def test():
# define measurement data file
vftb_file = os.path.join(RockPy.test_data_path, 'vftb', 'MUCVFTB_test.coe')
# create a sample
sample = Sample(name='vftb_test_sample')
# add measurement
M = sample.add_measurement(mtype='backfield',
mfile=vftb_file,
machine='vftb',
suffix='test 1 none')
sg = RockPy.SampleGroup(sample_list=sample)
study = RockPy.Study(samplegroups=sg)
# get bcr
M.calculate_bcr(
) # prints the linear interpolation of the value (internal calculation)
print 'bcr', M.bcr # returns the calculated value
print M.s300 # returns the S300 value
M.calc_all() # calculates all possible results using standard parameters
print M.results # returns the calculated value
# rudimentary plot
M.plt_backfield()
sample.calc_all()
print sample.results
def test():
# define measurement data file
vftb_file = os.path.join(RockPy.test_data_path, 'vftb', 'MUCVFTB_test.coe')
# create a sample
sample = Sample(name='vftb_test_sample')
# add measurement
M = sample.add_measurement(mtype='backfield', mfile=vftb_file, machine='vftb', suffix='test 1 none')
sg = RockPy.SampleGroup(sample_list=sample)
study = RockPy.Study(samplegroups=sg)
# get bcr
M.calculate_bcr() # prints the linear interpolation of the value (internal calculation)
print 'bcr', M.bcr # returns the calculated value
print M.s300 # returns the S300 value
M.calc_all() # calculates all possible results using standard parameters
print M.results # returns the calculated value
# rudimentary plot
M.plt_backfield()
sample.calc_all()
print sample.results
