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LuMPUnpacker.h PPQQ virtual void set_output_order(TimeSeries::Order) Set the order of the dimensions in the output TimeSeries. Definition: LuMPUnpacker.C:44 virtual uint64_t get_nsamples(uint64_t nbytes) const Return the number of samples in nbytes bytes. Definition: Observation.C:548 unsigned get_ndim() const Return the dimension of each datum. Definition: Observation.h:80 Signal::State get_state() const Return the state of the signal. Definition: Observation.h:70 unsigned get_nbit() const Return the number of bits per value. Definition: Observation.h:95 PolOrdering get_pol_ordering() const Return the polarization ordering. Definition: LuMPObservation.h:78 State BinaryFormat get_binary_format() const Return the binary format. Definition: LuMPObservation.h:66 Stokes double get_dispersion_measure() const Returns the pulsar dispersion measure. Definition: Observation.h:205 double get_rate() const Return the sampling rate (time samples per second in Hz) Definition: Observation.h:157 uint64_t get_ndat() const Return the number of time samples in container. Definition: Observation.h:107 Nyquist DataEndianness get_data_endianness() const Return the data endianness. Definition: LuMPObservation.h:72 Parses Observation attributes from a LuMP header. Definition: LuMPObservation.h:55 unsigned get_npol() const Return the number of polarizations. Definition: Observation.h:90 Stores information about digital, band-limited, time-varying signals. Definition: Observation.h:33 std::string get_telescope() const Return the telescope name. Definition: Observation.h:112 virtual uint64_t get_nbytes(uint64_t nsamples) const Return the size in bytes of nsamples time samples. Definition: Observation.C:543 Intensity virtual bool matches(const Observation *observation) Return true if we can convert the Observation. Definition: LuMPUnpacker.C:49 float get_nbyte() const Return the size in bytes of one time sample. Definition: Observation.C:534 std::string get_source() const Return the source name. Definition: Observation.h:122 Coherence Abstract base class of Transformations that convert n-bit to float. Definition: Unpacker.h:42 virtual bool get_order_supported(TimeSeries::Order) const Return true; support any output order. Definition: LuMPUnpacker.C:38 Analytic LuMPUnpacker(const char *name="LuMPUnpacker") Constructor. Definition: LuMPUnpacker.C:32 std::string get_machine() const Return the instrument used to record signal. Definition: Observation.h:194 @ OrderFPT Frequency, Polarization, Time (default before 3 October 2008) Definition: TimeSeries.h:47 @ OrderTFP Time, Frequency, Polarization (better for many things) Definition: TimeSeries.h:50 Generated using doxygen 1.8.17
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