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Modeling Ray Scatter and Reflection about a Point Source

Modeling Ray Scatter and Reflection about a Point Source. By Heidi Hansen. Bottom and Top Surface. tan(x) = sin(x)/ cos (x) = b/a = (m 1 – m 2 ) / (1 + m 1 *m 2 ). x = theta = atand ( (m 1 – m 2 ) / ( 1 + m 1 *m 2 )). For the top surface, m 1 = 0. For the V ertical Walls.

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Modeling Ray Scatter and Reflection about a Point Source

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  1. Modeling Ray Scatter andReflection about a Point Source By Heidi Hansen

  2. Bottom and Top Surface tan(x) = sin(x)/cos(x) = b/a = (m1 – m2) / (1 + m1*m2) x = theta = atand ((m1 – m2) / (1 + m1*m2)) For the top surface, m1 = 0 For the Vertical Walls wall length = sin(x)*ray length theta = asind(norm(wall) / norm(ray))

  3. Run my code with: RayScatterFinal.m. Be sure to have also downloaded compute_line.m and Y_of_surface.m

  4. Note: This is with *200 in line 12 rather than *30.

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