Simulation lectotype system of solar lighting system and lectotype method thereof

Abstract

The invention discloses a simulation lectotype system of a solar lighting system and a lectotype method thereof. The simulation lectotype system comprises a template library, an adjusting template, a digital effect template and an output module, wherein the template library, the digital effect template and the output module are connected with the adjusting template. A lamp cap, a lamp bracket, a lamp post, an assembly, a support, a background, a sleeve part and materials of an accessory template are arranged in the template library, and a current template display window and page change display are supported. Ordinary map layer digital filter effects for clear effects, inverse color effects and gray level effects are arranged in the digital effect template. Map layer adjustment tools for automatic color balance, automatic white balance, RPG tone, overturning and rotation are arranged in the adjusting template. The output module is used for output of effect pictures and self-defining item files. The simulation lectotype system can rapidly generate complete solar street lamp and garden lamp appearance effect pictures according to customer demand, supports a working mode of what you see is what you get, and improves working efficiency.

Description

technical field [0001] The invention relates to a solar lighting system, in particular to a simulation type selection system and a type selection method of the solar lighting system. Background technique [0002] With the gradual popularization of photovoltaic lighting systems such as solar street lamps and garden lamps, more and more customers hope to customize the appearance of solar lamps according to their own requirements. The previous working mode is to use product brochures to let customers choose models, but customers may There are appearance requirements such as the component shape of A lamp, the lamp pole shape of B lamp, and the lamp frame shape lamp of C lamp, etc., so that it is impossible to realize what you see is what you get, and you can only rely on gestures or sketches to let customers choose models. This kind of work The mode is not conducive to the improvement of work efficiency, nor is it conducive to the rapid finalization of orders and contracts. Co...

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Problems solved by technology

[0002] With the gradual popularization of photovoltaic lighting systems such as solar street lamps and garden lamps, more and more customers hope to customize the appearance of solar lamps according to their own requirements. The previous working mode is to use product brochures to let customers choose models, but customers may There are appearance requirements such as the component shape of A lamp, the lamp pole shape of B lamp, and the lamp frame shape lamp of C lamp, etc., so that it is impossible to realize what you see is what you get, and you can only rely on gestures or sketches to let customers choose models. This kind of work The model is not conducive to the improvement of work efficiency, nor is it conducive to the rapid finalization of orders and contracts

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