def test():
data = 'test_data/MUCSPN_afdemag.jr6'
S = Sample(name='VB')
M = S.add_measurement(mtype='afdemag', machine='jr6', mfile=data)
# M.plt_afdemag(norm=True)
M.calc_all()
print M.results
def setUp(self):
# sample data files
self.jr6_file = '../tutorials.rst/test_data/MUCSPN_afdemag.jr6'
self.cryomag_file = '../tutorials.rst/test_data/NLCRYO_test.af'
self.sushibar_file = '../tutorials.rst/test_data/MUCSUSH_af_test.af'
# creating samples
self.jr6_sample = Sample(name='VA')
self.sushibar_sample = Sample(name='WURM')
self.cryomag_sample = Sample(name='DA6B')
# adding measurements
self.jr6_af = self.jr6_sample.add_measurement(mtype='afdemag', mfile=self.jr6_file, machine='jr6')
self.cryomag_af = self.cryomag_sample.add_measurement(mtype='afdemag', mfile=self.cryomag_file,
machine='cryomag',
demag_type='x')
self.sushibar_af = self.sushibar_sample.add_measurement(mtype='afdemag', mfile=self.sushibar_file,
machine='sushibar')
def test():
start = time.clock()
cryomag_file = 'test_data/NLCRY_Thellier_test.TT'
# creating a sample
sample = Sample(name='1a')
C = CryoMag(dfile=cryomag_file, sample_name=sample.name)
interm = time.clock() - start
print interm
def test():
data = 'test_data/MUCSUSH_af_test.af'
S = Sample(name='WURM')
M = S.add_measurement(mtype='afdemag', mfile=data, machine='SushiBar')
# M.plt_afdemag()
# print M.result_mdf(interpolation='smooth_spline')
demag.AfDemag(S,
norm='max',
mdf_text=True,
mdf_line=True,
diff_fill=True,
plot='save',
smoothing=1,
diff=1)
def test():
# thellier output file from cryomag
cryomag_file = 'test_data/NLCRY_Thellier_test.TT'
cryomag_is_file = 'test_data/NLCRY_Thellier_is_test.TT'
# creating a sample
sample = Sample(name='1a')
M = sample.add_measurement(mtype='thellier',
mfile=cryomag_file,
machine='cryomag')
M.set_initial_state(mtype='trm', mfile=cryomag_is_file, machine='cryomag')
M.add_sval(stype='pressure', sval=0.0)
M.series[0].add_value('max_p', 0.6)
M.series[0].add_value('tonnage', 3)
M.series[0].add_value('release_time', 30.0)
# M.plt_arai(norm='is')
print M.th
print M.initial_state.data
print M.th / M.initial_state.data
print M.initial_state.data['m'][0]
print M.th / M.initial_state.data['m'][0]
__author__ = 'volk' from Structure.sample import Sample from Readin.cryo_mag import CryoMag import matplotlib.pyplot as plt # specify data file cryomag_file = '../test_data/NLCRY_Thellier_test.TT' # create new Sample sample = Sample(name='1a') # Readin of sample data, all other samples will not get processed CM = CryoMag(cryomag_file, sample) # raw data of positions can be accessed like CM.pos2 # raw data of baselines can also be accessed with CM.baseline # raw float data can be accessed like this CM.float_data() # also for the different positions CM.float_data(mode='pos1') # raw sting data like this CM.str_data() #calculating the error weighted mean of data CM.weighted_mean() # quick plotting of data
__author__ = 'volk' from Structure.sample import Sample import matplotlib.pyplot as plt import numpy as np dfile = 'test_data/MICROSENSE_HYS-test.VHD' sample = Sample(name='microsense_test') M = sample.add_measurement(mtype='hys', mfile=dfile, machine='microsense') M.plt_hys()
