public void ReadVIS(BFRES.MTA mta, Syroot.NintenTools.NSW.Bfres.VisibilityAnim vis)
{
mta.Text = vis.Name;
mta.FrameCount = (uint)vis.FrameCount;
int boneindx = 0;
if (vis.Names != null)
{
foreach (string nm in vis.Names) //Loop through every bone. Not all have base and curve data
{
MatAnimEntry bone = new MatAnimEntry();
bone.Text = vis.Names[boneindx];
if (vis.BaseDataList == null)
{
vis.BaseDataList = new bool[0];
}
if (boneindx < vis.BaseDataList.Length)
{
MatAnimData md = new MatAnimData();
bool bas = vis.BaseDataList[boneindx];
md.VIS_State = bas;
md.Frame = 0;
bone.matCurves.Add(md);
}
if (vis.Curves.Count != 0)
{
if (boneindx < vis.Curves.Count)
{
Syroot.NintenTools.NSW.Bfres.AnimCurve cr = vis.Curves[boneindx];
int frm = 0;
foreach (bool bn in cr.KeyStepBoolData)
{
BFRES.MatAnimData md = new BFRES.MatAnimData();
md.Frame = (int)cr.Frames[frm];
md.VIS_State = bn;
bone.matCurves.Add(md);
frm++;
}
}
}
mta.matEntries.Add(bone);
boneindx++;
}
}
}
public BFRES_MTA(MaterialAnim vis)
{
ImageKey = "image";
SelectedImageKey = "image";
Text = vis.Name;
FrameCount = (uint)vis.FrameCount;
foreach (MaterialAnimData matanim in vis.MaterialAnimDataList)
{
MatAnimEntry mat = new MatAnimEntry();
FMAANode matnode = new FMAANode(matanim);
mat.Text = matanim.Name;
for (int Frame = 0; Frame < vis.FrameCount; Frame++)
{
int CurTrack = 0;
foreach (FMAATrack track in matnode.tracks)
{
MatAnimData md = new MatAnimData();
float value;
if (matanim.Curves[CurTrack].CurveType == AnimCurveType.Cubic)
{
FMAAKey left = track.GetLeft(Frame);
FMAAKey right = track.GetRight(Frame);
value = Animation.Hermite(Frame, left.frame, right.frame, 0, 0, left.unk1, right.unk1);
md.keys.Add(value);
}
mat.matCurves.Add(md);
CurTrack++;
}
}
matEntries.Add(mat);
}
}
public BFRES_FSHU(MTA mta, ShaderParamAnim fshu, ResFile b)
{
mta.Text = fshu.Name;
mta.FrameCount = (uint)fshu.FrameCount;
foreach (ShaderParamMatAnim matanim in fshu.ShaderParamMatAnims)
{
MatAnimEntry mat = new MatAnimEntry();
mat.Text = matanim.Name;
Console.WriteLine($"MatAnim = {mat.Text}");
Console.WriteLine($"Curve Count = {matanim.Curves.Count}");
if (matanim.Curves.Count == 0)
{
}
//First set the data then iterpolate
foreach (AnimCurve cr in matanim.Curves)
{
mat.InterpolateWU(cr);
}
mta.matEntries.Add(mat);
for (int Frame = 0; Frame < fshu.FrameCount; Frame++)
{
foreach (MatAnimData track in mat.matCurves)
{
AnimKey left = track.GetLeft(Frame);
AnimKey right = track.GetRight(Frame);
track.Value = Animation.Hermite(Frame, left.frame, right.frame, 0, 0, left.unk1, right.unk1);
}
}
int CurCurve = 0;
for (int Frame = 0; Frame < fshu.FrameCount; Frame++)
{
foreach (MatAnimData track in mat.matCurves)
{
//This works like this
//Each param has their own info. While this loop through each curve determine which data is which
//Set the param name. Then detemine the data in between begin curve and total count
//Example. Begin curve starts at 0. Count may be 3 for RGB values
//Then for next curve would start at 3 and so on
//For color I simply use the values starting from RGBA
//Then for the next param i subtract the start value to reset the index back to 0
foreach (ParamAnimInfo inf in matanim.ParamAnimInfos)
{
track.shaderParamName = inf.Name;
if (inf.BeginCurve >= CurCurve)
{
if (inf.FloatCurveCount >= CurCurve)
{
int ColorIndex = CurCurve - inf.BeginCurve;
track.AnimColorType = (MatAnimData.ColorType)ColorIndex;
}
}
}
}
CurCurve++;
}
mta.matEntries.Add(mat);
}
}