Ambient lighting device, and method for constructing light-emitting zone layout

A method for constructing a light-emitting zone layout, comprising:

• constructing, based on a light strip image, a light strip model representing a shaping path of a light-emitting strip in the light strip image and each of light positions in the shaping path, and displaying the light strip model on an interface canvas;
• determining, in response to a light position calibration instruction, light positions designated by the instruction as valid light positions;
• and
• constructing, in response to a layout generation instruction, sequential position information of each of the valid light positions determined in the light strip model with reference to the interface canvas as a light-emitting zone layout of the light-emitting strip.

An ambient light device, comprising a controller and at least one light-emitting strip, wherein the controller is configured to receive a light-emitting zone layout generated by a method for constructing a light-emitting zone layout, and control the light-emitting strip to play a lighting effect based on the light-emitting zone layout,

• wherein, the method for constructing a light-emitting zone layout comprises:
• determining, based on a light strip image, a shaping path of a light-emitting strip and a plurality of light positions in the shaping path;
• constructing a light strip model representing the shaping path and each of the light positions, and displaying the light strip model on an interface canvas for user editing;
• and
• constructing, in response to a layout construction instruction, sequential position information of each of the light positions determined in the light strip model with reference to the interface canvas as a light-emitting zone layout of the light-emitting strip,
• or wherein, the method for constructing a light-emitting zone layout comprises:
• constructing, based on a light strip image, a light strip model representing a shaping path of a light-emitting strip in the light strip image and each of light positions in the shaping path, and displaying the light strip model on an interface canvas;
• determining, in response to a light position calibration instruction, light positions designated by the instruction as valid light positions;
• and
• constructing, in response to a layout generation instruction, sequential position information of each of the valid light positions determined in the light strip model with reference to the interface canvas as a light-emitting zone layout of the light-emitting strip.