Source code for pyfli.reconstruction.common_reconstruct

import numpy as np



[docs]
def mono_reconstruction(t, tau, S=1.0):
    return (S / tau) * np.exp(-t / tau)




[docs]
def bi_reconstruction(t, tau1, tau2, A1, A2):
    return (A1 / tau1) * np.exp(-t / tau1) + (A2 / tau2) * np.exp(-t / tau2)




[docs]
def mono_reconstruction_torch(t, tau, S=1.0):
    return (S / tau) * (-t / tau).exp()




[docs]
def bi_reconstruction_torch(t, tau1, tau2, A1, A2):
    return (A1 / tau1) * (-t / tau1).exp() + (A2 / tau2) * (-t / tau2).exp()