Plot¶
Introduction¶
hipecta.plt Contains functions that return pyplot axis to Draw reconsruction temporaries
Reference/API¶
hipecta.plot Package¶
Functions¶
calib_signal(tmp[, ax]) |
Plot the calibrated signal (after cleaning if there is one) of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
gain_correction(tmp[, ax]) |
Plot the gain correction of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
gain_hi(tmp[, ax]) |
Plot the high gain of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
gain_lo(tmp[, ax]) |
Plot the low gain of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
injunction_table(tmp[, ax]) |
Plot the matrix of the injunction table of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
keep_hex(tmp[, ax]) |
Plot the keeped pixel after the cleaning of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_calib(tmp[, ax]) |
Plot the matrix of the calibrated signal of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_keep_quad(tmp[, ax]) |
Plot the Matrix of the keeped pixel (1 keep, 0 drop) of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_neighbour_pixel_sum(tmp[, ax]) |
Plot the matrix of photo-electron sum of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_neighbour_quad_sum(tmp[, ax]) |
Plot the matrix of the summed neighbours signal (last slice) of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_neighbour_slice(tmp[, ax]) |
Plot the matrix of the slice signal (last slice) of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_signal_quad(tmp[, ax]) |
Plot the Matrix of the calibrated integrated signal of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
mat_slice(tmp[, ax]) |
Plot the matrix of the calibrated signal of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
max_pos(tmp[, ax]) |
Plot the slices of the maximum values of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
max_value(tmp[, ax]) |
Plot the maximum values of the sliced calibrated signal of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
ped_hi(tmp[, ax]) |
Plot the pedestal high gain for one slice of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
ped_lo(tmp[, ax]) |
Plot the pedestal low gain for one slice of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
pixel_position(tmp[, ax]) |
Plot the pixel position of the temporary hipecta.core.PRecoTemporary ————- Return matplotlib axis of the corresponding plot |
plot_all(tmp) |
Plot all the control plots of the temporary hipecta.core.PRecoTemporary |