DPexpences

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# expences Design Problem mcdp { # total expences from transport (time dependent) provides total_transport_expences [CHF] # total investment cost (time independent) provides total_investments [CHF] # profit over entire time horizon provides profit [CHF] # total expences over time horizon requires total_expences [CHF] required total_expences >= provided total_transport_expences + provided total_investments + provided profit }

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Internal representation details

CompositeNDP                                                                                   
│    provides   total_transport_expences   SB(≥0) CHF │ requires   total_expences   SB(≥0) CHF 
│    provides   total_investments          SB(≥0) CHF │                                        
│    provides   profit                     SB(≥0) CHF │                                        
│  5 nodes, 4 edges                                                                            
│   connected rec: ✓                                                                           
│  provided profit                   ≤ profit provided by _sum                     equiv id    
│  provided total_investments        ≤ total_investments provided by _sum          equiv id    
│  provided total_transport_expences ≤ total_transport_expences provided by _sum   equiv id    
│  _result required by _sum          ≤ required total_expences                     equiv id    
└ SimpleWrap                                                                                   
  │  provides   total_transport_expences   SB(≥0) CHF │ requires   _result   SB(≥0) CHF        
  │  provides   total_investments          SB(≥0) CHF │                                        
  │  provides   profit                     SB(≥0) CHF │                                        
  └ M_Res_AddMany_DP SB(≥0)×SB(≥0)×SB(≥0) ⟨CHF,CHF,CHF⟩  ⇸  SB(≥0) CHF                         
     𝒇₁ + 𝒇₂ + 𝒇₃ ≤ 𝒓                                                                          
    ├      Fs: ├ SB(≥0) CHF                                                                    
    │          ├ SB(≥0) CHF                                                                    
    │          └ SB(≥0) CHF                                                                    
    ├ opspace: SB(≥0) CHF                                                                      
    └    algo: ApproximationAlgorithms - ApproximationAlgorithms.VAN_DER_CORPUT