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Pseudonuclear 3d simulator

• python tkinter used
• opengl 4.3 with compute shader used for parallel computation

for use install libraries:

• python -m pip install pillow numpy pyglm pyopengl pyopengltk

Tested on:

• integrated Intel Iris Xe Graphics

Controls:

• Mouse + click - rotate camera
• Mouse + shift + click - move camera
• Mouse wheel - move camera forward and back

In merge mode (adding nucleons or files):

• enter or double-click - do merge
• mouse wheel - change parameter
• mouse wheel + shift - slow change
• mouse wheel + control - move camera forward and back
• g - move, x,y,z for select axis
• r - rotate object, x,y,z for select rotate axis

1. selection mode double-click an nucleon, then use the mouse wheel to add neighboring nucleons to the selection ctrl + double-click - append/remove to/from selection enter or middle-button or double-click on selection - go to merge mode with selected nucleons also "r" and "g" - go to merge mode with move and rotation - delete selected ctrl + alt + s - save selected nucleons

Do not view video parallel to use this simulator, the simulation may hang

Some examples: