static MyModelFractures ReadModelFractures(BinaryReader reader)
{
MyModelFractures modelFractures = new MyModelFractures();
modelFractures.Version = reader.ReadInt32();
var fracturesCount = reader.ReadInt32();
for (int i = 0; i < fracturesCount; i++)
{
string fractureName = reader.ReadString();
if (fractureName == "RandomSplit")
{
var settings = new RandomSplitFractureSettings();
settings.NumObjectsOnLevel1 = reader.ReadInt32();
settings.NumObjectsOnLevel2 = reader.ReadInt32();
settings.RandomRange = reader.ReadInt32();
settings.RandomSeed1 = reader.ReadInt32();
settings.RandomSeed2 = reader.ReadInt32();
settings.SplitPlane = reader.ReadString();
modelFractures.Fractures = new MyFractureSettings[] { settings };
}
else if (fractureName == "Voronoi")
{
var settings = new VoronoiFractureSettings();
settings.Seed = reader.ReadInt32();
settings.NumSitesToGenerate = reader.ReadInt32();
settings.NumIterations = reader.ReadInt32();
settings.SplitPlane = reader.ReadString();
modelFractures.Fractures = new MyFractureSettings[] { settings };
}
}
return(modelFractures);
}
static MyModelFractures ReadModelFractures(BinaryReader reader)
{
MyModelFractures modelFractures = new MyModelFractures();
modelFractures.Version = reader.ReadInt32();
var fracturesCount = reader.ReadInt32();
for (int i = 0; i < fracturesCount; i++)
{
string fractureName = reader.ReadString();
if (fractureName == "RandomSplit")
{
var settings = new RandomSplitFractureSettings();
settings.NumObjectsOnLevel1 = reader.ReadInt32();
settings.NumObjectsOnLevel2 = reader.ReadInt32();
settings.RandomRange = reader.ReadInt32();
settings.RandomSeed1 = reader.ReadInt32();
settings.RandomSeed2 = reader.ReadInt32();
settings.SplitPlane = reader.ReadString();
modelFractures.Fractures = new MyFractureSettings[] { settings };
}
else if (fractureName == "Voronoi")
{
var settings = new VoronoiFractureSettings();
settings.Seed = reader.ReadInt32();
settings.NumSitesToGenerate = reader.ReadInt32();
settings.NumIterations = reader.ReadInt32();
settings.SplitPlane = reader.ReadString();
modelFractures.Fractures = new MyFractureSettings[] { settings };
}
else if (fractureName == "WoodFracture")
{
var settings = new WoodFractureSettings();
settings.BoardCustomSplittingPlaneAxis = reader.ReadBoolean();
settings.BoardFractureLineShearingRange = reader.ReadSingle();
settings.BoardFractureNormalShearingRange = reader.ReadSingle();
settings.BoardNumSubparts = reader.ReadInt32();
settings.BoardRotateSplitGeom = (WoodFractureSettings.Rotation)reader.ReadInt32();
settings.BoardScale = ReadVector3(reader);
settings.BoardScaleRange = ReadVector3(reader);
settings.BoardSplitGeomShiftRangeY = reader.ReadSingle();
settings.BoardSplitGeomShiftRangeZ = reader.ReadSingle();
settings.BoardSplittingAxis = ReadVector3(reader);
settings.BoardSplittingPlane = reader.ReadString();
settings.BoardSurfaceNormalShearingRange = reader.ReadSingle();
settings.BoardWidthRange = reader.ReadSingle();
settings.SplinterCustomSplittingPlaneAxis = reader.ReadBoolean();
settings.SplinterFractureLineShearingRange = reader.ReadSingle();
settings.SplinterFractureNormalShearingRange = reader.ReadSingle();
settings.SplinterNumSubparts = reader.ReadInt32();
settings.SplinterRotateSplitGeom = (WoodFractureSettings.Rotation)reader.ReadInt32();
settings.SplinterScale = ReadVector3(reader);
settings.SplinterScaleRange = ReadVector3(reader);
settings.SplinterSplitGeomShiftRangeY = reader.ReadSingle();
settings.SplinterSplitGeomShiftRangeZ = reader.ReadSingle();
settings.SplinterSplittingAxis = ReadVector3(reader);
settings.SplinterSplittingPlane = reader.ReadString();
settings.SplinterSurfaceNormalShearingRange = reader.ReadSingle();
settings.SplinterWidthRange = reader.ReadSingle();
modelFractures.Fractures = new MyFractureSettings[] { settings };
}
}
return(modelFractures);
}
