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Re: request test in Matlab


From: Olaf Till
Subject: Re: request test in Matlab
Date: Fri, 7 Dec 2018 15:14:52 +0100
User-agent: NeoMutt/20170113 (1.7.2)

On Fri, Dec 07, 2018 at 01:09:58PM +0000, Ardid Ramirez, Joan Salvador wrote:
>   Hello,
>   
>   could someone test the following in Matlab and report the output?
>   
>   o = optimset (struct (), "TypicalX", [])
>   
>   o = optimset ("TypicalX", [])
>   
>   Thanks, Olaf
> 
> 
> 
> >> o = optimset (struct (), "TypicalX", [])
> 
> o = 
> 
>   struct with fields:
> 
>                    Display: []
>                MaxFunEvals: []
>                    MaxIter: []
>                     TolFun: []
>                       TolX: []
>                FunValCheck: []
>                  OutputFcn: []
>                   PlotFcns: []
>            ActiveConstrTol: []
>                  Algorithm: []
>     AlwaysHonorConstraints: []
>            DerivativeCheck: []
>                Diagnostics: []
>              DiffMaxChange: []
>              DiffMinChange: []
>             FinDiffRelStep: []
>                FinDiffType: []
>          GoalsExactAchieve: []
>                 GradConstr: []
>                    GradObj: []
>                    HessFcn: []
>                    Hessian: []
>                   HessMult: []
>                HessPattern: []
>                 HessUpdate: []
>           InitBarrierParam: []
>      InitTrustRegionRadius: []
>                   Jacobian: []
>                  JacobMult: []
>               JacobPattern: []
>                 LargeScale: []
>                   MaxNodes: []
>                 MaxPCGIter: []
>              MaxProjCGIter: []
>                 MaxSQPIter: []
>                    MaxTime: []
>              MeritFunction: []
>                  MinAbsMax: []
>         NoStopIfFlatInfeas: []
>             ObjectiveLimit: []
>       PhaseOneTotalScaling: []
>             Preconditioner: []
>           PrecondBandWidth: []
>             RelLineSrchBnd: []
>     RelLineSrchBndDuration: []
>               ScaleProblem: []
>        SubproblemAlgorithm: []
>                     TolCon: []
>                  TolConSQP: []
>                 TolGradCon: []
>                     TolPCG: []
>                  TolProjCG: []
>               TolProjCGAbs: []
>                   TypicalX: []
>                UseParallel: []
> 
> >> o = optimset ("TypicalX", [])
> 
> o = 
> 
>   struct with fields:
> 
>                    Display: []
>                MaxFunEvals: []
>                    MaxIter: []
>                     TolFun: []
>                       TolX: []
>                FunValCheck: []
>                  OutputFcn: []
>                   PlotFcns: []
>            ActiveConstrTol: []
>                  Algorithm: []
>     AlwaysHonorConstraints: []
>            DerivativeCheck: []
>                Diagnostics: []
>              DiffMaxChange: []
>              DiffMinChange: []
>             FinDiffRelStep: []
>                FinDiffType: []
>          GoalsExactAchieve: []
>                 GradConstr: []
>                    GradObj: []
>                    HessFcn: []
>                    Hessian: []
>                   HessMult: []
>                HessPattern: []
>                 HessUpdate: []
>           InitBarrierParam: []
>      InitTrustRegionRadius: []
>                   Jacobian: []
>                  JacobMult: []
>               JacobPattern: []
>                 LargeScale: []
>                   MaxNodes: []
>                 MaxPCGIter: []
>              MaxProjCGIter: []
>                 MaxSQPIter: []
>                    MaxTime: []
>              MeritFunction: []
>                  MinAbsMax: []
>         NoStopIfFlatInfeas: []
>             ObjectiveLimit: []
>       PhaseOneTotalScaling: []
>             Preconditioner: []
>           PrecondBandWidth: []
>             RelLineSrchBnd: []
>     RelLineSrchBndDuration: []
>               ScaleProblem: []
>        SubproblemAlgorithm: []
>                     TolCon: []
>                  TolConSQP: []
>                 TolGradCon: []
>                     TolPCG: []
>                  TolProjCG: []
>               TolProjCGAbs: []
>                   TypicalX: []
>                UseParallel: []
>   
> 
> 
> 

Thanks! (So I see that empty values given as arguments are indeed
preserved.)

Olaf

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