public RgbFilter(ITextureFilter inputFilter, YuvColorimetric?colorimetric = null, bool?limitedRange = null, bool?limitChroma = null)
: base(inputFilter)
{
Colorimetric = colorimetric ?? Renderer.Colorimetric;
OutputLimitedRange = limitedRange ?? Renderer.OutputLimitedRange;
OutputLimitChroma = limitChroma ?? Renderer.LimitChroma;
}
private void OnPlayerStateChanged(object sender, PlayerStateEventArgs args)
{
var enabled = (args.NewState == PlayerState.Playing || args.NewState == PlayerState.Paused) &&
Renderer.InputFormat.IsYuv();
m_Enabled = enabled;
m_LevelsMenu.Enabled = enabled;
m_MatrixMenu.Enabled = enabled;
m_ToggleLevelsMenu.Enabled = enabled;
m_ToggleMatrixMenu.Enabled = enabled;
if (args.OldState == PlayerState.Closed)
{
// Save states so we can restore the temporary settings when media is closed
m_OriginalOutputLevels = RendererSettings.OutputLevels;
m_OutputLevels = m_OriginalOutputLevels;
m_OriginalImproveChroma = RendererSettings.ImproveChromaReconstruction;
m_ImproveChroma = m_OriginalImproveChroma;
}
if (args.NewState == PlayerState.Closed)
{
// Restore on media close
var refresh = false;
if (RendererSettings.OutputLevels != m_OriginalOutputLevels)
{
RendererSettings.OutputLevels = m_OriginalOutputLevels;
refresh = true;
}
if (RendererSettings.ImproveChromaReconstruction != m_OriginalImproveChroma)
{
RendererSettings.ImproveChromaReconstruction = m_OriginalImproveChroma;
refresh = true;
}
if (refresh)
{
Player.Config.Refresh();
}
}
if (args.NewState != PlayerState.Closed && args.OldState != PlayerState.Closed)
{
return;
}
UpdateControls();
}
public override void Initialize()
{
base.Initialize();
Player.StateChanged += OnPlayerStateChanged;
Player.Config.Changed += OnSettingsChanged;
Player.Config.Committing += OnSettingsCommitting;
Player.Config.Committed += OnSettingsCommitted;
m_OriginalOutputLevels = RendererSettings.OutputLevels;
m_OriginalImproveChroma = RendererSettings.ImproveChromaReconstruction;
}
private void OnSettingsChanged(object sender, EventArgs e)
{
if (m_OutputLevels != RendererSettings.OutputLevels)
{
m_OutputLevels = RendererSettings.OutputLevels;
m_OriginalOutputLevels = m_OutputLevels;
}
if (m_ImproveChroma != RendererSettings.ImproveChromaReconstruction)
{
m_ImproveChroma = RendererSettings.ImproveChromaReconstruction;
m_OriginalImproveChroma = m_ImproveChroma;
}
UpdateControls();
}
public static bool IsLimitedRange(this YuvColorimetric colorimetric)
{
switch (colorimetric)
{
case YuvColorimetric.FullRangePc601:
case YuvColorimetric.FullRangePc709:
case YuvColorimetric.FullRangePc2020:
return(false);
case YuvColorimetric.ItuBt601:
case YuvColorimetric.ItuBt709:
case YuvColorimetric.ItuBt2020:
return(true);
default:
throw new ArgumentOutOfRangeException();
}
}
public static float[] GetYuvConsts(this YuvColorimetric colorimetric)
{
switch (colorimetric)
{
case YuvColorimetric.FullRangePc601:
case YuvColorimetric.ItuBt601:
return(new[] { 0.114f, 0.299f });
case YuvColorimetric.FullRangePc709:
case YuvColorimetric.ItuBt709:
return(new[] { 0.0722f, 0.2126f });
case YuvColorimetric.FullRangePc2020:
case YuvColorimetric.ItuBt2020:
return(new[] { 0.0593f, 0.2627f });
default:
throw new ArgumentOutOfRangeException();
}
}
public static bool IsFullRange(this YuvColorimetric colorimetric)
{
return(!IsLimitedRange(colorimetric));
}
private void Apply()
{
m_OutputLevels = RendererSettings.OutputLevels;
Player.OsdText.Show("Colour space: " + RendererSettings.OutputLevels.ToDescription());
Player.Config.Refresh();
}
private void OnPlayerStateChanged(object sender, PlayerStateEventArgs args)
{
var enabled = (args.NewState == PlayerState.Playing || args.NewState == PlayerState.Paused) &&
Renderer.InputFormat.IsYuv();
m_Enabled = enabled;
m_LevelsMenu.Enabled = enabled;
m_MatrixMenu.Enabled = enabled;
m_ToggleLevelsMenu.Enabled = enabled;
m_ToggleMatrixMenu.Enabled = enabled;
m_ToggleImproveChromaMenu.Enabled = enabled;
if (args.OldState == PlayerState.Closed)
{
// Save states so we can restore the temporary settings when media is closed
m_OriginalOutputLevels = RendererSettings.OutputLevels;
m_OutputLevels = m_OriginalOutputLevels;
m_OriginalImproveChroma = RendererSettings.ImproveChromaReconstruction;
m_ImproveChroma = m_OriginalImproveChroma;
}
if (args.NewState == PlayerState.Closed)
{
// Restore on media close
var refresh = false;
if (RendererSettings.OutputLevels != m_OriginalOutputLevels)
{
RendererSettings.OutputLevels = m_OriginalOutputLevels;
refresh = true;
}
if (RendererSettings.ImproveChromaReconstruction != m_OriginalImproveChroma)
{
RendererSettings.ImproveChromaReconstruction = m_OriginalImproveChroma;
refresh = true;
}
if (refresh)
{
Player.Config.Refresh();
}
}
if (args.NewState != PlayerState.Closed && args.OldState != PlayerState.Closed)
return;
UpdateControls();
}
private void OnSettingsChanged(object sender, EventArgs e)
{
if (m_OutputLevels != RendererSettings.OutputLevels)
{
m_OutputLevels = RendererSettings.OutputLevels;
m_OriginalOutputLevels = m_OutputLevels;
}
if (m_ImproveChroma != RendererSettings.ImproveChromaReconstruction)
{
m_ImproveChroma = RendererSettings.ImproveChromaReconstruction;
m_OriginalImproveChroma = m_ImproveChroma;
}
UpdateControls();
}
private void Apply()
{
m_OutputLevels = RendererSettings.OutputLevels;
Player.OsdText.Show("Colour space: " + RendererSettings.OutputLevels.ToDescription());
Player.Config.Refresh();
}
public override void Initialize()
{
base.Initialize();
Player.StateChanged += OnPlayerStateChanged;
Player.Config.Changed += OnSettingsChanged;
Player.Config.Committing += OnSettingsCommitting;
Player.Config.Committed += OnSettingsCommitted;
m_OriginalOutputLevels = RendererSettings.OutputLevels;
m_OriginalImproveChroma = RendererSettings.ImproveChromaReconstruction;
}
public ColorimetricProcess(YuvColorimetric?colorimetric = null, bool?limitedRange = null, bool?limitChroma = null)
{
Colorimetric = colorimetric ?? Renderer.Colorimetric;
OutputLimitedRange = limitedRange ?? Renderer.OutputLimitedRange;
OutputLimitChroma = limitChroma ?? Renderer.LimitChroma;
}
public YuvFilter(IFilter inputFilter, YuvColorimetric? colorimetric = null, bool? limitedRange = null)
: base(inputFilter)
{
Colorimetric = colorimetric ?? Renderer.Colorimetric;
OutputLimitedRange = limitedRange ?? Renderer.OutputLimitedRange;
}
public YuvFilter(IFilter inputFilter, YuvColorimetric?colorimetric = null, bool?limitedRange = null)
: base(inputFilter)
{
Colorimetric = colorimetric ?? Renderer.Colorimetric;
OutputLimitedRange = limitedRange ?? Renderer.OutputLimitedRange;
}
