private static TES3Lib.Records.PGRD MergeExteriorPathGrids(List <ConvertedExteriorPathgrid> pathGrids)
{
var mergedPGRD = new TES3Lib.Records.PGRD()
{
DATA = new TES3Lib.Subrecords.PGRD.DATA()
};
mergedPGRD.DATA.Granularity = pathGrids[0].PathGrid.DATA.Granularity;
mergedPGRD.DATA.GridX = pathGrids[0].PathGrid.DATA.GridX;
mergedPGRD.DATA.GridY = pathGrids[0].PathGrid.DATA.GridY;
var points = new List <TES3Lib.Subrecords.PGRD.PGRP.Point>();
var edges = new List <int>();
int offset = 0;
foreach (var subGrid in pathGrids)
{
if (IsNull(subGrid.PathGrid.PGRC))
{
continue;
}
offset = points.Count;
points.AddRange(subGrid.PathGrid.PGRP.Points);
edges.AddRange(Array.ConvertAll(subGrid.PathGrid.PGRC.Edges, edge => edge + offset).ToList());
}
mergedPGRD.PGRP = new TES3Lib.Subrecords.PGRD.PGRP {
Points = points.ToArray()
};
mergedPGRD.PGRC = new TES3Lib.Subrecords.PGRD.PGRC {
Edges = edges.ToArray()
};
mergedPGRD.DATA.Points = (short)points.Count;
var cell = ConvertedRecords["CELL"].FirstOrDefault(x =>
(x.Record as TES3Lib.Records.CELL).DATA.GridX.Equals(mergedPGRD.DATA.GridX) &&
(x.Record as TES3Lib.Records.CELL).DATA.GridY.Equals(mergedPGRD.DATA.GridY)).Record as TES3Lib.Records.CELL;
mergedPGRD.NAME = new TES3Lib.Subrecords.Shared.NAME();
if (!IsNull(cell.NAME) && !cell.NAME.EditorId.Equals("\0"))
{
mergedPGRD.NAME.EditorId = cell.NAME.EditorId;
}
else if (!IsNull(cell.RGNN))
{
mergedPGRD.NAME.EditorId = cell.RGNN.RegionName;
}
else
{
mergedPGRD.NAME.EditorId = "Wilderness\0";
}
return(mergedPGRD);
}
public ConvertedExteriorPathgrid(TES3Lib.Records.PGRD pathGrid, TES4Lib.Subrecords.PGRD.PGRI interCellConnections)
{
PathGrid = pathGrid;
InterCellConnections = interCellConnections;
}
