## QUALITATIVE AND QUANTITATIVE RESULTS |

##### PHOTOMETRIC ANALYSIS

##### Photometric analysis settings

Photometric analysis allows one to get an idea of the quantitative aspects of light. Most software programs have a variety of simulation settings. For example, AGi32 has three simulation settings: full calculation mode, direct only calculation mode and direct auto calculation mode suitable for exterior lighting. Direct calculation mode is a “simplified calculation technique” where reflected light is not considered. Full calculation mode is required for rendered results, and is capable of predicting the interaction of light with reflective surfaces in any environment. Ways to produce quantitative output using lighting design software programs are:

- Compute illuminance, exitance, and daylight factor using most lightinG simulation software programs.
- Develop isoline (lines of equal value) diagrams providing contouring capabilities to illuminace values, exitance values, luminance values, and daylight factor values..
- Add calculation points using a 2-point input or a 3-point input, or along lines or inside polygons.
- Numerical analysis in terms of average illuminance, maximum-minimum illuminance, average-minimum ratio, maximum-minimum ratio can be conducted.

**Software Concepts Videos:**

**AGi32**

**Two Approaches to Photometric Analysis in AGi32 [00:01:40]**

**Photometric Analysis Approach One: Room Estimator in AGi32 [00:05:48]**

**Room Estimator Layout comparison in AGi32[00:01:18]**

**Photometric Analysis Approach Two: Adding Calculation Points in AGi32[00:03:18]**

**Calculation Points Highlight Values and Isolines in AGi32[00:01:30]**

**Locating the Calculation Points in AGi32[00:03:52]**

**Daylight Factor Calculations in AGi32[00:04:56]**

**Surface Illuminance Calculation in AGi32[00:03:53]**

**False Color Rendering in AGi32[00:03:18]**

**Page Builder in AGi32[00:06:08]**

**3ds Max Design**

**Qualitative and Quantitative Analysis Using 3ds Max Design [00:08:19]**