def _GenerateBoneKeys(self):
        from itertools import zip_longest as zipl

        Scene = bpy.context.scene # Convenience alias
        BlenderCurrentFrame = Scene.frame_current

        ArmatureObject = self.ExportObject.BlenderObject
        ArmatureSafeName = self.ExportObject.SafeName

        # Create Animation objects for each bone
        BoneAnimations = [Animation(ArmatureSafeName + "_" + \
            Util.SafeName(Bone.name)) for Bone in ArmatureObject.pose.bones]

        for Frame in range(Scene.frame_start, Scene.frame_end + 1):
            Scene.frame_set(Frame)

            for Bone, BoneAnimation in \
                zipl(ArmatureObject.pose.bones, BoneAnimations):

                Rotation = Bone.rotation_quaternion

                PoseMatrix = Matrix()
                if Bone.parent:
                    PoseMatrix = Bone.parent.matrix.inverted()
                PoseMatrix *= Bone.matrix

                Scale = PoseMatrix.to_scale()
                Position = PoseMatrix.to_translation()

                BoneAnimation.RotationKeys.append(Rotation)
                BoneAnimation.ScaleKeys.append(Scale)
                BoneAnimation.PositionKeys.append(Position)

                #Выводит нормальные повороты
                self.Exporter.Log("Rotation for frame {} for bone {} is {}".format(Frame, Bone, BoneAnimation.RotationKeys[-1]))

        #ВЫВОДИТ КАКУЮ-ТО ХУЙНЮ НЕПРАВИЛЬНУЮ, БЛЯДЬ
        for Bone, Anim in enumerate(BoneAnimations):
            for Frame, BAnim in enumerate(Anim.RotationKeys):
                self.Exporter.Log("Rotation for frame {} for bone {} is {}".format(Frame, Bone, BAnim))

        self.Animations += BoneAnimations
        Scene.frame_set(BlenderCurrentFrame)