/// <summary>
/// Gets new device from deviceFactory (providing profile stub name in case if device not available).
/// Gets profile from new device, sends it to leiaStateFactory.
/// Gets default LeiaStateId if LeiaStateId is empty.
/// Applies lState.
/// </summary>
public void UpdateDevice()
{
this.Debug("UpdateDevice");
_leiaDevice = _deviceFactory.GetDevice(ProfileStubName);
_stateFactory.SetDisplayConfig(GetDisplayConfig());
RequestLeiaStateUpdate();
}
public virtual void UpdateState(LeiaStateDecorators decorators, ILeiaDevice device)
{
this.Debug("UpdateState");
if (_material == null)
{
_material = CreateMaterial(decorators.AlphaBlending);
}
// by default UserNumViews will be same as NumViews
_displayConfig.UserNumViews = _displayConfig.NumViews;
// but in CheckRenderTechnique, override UserNumViews to have more accurate values
CheckRenderTechnique(decorators);
// once _displayConfig.UserNumViews is definitely containing appropriate viewCount x, call SetViewCount to cache viewCount x in _viewsWide.
// Later, AbstractLeiaStateTemplate :: UpdateViews will retrieve _viewsWide and use it to call LeiaCamera :: SetViewCount
SetViewCount(_displayConfig.UserNumViews.x, 1);
RespectOrientation(decorators);
UpdateEmissionPattern(decorators);
var shaderParams = new ShaderFloatParams();
shaderParams._width = _displayConfig.UserPanelResolution.x;
shaderParams._height = _displayConfig.UserPanelResolution.y;
shaderParams._viewResX = _displayConfig.UserViewResolution.x / _displayConfig.ResolutionScale;
shaderParams._viewResY = _displayConfig.UserViewResolution.y / _displayConfig.ResolutionScale;
var offset = new [] { (int)_displayConfig.AlignmentOffset.x, (int)_displayConfig.AlignmentOffset.y };
shaderParams._offsetX = offset[0] + (decorators.ParallaxOrientation.IsInv() ? XOffsetWhenInverted() : 0);
shaderParams._offsetY = offset[1] + (decorators.ParallaxOrientation.IsInv() ? YOffsetWhenInverted() : 0);
shaderParams._viewsX = _displayConfig.NumViews.x;
shaderParams._viewsY = _viewsHigh;
shaderParams._orientation = decorators.ParallaxOrientation.IsLandscape() ? 1 : 0;
shaderParams._adaptFOVx = decorators.AdaptFOV.x;
shaderParams._adaptFOVy = decorators.AdaptFOV.y;
shaderParams._enableSwizzledRendering = 1;
shaderParams._enableHoloRendering = 1;
shaderParams._enableSuperSampling = 0;
shaderParams._separateTiles = 1;
var is2d = shaderParams._viewsY == 1 && shaderParams._viewsX == 1;
if (decorators.ShowTiles || is2d)
{
shaderParams._enableSwizzledRendering = 0;
shaderParams._enableHoloRendering = 0;
}
if (decorators.ShowTiles)
{
_material.EnableKeyword("ShowTiles");
}
else
{
_material.DisableKeyword("ShowTiles");
}
shaderParams._showCalibrationSquares = decorators.ShowCalibration ? 1 : 0;
shaderParams.ApplyTo(_material);
}
public override void UpdateState(LeiaStateDecorators decorators, ILeiaDevice device)
{
// this method was left blank intentionally
}
