Direct Lighting with Monte Carlo Integration
$$
L_d(x, \omega_o) \approx L_i \frac{A}{N} \cdot
\sum_{k = 1}^{N}f\left(x, \omega_i(k), \omega_o\right)
\frac{\cos \theta_i \cdot \cos \theta_o}{\mid x - x_k’\mid^2}
V(x, x_k’)
$$
Ray Tracer with Phong Shading
$$
I = A + E + \sum_{i} V_i\frac{L_i}{c_0 + c_1r + c_2 r^2}
\left(K_d \cdot max(n \cdot l, 0) + K_s\cdot max(n \cdot h, 0)^s\right)
$$
Black’s Beach, 07/29/2019
Scripps Memorial Pier, 07/21/2019
La Jolla Cove, 07/13/2019
Hello World Again :-)
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