RFAUVBinner.h

Classes

RFAUVBinner -- RFAUVBinner: flagging via UV binning (full description)

class RFAUVBinner : public RFAFlagCubeBase, public RFDataMapper, public PGPlotEnums

Interface

Public Members

RFAUVBinner ( RFChunkStats &ch,const RecordInterface &parm )

virtual ~RFAUVBinner ()

virtual uInt estimateMemoryUse ()

virtual Bool newChunk (Int &maxmem)

virtual void endChunk ()

virtual void startData ()

virtual void startDry ()

virtual IterMode iterTime (uInt it)

virtual IterMode iterRow (uInt ir)

virtual IterMode iterDry (uInt it)

virtual IterMode endData ()

virtual IterMode endDry ()

virtual String getDesc ()

static const RecordInterface & getDefaults ()

Protected Members

IPosition computeBin( Float uv,Float y,uInt ich )

void makePlot ( PGPlotterInterface &pgp,uInt ich )

Description

Prerequisite

RFDataMapper
RFFlagCubeBase
RFCubeLattice

Synopsis

To Do

make UV-distance matrix static, to share between multiple instances
collect population statistics across all channels
3D bins (ampl-UVdist-channel)?
think how to solve "encroaching" problem to achieve a better probability distribution. Perhaps two sets of staggered bins, and for each point use the count of the bigger bin?