in this question we will compute red, green and blue pixel values in the manner described in class. Specifically, given a spectral irradiance function I(x), a spectral albedo function A(x), and specifications of the sensor response functions for each of three color bands, e.g. Sr(x), Sg(x), Sb(x), where variable x stands for wavelength, then the measured R, G, B intensity values can be computed as R = integral_x=400^700 I(x) A (x) S_r (x) dx G = integral_x=400^700 I(x) A (x) S_g (x) dx B = integral_x=400^700 I(x) A (x) S_b (x) dx Note that these are definite integrals, so they evaluate to specific numbers. Compute R, G, B values for the following combination of irradiance, albedo, and sensor response functions. I(x) = {0.5 400 < x < = 600 1.0 600 < x < = 700 0 otherwise A(x) = {1/100 (x - 400) 400 < x < = 500 1.0 500 < x < = 700 0 otherwise S_b (x) = {1.0 400 < x < = 500 0 otherwise S_g (x) = {1.0 500 < x < = 600 0 otherwise S_r (x) = {1.0 600 < x < = 700 0 otherwiseR=? G=? B=?
