Nothing
## test the constructor
#test.ConstLinDecompOpWithLinearScalarFactor_check_external_flux_args=function(){
# mess='the out flux pool index:5 exceeds the numberOfPools:4'
# checkException(
# ConstLinDecompOpWithLinearScalarFactor(
# internal_flux_rates=c("1_to_2"=3)
# ,out_flux_rates=c("5"=2)
# ,numberOfPools = 4
# )
# ,mess
# ,silent=TRUE
# )
#}
#test.ConstLinDecompOpWithLinearScalarFactor_check_internal_flux_args=function(){
# mess='the internal flux pool index:5 exceeds the numberOfPools:4'
# checkException(
# ConstLinDecompOpWithLinearScalarFactor(
# internal_flux_rates=c("5_to_2"=3)
# ,out_flux_rates=c("1"=2)
# ,numberOfPools = 4
# )
# ,mess
# ,silent=TRUE
# )
#}
#
#
#test.ConstLinDecompOpWithLinearScalarFactorWithoutInternalFluxes=function(){
# n<-3
# k<-3
# B=getConstantCompartmentalMatrix(
# ConstLinDecompOpWithLinearScalarFactor(
# out_flux_rates=c("1"=k)
# ,numberOfPools = n
# ,xi=function(t){sin(t)+2}
# )
# )
# print(B)
# checkEquals(
# B
# ,matrix(
# nrow=n
# ,ncol=n
# ,byrow=TRUE
# ,c(
# -3,0,0
# ,0,0,0
# ,0,0,0
# )
# )
# )
#}
#
#
#test.ConstLinDecompOpWithLinearScalarFactorWithoutOutFluxes=function(){
# n<-3
# k<-3
# B=ConstLinDecompOpWithLinearScalarFactor(
# internal_flux_rates=c("1_to_2"=k)
# ,numberOfPools = n
# )@mat
# print(B)
# checkEquals(
# B
# ,matrix(
# nrow=n
# ,ncol=n
# ,byrow=TRUE
# ,c(
# -3,0,0
# ,3,0,0
# ,0,0,0
# )
# )
# )
#}
#
#
#test.ConstLinDecompOpWithLinearScalarFactor=function(){
# n<-3
# k<-3
# B=ConstLinDecompOpWithLinearScalarFactor(
# internal_flux_rates=c("1_to_2"=k)
# ,out_flux_rates=c("1"=k)
# ,numberOfPools = n
# )@mat
# print(B)
# checkEquals(
# B
# ,matrix(
# nrow=n
# ,ncol=n
# ,byrow=TRUE
# ,c(
# -6,0,0
# ,3,0,0
# ,0,0,0
# )
# )
# )
#}
#
#test.ConstLinDecompOpWithLinearScalarFactorFromNamedFluxes=function(){
# n<-3
# k<-3
# ifrs=c(
# ConstantInternalFluxRate(source='barrel',destination='glass',rate_constant=k)
# )
# ofrs=c(
# ConstantOutFluxRate(source='barrel',rate_constant=k)
# )
# B=ConstLinDecompOpWithLinearScalarFactor(
# internal_flux_rates=ifrs
# ,out_flux_rates=ofrs
# ,poolNames=c('barrel','glass','belly')
# )@mat
# print(B)
# checkEquals(
# B
# ,matrix(
# nrow=n
# ,ncol=n
# ,byrow=TRUE
# ,c(
# -6,0,0
# ,3,0,0
# ,0,0,0
# )
# )
# )
#}
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