protected override void SolveInstance(IGH_DataAccess DA)
{
string input = null;
if (!DA.GetData(0, ref input))
{
return;
}
var thickness = 0d;
if (!DA.GetData(1, ref thickness))
{
return;
}
var RSP = 0;
if (!DA.GetData(2, ref RSP))
{
return;
}
var splitInput = input.Split('-').ToList();
var results = CompData.GetGenComponent(splitInput[0].Trim(), thickness, false);
var RSL = int.Parse(splitInput[2].Trim());
decimal repNum = 0;
decimal tmp = ((decimal)RSP / (decimal)RSL) - 1;
if (RSL != 0 && RSP != 0)
{
repNum = Math.Ceiling(tmp);
}
if (repNum < 0)
{
repNum = 0;
}
if (repNum == 0)
{
repNum = 0;
}
var sumResults = from row in results
group row by row.SortCode.Trim() into rowSum
select new
{
SortCodeGrp = rowSum.Key,
UBP13EmbodiedSum = rowSum.Sum(x => x.UBP13Embodied),
UBP13RepSum = rowSum.Sum(x => (x.UBP13Embodied + x.UBP13EoL) * repNum),
UBP13EoLSum = rowSum.Sum(x => x.UBP13EoL),
TotalEmbodiedSum = rowSum.Sum(x => x.TotalEmbodied),
TotalRepSum = rowSum.Sum(x => (x.TotalEmbodied + x.TotalEoL) * repNum),
TotalEoLSum = rowSum.Sum(x => x.TotalEoL),
RenewableEmbodiedSum = rowSum.Sum(x => x.RenewableEmbodied),
RenewableRepSum = rowSum.Sum(x => (x.RenewableEmbodied + x.RenewableEoL) * repNum),
RenewableEoLSum = rowSum.Sum(x => x.RenewableEoL),
NonRenewableEmbodiedSum = rowSum.Sum(x => x.NonRenewableEmbodied),
NonRenewableRepSum = rowSum.Sum(x => (x.NonRenewableEmbodied + x.NonRenewableEoL) * repNum),
NonRenewableEoLSum = rowSum.Sum(x => x.NonRenewableEoL),
GHGEmbodiedSum = rowSum.Sum(x => x.GHGEmbodied),
GHGRepSum = rowSum.Sum(x => (x.GHGEmbodied + x.GHGEoL) * repNum),
GHGEoLEoLSum = rowSum.Sum(x => x.GHGEoL),
ResistanceSum = rowSum.Sum(x => x.Resistance)
};
var result = new List <double>();
foreach (var item in sumResults)
{
result.Add(1);
result.Add((double)item.UBP13EmbodiedSum); //UBP13Embodied 1
result.Add((double)item.UBP13RepSum); //UBP13Rep 2
result.Add((double)item.UBP13EoLSum); //UBP13EoL 3
result.Add((double)item.TotalEmbodiedSum); //TotalEmbodied 4
result.Add((double)item.TotalRepSum); //TotalRep 5
result.Add((double)item.TotalEoLSum); //TotalEoL 6
result.Add((double)item.RenewableEmbodiedSum); //RenewableEmbodied 7
result.Add((double)item.RenewableRepSum); //RenewableRep 8
result.Add((double)item.RenewableEoLSum); //RenewableRep 9
result.Add((double)item.NonRenewableEmbodiedSum); //NonRenewableEmbodied 10
result.Add((double)item.NonRenewableRepSum); //NonRenewableRep 11
result.Add((double)item.NonRenewableEoLSum); //NonRenewableEoL 12
result.Add((double)item.GHGEmbodiedSum); //GHGEmbodied 13
result.Add((double)item.GHGRepSum); //GHGRep 14
result.Add((double)item.GHGEoLEoLSum); //GHGEoL 15
result.Add((double)item.ResistanceSum);
}
DA.SetDataList(0, result);
}
protected override void SolveInstance(IGH_DataAccess DA)
{
string input = null;
if (!DA.GetData(0, ref input))
{
return;
}
var RSP = 0;
if (!DA.GetData(1, ref RSP))
{
return;
}
var splitInput = input.Split('-').ToList();
var resultsDB = CompData.GetGenComponent(splitInput[0].Trim(), null, true);
var RSL = int.Parse(splitInput.Last());
decimal repNum = 0;
decimal tmp = ((decimal)RSP / (decimal)RSL) - 1;
if (RSL != 0 && RSP != 0)
{
repNum = Math.Ceiling(tmp);
}
if (repNum < 0)
{
repNum = 0;
}
if (repNum == 0)
{
repNum = 0;
}
var sumResults = from row in resultsDB
group row by row.SortCode.Trim() into rowSum
select new
{
SortCodeGrp = rowSum.Key,
UBP13EmbodiedSum = rowSum.Sum(x => x.UBP13Embodied),
UBP13RepSum = rowSum.Sum(x => (x.UBP13Embodied + x.UBP13EoL) * repNum),
UBP13EoLSum = rowSum.Sum(x => x.UBP13EoL),
TotalEmbodiedSum = rowSum.Sum(x => x.TotalEmbodied),
TotalRepSum = rowSum.Sum(x => (x.TotalEmbodied + x.TotalEoL) * repNum),
TotalEoLSum = rowSum.Sum(x => x.TotalEoL),
RenewableEmbodiedSum = rowSum.Sum(x => x.RenewableEmbodied),
RenewableRepSum = rowSum.Sum(x => (x.RenewableEmbodied + x.RenewableEoL) * repNum),
RenewableEoLSum = rowSum.Sum(x => x.RenewableEoL),
NonRenewableEmbodiedSum = rowSum.Sum(x => x.NonRenewableEmbodied),
NonRenewableRepSum = rowSum.Sum(x => (x.NonRenewableEmbodied + x.NonRenewableEoL) * repNum),
NonRenewableEoLSum = rowSum.Sum(x => x.NonRenewableEoL),
GHGEmbodiedSum = rowSum.Sum(x => x.GHGEmbodied),
GHGRepSum = rowSum.Sum(x => (x.GHGEmbodied + x.GHGEoL) * repNum),
GHGEoLEoLSum = rowSum.Sum(x => x.GHGEoL),
ResistanceSum = rowSum.Sum(x => x.Resistance)
};
var results = new Dictionary <string, double>
{
{ "UBP13 Embodied (P/m\xB2 a)", 0 },
{ "UBP13 Replacements (P/m\xB2 a)", 0 },
{ "UBP13 End of Life (P/m\xB2 a)", 0 },
{ "Total Embodied (kWh oil-eq)", 0 },
{ "Total Replacements (kWh oil-eq)", 0 },
{ "Total End of Life (kWh oil-eq)", 0 },
{ "Renewable Embodied (kWh oil-eq)", 0 },
{ "Renewable Replacements (kWh oil-eq)", 0 },
{ "Renewable End of Life (kWh oil-eq)", 0 },
{ "Non Renewable Embodied (kWh oil-eq)", 0 },
{ "Non Renewable Replacements (kWh oil-eq)", 0 },
{ "Non Renewable End of Life (kWh oil-eq)", 0 },
{ "Green House Gasses Embodied (kg CO\x2082-eq/m\xB2 a)", 0 },
{ "Green House Gasses Replacements (kg CO\x2082-eq/m\xB2 a)", 0 },
{ "Green House Gasses End of Life (kg CO\x2082-eq/m\xB2 a)", 0 },
{ "R value", 0 }
};
foreach (var item in sumResults)
{
results["UBP13 Embodied (P/m\xB2 a)"] += (double)item.UBP13EmbodiedSum;
results["UBP13 Replacements (P/m\xB2 a)"] += (double)item.UBP13RepSum;
results["UBP13 End of Life (P/m\xB2 a)"] += (double)item.UBP13EoLSum;
results["Total Embodied (kWh oil-eq)"] += (double)item.TotalEmbodiedSum;
results["Total Replacements (kWh oil-eq)"] += (double)item.TotalRepSum;
results["Total End of Life (kWh oil-eq)"] += (double)item.TotalEoLSum;
results["Renewable Embodied (kWh oil-eq)"] += (double)item.RenewableEmbodiedSum;
results["Renewable Replacements (kWh oil-eq)"] += (double)item.RenewableRepSum;
results["Renewable End of Life (kWh oil-eq)"] += (double)item.RenewableEoLSum;
results["Non Renewable Embodied (kWh oil-eq)"] += (double)item.NonRenewableEmbodiedSum;
results["Non Renewable Replacements (kWh oil-eq)"] += (double)item.NonRenewableRepSum;
results["Non Renewable End of Life (kWh oil-eq)"] += (double)item.NonRenewableEoLSum;
results["Green House Gasses Embodied (kg CO\x2082-eq/m\xB2 a)"] += (double)item.GHGEmbodiedSum;
results["Green House Gasses Replacements (kg CO\x2082-eq/m\xB2 a)"] += (double)item.GHGRepSum;
results["Green House Gasses End of Life (kg CO\x2082-eq/m\xB2 a)"] += (double)item.GHGEoLEoLSum;
results["R value"] += (double)item.ResistanceSum;
}
var resultValues = results.Values.ToList();
DA.SetDataList(0, results);
DA.SetDataList(1, resultValues);
}