I wanted to spread virtual reality to more people, because I noticed that not everyone has a gyroscope in his mobile, even compass.
So I developed a demo based on Tuscany for Oculus that doesn't use neither gyro or compass to move around the camera, it uses the back camera to detect the yaw movement and accelerometer for pitch and roll. The first choice was to use a custom autowalk feature, but now I set support for the left joystick from generic bluetooth controllers and keys from keyboards, because its more easy and realistic rather than looking down and up to start and stop walking. At the moment, you need a very powerful device (this app was designed for my device, that is an MTK octa-core), because has all effects included in .
As an extra, it has cross-eye support, although I think this is useless, and I'm testing in this version a new way to adapt eyes to screen (slightly improved from dive one)
Link to download-->ht tps://drive.google.com/file/d/0B91dwUR-bwKIc0lZLXR1VnMtZGM/view?usp=sharing
So I developed a demo based on Tuscany for Oculus that doesn't use neither gyro or compass to move around the camera, it uses the back camera to detect the yaw movement and accelerometer for pitch and roll. The first choice was to use a custom autowalk feature, but now I set support for the left joystick from generic bluetooth controllers and keys from keyboards, because its more easy and realistic rather than looking down and up to start and stop walking. At the moment, you need a very powerful device (this app was designed for my device, that is an MTK octa-core), because has all effects included in .
As an extra, it has cross-eye support, although I think this is useless, and I'm testing in this version a new way to adapt eyes to screen (slightly improved from dive one)
Link to download-->ht tps://drive.google.com/file/d/0B91dwUR-bwKIc0lZLXR1VnMtZGM/view?usp=sharing
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