PlottingModule::PlottingModule()
: VoreenModule()
{
setName("Plotting");
setXMLFileName("plotting/plottingmodule.xml");
addProcessor(new PlotDataSource());
addProcessor(new PlotFunctionSource());
addProcessor(new BarPlot());
addProcessor(new HemispherePlot());
addProcessor(new ImageAnalyzer());
addProcessor(new LinePlot());
addProcessor(new PlotDataExport());
addProcessor(new PlotDataExportText());
addProcessor(new PlotDataFitFunction());
addProcessor(new PlotDataGroup());
addProcessor(new PlotDataMerge());
addProcessor(new PlotDataSelect());
addProcessor(new PlotFunctionDiscret());
addProcessor(new ScatterPlot());
addProcessor(new SurfacePlot());
addSerializerFactory(new AggregationFunctionFactory());
addSerializerFactory(PlotPredicateFactory::getInstance());
}
BccModule::BccModule()
: VoreenModule()
{
setName("BCC");
setXMLFileName("bcc/bccmodule.xml");
addProcessor(new BccVolumeRaycaster());
addProcessor(new FccVolumeRaycaster());
addProcessor(new UnbiasedVolumeRaycaster());
addProcessor(new VolumeInterleave());
addShaderPath(getModulesPath("bcc/glsl"));
}
OpenCLModule::OpenCLModule()
: VoreenModule()
, opencl_(0)
, context_(0)
, queue_(0)
, device_(0)
, glSharing_(true)
{
setName("OpenCL");
setXMLFileName("opencl/openclmodule.xml");
instance_ = this;
addProcessor(new DynamicCLProcessor());
addProcessor(new GrayscaleCL());
addProcessor(new RaycasterCL());
addProcessor(new RaytracingEntryExitPoints());
addProcessor(new VolumeGradientCL());
}
FFmpegModule::FFmpegModule()
: VoreenModule()
{
setName("FFmpeg");
setXMLFileName("ffmpeg/ffmpegmodule.xml");
}
