public static void CreateStoredPose()
{
string name = "New";
StoredPoseAsset sp = ScriptableObject.CreateInstance <StoredPoseAsset>();
Transform root = Selection.activeGameObject.transform;
//SkeletonConfiguration cpp = Selection.activeGameObject.transform.GetComponent<SkeletonConfiguration>();
//if (cpp == null) cpp = Selection.activeGameObject.transform.GetComponentInChildren<SkeletonConfiguration>();
//if (cpp == null) cpp = Selection.activeGameObject.transform.GetComponentInParent<SkeletonConfiguration>();
//if (cpp != null) {
name = root.name;
//if (cpp.rootBone != null)
// sp.pose = StoredPoseAsset.StorePose(cpp.rootBone);
//else sp.pose = StoredPoseAsset.StorePose(cpp.transform);
sp.pose = StoredPoseAsset.StorePose(root);
//} else {
// Debug.LogError("Failed to create a StoredPose. Select a SkeletonConfiguration in the hierarchy panel.");
//}
AssetDatabase.CreateAsset(sp, "Assets/" + name + "StoredPose.asset");
AssetDatabase.SaveAssets();
EditorUtility.FocusProjectWindow();
Selection.activeObject = sp;
}
public VJoint[] GenerateVJoints()
{
if (vJoints != null && vJoints.Length > 0)
{
return(vJoints);
}
Animator a = GetComponent <Animator>();
if (a != null)
{
a.enabled = false;
}
StoredPoseAsset.ApplyPose(aPose.pose, transform);
List <BoneMapAsset.HAnimBoneMapping> mergedMap = new List <BoneMapAsset.HAnimBoneMapping>();
foreach (BoneMapAsset.HAnimBoneMapping m in boneMap.mappings)
{
mergedMap.Add(m);
}
foreach (BoneMapAsset.ExtraBone eb in boneMap.extraBones)
{
string bone_name = eb.hanim_bone.ToString();
if (eb.hanim_bone == CanonicalRepresentation.HAnimBones.NONE)
{
bone_name = eb.bone_name;
}
Transform ebTransform = transform.FindChildRecursive(bone_name);
Transform ebParentTransform = transform.FindChildRecursive(eb.parent_src_bone);
if (ebTransform == null && ebParentTransform != null)
{
ebTransform = (new GameObject(bone_name)).transform;
ebTransform.SetParent(ebParentTransform);
ebTransform.position = ebParentTransform.position + eb.localPosition;
ebTransform.localRotation = Quaternion.Euler(eb.localEulerRotation.x, eb.localEulerRotation.y, eb.localEulerRotation.z);
}
BoneMapAsset.HAnimBoneMapping newMap;
newMap.hanim_bone = eb.hanim_bone;
newMap.src_bone = bone_name;
mergedMap.Add(newMap);
}
rig = new CanonicalRig(transform, mergedMap.ToArray());
if (rig.boneMap == null)
{
_ready = false;
rig = null;
Debug.LogError("Failed to create CanonicalRig");
return(null);
}
VJoint[] res = new VJoint[rig.boneMap.Length];
Dictionary <string, VJoint> lut = new Dictionary <string, VJoint>();
for (int b = 0; b < rig.boneMap.Length; b++)
{
Transform bone = rig.boneMap[b].bone;
if (rig.boneMap[b].canonicalBoneName == CanonicalRepresentation.HAnimBones.skullbase)
{
head = bone;
}
VJoint parent = null;
Vector3 pos = Vector3.zero;
Quaternion rot = rig.boneMap[b].CurrentRotationInCanonical();
if (b == 0)
{
pos = rootPosition;
rot = rot * rootRotation;
}
else
{
pos = (bone.position - bone.parent.position);
parent = lut[bone.parent.name];
if (parent == null)
{
Debug.LogError("Parent of " + bone.parent.name + " not added yet");
return(null);
}
}
string hAnimName = "";
if (rig.boneMap[b].canonicalBoneName != CanonicalRepresentation.HAnimBones.NONE)
{
hAnimName = rig.boneMap[b].canonicalBoneName.ToString();
}
res[b] = new VJoint(bone.name, hAnimName, pos, rot, parent);
lut.Add(bone.name, res[b]);
}
vJoints = res;
_ready = true;
return(vJoints);
}
