def restBones(self):
animated = self.getAnimatedBoneNames()
bones = self.context.renderer.getBones()
target = skin.SkinningBone(None)
for name in bones:
if not name in animated:
self.restBone(bones[name], target)
def apply(self, editor):
bones = editor.context.renderer.bones
parent = bones[self.bone.name]
baseName = parent.name.replace("\\", "/").rsplit("/")[-1]
parts = baseName.strip().split(" ")
if parts[-1].isdigit():
parts = parts[:-1]
newName = self.findNextFreeBoneName(bones, " ".join(parts))
bone = skin.SkinningBone(newName)
bone.pivot = editor.getBoneInverseTranslation(bones[self.bone.name], editor.mouse, False)
bone.zOrder = self.findNextZOrder(parent, bones)
bones[bone.name] = bone
editor.connectBone(bone.name, parent.name)
editor.setActiveBone(bone)
def createImageBone(self, surface, boneName, fileName, placement, zOrder):
originalWidth, originalHeight = surface.get_size()
crop = surface.get_bounding_rect()
crop.inflate_ip(10, 10) #TODO For testing
surface = self.cropSurface(surface, crop)
x = placement[0] + crop[0]
y = placement[1] + crop[1]
bone = skin.SkinningBone(boneName)
bone.parent = self.root.name
bone.image = skin.SkinnedImage(fileName, crop[0], crop[1],
surface.get_width(), surface.get_height(),
originalWidth, originalHeight)
bone.pos = (x, y)
bone.pivot = (bone.pos[0] + bone.image.width / 2.0, bone.pos[1] + bone.image.height / 2.0)
bone.zOrder = zOrder
bone.updatePoints(surface, self.pointResolution)
self.bones[bone.parent].children.append(boneName)
self.bones[boneName] = bone
self.skinTextures.setTexture(bone.image.name, surface)
def createRootBone(self):
root = skin.SkinningBone("root")
root.pivot = (self.size[0] * 0.5, self.size[1] * 0.75)
self.bones = {root.name: root}
return root