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

Using Matlab to solve the problem. Solve for Omega, Phi, Kappa, XL,

Professor said this would help

YL, ZL Professor said this would help 1. For a camera with

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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