Controlling an array of light segments based on user interaction with virtual representations in a color space
By displaying a virtual representation of light segments in a color space and receiving user input to adjust their positions, the processor calculates the light segment settings, solving the problems of complex user operation and limited color selection in existing technologies, and realizing flexible color gradient settings and intuitive light segment control.
CN115989721BActive Publication Date: 2026-07-07SIGNIFY HOLDING BV
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- SIGNIFY HOLDING BV
- Filing Date
- 2021-08-19
- Publication Date
- 2026-07-07
AI Technical Summary
Technical Problem
Existing technologies require users to perform a lot of manual operations when selecting colors for pixelated lighting devices, and the color selection and gradient settings are limited, making it difficult to achieve flexible and intuitive control.
Method used
By displaying a virtual representation of light segments in a color space and receiving user input to adjust the position of these representations, the processor calculates the settings of the light segments based on fixed spatial relationships, thus enabling user-friendly color gradient settings.
Benefits of technology
Users can easily create beautiful color gradients and flexibly adjust the settings of light segments, reducing manual operation and improving the intuitiveness and flexibility of control.
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Smart Images
Figure CN115989721B_ABST
Abstract
A system is configured to display a visual representation (41) of a color space and a repositionable virtual representation (51-55) of individually addressable light segments overlaid on the visual representation of the color space. The light segments have a fixed spatial relationship in an array, and the virtual representation has an initial position (71). The system is further configured to receive user input indicative of a change in one or more of the initial positions of the virtual representation, and to determine a further position (72) of the virtual representation based on the initial positions and the indicated change in one or more of the initial positions. The initial positions and the further position are ordered in accordance with the fixed spatial relationship. The system is further configured to determine light settings for the light segments based on the further position, and to control the array of individually addressable light segments to render the light settings.
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