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L(\vec{x},\vec{\omega}) = L_e + \int_\Omega f_r(\vec{\omega}, \vec{\omega}') \><br />L_i(\vec{x},\vec{\omega}') \>
L(\vec{x},\vec{\omega}) = L_e + \int_\Omega f_r(\vec{\omega}, \vec{\omega}')
L(\vec{x},\vec{\omega})
L
F_{ij} = \frac{1}{A_i} \int \int \frac{\cos\theta_i \cos\theta_o}{\pi r^2} dA_i dA_j