public static SpaceSimulationResult SpaceSimulationResult(this ZoneData zoneData, int index, LoadType loadType, SizingMethod sizingMethod)
{
if (zoneData == null || index == -1 || loadType == LoadType.Undefined)
{
return(null);
}
string name = zoneData.name;
string reference = zoneData.zoneGUID;
double area = zoneData.floorArea;
double volume = zoneData.volume;
float dryBulbTemp = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.dryBulbTemp);
float resultantTemp = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.resultantTemp);
float load = zoneData.GetHourlyZoneResult(index, loadType == LoadType.Cooling ? (short)tsdZoneArray.coolingLoad : (short)tsdZoneArray.heatingLoad);
float infVentGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.infVentGain);
float airMovementGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.airMovementGain);
float buildingHeatTransfer = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.buildingHeatTransfer);
float externalConductionGlazing = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.externalConductionGlazing);
float externalConductionOpaque = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.externalConductionOpaque);
float spaceHumidityRatio = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.humidityRatio);
SpaceSimulationResult result = null;
if (loadType == LoadType.Heating)
{
result = Analytical.Create.SpaceSimulationResult(name, Query.Source(), reference, volume, area, LoadType.Heating, load, index, sizingMethod, dryBulbTemp, resultantTemp,
infiltartionGain: infVentGain,
airMovementGain: airMovementGain,
buildingHeatTransfer: buildingHeatTransfer,
glazingExternalConduction: externalConductionGlazing,
opaqueExternalConduction: externalConductionOpaque,
humidityRatio: spaceHumidityRatio);
}
else if (loadType == LoadType.Cooling)
{
float solarGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.solarGain);
float lightingGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.lightingGain);
float occupancySensibleGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.occupantSensibleGain);
float equipmentSensibleGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.equipmentSensibleGain);
float equipmentLatentGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.equipmentLatentGain);
float occupancyLatentGain = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.occupancyLatentGain);
float relativeHumidity = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.relativeHumidity);
float zoneApertureFlowIn = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.zoneApertureFlowIn);
float zoneApertureFlowOut = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.zoneApertureFlowOut);
float pollutant = zoneData.GetHourlyZoneResult(index, (short)tsdZoneArray.pollutant);
result = Analytical.Create.SpaceSimulationResult(name, Query.Source(), reference, volume, area, loadType, load, index, sizingMethod,
dryBulbTemp, resultantTemp, solarGain, lightingGain, infVentGain, airMovementGain,
buildingHeatTransfer, externalConductionGlazing, externalConductionOpaque, occupancySensibleGain,
occupancyLatentGain, equipmentSensibleGain, equipmentLatentGain, spaceHumidityRatio, relativeHumidity,
zoneApertureFlowIn, zoneApertureFlowOut, pollutant);
}
if (result == null)
{
return(null);
}
List <double> dryBulbTemperatures = zoneData.AnnualZoneResult <double>(tsdZoneArray.dryBulbTemp);
if (dryBulbTemperatures != null)
{
result.SetValue(SpaceSimulationResultParameter.DryBulbTemperatureProfile, new Profile("Dry Bulb Temperature", "Annual Space Values", dryBulbTemperatures));
}
result.SetValue(SpaceSimulationResultParameter.ZoneGuid, zoneData.zoneGUID);
ParameterSet parameterSet = ParameterSet_SpaceSimulationResult(ActiveSetting.Setting, zoneData);
if (parameterSet != null)
{
result.Add(parameterSet);
}
return(result);
}