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Proposal to calculate the circadian component in lighting projects

机译：在照明项目中计算昼夜节律组成部分的建议

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There are international norms which define methods for characterizing indoor luminaries in terms ofphotopic considerations and visual requirements, but lighting impacts in humans in others ways thanthose. Light in buildings is part of the environment, the discovery of the ipRGC cells in the humanretina, and its associated action spectra, lead to the introduction of initial concepts such as circadianaction functions and circadian action factors. An innovative methodology is proposed and evaluatedto simulate potential melanopic contribution of the lit environment to the occupants of an indoorspace. By performing measurements and efficiency simulations based on real LED luminaries, we aredetermining which parameters could be calculated in melanopic terms. Our measurements lead us tofollow a method to differentiate and complement photopic and melanopic contributions of sources.These melanopic illuminance metrics require irradiance-wavelength-dependent measurements;recalculating polar curves, modifying data files, and spectral reflectance characterization to evaluatethe melanopic contribution of the lit environment. We validate a simulation model through acomparison between the experimentally measured lighting values and those provided as output bycommercial lighting design software DIALux.
机译：有国际规范，它定义了在光滑的考虑和视觉要求方面表征室内淡色的方法，但在别人的方式对人类的影响。建筑物中的光线是环境的一部分，发现人类的IPRGC细胞及其相关的动作谱，导致引入初始概念，如昼夜活动函数和昼夜活动因素。提出了一种创新的方法，并评估了将Lit环境的潜在黑色贡献模拟到室内空间的占用者。通过执行基于真实LED亮度的测量和效率模拟，我们通过黑色术语计算了哪些参数。我们的测量引导我们Tofollow鉴定和补充光学和丝瓜贡献来源的方法。这是黑色素照度度量需要辐照度 - 波长依赖性测量;重新计算极性曲线，修改数据文件和光谱反射表征，以评估点燃环境的黑色贡献。 。我们通过通过实验测量的照明值和提供的方式验证模拟模型，以及作为输出的商品照明设计软件Dialux。

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