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#include <AnalysisConfig.h>
Classes | |
| class | Pulser |
Public Types | |
| enum | FinePeakFindingOption_t { FinePeakFindingAbby, FinePeakFindingBicubic, FinePeakFindingGaussianFit, FinePeakFindingQuadraticFit9, FinePeakFindingQuadraticFit16, FinePeakFindingQuadraticFit25, FinePeakFindingHistogram } |
| Minimum distance of a phi sector peak lies in from an unmasked sector. If 0, only unmasked sectors will be considered. 1 means immediate neighbors are ok. negative (default) means no check is performed. More... | |
| enum | ResponseOption_t { ResponseNone, ResponseSingleBRotter, ResponseIndividualBRotter, ResponseHarmSignalOnly, ResponseTUFF, ResponseA4NoNotches, ResponseA4, ResponseA4Old, ResponseCustomString } |
Public Member Functions | |
| AnalysisConfig (const char *config_file=0) | |
| void | loadFromFile (const char *config_file) |
| TH2 * | ldb_hist () const |
Static Public Member Functions | |
| static const char * | getPeakFindingString (FinePeakFindingOption_t opt) |
| static const char * | getResponseString (ResponseOption_t opt) |
Public Attributes | |
| unsigned | correlator_nphi |
| unsigned | correlator_ntheta |
| Number of phi bins in rough correlation map. | |
| double | correlator_theta_lowest |
| Number of theta bins in rough correlation map. | |
| double | correlator_theta_highest |
| Lowest elevation considred, measured as positive below horizon. (negative would be above horizon) | |
| bool | enable_group_delay |
| Highest elevation considered, measured as positive above horizon. (negative would be below horizon) | |
| int | zoomed_nphi |
| enable group delay in interferometer | |
| int | zoomed_ntheta |
| number of phi bins in zoomed correlation map | |
| double | zoomed_dphi |
| number of theta bins in zoomed correlation map | |
| double | zoomed_dtheta |
| size of phi bins in zoomed correlation map | |
| int | zoomed_nant |
| size of theta bins in zoomed correlation map | |
| unsigned | combine_nantennas |
| If non-zero, limit antennas considered in zoomed correlation map to nearest zoomed_nant antennas. | |
| unsigned | combine_npad |
| number of antennas used to create coherent / deconvolved waveforms | |
| double | saturation_threshold |
| supersampling factor for combining waveforms (i.e. how many times to pad in fourier domain. npad = 1 is super sample by 100%) | |
| AnitaPol::AnitaPol_t | start_pol |
| threshold to consider a waveform saturated | |
| AnitaPol::AnitaPol_t | end_pol |
| Start polarization for Analyer (kHORIZONTAL if you want just hpol or both, kVERTICAL if you want just vpol) | |
| double | peak_isolation_requirement |
| End polarization for Analyer (kHORIZONTAL if you want just hpo. kVERTICAL if you want just vpol or both.) | |
| double | max_peak_trigger_angle |
| Minimum distance. | |
| int | min_peak_distance_from_unmasked |
| Maximum distance from trigger angle to consider a peak (<=0 is any, default 0);. | |
| enum UCorrelator::AnalysisConfig::FinePeakFindingOption_t | fine_peak_finding_option |
| enum UCorrelator::AnalysisConfig::ResponseOption_t | response_option |
| const char * | response_string |
| int | response_npad |
| int | nmaxima |
| bool | use_bin_center |
| number of maxima computed | |
| double | bw_ndb |
| True to use bin center in interferometric map. | |
| double | spectral_fit_start |
| the bandwidth of a waveform is defined as the portion of the power spectrum near the highest value above -ndb | |
| double | spectral_fit_stop |
| double | noise_estimate_t0 |
| double | noise_estimate_t1 |
| this is used to pick parts of the waveform for calcuating the N in SNR | |
| bool | scale_by_cos_theta |
| this is used to pick parts of the waveform for calcuating the N in SNR | |
| bool | use_offline_mask |
| Scale peak values by cos theta when picking max (due to different bin sizes) | |
| double | baseline_weight |
| use offline phi masking / l1 triggers (default true) | |
| double | correlation_gain_correction |
| exponent for baseline weighting of correlation maps (since longer baselines give you better resolution) , default 0 | |
| double | max_mean_power_filtered |
| double | max_median_power_filtered |
| double | max_bottom_to_top_ratio |
| double | max_theta_adjustment |
| Pulser | wais_hpol |
| Pulser | wais_vpol |
| Pulser | siple_hpol |
| Pulser | siple_vpol |
| int | ldb_max_run |
| bool | fill_blast_fraction |
| bool | compute_shape_parameters |
| bool | trace_to_continent |
| bool | set_bottom_first |
| bool | delay_to_center |
| bool | r_time_shift_correction |
| bool | simulation_time_shift_correction |
| double | cross_correlate_hv |
| AnitaResponse::DeconvolutionMethod * | deconvolution_method |
| bool | only_use_usable |
| int | use_antenna_level_snr |
| double | stokes_fracI |
| bool | use_forced_trigger_rms |
| bool | use_coherent_spectra |
| bool | use_hilbert_for_antenna_average |
| double | combine_t0 |
| double | combine_t1 |
| bool | fill_channel_info |
This class (really, it should be a struct but for CINT) stores configuration parameters that influence the behavior of th Analyzer. The defaults are defined within AnalysisConfig.cc
Definition at line 19 of file AnalysisConfig.h.
Minimum distance of a phi sector peak lies in from an unmasked sector. If 0, only unmasked sectors will be considered. 1 means immediate neighbors are ok. negative (default) means no check is performed.
Choice of interferometer fine peak finding
Definition at line 56 of file AnalysisConfig.h.
Definition at line 69 of file AnalysisConfig.h.
| UCorrelator::AnalysisConfig::AnalysisConfig | ( | const char * | config_file = 0 | ) |
construct from file
Definition at line 122 of file AnalysisConfig.cc.
| TH2 * UCorrelator::AnalysisConfig::ldb_hist | ( | ) | const |
For LDB pulser, we rely on a histogram generated by e.g. macros/makeLDBSelection.C for now"
Definition at line 212 of file AnalysisConfig.cc.
| void UCorrelator::AnalysisConfig::loadFromFile | ( | const char * | config_file | ) |
load options from file
Definition at line 108 of file AnalysisConfig.cc.
| bool UCorrelator::AnalysisConfig::compute_shape_parameters |
option to turn off computing/saving shape parameters, should save time and space if you aren't planning on using them, default is to compute them
Definition at line 135 of file AnalysisConfig.h.
| double UCorrelator::AnalysisConfig::cross_correlate_hv |
If non-zero, we will cross-corralte h and v within this window (basically asserting linear polarization)
Definition at line 154 of file AnalysisConfig.h.
| AnitaResponse::DeconvolutionMethod* UCorrelator::AnalysisConfig::deconvolution_method |
TODO: this has to be loaded from file somehow
Definition at line 157 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::delay_to_center |
delay_to_center: Makes it so the delays in the coherent sum are referenced to the center point
Definition at line 147 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::fill_blast_fraction |
Fill the payload blast fraction in the flags. Requires having the time dependent averages right now , so default is false
Definition at line 132 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::only_use_usable |
option to turn off using antennas marked as not usable by anita flight info. default is OFF (use all antennas)
Definition at line 160 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::set_bottom_first |
set_bottom_first: Re-arrange the coherently summed waveforms so that the bottom-most ring is always the first antenna to be summed.
Definition at line 143 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::trace_to_continent |
option to turn off computing/saving the source location on the continent, can probably turn off until clustering, default is ON
Definition at line 138 of file AnalysisConfig.h.
| int UCorrelator::AnalysisConfig::use_antenna_level_snr |
option to replace coherent waveform snr with: the vpp/2 of the antenna with the largest vpp, divided by the average rms of all antennas that go into the coherent sum (option 1) or average vpp/2 of all the antennas that go into coherent sum divided by the average rms of all the antennas that go into the coherent sum (option 2) (currently only works correctly with use_forced_trigger_rms set to ON) Default is OFF
Definition at line 167 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::use_coherent_spectra |
Whether or not to use the average of the spectra or the spectra of the coherent/deconvolved
Definition at line 176 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::use_forced_trigger_rms |
Use the nearby forced trigger rms instead of estimating it from the waveform
Definition at line 173 of file AnalysisConfig.h.
| bool UCorrelator::AnalysisConfig::use_hilbert_for_antenna_average |
Whether or not to compute the antennaPeakAverage with hilbert peak
Definition at line 179 of file AnalysisConfig.h.
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