tr_alpha_ct = 0. # A3
# ------------------------------------------------------------------------------
# configure bath
cfg.bath_temperature = 53.52
cfg.spectral_density_paths = [
metacfg.outputdir + '/Ji-spd.txt',
]
cfg.zpl_fwhm = 1.0
lamb_cor = 505.332 # reorganization energy correction
cfg.system_hamiltonian = (np.array(cfg.system_hamiltonian) -
lamb_cor * np.eye(cfg.nsites)).tolist()
cfg.include_complex_lifetimes = True
cfg.speedup_smallness = -1
# ------------------------------------------------------------------------------
# configure field orientations
cfg.optical_field_vectors = [[1.1, 0., 0.]] * 4
Estark = 1. # in MV/cm
cfg.stark_field_vector = (np.array([0., 1., 0.]) * Estark).tolist()
# ------------------------------------------------------------------------------
# configure time delay
cfg.t2_delay = 0.
tr_alpha_ct = 0. # A3
# ------------------------------------------------------------------------------
# configure bath
cfg.bath_temperature = 53.52
cfg.spectral_density_paths = [
metacfg.outputdir + '/Ji-spd.txt',
]
cfg.zpl_fwhm = 1.0
lamb_cor = 505.332 # reorganization energy correction
cfg.system_hamiltonian = (np.array(cfg.system_hamiltonian) -
lamb_cor * np.eye(cfg.nsites)).tolist()
cfg.include_complex_lifetimes = False
cfg.speedup_smallness = -1
# ------------------------------------------------------------------------------
# configure field orientations
cfg.optical_field_vectors = [[1.1, 0., 0.]] * 4
Estark = 1. # in MV/cm
cfg.stark_field_vector = (np.array([0., 1., 0.]) * Estark).tolist()
# ------------------------------------------------------------------------------
# configure time delay
cfg.t2_delay = 0.
