a = info['Kuhn length (m)']
else:
a = params[1]
- Lp = params[0]
- L = model.L(Lp)
+ L = params[0]
T = info['temperature (K)']
fit_info = queue.get(block=False)
f_data = numpy.ones(z_data.shape, dtype=z_data.dtype) * numpy.nan
a = info['Kuhn length (m)']
else:
a = params[1]
- Nr = params[0]
- N = model.L(Nr)
+ N = params[0]
T = info['temperature (K)']
fit_info = queue.get(block=False)
f_data = numpy.ones(z_data.shape, dtype=z_data.dtype) * numpy.nan
p = info['persistence length (m)']
else:
p = params[1]
- Lp = params[0]
- L = model.L(Lp)
+ L = params[0]
T = info['temperature (K)']
fit_info = queue.get(block=False)
f_data = numpy.ones(z_data.shape, dtype=z_data.dtype) * numpy.nan