BraggPeakAnalysis#

class georges.ptw.BraggPeakAnalysis(bp: DataFrame, method: str, low_dose=1, high_dose=70)[source]#

Bases: object

This class processes a normalized 1D depth dose profile, or a pristine Bragg peak, to extract key information such as the maximum dose position, the distal range at a given percentage of the maximum, and the distal fall-off (DFO). The user must provide both the dose data and the corresponding positions in depth.

Methods Summary

`compute_dfo_80_20`()
`compute_dfo_90_10`()
`compute_distal_fall_off`()
`compute_percentage`(x)
`fit_bp`()	This function fits a Bragg peak using a 8th order polynom.
`fitting_function`(x)
`get_bp_interval`()
`get_coefficients`()
`get_distal_interval`()
`get_maximum`()
`get_r10`()
`get_r20`()
`get_r80`()
`get_r90`()
`get_xrange`(val)

Methods Documentation

compute_dfo_80_20() → float[source]#

compute_dfo_90_10() → float[source]#

compute_distal_fall_off() → List[float][source]#

compute_percentage(x)[source]#

fit_bp()[source]#

This function fits a Bragg peak using a 8th order polynom. Based on reference xxx.

Args: Returns:

fitting_function(x)[source]#

get_bp_interval()[source]#

get_coefficients() → array[source]#

get_distal_interval()[source]#

get_maximum() → float[source]#

get_r10() → float[source]#

get_r20() → float[source]#

get_r80() → float[source]#

get_r90() → float[source]#

get_xrange(val)[source]#