public static Dictionary <string, object> LoadAnalysisResults(int RunID, int ParametricRunID = 0)
{
// Initiate the Revit Auth
Helper.InitRevitAuthProvider();
// Defense for 'bad request', check status of RunId
string requestGetRunStatusUri = GBSUri.GBSAPIUri +
string.Format(APIV1Uri.GetRunStatus, RunID, ParametricRunID, "json");
HttpWebResponse response = (HttpWebResponse)Helper._CallGetApi(requestGetRunStatusUri);
Stream responseStream = response.GetResponseStream();
StreamReader reader = new StreamReader(responseStream);
string result = reader.ReadToEnd();
RunStatus runStatus = Helper.DataContractJsonDeserialize <RunStatus>(result);
int percentStatus = runStatus.StatusPercentDone;
if (percentStatus < 100)
{
throw new Exception(System.String.Format("Run Status: {0}% - {1}", percentStatus, runStatus.DetailedStatus));
}
//Get results Summary of given RunID & AltRunID
string requestGetRunSummaryResultsUri = GBSUri.GBSAPIUri +
string.Format(APIV1Uri.GetRunSummaryResultsUri, RunID, ParametricRunID, "json");
HttpWebResponse response2 = (HttpWebResponse)Helper._CallGetApi(requestGetRunSummaryResultsUri);
Stream responseStream2 = response2.GetResponseStream();
StreamReader reader2 = new StreamReader(responseStream2);
string resultSummary = reader2.ReadToEnd();
RunResultSummary runResultSummary = Helper.DataContractJsonDeserialize <RunResultSummary>(resultSummary);
string buildingsummary = "Number of People : " + runResultSummary.BuildingSummary.NumberOfPeople.Value + " " + runResultSummary.BuildingSummary.NumberOfPeople.Units + "\n" +
"Average Lighting Power Density : " + runResultSummary.BuildingSummary.AvgLightingPowerDensity.Value + " " + runResultSummary.BuildingSummary.AvgLightingPowerDensity.Units + "\n" +
"Average Equipment Power Density : " + runResultSummary.BuildingSummary.AvgEquipmentPowerDensity.Value + " " + runResultSummary.BuildingSummary.AvgEquipmentPowerDensity.Units + "\n" +
"Specific Fan Flow : " + runResultSummary.BuildingSummary.SpecificFanFlow.Value + " " + runResultSummary.BuildingSummary.SpecificFanFlow.Units + "\n" +
"Specific Fan Power : " + runResultSummary.BuildingSummary.SpecificFanPower.Value + " " + runResultSummary.BuildingSummary.SpecificFanPower.Units + "\n" +
"Specific Cooling : " + runResultSummary.BuildingSummary.SpecificCooling.Value + " " + runResultSummary.BuildingSummary.SpecificCooling.Units + "\n" +
"Specific Heating : " + runResultSummary.BuildingSummary.SpecificHeating.Value + " " + runResultSummary.BuildingSummary.SpecificHeating.Units + "\n" +
"Total Fan Flow : " + runResultSummary.BuildingSummary.TotalFanFlow.Value + " " + runResultSummary.BuildingSummary.TotalFanFlow.Units + "\n" +
"Total Cooling Capacity : " + runResultSummary.BuildingSummary.TotalCoolingCapacity.Value + " " + runResultSummary.BuildingSummary.TotalCoolingCapacity.Units + "\n" +
"Total Heating Capacity : " + runResultSummary.BuildingSummary.TotalHeatingCapacity.Value + " " + runResultSummary.BuildingSummary.TotalHeatingCapacity.Units + "\n";
List <object> floorarea = new List <object>();
floorarea.Add((double)runResultSummary.FloorArea.Value);
floorarea.Add(runResultSummary.FloorArea.Units);
//Populate outputs
return(new Dictionary <string, object>
{
{ "Results", runResultSummary },
{ "BuildingType", runResultSummary.BuildingType },
{ "Location", runResultSummary.Location },
{ "FloorArea", floorarea },
{ "BuildingSummary", buildingsummary }
});
}
public static Dictionary <string, object> GetElectricPowerPlantSources(RunResultSummary Results)
{
// Populate Outputs
return(new Dictionary <string, object>
{
{ "Fossil", Results.ElectricPowerPlantSources.Fossil },
{ "Nuclear", Results.ElectricPowerPlantSources.Nuclear },
{ "Hydroelectric", Results.ElectricPowerPlantSources.Hydroelectric },
{ "Renewable", Results.ElectricPowerPlantSources.Renewable },
{ "Other", Results.ElectricPowerPlantSources.Other },
});
}
public static Dictionary <string, object> GetCarbonNeutralPotential(RunResultSummary Results)
{
// Populate Carbon Neutral Potential data
List <object> CO2Emission = new List <Object>();
CO2Emission.Add(Results.CarbonNeutralPotential.Units);
CO2Emission.Add((double)Results.CarbonNeutralPotential.RunEmissions.Value);
List <object> RenewablePotential = new List <object>();
RenewablePotential.Add(Results.CarbonNeutralPotential.Units);
RenewablePotential.Add((double)Results.CarbonNeutralPotential.OnsiteRenewablePotentialEmissions.Value);
List <object> NVentilationPotential = new List <object>();
NVentilationPotential.Add(Results.CarbonNeutralPotential.Units);
NVentilationPotential.Add(Results.CarbonNeutralPotential.NaturalVentilationPotentialEmissions.Value);
List <object> BiofuelUse = new List <object>();
BiofuelUse.Add(Results.CarbonNeutralPotential.Units);
BiofuelUse.Add((double)Results.CarbonNeutralPotential.OnsiteBiofuelUseEmissions.Value);
List <object> NetCO2Emission = new List <object>();
NetCO2Emission.Add(Results.CarbonNeutralPotential.Units);
NetCO2Emission.Add((double)Results.CarbonNeutralPotential.NetCO2Emissions.Value);
List <object> LargeSUV = new List <object>();
LargeSUV.Add(Results.CarbonNeutralPotential.NetLargeSUVEquivalent.Units);
LargeSUV.Add((double)Results.CarbonNeutralPotential.NetLargeSUVEquivalent.Value);
// Populate Outputs
return(new Dictionary <string, object>
{
{ "Run CO2 Emission", CO2Emission },
{ "Onsite Renewable Potential", RenewablePotential },
{ "Natural Ventilation Potential", NVentilationPotential },
{ "Onsite Biofuel Use", BiofuelUse },
{ "Net CO2 Emission", NetCO2Emission },
{ "Net Large SUV Equivalent", LargeSUV }
});
}
public static Dictionary<string, object> GetCarbonNeutralPotential(RunResultSummary Results)
{
// Populate Carbon Neutral Potential data
List<object> CO2Emission = new List<Object>();
CO2Emission.Add(Results.CarbonNeutralPotential.Units);
CO2Emission.Add((double)Results.CarbonNeutralPotential.RunEmissions.Value);
List<object> RenewablePotential = new List<object>();
RenewablePotential.Add(Results.CarbonNeutralPotential.Units);
RenewablePotential.Add((double)Results.CarbonNeutralPotential.OnsiteRenewablePotentialEmissions.Value);
List<object> NVentilationPotential = new List<object>();
NVentilationPotential.Add(Results.CarbonNeutralPotential.Units);
NVentilationPotential.Add(Results.CarbonNeutralPotential.NaturalVentilationPotentialEmissions.Value);
List<object> BiofuelUse = new List<object>();
BiofuelUse.Add(Results.CarbonNeutralPotential.Units);
BiofuelUse.Add((double)Results.CarbonNeutralPotential.OnsiteBiofuelUseEmissions.Value);
List<object> NetCO2Emission = new List<object>();
NetCO2Emission.Add(Results.CarbonNeutralPotential.Units);
NetCO2Emission.Add((double)Results.CarbonNeutralPotential.NetCO2Emissions.Value);
List<object> LargeSUV = new List<object>();
LargeSUV.Add(Results.CarbonNeutralPotential.NetLargeSUVEquivalent.Units);
LargeSUV.Add((double)Results.CarbonNeutralPotential.NetLargeSUVEquivalent.Value);
// Populate Outputs
return new Dictionary<string, object>
{
{"Run CO2 Emission",CO2Emission},
{"Onsite Renewable Potential", RenewablePotential},
{"Natural Ventilation Potential",NVentilationPotential},
{"Onsite Biofuel Use",BiofuelUse},
{"Net CO2 Emission",NetCO2Emission},
{"Net Large SUV Equivalent", LargeSUV}
};
}
public static Dictionary <string, object> GetLEEDPotential(RunResultSummary Results)
{
// Populate Leed Daylight
List <object> LEEDDaylight = new List <object>();
LEEDDaylight.Add(Results.LeedSection.LeedDaylight.LeedGScore);
LEEDDaylight.Add(Results.LeedSection.LeedDaylight.LeedQualify);
// Populate Leed water Efficiency
List <List <object> > LeedWaterEfficiency = new List <List <object> >();
List <object> indoor = new List <object>();
indoor.Add(Results.LeedSection.LeedWaterEfficiency.IndoorUsage); // Value
indoor.Add("Indoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
indoor.Add(Results.LeedSection.LeedWaterEfficiency.IndoorCost); // Value
indoor.Add("Indoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(indoor);
List <object> outdoor = new List <object>();
outdoor.Add(Results.LeedSection.LeedWaterEfficiency.OutdoorUsage); // Value
outdoor.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
outdoor.Add(Results.LeedSection.LeedWaterEfficiency.OutdoorCost); // Value
outdoor.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(outdoor);
List <object> total = new List <object>();
total.Add(Results.LeedSection.LeedWaterEfficiency.TotalUsage); // Value
total.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
total.Add(Results.LeedSection.LeedWaterEfficiency.TotalCost); // Value
total.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(total);
// Populate Leed Photovoltoic Potential
List <List <object> > LeedPhotovoltaicPotential = new List <List <object> >();
List <object> AnnualEnergySaving = new List <object>();
AnnualEnergySaving.Add(Results.LeedSection.PhotoVoltaicPotential.AnnualEnergySavings); // Value
AnnualEnergySaving.Add("Annual Energy Savings"); // Type
LeedPhotovoltaicPotential.Add(AnnualEnergySaving);
List <object> TotalPanelInstalledCost = new List <object>();
TotalPanelInstalledCost.Add(Results.LeedSection.PhotoVoltaicPotential.TotalInstalledPanelCost); // Value
TotalPanelInstalledCost.Add("Total Installed Panel Cost"); // Type
LeedPhotovoltaicPotential.Add(TotalPanelInstalledCost);
List <object> NominalRatedPower = new List <object>();
NominalRatedPower.Add(Results.LeedSection.PhotoVoltaicPotential.NominalRatedPower); // Value
NominalRatedPower.Add("Nominal Rated Power"); // Type
LeedPhotovoltaicPotential.Add(NominalRatedPower);
List <object> TotalPanelArea = new List <object>();
TotalPanelArea.Add(Results.LeedSection.PhotoVoltaicPotential.TotalPanelArea); // Value
TotalPanelArea.Add("Total Panel Area"); // Type
LeedPhotovoltaicPotential.Add(TotalPanelArea);
List <object> MaxPaybackPeriod = new List <object>();
MaxPaybackPeriod.Add(Results.LeedSection.PhotoVoltaicPotential.MaxPaybackPeriod); // Value
MaxPaybackPeriod.Add("Maximum Payback Period"); // Type
LeedPhotovoltaicPotential.Add(MaxPaybackPeriod);
List <object> assumption = new List <object>();
assumption.Add("Assumptions: " + Results.LeedSection.PhotoVoltaicPotential.Assumption);
LeedPhotovoltaicPotential.Add(assumption);
// Populate Wind Energy Potential
List <object> WindEnergyPotential = new List <object>();
WindEnergyPotential.Add(Results.LeedSection.WindEnergyPotential.AnnualElectricGeneration); // Value
WindEnergyPotential.Add("Annual Electric Generation"); // Type
WindEnergyPotential.Add("Wind Energy Assumptions : A single 15 ft turbine, with cut-in and cut-out winds of 6 mph and 45 mph respectively, and located at the coordinates of the weather data");
// Populate Natural Ventilation Potential
List <List <object> > NaturalVentilationPotential = new List <List <object> >();
List <object> THrsMechCoolReq = new List <object>();
THrsMechCoolReq.Add(Results.LeedSection.NaturalVentilationPotential.TotalHrsMechanicalCoolingRequired); // Value
THrsMechCoolReq.Add("Total Hours Mechanical Cooling Required"); // Type
NaturalVentilationPotential.Add(THrsMechCoolReq);
List <object> PossibleNaturalVentilation = new List <object>();
PossibleNaturalVentilation.Add(Results.LeedSection.NaturalVentilationPotential.PossibleNaturalVentilationHrs); // Value
PossibleNaturalVentilation.Add("Possible Natural Ventilation Hours"); // Type
NaturalVentilationPotential.Add(PossibleNaturalVentilation);
List <object> PossibleAnnualElectricEnergy = new List <object>();
PossibleAnnualElectricEnergy.Add(Results.LeedSection.NaturalVentilationPotential.PossibleAnnualElectricEnergySaving); // Value
PossibleAnnualElectricEnergy.Add("Possible Annual Electric Energy Savings"); // Type
NaturalVentilationPotential.Add(PossibleAnnualElectricEnergy);
List <object> PossibleAnnualElectricCost = new List <object>();
PossibleAnnualElectricCost.Add(Results.LeedSection.NaturalVentilationPotential.PossibelAnnualElectricCostSavings); // Value
PossibleAnnualElectricCost.Add("Possible Annual Electric Cost Savings"); // Type
NaturalVentilationPotential.Add(PossibleAnnualElectricCost);
List <object> NetHrsMechCoolReq = new List <object>();
NetHrsMechCoolReq.Add(Results.LeedSection.NaturalVentilationPotential.NetHrsMechanicalCoolingRequired); // Value
NetHrsMechCoolReq.Add("Net Hours Mechanical Cooling Required"); // Type
NaturalVentilationPotential.Add(NetHrsMechCoolReq);
// Populate Outputs
return(new Dictionary <string, object>
{
{ "LEED Daylight", LEEDDaylight },
{ "LEED Water Efficiency", LeedWaterEfficiency },
{ "Photovolvatic Potential", LeedPhotovoltaicPotential },
{ "Wind Energy Potential", WindEnergyPotential },
{ "Natural Ventilation Potential", NaturalVentilationPotential }
});
}
public static Dictionary <string, object> GetEnergyCarbonCostSummary(RunResultSummary Results)
{
// Populate Annual CO2 Emissions
List <List <object> > annualCO2Emissions = new List <List <object> >();
List <object> electric = new List <object>();
electric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Units); // Type + Unit
electric.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Value); // Value
annualCO2Emissions.Add(electric);
List <object> onsiteFuel = new List <object>();
onsiteFuel.Add("Onsite Fuel - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Units);
onsiteFuel.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Value);
annualCO2Emissions.Add(onsiteFuel);
List <object> largeSUV = new List <object>();
largeSUV.Add("Large SUV Equivalent - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Units);
largeSUV.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Value);
annualCO2Emissions.Add(largeSUV);
//string annualCO2Emissions = "Electric : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Units + "\n" +
// "Onsite Fuel : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Units + "\n" +
// "Large SUV Equivalent : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Units;
// Populate Annual Energy
List <List <object> > annualEnergy = new List <List <object> >();
List <object> EUI = new List <object>();
EUI.Add("Energy Use Intensity (EUI) - " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Units);
EUI.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEUI.Value);
annualEnergy.Add(EUI);
List <object> Eelectric = new List <object>();
Eelectric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Units);
Eelectric.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Value);
annualEnergy.Add(Eelectric);
List <object> Efuel = new List <object>();
Efuel.Add("Fuel - " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Units);
Efuel.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Value);
annualEnergy.Add(Efuel);
List <object> EPeakDemand = new List <object>();
EPeakDemand.Add("Annual Peak Demand - " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Units);
EPeakDemand.Add((double)Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Value);
annualEnergy.Add(EPeakDemand);
//string annualEnergy = "Energy Use Intensity (EUI) : " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Units + "\n" +
// "Electric : " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Units + "\n" +
// "Fuel : " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Units + "\n" +
// "Annual Peak Demand : " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Units;
// Populate Life cycle Energy
List <List <object> > lifecycleEnergy = new List <List <object> >();
List <object> LElectric = new List <object>();
LElectric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Units);
LElectric.Add((double)Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Value);
lifecycleEnergy.Add(LElectric);
List <object> LFuel = new List <object>();
LFuel.Add("Fuel - " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Units);
LFuel.Add((double)Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Value);
lifecycleEnergy.Add(LFuel);
//string lifecycleEnergy = "Electric : " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Value + " " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Units + "\n" +
// "Fuel : " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Value + " " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Units;
//Populate Outputs
return(new Dictionary <string, object>
{
{ "Annual Energy Cost", Results.RunEnergyCarbonCostSummary.AnnualEnergyCost.Value }, // how to find the currency ???
{ "Lifecycle Cost", Results.RunEnergyCarbonCostSummary.LifecycleCost },
{ "Annual CO2 Emissions", annualCO2Emissions },
{ "Annual Energy", annualEnergy },
{ "LifeCycle Energy", lifecycleEnergy }
});
}
public static Dictionary<string, object> GetLEEDPotential(RunResultSummary Results)
{
// Populate Leed Daylight
List<object> LEEDDaylight = new List<object>();
LEEDDaylight.Add(Results.LeedSection.LeedDaylight.LeedGScore);
LEEDDaylight.Add(Results.LeedSection.LeedDaylight.LeedQualify);
// Populate Leed water Efficiency
List<List<object>> LeedWaterEfficiency = new List<List<object>>();
List<object> indoor = new List<object>();
indoor.Add(Results.LeedSection.LeedWaterEfficiency.IndoorUsage); // Value
indoor.Add("Indoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
indoor.Add(Results.LeedSection.LeedWaterEfficiency.IndoorCost); // Value
indoor.Add("Indoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(indoor);
List<object> outdoor = new List<object>();
outdoor.Add(Results.LeedSection.LeedWaterEfficiency.OutdoorUsage); // Value
outdoor.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
outdoor.Add(Results.LeedSection.LeedWaterEfficiency.OutdoorCost); // Value
outdoor.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(outdoor);
List<object> total = new List<object>();
total.Add(Results.LeedSection.LeedWaterEfficiency.TotalUsage); // Value
total.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.SIUnit); // Type + Unit
total.Add(Results.LeedSection.LeedWaterEfficiency.TotalCost); // Value
total.Add("Outdoor - " + Results.LeedSection.LeedWaterEfficiency.CurrencyUnit); // Type + Unit
LeedWaterEfficiency.Add(total);
// Populate Leed Photovoltoic Potential
List<List<object>> LeedPhotovoltaicPotential = new List<List<object>>();
List<object> AnnualEnergySaving = new List<object>();
AnnualEnergySaving.Add(Results.LeedSection.PhotoVoltaicPotential.AnnualEnergySavings); // Value
AnnualEnergySaving.Add("Annual Energy Savings"); // Type
LeedPhotovoltaicPotential.Add(AnnualEnergySaving);
List<object> TotalPanelInstalledCost = new List<object>();
TotalPanelInstalledCost.Add(Results.LeedSection.PhotoVoltaicPotential.TotalInstalledPanelCost); // Value
TotalPanelInstalledCost.Add("Total Installed Panel Cost"); // Type
LeedPhotovoltaicPotential.Add(TotalPanelInstalledCost);
List<object> NominalRatedPower = new List<object>();
NominalRatedPower.Add(Results.LeedSection.PhotoVoltaicPotential.NominalRatedPower); // Value
NominalRatedPower.Add("Nominal Rated Power"); // Type
LeedPhotovoltaicPotential.Add(NominalRatedPower);
List<object> TotalPanelArea = new List<object>();
TotalPanelArea.Add(Results.LeedSection.PhotoVoltaicPotential.TotalPanelArea); // Value
TotalPanelArea.Add("Total Panel Area"); // Type
LeedPhotovoltaicPotential.Add(TotalPanelArea);
List<object> MaxPaybackPeriod = new List<object>();
MaxPaybackPeriod.Add(Results.LeedSection.PhotoVoltaicPotential.MaxPaybackPeriod); // Value
MaxPaybackPeriod.Add("Maximum Payback Period"); // Type
LeedPhotovoltaicPotential.Add(MaxPaybackPeriod);
List<object> assumption = new List<object>();
assumption.Add("Assumptions: " + Results.LeedSection.PhotoVoltaicPotential.Assumption);
LeedPhotovoltaicPotential.Add(assumption);
// Populate Wind Energy Potential
List<object> WindEnergyPotential = new List<object>();
WindEnergyPotential.Add(Results.LeedSection.WindEnergyPotential.AnnualElectricGeneration); // Value
WindEnergyPotential.Add("Annual Electric Generation"); // Type
WindEnergyPotential.Add("Wind Energy Assumptions : A single 15 ft turbine, with cut-in and cut-out winds of 6 mph and 45 mph respectively, and located at the coordinates of the weather data");
// Populate Natural Ventilation Potential
List<List<object>> NaturalVentilationPotential = new List<List<object>>();
List<object> THrsMechCoolReq = new List<object>();
THrsMechCoolReq.Add(Results.LeedSection.NaturalVentilationPotential.TotalHrsMechanicalCoolingRequired); // Value
THrsMechCoolReq.Add("Total Hours Mechanical Cooling Required"); // Type
NaturalVentilationPotential.Add(THrsMechCoolReq);
List<object> PossibleNaturalVentilation = new List<object>();
PossibleNaturalVentilation.Add(Results.LeedSection.NaturalVentilationPotential.PossibleNaturalVentilationHrs); // Value
PossibleNaturalVentilation.Add("Possible Natural Ventilation Hours"); // Type
NaturalVentilationPotential.Add(PossibleNaturalVentilation);
List<object> PossibleAnnualElectricEnergy = new List<object>();
PossibleAnnualElectricEnergy.Add(Results.LeedSection.NaturalVentilationPotential.PossibleAnnualElectricEnergySaving); // Value
PossibleAnnualElectricEnergy.Add("Possible Annual Electric Energy Savings"); // Type
NaturalVentilationPotential.Add(PossibleAnnualElectricEnergy);
List<object> PossibleAnnualElectricCost = new List<object>();
PossibleAnnualElectricCost.Add(Results.LeedSection.NaturalVentilationPotential.PossibelAnnualElectricCostSavings); // Value
PossibleAnnualElectricCost.Add("Possible Annual Electric Cost Savings"); // Type
NaturalVentilationPotential.Add(PossibleAnnualElectricCost);
List<object> NetHrsMechCoolReq = new List<object>();
NetHrsMechCoolReq.Add(Results.LeedSection.NaturalVentilationPotential.NetHrsMechanicalCoolingRequired); // Value
NetHrsMechCoolReq.Add("Net Hours Mechanical Cooling Required"); // Type
NaturalVentilationPotential.Add(NetHrsMechCoolReq);
// Populate Outputs
return new Dictionary<string, object>
{
{"LEED Daylight", LEEDDaylight},
{"LEED Water Efficiency", LeedWaterEfficiency},
{"Photovolvatic Potential", LeedPhotovoltaicPotential},
{"Wind Energy Potential", WindEnergyPotential},
{"Natural Ventilation Potential", NaturalVentilationPotential}
};
}
public static Dictionary<string, object> GetEnergyCarbonCostSummary(RunResultSummary Results)
{
// Populate Annual CO2 Emissions
List<List<object>> annualCO2Emissions = new List<List<object>>();
List<object> electric = new List<object>();
electric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Units); // Type + Unit
electric.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Value); // Value
annualCO2Emissions.Add(electric);
List<object> onsiteFuel = new List<object>();
onsiteFuel.Add("Onsite Fuel - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Units);
onsiteFuel.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Value);
annualCO2Emissions.Add(onsiteFuel);
List<object> largeSUV = new List<object>();
largeSUV.Add("Large SUV Equivalent - " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Units);
largeSUV.Add((double)Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Value);
annualCO2Emissions.Add(largeSUV);
//string annualCO2Emissions = "Electric : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsElectric.Units + "\n" +
// "Onsite Fuel : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsOnsiteFuel.Units + "\n" +
// "Large SUV Equivalent : " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualCO2EmissionsLargeSUVEquivalent.Units;
// Populate Annual Energy
List<List<object>> annualEnergy = new List<List<object>>();
List<object> EUI = new List<object>();
EUI.Add("Energy Use Intensity (EUI) - " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Units);
EUI.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEUI.Value);
annualEnergy.Add(EUI);
List<object> Eelectric = new List<object>();
Eelectric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Units);
Eelectric.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Value);
annualEnergy.Add(Eelectric);
List<object> Efuel = new List<object>();
Efuel.Add("Fuel - " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Units);
Efuel.Add((double)Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Value);
annualEnergy.Add(Efuel);
List<object> EPeakDemand = new List<object>();
EPeakDemand.Add("Annual Peak Demand - " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Units);
EPeakDemand.Add((double)Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Value);
annualEnergy.Add(EPeakDemand);
//string annualEnergy = "Energy Use Intensity (EUI) : " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEUI.Units + "\n" +
// "Electric : " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEnergyElectric.Units + "\n" +
// "Fuel : " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualEnergyFuel.Units + "\n" +
// "Annual Peak Demand : " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Value + " " + Results.RunEnergyCarbonCostSummary.AnnualPeakDemand.Units;
// Populate Life cycle Energy
List<List<object>> lifecycleEnergy = new List<List<object>>();
List<object> LElectric = new List<object>();
LElectric.Add("Electric - " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Units);
LElectric.Add((double)Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Value);
lifecycleEnergy.Add(LElectric);
List<object> LFuel = new List<object>();
LFuel.Add("Fuel - " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Units);
LFuel.Add((double)Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Value);
lifecycleEnergy.Add(LFuel);
//string lifecycleEnergy = "Electric : " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Value + " " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyElectric.Units + "\n" +
// "Fuel : " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Value + " " + Results.RunEnergyCarbonCostSummary.LifecycleEnergyFuel.Units;
//Populate Outputs
return new Dictionary<string, object>
{
{"Annual Energy Cost",Results.RunEnergyCarbonCostSummary.AnnualEnergyCost.Value}, // how to find the currency ???
{"Lifecycle Cost",Results.RunEnergyCarbonCostSummary.LifecycleCost},
{"Annual CO2 Emissions", annualCO2Emissions},
{"Annual Energy",annualEnergy},
{"LifeCycle Energy", lifecycleEnergy}
};
}
public static Dictionary<string, object> GetElectricPowerPlantSources(RunResultSummary Results)
{
// Populate Outputs
return new Dictionary<string, object>
{
{"Fossil",Results.ElectricPowerPlantSources.Fossil},
{"Nuclear",Results.ElectricPowerPlantSources.Nuclear},
{"Hydroelectric",Results.ElectricPowerPlantSources.Hydroelectric},
{"Renewable",Results.ElectricPowerPlantSources.Renewable},
{"Other",Results.ElectricPowerPlantSources.Other},
};
}
