On 12/2/2018 at 6:18 AM, ccel said:

 

The tutorial can be tweaked to greatly increase the number of lights.
Set NR_LIGHTS to some high value like 512, this is now your "maximum number" of lights on screen.

Then pass in a uniform for the number of active lights, the shader will exit the for loop. There's no need to render geometry per light, that makes it more complicated. This does a single pass that loops over all of your lights per pixel. 

Hello CCEL. Thank u for reply.

But i would like to know how to render contless light using geometry.
I'm following several tutorials, but I can not get this result. I do not know if any "LearnOpenGL" settings prevent the result.

This is a personal goal, I have no interest in using engines, this is a goal for knowledge.

If u can follow:
https://stackoverflow.com/questions/53549406/how-to-add-countless-lights-in-framebuffer

Ah sorry I misunderstood, I answered your question on stackexchange.

https://stackoverflow.com/questions/53549406/how-to-add-countless-lights-in-framebuffer/53607753#53607753

The point about doing it in a single pass still stands since you have more control over the loops and you can have any number of lights still (especially if you use a https://www.khronos.org/opengl/wiki/Shader_Storage_Buffer_Object). The 512 suggestion was just a suggestion for a max limit... you can't really render an infinite number of lights per frame anyway, it won't be real time anymore XD 

1 hour ago, vinterberg said:

https://learnopengl.com/Advanced-Lighting/Deferred-Shading

"How we really use light volumes" ...

 

Yeah, but my question is about "How we really use light volumes" HAHAHAHAHAH

It's difficult for me to get

adding the lightspaces now I have this result: (Each sphere has the framebuffer rendered and with the respective light)