(Solved) : 1 Successfully Load Color Depth Images Memory 10 2 Successfully Reconstruct 3d Geometry Ap Q41084772 . . .

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(1) Successfully load the color and depth images into memory. (10%) (2) Successfully reconstruct the 3D geometry by applying193TTAG

(1) Successfully load the color and depth images into memory. (10%) (2) Successfully reconstruct the 3D geometry by applying camera inverse model. (25%) (3) Successfully use camera extrinsics to change the virtual view. (25%) (4) Successfully render the virtual image by using the camera intrinsics. (15%) (5) Well developed code with good keyboard interactivity (15%) Press ‘1’ key to rotate the image about x-axis clockwise, e.g. increasing 5 degrees. Press ‘2’ key to rotate the image about x-axis anti-clockwise, e.g. decreasing 5 degrees. Press ‘a’ key to translate the camera along X-axis by 10 units. Press ‘d’ key to translate the camera along x-axis by -10 units. Press ‘w’ key to translate the camera along y-axis by 10 units. – Press ‘s’ key to translate the camera along y-axis by – 10 units. Press ‘z’ key to increase the focal length, e.g. +30 pixels. Press ‘x’ key to decrease the focal length, e.g. -30 pixels. Press ‘r’ key to restart the virtual camera extrinsics. – Press ‘o’ key to output the virtual image to a local file. (6) Write up a “.pdf” document with several virtual images rendered from different angles or perspectives and clearly state what you have achieved or what parts you fail to accomplish. (10%) 193TTAG Show transcribed image text (1) Successfully load the color and depth images into memory. (10%) (2) Successfully reconstruct the 3D geometry by applying camera inverse model. (25%) (3) Successfully use camera extrinsics to change the virtual view. (25%) (4) Successfully render the virtual image by using the camera intrinsics. (15%) (5) Well developed code with good keyboard interactivity (15%) Press ‘1’ key to rotate the image about x-axis clockwise, e.g. increasing 5 degrees. Press ‘2’ key to rotate the image about x-axis anti-clockwise, e.g. decreasing 5 degrees. Press ‘a’ key to translate the camera along X-axis by 10 units. Press ‘d’ key to translate the camera along x-axis by -10 units. Press ‘w’ key to translate the camera along y-axis by 10 units. – Press ‘s’ key to translate the camera along y-axis by – 10 units. Press ‘z’ key to increase the focal length, e.g. +30 pixels. Press ‘x’ key to decrease the focal length, e.g. -30 pixels. Press ‘r’ key to restart the virtual camera extrinsics. – Press ‘o’ key to output the virtual image to a local file. (6) Write up a “.pdf” document with several virtual images rendered from different angles or perspectives and clearly state what you have achieved or what parts you fail to accomplish. (10%)
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(1) Successfully load the color and depth images into memory. (10%) (2) Successfully reconstruct the 3D geometry by applying193TTAG

(1) Successfully load the color and depth images into memory. (10%) (2) Successfully reconstruct the 3D geometry by applying camera inverse model. (25%) (3) Successfully use camera ... View full description