''' SG 2 '''
sg2 = RockPy.SampleGroup(name='SG2')
s2a = RockPy.Sample(name='2a', mass=1, mass_unit='mg')
s2b = RockPy.Sample(name='2b', mass=1, mass_unit='mg')
sg2.add_samples([s2a, s2b])
s2a.add_measurement(mtype='hysteresis', mfile=join(folder, 'LTPY_512,2a_HYS_VSM#[]_[]_[]#TEMP_300_K##STD000#.000'), machine='vsm')
s2a.add_measurement(mtype='hys', mfile=join(folder, 'LTPY_527,1a_HYS_VSM#[]_[]_[]#TEMP_300_K##STD000#.000'), machine='vsm')
s2b.add_measurement(mtype='hys', mfile=join(folder, 'LTPY_527,1a_HYS_VSM#[]_[]_[]#TEMP_300_K##STD000#.001'), machine='vsm')
s2b.add_measurement(mtype='hys', mfile=join(folder, 'LTPY_512,2a_HYS_VSM#[]_[]_[]#TEMP_300_K##STD000#.001'), machine='vsm')
study.add_samplegroup([sg1, sg2])
# print study.info()
fig = Figure()
# h1 = fig.add_visual(visual='hysteresis', name='hys', plt_input=sg1)
# h2 = fig.add_visual(visual='hysteresis', name='hys', plt_input=sg1)
# c1 = fig.add_visual(visual='backfield', name='coe', plt_input=sg1)
# plotting the same data with different calculation types
s1 = fig.add_visual(visual='resultvsseries', result='ms', series='mtime', name='rvs', plt_input=sg1,
calculation_parameter=dict(saturation_percent=20))
s1.normalize_all(reference='mass', norm_dtypes=['mag'])
s1.title = '20% sat'
s1 = fig.add_visual(visual='resultvsseries', result='ms', series='mtime', name='rvs', plt_input=sg1,
calculation_parameter=dict(saturation_percent=40))
s1.normalize_all(reference='mass', norm_dtypes=['mag'])
s1.title = '40% sat'
s1 = fig.add_visual(visual='resultvsseries', result='ms', series='mtime', name='rvs', plt_input=sg1,
calculation_parameter=dict(saturation_percent=60))
__author__ = 'wack'
'''
Tutorial to demonstrate functions and plots of directional (x,y,z) data
'''
import RockPy
from RockPy.Structure.sample import Sample
from RockPy.VisualizeV3 import Figure
from os.path import join
af_file = join(RockPy.test_data_path, 'MUCSUSH_af_test.af')
s = Sample("WURM")
afd = s.add_measurement(machine='sushibar', mtype='afdemag', mfile=af_file)
# do plotting stuff
fig = Figure()
h1 = fig.add_visual(visual='stereo', name='mystereo', plt_input=s)
#h1.remove_feature(features=['stereodir_lines'])
fig.show()
__author__ = 'wack'
'''
Tutorial to demonstrate functions and plots of directional (x,y,z) data
'''
import RockPy
from RockPy.Structure.sample import Sample
from RockPy.VisualizeV3 import Figure
from os.path import join
af_file = join(RockPy.test_data_path, 'MUCSUSH_af_test.af')
s = Sample("WURM")
afd = s.add_measurement(machine='sushibar', mtype='afdemag', mfile=af_file)
# do plotting stuff
fig = Figure()
h1 = fig.add_visual(visual='stereo', name='mystereo', plt_input=s)
#h1.remove_feature(features=['stereodir_lines'])
fig.show()