inverse_exponential()
action_execution()
action_execution_2()
action_execution_g()
add_event()
approx_binomial()
array_padder()
array_unpadder()
cart2pol()
complex_quadrature()
compute_time_correspondances()
datamap_generator()
dict_write_func()
event_reader()
flash_generator()
flash_routine()
float_to_array_verifier()
fwhm()
fwhm_donut()
generate_fiber_with_synapses()
generate_raster_pixel_list()
generate_secondary_fibers()
generate_synapse_flash_dicts()
generate_synapses_on_fiber()
generate_synaptic_fibers()
get_avg_lightcurve()
get_light_curve()
hand_crafted_light_curve()
inverse()
make_path_sane()
molecules_survival()
molecules_symmetry()
mse_calculator()
pad_values()
pinhole()
pixel_list_filter()
pixel_sampling()
pxsize_comp2()
pxsize_comp_array_maker()
pxsize_grid()
pxsize_ratio()
rescale()
rescale_data()
resize()
sample_light_curve()
sampled_flash_manipulations()
savitzky_golay()
set_starting_pixel()
shift_data()
smooth_ramp_hand_crafted_light_curve()
stack()
stack_btmod_definitive()
symmetry_verifier()
time_quantum_to_flash_tstep_correspondance()
Evaluate the inverse function \(1 / e^{ax}\).
x – An integer or array.
a – The scale of x.
The result of the function, same shape as x.