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wxPython GUI and PyOpenGL - 11 - geometries class p1
wxPython GUI and PyOpenGL - 06 - VBOs and the first triangle
wxPython GUI and PyOpenGL - 02 - creating a Frame
wxPython GUI and PyOpenGL - 08 - wx.Panel
wxPython GUI and PyOpenGL - 12 - geometries class p2
wxPython GUI and PyOpenGL - 03 - creating the Canvas
wxPython GUI and PyOpenGL - 18 - TextCtrl
wxPython GUI and PyOpenGL - 15 - Sliders
wxPython GUI and PyOpenGL - 04 - triangle vertices
wxPython GUI and PyOpenGL - 13 - perspective projection
wxPython GUI and PyOpenGL - 10 - exiting the App
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Last Updated: September 16, 2026
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Summary
In order to draw something in modern OpenGL, we need to create a vertex and a fragment Let's make the canvas resizable. You can find the code here: github.com/totex/ Let's create labels for the sliders, called X, Y and Z. You can find the code here: github.com/totex/ Let's create a separate module for all the OpenGL stuff, the vertices and the vertex buffer objects, and create vertex array ... Setup the vertex buffer object and the vertex attribute pointers, and finally draw a colored triangle. Let's create the first window or a Frame in Let's create a container for all the Just further improving the application. You can find the code here: github.com/totex/ Let's create the canvas, where we can draw with OpenGL. Let's create a text control widget to display the rotation matrix multiplied with the translation matrix. You can find the code here: ... Let's create three sliders, which will translate the 3D objects locations on all three axes. You can find the code here: ... Let's create the vertices for the triangle, and convert them into a numpy array. Let's set up the view and the projection matrices, and multiply them together to get the model from world space to clipping space. Just solving the problem with the exiting of the application when the triangle rotates. You can find the code here: ...
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