void Register()
{
if (bmlRequests == null)
{
bmlRequests = FindObjectOfType <BMLRequests>();
}
rigs = FindObjectsOfType <ManualAnimationRig>();
List <string> names = new List <string>();
for (int r = 0; r < rigs.Length; r++)
{
names.Add(rigs[r].name);
}
if (rigs.Length >= selectedRig)
{
selectedRig = 0;
}
labels = names.ToArray();
if (rigs.Length > 0)
{
if (animationRig == null)
{
animationRig = rigs[selectedRig];
}
Populate();
}
}
// Export animation... current clip?
public static string ExportAnimation(ManualAnimationRig animationRig, AnimationClip clip, float frameRate, ManualAnimationRig.ExportMode mode)
{
if (animationRig == null)
{
return(null);
}
Dictionary <string, bool> animatedBones = new Dictionary <string, bool>();
Dictionary <string, float> syncPoints = new Dictionary <string, float>();
foreach (EditorCurveBinding binding in AnimationUtility.GetCurveBindings(clip))
{
//AnimationCurve curve = AnimationUtility.GetEditorCurve (clip, binding);
string[] pathElems = binding.path.Split('/');
string hAnimName = pathElems[pathElems.Length - 1];
if (binding.propertyName.StartsWith("m_LocalRotation"))
{
if (!animatedBones.ContainsKey(hAnimName))
{
animatedBones.Add(hAnimName, false);
}
}
if (binding.propertyName.StartsWith("m_LocalPosition"))
{
if (!animatedBones.ContainsKey(hAnimName))
{
animatedBones.Add(hAnimName, true);
}
else
{
animatedBones[hAnimName] = true;
}
}
}
foreach (AnimationEvent ae in AnimationUtility.GetAnimationEvents(clip))
{
if (ae.functionName.StartsWith("Sync_"))
{
string syncType = ae.functionName.Substring(5);
if (syncType == "custom")
{
syncType = ae.stringParameter;
}
syncPoints.Add(syncType, ae.time / clip.length);
Debug.Log(ae.functionName + " " + syncType + " " + ae.time);
}
}
string parts = "";
List <Transform> partReferences = new List <Transform>();
// Get a nice ordered list of the bones:
foreach (BoneSpec boneSpec in animationRig.controlledAgent.agentSpec.bones)
{
foreach (KeyValuePair <string, bool> animatedBone in animatedBones)
{
if (animatedBone.Key == boneSpec.hAnimName)
{
parts += boneSpec.hAnimName + " ";
Transform boneObject = animationRig.FindDeepChild(animationRig.vjointRoot.parent, boneSpec.hAnimName);
partReferences.Add(boneObject);
break;
}
}
}
parts = parts.Trim();
string encoding = "R";
string rotationEncoding = "quaternions";
// if root has translation: we use T1R
if (animatedBones.ContainsKey("HumanoidRoot") && animatedBones["HumanoidRoot"])
{
encoding = "T1R";
// Could also use "TR" if there is a non-root bone with translation...
// but we don't support those non-root translations in animations atm anyway...
}
List <float> times = new List <float>();
List <float[]> frames = new List <float[]>();
float delta = 1 / frameRate;
for (int frame = 0; frame < Math.Max(1, clip.length * frameRate); frame++)
{
float t = delta * frame;
clip.SampleAnimation(animationRig.vjointRoot.parent.gameObject, t);
//yield return new WaitForSeconds(delta);
times.Add(t);
List <float> elems = new List <float>();
foreach (Transform partReference in partReferences)
{
if (encoding == "TR" || (encoding == "T1R" && partReference.name == "HumanoidRoot"))
{
elems.AddRange(ExtractAsapVectorPosition(partReference));
elems.AddRange(ExtractAsapQuaternionRotation(partReference));
}
else if (encoding == "R" || encoding == "T1R")
{
elems.AddRange(ExtractAsapQuaternionRotation(partReference));
}
}
frames.Add(elems.ToArray());
}
Debug.Log("Exporting gesture " + clip.name + ". Duration: " + clip.length + " (" + frames.Count + " frames total)");
return(WriteXML(animationRig.controlledAgent.id, clip, parts, rotationEncoding, encoding, times, frames, syncPoints, mode));
}