public override void Execute(MTree tree)
{
base.Execute(tree);
Random.InitState(seed);
int selection = parent == null ? 0 : parent.id;
tree.Split(selection, number, splitAngle, id, splitRadius, start, spread, 0f);
}
public void Execute(MTree tree)
{
int selection = parent == null ? 0 : parent.id;
Random.InitState(seed);
if (type == FunctionType.Trunk)
{
tree.AddTrunk(Vector3.down * TheightOffset, Vector3.up, Tlength, Tradius, TradiusMultiplier, Tresolution, Trandomness
, id, TrootShape, TrootRadius, TrootHeight, TrootResolution, ToriginAttraction);
}
if (type == FunctionType.Grow)
{
tree.Grow(Glength, GlengthCurve, Gresolution, GsplitProba, GsplitProbaCurve, GsplitAngle, GmaxSplits, selection
, id, Grandomness, Gradius, GsplitRadius, GupAttraction, GgravityStrength, 0f, 0.001f);
}
if (type == FunctionType.Split)
{
tree.Split(selection, Snumber, SsplitAngle, id, SsplitRadius, Sstart, Sspread, 0f);
}
if (type == FunctionType.Branch)
{
tree.AddBranches(selection, Blength, BlengthCurve, Bresolution, Bnumber, BsplitProba, BsplitProbaCurve, Bangle
, Brandomness, Bshape, Bradius, BupAttraction, id, Bstart, BgravityStrength, 0f, 0.001f);
}
if (type == FunctionType.Leaf)
{
tree.AddLeafs(LmaxRadius, Lnumber, LleafMesh, Lsize, LoverrideNormals, LminWeight, LmaxWeight, selection, 70, Lprocedural, Llength, Lresolution, LuLoops, LgravityStrength);
}
}