package com.codename1.vr

Virtual reality and 360 media built entirely on the portable com.codename1.gpu pipeline and com.codename1.sensors motion sensors - no platform SDK dependency, so everything here runs wherever Display#isGpuSupported() is true, including the simulator.

VRView renders an application VRRenderer in side-by-side stereo with head tracking; Media360View displays equirectangular panorama photos with drag or gyroscope look-around. The building blocks are public too: OrientationFilter (deterministic gyro/accel/magnetometer fusion), HeadTracker (sensor wiring plus thread-safe snapshots) and VRCameraRig (per-eye camera math).

Threading: VRRenderer and TextureSource callbacks run on the platform render thread; everything else is EDT-friendly component API.

Types

`class HeadTracker`	Tracks the device orientation for VR by feeding the motion sensors (gyroscope, accelerometer and magnetometer through `com.codename1.sensors.MotionSensorManager`) into an `OrientationFilter`.
`class Media360View`	A 360 degree panorama viewer: renders an equirectangular image onto the inside of a sphere with drag-to-look navigation and optional gyroscope look.
`class OrientationFilter`	Deterministic complementary sensor-fusion filter that turns raw gyroscope, accelerometer and magnetometer readings into a device orientation quaternion.
`interface TextureSource`	Supplies and updates the texture rendered by a `Media360View`, enabling dynamic content such as procedural animations - and, once a platform path from media frames to GPU textures exists, 360 video.
`class VRCameraRig`	Computes per-eye cameras for stereo rendering: a head position and orientation plus a `VRSettings` interpupillary distance yield a `com.codename1.gpu.Camera` per `VREye`.
`enum VREye`	Identifies which eye a `VRRenderer` frame is being rendered for.
`interface VRRenderer`	Application supplied callback that draws the scene for a `VRView`.
`class VRSettings`	Configuration for a `VRView`.
`class VRView`	Component that renders an application scene in virtual reality: stereo side-by-side per-eye views with sensor-fusion head tracking, built entirely on the portable `com.codename1.gpu` pipeline so it works on every platform where `Display#isGpuSupported()` is true - including the simulator.