Пример #1
0
 def create_slot_node(root, slot, slot_type, set_fields=None):
     if isinstance(slot, Slot):
         bone_name = '%0X8' % int(slot.bone_name)
         if slot.bone_name in names:
             bone_name = names[slot.bone_name]
         slot_name = '%0X8' % int(slot.name)
         if slot.name in Slot.NAMES:
             slot_name = Slot.NAMES[slot.name]
         slot_node = create_sims3_content_node(bone_name, slot_type)
         slot_node.hide = False
         slot_node.empty_draw_type = 'ARROWS'
         slot_node.parent = root
         if set_fields:
             set_fields(slot_node)
         slot_matrix = s3py.blender.s3_4x3_to_Matrix(slot.transform)
         slot_node.rotation_quaternion = slot_matrix.to_quaternion()
         slot_node.location = slot_matrix.to_translation()
         bone_bind = slot_node.constraints.new(type='CHILD_OF')
         armature_bone = find_bone(armature.data.edit_bones, bone_name)
         if armature_bone:
             bone_bind.target = armature
             bone_bind.subtarget = armature_bone.name
         return slot_node
     else:
         raise Exception("Expected an instance of s3py.model.Slot")
Пример #2
0
 def create_slot_node(root,slot,slot_type,set_fields=None):
     if isinstance(slot,Slot):
         bone_name = '%0X8'%int(slot.bone_name)
         if slot.bone_name in names:
             bone_name = names[slot.bone_name]
         slot_name = '%0X8'%int(slot.name)
         if slot.name in Slot.NAMES:
             slot_name = Slot.NAMES[slot.name]
         slot_node = create_sims3_content_node(bone_name,slot_type)
         slot_node.hide = False
         slot_node.empty_draw_type = 'ARROWS'
         slot_node.parent = root
         if set_fields:
             set_fields(slot_node)
         slot_matrix = s3py.blender.s3_4x3_to_Matrix(slot.transform)
         slot_node.rotation_quaternion = slot_matrix.to_quaternion()
         slot_node.location = slot_matrix.to_translation()
         bone_bind = slot_node.constraints.new(type='CHILD_OF')
         armature_bone = find_bone(armature.data.edit_bones,bone_name)
         if armature_bone:
             bone_bind.target = armature
             bone_bind.subtarget = armature_bone.name
         return slot_node
     else:
         raise Exception("Expected an instance of s3py.model.Slot")
Пример #3
0
def load_rslt(rslt,armature,names):
    if isinstance(rslt,SlotRig):
        slot_root = create_sims3_content_node('slot','SLOT',rslt.key)
        def create_slot_node(root,slot,slot_type,set_fields=None):
            if isinstance(slot,Slot):
                bone_name = '%0X8'%int(slot.bone_name)
                if slot.bone_name in names:
                    bone_name = names[slot.bone_name]
                slot_name = '%0X8'%int(slot.name)
                if slot.name in Slot.NAMES:
                    slot_name = Slot.NAMES[slot.name]
                slot_node = create_sims3_content_node(bone_name,slot_type)
                slot_node.hide = False
                slot_node.empty_draw_type = 'ARROWS'
                slot_node.parent = root
                if set_fields:
                    set_fields(slot_node)
                slot_matrix = s3py.blender.s3_4x3_to_Matrix(slot.transform)
                slot_node.rotation_quaternion = slot_matrix.to_quaternion()
                slot_node.location = slot_matrix.to_translation()
                bone_bind = slot_node.constraints.new(type='CHILD_OF')
                armature_bone = find_bone(armature.data.edit_bones,bone_name)
                if armature_bone:
                    bone_bind.target = armature
                    bone_bind.subtarget = armature_bone.name
                return slot_node
            else:
                raise Exception("Expected an instance of s3py.model.Slot")
        for slot in rslt.container_slots: create_slot_node(slot_root,slot,'CONTAINER')
        for slot in rslt.routing_slots: create_slot_node(slot_root,slot,'ROUTE')
        for slot in rslt.target_slots: create_slot_node(slot_root,slot,'TARGET')
        for slot in rslt.effect_slots: create_slot_node(slot_root,slot,'EFFECT')
        for slot in rslt.cone_slots: create_slot_node(slot_root,slot,'CONE')
        return slot_root
Пример #4
0
def load_rslt(rslt, armature, names):
    if isinstance(rslt, SlotRig):
        slot_root = create_sims3_content_node('slot', 'SLOT', rslt.key)

        def create_slot_node(root, slot, slot_type, set_fields=None):
            if isinstance(slot, Slot):
                bone_name = '%0X8' % int(slot.bone_name)
                if slot.bone_name in names:
                    bone_name = names[slot.bone_name]
                slot_name = '%0X8' % int(slot.name)
                if slot.name in Slot.NAMES:
                    slot_name = Slot.NAMES[slot.name]
                slot_node = create_sims3_content_node(bone_name, slot_type)
                slot_node.hide = False
                slot_node.empty_draw_type = 'ARROWS'
                slot_node.parent = root
                if set_fields:
                    set_fields(slot_node)
                slot_matrix = s3py.blender.s3_4x3_to_Matrix(slot.transform)
                slot_node.rotation_quaternion = slot_matrix.to_quaternion()
                slot_node.location = slot_matrix.to_translation()
                bone_bind = slot_node.constraints.new(type='CHILD_OF')
                armature_bone = find_bone(armature.data.edit_bones, bone_name)
                if armature_bone:
                    bone_bind.target = armature
                    bone_bind.subtarget = armature_bone.name
                return slot_node
            else:
                raise Exception("Expected an instance of s3py.model.Slot")

        for slot in rslt.container_slots:
            create_slot_node(slot_root, slot, 'CONTAINER')
        for slot in rslt.routing_slots:
            create_slot_node(slot_root, slot, 'ROUTE')
        for slot in rslt.target_slots:
            create_slot_node(slot_root, slot, 'TARGET')
        for slot in rslt.effect_slots:
            create_slot_node(slot_root, slot, 'EFFECT')
        for slot in rslt.cone_slots:
            create_slot_node(slot_root, slot, 'CONE')
        return slot_root