(4,0.02),(5,0.018),(6,0.019),\ (7,0.024),(8,0.024),(9,0.023),(10,0.022),(11,0.02),(12,0.025),(13,0.025),(14,0.026)\ ,(15,0.028),(16,0.029),(17,0.029),(18,0.025),(19,0.026),(20,0.024),(21,0.017),(22,0.016\ ),(23,0.026),(24,0.026),(25,0.033),(26,0.035),(27,0.03),(28,0.03),(29,0.03),(30,0.03\ )) ~ ~ | Government Securities Newly Issued= Government Deficit ~ Dollars/Year ~ | Inflation Rate= Price-"Price (-1)" ~ 1/Year ~ | Aggregate Demand Forecasting= INTEG ( Change in AD Forecasting, 2.76*10^12) ~ ~ | Change in AD Forecasting= ("Aggregate Demand (Real)"-Aggregate Demand Forecasting)/Time to Adjust AD Forecasting ~ DollarsReal/Year ~ | Desired Inventory= Aggregate Demand Forecasting*Normal Inventory Coverage ~ DollarsReal ~ | Desired Inventory Investment= MAX( 0, (Desired Inventory-"Inventory (Real)")/Time to Adjust Inventory) ~ DollarsReal/Year ~ | "Government Debt Data (Table)"( [(0,0)-(30,20000)],(0,1245.04),(1,1358.83),(2,1541.32),(3,1825.66),(4,2069.58),(5,2386.32\ ),(6,2779.4),(7,3065),(8,3356.11),(9,3666.8),(10,4066.29),(11,4514.18),(12,4977),(13\ ,5365.4),(14,5717.97),(15,6035.95),(16,6351.95),(17,6590.71),(18,6761.75),(19,6974.78\ ),(20,7080.52),(21,7320.74),(22,7879.78),(23,8578.76),(24,9331.24),(25,9990.33),(26\ ,10655.4),(27,11355),(28,12538.6),(29,14559.5),(30,16412.9)) ~ ~ | Desired Output= MAX( 0 , Aggregate Demand Forecasting+Desired Inventory Investment) ~ DollarsReal/Year ~ | Government Debt Redemption= "Debt (Government)"/Government Debt Period ~ Dollars/Year ~ | Time to Adjust AD Forecasting= 0.5 ~ Year ~ | Government Deficit Data= "Government Deficit Data (Table)"(Time)*10^9 ~ Dollars/Year ~ | "Government Deficit Data (Table)"( [(0,-400)-(30,2000)],(0,73.83),(1,78.97),(2,127.98),(3,207.8),(4,185.37),(5,212.31),\ (6,221.23),(7,149.73),(8,155.18),(9,152.64),(10,221.03),(11,269.24),(12,290.32),(13\ ,255.05),(14,203.18),(15,163.95),(16,107.43),(17,21.89),(18,-69.27),(19,-125.61),(20\ ,-236.24),(21,-128.23),(22,157.75),(23,377.59),(24,412.73),(25,318.35),(26,248.18),\ (27,160.71),(28,458.55),(29,1412.69),(30,1293.43)) ~ ~ | Time to Adjust Inventory= 1 ~ Year ~ | Interest Paid by Government= "Debt (Government)"*"Interest Rate (nominal)" ~ Dollars/Year ~ | Interest Rate= INTEG ( Change in Interest Rate, 0.025) ~ ~ | "Interest Rate (nominal)"= Inflation Rate*Interest Rate+0.03 ~ 1/Year ~ | "GDP (Data)"= "GDP Table (Data)"(Time)*10^9 ~ ~ | Normal Inventory Coverage= 0.4 ~ ~ | Government Debt Data= "Government Debt Data (Table)"(Time)*10^9 ~ Dollars ~ | "GDP Table (Data)"( [(0,0)-(30,20000)],(0,2788.1),(1,3126.8),(2,3253.2),(3,3534.6),(4,3930.9),(5,4217.5)\ ,(6,4460.1),(7,4736.4),(8,5100.4),(9,5482.1),(10,5800.4),(11,5992.1),(12,6342.3),(13\ ,6667.4),(14,7085.2),(15,7414.7),(16,7838.5),(17,8270.46),(18,8727.02),(19,9286.86)\ ,(20,9884.17),(21,10218),(22,10572.4),(23,11067.8),(24,11788.9),(25,12554.5),(26,13310.9\ ),(27,13969.3),(28,14270.5),(29,14014.8),(30,14551.8)) ~ ~ | Government Debt Period= 1 ~ Years ~ | "Price (-1)"= DELAY FIXED( Price, 1,1) ~ ~ | Depreciation Rate= 0.025 ~ 1/Year ~ | Depreciation Ratio= 0.03 ~ ~ | Price= INTEG ( Change in Price, 1) ~ Dollars/DollarsReal ~ | Capital Completion= Capital under Construction/Construction Period ~ DollarsReal/Year ~ | Capital under Construction= INTEG ( "Investment (Real)"-Capital Completion, 2.5*10^12) ~ ~ | "Cash (Producer)"= INTEG ( Lending+New Capital Shares+Sales-"Debt Redemption (Producer)"-"Dividends (Cash)"-"Interest Payment (Producer)"\ -Investment-"Payments (Producer)", 0) ~ ~ | "Inventory (Real)"= INTEG ( "GDP (Real)"-"Sales (Real)", 0) ~ DollarsReal ~ | Change in Interest Rate= 0 ~ 1/(Year*Year) ~ | Change in Price= 0 ~ ~ | "Investment (Real)"= Investment*Price ~ DollarsReal/Year ~ | "Sales (Real)"= MAX(0, MIN("Aggregate Demand (Real)","GDP (Real)"+"Inventory (Real)")) ~ DollarsReal/Year ~ | Construction Period= 2 ~ Years ~ | Corporate Tax Revenue= Corporate Tax Rate*Prod Profits before Tax ~ Dollars/Year ~ | Time to Adjust Capital= 1.8 ~ Year ~ | Dividends Ratio= 0 ~ ~ | Technological Change= 0.03 ~ 1/Year ~ | Depreciation= Capital*Depreciation Ratio ~ Dollars/Year ~ | "Depreciation (Real)"= Aggregate Capital*Depreciation Rate ~ DollarsReal/Year ~ | Producer Profits= Prod Profits before Tax-Corporate Tax Revenue ~ Dollars/Year ~ | Prod Profits before Tax= "GDP (Revenue)" ~ Dollars/Year ~ | "Dividends (Cash)"= Dividends ~ Dollars/Year ~ | "Government Expenditure (Est. Data)"( [(0,0)-(30,6)],(0,0.9402),(1,1.0518),(2,1.1794),(3,1.2836),(4,1.3538),(5,1.4963),(6,\ 1.5927),(7,1.662),(8,1.7713),(9,1.9151),(10,2.0888),(11,2.23),(12,2.3493),(13,2.4208\ ),(14,2.5069),(15,2.6347),(16,2.7193),(17,2.8134),(18,2.9232),(19,3.0533),(20,3.2399\ ),(21,3.4285),(22,3.6975),(23,3.93455),(24,4.1317),(25,4.3971),(26,4.6978),(27,4.9232\ ),(28,5.3366),(29.9083,6),(30.0917,6.13158)) ~ ~ | Seigniorage= Government Deficit ~ ~ | Capital= INTEG ( Investment-Depreciation, 0) ~ ~ | Unemployement Level= Unemployed/(Employed+Unemployed) ~ ~ | Total Labor Force= Employed+Unemployed ~ Person ~ | LF Participation Ratio= ZIDZ(Employed, Employed+Unemployed ) ~ ~ | Total Income= Historical Employment Level*Median Income ~ ~ | Individual Income Tax= Employed*"Mean Income (Estimated)"*Income Tax Rate ~ ~ | "Desired Financing (Producer)"= MAX(-"Cash Flow Deficit (Producer)",0) ~ ~ | "Cash (Government)"= INTEG ( Government Borrowing+Government Crediting+Tax Revenues-Government Debt Redemption-Government Expenditures\ -Interest Paid by Government, 0) ~ ~ | Government Deficit= IF THEN ELSE ( Tax Revenues