def serialize(self):
msg = ser.ImageTransform.RectTransformMeta.new_message()
msg.init("handles", 12)
msg.init("dimHandles", 4)
msg.init("dims", 2)
for n, i in enumerate(self.dims):
msg.dims[n] = i
msg.lockedToDim = self.dims_locked
msg.originCorner = {
0: "lowerLeft",
1: "lowerRight",
2: "upperLeft",
3: "upperRight"
}[self.origin_corner]
msg.originCenter = serialize_point2f(self.origin_center)
for n, i in enumerate(self.handles):
self.__serialize_handle(i, msg.handles[n])
for n, i in enumerate(self.dim_handles):
self.__serialize_handle(i, msg.dimHandles[n])
msg.flipX = self.flip_x
msg.flipY = self.flip_y
return msg
def test_point2f(self):
pt = Point2(54.3, 72.9)
msg = serialize_point2f(pt)
pt2 = deserialize_point2f(msg)
self.assertAlmostEqual(pt2.x, pt.x)
self.assertAlmostEqual(pt2.y, pt.y)
def serialize(self, project: 'Project') -> ser.ImageTransform.KeypointTransformMeta:
msg = ser.ImageTransform.KeypointTransformMeta.new_message()
msg.init("keypoints", len(self.__keypoint_positions))
for n, i in enumerate(self.__keypoint_positions):
msg.keypoints[n].kpSid = project.scontext.sid_for(i.key_point)
msg.keypoints[n].position = serialize_point2f(i.image_pos)
return msg
def serialize(self):
msg = ser.ImageTransform.KeypointTransformMeta.new_message()
msg.init("keypoints", len(self.__keypoint_positions))
for n, i in enumerate(self.__keypoint_positions):
msg.keypoints[n].kpSid = self._project.scontext.sid_for(i.key_point)
msg.keypoints[n].position = serialize_point2f(i.image_pos)
return msg
def serialize(self):
msg = ser.ImageTransform.RectTransformMeta.new_message()
msg.init("handles", 12)
msg.init("dimHandles", 4)
msg.init("dims", 2)
for n, i in enumerate(self.dims):
msg.dims[n] = i
msg.lockedToDim = self.dims_locked
msg.originCorner = {0:"lowerLeft", 1:"lowerRight", 2:"upperLeft", 3:"upperRight"}[self.origin_corner]
msg.originCenter = serialize_point2f(self.origin_center)
for n, i in enumerate(self.handles):
self.__serialize_handle(i, msg.handles[n])
for n, i in enumerate(self.dim_handles):
self.__serialize_handle(i, msg.dimHandles[n])
msg.flipX = self.flip_x
msg.flipY = self.flip_y
return msg
def __serialize_handle(m, to):
if m is None:
to.none = None
else:
to.point = serialize_point2f(m)
def __serialize_handle(m: Optional[Vec2], to: ser.Handle.Builder) -> None:
if m is None:
to.none = None
else:
to.point = serialize_point2f(m)
def __serialize_handle(m, to):
if m is None:
to.none = None
else:
to.point = serialize_point2f(m)
