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2.3.0-dev

Contents:

  • Introduction
    • Introduction
    • Installing NuRadioMC / NuRadioReco
      • Requirements
      • Installation using pip
      • Development version
        • PYTHONPATH
      • Manual installation
        • Pip-installable dependencies
          • Core Dependencies
          • Optional Dependencies
        • Not pip-installable packages
    • Some notes on conventions
      • Coordinates
        • Default coordinate system
        • Points
        • Angles
        • Directions
        • Electic Fields
      • Units
      • Particle types
      • Fourier transformations
    • Contributing to NuRadioMC
      • Workflow
      • Coding conventions
      • How to
        • Writing docstrings
        • Update the version number / dependencies
        • Writing additional documentation
          • Compiling the documentation
          • Headings and text
          • Lists
          • Links and cross-references
          • Showing code
  • NuRadioReco Documentation
    • Data Structure
      • .nur Files and How to Use Them
        • Philosophy and Basic Structure
        • Reading and Writing .nur Files
      • Parameter Storage
      • List of Data Classes
        • Event
        • Radio Shower
        • SimShower
        • SimEmitter
        • Particle
        • Station
        • Trigger
        • SimStation
        • BaseTrace
        • Electric Field
        • Channel
        • Hybrid Information
        • Hybrid Shower
        • Hybrid Detector
    • Detector Description
      • Detector Description
        • The Detector Class
        • Detector Description Formats
          • DataBase
          • JSON
          • Dictionary
          • Signal Chain Responses
        • GenericDetector
          • Event-Specific Changes
        • Detector Description in Event Files
          • Writing the Detector
          • Reading the Detector
          • Detector Viewer
      • Properties of Detector Description
        • Antennas
          • Further Discussion on Antenna Coordinates
        • ADC Table
      • Antenna Models
      • Implemetation of Antenna Models
      • Overview of available Antenna Models
        • bicone_v8_InfAir
        • bicone_v8_InfFirn
        • bicone_v8_inf_n1.32
        • bicone_v8_inf_n1.4
        • bicone_v8_inf_n1.78
        • createLPDA_100MHz_InfFirn
        • createLPDA_InfFirn_n1.4
        • createLPDA_100MHz_z1cm_InFirn_RG
        • createLPDA_100MHz_z1cm_InFirn_BoresightToBoundary
        • createLPDA_100MHz_z10cm_InFirn_RG
        • createLPDA_100MHz_z1m_InFirn_RG
        • createLPDA_100MHz_z2m_InFirn_RG
        • createLPDA_100MHz_z2m_InFirn_Backlobe_NoRG
        • createLPDA_100MHz_z3m_InAir_RG
        • createLPDA_100MHz_z3m_InFirn_BoresightToBoundary
        • createLPDA_100MHz_z3mAndLPDALen_InFirn_BoresightToBoundary
        • createLPDA_100MHz_z5m_InFirn_RG
        • createLPDA_100MHz_z10m_InFirn_RG
        • createLPDA_100MHz_z100m_InFirn_RG
        • createLPDA_100MHz_z200m_InFirn_RG
        • createLPDA_100MHz_InfAir
        • createLPDA_100MHz_z1cm_InAir_RG
        • createLPDA_100MHz_z1m_InFirn_RG_v2
        • dip7cm_hpol_infFirn
        • dip7cm_z260mm_InFirn_RG
        • dip7cm_z1m_InFirn_RG
        • dip7cm_z2m_InFirn_RG
        • dip7cm_z3m_InFirn_RG_NearHorizontalHD
        • dip7cm_z5m_InFirn_RG
        • dip7cm_z10m_InFirn_RG
        • dip7cm_z200m_InFirn_RG
        • dip7cm_z100m_InFirn_RG
        • dip7cm_infAir_s12
        • dip7cm_z270mm_InAir
        • dip7cm_z1m_InAir
        • dip7cm_z1m_InAir_RG_NearHorizontalHD
        • dip7cm_z1m_InAir_RG_NearHorizontalHD2
        • dip7cm_z2m_InAir
        • dip7cm_z5m_InAir
        • RNOG_vpol_4inch_center_n1.73
        • RNOG_vpol_4inch_half_n1.73
        • RNOG_vpol_4inch_wall_n1.73
        • RNOG_vpol_v2_5inch_center_n1.75
        • RNOG_quadslot_v1_n1.74
        • RNOG_quadslot_v2_n1.74
        • RNOG_quadslot_v2_rescaled_fineFreq
        • RNOG_quadslot_v3_air_rescaled_to_n1.74
        • SKALA_InfFirn
      • Additional Models
        • RNOG_vpol_v1_n1.4
        • RNOG_vpol_v1_n1.73
        • fourslot_InfFirn
        • greenland_vpol_InfFirn
        • trislot_RNOG
        • dipole_ARA_bicone_infinitefirn
        • XFDTD_Hpol_150mmHole_n1.78
        • XFDTD_Vpol_CrossFeed_150mmHole_n1.78
        • XFDTD_Vpol_CrossFeed_150mmHole_n1.78_InfFirn
      • The RNO-G detector class and database interface
        • Detector time and database time
        • Database structure
        • Signal Chain
        • Response class
        • Detector class
    • overview of times
      • ARIANNA specific details:
      • Station time
        • Trace start times in channels
        • Trace start times in E-fields
    • overview of modules that alter time
    • Modules
      • Basic Module Structure
      • Logging
    • Event Display
    • Utilities
      • Unit System
      • Fourier Transformation
      • Metaclasses
        • Singleton
    • Code Documentation
      • NuRadioReco.framework package
        • Submodules
          • NuRadioReco.framework.base_shower module
          • NuRadioReco.framework.base_station module
          • NuRadioReco.framework.base_trace module
          • NuRadioReco.framework.channel module
          • NuRadioReco.framework.electric_field module
          • NuRadioReco.framework.emitter module
          • NuRadioReco.framework.event module
          • NuRadioReco.framework.hybrid_information module
          • NuRadioReco.framework.hybrid_shower module
          • NuRadioReco.framework.parameter_serialization module
          • NuRadioReco.framework.parameters module
          • NuRadioReco.framework.particle module
          • NuRadioReco.framework.radio_shower module
          • NuRadioReco.framework.sim_channel module
          • NuRadioReco.framework.sim_emitter module
          • NuRadioReco.framework.sim_station module
          • NuRadioReco.framework.station module
          • NuRadioReco.framework.trigger module
      • NuRadioReco.modules package
        • Subpackages
          • NuRadioReco.modules.ARA package
          • NuRadioReco.modules.ARIANNA package
          • NuRadioReco.modules.LOFAR package
          • NuRadioReco.modules.RNO_G package
          • NuRadioReco.modules.base package
          • NuRadioReco.modules.custom package
          • NuRadioReco.modules.iftElectricFieldReconstructor package
          • NuRadioReco.modules.io package
          • NuRadioReco.modules.measured_noise package
          • NuRadioReco.modules.neutrinoDirectionReconstructor package
          • NuRadioReco.modules.neutrinoVertexReconstructor package
          • NuRadioReco.modules.phasedarray package
          • NuRadioReco.modules.trigger package
        • Submodules
          • NuRadioReco.modules.analogToDigitalConverter module
          • NuRadioReco.modules.beamFormingDirectionFitter module
          • NuRadioReco.modules.channelAddCableDelay module
          • NuRadioReco.modules.channelAntennaDedispersion module
          • NuRadioReco.modules.channelBandPassFilter module
          • NuRadioReco.modules.channelCWNotchFilter module
          • NuRadioReco.modules.channelGalacticNoiseAdder module
          • NuRadioReco.modules.channelGenericNoiseAdder module
          • NuRadioReco.modules.channelLengthAdjuster module
          • NuRadioReco.modules.channelResampler module
          • NuRadioReco.modules.channelSignalReconstructor module
          • NuRadioReco.modules.channelStopFilter module
          • NuRadioReco.modules.channelTemplateCorrelation module
          • NuRadioReco.modules.channelTimeOffsetCalculator module
          • NuRadioReco.modules.channelTimeWindow module
          • NuRadioReco.modules.correlationDirectionFitter module
          • NuRadioReco.modules.cosmicRayEnergyReconstructor module
          • NuRadioReco.modules.efieldAirToIcePropagator module
          • NuRadioReco.modules.efieldRadioInterferometricReconstruction module
          • NuRadioReco.modules.efieldTimeDirectionFitter module
          • NuRadioReco.modules.efieldToVoltageConverter module
          • NuRadioReco.modules.efieldToVoltageConverterPerEfield module
          • NuRadioReco.modules.electricFieldBandPassFilter module
          • NuRadioReco.modules.electricFieldResampler module
          • NuRadioReco.modules.electricFieldSignalReconstructor module
          • NuRadioReco.modules.eventTypeIdentifier module
          • NuRadioReco.modules.sphericalWaveFitter module
          • NuRadioReco.modules.templateDirectionFitter module
          • NuRadioReco.modules.triggerTimeAdjuster module
          • NuRadioReco.modules.voltageToAnalyticEfieldConverter module
          • NuRadioReco.modules.voltageToEfieldConverter module
          • NuRadioReco.modules.voltageToEfieldConverterPerChannel module
      • NuRadioReco.detector package
        • Subpackages
          • NuRadioReco.detector.ARA package
          • NuRadioReco.detector.ARIANNA package
          • NuRadioReco.detector.LOFAR package
          • NuRadioReco.detector.RNO_G package
        • Submodules
          • NuRadioReco.detector.amp module
          • NuRadioReco.detector.antennapattern module
          • NuRadioReco.detector.detector module
          • NuRadioReco.detector.detector_base module
          • NuRadioReco.detector.detector_sql module
          • NuRadioReco.detector.detector_sys_uncertainties module
          • NuRadioReco.detector.filterresponse module
          • NuRadioReco.detector.generic_detector module
          • NuRadioReco.detector.response module
          • NuRadioReco.detector.sql_to_json module
          • NuRadioReco.detector.test_detector_db module
          • NuRadioReco.detector.visualize_detector module
      • NuRadioReco.utilities package
        • Submodules
          • NuRadioReco.utilities.analytic_pulse module
          • NuRadioReco.utilities.bandpass_filter module
          • NuRadioReco.utilities.cr_flux module
          • NuRadioReco.utilities.dataservers module
          • NuRadioReco.utilities.diodeSimulator module
          • NuRadioReco.utilities.fft module
          • NuRadioReco.utilities.geometryUtilities module
          • NuRadioReco.utilities.ice module
          • NuRadioReco.utilities.interferometry module
          • NuRadioReco.utilities.io_utilities module
          • NuRadioReco.utilities.logging module
          • NuRadioReco.utilities.metaclasses module
          • NuRadioReco.utilities.noise module
          • NuRadioReco.utilities.particle_names module
          • NuRadioReco.utilities.signal_processing module
          • NuRadioReco.utilities.templates module
          • NuRadioReco.utilities.timing module
          • NuRadioReco.utilities.traceWindows module
          • NuRadioReco.utilities.trace_utilities module
          • NuRadioReco.utilities.units module
          • NuRadioReco.utilities.variableWindowSizeCorrelation module
          • NuRadioReco.utilities.version module
    • Manuals
      • Use the Vertex Reconstruction Modules
        • Creating Lookup Tables
        • Creating Electric Field Templates
        • 2D vs. 3D Vertex Reconstructor
  • NuRadioMC Documentation
    • HDF5 output structure
      • Opening the HDF5 file
      • What’s behind the HDF5 files
      • HDF5 structure
        • HDF5 file attributes
        • HDF5 file contents
        • Station data
    • Code Documentation
      • NuRadioMC.EvtGen package
        • Submodules
          • NuRadioMC.EvtGen.NuRadioMCtoAraSim module
          • NuRadioMC.EvtGen.NuRadioProposal module
          • NuRadioMC.EvtGen.create_tau_tab module
          • NuRadioMC.EvtGen.generate_cylinder module
          • NuRadioMC.EvtGen.generate_unforced module
          • NuRadioMC.EvtGen.generator module
          • NuRadioMC.EvtGen.generator_ASCII module
          • NuRadioMC.EvtGen.generator_skeleton module
          • NuRadioMC.EvtGen.hdf5_to_ASCII module
          • NuRadioMC.EvtGen.proposal_table_manager module
          • NuRadioMC.EvtGen.readARAEventList module
          • NuRadioMC.EvtGen.readEventList_ASCII module
      • NuRadioMC.SignalGen package
        • Subpackages
          • NuRadioMC.SignalGen.ARZ package
        • Submodules
          • NuRadioMC.SignalGen.HCRB2017 module
          • NuRadioMC.SignalGen.askaryan module
          • NuRadioMC.SignalGen.emitter module
          • NuRadioMC.SignalGen.parametrizations module
      • NuRadioMC.SignalProp package
        • Submodules
          • NuRadioMC.SignalProp.analyticraytracing module
          • NuRadioMC.SignalProp.directRayTracing module
          • NuRadioMC.SignalProp.propagation module
          • NuRadioMC.SignalProp.propagation_base_class module
          • NuRadioMC.SignalProp.radioproparaytracing module
      • NuRadioMC.simulation package
        • Submodules
          • NuRadioMC.simulation.output_writer_hdf5 module
          • NuRadioMC.simulation.simulation module
          • NuRadioMC.simulation.time_logger module
      • NuRadioMC.utilities package
        • Submodules
          • NuRadioMC.utilities.Veff module
          • NuRadioMC.utilities.attenuation module
          • NuRadioMC.utilities.cross_sections module
          • NuRadioMC.utilities.dump_hdf5 module
          • NuRadioMC.utilities.earth_attenuation module
          • NuRadioMC.utilities.fluxes module
          • NuRadioMC.utilities.inelasticities module
          • NuRadioMC.utilities.medium module
          • NuRadioMC.utilities.medium_base module
          • NuRadioMC.utilities.merge_hdf5 module
          • NuRadioMC.utilities.muon_flux module
          • NuRadioMC.utilities.plotting module
          • NuRadioMC.utilities.runner module
          • NuRadioMC.utilities.runner_example module
          • NuRadioMC.utilities.split_hdf5 module
    • Manuals
      • Example: Calculating effective volume
        • Run an effective volume simulation
          • Generating the input event list
          • Running the simulation
          • Visualization of results
      • Example: Calculating expected sensitivities
      • Example: Multi-station coincidences
        • 1. Generation of detector layout
        • 2. Detector simulation
        • 3. Running the simulation
        • 4. Analyzing the output
      • Event Generation
        • Events in a cylindrical volume
          • Input parameters
          • Data sets and attributes
        • Atmospheric muons generated on a flat surface
        • NuRadioProposal as a standalone module
      • Signal Generation (from in-ice showers)
        • Frequency-domain parameterisations
        • ARZ - semi-analytical model
        • Validity of the parameterisations and the ARZ model
        • Timing
        • Using the same shower. Random seed
        • FFT normalisation
      • Signal Generation (emitter)
        • SPice Pulser
      • Signal Propagation
        • Propagation module
        • Ray tracing
          • Analytical ray tracer
          • RadioPropa numerical ray tracer (in development)
        • Example scripts
          • How to calculate an analytic ray path
          • How to calculate an radiopropa ray path
      • Ice and attenuation models
        • Ice model implementation
          • The IceModel and IceModel_Simple class
          • RadioPropaIceWrapper
        • Available models in NuRadioMC
          • Simple ice models
          • RadioPropa ice models
          • Attenuation model
          • Using specific models
        • Example script
        • Birefringence Ice Models
          • Available Birefringence Ice Models
          • Ice-Flow Direction
          • Available Birefringence Propagation Options
          • Using specific birefringence models
      • Simulation and configuration
        • Steering files
        • Config files
        • Detector description
        • Detector simulation
      • Running on a cluster
        • 1. Generate input files
        • 2. Generate job *.sh scripts
        • 3. Submit jobs to the cluster
        • 4. Merge individual hdf5 output files
NuRadio
  • NuRadioReco Documentation
  • Code Documentation
  • NuRadioReco.modules package
  • NuRadioReco.modules.custom package
  • NuRadioReco.modules.custom.deltaT package
  • View page source

NuRadioReco.modules.custom.deltaT package

Submodules

  • NuRadioReco.modules.custom.deltaT.calculateAmplitudePerRaySolution module
    • calculateAmplitudePerRaySolution
      • calculateAmplitudePerRaySolution.begin()
      • calculateAmplitudePerRaySolution.run()
      • calculateAmplitudePerRaySolution.end()
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