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EDAFourBit.h unsigned get_ndim() const Return the dimension of each datum. Definition: Observation.h:80 unsigned get_nbit() const Return the number of bits per value. Definition: Observation.h:95 unsigned get_npol() const Return the number of polarizations. Definition: Observation.h:90 bool matches(const Observation *) Return true if this unpacker can handle the observation. Definition: EDAFourBit.C:23 Stores information about digital, band-limited, time-varying signals. Definition: Observation.h:33 Look-up table for converting N-bit digitized to floating point numbers. Definition: BitTable.h:22 virtual void get_histogram(std::vector< unsigned long > &, unsigned) const Get the histogram for the specified digitizer. Definition: HistUnpacker.C:183 EDAFourBit() Constructor initializes bit table. Definition: EDAFourBit.C:15 void set_table(BitTable *table) Set the digitisation convention. Definition: BitUnpacker.C:35 void unpack() Over-ride the default BitUnpacker::unpack method. Definition: EDAFourBit.C:36 Reference::To< BitTable > table The bit table generator Definition: BitUnpacker.h:55 void get_histogram(std::vector< unsigned long > &, unsigned idig) const Over-ride the default FourBitUnpacker::get_histogram method. Definition: EDAFourBit.C:68 Converts 4-bit digitised samples to floating point. Definition: FourBitUnpacker.h:24 std::string get_machine() const Return the instrument used to record signal. Definition: Observation.h:194 Generated using doxygen 1.8.17
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