public bool ProcessFile(Asset asset, bool notify, FileOutputs output)
{
AssetFileInfo info = new AssetFileInfo(asset);
string watermark = GetWatermarkImagePath(asset.BrandId);
Job job = new Job
{
AssetId = asset.AssetId.GetValueOrDefault(),
InputPath = info.FilePath,
WatermarkPath = (asset.WatermarkPreview && !String.IsNullOrEmpty(watermark)) ? watermark : string.Empty,
CreatePreview = output.IsSet(FileOutputs.Preview),
CreateThumbnail = output.IsSet(FileOutputs.Thumbnail),
CallbackUrl = "~/ProcessingCallback.ashx",
AdditionalData = string.Format("<AdditionalData><Notify>{0}</Notify></AdditionalData>", notify)
};
long jobId = SubmitJob(job);
return(jobId > 0);
}
public void scenarios(WaterSimManager_SIO ws)
{
int ScnCnt = 1;
DateTime value = new DateTime(2016, 8, 10);
String Filename = "Sensitivity.txt";
MySW = new System.IO.StreamWriter(Filename);
// int Count = 0;
ScnGenForm();
myParameters();
FO = new FileOutputs(ws);
int Count = 0;
//
MyParameterInfo MP = new MyParameterInfo();
if (get_ValidModelRun == true)
{
//
string[] MyWaterUseFlds = new string[ws.WaterUseGroup.Count];
string[] MyEffluentFlds = new string[ws.EffluentGroup.Count];
string[] MyReclaimedFlds = new string[ws.ReclaimedGroup.Count];
//
foreach (MyParameterInfo MPC in pl.myList)
{
ModelParameterClass TheMP = ws.ParamManager.Model_Parameter(MPC.Fieldname);
//
if (ws.WaterUseGroup.isMember(TheMP.ModelParam))
{
//GenericCreateCountList(MPC, MyWaterUseFlds, ws.WaterUseGroup.Count);
//if (readyToRun)
//{
// RunSpecial(aValuesList, ws.WaterUseGroup.Count, MyWaterUseFlds, ws, MPC);
//}
}
else if (ws.EffluentGroup.isMember(TheMP.ModelParam))
{
//GenericCreateCountList(MPC, MyEffluentFlds, ws.EffluentGroup.Count);
//if (readyToRun)
//{
// RunSpecial(aValuesList, ws.EffluentGroup.Count, MyEffluentFlds, ws, MPC);
//}
}
else if (ws.ReclaimedGroup.isMember(TheMP.ModelParam))
{
//GenericCreateCountList(MPC, MyReclaimedFlds, ws.ReclaimedGroup.Count);
//if (readyToRun)
//{
// RunSpecial(aValuesList, ws.ReclaimedGroup.Count, MyReclaimedFlds, ws, MPC);
//}
}
else
{
if (0 < MPC.MinIntValue)
{
Count = 1;
}
for (int i = MPC.MinIntValue; i < MPC.MaxIntValue + 1; i += MPC.RangeInterval * Count - i)
{
// ws.Simulation_Initialize();
set_parmIncludeMeteorology = false;
if (parameterCheck(MPC, i))
{
// runOnly();
}
Count += 1;
// runOutputs(MPC, i, ScnCnt);
ScnCnt++;
}
Count = 0;
}
}
;
}
MySW.Flush();
MySW.Close();
}
void runWithCSV()
{
myVariables my = new myVariables();
my.myParameters();
FO = new FileOutputs(ws);
SimpleFileCopy SF = new SimpleFileCopy();
int scen = 1;
SF.copyScenarioFile(scen);
string buid = ws.ModelBuild;
ws.Simulation_Initialize();
Init();
//SF.copyScenarioFile(scen);
my.Initialize(scen, ws);
// 10.26.17
List <string> ProcessList = new List <string>();
ProcessList = ws.ProcessManager.ActiveProcesses;
//
//isSetError = SetModelParameters(InputFields, ws, ref SetErrMessage);
//
//ws.Colorado_Climate_Adjustment_Percent = 100;
//ws.SaltVerde_Climate_Adjustment_Percent = 100;
for (int i = 0; i < ProviderClass.NumberOfProviders; i++)
{
OneHundred[i] = 20;
}
myout.Values = OneHundred;
ws.WaterAugmentation.setvalues(myout);
ws.Simulation_AllYears();
CO = ws.Colorado_Annual_Deliveries.getvalues();
int Col = ws.Colorado_Annual_Deliveries.RegionalValue(eProvider.Regional);
//for (int year = ws.Simulation_Start_Year; year < ws.Simulation_End_Year; ++year)
//{
// ws.Simulation_NextYear();
// StartSimulation = false;
// int Rain = ws.RainWaterHarvested_MF.RegionalValue(eProvider.Regional) + ws.RainWaterHarvested_SF.RegionalValue(eProvider.Regional)
// + ws.RainWaterHarvested_PU.RegionalValue(eProvider.Regional);
// int Gray = ws.ResGrayWater.RegionalValue(eProvider.Regional);
// double Out = ws.PCT_Outdoor_WaterUseRes.RegionalValue(eProvider.Regional);
// double res = ws.PCT_WaterSupply_to_Residential.RegionalValue(eProvider.Regional);
// double indoor = ws.ResidentialHighDensityIndoorGPCD.RegionalValue(eProvider.Regional) +
// ws.ResidentialLowDensityIndoorGPCD.RegionalValue(eProvider.Regional) +
// ws.ResidentialMediumDensityIndoorGPCD.RegionalValue(eProvider.Regional);
// int odd = year;
// if (odd % 2 == 0)
// {
// sw.WriteLine(year
// + ","
// + ws.SaltVerde_Annual_Deliveries_SRP.RegionalValue(eProvider.Regional)
// +","
// + ws.Colorado_Annual_Deliveries.RegionalValue(eProvider.Regional)
// + ","
// + ws.Groundwater_Pumped_Municipal.RegionalValue(eProvider.Regional)
// + ","
// + ws.Groundwater_Bank_Used.RegionalValue(eProvider.Regional)
// + ","
// + ws.Reclaimed_Water_Used.RegionalValue(eProvider.Regional)
// + ","
// //+ Rain
// //+ ","
// //+ Gray
// + ws.RainWaterHarvtoTotalOutdoorUse.RegionalValue(eProvider.Regional)
// + ","
// + ws.GrayWaterToTotalOutdoorUse.RegionalValue(eProvider.Regional)
// + ","
// + ws.ReclaimedToTotalOutdoorUse.RegionalValue(eProvider.Regional)
// //+ ws.ResidentialLowDensityOutdoorGPCD.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.ResidentialLowDensityIndoorGPCD.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.LowDensityDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.MediumDensityDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.HighDensityDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.TurfWaterDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.GreenwayWaterDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.TreeWaterDemand.RegionalValue(eProvider.Regional)
// + ","
// + ws.Total_Demand.RegionalValue(eProvider.Regional)
// //+ ws.ResidentialMediumDensityOutdoorGPCD.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.ResidentialHighDensityOutdoorGPCD.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.Total_Demand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.LowDensityDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.MediumDensityDemand.RegionalValue(eProvider.Regional)
// //+ ","
// //+ ws.HighDensityDemand.RegionalValue(eProvider.Regional)
// //+ ((Convert.ToDouble(ws.Total_Demand.RegionalValue(eProvider.Regional))/Convert.ToDouble( ws.Population_Used.RegionalValue(eProvider.Regional))) * 325851)/365
// //+ Rain
// //+ ","
// //+ Gray
// //+ ","
// //+ ws.Total_Demand.RegionalValue(eProvider.Regional) * Out / 100 * res / 100
// );
// }
// else
// {
// //sw.WriteLine(year
// //+ ","
// // + ws.Total_Demand.RegionalValue(eProvider.Regional)
// // );
// }
//}
CloseFiles();
sw.Flush();
sw.Close();
}
public void Run()
{
ScnGenForm();
myVariables my = new myVariables();
my.myParameters();
FO = new FileOutputs(ws);
SimpleFileCopy SF = new SimpleFileCopy();
//
String Filename = "ScenarioProject.txt";
int ScnCnt = 1;
double Count = 1;
double traces = FCORTraceN * FSVRTraceN * FGrowthN * FRainN * FEffiency;
double total = traces;// *FScenario;
sw = new System.IO.StreamWriter(Filename);
String File = "ByPass.txt";
swAdd = new System.IO.StreamWriter(File);
ProviderIntArray New = new ProviderIntArray();
ProviderIntArray Values = new ProviderIntArray();
for (int i = 0; i < New.Length; i++)
{
New[i] = 0;
}
for (int i = 0; i < New.Length; i++)
{
Values[i] = 50;
}
if (get_ValidModelRun == true)
{
// One at a time ------
int scen = 7;
SF.copyScenarioFile(scen);
//
foreach (int st in SVtrace)
{
foreach (int co in COtrace)
{
foreach (int rain in RainFall)
{
foreach (int growth in Growth)
{
foreach (int eff in Efficiency)
{
string ScnName = "Base";
RunningGrowth = growth;
RunningEff = eff;
//if(scen >1) sScenario[scen - 1];
string ver = ws.Model_Version;
string buid = ws.ModelBuild;
ws.Simulation_Initialize();
Init();
InitSpecial(New, Values);
my.Initialize(scen, ws);
if (SetParms(st, co, rain, growth, eff))
{
string Cstring = DateTime.Now.ToString("h:mm:ss tt") + " In step: " + "--" + Count + " Of: " + total + " > " + (Count / total) * 100 + " %";
Console.WriteLine(Cstring);
Console.WriteLine("");
Console.WriteLine("Simulating " + scen + " " + ScnName);
simpleRun();
}
Count += 1;
runOutputs(scen, ScnCnt, my, sw);
ws.Simulation_Stop();
}
}
}
}
}
}
CloseFiles();
sw.Flush();
sw.Close();
swAdd.Flush();
swAdd.Close();
}
