/// <summary>
/// Kreiärt ä Render-Graph fir jedä Input-Tip und bindet si as
/// virtueuä DMD.
/// </summary>
private void SetupGraphs()
{
var renderers = new List <IDestination>();
if (_config.PinDmd1.Enabled)
{
var pinDmd1 = PinDmd1.GetInstance();
if (pinDmd1.IsAvailable)
{
renderers.Add(pinDmd1);
Logger.Info("Added PinDMDv1 renderer.");
}
}
if (_config.PinDmd2.Enabled)
{
var pinDmd2 = PinDmd2.GetInstance();
if (pinDmd2.IsAvailable)
{
renderers.Add(pinDmd2);
Logger.Info("Added PinDMDv2 renderer.");
}
}
if (_config.PinDmd3.Enabled)
{
var pinDmd3 = PinDmd3.GetInstance(_config.PinDmd3.Port);
if (pinDmd3.IsAvailable)
{
renderers.Add(pinDmd3);
Logger.Info("Added PinDMDv3 renderer.");
}
}
if (_config.Pin2Dmd.Enabled)
{
var pin2Dmd = Pin2Dmd.GetInstance();
if (pin2Dmd.IsAvailable)
{
renderers.Add(pin2Dmd);
Logger.Info("Added PIN2DMD renderer.");
}
}
if (_config.VirtualDmd.Enabled)
{
renderers.Add(_dmd.Dmd);
Logger.Info("Added VirtualDMD renderer.");
}
if (_config.Video.Enabled)
{
var rootPath = "";
if (_config.Video.Path.Length == 0 || !Path.IsPathRooted(_config.Video.Path))
{
rootPath = AssemblyPath;
}
if (Directory.Exists(Path.Combine(rootPath, _config.Video.Path)))
{
renderers.Add(new VideoOutput(Path.Combine(rootPath, _config.Video.Path, _gameName + ".avi")));
Logger.Info("Added video renderer.");
}
else if (Directory.Exists(Path.GetDirectoryName(Path.Combine(rootPath, _config.Video.Path))) && _config.Video.Path.Length > 4 && _config.Video.Path.EndsWith(".avi"))
{
renderers.Add(new VideoOutput(Path.Combine(rootPath, _config.Video.Path)));
Logger.Info("Added video renderer.");
}
else
{
Logger.Warn("Ignoring video renderer for non-existing path \"{0}\"", _config.Video.Path);
}
}
if (_config.VpdbStream.Enabled)
{
renderers.Add(new VpdbStream {
EndPoint = _config.VpdbStream.EndPoint
});
}
if (_config.BrowserStream.Enabled)
{
renderers.Add(new BrowserStream(_config.BrowserStream.Port));
}
if (renderers.Count == 0)
{
Logger.Error("No renderers found, exiting.");
return;
}
Logger.Info("Transformation options: Resize={0}, HFlip={1}, VFlip={2}", _config.Global.Resize, _config.Global.FlipHorizontally, _config.Global.FlipVertically);
// 2-bit graph
if (_colorize && _gray2Colorizer != null)
{
_graphs.Add(new RenderGraph {
Name = "2-bit Colored VPM Graph",
Source = _vpmGray2Source,
Destinations = renderers,
Converter = _gray2Colorizer,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
else
{
_graphs.Add(new RenderGraph {
Name = "2-bit VPM Graph",
Source = _vpmGray2Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
// 4-bit graph
if (_colorize && _gray4Colorizer != null)
{
_graphs.Add(new RenderGraph {
Name = "4-bit Colored VPM Graph",
Source = _vpmGray4Source,
Destinations = renderers,
Converter = _gray4Colorizer,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
else
{
_graphs.Add(new RenderGraph {
Name = "4-bit VPM Graph",
Source = _vpmGray4Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
// rgb24 graph
_graphs.Add(new RenderGraph {
Name = "RGB24-bit VPM Graph",
Source = _vpmRgb24Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
if (_colorize && (_gray2Colorizer != null || _gray4Colorizer != null))
{
Logger.Info("Just clearing palette, colorization is done by converter.");
_graphs.ClearColor();
}
else if (_colorize && _palette != null)
{
Logger.Info("Applying palette to render graphs.");
_graphs.ClearColor();
_graphs.SetPalette(_palette);
}
else
{
Logger.Info("Applying default color to render graphs ({0}).", _color);
_graphs.ClearPalette();
_graphs.SetColor(_color);
}
_graphs.Init().StartRendering();
}
protected override void CreateRenderGraphs(RenderGraphCollection graphs, HashSet <string> reportingTags)
{
// define renderers
var renderers = GetRenderers(_config, reportingTags);
// retrieve image
var bmp = new BitmapImage();
bmp.BeginInit();
bmp.UriSource = new Uri("pack://application:,,,/dmdext;component/Test/TestImage.png");
bmp.EndInit();
// chain them up
if (_config.VirtualAlphaNumericDisplay.Enabled)
{
var alphaNumericFrame = new AlphaNumericFrame(NumericalLayout.__2x20Alpha,
new ushort[] {
0, 10767, 2167, 8719, 0, 2109, 8713, 6259, 56, 2157, 0, 4957, 0, 8719, 62, 8719, 121, 2157, 0,
0, 0, 0, 5120, 8704, 16640, 0, 0, 0, 0, 2112, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0
});
_graph = new RenderGraph {
Source = new VpmAlphaNumericSource(alphaNumericFrame),
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
};
}
else
{
ISource source;
switch (_testOptions.FrameFormat)
{
case FrameFormat.Gray2:
source = new ImageSourceGray2(bmp);
break;
case FrameFormat.Gray4:
source = new ImageSourceGray4(bmp);
break;
case FrameFormat.ColoredGray2:
source = new ImageSourceColoredGray2(bmp);
break;
case FrameFormat.ColoredGray4:
source = new ImageSourceColoredGray4(bmp);
break;
default:
source = new ImageSourceBitmap(bmp);
break;
}
_graph = new RenderGraph {
Source = source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
};
}
graphs.Add(_graph);
reportingTags.Add("In:Test");
}
protected override void CreateRenderGraphs(RenderGraphCollection graphs, HashSet <string> reportingTags)
{
// create graph with renderers
_graph = new RenderGraph {
Destinations = GetRenderers(_config, reportingTags, _options.Position),
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically,
IdleAfter = _options.IdleAfter,
IdlePlay = _options.IdlePlay
};
_graph.SetColor(_config.Global.DmdColor);
// setup source and additional processors
switch (_options.Source)
{
case SourceType.PinballFX2: {
_graph.Source = new PinballFX2Grabber {
FramesPerSecond = _options.FramesPerSecond
};
reportingTags.Add("In:PinballFX2");
break;
}
case SourceType.PinballFX3: {
if (_options.Fx3GrabScreen)
{
_graph.Source = new PinballFX3Grabber {
FramesPerSecond = _options.FramesPerSecond
};
reportingTags.Add("In:PinballFX3Legacy");
}
else
{
_graph.Source = new PinballFX3MemoryGrabber {
FramesPerSecond = _options.FramesPerSecond
};
reportingTags.Add("In:PinballFX3");
}
break;
}
case SourceType.PinballArcade: {
_graph.Source = new TPAGrabber {
FramesPerSecond = _options.FramesPerSecond
};
reportingTags.Add("In:PinballArcade");
break;
}
case SourceType.ProPinball: {
_graph.Source = new ProPinballSlave(_options.ProPinballArgs);
reportingTags.Add("In:ProPinball");
break;
}
case SourceType.Screen:
var grabber = new ScreenGrabber {
FramesPerSecond = _options.FramesPerSecond,
Left = _options.Position[0],
Top = _options.Position[1],
Width = _options.Position[2] - _options.Position[0],
Height = _options.Position[3] - _options.Position[1],
DestinationWidth = _options.ResizeTo[0],
DestinationHeight = _options.ResizeTo[1]
};
if (_options.GridSpacing > 0)
{
grabber.Processors.Add(new GridProcessor {
Width = _options.ResizeTo[0],
Height = _options.ResizeTo[1],
Spacing = _options.GridSpacing
});
}
_graph.Source = grabber;
reportingTags.Add("In:ScreenGrab");
break;
case SourceType.FuturePinball:
_graph.Source = new FutureDmdSink(_options.FramesPerSecond);
reportingTags.Add("In:FutureDmdSink");
break;
default:
throw new ArgumentOutOfRangeException();
}
graphs.Add(_graph);
graphs.SetDimensions(new LibDmd.Input.Dimensions(_options.ResizeTo[0], _options.ResizeTo[1]));
}
/// <summary>
/// Kreiärt ä Render-Graph fir jedä Input-Tip und bindet si as
/// virtueuä DMD.
/// </summary>
private void SetupGraphs()
{
_graphs.Dispose();
ReportingTags.Clear();
ReportingTags.Add(Process.GetCurrentProcess().ProcessName);
#if PLATFORM_X86
ReportingTags.Add("x86");
#elif PLATFORM_X64
ReportingTags.Add("x64");
#endif
ReportingTags.Add("In:DmdDevice");
ReportingTags.Add("Game:" + _gameName);
var renderers = new List <IDestination>();
if (_config.PinDmd1.Enabled)
{
var pinDmd1 = PinDmd1.GetInstance();
if (pinDmd1.IsAvailable)
{
renderers.Add(pinDmd1);
Logger.Info("Added PinDMDv1 renderer.");
ReportingTags.Add("Out:PinDMDv1");
}
}
if (_config.PinDmd2.Enabled)
{
var pinDmd2 = PinDmd2.GetInstance();
if (pinDmd2.IsAvailable)
{
renderers.Add(pinDmd2);
Logger.Info("Added PinDMDv2 renderer.");
ReportingTags.Add("Out:PinDMDv2");
}
}
if (_config.PinDmd3.Enabled)
{
var pinDmd3 = PinDmd3.GetInstance(_config.PinDmd3.Port);
if (pinDmd3.IsAvailable)
{
renderers.Add(pinDmd3);
Logger.Info("Added PinDMDv3 renderer.");
ReportingTags.Add("Out:PinDMDv3");
}
}
if (_config.Pin2Dmd.Enabled)
{
var pin2Dmd = Output.Pin2Dmd.Pin2Dmd.GetInstance(_config.Pin2Dmd.Delay);
if (pin2Dmd.IsAvailable)
{
renderers.Add(pin2Dmd);
if (_coloring != null)
{
pin2Dmd.PreloadPalettes(_coloring);
}
Logger.Info("Added PIN2DMD renderer.");
ReportingTags.Add("Out:PIN2DMD");
}
}
if (_config.Pixelcade.Enabled)
{
var pixelcade = Pixelcade.GetInstance(_config.Pixelcade.Port, _config.Pixelcade.ColorMatrix);
if (pixelcade.IsAvailable)
{
renderers.Add(pixelcade);
Logger.Info("Added Pixelcade renderer.");
ReportingTags.Add("Out:Pixelcade");
}
}
if (_config.VirtualDmd.Enabled)
{
renderers.Add(_virtualDmd.Dmd);
Logger.Info("Added VirtualDMD renderer.");
ReportingTags.Add("Out:VirtualDMD");
}
if (_config.VirtualAlphaNumericDisplay.Enabled)
{
_alphaNumericDest = VirtualAlphanumericDestination.GetInstance(Dispatcher.CurrentDispatcher, _config.VirtualAlphaNumericDisplay.Style, _config);
renderers.Add(_alphaNumericDest);
Logger.Info("Added virtual alphanumeric renderer.");
ReportingTags.Add("Out:VirtualAlphaNum");
}
if (_config.Video.Enabled)
{
var rootPath = "";
if (_config.Video.Path.Length == 0 || !Path.IsPathRooted(_config.Video.Path))
{
rootPath = AssemblyPath;
}
if (Directory.Exists(Path.Combine(rootPath, _config.Video.Path)))
{
renderers.Add(new VideoOutput(Path.Combine(rootPath, _config.Video.Path, _gameName + ".avi")));
Logger.Info("Added video renderer.");
ReportingTags.Add("Out:Video");
}
else if (Directory.Exists(Path.GetDirectoryName(Path.Combine(rootPath, _config.Video.Path))) && _config.Video.Path.Length > 4 && _config.Video.Path.EndsWith(".avi"))
{
renderers.Add(new VideoOutput(Path.Combine(rootPath, _config.Video.Path)));
Logger.Info("Added video renderer.");
ReportingTags.Add("Out:Video");
}
else
{
Logger.Warn("Ignoring video renderer for non-existing path \"{0}\"", _config.Video.Path);
}
}
if (_config.PinUp.Enabled)
{
try
{
var pinupOutput = new PinUpOutput(_gameName);
if (pinupOutput.IsAvailable)
{
renderers.Add(pinupOutput);
Logger.Info("Added PinUP renderer.");
ReportingTags.Add("Out:PinUP");
}
} catch (Exception e) {
Logger.Warn("Error opening PinUP output: {0}", e.Message);
}
}
if (_config.Gif.Enabled)
{
var rootPath = "";
var dirPath = Path.GetDirectoryName(_config.Gif.Path);
if (string.IsNullOrEmpty(dirPath) || !Path.IsPathRooted(_config.Video.Path))
{
rootPath = AssemblyPath;
}
var path = Path.Combine(rootPath, _config.Gif.Path);
if (Directory.Exists(Path.GetDirectoryName(path)))
{
renderers.Add(new GifOutput(path));
Logger.Info("Added animated GIF renderer, saving to {0}", path);
ReportingTags.Add("Out:GIF");
}
else
{
Logger.Warn("Ignoring animated GIF renderer for non-existing path \"{0}\"", Path.GetDirectoryName(path));
}
}
if (_config.VpdbStream.Enabled)
{
renderers.Add(new VpdbStream {
EndPoint = _config.VpdbStream.EndPoint
});
Logger.Info("Added VPDB stream renderer.");
ReportingTags.Add("Out:VpdbStream");
}
if (_config.BrowserStream.Enabled)
{
renderers.Add(new BrowserStream(_config.BrowserStream.Port, _gameName));
Logger.Info("Added browser stream renderer.");
ReportingTags.Add("Out:BrowserStream");
}
if (_config.NetworkStream.Enabled)
{
renderers.Add(NetworkStream.GetInstance(_config.NetworkStream, _gameName));
Logger.Info("Added network stream renderer.");
ReportingTags.Add("Out:NetworkStream");
}
if (renderers.Count == 0)
{
Logger.Error("No renderers found, exiting.");
return;
}
Logger.Info("Transformation options: Resize={0}, HFlip={1}, VFlip={2}", _config.Global.Resize, _config.Global.FlipHorizontally, _config.Global.FlipVertically);
// 2-bit graph
if (_colorize && _gray2Colorizer != null)
{
_graphs.Add(new RenderGraph {
Name = "2-bit Colored VPM Graph",
Source = _vpmGray2Source,
Destinations = renderers,
Converter = _gray2Colorizer,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
ReportingTags.Add("Color:Gray2");
}
else
{
_graphs.Add(new RenderGraph {
Name = "2-bit VPM Graph",
Source = _vpmGray2Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
// 4-bit graph
if (_colorize && _gray4Colorizer != null)
{
_graphs.Add(new RenderGraph {
Name = "4-bit Colored VPM Graph",
Source = _vpmGray4Source,
Destinations = renderers,
Converter = _gray4Colorizer,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
ReportingTags.Add("Color:Gray4");
}
else
{
_graphs.Add(new RenderGraph {
Name = "4-bit VPM Graph",
Source = _vpmGray4Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
}
// rgb24 graph
_graphs.Add(new RenderGraph {
Name = "RGB24-bit VPM Graph",
Source = _vpmRgb24Source,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
// alphanumeric graph
_graphs.Add(new RenderGraph {
Name = "Alphanumeric VPM Graph",
Source = _vpmAlphaNumericSource,
Destinations = renderers,
Resize = _config.Global.Resize,
FlipHorizontally = _config.Global.FlipHorizontally,
FlipVertically = _config.Global.FlipVertically
});
if (_colorize && (_gray2Colorizer != null || _gray4Colorizer != null))
{
Logger.Info("Just clearing palette, colorization is done by converter.");
_graphs.ClearColor();
}
else if (_colorize && _palette != null)
{
Logger.Info("Applying palette to render graphs.");
_graphs.ClearColor();
if (_coloring != null)
{
_graphs.SetPalette(_palette, _coloring.DefaultPaletteIndex);
}
else
{
_graphs.SetPalette(_palette, -1);
}
}
else
{
Logger.Info("Applying default color to render graphs ({0}).", _color);
_graphs.ClearPalette();
_graphs.SetColor(_color);
}
_graphs.Init().StartRendering();
}