Optical device design method for optimizing human color vision perception, spectrum and brightness measuring method

Abstract

The invention discloses a brand-new method for designing a transmitted spectrum of a non-energy-consumption optical device. The method includes the following steps of firstly, selecting a light body; secondly, selecting color sense parameters including color gamut, color aberration, color migration, chromaticity and white point positions as the main parameter system to depict the human color vision perception for the target of vision optimization or control; thirdly, calculating and expressing various color sense parameters of human color vision perception by means of the color space; fourthly, optimizing and controlling the color sense parameters by means of an artificial intelligent linear or nonlinear mode; fifthly, selecting an optimal optimizing method to design the spectrum of the optical device through artificial intelligence; sixthly, conducting spectrum later-period processing; seventhly, conducting drawing and data displaying on the designed spectrum. The transmitted spectrum created through the design method directly simulates, optimizes and controls the improvement of the non-energy-consumption optical device on the human color vision perception.

Description

technical field [0001] The invention belongs to the field of optics, and in particular relates to a design method of an energy-free optical device that optimizes human color perception, the spectrum and color perception effects of the corresponding device, and an artificial intelligence optimization method. Background technique [0002] Seeing full, vibrant colors is very important to people. However, in the current design of energy-free optical devices (including glasses, lenses, and filters), it is impossible to directly optimize and regulate the improvement of human color perception by changing the optical spectrum of the optical device. In particular, it is currently impossible to directly optimize and regulate the human color perception ability measured by nonlinear and linear parameters (parameters include color gamut range, color difference, color shift and white point control). The current design of energy-free optical devices uses the designer's experience or guess...

AI Technical Summary

Problems solved by technology

Therefore, existing optical devices and design processes cannot optimize and control human color perception

For example, the existing Enchroma method, due to its nature of only a linear model, cannot directly optimize and control all nonlinear optical and color perception parameters, including important color balance, white point and non-red-green color perception

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