plt.ioff() """ # ============================================================================= # user settings # ============================================================================= #""" used_dirs_keys = [] skip_rows = 1 low_threshold = 1 high_threshold = 5 max_marker = 'o' min_marker = 'o' c_map_single_graph = fplot.C_map(['red', 'blue', 'green']) c_map_root_graph = fplot.C_map(['red', 'blue', 'green']) c_map_combined_graph = fplot.C_map(['red', 'blue', 'green']) results_dir, = 'results', results_name = 'results.xlsx' single_file_graphs = 'single_file_graphs' root_dir_graphs = 'root_dir_graphs' combined_graph = 'combined_graph' combined_graph_name = 'data' """ # ============================================================================= # calculation # ============================================================================= #""" # creating dir structure for results
skip_rows = 20
temperature_diff = 1
pressure_offset = 000
# p_diff graphs
plot_p_diff = 1
plot_p_MSP = 1
plot_p_BMP = 1
# comparison graphs
plot_violin = 1
opacity = 0
plot_swarm = 1
plot_box = 0
p_diff_color_map = fplot.C_map(['red','blue', 'green'])
comp_color_map = fplot.C_map(['red', 'green', 'blue', 'grey'])
fplot.set_rc_params(font_size_offset = 6, figsize = (1400,600), linewidth = 4, markersize = 7)
temperatures = [-8, -5, 0 , 10 , 22, 40]
voltages = [10.5, 13.5, 15.5]
pressures = [4500, 6000, 8500]
valid_measurements = 50
"""
# =============================================================================
# end of user settings
# =============================================================================
"""
if len(samples_sorted) != len(hydra_samples_sorted):
print('{}'.format('not the same number of samples in data and hydra'))
input(">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>")
raise
for sam, ple in zip(samples_sorted, hydra_samples_sorted):
if sam == ple:
pass
else:
print('{}'.format('files not equal'))
input(">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>")
raise
print('All data files found and valid')
input("Press ENTER to continue..")
c_map = fplot.C_map()
c_map
volumetric_constant = 31.75
samples = sorted([a for a in hydra_frame['Ident No.'].unique()])
print('sample', ' ', 'volumetric', ' ', 'p_diff')
for sample in samples:
p_diff = hydra_frame.loc[
(hydra_frame['Ident No.'] == sample),
['066_Diff_BMP_VIS_P_Mess_6_0bar_MP4_Sp1']].values[0]
volumetric = hydra_frame.loc[
(hydra_frame['Ident No.'] == sample),
['006_BerechnetesHubvolumen_6_0bar_3_Sp1']].values[0]
plt.plot(volumetric / volumetric_constant - 1,