*/
-void RegionOfInterest::CreateToContain(const ClusterPoint& point, const ChamberID chamber)
+void RegionOfInterest::CreateToContain(const ClusterPoint& point, ChamberID chamber)
{
Assert( 0 <= chamber and chamber < NUMBER_OF_TRACKING_CHAMBERS );
this->chamber = chamber;
};
-void RegionOfInterest::CreateToContain(const ClusterPoint* points, const UInt count, const ChamberID chamber)
+void RegionOfInterest::CreateToContain(const ClusterPoint* points, UInt count, ChamberID chamber)
{
Assert( 0 <= chamber and chamber < NUMBER_OF_TRACKING_CHAMBERS );
Assert( count > 0 );
};
-void RegionOfInterest::Decode(const ROI code)
+void RegionOfInterest::Decode(ROI code)
{
UInt l, r, b, t;
UChar colevel;
};
-void RegionOfInterest::Decode(const ROI code, ChamberID& chamber, UChar& level, UInt& l, UInt& b)
+void RegionOfInterest::Decode(ROI code, ChamberID& chamber, UChar& level, UInt& l, UInt& b)
{
UChar colevel;
DecodeBits(code, chamber, colevel, l, b);
};
-void RegionOfInterest::DecodeBits(const ROI code, ChamberID& chamber, UChar& colevel, UInt& l, UInt& b)
+void RegionOfInterest::DecodeBits(ROI code, ChamberID& chamber, UChar& colevel, UInt& l, UInt& b)
{
// First decode the chamber number and the remainder
// contains the location index.
};
-ChamberID RegionOfInterest::DecodeChamber(const ROI code)
+ChamberID RegionOfInterest::DecodeChamber(ROI code)
{
return (ChamberID)(code / MAX_INDICES);
};