(L) [2012/11/05] [ost
by raider] [Full radiosity of diffuse surface.] Wayback!Guys, please help me to understand.
If we have diffuse surface, irradiance L, then full radiosity is pi*L.
Irradiance is watt/m^2, radiosity is watt/m^2 as well...
So the question is: why I think total energy is not conserved?
(arriving = L*dA*dt, leaving = pi*L*dA*dt, that's pi times more leaving).
Sorry for such a stupid question, I know I miss something trivial, so please forgive me ))
(L) [2012/11/06] [ost
by TESSELLATED TITS] [Full radiosity of diffuse surface.] Wayback!We do not forgive. We do not forget.
...ph, I should really start taking my pills again.
(L) [2012/11/06] [ost
by raider] [Full radiosity of diffuse surface.] Wayback!>> ingenious wrote:Are you sure that the L is irradiance and not radiance?
Ingenious )) you are absolutely right ) I mixed them up as radiance for diffuse surface is constant over direction, just mixed them up.