void InitInput()
{
var xrInput = CreateSubsystemIfNeeded <XRInputSubsystem, XRInputSubsystemDescriptor>();
MagicLeapLogger.AssertError(xrInput != null, kLogTag, "Failed to initialized XR Input");
xrInput.Start();
}
public XRMeshSubsystem InitMeshing()
{
if (!CanCreateSubsystems())
{
return(null);
}
var xrMesh = CreateSubsystemIfNeeded <XRMeshSubsystem, XRMeshSubsystemDescriptor>();
MagicLeapLogger.AssertError(xrMesh != null, kLogTag, "Failed to initialized XR Meshing");
return(xrMesh);
}
internal void StartMeshSubsystem()
{
if (!CanCreateMeshSubsystem())
{
return;
}
//MagicLeapLogger.Debug(kLogTag, "m_MeshSubsystemRefcount: {0}", m_MeshSubsystemRefcount);
m_MeshSubsystemRefcount += 1;
//MagicLeapLogger.Debug(kLogTag, "m_MeshSubsystemRefcount: {0}", m_MeshSubsystemRefcount);
if (m_MeshSubsystemRefcount == 1)
{
MagicLeapLogger.Debug(kLogTag, "Starting Mesh Subsystem");
StartSubsystem <XRMeshSubsystem>();
}
}
private void ApplySettings()
{
var settings = MagicLeapSettings.currentSettings;
if (settings != null)
{
// set depth buffer precision
MagicLeapLogger.Debug(kLogTag, $"Setting Depth Precision: {settings.depthPrecision}");
Rendering.RenderingSettings.depthPrecision = settings.depthPrecision;
// set frame timing hint
MagicLeapLogger.Debug(kLogTag, $"Setting Frame Timing Hint: {settings.frameTimingHint}");
Rendering.RenderingSettings.frameTimingHint = settings.frameTimingHint;
#if PLATFORM_LUMIN && !UNITY_EDITOR
if (settings.glCacheSettings.enabled)
{
Graphics.SetupGLCache(settings.glCacheSettings);
}
#endif // PLATFORM_LUMIN && !UNITY_EDITOR
}
}
internal static void SetupGLCache(MagicLeapSettings.GLCache cacheSettings)
{
var result = EnableBlobCacheGL(cacheSettings.cachePath, cacheSettings.maxBlobSizeInBytes, cacheSettings.maxFileSizeInBytes);
MagicLeapLogger.AssertError(result == 0, kLogTag, $"Failed to initialize blob cache ({cacheSettings.cachePath} / {cacheSettings.maxBlobSizeInBytes} / {cacheSettings.maxFileSizeInBytes})");
}
