Genopt-H2K-CMD.GO-cmd

/*

 Genopt-H2K-CMD.GO-cmd:  GenOpt command file for general optimization run. Baseline.

*/

Vary{

   // ==========================================
   // Parameters that configure the simulation 
   // ==========================================
  
   // Location  
   Parameter{ 
      Name = GOtag:Opt-Location; 
      Ini  = 1;
      Values = "PrinceGeorge";      
     
    // Available H2K locations (116 - locations already entered for ESP-r in lower case):
    //Values = "ABBOTSFORD, CASTLEGAR, FORTNELSON, FORTSTJOHN, Kamloops, PORTHARDY, PrinceGeorge, PRINCERUPERT, SMITHERS, SUMMERLAND, Vancouver, VICTORIA, WILLIAMSLAKE, COMOX, CRANBROOK, QUESNEL, SANDSPIT, TERRACE, TOFINO, WHISTLER, Calgary, Edmonton, FORTMCMURRAY, LETHBRIDGE, ROCKYMOUNTAINHOUSE, SUFFIELD, COLDLAKE, CORONATION, GRANDEPRAIRIE, MEDICINEHAT, PEACERIVER, REDDEER, ESTEVAN, PRINCEALBERT, Regina, SASKATOON, SWIFTCURRENT, URANIUMCITY, BROADVIEW, MOOSEJAW, NORTHBATTLEFORD, YORKTON, BRANDON, CHURCHILL, THEPAS, THOMPSON, Winnipeg, DAUPHIN, PORTAGELAPRAIRIE, BIGTROUTLAKE, KINGSTON, LONDON, MUSKOKA, NORTHBAY, Ottawa, SAULTSTEMARIE, SIMCOE, SUDBURY, THUNDERBAY, TIMMINS, Toronto, WINDSOR, GOREBAY, KAPUSKASING, KENORA, SIOUXLOOKOUT, TORONTOMETRESSTN, TRENTON, WIARTON, BAGOTVILLE, KUUJJUAQ, Montreal, KUUJJUARAPIK, Quebec, SCHEFFERVILLE, SEPTILES, SHERBROOKE, VALDOR, BAIECOMEAU, LAGRANDERIVIERE, MONTJOLI, MONTREALMIRABEL, STHUBERT, STEAGATHEDESMONTS, CHATHAM, Fredricton, MONCTON, SAINTJOHN, CHARLO, GREENWOOD, Halifax, SYDNEY, TRURO, YARMOUTH, CHARLOTTETOWN, SUMMERSIDE, BONAVISTA, GANDER, GOOSEBAY, SAINTJOHNS, STEPHENVILLE, CARTWRIGHT, DANIELSHARBOUR, DEERLAKE, WABUSHLAKE, Whitehorse, DAWSONCITY, FORTSMITH, Inuvik, NORMANWELLS, Yellowknife, BAKERLAKE, IQALUIT, RESOLUTE, CORALHARBOUR, HALLBEACH";
   }
  
   // =============================================
   // Parameters that change the building design
   // =============================================
    
   Parameter{ 
      Name = GOtag:Opt-Archetype; 
      Ini  = 1;
      Values = "NZEH-Arch-1";      
   }
      
    
   
   // Setting the ACH in the AIM-2 input file
   Parameter{ 
      Name = GOtag:Opt-ACH; 
      Ini  = 1;
      Values = "ACH_2_5, ACH_1_75, ACH_1_5, ACH_1_25";
   }



   Parameter{   // 
      Name    =  GOtag:Opt-GenericWall_1Layer_definitions;
      Ini     =  1;
      //Values = "NA";
      Values  =  "Stud_2x6_R20, Stud_2x4_2in_XPS_R-24, Stud_2x6_1in_XPS_R-23, Stud_2x6_2in_XPS_R-29, Stud_2x6_4in_XPS_R-39, DblStud_12in_cell_R-41"; 
   }

   // H2K Foundations : OBC-min-R12
   Parameter{   // 
      Name    =  GOtag:Opt-H2KFoundation;
      Ini     =  1;
      Values  = "NA";     //"OBCminR12-Slab0R, OBCminR12-Slab24R";
   } 
   
   // Foundation walls
   Parameter{   // 
      Name    =  GOtag:Opt-BasementWallInsulation;
      Ini     =  1;
      Values  =  "GenericFoundationWall";
   } 

   // Basement Slab:
   Parameter{   // 
      Name    =  GOtag:Opt-BasementSlabInsulation;
      Ini     =  1;
      Values  =  "GenericFoundationSlab";
   } 

   // Exposed floor
   Parameter{   // 
      Name    =  GOtag:Opt-ExposedFloor;
      Ini     =  1;
      Values  =  "NA";
   }    
   
   // Ceilings
   Parameter{   // 
      Name    =  GOtag:Opt-Ceilings;
      Ini     =  1;
      Values  = "NA";   //"CeilR50"
   }    
  
  // Windows
  Parameter{   // 
      Name    =  GOtag:Opt-CasementWindows;
      Ini     =  1;
      Values  =  "NA";         //"DoubleLowEHardCoatAirFill"
   }    
   

   
  
 
  
   // Conventional DHW:  BaseDHW, 
   Parameter{ //
      Name    = GOtag:Opt-DHWSystem;
      Ini     = 1; 
      Values  = "ElectricStorage";  //"NA, GasInstantaneous, ElectricStorage, ElectricHP, HPHotWater";
   }
  
   // DWHR-System
   Parameter{ //
      Name    = GOtag:Opt-DWHRSystem;
      Ini     = 1; 
      Values  = "none";    //"DWHR-eff-30,  DWHR-eff-42,  DWHR-eff-55";
   }
  
  
   // Heating/cooling
   Parameter { // 
      Name   = GOtag:Opt-HVACSystem; 
      Ini    = 1; 
      Values = "NA";    //basefurnace
   }
  
   // HRV specification
   Parameter { 
      Name = GOtag:Opt-HRVSpec; 
      Ini  = 1; 
      Values = "NA"; 
   }
  
   // PV: Set to autosize to ensure each run actually achieves NZEH. 
   // NoPV
   // SizedPV 
   Parameter{   // 
     Name    =  GOtag:Opt-StandoffPV;
     Ini     =  1;
     Values  = "NoPV";
   } 

   // H2K PV (internal)
   // NA for none
   // MonoSi-50m2
   Parameter{   // 
      Name    =  GOtag:Opt-H2K-PV;
      Ini     =  1;
      Values  = "NA";
   } 
  
  
   // ===================================================================
   // Roof pitch 
   // ===================================================================
   Parameter {  
      Name = GOtag:RoofPitch;
      Ini  = 1; 
      Values = "NA";    //6-12
   }
  
   // ===================================================================
   // The following sections define assumptions about how a NZEH home 
   // is operated/configured, and are not intended to be optimized. 
   //  A single value should be provided in each case. 
   // ===================================================================

   // Orientation: for parametric study. Set to one of 
   // "S, N, E, W, or AVG", "AVG" causes substitute.pl 
   // to run four simulations (in four different orientations) 
   // for each set of parameters and average the results. 
   
   Parameter{   // 
      Name    =  GOtag:GOconfig_rotate;
      Ini     =  1;
      Values  =  "S";
   }      

}

OptimizationSettings{
  MaxIte = 100000;
  MaxEqualResults = 1000;
  WriteStepNumber = true;
}


//Algorithm{
//Main                       = PSOIW;
//  NeighborhoodTopology      = vonNeumann;
//  NeighborhoodSize          = 24; // Disregarded for vonNeumann topology
//  NumberOfParticle          = 23;
//  NumberOfGeneration        = 2000;
//  Seed                      = 628;
//  CognitiveAcceleration     = 2; // 0 < CognitiveAcceleration
//  SocialAcceleration        = 3; // 0 < SocialAcceleration
//  MaxVelocityGainContinuous = 1.0;
//  MaxVelocityDiscrete       = 1.0; // 0 < MaxVelocityDiscrete
//  InitialInertiaWeight      = 1.2;    // 0 < InitialInertiaWeight
//  FinalInertiaWeight        = 0;      // 0 < FinalInertiaWeight
//}


Algorithm{
  Main = Mesh;
  StopAtError = true; 
}