def scale_anim(target_obj, target_prop,
source_output_array, source_in_tangent_array, source_out_tangent_array,
up_axis, meter_scale):
up_axis_in = axis_to_int[target_prop]
array_output, out_axis = transform.transform_array( \
source_output_array, up_axis_in, up_axis, 1)
array_tangent_in, _ = transform.transform_array( \
source_in_tangent_array, up_axis_in, up_axis, 1)
array_tangent_out, _ = transform.transform_array( \
source_out_tangent_array, up_axis_in, up_axis, 1)
anim_prop = AnimProp.get_scale(out_axis)
return anim_prop, AnimProp.data_type[anim_prop], array_output, array_tangent_in, array_tangent_out
def rotate_anim(axis, target_prop,
source_output_array, source_in_tangent_array, source_out_tangent_array,
up_axis):
if target_prop == 'ANGLE':
rad_scale = math.pi / 180
array_output, out_axis = transform.transform_array( \
source_output_array, axis, up_axis, rad_scale)
array_tangent_in, _ = transform.transform_array( \
source_in_tangent_array, axis, up_axis, rad_scale)
array_tangent_out, _ = transform.transform_array( \
source_out_tangent_array, axis, up_axis, rad_scale)
anim_prop = AnimProp.get_rotate(out_axis)
return anim_prop, AnimProp.data_type[anim_prop], array_output, array_tangent_in, array_tangent_out
else:
logger.warning('Unsupported rotation (%s) for property "%s"' % (str(target_obj.vector), target))
return None, None, [], [], [] # TODO