straxen.plugins.hitlets_mv package

Submodules

straxen.plugins.hitlets_mv.hitlets_mv module

class straxen.plugins.hitlets_mv.hitlets_mv.muVETOHitlets[source]

Bases: nVETOHitlets

Muno-Veto Plugin: Same as the corresponding nVETO-PLugin. Plugin which computes the nveto hitlets and their parameters.

Hitlets are an extension of regular hits. They include the left and right extension. The plugin does the following:

Generate hitlets which includes these sub-steps:

Apply left and right hit extension and concatenate

overlapping hits. * Generate temp. hitelts and look for their waveforms in their corresponding records. * Split hitlets if they satisfy the set criteria.

Compute the properties of the hitlets.

Note:
Hitlets are getting chopped if extended in not recorded regions.

child_plugin = True

compute(records_mv, start, end)[source]

config: Dict

data_kind: str | immutabledict | dict = 'hitlets_mv'

depends_on: tuple = 'records_mv'

deps: Dict

dtype: tuple | dtype | immutabledict | dict = [(('Start time since unix epoch [ns]', 'time'), <class 'numpy.int64'>), (('Length of the interval in samples', 'length'), <class 'numpy.int32'>), (('Width of one sample [ns]', 'dt'), <class 'numpy.int16'>), (('Channel/PMT number', 'channel'), <class 'numpy.int16'>), (('Total hit area in pe', 'area'), <class 'numpy.float32'>), (('Maximum of the PMT pulse in pe/sample', 'amplitude'), <class 'numpy.float32'>), (('Position of the Amplitude in ns (minus "time")', 'time_amplitude'), <class 'numpy.int16'>), (('Hit entropy', 'entropy'), <class 'numpy.float32'>), (('Width (in ns) of the central 50% area of the hitlet', 'range_50p_area'), <class 'numpy.float32'>), (('Width (in ns) of the central 80% area of the hitlet', 'range_80p_area'), <class 'numpy.float32'>), (('Position of the 25% area decile [ns]', 'left_area'), <class 'numpy.float32'>), (('Position of the 10% area decile [ns]', 'low_left_area'), <class 'numpy.float32'>), (('Width (in ns) of the highest density region covering a 50% area of the hitlet', 'range_hdr_50p_area'), <class 'numpy.float32'>), (('Width (in ns) of the highest density region covering a 80% area of the hitlet', 'range_hdr_80p_area'), <class 'numpy.float32'>), (('Left edge of the 50% highest density region [ns]', 'left_hdr'), <class 'numpy.float32'>), (('Left edge of the 80% highest density region [ns]', 'low_left_hdr'), <class 'numpy.float32'>), (('FWHM of the PMT pulse [ns]', 'fwhm'), <class 'numpy.float32'>), (('Left edge of the FWHM [ns] (minus "time")', 'left'), <class 'numpy.float32'>), (('FWTM of the PMT pulse [ns]', 'fwtm'), <class 'numpy.float32'>), (('Left edge of the FWTM [ns] (minus "time")', 'low_left'), <class 'numpy.float32'>)]

entropy_square_data_mv

Dispatch on URL protocol.