We provide n_Pendulum Sim online (apkid: com.aagashram.n.pendulumsim) in order to run this application in our online Android emulator.
Description:
Run this app named n_Pendulum Sim using MyAndroid.
You can do it using our Android online emulator.
How many pendulums can your phone handle?
50, 100, 200 or even 1000? Check using the n_Pendulum Sim.
It can simulate any number of pendulums (as long as your phone supports them).
n_Pendulum Sim solves the Lagrange equations of motions for the pendulums using the Adaptive step Runge Kutta Fehlberg method, which adaptively alters the time steps as per the pendulum motion.
Also, behold the chaotic trails left by the pendulum in Rainbow colours.
Features:
\tSimulate 10, 100, 1000 pendulums or even more, pushing your devices limit.
\tChange various parameters like Number of pendulums, suspension length of pendulums', pendulums' mass, gravity, the initial angle of bobs, initial velocity and damping percentage.
\tThe default value is of 1 pendulum having a 1-metre length and 1 kg mass under the gravity of 9.81, suspended at 10 degrees at 0m/s with 100% damping (no resistance).
No need for all the values to run the sim.
\tStats to display current FPS along with the simulation time and current time step used by the Adaptive Runga Kyta method.
\tTrace toggles between showing traces in white and in rainbow colours.
\tDrag to pan across the surface and use + & - buttons for Zooming in and out.
Source Code: https: //github.com/AagashramNeelakandan/n_Pendulum_Sim_App
50, 100, 200 or even 1000? Check using the n_Pendulum Sim.
It can simulate any number of pendulums (as long as your phone supports them).
n_Pendulum Sim solves the Lagrange equations of motions for the pendulums using the Adaptive step Runge Kutta Fehlberg method, which adaptively alters the time steps as per the pendulum motion.
Also, behold the chaotic trails left by the pendulum in Rainbow colours.
Features:
\tSimulate 10, 100, 1000 pendulums or even more, pushing your devices limit.
\tChange various parameters like Number of pendulums, suspension length of pendulums', pendulums' mass, gravity, the initial angle of bobs, initial velocity and damping percentage.
\tThe default value is of 1 pendulum having a 1-metre length and 1 kg mass under the gravity of 9.81, suspended at 10 degrees at 0m/s with 100% damping (no resistance).
No need for all the values to run the sim.
\tStats to display current FPS along with the simulation time and current time step used by the Adaptive Runga Kyta method.
\tTrace toggles between showing traces in white and in rainbow colours.
\tDrag to pan across the surface and use + & - buttons for Zooming in and out.
Source Code: https: //github.com/AagashramNeelakandan/n_Pendulum_Sim_App
MyAndroid is not a downloader online for n_Pendulum Sim. It only allows to test online n_Pendulum Sim with apkid com.aagashram.n.pendulumsim. MyAndroid provides the official Google Play Store to run n_Pendulum Sim online.
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