Question: Using Matlab to solve the problem. Solve for Omega, Phi, Kappa, XL, YL, ZL Professor said this would help 1. For a camera with x0-0,
Using Matlab to solve the problem. Solve for Omega, Phi, Kappa, XL, YL, ZL

Professor said this would help

1. For a camera with x0-0, y0-0, f-152.4 mm. Make a space resection using the following data: x (mm) 77.667 72.762 71.985 39.628 39.786 38.931 y (mm) 97.007 3.299 86.212 95.267 8.508 82.168 X (m) 2150.80 2155.30 2152.70 2528.00 2525.60 2520.30 Y (m) 10077.20 10375.50 10668.10 10080.60 10364.40 10671.00 203.50 198.20 205.70 201.40 201.80 199.60 4 Use as initial approximations for Exterior Orientation Parameters (EOPs): omega 0, kappa 0, XL-2380, YL-10380, ZL-700 0, phi- 1. For a camera with x0-0, y0-0, f-152.4 mm. Make a space resection using the following data: x (mm) 77.667 72.762 71.985 39.628 39.786 38.931 y (mm) 97.007 3.299 86.212 95.267 8.508 82.168 X (m) 2150.80 2155.30 2152.70 2528.00 2525.60 2520.30 Y (m) 10077.20 10375.50 10668.10 10080.60 10364.40 10671.00 203.50 198.20 205.70 201.40 201.80 199.60 4 Use as initial approximations for Exterior Orientation Parameters (EOPs): omega 0, kappa 0, XL-2380, YL-10380, ZL-700 0, phi
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