Exploring Parker Sochacki Circle
Exploring Parker Sochacki Circle reveals several interesting facts.
- This is a simulation where I multiplied the time step by 10 so that the time step is 10/24. Order is set to 10. Using a higher order, ...
- This simulation solves the motion of a driven pendulum using the
- Under the same time step as the Euler method, the
- This is a simulation of the Damped Driven Pendulum solved using the
- This is a simulation solving for the motion of two gravitating bodies interacting with each other using the
In-Depth Information on Parker Sochacki Circle
The same two coupled first order ordinary differential equations: x'(t) = y(t); y(0) = 0 y'(t) = -x(t); x(0) = 1 Are solved using the ... This simulation solves for the motion of a projectile with a given initial position and initial velocity using the This simulation solves for the motion of a projectile with a given initial position and initial velocity using the I applied the
Section 5 of the FLIP solver inside Houdini was redone. The simulation was more accurate but much slower.
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