Classes | |
| class | AnalyzerNS::Analyzer |
| Module to analyze photoelectrons produced by particle injection. More... | |
| class | DeprecationExample |
| Example of using the Deprecation package. More... | |
| class | GenerateDenseArrayNS::GenerateDenseArray |
| Example module for generating a "dense" array. More... | |
| class | GeometryExampleNS::GeometryExample |
| Example of using the Geometry package. More... | |
| class | OverrideConfigNS::OverrideConfig |
| Example of overriding parameters in a configuration file. More... | |
| class | ReadAerosolHLNS::ReadAerosolHL |
| Example of reading from high level Aerosol DB. More... | |
| class | ReadAerosolLLNS::ReadAerosolLL |
| Example of reading from low level Aerosol DB interface. More... | |
| class | ReadAtmQualityLLNS::ReadAtmQualityLL |
| Example of reading from atmospheric quailty database. More... | |
| class | ReadCloudHLNS::ReadCloudHL |
| Example of reading from low level Cloud DB interface. More... | |
| class | ReadCloudLLNS::ReadCloudLL |
| Example of reading from low level Cloud DB interface. More... | |
| class | ReadFDCalibNS::ReadFDCalib |
| Example of reading FD calibration constants from database. More... | |
| class | ReadLidarLLNS::ReadLidarLL |
| Example of reading from low level Lidar DB interface. More... | |
| class | ReadMolecularHLNS::ReadMolecularHL |
| Example of reading from high level Molecular DB. More... | |
| class | ReadMolecularLLNS::ReadMolecularLL |
| Example of reading from low level Molecular DB interface. More... | |
| class | StationListCreatorModuleNS::StationListCreatorModule |
| Module to create an up-to-date xml station list file. More... | |
| class | SuperModuleNS::SuperModule |
| Example of calling modules from within another module. More... | |
The Tutorial programs are simple examples illustrating how to use different parts of the Offline framework to carry out common tasks. The tutorials are located in:
path-to-offline-install/share/auger-offline/doc/Tutorials
Here is a copy of the README from that area, which has a short description of each tutorial:
=============================================================== This directory contains a number of small examples of using the offline framework for various things. For the most part, these are meant to be simple, bite-sized examples which illustrate a single, limited task. (In contrast, the Examples directory contains full-blown simulation and reconstruction examples). If you have a particular example in mind you think would benefit the collaboration, or humanity as a whole, please feel free to post an item about it on the bugzilla: http://www.auger.unam.mx/bugzilla It's even better if you send along the code for it! =============================================================== ReadMolecularLL --------------- Read from the molecular database using the low-level interface. The low level interface gives direct access to the data as it appears in the database. ReadMolecularHL --------------- Read from the molecular database using the high-level interface. The high-level interface uses so-called profile models to interpret data from the database. ReadAerosolLL ------------- Read from the aerosol database using the low-level interface. The low level interface gives direct access to the data as it appears in the database. ReadAerosolHL ------------- Read from aerosol database using the high-level interface. The high-level interface uses so-called aerosol models to interpret the data from the DB. ReadAtmQualityLL ---------------- Read data from the overall atmospheric quality database. ReadCloudHL ----------- Read from the cloud database using the high-level interface. This connects to the lidar and cloud databases to interpret the coverage of FD pixels viewing some point in the atmosphere. ReadCloudLL ----------- Read from the cloud database using the low-level interface. This gives direct access to the cloud coverage data in the database via CloudPixel classes. ReadLidarLL ----------- Read from the lidar database using the low-level interface. Cloud height and aerosol optical depth data are available. ReadFD ------ Read calibration constants from the FD calibation database Geometry -------- Manipulate geometrical objects using the geometry utilities SuperModule ----------- Call modules from within another module DumpConfig ---------- Extract the configuration information from an Offline ROOT file and write it out as XML. OverrideConfig -------------- Override parameters in the default configuration files. GenerateDenseArray ------------------ Standalone program to create an XML file defining a custom "ficticious" array for use by the SDenseArrayXMLManager. Such an array is defined in the shower coordinate system, and projected onto the ground by the SDenseArrayXMLManager. It is convenient for things like sampling true S1000 in simulations. GenerateSStationList -------------------- Create an up-to-date XML station list from the station list database. Using an XML station list rather than the station list database when running offline may be more convenient in some cases. SdSimulationCalibration ----------------------- The calibration information for simulated stations is currently stored in a configuration file. If parameters used in the simulation are changed, or if the simulation code itself is changed, it is necessary to recompute the calibration data so that it corresponds to the upated simulation. This tutorial illustrates how to do that. ParticleInjection ----------------- Shoot single particles into a tank TankVisualization ----------------- Have fun looking at 3-D renderings of photons bouncing around in a tank. ShowerInventor -------------- Make up your own shower front distributions for testing SD simulation and reconstruction