Constant reward function error

[azev77]

Defining the objective gives the following error:

ERROR: MethodError: no method matching integral(::Float64, ::GeneralVariableRef)
Closest candidates are:
  integral(::AbstractJuMPScalar, ::GeneralVariableRef) at C:\Users\azevelev\.julia\packages\InfiniteOpt\DB7Ch\src\MeasureToolbox\integrals.jl:802
  integral(::AbstractJuMPScalar, ::GeneralVariableRef, ::Real) at C:\Users\azevelev\.julia\packages\InfiniteOpt\DB7Ch\src\MeasureToolbox\integrals.jl:802
  integral(::AbstractJuMPScalar, ::GeneralVariableRef, ::Real, ::Real; kwargs...) at C:\Users\azevelev\.julia\packages\InfiniteOpt\DB7Ch\src\MeasureToolbox\integrals.jl:802
Stacktrace:
 [1] macro expansion
   @ C:\Users\azevelev\.julia\packages\MutableArithmetics\Lnlkl\src\rewrite.jl:294 [inlined]
 [2] macro expansion
   @ C:\Users\azevelev\.julia\packages\JuMP\UqjgA\src\macros.jl:1280 [inlined]
 [3] top-level scope
   @ c:\Users\azevelev\Dropbox\Computation\Julia\4prob_new\_InfiniteOpt_SethiProbs.jl:598

julia> 

Is there a way to do this w/ the package?

[pulsipher]

We hadn't considered this edge case. In general I would say it's better to explicitly compute the integral in such cases. However, we should add this as a feature. I will look into supporting this. I have opened #294 to track this addition.