A number of physics courses, that demonstrate the application of the EJS program for the simulation of elementary and advanced physical problems, are also combined as Launcher packages. Individual solutions contained in them can be called via double click. The packages, that are shortly described in the following are by Wolfgang Christian, Francisco Esquembre and their colleagues. They can be called directly via the link on the margin.
Ehu_mechanics-waves Juan M. Aguirregabiria
course in mechanics, oscillations and waves.
Ejs_crcExamples Francisco Esquembre, Wolfgang Christian
description of EJS, many examples
Ejs_demo Francisco Esquembre
description of EJS, simple examples from mechanics and thermodynamics, 3D visualizations
Ejs_mabelloni_pendula Mario Mabelloni
Lagrangian Mechanics, simple and complicated Pendulums
Ejs_mechanics Wolfgang Christian, Francisco Esquembre
basic course in mechanics and gas dynamics, with hints about the modeling technique
Ejs_stp Wolfgang Christian
statistics and thermodynamics, FPU problem
Ejs__tpt_modeling Wolfgang Christian, Francisco Esquembre
introduction to EJS and Launcher packages, simple and advanced models from mechanics and heat
Ejs_wochristian_chaos Wolfgang Christian
complex roots, Mandelbrot set, driven pendulum , phase space
Ejs_wochristian_examples Wolfgang Christian
advanced models, Fourier analysis, Lenard-Jones potential, oscillator chains
Ejs_wochristian_odeflow Wolfgang Christian
some solutions of ordinary differential equations
The advantage of these EJS Launcher packages in comparison to the OSP packages discussed above, is , that changing the simulations does not require advanced JAVA knowledge.
An active individual simulation can be transferred into the EJS console via the context menu (callable via clicking on the simulation with the right mouse button). In its windows code and visualization elements can be seen and edited. Thus an existing solution can be quite easily used as starting point for further developments.