Index Symbols | A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | Z Symbols --chanpersub spp_extract-bands command line option --chans spp_extract-channels command line option --chanstart spp_extract-bands command line option --ffactor spp_decimate command line option --gulp spp_clean command line option spp_decimate command line option spp_extract-samples command line option --item spp_header-update command line option --key spp_header-get command line option --method spp_clean command line option --nchans spp_extract-bands command line option --no-save spp_clean command line option --nsamps spp_extract-samples command line option --outfile spp_clean command line option spp_decimate command line option spp_extract-samples command line option --save spp_clean command line option --start spp_extract-samples command line option --tfactor spp_decimate command line option --threshold spp_clean command line option -c spp_decimate command line option spp_extract-bands command line option spp_extract-channels command line option -g spp_clean command line option spp_decimate command line option spp_extract-samples command line option -i spp_header-update command line option -k spp_header-get command line option -m spp_clean command line option -n spp_extract-bands command line option spp_extract-samples command line option -o spp_clean command line option spp_decimate command line option spp_extract-samples command line option -s spp_extract-bands command line option spp_extract-samples command line option -t spp_clean command line option spp_decimate command line option A accel (sigpyproc.header.Header attribute) add_online_moments() (in module sigpyproc.core.kernels) apply_boxcar() (sigpyproc.timeseries.TimeSeries method) apply_channel_mask() (sigpyproc.base.Filterbank method) apply_funcn() (sigpyproc.core.rfi.RFIMask method) apply_mask() (sigpyproc.core.rfi.RFIMask method) apply_method() (sigpyproc.core.rfi.RFIMask method) array (sigpyproc.utils.FrequencyChannels property) AttrDict (class in sigpyproc.utils) azimuth (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.SubintHdr property) B Backend (class in sigpyproc.io.pfits) backend (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) bandpass() (sigpyproc.base.Filterbank method) bandwidth (sigpyproc.header.Header property) (sigpyproc.utils.FrequencyChannels property) basename (sigpyproc.header.Header property) basis (sigpyproc.io.pfits.Receiver attribute) bin2freq() (sigpyproc.fourierseries.PowerSpectrum method) bin2period() (sigpyproc.fourierseries.PowerSpectrum method) bitfact (sigpyproc.io.bits.BitsInfo property) BitsInfo (class in sigpyproc.io.bits) bitsinfo (sigpyproc.io.pfits.PFITSFile property) (sigpyproc.readers.FilReader property) (sigpyproc.readers.PFITSReader property) block_delay (sigpyproc.readers.PulseExtractor property) C centre() (sigpyproc.foldedcube.FoldedData method) chan_bw (sigpyproc.io.pfits.SubintHdr property) chan_dm (sigpyproc.io.pfits.PrimaryHdr property) chan_freqs (sigpyproc.header.Header property) chan_kurtosis (sigpyproc.core.rfi.RFIMask attribute) chan_mask (sigpyproc.core.rfi.RFIMask attribute) chan_maxima (sigpyproc.core.rfi.RFIMask attribute) chan_mean (sigpyproc.core.rfi.RFIMask attribute) chan_minima (sigpyproc.core.rfi.RFIMask attribute) chan_skew (sigpyproc.core.rfi.RFIMask attribute) chan_stats (sigpyproc.base.Filterbank property) chan_var (sigpyproc.core.rfi.RFIMask attribute) channel_offset (sigpyproc.io.pfits.SubintHdr property) ChannelStats (class in sigpyproc.core.stats) class_type (sigpyproc.core.kernels.MomentsBag attribute) clean_rfi() (sigpyproc.base.Filterbank method) close() (sigpyproc.io.fileio.FileWriter method) collapse() (sigpyproc.base.Filterbank method) compute_online_moments() (in module sigpyproc.core.kernels) compute_online_moments_basic() (in module sigpyproc.core.kernels) compute_stats() (sigpyproc.base.Filterbank method) compute_stats_basic() (sigpyproc.base.Filterbank method) configfile (sigpyproc.io.pfits.Backend attribute) coord (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) correlate() (sigpyproc.timeseries.TimeSeries method) cread() (sigpyproc.io.fileio.FileReader method) cur_data_pos (sigpyproc.io.fileio.FileReader property) cwrite() (sigpyproc.io.fileio.FileWriter method) D data_type (sigpyproc.header.Header attribute) datalens (sigpyproc.header.Header attribute) date_obs (sigpyproc.io.pfits.PrimaryHdr property) dcc (sigpyproc.io.pfits.Backend attribute) dec (sigpyproc.header.Header property) decimation_factor (sigpyproc.readers.PulseExtractor property) dedisperse() (in module sigpyproc.core.kernels) (sigpyproc.base.Filterbank method) (sigpyproc.block.FilterbankBlock method) dedispersed_header() (sigpyproc.header.Header method) default_sigma (sigpyproc.io.bits.BitsInfo attribute) delay (sigpyproc.io.pfits.Backend attribute) digi_max (sigpyproc.io.bits.BitsInfo property) digi_mean (sigpyproc.io.bits.BitsInfo property) digi_min (sigpyproc.io.bits.BitsInfo property) digi_scale (sigpyproc.io.bits.BitsInfo property) digi_sigma (sigpyproc.io.bits.BitsInfo attribute) disp_delay (sigpyproc.readers.PulseExtractor property) dm (sigpyproc.header.Header attribute) dmt_transform() (sigpyproc.block.FilterbankBlock method) double_mad_mask() (in module sigpyproc.core.rfi) downcast() (in module sigpyproc.core.kernels) downsample() (sigpyproc.base.Filterbank method) (sigpyproc.block.FilterbankBlock method) (sigpyproc.timeseries.TimeSeries method) downsample_1d() (in module sigpyproc.core.kernels) downsample_2d() (in module sigpyproc.core.kernels) dtype (sigpyproc.header.Header property) (sigpyproc.io.bits.BitsInfo property) duration_string() (in module sigpyproc.utils) E edit_header() (in module sigpyproc.io.sigproc) encode_header() (in module sigpyproc.io.sigproc) encode_key() (in module sigpyproc.io.sigproc) ensure_contiguity() (in module sigpyproc.io.sigproc) extension (sigpyproc.header.Header property) extract_bands() (sigpyproc.base.Filterbank method) extract_bpass() (in module sigpyproc.core.kernels) extract_chans() (sigpyproc.base.Filterbank method) extract_samps() (sigpyproc.base.Filterbank method) extract_tim() (in module sigpyproc.core.kernels) F fbottom (sigpyproc.header.Header property) (sigpyproc.utils.FrequencyChannels property) fcenter (sigpyproc.header.Header property) (sigpyproc.utils.FrequencyChannels property) fch1 (sigpyproc.header.Header attribute) (sigpyproc.utils.FrequencyChannels property) filename (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PFITSFile property) (sigpyproc.readers.FilReader property) (sigpyproc.readers.PFITSReader property) filenames (sigpyproc.header.Header attribute) FileReader (class in sigpyproc.io.fileio) FileWriter (class in sigpyproc.io.fileio) FILFILE spp_clean command line option spp_decimate command line option spp_extract-bands command line option spp_extract-channels command line option spp_extract-samples command line option spp_header-get command line option spp_header-print command line option spp_header-update command line option FilReader (class in sigpyproc.readers) Filterbank (class in sigpyproc.base) FilterbankBlock (class in sigpyproc.block) fmax (sigpyproc.header.Header property) fmin (sigpyproc.header.Header property) foff (sigpyproc.header.Header attribute) (sigpyproc.utils.FrequencyChannels property) fold() (in module sigpyproc.core.kernels) (sigpyproc.base.Filterbank method) (sigpyproc.timeseries.TimeSeries method) FoldedData (class in sigpyproc.foldedcube) FoldSlice (class in sigpyproc.foldedcube) form_spec() (in module sigpyproc.core.kernels) (sigpyproc.fourierseries.FourierSeries method) FourierSeries (class in sigpyproc.fourierseries) frame (sigpyproc.header.Header attribute) freq2bin() (sigpyproc.fourierseries.PowerSpectrum method) freqs (sigpyproc.io.pfits.PrimaryHdr property) (sigpyproc.io.pfits.SubintHdr property) FrequencyChannels (class in sigpyproc.utils) from_file() (sigpyproc.core.rfi.RFIMask class method) from_inffile() (sigpyproc.header.Header class method) from_pfits() (sigpyproc.header.Header class method) (sigpyproc.utils.FrequencyChannels class method) from_sig() (sigpyproc.utils.FrequencyChannels class method) from_sigproc() (sigpyproc.header.Header class method) ftop (sigpyproc.header.Header property) (sigpyproc.utils.FrequencyChannels property) G get_bandpass() (sigpyproc.block.FilterbankBlock method) get_data() (sigpyproc.readers.PulseExtractor method) get_dmdelays() (sigpyproc.header.Header method) get_freq_phase() (sigpyproc.foldedcube.FoldedData method) get_logger() (in module sigpyproc.utils) get_profile() (sigpyproc.foldedcube.FoldedData method) (sigpyproc.foldedcube.FoldSlice method) get_subband() (sigpyproc.foldedcube.FoldedData method) get_subint() (sigpyproc.foldedcube.FoldedData method) get_tim() (sigpyproc.block.FilterbankBlock method) get_time_phase() (sigpyproc.foldedcube.FoldedData method) H hand (sigpyproc.io.pfits.Receiver attribute) harmonic_fold() (sigpyproc.fourierseries.PowerSpectrum method) hdrlens (sigpyproc.header.Header attribute) Header (class in sigpyproc.header) header (sigpyproc.base.Filterbank property) (sigpyproc.core.rfi.RFIMask attribute) (sigpyproc.io.pfits.PrimaryHdr property) (sigpyproc.io.pfits.SubintHdr property) (sigpyproc.readers.FilReader property) (sigpyproc.readers.PFITSReader property) I ibeam (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) ifft() (sigpyproc.fourierseries.FourierSeries method) interval_samples (sigpyproc.io.fileio.Transform property) invert_freq() (in module sigpyproc.core.kernels) (sigpyproc.base.Filterbank method) itemsize (sigpyproc.io.bits.BitsInfo property) K kurtosis (sigpyproc.core.stats.ChannelStats property) L location (sigpyproc.io.pfits.PrimaryHdr property) M machine_id (sigpyproc.header.Header property) make_inf() (sigpyproc.header.Header method) mask_channels() (in module sigpyproc.core.kernels) masked_fraction (sigpyproc.core.rfi.RFIMask property) match_header() (in module sigpyproc.io.sigproc) maxima (sigpyproc.core.stats.ChannelStats property) mbag (sigpyproc.core.stats.ChannelStats property) mean (sigpyproc.core.stats.ChannelStats property) minima (sigpyproc.core.stats.ChannelStats property) mjd_after_nsamps() (sigpyproc.header.Header method) module sigpyproc.base sigpyproc.block sigpyproc.core.kernels sigpyproc.core.rfi sigpyproc.core.stats sigpyproc.foldedcube sigpyproc.fourierseries sigpyproc.header sigpyproc.io.bits sigpyproc.io.fileio sigpyproc.io.pfits sigpyproc.io.sigproc sigpyproc.params sigpyproc.readers sigpyproc.timeseries sigpyproc.utils MomentsBag (class in sigpyproc.core.kernels) N name (sigpyproc.io.pfits.Backend attribute) (sigpyproc.io.pfits.Receiver attribute) nbands (sigpyproc.foldedcube.FoldedData property) nbeams (sigpyproc.header.Header attribute) nbins (sigpyproc.foldedcube.FoldedData property) nbits (sigpyproc.header.Header attribute) (sigpyproc.io.bits.BitsInfo attribute) (sigpyproc.io.pfits.SubintHdr property) nchans (sigpyproc.core.stats.ChannelStats property) (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.SubintHdr property) (sigpyproc.utils.FrequencyChannels property) nearest_factor() (in module sigpyproc.utils) new_header() (sigpyproc.header.Header method) nifs (sigpyproc.header.Header attribute) nints (sigpyproc.foldedcube.FoldedData property) normalise() (sigpyproc.block.FilterbankBlock method) normalize() (sigpyproc.foldedcube.FoldSlice method) np_apply_along_axis() (in module sigpyproc.core.kernels) np_mean() (in module sigpyproc.core.kernels) npol (sigpyproc.io.pfits.SubintHdr property) nrcvr (sigpyproc.io.pfits.Receiver attribute) nsamples (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.SubintHdr property) nsamples_files (sigpyproc.header.Header attribute) nsamps (sigpyproc.core.stats.ChannelStats property) (sigpyproc.readers.PulseExtractor property) nsamps_file (sigpyproc.readers.PulseExtractor property) nstart (sigpyproc.readers.PulseExtractor property) nstart_file (sigpyproc.readers.PulseExtractor property) nsubint (sigpyproc.io.pfits.SubintHdr property) num_masked (sigpyproc.core.rfi.RFIMask property) O obs_date (sigpyproc.header.Header property) obs_mode (sigpyproc.io.pfits.PrimaryHdr property) observer (sigpyproc.io.pfits.PrimaryHdr property) offs_sub (sigpyproc.io.pfits.SubintHdr property) ol_downcast() (in module sigpyproc.core.kernels) P pack() (in module sigpyproc.io.bits) pack2_8() (in module sigpyproc.core.kernels) pack4_8() (in module sigpyproc.core.kernels) pad() (sigpyproc.timeseries.TimeSeries method) parse_header() (in module sigpyproc.io.sigproc) parse_header_multi() (in module sigpyproc.io.sigproc) parse_radec() (in module sigpyproc.io.sigproc) period (sigpyproc.header.Header attribute) period2bin() (sigpyproc.fourierseries.PowerSpectrum method) PFITSFile (class in sigpyproc.io.pfits) PFITSReader (class in sigpyproc.readers) phase (sigpyproc.io.pfits.Backend attribute) poln_state (sigpyproc.io.pfits.SubintHdr property) poln_type (sigpyproc.io.pfits.SubintHdr property) PowerSpectrum (class in sigpyproc.fourierseries) prep_outfile() (sigpyproc.header.Header method) pri_hdr (sigpyproc.io.pfits.PFITSFile property) (sigpyproc.readers.PFITSReader property) PrimaryHdr (class in sigpyproc.io.pfits) Profile (class in sigpyproc.foldedcube) project_id (sigpyproc.io.pfits.PrimaryHdr property) pulse_toa_block (sigpyproc.readers.PulseExtractor property) PulseExtractor (class in sigpyproc.readers) push_data() (sigpyproc.core.stats.ChannelStats method) Q quantize() (sigpyproc.io.fileio.Transform method) R ra (sigpyproc.header.Header property) rawdatafile (sigpyproc.header.Header attribute) read_block() (sigpyproc.base.Filterbank method) (sigpyproc.readers.FilReader method) (sigpyproc.readers.PFITSReader method) read_chan() (sigpyproc.base.Filterbank method) read_dat() (sigpyproc.timeseries.TimeSeries class method) read_dedisp_block() (sigpyproc.base.Filterbank method) (sigpyproc.readers.FilReader method) (sigpyproc.readers.PFITSReader method) read_fft() (sigpyproc.fourierseries.FourierSeries class method) read_freqs() (sigpyproc.io.pfits.PFITSFile method) read_offsets() (sigpyproc.io.pfits.PFITSFile method) read_plan() (sigpyproc.base.Filterbank method) (sigpyproc.readers.FilReader method) (sigpyproc.readers.PFITSReader method) read_scales() (sigpyproc.io.pfits.PFITSFile method) read_spec() (sigpyproc.fourierseries.FourierSeries class method) read_subint() (sigpyproc.io.pfits.PFITSFile method) read_subint_pol() (sigpyproc.io.pfits.PFITSFile method) read_subints() (sigpyproc.io.pfits.PFITSFile method) read_tim() (sigpyproc.timeseries.TimeSeries class method) read_weights() (sigpyproc.io.pfits.PFITSFile method) Receiver (class in sigpyproc.io.pfits) receiver (sigpyproc.io.pfits.PrimaryHdr property) recon_prof() (sigpyproc.fourierseries.FourierSeries method) remove_rednoise() (in module sigpyproc.core.kernels) (sigpyproc.fourierseries.FourierSeries method) remove_zerodm() (in module sigpyproc.core.kernels) (sigpyproc.base.Filterbank method) replace_nan() (sigpyproc.foldedcube.FoldedData method) requantize() (sigpyproc.base.Filterbank method) resample() (sigpyproc.timeseries.TimeSeries method) resample_tim() (in module sigpyproc.core.kernels) rescale() (sigpyproc.io.fileio.Transform method) rfft() (sigpyproc.timeseries.TimeSeries method) RFIMask (class in sigpyproc.core.rfi) roll_array() (in module sigpyproc.utils) rph (sigpyproc.io.pfits.Receiver attribute) running_mean() (in module sigpyproc.core.stats) (sigpyproc.timeseries.TimeSeries method) running_median() (in module sigpyproc.core.stats) (sigpyproc.timeseries.TimeSeries method) S sa (sigpyproc.io.pfits.Receiver attribute) sampsize (sigpyproc.readers.FilReader property) (sigpyproc.readers.PFITSReader property) seek() (sigpyproc.io.fileio.FileReader method) signed (sigpyproc.header.Header attribute) signint (sigpyproc.io.pfits.SubintHdr property) sigpyproc.base module sigpyproc.block module sigpyproc.core.kernels module sigpyproc.core.rfi module sigpyproc.core.stats module sigpyproc.foldedcube module sigpyproc.fourierseries module sigpyproc.header module sigpyproc.io.bits module sigpyproc.io.fileio module sigpyproc.io.pfits module sigpyproc.io.sigproc module sigpyproc.params module sigpyproc.readers module sigpyproc.timeseries module sigpyproc.utils module skew (sigpyproc.core.stats.ChannelStats property) snr() (sigpyproc.foldedcube.Profile method) source (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) spp_clean command line option --gulp --method --no-save --outfile --save --threshold -g -m -o -t FILFILE spp_decimate command line option --ffactor --gulp --outfile --tfactor -c -g -o -t FILFILE spp_extract-bands command line option --chanpersub --chanstart --nchans -c -n -s FILFILE spp_extract-channels command line option --chans -c FILFILE spp_extract-samples command line option --gulp --nsamps --outfile --start -g -n -o -s FILFILE spp_header-get command line option --key -k FILFILE spp_header-print command line option FILFILE spp_header-update command line option --item -i FILFILE std (sigpyproc.core.stats.ChannelStats property) sub_hdr (sigpyproc.io.pfits.PFITSFile property) (sigpyproc.io.pfits.SubintHdr property) (sigpyproc.readers.PFITSReader property) subband() (in module sigpyproc.core.kernels) (sigpyproc.base.Filterbank method) subint_offset (sigpyproc.io.pfits.SubintHdr property) subint_samples (sigpyproc.io.pfits.SubintHdr property) subint_shape (sigpyproc.io.pfits.SubintHdr property) subint_width (sigpyproc.io.pfits.SubintHdr property) SubintHdr (class in sigpyproc.io.pfits) sum_harms() (in module sigpyproc.core.kernels) T tcycle (sigpyproc.io.pfits.Backend attribute) telescope (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) telescope_id (sigpyproc.header.Header property) threshold (sigpyproc.core.rfi.RFIMask attribute) time_after_nsamps() (in module sigpyproc.utils) TimeSeries (class in sigpyproc.timeseries) to_dat() (sigpyproc.timeseries.TimeSeries method) to_dict() (sigpyproc.header.Header method) (sigpyproc.io.bits.BitsInfo method) to_fftfile() (sigpyproc.fourierseries.FourierSeries method) to_file() (sigpyproc.block.FilterbankBlock method) (sigpyproc.core.rfi.RFIMask method) (sigpyproc.fourierseries.FourierSeries method) (sigpyproc.timeseries.TimeSeries method) to_sigproc() (sigpyproc.header.Header method) to_string() (sigpyproc.header.Header method) tobs (sigpyproc.header.Header property) tracking_angle (sigpyproc.io.pfits.Receiver attribute) tracking_mode (sigpyproc.io.pfits.Receiver attribute) Transform (class in sigpyproc.io.fileio) tsamp (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.SubintHdr property) tstart (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.PrimaryHdr property) tstart_files (sigpyproc.header.Header attribute) tsubint (sigpyproc.io.pfits.SubintHdr property) U unpack (sigpyproc.io.bits.BitsInfo property) unpack() (in module sigpyproc.io.bits) unpack1_8() (in module sigpyproc.core.kernels) unpack2_8() (in module sigpyproc.core.kernels) unpack4_8() (in module sigpyproc.core.kernels) update_dm() (sigpyproc.foldedcube.FoldedData method) update_period() (sigpyproc.foldedcube.FoldedData method) V var (sigpyproc.core.stats.ChannelStats property) W write() (sigpyproc.io.fileio.FileWriter method) Z zenith (sigpyproc.header.Header attribute) (sigpyproc.io.pfits.SubintHdr property) zero_off (sigpyproc.io.pfits.SubintHdr property) zscore_double_mad() (in module sigpyproc.core.stats) zscore_mad() (in module sigpyproc.core.stats)