Core

Introduction

hipecta.core Core functions

Reference/API

hipecta.core Module

Functions

createRecoTemporary	Create the temporary used for the reconstruction Parameter: ———- nbSlice : number of slices recorded by the camera focalLength : focal length of the telescope [m] tabPosPixelXY : two dimensions numpy ndarray (first column X, second column Y) table of the pixels’ position in [m] (x,y), (x,y), (x,y), (x,y), …
createTabHillasParam	Create a numpy array for all the hillas parameters
fullAnalysis	Do the hillas reconstruction (calibration/integration/cleaning/Hillas parameters Parameter: ———- matSignalHi : matrix of the high gain signal (np.uint16) configCut : cuts of all the analysis tmp : PRecoTemporary to be used tabHillasParameters : table of the hillas parameters to avoid relallocation (optional) Return: numpy.ndarray with all the hillas parameters
fullCalibIntegration	Do the calibration and integration of the slices Parameter: ———- matSignalHi : matrix of the high gain signal (np.uint16) tmp : PRecoTemporary to be used tabCalibratedSIgnal : vector of the calibrated signal to avoid realocation (nbPixel, aligned in np.float32) Return: numpy.ndarray with all the vector of the calibrated signal
fullCalibration	Do the calibration of the slices Parameter: ———- matSignalHi : matrix of the high gain signal (np.uint16) tmp : PRecoTemporary to be used matCalibratedSIgnal : matrix of the calibrated signal to avoid realocation (nbSlice, nbPixel, aligned with pitch) Return: numpy.ndarray with all the matrix of the calibrated signal
getEventAltitude	get the index of altitude
getEventAzimuth	get the index of azimuth
getEventChi2	get the index of chi2
getEventCoreX	get the index of coreX
getEventCoreY	get the index of coreY
getEventMultiplicity	get the index of miultiplicity
getEventRecoQuality	get the index of reco quality
getHillasDirection	get the index of direction parameter
getHillasGx	get the index of gx parameter
getHillasGy	get the index of gy parameter
getHillasHofmannSeparation	get the index of hofmann separation parameter
getHillasImageAmplitude	get the index of image amplitude parameter
getHillasKurtosis	get the index of kurtosis parameter
getHillasLength	get the index of length parameter
getHillasNbSelectedPixel	get the index of nb selected pixels parameter
getHillasPhi	get the index of phi parameter
getHillasTotalAmplitude	get the index of total amplitude parameter
getHillasWidth	get the index of width parameter
getHillassSewness	get the index of skewness parameter
getHillassSewnessPhi	get the index of skewness phi parameter
stereoReco	Do the stereoscopic reconstruction with Hillas parameters Parameter: ———- tmpSite : temporary which contains the telescopes positions, focal and pointing (azimuth, altitude) in radian event : PHillasEvent to be reconstructed configCut : PConfigCut to be used Return: numpy.ndarray with reconstructed parameter of the event (alt[rad], az[rad], coreX[m], coreY[m], multiplicity, recoQuality, chi2)
updateRecoTemporaryWithRefShape	Update the PRecoTemporary temporary with the camera ref shape Parameter: ———- tmp : PRecoTemporary to be updated refShape : reference shape of the pulse for the camera threshold : threshold in percent [0, 1] of what you consider to be signal in the reference pulse (10% for example) Return: updated PRecoTemporary with reference shape