1.
springs.py
self.l0 = visual.mag(self.m1.sphere.pos - self.m0.sphere.pos) .... self.tube.append(visual.cylinder(frame=self.frame, pos=(x, 0, 0), axis=(dx, 0, 0), ...
2.
KineticsKit - A Physics-Based General 3D Mass-Spring System
KineticsKit provides some classes written in Python to simulate the behaviour of a 3D mass-spring-system. It can be used to investigate some basic kinetics, ...
3.
springs.py
self.m0 = m0 self.m1 = m1 self.k = k if l0: self.l0 = l0 ... def __init__(self, m0, m1, k, l0=None, damping=None, radius1=None, radius2=None, segments=2, ...
4.
KineticsKit - A Physics-Based General 3D Mass-Spring System
KineticsKit provides some classes written in Python to simulate the behaviour of a 3D mass-spring-system. It can be used to investigate some basic kinetics, ...
5.
springs.py
"""Construct a double helix spring. """ if not radius: radius = (self.m0.sphere.radius + self.m1.sphere.radius) * 0.2 self.frame = visual.frame() ...
6.
KineticsKit - A Physics-Based General 3D Mass-Spring System
KineticsKit provides some classes written in Python to simulate the behaviour of a 3D mass-spring-system. It can be used to investigate some basic kinetics, ...
7.
KineticsKit - A Physics-Based General 3D Mass-Spring System
KineticsKit provides some classes written in Python to simulate the behaviour of a 3D mass-spring-system. It can be used to investigate some basic kinetics, ...
8.
9.
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