Would this integral computation change if light isn't coming in uniformly from all directions? Say, if there were some material that could absorb light in a section of the circle, then would the integral range decrease? Or would that be taken into account some other way.
LeslieTrue
@ieliu, of course it will change. On this slide, L is regarded as a constant irrelevant to the angles. If L has a typical distribution function, the integral should change.
Would this integral computation change if light isn't coming in uniformly from all directions? Say, if there were some material that could absorb light in a section of the circle, then would the integral range decrease? Or would that be taken into account some other way.
@ieliu, of course it will change. On this slide, L is regarded as a constant irrelevant to the angles. If L has a typical distribution function, the integral should change.