This assignment, you are given two data files. The data files are a representation of a face object.
The two files are:
face-vertices.data:
every line of this file is (x, y, z) coordinates of a 3D points
face-index.txt:
every line of this file are 3 indices.
each index is an entry in face-vertices.data file referring to one vertex coordinate so the 3 indices indicate 3 vertices of a triangle.
Write a program (python or any other program you prefer), to read this file and display the object in two mode:
- points: display all coordinates
- wireframe: display all triangles
do not use 3D library, instead, project the 3D coordinates to 2D screen yourself, using the perspective projection equations we talked about in class.
This assignment, you are given two data files. The data files are a representation of a face object.
The two files are:
face-vertices.data:
every line of this file is (x, y, z) coordinates of a 3D points
face-index.txt:
every line of this file are 3 indices.
each index is an entry in face-vertices.data file referring to one vertex coordinate so the 3 indices indicate 3 vertices of a triangle.
Write a program (python or any other program you prefer), to read this file and display the object in two mode:
- points: display all coordinates
- wireframe: display all triangles
do not use 3D library, instead, project the 3D coordinates to 2D screen yourself, using the perspective projection equations we talked about in class.
This assignment, you are given two data files. The data files are a representation of a face object.
The two files are:
face-vertices.data:
every line of this file is (x, y, z) coordinates of a 3D points
face-index.txt:
every line of this file are 3 indices.
each index is an entry in face-vertices.data file referring to one vertex coordinate so the 3 indices indicate 3 vertices of a triangle.
Write a program (python or any other program you prefer), to read this file and display the object in two mode:
- points: display all coordinates
- wireframe: display all triangles
do not use 3D library, instead, project the 3D coordinates to 2D screen yourself, using the perspective projection equations we talked about in class.
