def run(path, film_thickness, logger):
manager = MeasurementManager(path, Geometry(film_thickness))
# Calculate the resist R from the U/I-Plot
for meas in manager.get_all():
x, y = meas.get_measured_values()
slope, intercept, std_err = linear_fit(x, y)
meas.resist = 1 / slope
# Calculate the contact resists
for temp in manager.temp_keys:
manager.contact_resist_dict[temp] = get_contact_resist(
manager.get_by_temp(temp))
# Correct the resists with the contact resist and the geometry
for meas in manager.get_all():
temp_key = meas.temp_celcius
meas.contact_resist = manager.contact_resist_dict[temp_key]
meas.film_resist = get_film_resist(meas, manager.geometry)
if meas.film_resist < 0:
logger.warning("Negative film resist in {0}".format(meas.name))
# Get activation energy and sigma_0 from an linearized Arrhenius plot
for dist in manager.dist_keys:
measurements = manager.get_by_dist(dist)
film_resists = [meas.film_resist for meas in measurements]
temps = array([meas.temp_kelvin for meas in measurements])
actv_energy, sigma_0 = arrhenius_fit(temps, film_resists)
manager.arrhenius_dict[dist] = (actv_energy, sigma_0)
output = Output(path)
output.summary(manager)
output.show_summary()
output.measurements_raw(manager)
output.arrhenius_raw(manager)
output.contact_resist_raw(manager)
output.film_resist_raw(manager)
def run(path, film_thickness, logger):
manager = MeasurementManager(path, Geometry(film_thickness))
# Calculate the resist R from the U/I-Plot
for meas in manager.get_all():
x, y = meas.get_measured_values()
slope, intercept, std_err = linear_fit(x, y)
meas.resist = 1 / slope
# Calculate the contact resists
for temp in manager.temp_keys:
manager.contact_resist_dict[temp] = get_contact_resist(
manager.get_by_temp(temp))
# Correct the resists with the contact resist and the geometry
for meas in manager.get_all():
temp_key = meas.temp_celcius
meas.contact_resist = manager.contact_resist_dict[temp_key]
meas.film_resist = get_film_resist(meas, manager.geometry)
if meas.film_resist < 0:
logger.warning("Negative film resist in {0}".format(meas.name))
# Get activation energy and sigma_0 from an linearized Arrhenius plot
for dist in manager.dist_keys:
measurements = manager.get_by_dist(dist)
film_resists = [meas.film_resist for meas in measurements]
temps = array([meas.temp_kelvin for meas in measurements])
actv_energy, sigma_0 = arrhenius_fit(temps, film_resists)
manager.arrhenius_dict[dist] = (actv_energy, sigma_0)
output = Output(path)
output.summary(manager)
output.show_summary()
output.measurements_raw(manager)
output.arrhenius_raw(manager)
output.contact_resist_raw(manager)
output.film_resist_raw(manager)
