def setup_stress_to_spike(data):
data['spike_time'], data['fr_inst'] = stress_to_fr_inst(
data['fine_time'], data['fine_stress'], MC_GROUPS, **params)
data['interp_time'], data['interp_stress'] = get_interp_stress(
interp_static_displ)
data['extrap_time'], data['extrap_stress'] = get_interp_stress(
extrap_static_displ)
def setup_stress_to_spike(data):
data['spike_time'], data['fr_inst'] = stress_to_fr_inst(
data['fine_time'], data['fine_stress'], MC_GROUPS, **params)
data['interp_time'], data['interp_stress'] = get_interp_stress(
interp_static_displ)
data['extrap_time'], data['extrap_stress'] = get_interp_stress(
extrap_static_displ)
def get_mod_spike(lmpars, groups, time, stress):
params = lmpars_to_params(lmpars)
mod_spike_time, mod_fr_inst = stress_to_fr_inst(time, stress,
groups, **params)
return (mod_spike_time, mod_fr_inst)
def get_mod_spike(lmpars, groups, time, stress):
params = lmpars_to_params(lmpars)
mod_spike_time, mod_fr_inst = stress_to_fr_inst(time, stress, groups,
**params)
return (mod_spike_time, mod_fr_inst)
def test_stress_to_spike(load_data):
spike_time, fr_inst = stress_to_fr_inst(load_data['fine_time'],
load_data['fine_stress'],
MC_GROUPS, **params)
assert np.allclose(load_data['spike_time'], spike_time)
assert np.allclose(load_data['fr_inst'], fr_inst)
def test_stress_to_spike(load_data):
spike_time, fr_inst = stress_to_fr_inst(
load_data['fine_time'], load_data['fine_stress'], MC_GROUPS, **params)
assert np.allclose(load_data['spike_time'], spike_time)
assert np.allclose(load_data['fr_inst'], fr_inst)
