kosmorro

Get ephemerides for Paris, France

$ kosmorro --latitude=[48.7996] --longitude=[2.3511]

$ kosmorro --latitude=[48.7996] --longitude=[2.3511] --timezone=[2]

$ kosmorro --latitude=[48.7996] --longitude=[2.3511] --date=[2020-06-09]

$ kosmorro --format=[pdf] --output=[path/to/file.pdf]

kosmorro [options] input_data_file

--help
    Displays a help message with available options.

--calibration
    Specifies the calibration file to use for data correction.

--output
    Specifies the output file to write processed data to.

--filter
    Applies a filter to the data based on a given expression.

--reconstruct
    Enables track reconstruction.

--verbose
    Prints detailed processing information

kosmorro is a command-line tool designed for processing and analyzing data acquired from a cosmic ray muon tracker.
It provides functionalities for data cleaning, calibration, event reconstruction, and visualization. The specific features available will depend on the software version. Typical functionality includes the application of detector calibrations (e.g., timing offsets, efficiency corrections), filtering events based on quality criteria (e.g., hit multiplicity, track fit quality), and performing track reconstruction to determine the trajectories of detected muons.
kosmorro is typically used in high-energy physics and cosmic ray research to study the properties and behavior of muons as they interact with the detector. The processed data can be further analyzed to extract physical parameters like muon flux, angular distribution, and energy spectrum. The tool often interfaces with data stored in specific formats, requiring understanding of the underlying data structures.

The exact parameters and functionalities of kosmorro will depend heavily on the specific implementation and version used. Consult the software's documentation for accurate details.

kosmorro typically expects input data in a binary format specific to the cosmic ray detector used. The exact format will need to be specified for processing.

kosmorro should provide robust error handling and informative error messages. Common issues include corrupted data files, invalid calibration parameters, and incorrect filter expressions. Logging to a file is suggested when debugging.

The 'kosmorro' command likely originated within a specific research group or experiment involved in cosmic ray studies. Its development likely began as a set of custom scripts and tools that were eventually consolidated into a more structured command-line application. The command's name may be related to cosmic ray or muon-related terminology. Its usage is primarily within the scientific community for analyzing data acquired from muon tracking detectors.

root(1), geant4(1)