attempt 1 to compute w_c, this time using Rule(targets={'z_targets': 1, 't': 1, 'time_window': 1, 't_num': 1, 'dt': 1, 'w_c': 1, 'w0': 1, 'w': 1, 'w_power_fact': 1, 'l': 1}, func=<function build_sim_grid_0 at 0x7f9e92cb1280>, args=['length', 'z_num', 'wavelength', 'interpolation_degree', 'time_window', 't_num'])
	attempt 1 to compute time_window, this time using Rule(targets={'z_targets': 1, 't': 1, 'time_window': 1, 't_num': 1, 'dt': 1, 'w_c': 1, 'w0': 1, 'w': 1, 'w_power_fact': 1, 'l': 1}, func=<function build_sim_grid_0 at 0x7f9e92cb1280>, args=['length', 'z_num', 'wavelength', 'interpolation_degree', 'time_window', 't_num'])
	error using build_sim_grid_0 : cyclic dependency detected : 'time_window' seems to depend on itself, please provide a value for at least one variable in {'w_c', 'time_window'}
	attempt 2 to compute time_window, this time using Rule(targets={'z_targets': 1, 't': 1, 'time_window': 1, 't_num': 1, 'dt': 1, 'w_c': 1, 'w0': 1, 'w': 1, 'w_power_fact': 1, 'l': 1}, func=<function build_sim_grid_0 at 0x7f9e92cb11f0>, args=['length', 'z_num', 'wavelength', 'interpolation_degree', 'time_window', 'dt'])
	error using build_sim_grid_0 : cyclic dependency detected : 'time_window' seems to depend on itself, please provide a value for at least one variable in {'w_c', 'time_window'}
	attempt 3 to compute time_window, this time using Rule(targets={'z_targets': 1, 't': 1, 'time_window': 1, 't_num': 1, 'dt': 1, 'w_c': 1, 'w0': 1, 'w': 1, 'w_power_fact': 1, 'l': 1}, func=<function build_sim_grid_0 at 0x7f9e92cb1310>, args=['length', 'z_num', 'wavelength', 'interpolation_degree', 't_num', 'dt'])
	computed z_targets=[0.         0.00043307 0.00086614 0.00129921 0.00173228 0.00216535
 0.00259843 0.0030315  0.00346457 0.00389764 0.00433071 0.00476378
 0.00519685 0.00562992 0.00606299 0.00649606 0.00692913 0.0073622
 0.00779528 0.00822835 0.00866142 0.00909449 0.00952756 0.00996063
 0.0103937  0.01082677 0.01125984 0.01169291 0.01212598 0.01255906
 0.01299213 0.0134252  0.01385827 0.01429134 0.01472441 0.01515748
 0.01559055 0.01602362 0.01645669 0.01688976 0.01732283 0.01775591
 0.01818898 0.01862205 0.01905512 0.01948819 0.01992126 0.02035433
 0.0207874  0.02122047 0.02165354 0.02208661 0.02251969 0.02295276
 0.02338583 0.0238189  0.02425197 0.02468504 0.02511811 0.02555118
 0.02598425 0.02641732 0.02685039 0.02728346 0.02771654 0.02814961
 0.02858268 0.02901575 0.02944882 0.02988189 0.03031496 0.03074803
 0.0311811  0.03161417 0.03204724 0.03248031 0.03291339 0.03334646
 0.03377953 0.0342126  0.03464567 0.03507874 0.03551181 0.03594488
 0.03637795 0.03681102 0.03724409 0.03767717 0.03811024 0.03854331
 0.03897638 0.03940945 0.03984252 0.04027559 0.04070866 0.04114173
 0.0415748  0.04200787 0.04244094 0.04287402 0.04330709 0.04374016
 0.04417323 0.0446063  0.04503937 0.04547244 0.04590551 0.04633858
 0.04677165 0.04720472 0.0476378  0.04807087 0.04850394 0.04893701
 0.04937008 0.04980315 0.05023622 0.05066929 0.05110236 0.05153543
 0.0519685  0.05240157 0.05283465 0.05326772 0.05370079 0.05413386
 0.05456693 0.055     ] using build_sim_grid_0 from evaluator
	computed t=[-8.1915e-12 -8.1905e-12 -8.1895e-12 ...  8.1895e-12  8.1905e-12
  8.1915e-12] using build_sim_grid_0 from evaluator
	computed time_window=1.6383000000000002e-11 using build_sim_grid_0 from evaluator
	computed w_c=[ 0.00000000e+00  3.83495197e+11  7.66990394e+11 ... -1.15048559e+12
 -7.66990391e+11 -3.83495194e+11] using build_sim_grid_0 from evaluator
	computed w0=1226655097231605.2 using build_sim_grid_0 from evaluator
	computed w=[1.22665510e+15 1.22703859e+15 1.22742209e+15 ... 1.22550461e+15
 1.22588811e+15 1.22627160e+15] using build_sim_grid_0 from evaluator
	computed w_power_fact=[[ 0.00000000e+000  7.35342831e+022  2.94137132e+023 ...  6.61808544e+023
   2.94137130e+023  7.35342818e+022]
 [ 0.00000000e+000  9.40001479e+033  7.52001183e+034 ... -2.53800397e+035
  -7.52001174e+034 -9.40001456e+033]
 [ 0.00000000e+000  9.01215131e+044  1.44194421e+046 ...  7.29984248e+046
   1.44194419e+046  9.01215101e+044]
 ...
 [ 0.00000000e+000  1.16026959e+088  2.97029015e+090 ...  7.61252860e+091
   2.97029005e+090  1.16026951e+088]
 [ 0.00000000e+000  4.94397571e+098  2.53131557e+101 ... -9.73122716e+102
  -2.53131547e+101 -4.94397535e+098]
 [ 0.00000000e+000  1.89599094e+109  1.94149472e+112 ...  1.11956366e+114
   1.94149464e+112  1.89599078e+109]] using build_sim_grid_0 from evaluator
	computed l=[1.53560000e-06 1.53512007e-06 1.53464044e-06 ... 1.53704160e-06
 1.53656077e-06 1.53608023e-06] using build_sim_grid_0 from evaluator
computed w_c=[ 0.00000000e+00  3.83495197e+11  7.66990394e+11 ... -1.15048559e+12
 -7.66990391e+11 -3.83495194e+11] using build_sim_grid_0 from evaluator
attempt 1 to compute spec_0, this time using Rule(targets={'spec_0': 3}, func=<function load_previous_spectrum at 0x7f9e8fca7ca0>, args=['prev_data_dir'])
error using load_previous_spectrum : no rule for prev_data_dir
attempt 2 to compute spec_0, this time using Rule(targets={'spec_0': 1}, func=<function fft at 0x7f9e8dd27040>, args=['field_0'])
		attempt 1 to compute field_0, this time using Rule(targets={'field_0': 1}, func=<function ifft at 0x7f9e8dd27160>, args=['spec_0'])
		error using ifft : cyclic dependency detected : 'spec_0' seems to depend on itself, please provide a value for at least one variable in {'field_0', 'spec_0', 'prev_data_dir'}
		attempt 2 to compute field_0, this time using Rule(targets={'field_0': 1}, func=<function add_shot_noise at 0x7f9e92c9e280>, args=['pre_field_0', 'quantum_noise', 'w_c', 'w0', 'time_window', 'dt'])
			attempt 1 to compute pre_field_0, this time using Rule(targets={'pre_field_0': 2, 'peak_power': 1, 'energy': 1, 'width': 1}, func=<function load_and_adjust_field_file at 0x7f9e92c9baf0>, args=['field_file', 't', 'peak_power', 'energy', 'intensity_noise', 'noise_correlation'])
				attempt 1 to compute peak_power, this time using Rule(targets={'pre_field_0': 2, 'peak_power': 1, 'energy': 1, 'width': 1}, func=<function load_and_adjust_field_file at 0x7f9e92c9baf0>, args=['field_file', 't', 'peak_power', 'energy', 'intensity_noise', 'noise_correlation'])
				error using load_and_adjust_field_file : cyclic dependency detected : 'peak_power' seems to depend on itself, please provide a value for at least one variable in {'peak_power', 'field_0', 'spec_0', 'prev_data_dir', 'pre_field_0'}
				attempt 2 to compute peak_power, this time using Rule(targets={'peak_power': 1}, func=<function E0_to_P0 at 0x7f9e92c9bca0>, args=['energy', 't0', 'shape'])
					attempt 1 to compute energy, this time using Rule(targets={'pre_field_0': 2, 'peak_power': 1, 'energy': 1, 'width': 1}, func=<function load_and_adjust_field_file at 0x7f9e92c9baf0>, args=['field_file', 't', 'peak_power', 'energy', 'intensity_noise', 'noise_correlation'])
					error using load_and_adjust_field_file : cyclic dependency detected : 'peak_power' seems to depend on itself, please provide a value for at least one variable in {'peak_power', 'field_0', 'energy', 'spec_0', 'prev_data_dir', 'pre_field_0'}
					attempt 2 to compute energy, this time using Rule(targets={'width': 1, 'peak_power': 1, 'energy': 1}, func=<function measure_custom_field at 0x7f9e92c9ec10>, args=['field_file', 't'])
					computed width=8.827707794861245e-14 using measure_custom_field from scgenerator.physics.pulse
					computed peak_power=0.0008031855671188997 using measure_custom_field from scgenerator.physics.pulse
					computed energy=8.994671799886145e-17 using measure_custom_field from scgenerator.physics.pulse
					attempt 1 to compute t0, this time using Rule(targets={'t0': 1}, func=<function width_to_t0 at 0x7f9e92c9b670>, args=['width', 'shape'])
					computed t0=7.497564676748131e-14 using width_to_t0 from scgenerator.physics.pulse
				computed peak_power=0.0009572054484404637 using E0_to_P0 from scgenerator.physics.pulse
			computed pre_field_0=[0.+0.j 0.+0.j 0.+0.j ... 0.+0.j 0.+0.j 0.+0.j] using load_and_adjust_field_file from scgenerator.physics.pulse
		computed field_0=[ 0.00160864+0.02127688j -0.01957086-0.0069138j  -0.01820735+0.02002421j
 ...  0.00622707-0.01068023j  0.01055843-0.00319426j
  0.00117607-0.03033724j] using add_shot_noise from scgenerator.physics.pulse
computed spec_0=[ 1.50681561-3.69877757j -5.66353753-2.05828961j -0.54462979-1.50501029j
 ... -1.45621111-3.03434314j  2.6362116 -3.91420005j
 -2.2820021 -3.24150382j] using fft from numpy.fft
	attempt 1 to compute beta2_coefficients, this time using Rule(targets={'beta2_coefficients': 1}, func=<function dispersion_coefficients at 0x7f9e9158f3a0>, args=['wl_for_disp', 'beta2_arr', 'w0', 'interpolation_range', 'interpolation_degree'])
		attempt 1 to compute wl_for_disp, this time using Rule(targets={'wl_for_disp': 2, 'beta2_arr': 2, 'interpolation_range': 2}, func=<function load_custom_dispersion at 0x7f9e9158f0d0>, args=['dispersion_file'])
		computed wl_for_disp=[7.0000e-07 7.0125e-07 7.0250e-07 ... 2.3960e-06 2.3970e-06 2.3980e-06] using load_custom_dispersion from scgenerator.physics.fiber
		computed beta2_arr=[ 3.37108270e-26  3.37294702e-26  3.37477437e-26 ... -2.08838856e-25
 -2.09213746e-25 -2.09589149e-25] using load_custom_dispersion from scgenerator.physics.fiber
		computed interpolation_range=(7e-07, 2.398e-06) using load_custom_dispersion from scgenerator.physics.fiber
interpolating dispersion between 700.0nm and 2398.0nm
	computed beta2_coefficients=[-2.11874551e-026  1.48178177e-040 -4.15401033e-055  2.03223853e-069
 -1.65547343e-083  1.26886165e-097 -6.93559198e-112  2.31284341e-126
 -3.54046694e-141] using dispersion_coefficients from scgenerator.physics.fiber
	attempt 1 to compute gamma_arr, this time using Rule(targets={'gamma_arr': 1}, func=<function gamma_parameter at 0x7f9e9158caf0>, args=['n2', 'w0', 'A_eff_arr'])
		attempt 1 to compute A_eff_arr, this time using Rule(targets={'A_eff_arr': 1}, func=<function A_eff_from_V at 0x7f9e9158c790>, args=['core_radius', 'V_eff_arr'])
		error using A_eff_from_V : no rule for core_radius
		attempt 2 to compute A_eff_arr, this time using Rule(targets={'A_eff_arr': 1}, func=<function load_custom_A_eff at 0x7f9e9158f040>, args=['A_eff_file', 'l'])
		error using load_custom_A_eff : no rule for A_eff_file
		attempt 3 to compute A_eff_arr, this time using Rule(targets={'A_eff_arr': -1}, func=<function constant_A_eff_arr at 0x7f9e9158cb80>, args=['l', 'A_eff'])
					attempt 1 to compute A_eff, this time using Rule(targets={'A_eff': 1}, func=<function A_eff_from_V at 0x7f9e9158c790>, args=['core_radius', 'V_eff'])
					error using A_eff_from_V : cyclic dependency detected : 'core_radius' seems to depend on itself, please provide a value for at least one variable in {'core_radius', 'A_eff', 'gamma_arr', 'prev_data_dir', 'A_eff_arr', 'A_eff_file'}
					attempt 2 to compute A_eff, this time using Rule(targets={'A_eff': 1}, func=<function A_eff_from_diam at 0x7f9e9158cca0>, args=['effective_mode_diameter'])
					computed A_eff=8.01184666481737e-11 using A_eff_from_diam from scgenerator.physics.fiber
		computed A_eff_arr=[8.01184666e-11 8.01184666e-11 8.01184666e-11 ... 8.01184666e-11
 8.01184666e-11 8.01184666e-11] using constant_A_eff_arr from scgenerator.physics.fiber
	computed gamma_arr=[0.00112355 0.00112355 0.00112355 ... 0.00112355 0.00112355 0.00112355] using gamma_parameter from scgenerator.physics.fiber
			attempt 1 to compute hr_w, this time using Rule(targets={'hr_w': 1}, func=<function delayed_raman_w at 0x7f9e9158f5e0>, args=['t', 'dt', 'raman_type'])
			computed hr_w=[1.00168656+0.j         1.00197747-0.00248147j 1.00283647-0.00508742j ...
 1.00422327+0.00793569j 1.00283647+0.00508742j 1.00197747+0.00248147j] using delayed_raman_w from scgenerator.physics.fiber
			attempt 1 to compute adapt_step_size, this time using Rule(targets={'adapt_step_size': 1}, func=<function <lambda> at 0x7f9e92cb13a0>, args=['step_size'])
			computed adapt_step_size=True using <lambda> from scgenerator.utils.parameter
			attempt 1 to compute dynamic_dispersion, this time using Rule(targets={'dynamic_dispersion': 1}, func=<function <lambda> at 0x7f9e92cb1430>, args=['pressure'])
			computed dynamic_dispersion=False using <lambda> from scgenerator.utils.parameter
Traceback (most recent call last):
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/play.py", line 20, in <module>
    main()
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/play.py", line 10, in main
    pa = Parameters.load(
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/src/scgenerator/utils/parameter.py", line 507, in load
    return cls(**utils.load_toml(path))
  File "<string>", line 87, in __init__
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/src/scgenerator/utils/parameter.py", line 503, in __post_init__
    setattr(self, k, v)
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/src/scgenerator/utils/parameter.py", line 245, in __set__
    self.validator(self.name, value)
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/src/scgenerator/utils/parameter.py", line 41, in _type_checker_wrapped
    validator(name, n)
  File "/Users/benoitsierro/Nextcloud/PhD/Supercontinuum/Module/src/scgenerator/utils/parameter.py", line 105, in int_pair
    raise ValueError(f"{name!r} must be a list or a tuple of 2 int")
ValueError: 'fit_parameters' must be a list or a tuple of 2 int