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User Guide
Notes
API Reference
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Modules
pynlo.light
Pulse
Pulse.FromPowerSpectrum
Pulse.Gaussian
Pulse.Sech
Pulse.Parabolic
Pulse.Lorentzian
Pulse.CW
Pulse.v_width
Pulse.t_width
Pulse.autocorrelation
Pulse.spectrogram
Pulse.copy
Pulse.a_v
Pulse.p_v
Pulse.phi_v
Pulse.tg_v
Pulse.a_t
Pulse.p_t
Pulse.phi_t
Pulse.vg_t
Pulse.ra_t
Pulse.rp_t
Pulse.e_p
Pulse.v0
Pulse.v0_idx
pynlo.medium
Mode
Mode.d_12
Mode.linear_operator
Mode.copy
Mode.z
Mode.v_grid
Mode.rv_grid
Mode.z_mode
Mode.z_linear
Mode.z_nonlinear
Mode.alpha
Mode.beta
Mode.n
Mode.beta1
Mode.n_g
Mode.v_g
Mode.beta2
Mode.D
Mode.g2
Mode.g2_inv
Mode.g2_pol
Mode.g3
Mode.gamma
Mode.r3
pynlo.device
pynlo.model
Model
Model.estimate_step_size
Model.simulate
Model.propagate
Model.step
Model.linear_operator
Model.nonlinear_operator
Model.update_linearity
Model.update_nonlinearity
Model.update_poling
NLSE
NLSE.propagate
NLSE.nonlinear_operator
NLSE.update_linearity
NLSE.update_nonlinearity
UPE
UPE.propagate
UPE.nonlinear_operator
UPE.nonlinear_operator_separable
UPE.update_nonlinearity
UPE.update_poling
pynlo.utility
pynlo.utility.chi1
n_to_beta
beta_to_n
D_to_beta2
beta2_to_D
pynlo.utility.chi2
g2_split
g2_shg
domain_inversions
pynlo.utility.chi3
gamma_to_g3
g3_to_gamma
g3_split
g3_spm
raman
pynlo.utility.fft
fft
ifft
rfft
irfft
fftshift
ifftshift
vacuum
taylor_series
shift
resample_v
resample_t
TFGrid
TFGrid.FromFreqRange
TFGrid.rtf_grids
TFGrid.copy
TFGrid.n
TFGrid.rn
TFGrid.rn_range
TFGrid.rn_slice
TFGrid.v_grid
TFGrid.v_ref
TFGrid.dv
TFGrid.v_window
TFGrid.t_grid
TFGrid.t_ref
TFGrid.dt
TFGrid.t_window
TFGrid.rv_grid
TFGrid.rv_ref
TFGrid.rdv
TFGrid.rv_window
TFGrid.rt_grid
TFGrid.rt_ref
TFGrid.rdt
TFGrid.rt_window
PyNLO Reference
Pulse
Pulse.phi_v
Pulse.phi_v
#
property
Pulse.
phi_v
#
The spectral phase, in
rad
.
Returns
:
ndarray of float
On this page
Pulse.phi_v
