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Synopsis : Ride a lighting and observe the world in a relativistic light doppler shift with UV/IR variations.
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Pedagogical principle : The major aspect is a heuristic ludo-pedagogical représentation of light shiftings as respect to light speed. This project transposes the MIT Openrelativity http://gamelab.mit.edu/research/openrelativity/ in a "simple" way. Ride the lighting by changing velocity or slowing time througth a pendulum frequency.
The longitudinal doppler shift depends on the observation angle ( i.e. when the observer moves his head) and the normalized velocity. The velocity can be controlled using a remote (using a Movuino or Smartphone UDP streamer (see https://github.com/MehHam/Moves-Remote) ). A set of data is given by "Acc\t" + Input.acceleration.ToString() +"\t"+ "Gyro\t" + gyro.gravity.ToString()". If one controls the pendulum frequency, time will be controlled and consequently the light shift.
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Resolution : By clicking on the Resolution Option (blue) on can change the accuracy of vision.
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Point Of View : By clicking on the Position Option (pink ) on can change the observation position in the Orion Nebulae.
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Static Velocity : By Clicking the Static option (Green), on can observe the light shifting manually.
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Remote Component : By clicking on the Remote Component Option (yellow) for switching to remote axis that controls the light shifting. -Infos : Infos : The White Option Offers a couple of informations about the mode, UDP port, etc...
In order to get a lighter webcamtexture behaviour, it would be better to work on shaders.
As see in many cases, unity webcamtexture() crashes in VR mode. On has to enable VR/ Cardboard + Split Stereo Display