public static TSD.tsdSurfaceArray? ToTASSurfaceType(this BHR.ProfileResultType resultType)
{
switch (resultType)
{
case BHR.ProfileResultType.TemperatureResultant: //= Internal temperature?
return(TSD.tsdSurfaceArray.intTemp);
case BHR.ProfileResultType.TemperatureExternal:
return(TSD.tsdSurfaceArray.extTemp);
case BHR.ProfileResultType.GainInternalSolar:
return(TSD.tsdSurfaceArray.intSolarGain);
case BHR.ProfileResultType.GainSolar: //= External Solar Gain?
return(TSD.tsdSurfaceArray.extSolarGain);
case BHR.ProfileResultType.ApertureFlowIn:
return(TSD.tsdSurfaceArray.apertureFlowIn);
case BHR.ProfileResultType.ApertureFlowOut:
return(TSD.tsdSurfaceArray.apertureFlowOut);
case BHR.ProfileResultType.CondensationInternal:
return(TSD.tsdSurfaceArray.intCondensation);
case BHR.ProfileResultType.CondensationExternal:
return(TSD.tsdSurfaceArray.extCondensation);
case BHR.ProfileResultType.ConductionInternal:
return(TSD.tsdSurfaceArray.intConduction);
case BHR.ProfileResultType.ConductionExternal:
return(TSD.tsdSurfaceArray.extConduction);
case BHR.ProfileResultType.ApertureOpening:
return(TSD.tsdSurfaceArray.apertureOpening);
case BHR.ProfileResultType.LongWaveInternal:
return(TSD.tsdSurfaceArray.intLongWave);
case BHR.ProfileResultType.LongWaveExternal:
return(TSD.tsdSurfaceArray.extLongWave);
case BHR.ProfileResultType.ConvectionInternal:
return(TSD.tsdSurfaceArray.intConvection);
case BHR.ProfileResultType.ConvectionExternal:
return(TSD.tsdSurfaceArray.extConvection);
case BHR.ProfileResultType.CondensationInterstitial:
return(TSD.tsdSurfaceArray.interCondensation);
default:
return(null);
}
}
public static TSD.tsdBuildingArray? ToTASBuildingType(this BHR.ProfileResultType resultType)
{
switch (resultType)
{
case BHR.ProfileResultType.HumidityExternal:
return(TSD.tsdBuildingArray.externalHumidity);
case BHR.ProfileResultType.TemperatureExternal:
return(TSD.tsdBuildingArray.externalTemperature);
case BHR.ProfileResultType.RadiationGlobal:
return(TSD.tsdBuildingArray.globalRadiation);
case BHR.ProfileResultType.RadiationDiffuse:
return(TSD.tsdBuildingArray.diffuseRadiation);
case BHR.ProfileResultType.WindSpeed:
return(TSD.tsdBuildingArray.windSpeed);
case BHR.ProfileResultType.WindDirection:
return(TSD.tsdBuildingArray.windDirection);
case BHR.ProfileResultType.LoadHeating:
return(TSD.tsdBuildingArray.heatingProfile);
case BHR.ProfileResultType.LoadCooling:
return(TSD.tsdBuildingArray.coolingProfile);
case BHR.ProfileResultType.LoadLatentAddition:
return(TSD.tsdBuildingArray.additionProfile);
case BHR.ProfileResultType.LoadLatentRemoval:
return(TSD.tsdBuildingArray.removalProfile);
case BHR.ProfileResultType.CloudCover:
return(TSD.tsdBuildingArray.cloudCover);
default:
return(null);
}
}
public static TSD.tsdZoneArray? ToTASSpaceType(this BHR.ProfileResultType resultType)
{
switch (resultType)
{
case BHR.ProfileResultType.TemperatureDryBulb:
return(TSD.tsdZoneArray.dryBulbTemp);
case BHR.ProfileResultType.TemperatureMeanRadiant:
return(TSD.tsdZoneArray.MRTemp);
case BHR.ProfileResultType.TemperatureResultant:
return(TSD.tsdZoneArray.resultantTemp);
case BHR.ProfileResultType.LoadSensible:
return(TSD.tsdZoneArray.sensibleLoad);
case BHR.ProfileResultType.LoadHeating:
return(TSD.tsdZoneArray.heatingLoad);
case BHR.ProfileResultType.LoadCooling:
return(TSD.tsdZoneArray.coolingLoad);
case BHR.ProfileResultType.GainSolar:
return(TSD.tsdZoneArray.solarGain);
case BHR.ProfileResultType.GainLighting:
return(TSD.tsdZoneArray.lightingGain);
case BHR.ProfileResultType.GainInfiltrationVentilation:
return(TSD.tsdZoneArray.infVentGain);
case BHR.ProfileResultType.GainAirMovement:
return(TSD.tsdZoneArray.airMovementGain);
case BHR.ProfileResultType.HeatTransferBuilding:
return(TSD.tsdZoneArray.buildingHeatTransfer);
case BHR.ProfileResultType.ConductionExternalOpaque:
return(TSD.tsdZoneArray.externalConductionOpaque);
case BHR.ProfileResultType.ConductionExternalGlazing:
return(TSD.tsdZoneArray.externalConductionGlazing);
case BHR.ProfileResultType.GainOccupantSensible:
return(TSD.tsdZoneArray.occupantSensibleGain);
case BHR.ProfileResultType.GainEquipmentSensible:
return(TSD.tsdZoneArray.equipmentSensibleGain);
case BHR.ProfileResultType.HumidityRatio:
return(TSD.tsdZoneArray.humidityRatio);
case BHR.ProfileResultType.HumidityRelative:
return(TSD.tsdZoneArray.relativeHumidity);
case BHR.ProfileResultType.GainOccupancyLatent:
return(TSD.tsdZoneArray.occupancyLatentGain);
case BHR.ProfileResultType.GainEquipmentLatent:
return(TSD.tsdZoneArray.equipmentLatentGain);
case BHR.ProfileResultType.LoadLatent:
return(TSD.tsdZoneArray.latentLoad);
case BHR.ProfileResultType.LoadLatentRemoval:
return(TSD.tsdZoneArray.latentRemovalLoad);
case BHR.ProfileResultType.LoadLatentAddition:
return(TSD.tsdZoneArray.latentAdditionLoad);
case BHR.ProfileResultType.PressureVapour:
return(TSD.tsdZoneArray.vapourPressure);
case BHR.ProfileResultType.Pollutant:
return(TSD.tsdZoneArray.pollutant);
case BHR.ProfileResultType.PressureRelative:
return(TSD.tsdZoneArray.pressure);
case BHR.ProfileResultType.Infiltration:
return(TSD.tsdZoneArray.infiltration);
case BHR.ProfileResultType.Ventilation:
return(TSD.tsdZoneArray.ventilation);
case BHR.ProfileResultType.ApertureFlowIn: //-For zone ApertureFlowIn?
return(TSD.tsdZoneArray.zoneApertureFlowIn);
case BHR.ProfileResultType.ApertureFlowOut: //-For zone ApertureFlowOut?
return(TSD.tsdZoneArray.zoneApertureFlowOut);
case BHR.ProfileResultType.IZAMIn:
return(TSD.tsdZoneArray.izamIn);
case BHR.ProfileResultType.IZAMOut:
return(TSD.tsdZoneArray.izamOut);
default:
return(null);
}
}
public static BHR.SimulationResult FromTAS(this TSD.SurfaceData tsdData, BHR.ProfileResultUnit unitType, BHR.ProfileResultType resultType, int hour, int day)
{
TSD.tsdSurfaceArray?srfType = resultType.ToTASSurfaceType();
if (srfType == null)
{
BH.Engine.Base.Compute.RecordError("That Result Type is not valid for Building Element results - please choose a different result type");
return(null);
}
List <double> results = new List <double>();
switch (unitType)
{
case BHR.ProfileResultUnit.Yearly:
object yearRes = tsdData.GetAnnualSurfaceResult((int)srfType.Value);
results = ToDoubleList(yearRes);
break;
case BHR.ProfileResultUnit.Daily:
if (day < 1 || day > 365)
{
BH.Engine.Base.Compute.RecordError("Please set a day between 1 and 365 inclusive");
return(null);
}
object dayRes = tsdData.GetDailySurfaceResult(day, (int)srfType.Value);
results = ToDoubleList(dayRes);
break;
case BHR.ProfileResultUnit.Hourly:
if (hour < 1 || hour > 24)
{
BH.Engine.Base.Compute.RecordError("Please set an hour between 1 and 24 inclusive");
return(null);
}
results.Add(tsdData.GetHourlySurfaceResult(hour, (int)srfType.Value));
break;
default:
BH.Engine.Base.Compute.RecordError("That unit type is not valid for pulling results from TAS TSD. Please select a different result unit type");
return(null);
}
BHR.SimulationResult result = new BHR.SimulationResult();
result.SimulationResultType = BHR.SimulationResultType.SpaceResult;
result.SimulationResults.Add(new BHR.ProfileResult {
Name = tsdData.BEName, Type = resultType, Unit = unitType, Results = results
});
return(result);
}
