private static TES3Lib.Records.CELL mergeExteriorCells(TES3Lib.Records.CELL cellBase, TES3Lib.Records.CELL cellToMerge)
{
cellBase.NAME = cellBase.NAME.EditorId.Equals("\0") ? cellToMerge.NAME : cellBase.NAME;
cellBase.RGNN = IsNull(cellBase.RGNN) ? cellToMerge.RGNN : cellBase.RGNN;
return(cellBase);
}
private static void DistributeWorldSpaceReferecnes(TES3Lib.Records.CELL convertedCell)
{
foreach (var cellReference in convertedCell.REFR)
{
int cellGrindX = (int)(cellReference.DATA.XPos / Config.mwCellSize);
int cellGrindY = (int)(cellReference.DATA.YPos / Config.mwCellSize);
ConvertedRecordData targetConvertedCell = ConvertedRecords["CELL"].FirstOrDefault(x =>
(x.Record as TES3Lib.Records.CELL).DATA.GridX.Equals(cellGrindX) && (x.Record as TES3Lib.Records.CELL).DATA.GridY.Equals(cellGrindY));
if (!IsNull(targetConvertedCell))
{
var cellRecord = targetConvertedCell.Record as TES3Lib.Records.CELL;
cellRecord.NAM0.ReferenceCount++;
cellReference.FRMR.ObjectIndex = cellRecord.NAM0.ReferenceCount;
cellRecord.REFR.Add(cellReference);
//need update parent formId
var convertedReference = CellReferences.FirstOrDefault(x => x.Reference.Equals(cellReference));
convertedReference.ParentCellFormId = targetConvertedCell.OriginFormId;
}
else
{
Console.WriteLine($"target cell at coordinates {cellGrindX}.{cellGrindY} not found");
}
}
}
private static void DistributeGardenReferences(TES3Lib.Records.CELL convertedCell, string gardenWorldName)
{
string cellName = gardenWorldName == "SEManiaGarden\0" ? "SEManiaGardenExterior\0" : "SEDementiaGardenExterior\0";
ConvertedRecordData targetConvertedCell = ConvertedRecords["CELL"].FirstOrDefault(x =>
(x.Record as TES3Lib.Records.CELL).NAME.EditorId.Equals(cellName));
foreach (var cellReference in convertedCell.REFR)
{
if (!IsNull(targetConvertedCell))
{
var cellRecord = targetConvertedCell.Record as TES3Lib.Records.CELL;
cellRecord.NAM0.ReferenceCount++;
cellReference.FRMR.ObjectIndex = cellRecord.NAM0.ReferenceCount;
cellRecord.REFR.Add(cellReference);
//need update parent formId
var convertedReference = CellReferences.FirstOrDefault(x => x.Reference.Equals(cellReference));
convertedReference.ParentCellFormId = targetConvertedCell.OriginFormId;
}
}
}
private static void ConvertCellChildren(ref TES3Lib.Records.CELL mwCELL, Group cellChildren, string originalCellFormId)
{
foreach (var childrenType in cellChildren.Groups)
{
if (IsNull(mwCELL.NAM0))
{
mwCELL.NAM0 = new TES3Lib.Subrecords.CELL.NAM0 {
ReferenceCount = 1
};
}
foreach (var obRef in childrenType.Records)
{
if (obRef.Flag.Contains(TES4Lib.Enums.Flags.RecordFlag.Deleted))
{
continue;
}
TES3Lib.Records.REFR mwREFR;
var referenceTypeName = obRef.GetType().Name;
if (referenceTypeName.Equals("REFR"))
{
var obREFR = obRef as TES4Lib.Records.REFR;
if (IsNull(obREFR.NAME))
{
continue;
}
var ReferenceBaseFormId = obREFR.NAME.BaseFormId;
var BaseId = GetBaseId(ReferenceBaseFormId);
if (string.IsNullOrEmpty(BaseId))
{
continue;
}
mwREFR = ConvertREFR(obREFR, BaseId, mwCELL.NAM0.ReferenceCount, mwCELL.DATA.Flags.Contains(TES3Lib.Enums.Flags.CellFlag.IsInteriorCell));
CellReferences.Add(new ConvertedCellReference(originalCellFormId, obREFR.FormId, mwREFR)); //for tracking
{ // disable exterior statics as requested, remove when SI mod will be finished
if (!mwCELL.DATA.Flags.Contains(TES3Lib.Enums.Flags.CellFlag.IsInteriorCell))
{
if (ConvertedRecords.ContainsKey("STAT") && ConvertedRecords["STAT"].Any(x => x.EditorId.Equals(BaseId)))
{
continue;
}
}
}
mwCELL.REFR.Add(mwREFR);
mwCELL.NAM0.ReferenceCount++;
continue;
}
if (referenceTypeName.Equals("ACRE"))
{
var obACRE = obRef as TES4Lib.Records.ACRE;
if (IsNull(obACRE.NAME))
{
continue;
}
var ReferenceBaseFormId = obACRE.NAME.BaseFormId;
var BaseId = GetBaseId(ReferenceBaseFormId);
if (string.IsNullOrEmpty(BaseId))
{
continue;
}
mwREFR = ConvertACRE(obACRE, BaseId, mwCELL.NAM0.ReferenceCount, mwCELL.DATA.Flags.Contains(TES3Lib.Enums.Flags.CellFlag.IsInteriorCell));
CellReferences.Add(new ConvertedCellReference(originalCellFormId, obACRE.FormId, mwREFR)); //for tracking
mwCELL.REFR.Add(mwREFR);
mwCELL.NAM0.ReferenceCount++;
continue;
}
if (referenceTypeName.Equals("ACHR"))
{
var obACHR = obRef as TES4Lib.Records.ACHR;
if (IsNull(obACHR.NAME))
{
continue;
}
var ReferenceBaseFormId = obACHR.NAME.BaseFormId;
var BaseId = GetBaseId(ReferenceBaseFormId);
if (string.IsNullOrEmpty(BaseId))
{
continue;
}
mwREFR = ConvertACHR(obACHR, BaseId, mwCELL.NAM0.ReferenceCount, mwCELL.DATA.Flags.Contains(TES3Lib.Enums.Flags.CellFlag.IsInteriorCell));
CellReferences.Add(new ConvertedCellReference(originalCellFormId, obACHR.FormId, mwREFR)); //for tracking
mwCELL.REFR.Add(mwREFR);
mwCELL.NAM0.ReferenceCount++;
continue;
}
if (referenceTypeName.Equals("LAND"))
{
continue;
}
if (referenceTypeName.Equals("PGRD"))
{
if (mwCELL.DATA.Flags.Contains(TES3Lib.Enums.Flags.CellFlag.IsInteriorCell))
{
var obPGRD = obRef as TES4Lib.Records.PGRD;
var mwPGRD = ConvertPGRD(obPGRD, mwCELL);
ConvertedRecords["PGRD"].Add(new ConvertedRecordData(originalCellFormId, "CELL", mwCELL.NAME.EditorId, mwPGRD));
continue;
}
//else
//{
// var coordinates = $"{mwPGRD.DATA.GridX},{mwPGRD.DATA.GridY}";
// if (!ExteriorPathGrids.ContainsKey(coordinates))
// {
// ExteriorPathGrids.Add(coordinates, new List<ConvertedExteriorPathgrid>());
// }
// ExteriorPathGrids[coordinates].Add(new ConvertedExteriorPathgrid(mwPGRD, obPGRD.PGRI));
// continue;
//}
}
}
}
}
