上手く行かないので剛体は延期

どうやらMMDのBulletは魔改造しているらしく、もしかするとそのままだと動かないかもしれない

bonegen.py

@@ -64,8 +64,8 @@ def _lockHideAttributes(self, jointName, disableType):
   def _settingDrawStyle(self, bones, jointNames):
     for i in range(len(bones)):
       visible = 0 if bones[i].getVisibleFlag() else 2
-      jointName = jointNames[i]
-      maya.cmds.setAttr("%s.drawStyle" % jointName, visible)
+      visible = 2 if bones[i].getIkFlag() else visible
+      maya.cmds.setAttr("%s.drawStyle" % jointNames[i], visible)
 
 
   # 回転・移動・操作フラグからLockとHideを各チャンネルに行う

expgen.py

@@ -5,6 +5,7 @@
 import maya.OpenMaya
 
 import filemanager
+import util
 
 class ExpressionGenerator:
 
@@ -36,13 +37,15 @@ def _duplicateMesh(self):
   def _createDisplayLayer(self, morphNames):
     morphs = self.mmdData.morphs
     panels = ["eyebrow_group", "eye_group", "mouth_group", "other_group"]
+    panelJpNames = [u"眉", u"目", u"口", u"その他"]
     groups = []
     for panel in range(4):
       maya.cmds.select(d=True)
       for i in range(len(morphs)):
         if morphs[i].panel == panel + 1:
           maya.cmds.select(morphNames[i], tgl=True)
       groupName = maya.cmds.group(name=panels[panel])
+      util.setJpName(groupName, panelJpNames[panel])
       maya.cmds.setAttr("%s.v" % groupName, 0)
       groups.append(groupName)
     return groups

mmdcommand.py

@@ -74,7 +74,7 @@ def _grouping(self, polyName, jointNames, noparentBonesIndices):
 
 
   def _groupExpression(self, blendShapeNames, mother):
-    expgroup = maya.cmds.group(n="expresssion", w=True, em=True)
+    expgroup = maya.cmds.group(n="blendShapes", w=True, em=True)
     maya.cmds.parent(expgroup, mother)
     for gname in blendShapeNames:
       maya.cmds.parent(gname, expgroup)
@@ -97,8 +97,8 @@ def _createData(self, argData):
       genMaterial.generate(meshName, incandescenseFlag)
 
       # Blend Shapeの生成
-      #genExp = expgen.ExpressionGenerator(mmdData, filePath)
-      #blendShapeNames = genExp.generate(polyName)
+      genExp = expgen.ExpressionGenerator(mmdData, filePath)
+      blendShapeNames = genExp.generate(polyName)
 
       # ボーンの生成
       genBone = bonegen.BoneGenerator(mmdData, filePath)
@@ -118,12 +118,12 @@ def _createData(self, argData):
         genSkin = skingen.SkinGenerator(mmdData)
         genSkin.generate(skinCluster, jointNames, polyName)
 
-      genRigid = rigidgen.RigidBodyGenerator(mmdData, filePath)
-      genRigid.generate(jointNames)
+      #genRigid = rigidgen.RigidBodyGenerator(mmdData, filePath)
+      #genRigid.generate(jointNames)
 
       #グループ化
       mother = self._grouping(polyName, jointNames, noparentBonesIndices)
-      #self._groupExpression(blendShapeNames, mother)
+      self._groupExpression(blendShapeNames, mother)
 
 
   def doIt(self, args):

rigidgen.py

@@ -68,7 +68,7 @@ def _constructConstraint(self, bones, rigidObj, shape, rigid, jointNames):
 
     if parentJoint != "":
       if mode == 0:   # ボーン追従
-        maya.cmds.setAttr("%s.bodyType" % shape, 1)
+        maya.cmds.setAttr("%s.bodyType" % shape, 0)
         current = bones[rigid.bone_index]
         parentJoint = jointNames[current.parent_index]
         self._parentConstraint(parentJoint, rigidObj)
@@ -105,25 +105,15 @@ def _createRigidObjects(self, jointNames):
     return rigidObjects, rigidShapes
 
 
-  def _convertCoordinate(self, value, limitType, axis):
-    if limitType == "angular" and axis == "X":
-      return  -value * self.constPI
-    elif limitType == "linear" and axis == "Z":
-      return -value
-
-    if limitType == "angular":
-      return value * self.constPI
-
-    return value
-
-
   def _setJointLimitation(self, constraint, minVector, maxVector, limitType, axis, i):
     args = (constraint, limitType, axis)
     minValue = minVector[i] #self._convertCoordinate(minVector[i], limitType, axis)
     maxValue = maxVector[i] #self._convertCoordinate(maxVector[i], limitType, axis)
 
+    if minVector[i] > maxVector[i]:
+      maya.cmds.setAttr("%s.%sConstraint%s" % args, 0)
     if minVector[i] == 0.0 and maxVector[i] == 0.0:
-      maya.cmds.setAttr("%s.%sConstraint%s" % args, 2)
+      maya.cmds.setAttr("%s.%sConstraint%s" % args, 1)
     else:
       maya.cmds.setAttr("%s.%sConstraint%s" % args, 2)
       maya.cmds.setAttr("%s.%sConstraintMin%s" % args, minValue)
@@ -132,7 +122,9 @@ def _setJointLimitation(self, constraint, minVector, maxVector, limitType, axis,
 
   def _setSpringLimitation(self, constraint, limitVector, limitType, axis, i):
     limitValue = limitVector[i] #self._convertCoordinate(limitVector[i], limitType, axis)
-    maya.cmds.setAttr("%s.%sSpringStiffness%s" % (constraint, limitType, axis), limitValue)
+    args = (constraint, limitType, axis)
+    maya.cmds.setAttr("%s.%sSpringEnabled%s" % args, 1)
+    maya.cmds.setAttr("%s.%sSpringStiffness%s" % args, limitValue)
 
   def _constraintJoint(self, joint, rigidShapes):
     ai = joint.rigidbody_index_a
@@ -158,4 +150,4 @@ def _createJoint(self, rigidShapes):
 
   def generate(self, jointNames):
     rigidObjects, rigidShapes = self._createRigidObjects(jointNames)
-    #self._createJoint(rigidShapes)
+    self._createJoint(rigidShapes)

util.py

@@ -4,4 +4,7 @@
 
 def setJpName(objName, jpName):
   maya.cmds.addAttr(objName, dt="string", ln="jpName", h=False, k=False)
-  maya.cmds.setAttr("%s.jpName" % objName, jpName, typ="string")
+  maya.cmds.setAttr("%s.jpName" % objName, jpName, typ="string")
+
+def getJpName(objName):
+  return maya.cmds.getAttr("%s.jpName" % objName)