Please post your answers to the May 1 In-Class Exercise to this thread.

Best,

Chris

(0.42, 0, 0) + (0, 0.5*0.9^(5000), 0) + (0.1, 0.1, 0.1) = (0.52, 0.1, 0.1)

(.7,0,0)(.6)+ (.5*.9)^5000 + (.1,.1,.1)

(.42,.1.1) + 0 [spectral lighting negligible] + (.1,.1,.1)

(.52,.1,.1)

=(1,0,0)(.7,.5,.3)max(0,.6) + (0,1,0)(.7,.5,.3)max(0,.9)^5000 + (.1,.1,.1) =(.42,0,0) + (0, 0.5, 0)(.9)^5000 + (.1,.1,.1) <br> =(.52, .1, .1)

d = (1,0,0)

s = (0,1,0)

I = (.7,.5,.3)

n.l = .6

n.b = .9

x = 5000

L = (R,G,B)= (1,0,0)(.7,.5,.3)(0,.6) + (0,1,0)(.7,.5,.3)(0,.9)^5000 + (.1,.1,.1)= (.42,0,0)+(0,.5,0)(.9)^5000 + (.1,.1,.1)= (.52,.1,.1)

<nowiki>(1,0,0)(.7,.5,.3)max(0,.6) + (0,1,0)(.7,.5,.3)max(0,.9)^5000 + (.1,.1,.1)</nowiki>

L = (R,G,B) = dI max(0, n * l) + sI max(0, n * b)^x + L_a

d = diffuse = red = (1, 0, 0)

s = specular = green = (0, 1, 0)

I = intensity = I = (.7, .5, .3)

nl = .6

nb = .9

x = amt of shininess = 5000

L_a = (.1, .1, .1)

= (1, 0, 0)(.7, .5, .3)(.6) + (0, 1, 0)(.7, .5, .3)(.9)^5000 + (.1, .1, .1)

= (.7, 0, 0)(.6) + (0, .5, 0)(0.9)^5000 + (.1, .1, .1)

= (.42, 0, 0) + (0, 8.15e-230, 0) + (.1, .1, .1)

= (.52, .1, .1)