Feature list:
• Conduct 40+ experiments in the sections 'Refraction', 'Diffraction', 'Waveguides' and 'Fun'.
• Interact with the simulation: Move/rotate lenses and more objects with your finger, launch laser pulses and watch them fly around your screen
• Four customizable object shapes: lenses, ellipses, rectangles, triangles.
• Four customizable light sources: point source, transient point source, line source, transient line source.
• Eight different colormaps to display the electromagnetic waves on screen.
• Create your own experiments from within the app and share them with friends via iTunes file sharing (on iOS device) or by file transfer (on Android devices).
• Create your own experiments from a computer in a special xml-format which can then be loaded in the app by anyone. Check tutorial for detailed information.
• Sensors to observe the light field at any point in the simulation. Fourier Transform on the sensor to perform frequency analysis.
• Employs algorithm for the simulation of Maxwell's equations in 2d, i.e. an algorithm describing the evolution of electromagnetic fields over time
• Highly optimized and parallelized code taking the most of multiple CPUs on mobile devices.
