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Write a code in python Write a program that plots a rotated 3D image of a cube where the user can specify the rotation about
Write a code in python
Write a program that plots a rotated 3D image of a cube where the user can specify the rotation about the x, y and z axis. Given a set of n, (x,y,z) coordinates, stored in a matrix as follows: n- and rotational transformation matrices of the form 0 cos6, 0 sin e, cos 0z - sin 0z yv 10 0 sin cose] siney 0 cos 6y 0 0 Then, the rotated (x,yz) set of coordinates is XYZ Use the following x,y,z coordinates to define a cube xyz np . array(, 1,1,0,0, e, ,1,1,0, 1,1,1,1, ,aj, To plot the 3D cube in 2D plot only the x and y points, connect with a line. You can extract the x and y vectors using numpy's submatrix formula as follows x - xyzr[ ,'] # row and every column Xyzr1,:] # row 1 and every column Write a program that plots a rotated 3D image of a cube where the user can specify the rotation about the x, y and z axis. Given a set of n, (x,y,z) coordinates, stored in a matrix as follows: n- and rotational transformation matrices of the form 0 cos6, 0 sin e, cos 0z - sin 0z yv 10 0 sin cose] siney 0 cos 6y 0 0 Then, the rotated (x,yz) set of coordinates is XYZ Use the following x,y,z coordinates to define a cube xyz np . array(, 1,1,0,0, e, ,1,1,0, 1,1,1,1, ,aj, To plot the 3D cube in 2D plot only the x and y points, connect with a line. You can extract the x and y vectors using numpy's submatrix formula as follows x - xyzr[ ,'] # row and every column Xyzr1,:] # row 1 and every column
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