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FloatUnpacker.h 64 {
bool matches(const Observation *observation) Return true if we can convert the Observation. Definition: FloatUnpacker.C:34 virtual unsigned get_npol() const=0 virtual void set_bandwidth(double _bandwidth) Set the bandwidth of signal in MHz (-ve = lsb; +ve = usb) Definition: Observation.h:145 void phase(Profile *input) bool get_device_supported(Memory *) const Return true if the unpacker can operate on the specified device. Definition: FloatUnpacker.C:129 virtual void set_device(Memory *) Set the device on which the unpacker will operate. Definition: Unpacker.C:79 unsigned get_nbit() const Return the number of bits per value. Definition: Observation.h:95 double get_centre_frequency(unsigned ichan) const virtual unsigned get_nsubint() const=0 void set_device(Memory *) Set the device on which the unpacker will operate. Definition: FloatUnpacker.C:143 virtual void set_dispersion_measure(double dm) Set the pulsar dispersion mesure. Definition: Observation.h:202 void rotate_phase(double phase) virtual unsigned get_nchan() const=0 Stores information about digital, band-limited, time-varying signals. Definition: Observation.h:33 virtual double get_centre_frequency() const=0 Integration * get_Integration(unsigned subint) Arrays of consecutive samples for each polarization and frequency channel. Definition: TimeSeries.h:29 Profile * get_Profile(unsigned subint, unsigned pol, unsigned chan) A container for storing digitized (generally not floating point) data Definition: BitSeries.h:35 virtual double get_bandwidth() const=0 Abstract base class of Transformations that convert n-bit to float. Definition: Unpacker.h:42 void set_output_order(TimeSeries::Order) Set the order of the dimensions in the output TimeSeries. Definition: FloatUnpacker.C:48 bool get_order_supported(TimeSeries::Order) const Return true if the output order is supported. Definition: FloatUnpacker.C:42 FloatUnpacker(const char *name="FloatUnpacker") Null constructor. Definition: FloatUnpacker.C:27 virtual void set_centre_frequency(double cf) Set the centre frequency of the band-limited signal in MHz. Definition: Observation.h:132 Reference::To< Engine > engine Interface to alternate processing engine (e.g. GPU) Definition: FloatUnpacker.h:64 void set_engine(Engine *) Set the Engine to be used. Definition: FloatUnpacker.C:121 virtual void set_rate(double _rate) Set the sampling rate (time samples per second in Hz) Definition: Observation.h:155 virtual double get_folding_period() const=0 virtual double get_dispersion_measure() const=0 Pure virtual base class of objects that manage memory allocation and destruction. Definition: Memory.h:23 static const double dm_dispersion Conversion factor between dispersion measure, DM, and dispersion, D. Definition: Dedispersion.h:31 std::string get_machine() const Return the instrument used to record signal. Definition: Observation.h:194 virtual bool get_device_supported(Memory *) const Return true if the unpacker can operate on the specified device. Definition: Unpacker.C:73 Reference::To< const BitSeries > input Container from which input data will be read. Definition: HasInput.h:49 @ 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 Reference::To< TimeSeries > output Container into which output data will be written. Definition: HasOutput.h:49 Generated using doxygen 1.8.17
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