(001)	A=
		4
	Units: dmnl
	
(002)	Additions to Gas Identified Resource=
		Effective Investment in Exploration*Productivity of Investment in Gas Exploration
	/1e+06
	Units: million bbls/Year
	
(003)	Additions to Oil Identified Resource=
		Effective Investment in Exploration*Productivity of Investment in Oil Exploration
	/1e+06
	Units: million bbls/Year
	
(004)	Admission Rate=
		((Enrollment Capacity*Effect of Social Demand on Admission Rate-Number of Students
	)/(Time To Adjust Number Of Students+0.01))+Average Termination Rate
	Units: persons/Year
	
(005)	Adult Population= INTEG (
		Flow of School Age to Adult Population-Death Rate of Adult Population,
			1.1999e+07)
	Units: persons
	
(006)	Agricultural Land =
		9.271e+06
	Units: Hectars
	
(007)	Availability Indicator for Capital Goods=
		(Market Effect Coefficient For Capital Goods*Availability of Capital Goods
	)+(1-Market Effect Coefficient For Capital Goods)*(Output of Capital Goods Sector
	/Demand for Capital Goods)
	Units: dmnl
	
(008)	Availability Indicator for Consumption Goods=
		(Market Effect Coefficient*Availability of Consumption Goods)+((1-Market Effect Coefficient
	)*(Output of Consumption Goods Sector/Demand for Consumption Goods))
	Units: dmnl
	
(009)	Availability Indicator for Intermediate Goods=
		(Market Effect For Intermedite Goods*Availability of Intermediate Goods)+
	((1-Market Effect For Intermedite Goods)*(Output of Intermediate Goods Sector
	/Demand for Intermediate Goods))
	Units: dmnl
	
(010)	Availability of Capital Goods=
		Total Capital Goods/Demand for Capital Goods
	Units: dmnl
	
(011)	Availability of Consumption Goods=
		Total Consumption Goods/Demand for Consumption Goods
	Units: dmnl
	
(012)	Availability of Enrollment Capacity=
		Enrollment Capacity/Social Demand for Education
	Units: dmnl
	
(013)	Availability of Intermediate Goods=
		Total Intermediate Goods/Demand for Intermediate Goods
	Units: dmnl
	
(014)	Available Income Per Capita=
		(((Foreign Exchange Reserves/Time To Spent Accumulated Income)+Gross Domestic Product
	)*1e+06)/Population
	Units: R/person/Year
	
(015)	Average Availability of Capital Good= INTEG (
		Smoothing of Average Availability of Capital Goods,
			1)
	Units: dmnl
	
(016)	Average Availability of Consumption Good= INTEG (
		Smoothing of Average Availability of Consumption Goods,
			1)
	Units: dmnl
	
(017)	Average Availability of Investment Good= INTEG (
		Smoothing of Average Availability of Intermediate Goods,
			1)
	Units: dmnl
	
(018)	Average Desired Capital in Agricultural Sector= INTEG (
		Averaging from Desired Capital in Agricultural Sector,
			6.13044e+06)
	Units: million R
	
(019)	Average Desired Capital in Industrial Sector= INTEG (
		Averaging from Desired Capital in Industrial Sector,
			3.7287e+07)
	Units: million R
	
(020)	Average Desired Education in Agricultural Sector= INTEG (
		Averaging from Desired Education in Agricultural Sector,
			1780)
	Units: Thousand man year of schooling
	
(021)	Average Desired Education on Industrial Sector= INTEG (
		Averaging from Desired Education in Industrial Sector,
			8220)
	Units: Thousand man year of schooling
	
(022)	Average Desired Labor in Agricultural Sector= INTEG (
		Averaging from Desired Labor in Agricultural Sector,
			3.417e+06)
	Units: persons
	
(023)	Average Desired Labor in Industrial Sector= INTEG (
		Averaging from Desired Labor in Industrial Sector,
			3.158e+06)
	Units: person
	
(024)	Average Desired Production Capacity in Capital Goods Sector= INTEG (
		Smoothing of Average Desired Production Capacity in Capital Goods Sector,
			69565)
	Units: million R/Year
	
(025)	Average Desired Production Capacity in Consumption Goods Sector= INTEG
	 (
		Smoting of Average Desired Production Capacity in Consumption Goods Sector
	,
			1.73913e+07)
	Units: million R/Year
	
(026)	Average Desired Production Capacity in Education= INTEG (
		Smoothing of Desired Production Capacity in Education Sector,
			1.04348e+06)
	Units: million R/Year
	
(027)	Average Desired Production Capacity in Intermediate Good Sector= INTEG
	 (
		Smoothing of Average Desired Production Capacity in Intermediate Goods Sector
	,
			521739)
	Units: million R/Year
	
(028)	Average Export of Capital Goods= INTEG (
		Smoothing of Export for Capital Goods,
			1739)
	Units: million R/Year
	
(029)	Average Export of Consumption Goods= INTEG (
		Smoothing of Export for Consumption Goods,
			434783)
	Units: million R/Year
	
(030)	Average Export of Food= INTEG (
		Smoothing of Export for Food,
			643478)
	Units: million R/Year
	
(031)	Average Export of Intermediate Goods= INTEG (
		Smoothing of Export for Intermediate Goods,
			113043)
	Units: million R/Year
	
(032)	Average Gas Import= INTEG (
		Change in Average Gas Import,
			1)
	Units: million bbls/Year
	
(033)	Average Marginal Utility of Capital=
		Fraction of Capital in Agriculture*Marginal Utility of Capital in Agricultural Sector
	+(1-Fraction of Capital in Agriculture)*Marginal Utility of Capital in Industrial Sector
	Units: Utility/million R
	
(034)	Average Marginal Utility of Labor=
		Fraction of Labor in Agriculture*Marginal Utility of Labor in Agricultural Sector
	+(1-Fraction of Labor in Agriculture)*Marginal Utility of Labor in Idustrial Sector
	Units: Utility/Labor
	
(035)	Average Oil Import= INTEG (
		Change in Average Oil Import,
			1)
	Units: million bbls/Year
	
(036)	Average Productivity in Industrial Sector=
		((Fraction of Production Capacity in Consumption Good Sector*Productivity in Consumption Goods Sector
	)+(Fraction of Production Capacity in Intermediate Goods Sector*Productivity in Intermediate Goods Sector
	)+(Fraction of Production Capacity in Capital Good Sector*Productivity in Capital Goods Sector
	))/(Fraction of Production Capacity in Consumption Good Sector+Fraction of Production Capacity in Intermediate Goods Sector
	+Fraction of Production Capacity in Capital Good Sector)
	Units: dmnl
	
(037)	Average Termination Rate= INTEG (
		Smoothing of Termination Rate,
			437640)
	Units: persons/Year
	
(038)	Average Total Desired Imports= INTEG (
		Smoothing of Total Desired Imports,
			9.01e+06)
	Units: million R/Year
	
(039)	Averaging from Desired Capital in Agricultural Sector=
		(Desired Capital in Agricultural Sector-Average Desired Capital in Agricultural Sector
	)/Time To Adjust Capital
	Units: million R/Year
	
(040)	Averaging from Desired Capital in Industrial Sector=
		(Desired Capital in Industrial Sector-Average Desired Capital in Industrial Sector
	)/Time To Adjust Capital
	Units: million R/Year
	
(041)	Averaging from Desired Education in Agricultural Sector=
		(Desired Education in Agricultural Sector-Average Desired Education in Agricultural Sector
	)/Time To Adjust Education
	Units: Thousand man year of schooling/Years
	
(042)	Averaging from Desired Education in Industrial Sector=
		(Desired Education in Industrial Sector-Average Desired Education on Industrial Sector
	)/Time To Adjust Education
	Units: Thousand man year of schooling/Years
	
(043)	Averaging from Desired Labor in Agricultural Sector=
		(Desired Labor in Agricultural Sector-Average Desired Labor in Agricultural Sector
	)/Time To Adjust Labor
	Units: persons/Year
	
(044)	Averaging from Desired Labor in Industrial Sector=
		(Desired Labor in Industrial Sector-Average Desired Labor in Industrial Sector
	)/Time To Adjust Labor
	Units: persons/Year
	
(045)	Averge Marginal Utility of Education=
		Fraction of Education in Agriculture*Marginal Utility of Education in Agricultural Sector
	+(1-Fraction of Education in Agriculture)*Marginal Utility of Education in Industrial Sector
	Units: Utility/Thousand man year of schooling
	
(046)	Birth Rate=
		Adult Population*Normal Birth Rate*Multiplier for Birth Rate from Food*Multiplier for Birth Rate from Industrialization
	*Multiplier for Birth Rate from Education
	Units: persons/Year
	
(047)	Brain Drain During War=
		Education*Brain Drain Rate
	Units: Thousand man year of schooling/Years
	
(048)	Brain Drain Rate=
		IF THEN ELSE((Time<1979):OR:(Time>1989), 0 , 0.05 )
	Units: 1/Year
	
(049)	Capital Depreciation=
		Capital Stock/Life Of Capital
	Units: million R/Year
	
(050)	Capital Destruction During War=
		Capital Stock*Capital Destruction Rate
	Units: million R/Year
	
(051)	Capital Destruction Rate=
		IF THEN ELSE( (Time<1980):OR:(Time>1989) , 0, War Destruction Rate )
	Units: 1/Year
	
(052)	Capital Formation=
		primary Capital Formation/Delay For Capital Formation
	Units: million R/Year
	
(053)	Capital in Agricultural Sector=
		Fraction of Capital in Agriculture*Capital Stock
	Units: million R
	
(054)	Capital in Industrial Sector=
		(1-Fraction of Capital in Agriculture)*Capital Stock
	Units: million R
	
(055)	Capital Stock= INTEG (
		Capital Formation-Capital Depreciation-Capital Destruction During War,
			4.34174e+07)
	Units: million R
	
(056)	Change in Average Gas Import=
		(MAX(1, Gas Import )-Average Gas Import)/Import Delay
	Units: million bbls/(Year*Year)
	
(057)	Change in Average Oil Import=
		(MAX(1, Oil Import )-Average Oil Import)/Import Delay
	Units: million bbls/(Year*Year)
	
(058)	Change In Desired Gas Injection=
		(Desired Gas Injection-Desired Gas Injection at End of the Year)
	Units: million bbls/(Year*Year)
	
(059)	Change in Effective Investment in Exploration=
		(Investment in Exploration-Effective Investment in Exploration)/Development Delay
	Units: million R/Year/Year
	
(060)	Change in Energy Demand=
		Total Energy Demand-Energy Demand at the End of the Year
	Units: million bbls/(Year*Year)
	
(061)	Change in Energy Supply=
		Total Energy Supply-Energy Supply at the End of the Year
	Units: million bbls/Year/Year
	
(062)	Change in Experience in Capital Goods Sector=
		(Value Added in Capital Goods Sector-Experience in Capital Goods Sector)/
	Time To Average Experience In Capital Goods Sector
	Units: R/(Year*Year)
	
(063)	Change in Experience in Consumption Goods Sector=
		(Value Added in Consumption Goods Sector-Experience in Consumption Goods Sector
	)/Time To Average Experience In Consumption Goods Sector
	Units: R/(Year*Year)
	
(064)	Change in Experience in Intermediate Goods Sector=
		(Output of Intermediate Goods Sector-Experience in Intermediate Goods Sector
	)/Time To Average Experience In Intermediate Goods Sector
	Units: R/(Year*Year)
	
(065)	Change in Gas Export=
		(Indicated Gas Export-Gas Export)
	Units: million bbls/(Year*Year)
	
(066)	Change in Gas Injection=
		Gas Injection-Gas Injection at the End of the Year
	Units: million bbls/(Year*Year)
	
(067)	Change in Investment in Gas Production=
		(Investment in Gas Production-Investment in Gas Production at the End of the Year
	)*Gas Industry Turning Point
	Units: million R/(Year*Year)
	
(068)	Change in Investment in Oil Production=
		Investment in Oil Production-Investment in Oil Production at the End of the Year
	Units: million R/Year/Year
	
(069)	Change in Oil Export=
		Indicated Oil Export-Oil Export
	Units: million bbls/(Year*Year)
	
(070)	Change in Urban Population Ratio=
		(1-Urban Population Ratio)*Growth Rate in Urban Population
	Units: 1/Year
	
(071)	Coefficient For Desired Enrollment Ratio From Education=
		0.5
	Units: dmnl
	
(072)	Coefficient For Drop Out From Education=
		0.5
	Units: dmnl
	
(073)	Coefficient For Duration of Education From Education=
		0.5
	Units: dmnl
	
(074)	Coefficient For Technological Progress Through Transfer =
		1.5
	Units: dmnl
	
(075)	Constant for Effect of Political Change=
		((1-Switch for Changing Political Condition)*0.3)+(Switch for Changing Political Condition
	*Political Condition Indicator)
	Units: dmnl
	
(076)	Constant for Energy Demand Function=
		EXP(-9)
	Units: dmnl
	
(077)	"Constant for Qatar's Discovery no.1"=
		0.0005
	Units: dmnl
	
(078)	"Constant for Qatar's Discovery no.2"=
		0.1
	Units: dmnl
	
(079)	"Constant for Qatar's Production no.1"=
		0.0007
	Units: dmnl
	
(080)	"Constant for Qatar's Production no.2"=
		0.01
	Units: dmnl
	
(081)	Crude Birth Rate=
		(Birth Rate/Adult Population)*1000
	Units: 1/Year
	
(082)	Crude Death Rate for Adult Population=
		(Death Rate of Adult Population/Adult Population)*1000
	Units: 1/Year
	
(083)	Crude Death Rate for Pre School Age Children=
		(Date Rate of Pre School Age Children/Pre School Age Children)*1000
	Units: 1/Year
	
(084)	Crude Death Rate for School Age Children=
		(Death Rate of School Age Children/School Age Children)*1000
	Units: 1/Year
	
(085)	Crude Death Rate for Total Population=
		(Death Rate/Population)*1000
	Units: 1/Year
	
(086)	Cumulative Gas Production= INTEG (
		Gas Production Rate,
			Initial Cumulative Gas Production)
	Units: million bbls
	
(087)	Cumulative Oil Production= INTEG (
		Oil Production Rate,
			3000)
	Units: million bbls
	
(088)	Date Rate of Pre School Age Children=
		Normal Death Rate Of PreSchool Age Children*Pre School Age Children*Multiplier for Death Rate from Food
	*Multiplier for Death Rate from Industrialization
	Units: persons/Year
	
(089)	Death Rate=
		Date Rate of Pre School Age Children+Death Rate of School Age Children+Death Rate of Adult Population
	Units: persons/Year
	
(090)	Death Rate of Adult Population=
		Adult Population*Normal Death Rate Of Adult Population*Multiplier for Death Rate from Food
	*Multiplier for Death Rate from Industrialization
	Units: persons/Year
	
(091)	Death Rate of School Age Children=
		Normal Death Rate Of School Age Children*School Age Children*Multiplier for Death Rate from Food
	*Multiplier for Death Rate from Industrialization
	Units: persons/Year
	
(092)	Decrease in Gas Price=
		IF THEN ELSE((Time<2010):OR:(Time>2015), 0 , Rate of Decrease in Gas Price
	*Forecast Gas Price )
	Units: million R/bbls/Year
	
(093)	Decrease in Investment Security=
		(Investment Security-Indicated Investment Security)/Time to Decrease Investment Security
	Units: 1/Year
	
(094)	Decrease in Oil Price=
		IF THEN ELSE((Time<2010):OR:(Time>2015), 0 , Forcast of Oil Price*RDOP )
	Units: million R/(Year*bbls)
	
(095)	Decrease in Present Value=
		Energy Import Value/EXP(Market Interest Rate*(Time-INITIAL TIME))
	Units: million R/Year
	
(096)	Delay For Capital Formation=
		2
	Units: Year
	
(097)	Demand for Capital Goods=
		Domestic Demand for Capital Goods+Exported Capital Goods
	Units: million R/Year
	
(098)	Demand for Consumption Goods=
		Domestic Demand for Consumption Goods+Exported Consumption Goods+Domestic Demand for Construction
	Units: million R/Year
	
(099)	Demand for Intermediate Goods=
		Domestic Demand for Intermediate Goods+Exported Intermediate Goods
	Units: million R/Year
	
(100)	Demand for Intermediate Goods in Capital Goods Sector=
		Production Capacity in Capital Goods Sector*Intermediate Goods Value Added Ratio In Capital Goods Sector
	*Utilization Factor in Capital Goods Sector from Demand
	Units: million R/Year
	
(101)	Demand for Intermediate Goods in Consumption Goods Sector=
		Production Capacity in Consumption Goods Sector*Intermediate Goods Value Added Ratio in Consumption Goods Sector
	*Utilization Factor in Consumption Goods Sector from Demand
	Units: million R/Year
	
(102)	Demand Output Discrepancy for Capital Goods=
		Domestic Demand for Capital Goods-Output of Capital Goods Sector
	Units: million R/Year
	
(103)	Demand Output Discrepancy for Consumption Goods=
		Domestic Demand for Consumption Goods+Domestic Demand for Construction-Output of Consumption Goods Sector
	Units: million R/Year
	
(104)	Demand Output Discrepancy for Food=
		Domestic Demand for Food-Food Output
	Units: million R/Year
	
(105)	Demand Output Discrepancy for Intermediate Goods=
		Domestic Demand for Intermediate Goods-Output of Intermediate Goods Sector
	Units: million R/Year
	
(106)	Desired Capital in Agricultural Sector=
		Capital in Agricultural Sector*Multiplier for Capital in Agricultural Sector
	Units: million R
	
(107)	Desired Capital in Industrial Sector=
		Capital in Industrial Sector*Multiplier for Capital in Industrial Sector
	Units: million R
	
(108)	Desired Change in Market Share=
		0
	Units: dmnl
	
(109)	Desired Education in Agricultural Sector=
		Multiplier for Education in Agricultural Sector*Education in Agricultural Sector
	Units: Thousand man year of schooling
	
(110)	Desired Education in Industrial Sector=
		Multiplier for Education in Industrial Sector*Education in Industrial Sector
	Units: Thousand man year of schooling
	
(111)	Desired Enrollment Ratio=
		(Coefficient For Desired Enrollment Ratio From Education*Desired Enrollment Ratio from Education
	)+((1-Coefficient For Desired Enrollment Ratio From Education)*(Desired Enrollment Ratio from Income
	))
	Units: dmnl
	
(112)	Desired Enrollment Ratio from Education = WITH LOOKUP (
		School Years per Adult Population,
			([(0,0)-(6,2)],(0,0),(0.5,0.45),(1,0.6),(1.5,0.7),(2,0.8),(2.5,0.85),(3,
	0.9),(3.5,0.925),(4,0.95),(4.5,0.965),(5,0.98),(5.5,0.99),(6,1) ))
	Units: dmnl
	
(113)	Desired Enrollment Ratio from Income = WITH LOOKUP (
		Growth Domestic Product Per Capita,
			 ([(0,0)-(1.30435e+07,2)],(0,0),(869567,0.45),(1.73913e+06,0.6),(2.6087e+06
	,0.69),(3.47827e+06,0.75),(4.34783e+06,0.8),(5.2174e+06,0.84),(6.08697e+06
	,0.88),(6.95653e+06,0.91),(7.8261e+06,0.94),(8.69567e+06,0.955),(9.56523e+06
	,0.97),(1.04348e+07,0.98),(1.13044e+07,0.99),(1.21739e+07,0.995),(1.30435e+07
	,1) ))
	Units: dmnl
	
(114)	Desired Export of Capital Goods=
		Fraction for Export of Capital Goods*Output of Capital Goods Sector*Multiplier for Export from Foreign Exchange Availability
	Units: million R/Year
	
(115)	Desired Export of Consumption Goods=
		Fraction for Export of Consumption Goods*Output of Consumption Goods Sector
	*Multiplier for Export from Foreign Exchange Availability
	Units: million R/Year
	
(116)	Desired Export of Food=
		Fraction for Export of Food*Food Output*Multiplier for Export from Foreign Exchange Availability
	Units: million R/Year
	
(117)	Desired Export of Intermediate Goods=
		Fraction for Export of Intermediate Goods*Output of Intermediate Goods Sector
	*Multiplier for Export from Foreign Exchange Availability
	Units: million R/Year
	
(118)	Desired Fraction of Income to Be Spent on Consumption=
		1-Desired Fraction of Income to be Spent on Food-Desired Fraction of Income to Be Spent on Investment
	Units: dmnl
	
(119)	Desired Fraction of Income to be Spent on Food = WITH LOOKUP (
		Available Income Per Capita,
			 ([(0,0)-(8.696e+06,1)],(0,1),(869600,0.5),(1.7392e+06,0.3),(2.6088e+06,
	0.23),(3.4784e+06,0.19),(4.348e+06,0.16),(5.2176e+06,0.14),(6.0872e+06,0.125
	),(6.9568e+06,0.116),(7.8264e+06,0.11),(8.696e+06,0.105) ))
	Units: dmnl
	
(120)	Desired Fraction of Income to Be Spent on Investment = WITH LOOKUP (
		Available Income Per Capita,
			 ([(0,0)-(8.696e+06,0.5)],(0,0),(869600,0.1),(1.7392e+06,0.16),(2.6088e+06
	,0.2),(3.4784e+06,0.225),(4.348e+06,0.24),(5.2176e+06,0.248),(6.0872e+06,0.253
	),(6.9568e+06,0.257),(7.8264e+06,0.259),(8.696e+06,0.26) ))
	Units: dmnl
	
(121)	Desired Gas Injection=
		Expected Oil Production*Gas Injection Required per Oil Output
	Units: million bbls/Year
	
(122)	Desired Gas Injection after Implementing New Policy=
		MIN(Gas Production Rate, Desired Gas Injection )
	Units: million bbls/Year
	
(123)	Desired Gas Injection at End of the Year= INTEG (
		Change In Desired Gas Injection,
			78)
	Units: million bbls/Year
	
(124)	Desired Gas Production=
		Gas Potential Production from Reserves*(Multiplier for Desired Gas Production
	+Investment Security)
	Units: million bbls/Year
	
(125)	Desired Gas Revenues=
		SMOOTH(Gas Revenues, Time to Establish Average Energy Revenues )*(1+Normal Growth Rate in Energy Revenues
	-Economic Growth Rate)
	Units: million R/Year
	
(126)	Desired Growth in Energy Industry=
		0.15
	Units: 1/Year
	
(127)	Desired Import of Capital Goods=
		Fraction of Desired Capital Goods Import Policy*Output of Capital Goods Sector
	Units: million R/Year
	
(128)	Desired Import of Consumption Goods=
		Fraction Consumption Goods Import Policy*Output of Consumption Goods Sector
	Units: million R/Year
	
(129)	Desired Import of Food=
		Food Import Policy*Food Output
	Units: million R/Year
	
(130)	Desired Import of Intermediate Goods=
		Fraction of Intermediate Goods Import Policy*Output of Intermediate Goods Sector
	Units: million R/Year
	
(131)	Desired Investment in Energy Sector=
		Desired Investment in Exploration+Desired Investment in Oil Production+Desired Investment in Gas Production
	Units: million R/Year
	
(132)	Desired Investment in Exploration=
		((Desired Investment in Gas Exploration+Desired Investment in Oil Exploration
	+(Effective Investment in Exploration*Desired Growth in Energy Industry*Development Delay
	))*Signal for Investment in Exploration from Energy Production)
	Units: million R/Year
	
(133)	Desired Investment in Gas Exploration=
		Gas Production Rate*Signal to Stop Investing in Gas Exploration*Unit Cost of Gas Exploration
	*1e+06
	Units: million R/Year
	
(134)	Desired Investment in Gas Production=
		Desired Gas Production*Unit Cost of Gas Production*Gas Industry Turning Point
	*Signal to Stop Investing in Gas Production*1e+06
	Units: million R/Year
	
(135)	Desired Investment in Oil Exploration=
		Oil Production Rate*Unit Cost of Oil Exploration*Signal to Stop Investing in Oil Exploration
	*1e+06
	Units: million R/Year
	
(136)	Desired Investment in Oil Production=
		Desired Oil Production*Signal to Stop Investing in Oil Production*Unit Cost of Oil Production
	*1e+06
	Units: million R/Year
	
(137)	Desired Labor in Agricultural Sector=
		Multiplier for Labor in Agricultural Sector*Labor in Agricultural Sector
	Units: persons
	
(138)	Desired Labor in Industrial Sector=
		Multiplier for Labor in Industrial Sector*Labor in Industrial Sector
	Units: persons
	
(139)	Desired Oil Production=
		Oil Potential Production from Reserves*(Multiplier for Desired Oil Production
	+Investment Security)
	Units: million bbls/Year
	
(140)	Desired Oil Revenue=
		SMOOTH(Oil Revenues, Time to Establish Average Energy Revenues )*(1+Normal Growth Rate in Energy Revenues
	-Economic Growth Rate)
	Units: million R/Year
	
(141)	Desired Production Capacity in Capital Goods Sector=
		Potential Production Capacity in Capital Goods Sector*Multiplier for Production Capacity in Capital Goods Sector from Availability
	*Multiplier for Production Capacity in Capital Goods Sector from Capacity Utilization
	*Multiplier for Production Capacity in Capital Goods Sector from Productivity
	Units: million R/Year
	
(142)	Desired Production Capacity in Consumption Goods Sector=
		Potential Production Capacity in Consumption Goods Sector*Multiplier for Production Capacity in Consumption Goods Sector from Availability
	*Multiplier for Production Capacity in Consumption Goods Sector from Capacity Utilization
	*Multiplier for Production Capacity in Consumption Goods Sector from Productivity
	Units: million R/Year
	
(143)	Desired Production Capacity in Education=
		Multiplier for Production Capacity in Education from Availability*Production Capacity in Education Sector
	Units: million R/Year
	
(144)	Desired Production Capacity in Intermediate Goods Sector=
		Potential Production Capacity in Intermediate Goods Sector*Multiplier for Production Capacity in Intermediate Goods Sector from Availability
	*Multiplier for Production Capacity in Intermediate Goods Sector from Productivity
	*Multiplier for Production Capacity in Intermediate Goods Sector from Capacity Utilization
	Units: million R/Year
	
(145)	Desired Ratio of Energy Production from Reserve to Energy=
		2
	Units: dmnl
	
(146)	Development Delay=
		10
	Units: Year
	
(147)	Domestic Demand for Capital Goods=
		Fraction Of Investment In Capital Equipment*"Investment in Non-Energy Sectors"
	Units: million R/Year
	
(148)	Domestic Demand for Capital Investment=
		Desired Fraction of Income to Be Spent on Investment*(Population/1e+06)*Available Income Per Capita
	Units: million R/Year
	
(149)	Domestic Demand for Construction=
		(1-Fraction Of Investment In Capital Equipment)*"Investment in Non-Energy Sectors"
	*Multiplier for Demand for Construction from Availability of Capital Goods
	Units: million R/Year
	
(150)	Domestic Demand for Consumption Goods=
		Desired Fraction of Income to Be Spent on Consumption*(Population/1e+06)*
	Available Income Per Capita-Production Capacity in Education Sector
	Units: million R/Year
	
(151)	Domestic Demand for Food=
		Desired Fraction of Income to be Spent on Food*(Population/1e+06)*Available Income Per Capita
	Units: million R/Year
	
(152)	Domestic Demand for Intermediate Goods=
		Demand for Intermediate Goods in Consumption Goods Sector+Demand for Intermediate Goods in Capital Goods Sector
	Units: million R/Year
	
(153)	Domestic Energy Consumption=
		Domestic Gas Consumption+Domestic Oil Consumption
	Units: million bbls/Year
	
(154)	Domestic Energy Demand=
		Energy Demand Per Capita*Population
	Units: million bbls/Year
	DED: Domestic Energy Demand EDPC: Energy Demand Per capita POP:
			Population

(155)	Domestic Gas Consumption=
		MIN(Domestic Gas Demand,(Gas Production Rate-Gas Injection+Gas Import))
	Units: million bbls/Year
	
(156)	Domestic Gas Demand=
		Domestic Energy Demand*Gas Market Share
	Units: million bbls/Year
	
(157)	Domestic Oil Consumption=
		MIN(Domestic Oil Demand, Oil Production Rate+Oil Import )
	Units: million bbls/Year
	
(158)	Domestic Oil Demand=
		Domestic Energy Demand*(1-Gas Market Share)
	Units: million bbls/Year
	
(159)	Drop Out from Education = WITH LOOKUP (
		School Years per Adult Population,
			([(0,0)-(10,1)],(0,0.6),(2,0.45),(4,0.32),(6,0.22),(8,0.15),(10,0.1) ))
	Units: dmnl
	
(160)	Drop Out from Income = WITH LOOKUP (
		Growth Domestic Product Per Capita,
			  ([(0,0)-(1.30435e+07,1)],(0,0.7),(2.17392e+06,0.55),(4.34783e+06,0.42)
	,(6.52175e+06,0.32),(8.69567e+06,0.25),(1.08696e+07,0.19),(1.30435e+07,0.15
	) ))
	Units: dmnl
	
(161)	Drop Out Ratio=
		(Coefficient For Drop Out From Education*Drop Out from Education)+((1-Coefficient For Drop Out From Education
	)*Drop Out from Income)
	Units: dmnl
	
(162)	Duration of Education=
		(Coefficient For Duration of Education From Education*Duration of Education from Education
	)+((1-Coefficient For Duration of Education From Education)*Duration of Education from Income
	)
	Units: Year
	
(163)	Duration of Education from Education = WITH LOOKUP (
		School Years per Adult Population,
			([(0,0)-(10,20)],(0,0),(1,6),(2,9),(3,10.5),(4,11.4),(5,12.2),(6,12.8),(
	7,13.3),(8,13.7),(9,13.9),(10,14) ))
	Units: Years
	
(164)	Duration of Education from Income = WITH LOOKUP (
		Growth Domestic Product Per Capita,
			 ([(0,0)-(1.21739e+07,20)],(0,0),(869564,5),(1.73913e+06,7),(2.60869e+06
	,8.8),(3.47826e+06,10),(4.34782e+06,11),(5.21739e+06,11.8),(6.08695e+06,12.4
	),(6.95651e+06,12.9),(7.82608e+06,13.2),(8.69564e+06,13.5),(9.56521e+06,13.7
	),(1.04348e+07,13.85),(1.13043e+07,13.95),(1.21739e+07,14) ))
	Units: Year
	
(165)	Duration of Pre School Period=
		6
	Units: Year
	
(166)	Duration of School Age Period=
		8+(Potential Duration of School Age Period-8)*(Number of Students/School Age Children
	)
	Units: Year
	
(167)	Economic Growth Rate=
		TREND(Gross Domestic Product , 1 , 0.08 )
	Units: 1
	
(168)	Education= INTEG (
		Rate of Increase of Education-Brain Drain During War-Reduction of Education
	,
			10000)
	Units: Thousand man year of schooling
	
(169)	Education in Agricultural Sector=
		Fraction of Education in Agriculture*Education
	Units: Thousand man year of schooling
	
(170)	Education in Industrial Sector=
		(1-Fraction of Education in Agriculture)*Education
	Units: Thousand man year of schooling
	
(171)	Effect of Gas Injection on Recovery Factor = WITH LOOKUP (
		Gas Injection at the End of the Year/(Desired Gas Injection at End of the Year
	),
			 ([(0,0)-(10,10)],(0,0.2),(0.2,0.4),(0.4,0.555),(0.6,0.675),(0.8,0.75),(
	1,0.8) ))
	Units: dmnl
	
(172)	Effect of Investment on Gas Potential Production = WITH LOOKUP (
		Gas Potential Production from Investment/Gas Potential Production from Reserves
	,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1),(1.2
	,1.08),(1.4,1.15),(1.6,1.2) ))
	Units: dmnl
	
(173)	Effect of Investment on Oil Potential Production = WITH LOOKUP (
		Oil Potential Production from Investment/Oil Potential Production from Reserves
	,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1),(1.2
	,1.08),(1.4,1.15),(1.6,1.2) ))
	Units: dmnl
	
(174)	Effect of Political Changes on Investment Security=
		IF THEN ELSE( Time<1979 , 1 , Constant for Effect of Political Change)
	Units: dmnl
	
(175)	Effect of Social Demand on Admission Rate = WITH LOOKUP (
		(Social Demand for Education/Enrollment Capacity),
			([(0,0)-(1,2)],(0,0),(0.2,0.4),(0.4,0.65),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(176)	Effect of Technology on Gas Production = WITH LOOKUP (
		Total Gas Recoverable Resource Remaining/Gas Identified Resource Remaining
	,
			([(0,0)-(1,1)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(177)	Effect of Technology on Oil Production = WITH LOOKUP (
		Total Oil Recoverable Resource Remaining/Oil Identified Resource Remaining
	,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(178)	Effect of Universities' Cultural Revolution on Education=
		IF THEN ELSE( (Time<1979):OR:(Time>1989) , 1 , 0.25 )
	Units: dmnl
	
(179)	Effect of War constant=
		IF THEN ELSE((Time<1979):OR:(Time>1989), 1 , 1 )
	Units: dmnl
	
(180)	Effect of War on Oil Production=
		SMOOTH( IF THEN ELSE (Time<1977 :OR:Time>1987, 1 , War Multiplier for Oil Production
	 ) , War Effect Delay )
	Units: dmnl
	
(181)	Effect of War on Production Capacity=
		IF THEN ELSE( Time<1979 , 1 , 0.2 )
	Units: dmnl
	
(182)	Effective Investment in Exploration= INTEG (
		Change in Effective Investment in Exploration,
			12000)
	Units: million R/Year
	
(183)	Enegy Supply Per Capita=
		Energy Supply at the End of the Year/Population
	Units: million bbls/(Year*person)
	
(184)	Energy Availability Indicator=
		Energy Supply at the End of the Year/Energy Demand at the End of the Year
	Units: dmnl
	
(185)	Energy Demand at the End of the Year= INTEG (
		Change in Energy Demand,
			318)
	Units: million bbls/Year
	
(186)	Energy Demand Per Capita=
		(Constant for Energy Demand Function*(Growth Domestic Product Per Capita^
	Exponent of GDP per capita in Energy Consumption Function)*(Urban Population Ratio
	^Exponent of Urbanization of Energy Consumption function)*(Enegy Supply Per Capita
	^Exponent of Energy Supply per capita in Energy Consumption))
	Units: million bbls/(person*Year)
	
(187)	Energy Export Value=
		Gas Revenues+Oil Revenues
	Units: million R/Year
	
(188)	Energy Import=
		Gas Import+Oil Import
	Units: million bbls/Year
	
(189)	Energy Import Value=
		((Gas Import*Gas Price)+(Oil Import*Oil Price))*1e+06
	Units: million R/Year
	
(190)	Energy Intensity=
		Domestic Energy Consumption*1e+06/Gross Domestic Product
	Units: bbls/million R
	
(191)	Energy Production Delay=
		6
	Units: Year
	
(192)	Energy Substitution Delay=
		20
	Units: Year
	
(193)	Energy Supply at the End of the Year= INTEG (
		Change in Energy Supply,
			318)
	Units: million bbls/Year
	
(194)	Energy Supply per capita=
		Energy Supply at the End of the Year/Population
	Units: million bbls/(Year*person)
	
(195)	Energy Trade Present Value= INTEG (
		Decrease in Present Value-Increase in Present Value,
			0)
	Units: million R
	
(196)	Enrollment Capacity=
		(Production Capacity in Education Sector*1e+06)/Production Capacity per Enrollment Capacity
	Units: student
	
(197)	Exogenouse Gas Price = WITH LOOKUP (
		Time,
			   ([(0,0)-(2006,10)],(1958,0.019),(1959,0.019),(1960,0.017),(1961,0.016
	),(1962,0.016),(1963,0.016),(1964,0.016),(1965,0.016),(1966,0.016),(1967,0.016
	),(1968,0.015),(1969,0.015),(1970,0.015),(1971,0.017),(1972,0.017),(1973,0.018
	),(1974,0.042),(1975,0.039),(1976,0.039),(1977,0.035),(1978,0.032),(1979,0.059
	),(1980,0.056),(1981,0.05),(1982,0.042),(1983,0.035),(1984,0.029),(1985,0.065
	),(1986,0.052),(1987,0.03),(1988,0.022),(1989,0.021),(1990,0.035),(1991,0.042
	),(1992,0.039),(1993,0.052),(1994,0.049),(1995,0.035),(1996,0.029),(1997,0.027
	),(1998,0.019),(1999,0.013),(2000,0.021),(2001,0.024),(2002,0.078),(2003,0.089
	),(2004,0.085),(2005,0.104),(2006,0.137) ))
	Units: million R/bbls
	
(198)	Exogenouse Oil Price = WITH LOOKUP (
		Time,
			 ([(0,0)-(2006,1)],(1958,0.02),(1959,0.019),(1960,0.016),(1961,0.015),(1962
	,0.015),(1963,0.014),(1964,0.014),(1965,0.014),(1966,0.014),(1967,0.014),(
	1968,0.014),(1969,0.013),(1970,0.013),(1971,0.016),(1972,0.016),(1973,0.018
	),(1974,0.053),(1975,0.048),(1976,0.047),(1977,0.041),(1978,0.038),(1979,0.077
	),(1980,0.072),(1981,0.064),(1982,0.052),(1983,0.042),(1984,0.039),(1985,0.08
	),(1986,0.036),(1987,0.036),(1988,0.024),(1989,0.032),(1990,0.05),(1991,0.046
	),(1992,0.048),(1993,0.061),(1994,0.06),(1995,0.043),(1996,0.042),(1997,0.033
	),(1998,0.019),(1999,0.022),(2000,0.031),(2001,0.024),(2002,0.097),(2003,0.1
	),(2004,0.123),(2005,0.164),(2006,0.177) ))
	Units: million R/bbls
	
(199)	Expected Oil Production=
		FORECAST(Oil Production Rate, 10 , Gas Injection Delay )
	Units: million bbls/Year
	
(200)	Experience in Capital Goods Sector= INTEG (
		Change in Experience in Capital Goods Sector,
			55652)
	Units: million R/Year
	
(201)	Experience in Consumption Goods Sector= INTEG (
		Change in Experience in Consumption Goods Sector,
			1.3913e+07)
	Units: million R/Year
	
(202)	Experience in Intermediate Goods Sector= INTEG (
		Change in Experience in Intermediate Goods Sector,
			417391)
	Units: million R/Year
	
(203)	Experience Indicator in Capital Goods Sector=
		Experience in Capital Goods Sector/Potential Production Capacity in Capital Goods Sector
	Units: dmnl
	
(204)	Experience Indicator in Consumption Goods Sector=
		Experience in Consumption Goods Sector/Potential Production Capacity in Consumption Goods Sector
	Units: dmnl
	
(205)	Experience Indicator in Intermediate Goods Sector=
		Experience in Intermediate Goods Sector/Potential Production Capacity in Intermediate Goods Sector
	Units: dmnl
	
(206)	Exponent Of Capital In Agricultural Production Function =
		0.1
	Units: dmnl
	
(207)	Exponent Of Capital In Industrial Production Function=
		0.3
	Units: dmnl
	
(208)	Exponent Of Education In Agricultural Production Function=
		0.2
	Units: dmnl
	
(209)	Exponent Of Education In Industrial Production Function=
		0.3
	Units: dmnl
	
(210)	Exponent of Energy Supply per capita in Energy Consumption=
		0.2655
	Units: dmnl
	
(211)	Exponent of GDP per capita in Energy Consumption Function=
		0.1055
	Units: dmnl
	
(212)	Exponent Of Labor In Agricultural Production Function=
		0.45
	Units: dmnl
	
(213)	Exponent Of Labor In Industrial Production Function=
		0.4
	Units: dmnl
	
(214)	Exponent of Urbanization of Energy Consumption function=
		2.2184
	Units: dmnl
	
(215)	Exported Capital Goods=
		Average Export of Capital Goods*Multiplier for Export from Desired Export for Capital Goods
	Units: million R/Year
	
(216)	Exported Consumption Goods=
		Average Export of Consumption Goods*Multiplier for Export from Desired Export for Consumption Goods
	Units: million R/Year
	
(217)	Exported Food=
		Average Export of Food*Multiplier for Export from Desired Export for Food
	Units: million R/Year
	
(218)	Exported Intermediate Goods=
		Average Export of Intermediate Goods*Multiplier for Export from Desired Export for Intermediate Goods
	Units: million R/Year
	
(219)	FINAL TIME  = 2050
	Units: Year
	The final time for the simulation.

(220)	Flow of Pre School to School Age Children=
		Pre School Age Children/Duration of Pre School Period
	Units: persons/Year
	
(221)	Flow of School Age to Adult Population=
		School Age Children/Duration of School Age Period
	Units: persons/Year
	
(222)	Food Availability=
		Total Food/Domestic Demand for Food
	Units: dmnl
	
(223)	Food Import Policy=
		SMOOTH((Test of Food Import Policy*Fraction for Import of Food from policy A
	)+(1-Test of Food Import Policy)*(Fraction for Import of Food from policy A
	/A) ,3 )
	Units: dmnl
	
(224)	Food Output=
		Food Output per Laborer*Labor in Agricultural Sector/1e+06
	Units: million R/Year
	
(225)	Food Output per Laborer=
		Multiplier for Food Output per Laborer from Oil Availability*(Potential Food Output per Laborer
	-Primitive Food Output per Laborer)+Primitive Food Output per Laborer
	Units: R/(Year*person)
	
(226)	Food Output Production Function Constant=
		1300
	Units: million R/Year
	
(227)	Food per Capita=
		Total Food/(Population/1e+06)
	Units: R/(Year*person)
	
(228)	For Export Gas Demand=
		Desired Gas Revenues/(1e+06*Gas Price)
	Units: million bbls/Year
	
(229)	For Export Oil Demand=
		Desired Oil Revenue/(1e+06*Oil Price)
	Units: million bbls/Year
	
(230)	Forcast of Oil Price= INTEG (
		Increase in Oil Price-Decrease in Oil Price,
			0.177)
	Units: million R/bbls
	
(231)	Forecast Gas Price= INTEG (
		Increase in Gas Price-Decrease in Gas Price,
			0.137)
	Units: million R/bbls
	
(232)	Foreign Exchange Availability Indicator=
		Foreign Exchange Reserves/(Normal Foreign Exchange Coverage Time*Average Total Desired Imports
	)
	Units: **undefined**
	
(233)	Foreign Exchange Reserves= INTEG (
		Total Exports-Forreign Reserves Decrease During War-Total Import,
			869565)
	Units: million R
	
(234)	Foreign Trade Ratio=
		(Total Import-Imported Food)/Non Oil Output
	Units: dmnl
	
(235)	Foreign Trade Ratio Normal=
		0.12
	Units: dmnl
	
(236)	Forreign Reserves Decrease During War=
		Foreign Exchange Reserves*Fraction of Decrease in Forreign Reserve
	Units: million R/Year
	
(237)	Fraction Consumption Goods Import Policy=
		SMOOTH( Test of Consumption Goods Import Policy*Fraction for Import of Consumption Goods from policy A
	+(1-Test of Consumption Goods Import Policy)*(Fraction for Import of Consumption Goods from policy A
	/A) , 3 )
	Units: dmnl
	
(238)	Fraction for Export of Capital Goods = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Capital Goods,
			([(-2,0)-(8,1.5)],(-2,1.2),(0,0.1),(2,0.05),(4,0.04),(6,0.035),(8,0.03)
	))
	Units: dmnl
	
(239)	Fraction for Export of Consumption Goods = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Consumption Goods,
			([(-0.5,0)-(1,0.3)],(-0.5,0.2),(-0.25,0.15),(0,0.08),(0.25,0.02),(0.5,0.01
	),(0.75,0.01),(1,0.01) ))
	Units: dmnl
	
(240)	Fraction for Export of Food = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Food,
			([(-0.5,0)-(1.5,0.5)],(-0.5,0.3),(0,0.04),(0.5,0.02),(1,0.014),(1.5,0.01
	) ))
	Units: dmnl
	
(241)	Fraction for Export of Intermediate Goods = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Intermediate Goods,
			([(-2,0)-(8,2)],(-2,1.5),(0,0.4),(2,0.25),(4,0.15),(6,0.12),(8,0.1) ))
	Units: dmnl
	
(242)	Fraction for Import of Capital Goods from policy A = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Capital Goods,
			 ([(-2,0)-(30,30)],(-2,0.02),(0,0.1),(2,2),(4,4),(6,6),(8,8),(10,10),(12
	,12),(14,14),(16,16),(18,18),(20,20),(22,22),(24,24),(26,26),(28,28),(30,30
	) ))
	Units: dmnl
	
(243)	Fraction for Import of Capital Goods from policy B = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Capital Goods,
			 ([(-2,0)-(8,5)],(-2,0),(0,0),(2,0.25),(4,0.5),(6,0.75),(8,1) ))
	Units: dmnl
	
(244)	Fraction for Import of Consumption Goods from policy A = WITH LOOKUP
	(
		Ratio of Demand Output Discrepancy to Output for Consumption Goods,
			 ([(-1,0)-(2,2)],(-1,0.0125),(-0.75,0.015),(-0.5,0.02),(-0.25,0.03),(0,0.05
	),(0.25,0.15),(0.5,0.35),(0.75,0.55),(1,0.75),(1.25,0.95),(1.5,1.15),(1.75
	,1.35),(2,1.55) ))
	Units: dmnl
	
(245)	Fraction for Import of Consumption Goods from policy B = WITH LOOKUP
	(
		Ratio of Demand Output Discrepancy to Output for Consumption Goods,
			 ([(-0.5,0)-(1,0.5)],(-0.5,0),(-0.25,0),(0,0.025),(0.25,0.05),(0.5,0.075
	),(0.75,0.1),(1,0.125) ))
	Units: dmnl
	
(246)	Fraction for Import of Food from policy A = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Food,
			 ([(-1,0)-(1e+06,1e+06)],(0,0),(100000,100000),(200000,200000),(300000,300000
	),(400000,400000),(500000,500000),(600000,600000),(700000,700000),(800000,
	800000),(900000,900000),(1e+06,1e+06) ))
	Units: dmnl
	
(247)	Fraction for Import of Food from policy B = WITH LOOKUP (
		Ratio of Demand Output Discrepancy to Output for Food,
			 ([(-1,0)-(5,1)],(-1,0),(-0.75,0),(-0.5,0),(-0.25,0),(0,0),(0.25,0.05),(
	0.5,0.1),(0.75,0.15),(1,0.2),(1.25,0.25),(1.5,0.3),(1.75,0.35),(2,0.4),(2.25
	,0.45),(2.5,0.5),(2.75,0.55),(3,0.6),(3.25,0.65),(3.5,0.7),(3.75,0.75),(4,
	0.8),(4.25,0.85),(4.5,0.9),(4.75,0.95),(5,1) ))
	Units: dmnl
	
(248)	Fraction for Import of Intermediate Goods from policy A = WITH LOOKUP
	 (
		Ratio of Demand Output Discrepancy to Output for Intermediate Goods,
			 ([(-2,0)-(20,20)],(-2,0.2),(0,0.4),(2,2),(4,4),(6,6),(8,8),(10,10),(12,
	12),(14,14),(16,16),(18,18),(20,20) ))
	Units: dmnl
	
(249)	Fraction for Import of Intermediate Goods from policy B = WITH LOOKUP
	 (
		Ratio of Demand Output Discrepancy to Output for Intermediate Goods,
			 ([(-2,0)-(8,5)],(-2,0),(0,0),(2,0.125),(4,0.25),(6,0.375),(8,0.5) ))
	Units: dmnl
	
(250)	Fraction of Capital in Agriculture=
		Average Desired Capital in Agricultural Sector/(Average Desired Capital in Agricultural Sector
	+Average Desired Capital in Industrial Sector)
	Units: dmnl
	
(251)	Fraction of Decrease in Forreign Reserve =
		IF THEN ELSE( (Time<1979):OR:(Time>1989) , 0 , Fraction of Decrease in Forreign Reserve During War
	 )
	Units: dmnl
	
(252)	Fraction of Decrease in Forreign Reserve During War=
		0.15
	Units: dmnl
	
(253)	Fraction of Desired Capital Goods Import Policy=
		SMOOTH(  Test of Capital Good Import Policy*Fraction for Import of Capital Goods from policy A
	+(1-Test of Capital Good Import Policy)*(Fraction for Import of Capital Goods from policy A
	/A) , 3 )
	Units: dmnl
	
(254)	Fraction of Education in Agriculture=
		Average Desired Education in Agricultural Sector/(Average Desired Education in Agricultural Sector
	+Average Desired Education on Industrial Sector)
	Units: dmnl
	
(255)	Fraction of Import policy=
		IF THEN ELSE( (Time<1979) , 1 , 1.5 )
	Units: dmnl
	
(256)	Fraction of Intermediate Goods Import Policy=
		SMOOTH( Test of Intermediate Goods Import Policy*Fraction for Import of Intermediate Goods from policy A
	+(1-Test of Intermediate Goods Import Policy)*(Fraction for Import of Intermediate Goods from policy A
	/A), 3 )
	Units: dmnl
	
(257)	Fraction Of Investment In Capital Equipment=
		0.317
	Units: dmnl
	
(258)	Fraction of Investment in Energy Sector = WITH LOOKUP (
		Desired Investment in Energy Sector/(Domestic Demand for Capital Investment
	),
			([(0,0)-(10,10)],(0,0),(0.04,0.04),(0.08,0.08),(0.12,0.09),(0.16,0.095),
	(0.2,0.1) ))
	Units: dmnl
	
(259)	Fraction of Investment in Gas Production=
		1-Fraction of Investment in Oil Exploration-Fraction of Investment in Oil Production
	Units: dmnl
	
(260)	Fraction of Investment in Oil Exploration=
		Desired Investment in Exploration/(Desired Investment in Energy Sector+1e-05
	)
	Units: dmnl
	
(261)	Fraction of Investment in Oil Production=
		(Desired Investment in Oil Production/(Desired Investment in Energy Sector
	+1e-05))*Switch for Policy Analysis in Investment Sector
	Units: dmnl
	
(262)	Fraction of Labor in Agriculture=
		Average Desired Labor in Agricultural Sector/(Average Desired Labor in Agricultural Sector
	+Average Desired Labor in Industrial Sector)
	Units: dmnl
	
(263)	Fraction of Minimum Gas Production=
		0.06
	Units: dmnl
	
(264)	Fraction of Production Capacity in Capital Good Sector=
		(Average Desired Production Capacity in Capital Goods Sector)/(Average Desired Production Capacity in Consumption Goods Sector
	+Average Desired Production Capacity in Intermediate Good Sector+Average Desired Production Capacity in Capital Goods Sector
	+Average Desired Production Capacity in Education)
	Units: dmnl
	
(265)	Fraction of Production Capacity in Consumption Good Sector=
		(Average Desired Production Capacity in Consumption Goods Sector)/(Average Desired Production Capacity in Consumption Goods Sector
	+Average Desired Production Capacity in Intermediate Good Sector+Average Desired Production Capacity in Capital Goods Sector
	+Average Desired Production Capacity in Education)
	Units: dmnl
	
(266)	Fraction of Production Capacity in Education Sector=
		Average Desired Production Capacity in Education/(Average Desired Production Capacity in Consumption Goods Sector
	+Average Desired Production Capacity in Intermediate Good Sector+Average Desired Production Capacity in Capital Goods Sector
	+Average Desired Production Capacity in Education)
	Units: dmnl
	
(267)	Fraction of Production Capacity in Intermediate Goods Sector=
		(Average Desired Production Capacity in Intermediate Good Sector)/(Average Desired Production Capacity in Consumption Goods Sector
	+Average Desired Production Capacity in Intermediate Good Sector+Average Desired Production Capacity in Capital Goods Sector
	+Average Desired Production Capacity in Education)
	Units: dmnl
	
(268)	Fraction Recoverable from Gas Injections=
		SMOOTH3(Effect of Gas Injection on Recovery Factor, Gas Injection Delay )
	Units: dmnl
	
(269)	Fraction Recoverable from Technology=
		Minimum Fraction Recoverable+(Maximum Fraction Recoverable-Minimum Fraction Recoverable
	)*((Technology in Industrial Sector -1)/Technology in Industrial Sector )
	Units: dmnl
	
(270)	Fraction Recoverable of Gas Injected to Oil Reserves=
		0.85
	Units: dmnl
	
(271)	Gas Demand Surplus=
		Domestic Gas Demand-(((1-Switch for Changing Gas Injection Policy)*Gas Production Rate
	)+(Switch for Changing Gas Injection Policy*(Gas Production Rate-Gas Injection
	)))
	Units: million bbls/Year
	
(272)	Gas Export= INTEG (
		Change in Gas Export,
			0)
	Units: million bbls/Year
	
(273)	Gas Identified Resource Remaining= INTEG (
		Additions to Gas Identified Resource+Gas Injected to Oil Reserves-Gas Production Rate
	,
			Initial Gas Identified Resource Remaining)
	Units: million bbls
	
(274)	Gas Import=
		Average Gas Import*Multiplier for Gas Import
	Units: million bbls/Year
	
(275)	Gas Industry Starting Delay=
		10
	Units: Year
	Gas Industry Starting Delay

(276)	Gas Industry Turning Point=
		SMOOTH3( IF THEN ELSE((Time<=1974), 0 , 1 ) , Gas Industry Starting Delay
	 )
	Units: dmnl
	
(277)	Gas Injected to Oil Reserves=
		Gas Injection*Fraction Recoverable of Gas Injected to Oil Reserves
	Units: million bbls/Year
	
(278)	Gas Injection=
		(1-Switch for Changing Gas Injection Policy)*(Gas Remaining After Consumption
	*Multiplier for Demand for Gas Injection)+(Switch for Changing Gas Injection Policy
	*Desired Gas Injection after Implementing New Policy)
	Units: million bbls/Year
	
(279)	Gas Injection at the End of the Year= INTEG (
		Change in Gas Injection,
			78)
	Units: million bbls/Year
	
(280)	Gas Injection Delay=
		5
	Units: Year
	
(281)	Gas Injection Required per Oil Output=
		Normal Gas Injection Required per Oil Output/(Normalized Productivity of Investment in Oil Production
	+0.0001)
	Units: dmnl
	
(282)	Gas Market Share=
		SMOOTH3I(Indicated Gas Market Share, Energy Substitution Delay , Initial Gas Market Share
	 )
	Units: dmnl
	
(283)	Gas Potential Production from Investment=
		(Productivity of Investment in Gas Production/1e+06)*SMOOTH3(Investment in Gas Production at the End of the Year
	, Energy Production Delay)
	Units: million bbls/Year
	
(284)	Gas Potential Production from Reserves=
		Total Gas Recoverable Resource Remaining/Normal Energy Resource to Production Ratio
	Units: million bbls/Year
	
(285)	Gas Price=
		IF THEN ELSE( Time<=2006 , Exogenouse Gas Price , Forecast Gas Price )
	Units: million R/bbls
	
(286)	Gas Production=
		Effect of Investment on Gas Potential Production*Gas Potential Production from Reserves
	Units: million bbls/Year
	
(287)	Gas Production Rate=
		Gas Production+Minimum Gas Production
	Units: million bbls/Year
	
(288)	Gas Remaining After Consumption=
		MAX(0.0001,(Gas Production Rate-Domestic Gas Demand))
	Units: million bbls/Year
	
(289)	Gas Revenues=
		Gas Export*Gas Price*1e+06
	Units: million R/Year
	
(290)	Gas Undiscovered Resource= INTEG (
		-Additions to Gas Identified Resource-Qatar's Gas Discovery,
			Initial Gas Undiscovered Resource)
	Units: million bbls
	
(291)	Good Availability Indicator=
		Fraction of Production Capacity in Capital Good Sector*Availability of Capital Goods
	+Fraction of Production Capacity in Intermediate Goods Sector*Availability of Intermediate Goods
	+Fraction of Production Capacity in Consumption Good Sector*Availability of Consumption Goods
	+Fraction of Production Capacity in Education Sector*Availability of Enrollment Capacity
	Units: dmnl
	
(292)	Graph for Maximum Productivity of Investment in Oil Exploration= WITH LOOKUP
	 (
		Oil Undiscovered Resource/Initial Oil Undicovered Resource,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(293)	Graph for Productivity of Investment in Gas Exploration = WITH LOOKUP
	 (
		Gas Undiscovered Resource/Initial Gas Undiscovered Resource,
			 ([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(294)	Graph for Productivity of Investment in Gas Production = WITH LOOKUP
	(
		Gas Identified Resource Remaining/Initial Gas Identified Resource Remaining
	,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(295)	Graph for Productivity of Investment in Oil Production= WITH LOOKUP (
		Oil Identified Resource Remaining/Initial Oil Identified Resource Remaining
	,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(296)	Gross Domestic Product=
		(Non Oil Output)+Energy Export Value
	Units: million R/Year
	
(297)	Growth Domestic Product Per Capita=
		(Gross Domestic Product*1e+06)/Population
	Units: R/(Year*person)
	
(298)	Growth Rate in Urban Population=
		0.018
	Units: 1/Year
	
(299)	Import Delay=
		1
	Units: Year
	
(300)	Imported Capital Goods=
		Desired Import of Capital Goods*Multiplier for Import of Capital Goods from Foreign Exchange Availability
	Units: million R/Year
	
(301)	Imported Consumption Goods=
		Desired Import of Consumption Goods*Multiplier for Import of Consumption Goods from Foreign Exchange Availability
	Units: million R/Year
	
(302)	Imported Food=
		Desired Import of Food*Multiplier for Import of Food from Foreign Exchange Availability
	Units: million R/Year
	
(303)	Imported Food and Capital Goods=
		Imported Food+Imported Capital Goods
	Units: million R/Year
	
(304)	Imported Food and Capital Goods and Intermediate Goods=
		Imported Food and Capital Goods+Imported Intermediate Goods
	Units: million R/Year
	
(305)	Imported Intermediate Goods=
		Desired Import of Intermediate Goods*Multiplier for Import of Intermediate Goods from Foreign Exchange Availability
	Units: million R/Year
	
(306)	Increase in Gas Price=
		IF THEN ELSE(Time<=2015, 0 , Rate of Increase in Gas Price*Forecast Gas Price
	 )
	Units: million R/(Year*bbls)
	
(307)	Increase in Investment Security=
		(Indicated Investment Security-Investment Security)/Time to Increase Investment Security
	Units: 1/Year
	
(308)	Increase in Oil Price=
		IF THEN ELSE(Time<=2015, 0 , Rate of Increase in Oil Price*Forcast of Oil Price
	 )
	Units: **undefined**
	
(309)	Increase in Present Value=
		Energy Export Value/EXP(Market Interest Rate*(Time-INITIAL TIME))
	Units: million R/Year
	
(310)	Indicated Gas Export=
		MAX(0, Gas Production Rate-Domestic Gas Demand-Gas Injection )
	Units: million bbls/Year
	
(311)	Indicated Gas Import=
		((1-Switch for Changing Energy Import Policy)*(MAX(0, Gas Demand Surplus)
	)*Multiplier for Import of Energy from Foreign Exchange Availability)+ (Switch for Changing Energy Import Policy
	*Multiplier For Energy Import Policy*(MAX(0, Gas Demand Surplus))*Multiplier for Import of Energy from Foreign Exchange Availability
	)
	Units: million bbls/Year
	
(312)	Indicated Gas Market Share=
		((1-Gas Industry Turning Point)*Fraction of Minimum Gas Production)+(Gas Industry Turning Point
	*Target Gas Market Share)
	Units: dmnl
	
(313)	Indicated Investment Security=
		Effect of Political Changes on Investment Security*Multiplier for Investment Security from Economic Condition
	Units: dmnl
	
(314)	Indicated Oil Export=
		MAX( 0 , Oil Production Rate-Domestic Oil Demand )
	Units: million bbls/Year
	
(315)	Indicated Oil Import=
		((1-Switch for Changing Energy Import Policy)*(MAX(0, Oil Demand Surplus)
	)*Multiplier for Import of Energy from Foreign Exchange Availability)+(Switch for Changing Energy Import Policy
	*Multiplier For Energy Import Policy*(MAX(0, Oil Demand Surplus))*Multiplier for Import of Energy from Foreign Exchange Availability
	)
	Units: million bbls/Year
	
(316)	Industrial Output=
		Value Added in Consumption Goods Sector+Value Added in Capital Goods Sector
	+Output of Intermediate Goods Sector+Production Capacity in Education Sector
	Units: million R/Year
	
(317)	Industrial Output per Capita=
		Industrial Output/(Population/1e+06)
	Units: R/(Year*person)
	
(318)	Initial Cumulative Gas Production=
		0
	Units: million bbls
	
(319)	Initial Gas Identified Resource Remaining=
		8000
	Units: **undefined**
	
(320)	Initial Gas Market Share=
		0.45
	Units: dmnl
	
(321)	Initial Gas Undiscovered Resource=
		612000
	Units: million bbls
	
(322)	Initial Investment in Oil Production at the End of the Year=
		8000
	Units: **undefined**
	
(323)	Initial Oil Identified Resource Remaining=
		140000
	Units: million bbls
	
(324)	Initial Oil Undicovered Resource=
		357000
	Units: million bbls
	
(325)	INITIAL TIME  = 1958
	Units: Year
	The initial time for the simulation.

(326)	Intermediate Goods Value Added Ratio In Capital Goods Sector=
		2
	Units: dmnl
	
(327)	Intermediate Goods Value Added Ratio in Consumption Goods Sector = WITH LOOKUP
	 (
		((Production Capacity in Consumption Goods Sector*1e+06)/Population),
			 ([(0,0)-(4.34783e+06,1)],(0,0),(869566,0.18),(1.73913e+06,0.26),(2.6087e+06
	,0.3),(3.47826e+06,0.33),(4.34783e+06,0.35) ))
	Units: dmnl
	
(328)	Investment in Construction=
		Domestic Demand for Construction*Multiplier for Investment in Construction
	Units: million R/Year
	
(329)	Investment in Energy Sector=
		Domestic Demand for Capital Investment*Fraction of Investment in Energy Sector
	*(1+Investment Security)
	Units: million R/Year
	
(330)	Investment in Exploration=
		Fraction of Investment in Oil Exploration*Investment in Energy Sector
	Units: million R/Year
	
(331)	Investment in Gas Production=
		Investment in Energy Sector*Fraction of Investment in Gas Production
	Units: million R/Year
	
(332)	Investment in Gas Production at the End of the Year= INTEG (
		Change in Investment in Gas Production,
			0.0001)
	Units: million R/Year
	
(333)	"Investment in Non-Energy Sectors"=
		Domestic Demand for Capital Investment*(1-Fraction of Investment in Energy Sector
	)
	Units: million R/Year
	
(334)	Investment in Oil Production=
		Investment in Energy Sector*Fraction of Investment in Oil Production
	Units: million R/Year
	
(335)	Investment in Oil Production at the End of the Year= INTEG (
		Change in Investment in Oil Production,
			Initial Investment in Oil Production at the End of the Year)
	Units: million R/Year
	
(336)	Investment Security= INTEG (
		Increase in Investment Security-Decrease in Investment Security,
			0.6)
	Units: dmnl
	
(337)	Labor Force=
		Adult Population*Ratio Of Labor Force To Adult Population
	Units: persons
	
(338)	Labor in Agricultural Sector=
		Fraction of Labor in Agriculture*Labor Force
	Units: persons
	
(339)	Labor in Industrial Sector=
		(1-Fraction of Labor in Agriculture)*Labor Force
	Units: persons
	
(340)	Land Labor Ratio Normal=
		2.52
	Units: Hectars/person
	
(341)	Life Of Capital=
		25
	Units: Year
	
(342)	Marginal Productivity of Capital in Agricultural Sector=
		(Exponent Of Capital In Agricultural Production Function/Capital in Agricultural Sector
	)*Food Output
	Units: million R/Year
	
(343)	Marginal Productivity of Capital in Industrial Sector=
		(Exponent Of Capital In Industrial Production Function/Capital in Industrial Sector
	)*Industrial Output
	Units: 1/Year
	
(344)	Marginal Productivity of Education in Agricultural Sector=
		(Exponent Of Education In Agricultural Production Function/Education in Agricultural Sector
	)*Food Output
	Units: million bbls/Year/Thousand man year of schooling
	
(345)	Marginal Productivity of Education in Industrial Sector=
		(Exponent Of Education In Industrial Production Function/Education in Industrial Sector
	)*Industrial Output
	Units: million bbls/(Year*Thousand man year of schooling)
	
(346)	Marginal Productivity of Labor in Agricultural Sector=
		(Exponent Of Labor In Agricultural Production Function/Labor in Agricultural Sector
	)*Food Output
	Units: million R/(Year*persons)
	
(347)	Marginal Productivity of Labor in Industrial Sector=
		(Exponent Of Labor In Industrial Production Function/Labor in Industrial Sector
	)*Industrial Output
	Units: million R/(Year*persons)
	
(348)	Marginal Utility From Food Availability = WITH LOOKUP (
		Food Availability,
			([(0,0)-(2.5,40)],(0,30),(0.25,10),(0.5,4),(0.75,1.8),(1,1),(1.25,0.7),(
	1.5,0.5),(1.75,0.35),(2,0.25),(2.25,0.2),(2.5,0.18) ))
	Units: Utility/million R of Food/Year
	
(349)	Marginal Utility from Good Availability = WITH LOOKUP (
		Good Availability Indicator,
			([(0,0)-(2.5,10)],(0,2.5),(0.5,1.5),(1,1),(1.5,0.8),(2,0.65),(2.5,0.6) )
	)
	Units: Utility/(Year*million R of Goods)
	
(350)	Marginal Utility of Capital in Agricultural Sector=
		Marginal Utility From Food Availability*Marginal Productivity of Capital in Agricultural Sector
	Units: Utility/million R
	
(351)	Marginal Utility of Capital in Industrial Sector=
		Marginal Utility from Good Availability*Marginal Productivity of Capital in Industrial Sector
	Units: Utility/million R
	
(352)	Marginal Utility of Education in Agricultural Sector=
		Marginal Utility From Food Availability*Marginal Productivity of Education in Agricultural Sector
	Units: Utility/Thousand man year of schooling
	
(353)	Marginal Utility of Education in Industrial Sector=
		Marginal Utility from Good Availability*Marginal Productivity of Education in Industrial Sector
	Units: Utility/Thousand man year of schooling
	
(354)	Marginal Utility of Labor in Agricultural Sector=
		Marginal Utility From Food Availability*Marginal Productivity of Labor in Agricultural Sector
	Units: Utility/persons
	
(355)	Marginal Utility of Labor in Idustrial Sector=
		Marginal Utility from Good Availability*Marginal Productivity of Labor in Industrial Sector
	Units: Utility/persons
	
(356)	Market Effect Coefficient=
		0.5
	Units: dmnl
	
(357)	Market Effect Coefficient For Capital Goods=
		0.5
	Units: dmnl
	
(358)	Market Effect For Intermedite Goods=
		0.5
	Units: dmnl
	
(359)	Market Interest Rate=
		0.05
	Units: 1/Year
	
(360)	Maximum Fraction Recoverable=
		0.8
	Units: dmnl
	
(361)	Maximum Productivity of Investment in Gas Exploration=
		7000
	Units: bbls/million R
	
(362)	Maximum Productivity of Investment in Gas Production=
		Normal Productivity of Investment in Gas Production*Graph for Productivity of Investment in Gas Production
	Units: bbls/million R
	
(363)	Maximum Productivity of Investment in Oil Exploration=
		9000
	Units: bbls/million R
	
(364)	Maximum Productivity of Investment in Oil Production=
		Normal Productivity of Investment in Oil Production*Graph for Productivity of Investment in Oil Production
	Units: bbls/million R
	
(365)	Minimum Fraction Recoverable=
		0.2
	Units: dmnl
	
(366)	Minimum Gas Production=
		Oil Production Rate*Fraction of Minimum Gas Production
	Units: million bbls/Year
	
(367)	Multiplier for Birth Rate from Education = WITH LOOKUP (
		(School Years per Adult Population/Normal School Year Per Adult Population
	),
			([(0,0)-(5,2)],(0,1.3),(1,1),(2,0.85),(3,0.75),(4,0.68),(5,0.65) ))
	Units: dmnl
	
(368)	Multiplier for Birth Rate from Food = WITH LOOKUP (
		(Food per Capita/Normal Food Per Capita),
			([(0,0)-(2.5,2)],(0,0),(0.5,0.7),(1,1),(1.5,1.15),(2,1.22),(2.5,1.25) ))
	Units: dmnl
	
(369)	Multiplier for Birth Rate from Industrialization = WITH LOOKUP (
		(Industrial Output per Capita/Normal Industrial Output Per Capita),
			 ([(0,0)-(5,2)],(0,1.4),(1,1),(2,0.7725),(3,0.6375),(4,0.5625),(5,0.5) )
	)
	Units: dmnl
	
(370)	Multiplier for Capital in Agricultural Sector = WITH LOOKUP (
		Utility of Capital Ratio in Agriculture,
			([(0,0)-(5,10)],(0,0),(1,1),(2,1.8),(3,2.4),(4,2.8),(5,3) ))
	Units: dmnl
	
(371)	Multiplier for Capital in Industrial Sector = WITH LOOKUP (
		Utility of Capital Ratio in Industry,
			([(0,0)-(5,10)],(0,0),(1,1),(2,1.8),(3,2.4),(4,2.8),(5,3) ))
	Units: dmnl
	
(372)	Multiplier for Death Rate from Food = WITH LOOKUP (
		(Food per Capita/Normal Food Per Capita),
			([(0,0)-(2,35)],(0,30),(0.25,3),(0.5,2),(0.75,1.3),(1,1),(1.25,0.85),(1.5
	,0.78),(1.75,0.72),(2,0.7) ))
	Units: dmnl
	
(373)	Multiplier for Death Rate from Industrialization = WITH LOOKUP (
		(Industrial Output per Capita/Normal Industrial Output Per Capita),
			([(0,0)-(5,3)],(0,2),(1,1),(2,0.8),(3,0.7),(4,0.65),(5,0.65) ))
	Units: dmnl
	
(374)	Multiplier for Demand for Construction from Availability of Capital Goods
	 = WITH LOOKUP (
		Availability of Capital Goods,
			([(0,0)-(1,2)],(0,0.2),(0.2,0.3),(0.4,0.45),(0.6,0.7),(0.8,0.9),(1,1) ))
	Units: dmnl
	
(375)	Multiplier for Demand for Gas Injection= WITH LOOKUP (
		Desired Gas Injection/(Gas Remaining After Consumption+1e-06),
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.45),(0.8,0.48),(1,0.5)
	 ))
	Units: dmnl
	
(376)	Multiplier for Desired Gas Production = WITH LOOKUP (
		SMOOTH(Gas Production Rate, Time to Establish Desired Energy Production )
	/Gas Potential Production from Reserves,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(377)	Multiplier for Desired Oil Production = WITH LOOKUP (
		(SMOOTH( Oil Production Rate , Time to Establish Desired Energy Production
	 )/Oil Potential Production from Reserves)
		
		,
			([(0,0)-(10,10)],(0,0),(0.2,0.2),(0.4,0.4),(0.6,0.6),(0.8,0.8),(1,1) ))
	Units: dmnl
	
(378)	Multiplier for Education in Agricultural Sector = WITH LOOKUP (
		Utility of Education Ratio in Agriculture,
			([(0,0)-(5,10)],(0,0),(1,0.8),(2,1.5),(3,2),(4,2.3),(5,2.5) ))
	Units: dmnl
	
(379)	Multiplier for Education in Industrial Sector = WITH LOOKUP (
		Utility of Education Ratio in Industry,
			([(0,0)-(5,10)],(0,0),(1,1.25),(2,2.2),(3,2.9),(4,3.3),(5,3.5) ))
	Units: dmnl
	
(380)	Multiplier For Energy Import Policy=
		1
	Units: dmnl
	
(381)	Multiplier for Export from Desired Export for Capital Goods = WITH LOOKUP
	 (
		(Desired Export of Capital Goods/Average Export of Capital Goods),
			([(0,0)-(1.4,2)],(0,0),(0.2,0.35),(0.4,0.6),(0.6,0.75),(0.8,0.88),(1,1),
	(1.2,1.1),(1.4,1.1) ))
	Units: dmnl
	
(382)	Multiplier for Export from Desired Export for Consumption Goods = WITH LOOKUP
	 (
		(Desired Export of Consumption Goods/Average Export of Consumption Goods)
	,
			([(0,0)-(1.4,2)],(0,0),(0.2,0.35),(0.4,0.6),(0.6,0.75),(0.8,0.88),(1,1),
	(1.2,1.1),(1.4,1.1) ))
	Units: dmnl
	
(383)	Multiplier for Export from Desired Export for Food = WITH LOOKUP (
		(Desired Export of Food/Average Export of Food),
			([(0,0)-(1.4,1.5)],(0,0),(0.2,0.35),(0.4,0.6),(0.6,0.75),(0.8,0.88),(1,1
	),(1.2,1.1),(1.4,1.1) ))
	Units: dmnl
	
(384)	Multiplier for Export from Desired Export for Intermediate Goods = WITH LOOKUP
	 (
		(Desired Export of Intermediate Goods/Average Export of Intermediate Goods
	),
			([(0,0)-(1.4,2)],(0,0),(0.2,0.35),(0.4,0.6),(0.6,0.75),(0.8,0.88),(1,1),
	(1.2,1.1),(1.4,1.1) ))
	Units: dmnl
	
(385)	Multiplier for Export from Foreign Exchange Availability = WITH LOOKUP
	 (
		Foreign Exchange Availability Indicator,
			 ([(0,0)-(2.5,2)],(0,1.5),(0.5,1.3),(1,1),(1.5,0.8),(2,0.65),(2.5,0.6) )
	)
	Units: dmnl
	
(386)	Multiplier for Food Output per Laborer from Oil Availability = WITH LOOKUP
	 (
		Energy Availability Indicator,
			 ([(0,1)-(1,10)],(0,0.5),(0.03,0.58),(0.06,0.7),(0.12,0.95),(0.15,1),(0.09
	,0.85) ))
	Units: dmnl
	
(387)	Multiplier for Food Output per Laborer from Oil Availability 0 = WITH LOOKUP
	 (
		Energy Availability Indicator,
			([(0,0)-(10,10)],(0,0.5),(0.03,0.58),(0.06,0.7),(0.09,0.85),(0.12,0.95),
	(0.15,1) ))
	Units: dmnl
	Multiplier for Food Output per Laborer from Oil Availability
			EAI:Energy Availability Indicator

(388)	Multiplier for Gas Import = WITH LOOKUP (
		Indicated Gas Import/Average Gas Import,
			([(0,0)-(10,10)],(0,0),(0.4,0.4),(0.8,0.8),(1.2,1.1),(1.6,1.3),(2,1.4) )
	)
	Units: dmnl
	
(389)	Multiplier for Import of Capital Goods from Foreign Exchange Availability
	 = WITH LOOKUP (
		Foreign Exchange Availability Indicator,
			([(0,0)-(1,2)],(0,0),(0.25,0.45),(0.5,0.75),(0.75,0.9),(1,1) ))
	Units: dmnl
	
(390)	Multiplier for Import of Consumption Goods from Foreign Exchange Availability
	 = WITH LOOKUP (
		Foreign Exchange Availability Indicator,
			([(0,0)-(2.5,2)],(0,0),(0.5,0.6),(1,1),(1.5,1.35),(2,1.6),(2.5,1.75) ))
	Units: dmnl
	
(391)	Multiplier for Import of Energy from Foreign Exchange Availability =
	WITH LOOKUP (
		Foreign Exchange Availability Indicator ,
			([(0,0)-(10,10)],(0,0),(0.25,0.45),(0.5,0.7),(0.75,0.9),(1,1) ))
	Units: dmnl
	
(392)	Multiplier for Import of Food from Foreign Exchange Availability = WITH LOOKUP
	 (
		Foreign Exchange Availability Indicator,
			([(0,0)-(1,2)],(0,0),(0.25,0.45),(0.5,0.7),(0.75,0.9),(1,1) ))
	Units: dmnl
	
(393)	Multiplier for Import of Intermediate Goods from Foreign Exchange Availability
	 = WITH LOOKUP (
		Foreign Exchange Availability Indicator,
			 ([(0,0)-(1,1)],(0,0),(0.25,0.45),(0.5,0.75),(0.75,0.9),(1,1) ))
	Units: dmnl
	
(394)	Multiplier for Investment in Construction = WITH LOOKUP (
		Availability of Consumption Goods,
			([(0,0)-(1,2)],(0,0),(0.25,0.25),(0.5,0.5),(0.75,0.75),(1,1) ))
	Units: dmnl
	
(395)	Multiplier for Investment Security from Economic Condition = WITH LOOKUP
	 (
		Economic Growth Rate,
			 ([(-0.2,0)-(10,10)],(-0.15,0),(-0.12,0.002),(-0.09,0.015),(-0.06,0.025)
	,(-0.03,0.045),(0,0.1),(0.03,0.2),(0.06,0.4),(0.09,0.6),(0.12,0.8),(0.15,1
	) ))
	Units: dmnl
	
(396)	Multiplier for Labor in Agricultural Sector = WITH LOOKUP (
		Utility of Labor Ratio in Agriculture,
			([(0,0)-(5,5)],(0,0),(1,1),(2,1.8),(3,2.4),(4,2.8),(5,3) ))
	Units: dmnl
	
(397)	Multiplier for Labor in Industrial Sector = WITH LOOKUP (
		Utility of Labor Ratio in Industry,
			([(0,0)-(5,10)],(0,0),(1,1),(2,1.8),(3,2.4),(4,2.8),(5,3) ))
	Units: dmnl
	
(398)	Multiplier for Oil Import = WITH LOOKUP (
		Indicated Oil Import/Average Oil Import,
			([(0,0)-(10,10)],(0,0),(0.4,0.4),(0.8,0.8),(1.2,1.1),(1.6,1.3),(2,1.4) )
	)
	Units: dmnl
	
(399)	Multiplier for Production Capacity in Capital Goods Sector from Availability
	 = WITH LOOKUP (
		Availability Indicator for Capital Goods,
			([(0,0)-(2,4)],(0,2.6),(0.25,2.4),(0.5,2),(0.75,1.45),(1,1),(1.25,0.8),(
	1.5,0.7),(1.75,0.64),(2,0.6) ))
	Units: dmnl
	
(400)	Multiplier for Production Capacity in Capital Goods Sector from Capacity Utilization
	 = WITH LOOKUP (
		Utilization Factor in Capital Goods Sector,
			([(0,0)-(1,2)],(0,0),(0.2,0.4),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(401)	Multiplier for Production Capacity in Capital Goods Sector from Productivity
	 = WITH LOOKUP (
		Productivity Ratio in Capital Good Sector,
			([(0,0)-(3,3)],(0,0),(0.5,0.6),(1,1),(1.5,1.3),(2,1.55),(2.5,1.7),(3,1.8
	) ))
	Units: dmnl
	
(402)	Multiplier for Production Capacity in Consumption Goods Sector from Availability
	 = WITH LOOKUP (
		Availability Indicator for Consumption Goods,
			([(0,0)-(2,3)],(0,2.6),(0.25,2.4),(0.5,2),(0.75,1.45),(1,1),(1.25,0.8),(
	1.5,0.7),(1.75,0.64),(2,0.6) ))
	Units: dmnl
	
(403)	Multiplier for Production Capacity in Consumption Goods Sector from Capacity Utilization
	 = WITH LOOKUP (
		Utilization Factor in Consumption Goods Sector,
			([(0,0)-(1,2)],(0,0),(0.2,0.4),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(404)	Multiplier for Production Capacity in Consumption Goods Sector from Productivity
	 = WITH LOOKUP (
		Productivity Ratio in Consumption Goods Sector,
			([(0,0)-(3,3)],(0,0),(0.5,0.6),(1,1),(1.5,1.3),(2,1.55),(2.5,1.7),(3,1.8
	) ))
	Units: dmnl
	
(405)	Multiplier for Production Capacity in Education from Availability=
		(Test of Educational Expansion Policy*Multiplier for Production Capacity in Education from Availability at Policy A
	)+((1-Test of Educational Expansion Policy)*Multiplier for Production Capacity in Education from Availability at Policy B
	)
	Units: dmnl
	
(406)	Multiplier for Production Capacity in Education from Availability at Policy A
	 = WITH LOOKUP (
		Availability of Enrollment Capacity,
			 ([(0,0)-(2,2)],(0,1.55),(0.25,1.5),(0.5,1.4),(0.75,1.25),(1,1),(1.25,0.8
	),(1.5,0.7),(1.75,0.64),(2,0.6) ))
	Units: dmnl
	
(407)	Multiplier for Production Capacity in Education from Availability at Policy B
	 = WITH LOOKUP (
		Availability of Enrollment Capacity,
			([(0,0)-(2,3)],(0,2.6),(0.25,2.4),(0.5,2),(0.75,1.45),(1,1),(1.25,0.8),(
	1.5,0.7),(1.75,0.64),(2,0.6) ))
	Units: dmnl
	
(408)	Multiplier for Production Capacity in Intermediate Goods Sector from Availability
	 = WITH LOOKUP (
		Availability Indicator for Intermediate Goods,
			([(0,0)-(2,3)],(0,2.6),(0.25,2.4),(0.5,2),(0.75,1.45),(1,1),(1.25,0.8),(
	1.5,0.7),(1.75,0.64),(2,0.6) ))
	Units: dmnl
	
(409)	Multiplier for Production Capacity in Intermediate Goods Sector from Capacity Utilization
	 = WITH LOOKUP (
		Utilization Factor in Intermediate Goods Sector from Demand,
			([(0,0)-(1,2)],(0,0),(0.2,0.4),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(410)	Multiplier for Production Capacity in Intermediate Goods Sector from Productivity
	 = WITH LOOKUP (
		Productivity Ratio in Intermediate Goods Sector,
			([(0,0)-(3,1.8)],(0,0),(0.5,0.6),(1,1),(1.5,1.3),(2,1.55),(2.5,1.7),(3,1.8
	) ))
	Units: dmnl
	
(411)	Multiplier for Production Capacity per Laborer in Industry from Oil 0
	 = WITH LOOKUP (
		Energy Availability Indicator,
			([(0,0)-(10,10)],(0,0.2),(0.03,0.3),(0.06,0.45),(0.09,0.78),(0.12,0.925)
	,(0.15,1) ))
	Units: dmnl
	Multiplier for Production Capacity per Laborer in Industry from
			Oil Availability EAI: Energy Availability Indicator

(412)	Multiplier for Production Capacity per Laborer in Industry from Oil Availability
	 = WITH LOOKUP (
		Energy Availability Indicator,
			([(0,0)-(10,10)],(0,0.2),(0.03,0.3),(0.06,0.45),(0.09,0.78),(0.12,0.925)
	,(0.15,1) ))
	Units: dmnl
	
(413)	Multiplier for Technology Transfer from Education in Agriculture = WITH LOOKUP
	 (
		Technology Normal to Technology in Agricultural Sector,
			([(0,0)-(2.5,2)],(0,0),(0.5,0.6),(1,1),(1.5,1.3),(2,1.5),(2.5,1.6) ))
	Units: dmnl
	
(414)	Multiplier for Technology Transfer from Education in Industry = WITH LOOKUP
	 (
		Technology Normal to Technology in Industry,
			([(0,0)-(2.5,2)],(0,0),(0.5,0.6),(1,1),(1.5,1.3),(2,1.5),(2.5,1.6) ))
	Units: dmnl
	
(415)	Multiplier for Technology Transfer From Foreign Trade = WITH LOOKUP (
		(Foreign Trade Ratio/Foreign Trade Ratio Normal),
			([(0,0)-(3,2)],(0,0.25),(0.5,0.65),(1,1),(1.5,1.2),(2,1.35),(2.5,1.45),(
	3,1.5) ))
	Units: dmnl
	
(416)	Multiplier for Technology Transfer From Foreign Trade in Agriculture
	= WITH LOOKUP (
		(Foreign Trade Ratio/Foreign Trade Ratio Normal),
			([(0,0)-(3,2)],(0,0.25),(0.5,0.65),(1,1),(1.5,1.2),(2,1.35),(2.5,1.45),(
	3,1.5) ))
	Units: dmnl
	
(417)	Non Oil Exports=
		Exported Food+Exported Intermediate Goods+Exported Consumption Goods+Exported Capital Goods
	Units: million R/Year
	
(418)	Non Oil Output=
		(Value Added in Consumption Goods Sector+Output of Intermediate Goods Sector
	+Value Added in Capital Goods Sector+Food Output+Production Capacity in Education Sector
	)
	Units: million R/Year
	
(419)	Non Oil Output Per Capita=
		(Non Oil Output*1e+06)/Population
	Units: R/(Year*person)
	
(420)	Non Oil Output Per Capita Normal=
		500000
	Units: R/(Year*person)
	
(421)	Normal Birth Rate=
		0.1
	Units: persons/Year/person
	
(422)	Normal Death Rate Of Adult Population =
		0.0141
	Units: person/Year/person
	
(423)	Normal Death Rate Of PreSchool Age Children=
		0.036
	Units: persons/Year/person
	
(424)	Normal Death Rate Of School Age Children=
		0.0025
	Units: persons/Year/person
	
(425)	Normal Energy Resource to Production Ratio=
		20
	Units: Year
	
(426)	Normal Food Per Capita=
		1.2e+06
	Units: R/(Year*person)
	
(427)	Normal Foreign Exchange Coverage Time =
		0.25
	Units: Year
	Normal Foreign Exchange Coverage Time

(428)	Normal Gas Injection Required per Oil Output=
		0.26
	Units: dmnl
	
(429)	Normal Growth Rate in Energy Revenues=
		0.2
	Units: 1/Year
	
(430)	Normal Industrial Output Per Capita =
		1.21527e+06
	Units: R/(Year*person)
	
(431)	Normal Productivity of Investment in Gas Production=
		35000
	Units: bbls/million R
	
(432)	Normal Productivity of Investment in Oil Production=
		45000
	Units: bbls/million R
	
(433)	Normal School Year Per Adult Population=
		1.21
	Units: Years Of Schooling/person
	
(434)	Normal Time to Catch Up in Agricultural Technology=
		LN(Technology Ratio in Agricultural Sector)/(Rate Of Technological Progress In Agriculture
	*Coefficient For Technological Progress Through Transfer)
	Units: Year
	
(435)	Normal Time to Catch Up in Industrial Technology=
		LN(Technology Ratio in Industrial Sector)/(Rate Of Technological Progress In Industry
	*Coefficient For Technological Progress Through Transfer)
	Units: Year
	
(436)	Normalized Productivity of Investment in Oil Production=
		Productivity of Investment in Oil Production/Normal Productivity of Investment in Oil Production
	Units: dmnl
	
(437)	Number of Students=
		Number of Students 1+Number of Students 2+Number of Students 3
	Units: persons
	
(438)	Number of Students 1= INTEG (
		Admission Rate-Termination Rate 1,
			841901)
	Units: persons
	
(439)	Number of Students 2= INTEG (
		Termination Rate 1-Termination Rate 2,
			841901)
	Units: persons
	
(440)	Number of Students 3= INTEG (
		Termination Rate 2-Termination Rate 3,
			841901)
	Units: persons
	
(441)	Oil Demand Surplus=
		Domestic Oil Demand-Oil Production Rate
	Units: million bbls/Year
	
(442)	Oil Export= INTEG (
		Change in Oil Export,
			250)
	Units: million bbls/Year
	
(443)	Oil Identified Resource Remaining= INTEG (
		Additions to Oil Identified Resource-Oil Production Rate,
			Initial Oil Identified Resource Remaining)
	Units: million bbls
	
(444)	Oil Import=
		Average Oil Import*Multiplier for Oil Import
	Units: million bbls/Year
	
(445)	Oil Potential Production from Investment=
		(Productivity of Investment in Oil Production/1e+06)*SMOOTH3(Investment in Oil Production at the End of the Year
	, Energy Production Delay )*Effect of War on Oil Production
	Units: million bbls/Year
	
(446)	Oil Potential Production from Reserves=
		Total Oil Recoverable Resource Remaining/Normal Energy Resource to Production Ratio
	Units: million bbls/Year
	
(447)	Oil Price=
		Oil Price Forecast(Time)
	Units: million R/bbls
	
(448)	Oil Price Forecast(
		[(2007,0)-(2050,200)],(1958,0.00022575),(1959,0.0002175),(1960,0.000216),
	(1961,0.00021675),(1962,0.0002175),(1963,0.00021675),(1964,0.000216),(1965
	,0.0002145),(1966,0.000216),(1967,0.000219),(1968,0.0002205),(1969,0.00023175
	),(1970,0.0002385),(1971,0.000339),(1972,0.000339),(1973,0.000389),(1974,0.000687
	),(1975,0.000767),(1976,0.000819),(1977,0.000857),(1978,0.0009),(1979,0.001264
	),(1980,0.0030226),(1981,0.006354),(1982,0.0077004),(1983,0.0091665),(1984
	,0.011646),(1985,0.0139722),(1986,0.00769365),(1987,0.0114884),(1988,0.0125297
	),(1989,0.0153208),(1990,0.0193656),(1991,0.019421),(1992,0.0237723),(1993
	,0.0324142),(1994,0.0376225),(1995,0.0563504),(1996,0.0900162),(1997,0.0953969
	),(1998,0.0649368),(1999,0.120835),(2000,0.253819),(2001,0.233586),(2002,0.303265
	),(2003,0.411897),(2004,0.669304),(2005,1.06912),(2006,1.40272),(2007,1.87369
	),(2008,3.10794),(2009,1.93064),(2010,2.93029),(2011,4.55388),(2012,5.76619
	),(2013,9.18415),(2014,11.8829),(2015,13.4043),(2016,15.6085),(2017,18.2235
	),(2018,24.8094),(2019,33.7835),(2020,51.3749),(2021,82.2512),(2022,120.64
	),(2023,129.029),(2024,137.869),(2025,147.114),(2026,156.71),(2027,166.595
	),(2028,177.17),(2029,187.995),(2030,198.96),(2031,209.975),(2032,220.93),
	(2033,231.725),(2034,242.245),(2035,252.384),(2036,262.027),(2037,271.08),
	(2038,279.432),(2039,286.997),(2040,293.706),(2041,299.481),(2042,304.287)
	,(2043,308.077),(2044,310.839),(2045,312.569),(2046,313.278),(2047,312.995
	),(2048,311.768),(2049,309.637),(2050,306.678))
	Units: million R/bbls
	
(449)	Oil Production=
		Oil Potential Production from Reserves*Effect of Investment on Oil Potential Production
	Units: million bbls/Year
	
(450)	Oil Production Rate=
		Oil Production*Effect of War on Oil Production
	Units: million bbls/Year
	
(451)	Oil Revenues=
		Oil Export*Oil Price*1e+06
	Units: million R/Year
	
(452)	Oil Undiscovered Resource= INTEG (
		-Additions to Oil Identified Resource,
			Initial Oil Undicovered Resource)
	Units: million bbls
	
(453)	Output of Capital Goods Sector=
		Value Added in Capital Goods Sector*(1+Intermediate Goods Value Added Ratio In Capital Goods Sector
	)
	Units: million R/Year
	
(454)	Output of Consumption Goods Sector=
		Value Added in Consumption Goods Sector*(1+Intermediate Goods Value Added Ratio in Consumption Goods Sector
	)
	Units: million R/Year
	
(455)	Output of Intermediate Goods Sector=
		Production Capacity in Intermediate Goods Sector*Utilization Factor in Intermediate Goods Sector from Demand
	Units: million R/Year
	
(456)	Policy Factor for Decreasing Oil Investment Share=
		1
	Units: dmnl
	
(457)	Policy Level for Gas Injection=
		0
	Units: dmnl
	
(458)	Political Condition Indicator=
		0.3
	Units: dmnl
	
(459)	Population=
		Adult Population+School Age Children+Pre School Age Children
	Units: persons
	
(460)	Potential Duration of School Age Period = WITH LOOKUP (
		Duration of Education,
			([(0,0)-(16,20)],(0,8),(8,8),(16,16) ))
	Units: Year
	
(461)	Potential Food Output=
		Food Output Production Function Constant*(Labor in Agricultural Sector^Exponent Of Labor In Agricultural Production Function
	)*(Capital in Agricultural Sector^Exponent Of Capital In Agricultural Production Function
	)*(Education in Agricultural Sector^Exponent Of Education In Agricultural Production Function
	)*Technology in Agricultural Sector
	Units: million R/Year
	
(462)	Potential Food Output per Laborer=
		(Potential Food Output/Labor in Agricultural Sector)*1e+06
	Units: R/(Year*person)
	
(463)	Potential Production Capacity in Capital Goods Sector=
		Fraction of Production Capacity in Capital Good Sector*Production Capacity in Industrial Sector
	Units: million R/Year
	
(464)	Potential Production Capacity in Consumption Goods Sector=
		Fraction of Production Capacity in Consumption Good Sector*Production Capacity in Industrial Sector
	Units: million R/Year
	
(465)	Potential Production Capacity in Industrial Sector=
		Production Capacity In Industrial Sector Constant*(POWER(Labor in Industrial Sector
	, Exponent Of Labor In Industrial Production Function ))*(POWER(Capital in Industrial Sector
	, Exponent Of Capital In Industrial Production Function ))*(POWER(Education in Industrial Sector
	, Exponent Of Education In Industrial Production Function ))*Technology in Industrial Sector
	Units: million R/Year
	
(466)	Potential Production Capacity in Intermediate Goods Sector=
		Fraction of Production Capacity in Intermediate Goods Sector*Production Capacity in Industrial Sector
	Units: million R/Year
	
(467)	Potential Production Capacity per Laborer in Industrial Sector=
		(Potential Production Capacity in Industrial Sector/Labor in Industrial Sector
	)*1e+06
	Units: million R/(Year*person)
	
(468)	Pre School Age Children= INTEG (
		Birth Rate-Date Rate of Pre School Age Children-Flow of Pre School to School Age Children
	,
			5.221e+06)
	Units: persons
	
(469)	primary Capital Formation= INTEG (
		Raise of Capital Formation-Capital Formation,
			Raise of Capital Formation*Delay For Capital Formation)
	Units: million R
	
(470)	Primitive Food Output per Laborer=
		Primitive Food Output per Laborer Multiplier*Primitive Food Output Per Laborer Normal
	Units: R/(Year*person)
	
(471)	Primitive Food Output per Laborer Multiplier = WITH LOOKUP (
		((Agricultural Land/Labor in Agricultural Sector)/Land Labor Ratio Normal
	),
			([(0,0)-(2,2)],(0,0),(0.5,0.6),(1,1),(1.5,1.2),(2,1.3) ))
	Units: dmnl
	
(472)	Primitive Food Output Per Laborer Normal=
		2.6087e+06
	Units: R/(Year*person)
	
(473)	Primitive Production Capacity Per Laborer In Industrial Sector=
		2.6087e+06
	Units: R/(Year*person)
	
(474)	Production Capacity in Capital Goods Sector=
		Potential Production Capacity in Capital Goods Sector*Productivity in Capital Goods Sector
	Units: million R/Year
	
(475)	Production Capacity in Consumption Goods Sector=
		Potential Production Capacity in Consumption Goods Sector*Productivity in Consumption Goods Sector
	Units: million R/Year
	
(476)	Production Capacity in Education Sector=
		Fraction of Production Capacity in Education Sector*Production Capacity in Industrial Sector
	Units: million R/Year
	
(477)	Production Capacity in Industrial Sector=
		(Labor in Industrial Sector*Production Capacity per Laborer in Industry)/
	1e+06
	Units: million R/Year
	
(478)	Production Capacity In Industrial Sector Constant=
		22
	Units: million R/Year
	
(479)	Production Capacity in Intermediate Goods Sector=
		Potential Production Capacity in Intermediate Goods Sector*Productivity in Intermediate Goods Sector
	Units: million R/Year
	
(480)	Production Capacity per Enrollment Capacity=
		Production Capacity per Enrollment Capacity from Duration of Education*(Non Oil Output Per Capita
	/Non Oil Output Per Capita Normal)
	Units: million R/Year/student
	
(481)	Production Capacity per Enrollment Capacity from Duration of Education
	 = WITH LOOKUP (
		Duration of Education,
			 ([(0,0)-(16,2e+06)],(0,782609),(4,826087),(8,913043),(12,1.08696e+06),(
	16,1.3913e+06) ))
	Units: million R/(Year*student)
	
(482)	Production Capacity per Laborer in Industry=
		Multiplier for Production Capacity per Laborer in Industry from Oil Availability
	*(Potential Production Capacity per Laborer in Industrial Sector-Primitive Production Capacity Per Laborer In Industrial Sector
	)+Primitive Production Capacity Per Laborer In Industrial Sector
	Units: R/(Year*person)
	
(483)	Productivity in Capital Goods Sector = WITH LOOKUP (
		Experience Indicator in Capital Goods Sector,
			([(0,0)-(1,2)],(0,0),(0.2,0.45),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(484)	Productivity in Consumption Goods Sector = WITH LOOKUP (
		Experience Indicator in Consumption Goods Sector,
			([(0,0)-(1,2)],(0,0),(0.2,0.45),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(485)	Productivity in Intermediate Goods Sector = WITH LOOKUP (
		Experience Indicator in Intermediate Goods Sector,
			([(0,0)-(1,2)],(0,0),(0.2,0.45),(0.4,0.7),(0.6,0.85),(0.8,0.95),(1,1) ))
	Units: dmnl
	
(486)	Productivity of Investment in Gas Exploration=
		Maximum Productivity of Investment in Gas Exploration*Graph for Productivity of Investment in Gas Exploration
	Units: bbls/million R
	
(487)	Productivity of Investment in Gas Production=
		Maximum Productivity of Investment in Gas Production*Effect of Technology on Gas Production
	Units: bbls/million R
	
(488)	Productivity of Investment in Oil Exploration=
		Maximum Productivity of Investment in Oil Exploration*Graph for Maximum Productivity of Investment in Oil Exploration
	Units: bbls/million R
	
(489)	Productivity of Investment in Oil Production=
		Maximum Productivity of Investment in Oil Production*Effect of Technology on Oil Production
	Units: bbls/million R
	
(490)	Productivity Ratio in Capital Good Sector=
		Productivity in Capital Goods Sector/Average Productivity in Industrial Sector
	Units: **undefined**
	
(491)	Productivity Ratio in Consumption Goods Sector=
		Productivity in Consumption Goods Sector/Average Productivity in Industrial Sector
	Units: dmnl
	
(492)	Productivity Ratio in Intermediate Goods Sector=
		Productivity in Intermediate Goods Sector/Average Productivity in Industrial Sector
	Units: dmnl
	
(493)	Qatar's Cumulative Gas Production= INTEG (
		Qatar's Gas Production,
			0)
	Units: million bbls
	
(494)	Qatar's Gas Discovery=
		Qatar's Gas Discovery Growth Rate*Gas Undiscovered Resource
	Units: million bbls/Year
	
(495)	Qatar's Gas Discovery Growth Rate=
		"Constant for Qatar's Discovery no.1"*EXP("Constant for Qatar's Discovery no.2"
	*(Time-1958))
	Units: 1/Year
	
(496)	Qatar's Gas Identified Resource Remaining= INTEG (
		Qatar's Gas Discovery-Qatar's Gas Production,
			5000)
	Units: million bbls
	
(497)	Qatar's Gas Production=
		Qatar's Gas Production Growth Rate*Gas Industry Turning Point*Qatar's Gas Identified Resource Remaining
	Units: million bbls/Year
	
(498)	Qatar's Gas Production Growth Rate=
		"Constant for Qatar's Production no.1"*EXP("Constant for Qatar's Production no.2"
	*(Time-1958))
	Units: **undefined**
	
(499)	Raise of Capital Formation=
		(Investment in Construction+Total Capital Goods)*Investment Security
	Units: 1/Year
	
(500)	Rate of Decrease in Gas Price=
		0.01313
	Units: 1/Year
	
(501)	Rate of Increase in Gas Price=
		0.01177
	Units: 1/Year
	
(502)	Rate of Increase in Oil Price=
		0.01004
	Units: **undefined**
	
(503)	Rate of Increase of Education=
		(Termination Rate 3*Effect of Universities' Cultural Revolution on Education
	*Death Rate*(1-Drop Out Ratio))/1000
	Units: Thousand man year of schooling/Years
	
(504)	Rate Of Technological Progress In Agriculture=
		0.01
	Units: Technology/Year
	
(505)	Rate Of Technological Progress In Industry=
		0.0137
	Units: Technology/Year
	
(506)	Rate of Transfer of Technology in Agricultural Sector=
		((Technology in Agricultural Sector of Advanced Countries-Technology in Agricultural Sector
	)/Normal Time to Catch Up in Agricultural Technology)*Multiplier for Technology Transfer From Foreign Trade in Agriculture
	*Multiplier for Technology Transfer from Education in Agriculture*Effect of War on Production Capacity
	*Effect of War constant
	Units: Technology/Year
	
(507)	Rate of Transfer of Technology in Industry=
		((Technology in Industrial Sector of Advanced Countries-Technology in Industrial Sector
	)/Normal Time to Catch Up in Industrial Technology)*Multiplier for Technology Transfer From Foreign Trade
	*Multiplier for Technology Transfer from Education in Industry*Effect of War on Production Capacity
	*Effect of War constant
	Units: Technology/Year
	
(508)	Ratio of Demand Output Discrepancy to Output for Capital Goods=
		Demand Output Discrepancy for Capital Goods/Output of Capital Goods Sector
	Units: dmnl
	
(509)	Ratio of Demand Output Discrepancy to Output for Consumption Goods=
		Demand Output Discrepancy for Consumption Goods/Output of Consumption Goods Sector
	Units: dmnl
	
(510)	Ratio of Demand Output Discrepancy to Output for Food=
		Demand Output Discrepancy for Food/Food Output
	Units: dmnl
	
(511)	Ratio of Demand Output Discrepancy to Output for Intermediate Goods=
		Demand Output Discrepancy for Intermediate Goods/Output of Intermediate Goods Sector
	Units: dmnl
	
(512)	Ratio of Gas Production from Reserve to Gas Production from=
		Gas Potential Production from Reserves/(Gas Potential Production from Investment
	)
	Units: dmnl
	
(513)	Ratio Of Labor Force To Adult Population=
		0.56
	Units: dmnl
	
(514)	Ratio of Oil Production from Reserve to Oil Production from=
		Oil Potential Production from Reserves/(Oil Potential Production from Investment
	+0.0001)
	Units: dmnl
	
(515)	RDOP=
		0.01437
	Units: **undefined**
	
(516)	Recovery Factor=
		(Fraction Recoverable from Technology+Fraction Recoverable from Gas Injections
	)/2
	Units: dmnl
	
(517)	Reduction of Education=
		Education*Normal Death Rate Of Adult Population*Multiplier for Death Rate from Food
	*Multiplier for Death Rate from Industrialization
	Units: Thousand man year of schooling/Years
	
(518)	SAVEPER  =
	        TIME STEP
	Units: Year [0,?]
	The frequency with which output is stored.

(519)	School Age Children= INTEG (
		Flow of Pre School to School Age Children-Death Rate of School Age Children
	-Flow of School Age to Adult Population,
			3.957e+06)
	Units: persons
	
(520)	School Years per Adult Population=
		(Education*1000)/Adult Population
	Units: Man Years of Schooling/person
	
(521)	School Years Per Industrial Laborer Of Advanced Countries =
		12
	Units: Years Of Schooling/person
	
(522)	School Years Per Labor In Agricultural Sector Of Advanced Countries =
		8
	Units: Years Of Schooling/person
	
(523)	School Years per Laborer in Agricultural Sector=
		(Education in Agricultural Sector*1000)/Labor in Agricultural Sector
	Units: Years Of Schooling/person
	
(524)	School Years per Laborer in Industry=
		(1000*Education in Industrial Sector)/Labor in Industrial Sector
	Units: Years Of Schooling/person
	
(525)	Signal for Investment in Exploration from Energy Production=
		IF THEN ELSE((Ratio of Oil Production from Reserve to Oil Production from
	>Desired Ratio of Energy Production from Reserve to Energy):AND:(Ratio of Gas Production from Reserve to Gas Production from
	>Desired Ratio of Energy Production from Reserve to Energy), 0 , 1 )
	Units: dmnl
	
(526)	Signal to Stop Investing in Gas Exploration=
		IF THEN ELSE(Productivity of Investment in Gas Exploration>Threshold for Productivity of Investment in Energy Sectors
	, 1 , 0 )
	Units: dmnl
	
(527)	Signal to Stop Investing in Gas Production=
		IF THEN ELSE(Productivity of Investment in Gas Production>Threshold for Productivity of Investment in Energy Sectors
	 , 1 , 0 )
	Units: dmnl
	
(528)	Signal to Stop Investing in Oil Exploration=
		IF THEN ELSE( Productivity of Investment in Oil Exploration>Threshold for Productivity of Investment in Energy Sectors
	 , 1 , 0 )
	Units: dmnl
	
(529)	Signal to Stop Investing in Oil Production=
		IF THEN ELSE( Productivity of Investment in Oil Production>Threshold for Productivity of Investment in Energy Sectors
	 , 1 , 0 )
	Units: 1
	
(530)	Smoothing of Average Availability of Capital Goods=
		(Availability of Capital Goods-Average Availability of Capital Good)/Time To Average Availability Of Capital Goods
	Units: 1/Year
	
(531)	Smoothing of Average Availability of Consumption Goods=
		(Availability of Consumption Goods-Average Availability of Consumption Good
	)/Time To Average Availability Of Consumption Goods
	Units: 1/Year
	
(532)	Smoothing of Average Availability of Intermediate Goods=
		(Availability of Intermediate Goods-Average Availability of Investment Good
	)/Time To Average Availability Of Intermediate Goods
	Units: 1/Year
	
(533)	Smoothing of Average Desired Production Capacity in Capital Goods Sector
	=
		(Desired Production Capacity in Capital Goods Sector-Average Desired Production Capacity in Capital Goods Sector
	)/Time To Average Desired Production Capacity In Capital Goods Sector
	Units: million R/(Year*Year)
	
(534)	Smoothing of Average Desired Production Capacity in Intermediate Goods Sector
	=
		(Desired Production Capacity in Intermediate Goods Sector-Average Desired Production Capacity in Intermediate Good Sector
	)/Time To Average Desired Production Capacity In Intermediate Goods Sector
	Units: million R/(Year*Year)
	
(535)	Smoothing of Desired Production Capacity in Education Sector=
		(Desired Production Capacity in Education-Average Desired Production Capacity in Education
	)/Time To Average Desired Production Capacity In Education sector
	Units: million R/(Year*Year)
	
(536)	Smoothing of Export for Capital Goods=
		(Exported Capital Goods-Average Export of Capital Goods)/Time To Average Export Of Capital Goods
	Units: million R/(Year*Year)
	
(537)	Smoothing of Export for Consumption Goods=
		(Exported Consumption Goods-Average Export of Consumption Goods)/Time To Average Export Of Consumption Goods
	Units: million R/(Year*Year)
	
(538)	Smoothing of Export for Food=
		(Exported Food-Average Export of Food)/Time To Average Export Of Food
	Units: million R/(Year*Year)
	
(539)	Smoothing of Export for Intermediate Goods=
		(Exported Intermediate Goods-Average Export of Intermediate Goods)/Time To Average Export Of Intermediate Goods
	Units: million R/(Year*Year)
	
(540)	Smoothing of Termination Rate=
		(Termination Rate 3-Average Termination Rate)/Time To Average Termination Rate
	Units: persons/(Year*Year)
	
(541)	Smoothing of Total Desired Imports=
		(Total Desired Imports-Average Total Desired Imports)/Time To Average Total Desired Imports
	Units: million R/Year
	
(542)	Smoting of Average Desired Production Capacity in Consumption Goods Sector
	=
		(Desired Production Capacity in Consumption Goods Sector-Average Desired Production Capacity in Consumption Goods Sector
	)/Time To Average Desired Production Capacity In Consumption Goods Sector
	Units: million R/(Year*Year)
	
(543)	Social Demand for Education=
		Desired Enrollment Ratio*(School Age Children)*(Duration of Education/Duration of School Age Period
	)
	Units: student
	
(544)	Switch for Changing Energy Import Policy=
		SMOOTH(STEP(1, 2008 ) , TIME STEP )
	Units: dmnl
	
(545)	Switch for Changing Gas Injection Policy=
		
		SMOOTH( STEP(Policy Level for Gas Injection, 2008 ) , TIME STEP )
	Units: dmnl
	
(546)	Switch for Changing Market Policy=
		STEP(Desired Change in Market Share, 2008)
	Units: dmnl
	
(547)	Switch for Changing Political Condition=
		IF THEN ELSE(Time>2008, 1 , 0 )
	Units: dmnl
	
(548)	Switch for Policy Analysis in Investment Sector=
		IF THEN ELSE(Time<2008, 1 , Policy Factor for Decreasing Oil Investment Share
	 )
	Units: dmnl
	
(549)	Target Gas Market Share=
		0.8+Switch for Changing Market Policy
	Units: dmnl
	
(550)	Technology in Agricultural Sector= INTEG (
		Rate of Transfer of Technology in Agricultural Sector,
			1)
	Units: Technology
	
(551)	Technology in Agricultural Sector of Advanced Countries=
		Technology In Agricultural Sector Of Advanced Countries Initial*EXP(Rate Of Technological Progress In Agriculture
	*(Time-1959))
	Units: Technology
	
(552)	Technology In Agricultural Sector Of Advanced Countries Initial=
		4
	Units: Technology
	
(553)	Technology in Industrial Sector= INTEG (
		Rate of Transfer of Technology in Industry,
			1)
	Units: Technology
	
(554)	Technology in Industrial Sector of Advanced Countries=
		Technology In Industrial Sector Of Advanced Countries Initial*EXP(Rate Of Technological Progress In Industry
	*(Time-1959))
	Units: Technology
	
(555)	Technology In Industrial Sector Of Advanced Countries Initial=
		5.176
	Units: Technology
	
(556)	Technology Index for Industry = WITH LOOKUP (
		(School Years per Laborer in Industry/School Years Per Industrial Laborer Of Advanced Countries
	),
			([(0,0)-(1,2)],(0,0),(0.25,0.32),(0.5,0.6),(0.75,0.82),(1,1) ))
	Units: dmnl
	
(557)	Technology Index in Agricultural Sector = WITH LOOKUP (
		(School Years per Laborer in Agricultural Sector/School Years Per Labor In Agricultural Sector Of Advanced Countries
	),
			([(0,0)-(1,2)],(0,0),(0.25,0.32),(0.5,0.6),(0.75,0.82),(1,1) ))
	Units: dmnl
	
(558)	Technology Normal in Agricultural=
		Technology Index in Agricultural Sector*Technology in Agricultural Sector of Advanced Countries
	Units: Technology
	
(559)	Technology Normal in Industry=
		Technology Index for Industry*Technology in Industrial Sector of Advanced Countries
	Units: Technology
	
(560)	Technology Normal to Technology in Agricultural Sector=
		Technology Normal in Agricultural/Technology in Agricultural Sector
	Units: dmnl
	
(561)	Technology Normal to Technology in Industry=
		Technology Normal in Industry/Technology in Industrial Sector
	Units: dmnl
	
(562)	Technology Ratio in Agricultural Sector=
		Technology in Agricultural Sector of Advanced Countries/Technology in Agricultural Sector
	Units: dmnl
	
(563)	Technology Ratio in Industrial Sector=
		Technology in Industrial Sector of Advanced Countries/Technology in Industrial Sector
	Units: dmnl
	
(564)	Termination Rate 1=
		Number of Students 1/(Duration of Education/3)
	Units: persons/Year
	
(565)	Termination Rate 2=
		Number of Students 2/(Duration of Education/3)
	Units: persons/Year
	
(566)	Termination Rate 3=
		Number of Students 3/(Duration of Education/3)
	Units: persons/Year
	
(567)	Test of Capital Good Import Policy=
		IF THEN ELSE(1978>=Time, 1, Test Of Capital Goods Import Policy Constant)
	Units: dmnl
	
(568)	Test Of Capital Goods Import Policy Constant=
		1
	Units: dmnl
	
(569)	Test of Consumption Goods Import Policy=
		IF THEN ELSE(1978>=Time, 1, Test Of Consumption Goods Import Policy Constant
	)
	Units: dmnl
	
(570)	Test Of Consumption Goods Import Policy Constant=
		1
	Units: dmnl
	
(571)	Test of Educational Expansion Policy=
		IF THEN ELSE(1978>Time, 1, Test Of Educational Expansion Policy Constant)
	Units: dmnl
	
(572)	Test Of Educational Expansion Policy Constant=
		1
	Units: dmnl
	
(573)	Test of Food Import Policy=
		IF THEN ELSE(1978>=Time, 1, Test Of Food Import Policy Constant)
	Units: dmnl
	
(574)	Test Of Food Import Policy Constant=
		1
	Units: dmnl
	
(575)	Test of Intermediate Goods Import Policy=
		IF THEN ELSE(1978>=Time, 1, Test of Intermediate Goods Import Policy Constant
	)
	Units: dmnl
	
(576)	Test of Intermediate Goods Import Policy Constant=
		1
	Units: dmnl
	
(577)	Threshold for Productivity of Investment in Energy Sectors=
		10
	Units: bbls/million R
	
(578)	TIME STEP  = 0.05
	Units: Year [0,?]
	The time step for the simulation.

(579)	Time To Adjust Capital =
		20
	Units: Years
	
(580)	Time To Adjust Education=
		15
	Units: Years
	
(581)	Time To Adjust Labor=
		15
	Units: Year
	
(582)	Time To Adjust Number Of Students=
		0.5
	Units: Year
	
(583)	Time To Average Availability Of Capital Goods=
		1
	Units: Year
	
(584)	Time To Average Availability Of Consumption Goods=
		1
	Units: Year
	
(585)	Time To Average Availability Of Intermediate Goods=
		1
	Units: Year
	
(586)	Time To Average Desired Production Capacity In Capital Goods Sector=
		20
	Units: Year
	
(587)	Time To Average Desired Production Capacity In Consumption Goods Sector
	=
		20
	Units: Year
	
(588)	Time To Average Desired Production Capacity In Education sector=
		15
	Units: Year
	
(589)	Time To Average Desired Production Capacity In Intermediate Goods Sector
	 =
		20
	Units: Year
	
(590)	Time To Average Experience In Capital Goods Sector=
		10
	Units: Year
	
(591)	Time To Average Experience In Consumption Goods Sector =
		5
	Units: Year
	
(592)	Time To Average Experience In Intermediate Goods Sector=
		10
	Units: Year
	
(593)	Time To Average Export Of Capital Goods=
		1
	Units: Year
	
(594)	Time To Average Export Of Consumption Goods=
		1
	Units: Year
	
(595)	Time To Average Export Of Food=
		1
	Units: Year
	
(596)	Time To Average Export Of Intermediate Goods=
		1
	Units: Year
	
(597)	Time To Average Termination Rate=
		0.25
	Units: Year
	
(598)	Time To Average Total Desired Imports =
		1
	Units: Year
	
(599)	Time to Decrease Investment Security=
		1
	Units: Year
	
(600)	Time to Establish Average Energy Revenues=
		5
	Units: Year
	
(601)	Time to Establish Desired Energy Production=
		1
	Units: Year
	
(602)	Time to Increase Investment Security=
		5
	Units: Year
	
(603)	Time To Spent Accumulated Income =
		1
	Units: Year
	
(604)	Total Capital Goods=
		Output of Capital Goods Sector+Imported Capital Goods-Exported Capital Goods
	Units: million R/Year
	
(605)	Total Consumption Goods=
		Output of Consumption Goods Sector+Imported Consumption Goods-Exported Consumption Goods
	Units: million R/Year
	
(606)	Total Desired Imports=
		Desired Import of Food+Desired Import of Consumption Goods+Desired Import of Intermediate Goods
	+Desired Import of Capital Goods
	Units: million R/Year
	
(607)	Total Energy Demand=
		Total Gas Demand+Total Oil Demand
	Units: million bbls/Year
	
(608)	Total Energy Supply=
		Oil Production Rate+Gas Production Rate+Energy Import-Gas Injection
	Units: million bbls/Year
	
(609)	Total Exports=
		Energy Export Value+Non Oil Exports
	Units: million R/Year
	
(610)	Total Food=
		Food Output+Imported Food-Exported Food
	Units: million R/Year
	
(611)	Total Gas Demand=
		Domestic Gas Demand+For Export Gas Demand
	Units: million bbls/Year
	
(612)	Total Gas Recoverable Resource Remaining=
		((Gas Identified Resource Remaining+Cumulative Gas Production)*Fraction Recoverable from Technology
	)-Cumulative Gas Production
	Units: million bbls
	
(613)	Total Import=
		(Imported Food+Imported Intermediate Goods+Imported Consumption Goods+Imported Capital Goods
	+Energy Import Value)*Fraction of Import policy
	Units: million R/Year
	
(614)	Total Intermediate Goods=
		Output of Intermediate Goods Sector+Imported Intermediate Goods-Exported Intermediate Goods
	Units: million R/Year
	
(615)	Total Oil Demand=
		Domestic Oil Demand+For Export Oil Demand
	Units: million bbls/Year
	
(616)	Total Oil Recoverable Resource Remaining=
		((Oil Identified Resource Remaining+Cumulative Oil Production)*Recovery Factor
	)-Cumulative Oil Production
	Units: million bbls
	
(617)	Unit Cost of Gas Exploration=
		1/MAX(Productivity of Investment in Gas Exploration, Threshold for Productivity of Investment in Energy Sectors
	 )
	Units: million R/bbls
	
(618)	Unit Cost of Gas Production=
		1/MAX( Productivity of Investment in Gas Production , Threshold for Productivity of Investment in Energy Sectors
	 )
	Units: million R/bbls
	
(619)	Unit Cost of Oil Exploration=
		1/MAX(Productivity of Investment in Oil Exploration, Threshold for Productivity of Investment in Energy Sectors
	 )
	Units: million R/bbls
	
(620)	Unit Cost of Oil Production=
		1/MAX( Productivity of Investment in Oil Production , Threshold for Productivity of Investment in Energy Sectors
	 )
	Units: million R/bbls
	
(621)	Urban Population Ratio= INTEG (
		Change in Urban Population Ratio,
			0.26)
	Units: dmnl
	
(622)	Utility of Capital Ratio in Agriculture=
		Marginal Utility of Capital in Agricultural Sector/Average Marginal Utility of Capital
	Units: dmnl
	
(623)	Utility of Capital Ratio in Industry=
		Marginal Utility of Capital in Industrial Sector/Average Marginal Utility of Capital
	Units: dmnl
	
(624)	Utility of Education Ratio in Agriculture=
		Marginal Utility of Education in Agricultural Sector/Averge Marginal Utility of Education
	Units: dmnl
	
(625)	Utility of Education Ratio in Industry=
		Marginal Utility of Education in Industrial Sector/Averge Marginal Utility of Education
	Units: dmnl
	
(626)	Utility of Labor Ratio in Agriculture=
		Marginal Utility of Labor in Agricultural Sector/Average Marginal Utility of Labor
	Units: dmnl
	
(627)	Utility of Labor Ratio in Industry=
		Marginal Utility of Labor in Idustrial Sector/Average Marginal Utility of Labor
	Units: dmnl
	
(628)	Utilization Factor in Capital Goods Sector=
		Utilization Factor in Capital Goods Sector from Demand*Utilization Factor in Capital Goods Sector From Intermediate Goods Availability
	Units: dmnl
	
(629)	Utilization Factor in Capital Goods Sector from Demand = WITH LOOKUP
	(
		Average Availability of Capital Good,
			([(0.75,0)-(2,2)],(0.75,1),(1,1),(1.25,0.85),(1.5,0.7),(1.75,0.63),(2,0.6
	) ))
	Units: dmnl
	
(630)	Utilization Factor in Capital Goods Sector From Intermediate Goods Availability
	 = WITH LOOKUP (
		Availability of Intermediate Goods,
			([(0,0)-(1,2)],(0,0),(0.25,0.15),(0.5,0.4),(0.75,0.8),(1,1) ))
	Units: dmnl
	
(631)	Utilization Factor in Consumption Goods Sector=
		Utilization Factor in Consumption Goods Sector from Demand*Utilization Factor in Consumption Goods Sector From Intermediate Goods Availability
	Units: dmnl
	
(632)	Utilization Factor in Consumption Goods Sector from Demand = WITH LOOKUP
	 (
		Average Availability of Consumption Good,
			([(0.75,0)-(2,2)],(0.75,1),(1,1),(1.25,0.85),(1.5,0.72),(1.75,0.63),(2,0.6
	) ))
	Units: dmnl
	
(633)	Utilization Factor in Consumption Goods Sector From Intermediate Goods Availability
	 = WITH LOOKUP (
		Availability of Intermediate Goods,
			([(0,0)-(1,2)],(0,0),(0.25,0.15),(0.5,0.5),(0.75,0.85),(1,1) ))
	Units: dmnl
	
(634)	Utilization Factor in Intermediate Goods Sector from Demand = WITH LOOKUP
	 (
		Average Availability of Investment Good,
			([(0.75,0)-(2,2)],(0.75,1),(1,1),(1.25,0.85),(1.5,0.7),(1.75,0.63),(2,0.6
	) ))
	Units: dmnl
	
(635)	Value Added in Capital Goods Sector=
		Production Capacity in Capital Goods Sector*Utilization Factor in Capital Goods Sector
	Units: million R/Year
	
(636)	Value Added in Consumption Goods Sector=
		Production Capacity in Consumption Goods Sector*Utilization Factor in Consumption Goods Sector
	Units: million R/Year
	
(637)	War Destruction Rate=
		0.05
	Units: 1/Year
	
(638)	War Effect Delay=
		2
	Units: Year
	
(639)	War Multiplier for Oil Production=
		0.5
	Units: dmnl
	
(01)	Brent Price Adjustment time=
		0.5
	Units: Year
	
(02)	Brent Price Level= INTEG (
		Change on Brent Price,
			108)
	Units: Dollar/Barrel
	
(03)	Change on Brent Price=
		Brent Price Level*(Effect of Inventory Coverage on Brent Price-1)/Brent Price Adjustment time
	Units: Dollar/(Barrel*Year)
	
(04)	China Demand=
		China Initial Demand*Effect of GDP Growth on China Demand*Effect of Brent Price on China Demand
	*China Demand Factor
	Units: Barrel/Year
	
(05)	China Demand Factor=
		1
	Units: Dmnl
	
(06)	China GDP Growth=
		7.7
	Units: Dmnl
	
(07)	China Initial Demand=
		3.92594e+09
	Units: Barrel/Year
	
(08)	Consumption=
		"Oil Supply-Demand Disbalance"/Demand Adjustment Time+Total Demand
	Units: Barrel/Year
	
(09)	Demand Adjustment Time=
		1
	Units: Year
	
(10)	Effect of Brent Price on China Demand=
		Table of Effect of Brent Price on China Demand(Brent Price Level)
	Units: Dmnl
	
(11)	Effect of Brent Price on ROW Demand=
		Table of Effect of Brent Price on ROW Demand(Brent Price Level)
	Units: Dmnl
	
(12)	Effect of Brent Price on US Conventional Oil Production=
		IF THEN ELSE(Brent Price Level/US Conventional Oil Breakeven Price<1, 0 ,
	 Table of Effect of Brent Price on US Conventional Oil Production(Brent Price Level
	/US Conventional Oil Breakeven Price) )
	Units: Dmnl
	
(13)	Effect of Brent Price on US Unconventional Oil Production=
		IF THEN ELSE(Brent Price Level/US Unconventional Oil Breakeven Price<1, 0
	 , Table of Effect of Brent Price on US Unconventional Oil Production(Brent Price Level
	/US Unconventional Oil Breakeven Price) )
	Units: Dmnl
	
(14)	Effect of GDP Growth on China Demand=
		Table of Effect of GDP Growth on China Demand(China GDP Growth)
	Units: Dmnl
	
(15)	Effect of Inventory Coverage on Brent Price=
		Table of Effect of Inventory Coverage on Brent Price(Inventory Coverage)
	Units: Dmnl
	
(16)	FINAL TIME  = 2100
	Units: Year
	The final time for the simulation.

(17)	INITIAL TIME  = 2013
	Units: Year
	The initial time for the simulation.

(18)	Initial US Conventional Oil Production Rate=
		1.825e+09
	Units: Barrel/Year
	
(19)	Initial US Unconventional Oil Production=
		1.82609e+09
	Units: Barrel/Year
	
(20)	Inventory Coverage=
		((ROW Production Rate+OPEC Production Rate+"Non-OPEC Oil Production Rate"
	)/Consumption)-1
	Units: Year
	
(21)	"Non-OPEC Oil Production Rate"=
		"Table of Effect of Brent of Price on Non-OPEC Production Rate"(Brent Price Level
	)*"Non-OPEC Initial Production Rate"*"Non-OPEC Production Factor"
	Units: Barrel/Year
	
(22)	Effect of GDP Growth on ROW Demand=
		Table of Effect of GDP Growth on ROW Demand(ROW GDP Growth)
	Units: Dmnl
	
(23)	initial stock point for oil supply=
		0
	Units: Barrel
	
(24)	Initial US Oil Consumption Rate=
		6.89375e+09
	Units: Barrel/Year
	
(25)	"Non-OPEC Initial Production Rate"=
		9.51153e+09
	Units: Barrel/Year
	
(26)	"Non-OPEC Production Factor"=
		1
	Units: Dmnl
	
(27)	"Oil Supply-Demand Disbalance"= INTEG (
		"Non-OPEC Oil Production Rate"+OPEC Production Rate+ROW Production Rate-Consumption
	,
			initial stock point for oil supply)
	Units: **undefined**
	
(28)	OPEC Initial Production Rate=
		1.34426e+10
	Units: Barrel/Year
	
(29)	OPEC Production Factor=
		1
	Units: Dmnl
	
(30)	OPEC Production Rate=
		Tabble of Effect of Brent Price on OPEC Production(Brent Price Level)*OPEC Initial Production Rate
	*OPEC Production Factor
	Units: Barrel/Year
	
(31)	ROW Demand=
		ROW Initial Demand*Effect of Brent Price on ROW Demand*Effect of GDP Growth on ROW Demand
	*ROW Demand Factor
	Units: Barrel/Year
	
(32)	ROW Demand Factor=
		1
	Units: Dmnl
	
(33)	ROW GDP Growth=
		2
	Units: Dmnl
	
(34)	ROW Initial Demand=
		57111*365*1000
	Units: Barrel/Year
	
(35)	ROW Initial Production Rate=
		13863*365*1000
	Units: Barrel/Year
	
(36)	ROW Production Factor=
		1
	Units: Dmnl
	
(37)	ROW Production Rate=
		Table of Effect of Brent Price on ROW Production Rate(Brent Price Level)*
	ROW Initial Production Rate*ROW Production Factor
	Units: Barrel/Year
	
(38)	SAVEPER  =
	        TIME STEP
	Units: Year [0,?]
	The frequency with which output is stored.

(39)	Tabble of Effect of Brent Price on OPEC Production(
		[(10,0)-(250,1.1)],(10,0.1),(20,0.43),(30,0.7),(50,0.85),(60,0.92),(80,0.95
	),(108,1),(120,1.03),(130,1.05),(150,1.08),(250,1.1))
	Units: Dmnl
	
(40)	"Table of Effect of Brent of Price on Non-OPEC Production Rate"(
		[(10,0)-(250,1.01)],(10,0.2),(20,0.6),(30,0.93),(50,0.97),(60,0.98),(80,0.99
	),(108,1),(120,1.005),(130,1.01),(150,1.01),(250,1.01))
	Units: Dmnl
	
(41)	Table of Effect of Brent Price on China Demand(
		[(20,0.49)-(200,3.64)],(20,3.64),(40,2.02),(60,1.48),(80,1.21),(90,1.12),
	(108,1),(120,0.94),(140,0.82),(160,0.71),(180,0.6),(200,0.49))
	Units: Dmnl
	
(42)	Table of Effect of Brent Price on ROW Demand(
		[(20,0.49)-(200,3.64)],(20,3.64),(40,2.02),(60,1.48),(80,1.21),(90,1.12),
	(108,1),(120,0.94),(140,0.82),(160,0.71),(180,0.6),(200,0.49))
	Units: Dmnl
	
(43)	Table of Effect of Brent Price on ROW Production Rate(
		[(10,0.2)-(250,1.05)],(10,0.2),(20,0.5),(30,0.77),(50,0.87),(60,0.93),(80
	,0.98),(108,1),(120,1.01),(130,1.02),(150,1.03),(250,1.05))
	Units: Dmnl
	
(44)	Table of Effect of Brent Price on US Conventional Oil Production(
		[(1,0.5)-(10,4.5)],(1,0.5),(1.1,0.55),(1.2,0.6),(1.3,0.7),(1.5,0.8),(1.9,
	0.95),(2.16,1),(3,1.3),(5,2),(8,3.5),(10,4.5))
	Units: Dmnl
	
(45)	Table of Effect of Brent Price on US Unconventional Oil Production(
		[(1,0)-(10,6)],(1,0.3),(1.1,0.4),(1.2,0.5),(1.3,0.6),(1.5,0.75),(1.9,0.95
	),(2.16,1),(3,1.3),(5,2.5),(8,4.5),(10,6))
	Units: Dmnl
	
(46)	Table of Effect of GDP Growth on China Demand(
		[(0,0)-(20,2.6)],(0,0),(1,0.13),(2,0.26),(3,0.39),(4,0.52),(5,0.65),(6,0.78
	),(7.7,1),(8,1.04),(10,1.3),(20,2.6))
	Units: Dmnl
	
(47)	Table of Effect of GDP Growth on ROW Demand(
		[(0,0)-(10,5)],(0,0),(0.1,0.05),(0.2,0.1),(0.5,0.25),(0.8,0.4),(1,0.5),(1.5
	,0.78),(2,1),(4,2),(6,3),(10,5))
	Units: Dmnl
	
(48)	Table of Effect of Inventory Coverage on Brent Price(
		[(-50,0)-(50,30)],(-50,30),(-35.336,25.8571),(-23.3198,21.1429),(-14.1548
	,15.1429),(-10.2851,11),(-6.41548,7.71428),(-2.74949,3.71428),(-1,1.8),(0,
	1),(1,0.2),(5,0.15),(10,0.1),(15,0.05),(20,0.01),(50,0))
	Units: Dmnl
	
(49)	TIME STEP  = 1
	Units: Year [0,?]
	The time step for the simulation.

(50)	Total Demand=
		(US Demand+China Demand+ROW Demand)
	Units: Barrel/Year
	
(51)	Total Production Rate=
		"Non-OPEC Oil Production Rate"+OPEC Production Rate+ROW Production Rate
	Units: Barrel/Year
	
(52)	US Conventional Oil Breakeven Price=
		50
	Units: Dollar/Barrel
	
(53)	US Conventional Oil Production Rate=
		Initial US Conventional Oil Production Rate*Effect of Brent Price on US Conventional Oil Production
	*US Conventional Production Factor
	Units: Barrel/Year
	
(54)	US Conventional Production Factor=
		1
	Units: Dmnl
	
(55)	US Demand=
		IF THEN ELSE(US Unconventional Oil Profuction rate+US Conventional Oil Production Rate
	-US Oil consumption Rate<0, ABS(US Unconventional Oil Profuction rate+US Conventional Oil Production Rate
	-US Oil consumption Rate) , 0 )
	Units: Barrel/Year
	
(56)	US Oil Consumption Factor=
		1
	Units: Dmnl
	
(57)	US Oil consumption Rate=
		US Oil Consumption Factor*Initial US Oil Consumption Rate
	Units: Barrel/Year
	
(58)	US Oil Inventory= INTEG (
		US Conventional Oil Production Rate+US Unconventional Oil Profuction rate
	-US Oil consumption Rate,
			0)
	Units: Barrel
	
(59)	US Unconventional Oil Breakeven Price=
		50
	Units: Dollar/Barrel
	
(60)	US Unconventional Oil Profuction rate=
		Initial US Unconventional Oil Production*Effect of Brent Price on US Unconventional Oil Production
	*US Unconventional Production Factor
	Units: Barrel/Year
	
(61)	US Unconventional Production Factor=
		1
	Units: Dmnl