public static string GetNameFromObject(Object o, Type type)
{
var name = GlTF_Writer.GetNameFromObject(o);
var typeName = type == Type.Vertex ? "vertex" : "fragment";
return(typeName + "_" + name);
}
public static string GetNameFromObject(Object o, Type type)
{
// Don't use the object ID, so that we can deterministically produce
// the same filenames when exporting the same asset again.
var name = GlTF_Writer.GetNameFromObject(o, false);
var typeName = type == Type.Vertex ? "vertex" : "fragment";
return(typeName + "_" + name);
}
// Create different names based on the format
// Opaque and Transparent textures are exported differently.
public static string GetNameFromObject(Object o, IMAGETYPE format)
{
string transparencyStyle = (
format == IMAGETYPE.RGBA_OPAQUE) ? "OPAQUE" : "TRANSPARENT";
// Don't use the object ID, so that we can deterministically produce
// the same filenames when exporting the same asset again.
return("texture_" + transparencyStyle + "_" +
GlTF_Writer.GetNameFromObject(o, false));
}
public void Populate(AnimationClip c, Transform tr)
{
name = "anim_" + c.name + "_" + GlTF_Writer.GetNameFromObject(tr, true);
// AnimationUtility.GetCurveBindings(c);
// look at each curve
// if position, rotation, scale detected for first time
// create channel, sampler, param for it
// populate this curve into proper component
AnimationClipCurveData[] curveDatas = AnimationUtility.GetAllCurves(c, true);
// Find curve which has most keyframes for time reference
Keyframe[] refKeyFrames = null;
for (int i = 0; i < curveDatas.Length; ++i)
{
var cd = curveDatas[i];
if (refKeyFrames == null || cd.curve.keys.Length > refKeyFrames.Length)
{
refKeyFrames = cd.curve.keys;
}
}
PopulateTime(c.name, refKeyFrames);
for (int i = 0; i < curveDatas.Length; i++)
{
var cd = curveDatas[i];
string propName = cd.propertyName;
var boneTransform = GetTransformFromPath(cd.path, tr);
if (boneTransform == null)
{
continue;
}
var boneName = GlTF_Node.GetNameFromObject(boneTransform);
BoneAnimData bad;
if (boneAnimData.ContainsKey(boneName))
{
bad = boneAnimData[boneName];
}
else
{
bad = new BoneAnimData(c.name, boneName);
boneAnimData[boneName] = bad;
}
bad.PopulateAccessor(cd, refKeyFrames);
}
}
public static string GetNameFromObject(Object o)
{
return("mesh_" + GlTF_Writer.GetNameFromObject(o, true));
}
public static string GetNameFromObject(Object o)
{
return /*"node_" + */ (GlTF_Writer.GetNameFromObject(o, false));
}
public static string GetNameFromObject(Object o)
{
// Don't use the object ID, so that we can deterministically produce
// the same filenames when exporting the same asset again.
return("technique_" + GlTF_Writer.GetNameFromObject(o, false));
}
public static string GetNameFromObject(Object o, string name)
{
return("accessor_" + name + "_" + GlTF_Writer.GetNameFromObject(o, true));
}
public static string GetNameFromObject(Object o, int index)
{
return("primitive_" + index + "_" + GlTF_Writer.GetNameFromObject(o, true));
}
public static string GetNameFromObject(Object o)
{
return /*"mesh_" + */ (GlTF_Writer.GetNameFromObject(o));
}
public static string GetNameFromObject(Object o)
{
return("program_" + GlTF_Writer.GetNameFromObject(o));
}
public static string GetNameFromObject(Object o)
{
return("technique_" + GlTF_Writer.GetNameFromObject(o));
}
public static string GetNameFromObject(Object o)
{
return("node_" + GlTF_Writer.GetNameFromObject(o)); //modified by Stephen Zhou 2018-10-1 11:04:30 before: return "node_" + GlTF_Writer.GetNameFromObject(o, true);
}
