require(EconModels)
require(EconData)
data(AllHistData)
All <- subset(AllHistData, subset=Source=="Calvin2011")
model.cd1 <- cdwoeModel( response = iY, capital=iK, labor=iL, time=iYear, data=subset(All, Country=="US") )
naturalCoef( model.cd1 )
model.cd2 <- cdwoeModel( iY ~ iK + iL + iYear, data=subset(All, Country=="US") )
naturalCoef( model.cd2 )
model.cde1 <- cdeModel( response = iY, capital=iK, labor=iL, energy=iU, time=iYear, data=subset(All, Country=="US") )
naturalCoef( model.cde1)
model.cde2 <- cdeModel( iY ~ iK + iL + iU + iYear, data=subset(All, Country=="US") )
naturalCoef( model.cde2 )
model.linex1 <- linexModel( iY ~ iK + iL + iU + iYear, data=subset(All, Country=="US") )
naturalCoef( model.linex1 )
model.linex2 <- linexModel( response=iY, capital= iK, labor=iL, energy=iU, time= iYear,
data=subset(All, Country=="US") )
naturalCoef( model.linex2 )
model.sf1 <- sfModel( iY ~ iK + iYear, data=subset(All, Country=="US") )
naturalCoef( model.sf1 )
model.sf2 <- sfModel( response=iY, factor=iK, time=iYear, data=subset(All, Country=="US") )
naturalCoef( model.sf2 )
model.sf3 <- sfModel( iY ~ iK + iYear, data=subset(All, Country=="US"), constrained=TRUE )
naturalCoef( model.sf3 )
model.ces1 <- cesModel( iY ~ iK + iL + iQ + iYear, data=subset(All, Country=="US"))
naturalCoef(model.ces1)
model.ces2 <- cesModel( iY ~ iK + iL + iU + iYear, data=subset(All, Country=="US"))
naturalCoef(model.ces2)
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