Glare Analysis AI
AI analysis of visual discomfort from glare in building spaces.
Definition
Glare Analysis AI evaluates daylight and artificial lighting for visual discomfort from glare. It analyzes sun angles, glazing properties, and interior surfaces to identify glare problems and recommend shading, glazing, or furniture solutions for visual comfort.
In Depth
Glare from sunlight or reflected light causes visual discomfort and can render workspaces unusable for portions of the day. AI glare analysis models the sun's position throughout the year, calculates when direct and reflected sunlight enters occupied spaces, and evaluates the severity of glare conditions against the LEED/WELL Annual Sunlight Exposure (ASE) criteria.
The analysis identifies the specific dates, times, and facade orientations where glare problems will occur, and evaluates mitigation strategies — exterior shading devices, interior blinds, fritted glass, or electrochromic glazing. AI quantifies the effectiveness of each strategy, helping the design team select the approach that controls glare without excessively reducing daylight or views.
Examples
Analyzing daylight glare probability
Recommending shading strategies
Optimizing workstation orientation
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Glare Analysis AI evaluates daylight and artificial lighting for visual discomfort from glare. It analyzes sun angles, glazing properties, and interior surfaces to identify glare problems and recommend shading, glazing, or furniture solutions for visual comfort.
Analyzing daylight glare probability. Recommending shading strategies. Optimizing workstation orientation.
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