def test_shared_no(master=False, remove=True, show=False):
name = osjoin(MASTER, 'shared_no_master') if master else 'shared_no'
# Make the plot
fcp.plot(df, x='Voltage', y='I [A]', legend='Die', col='Boost Level', row='Temperature [C]', \
ax_size=[225, 225], filter='Substrate=="Si" & Target Wavelength==450', label_rc_font_size=14,
xmin=[0, 0.1, 0.2, 0.3, 0.4], ymax=[1, 2, 3, 4, 5, 6],
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_legend_multiple_xy(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'legend_multiple_xy_master') if master else 'legend_multiple_xy'
# Make the plot
fcp.plot(
df=df1,
x='Voltage',
y=['I [A]', 'Voltage'],
lines=False,
filter='Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_shared_cols(master=False, remove=True, show=False):
name = osjoin(MASTER,
'shared_columns_master') if master else 'shared_columns'
# Make the plot
sub = df[(df.Substrate == 'Si') & (df['Target Wavelength'] == 450)].copy()
fcp.plot(df=sub,
x='Voltage',
y='I [A]',
legend='Die',
col='Boost Level',
row='Temperature [C]',
show=SHOW,
ax_size=[225, 225],
share_col=True,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_multiple_xy_both(master=False, remove=True, show=False):
name = osjoin(MASTER,
'multiple-xy_both_master') if master else 'multiple-xy_both'
# Make the plot
fcp.plot(
df,
x=['Boost Level', 'I [A]'],
y=['Voltage', 'Temperature [C]'],
legend='Die',
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_primary_explicit(master=False, remove=True, show=False):
name = osjoin(MASTER,
'primary_explicit_master') if master else 'primary_explicit'
# Make the plot
fcp.plot(
df=df,
x='Voltage',
y='I [A]',
legend='Die',
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
xmax=1.2,
auto_scale=False,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_xy_categorical(master=False, remove=True, show=False):
name = osjoin(MASTER,
'xy_categorical_master') if master else 'xy_categorical'
# Make the plot
fcp.plot(
df,
x='Die',
y='I [A]',
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25 & Voltage==1.5',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_groups_wrap_names_no_sharing(master=False, remove=True, show=False):
name = osjoin(MASTER, 'groups_wrap_names-no-sharing_master'
) if master else 'groups_wrap_names-no-sharing'
# Make the plot
fcp.plot(df=df1,
x='Voltage',
y=['I Set', 'I [A]'],
legend='Die',
wrap='y',
groups=['Boost Level', 'Temperature [C]'],
ax_size=[525, 170],
filter='Substrate=="Si" & Target Wavelength==450',
ncol=1,
ws_row=0,
separate_labels=False,
separate_ticks=False,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_figure(master=False, remove=True, show=False):
name = osjoin(MASTER, 'figure_master') if master else 'figure'
# Make the plot
fcp.plot(df=df1,
x='Voltage',
y='I [A]',
fig_groups='Die',
wrap=['Temperature [C]', 'Boost Level'],
ax_size=[225, 225],
filter='Substrate=="Si" & Target Wavelength==450',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
for die in df1.Die.unique():
tag = ' where %s=%s' % ('Die', die)
os.startfile(osjoin(MASTER, name + '_master' + tag + '.png'))
os.startfile(name + tag + '.png')
else:
for die in df1.Die.unique():
tag = ' where %s=%s' % ('Die', die)
compare = utl.img_compare(
name + tag + '.png',
osjoin(MASTER, name + '_master' + tag + '.png'))
if remove:
os.remove(name + tag + '.png')
assert not compare
def test_groups_wrap_column_ncol(master=False, remove=True, show=False):
name = osjoin(MASTER, 'groups_wrap_column_ncol_master'
) if master else 'groups_wrap_column_ncol'
# Make the plot
fcp.plot(df=df1,
x='Voltage',
y='I [A]',
legend='Die',
wrap=['Temperature [C]', 'Boost Level'],
ax_size=[225, 225],
filter='Substrate=="Si" & Target Wavelength==450',
ncol=2,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_groups_row_col_x(master=False, remove=True, show=False):
name = osjoin(MASTER,
'groups_row_col_x_master') if master else 'groups_row_col_x'
# Make the plot
fcp.plot(
df=df1,
x=['Voltage', 'I [A]'],
y='Voltage',
legend='Die',
row='Boost Level',
col='x',
ax_size=[225, 225],
filter='Substrate=="Si" & Target Wavelength==450 & Temperature [C]==75',
label_rc_font_size=14,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_legend_single(master=False, remove=True, show=False):
name = osjoin(MASTER,
'legend_single_master') if master else 'legend_single'
# Make the plot
fcp.plot(
df=df1,
x='Voltage',
y='I [A]',
legend='Die',
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_xy_ts(master=False, remove=True, show=False):
name = osjoin(MASTER, 'xy_ts_master') if master else 'xy_ts'
# Make the plot
fcp.plot(ts,
x='Date',
y='Happiness Quotient',
markers=False,
ax_size=[1000, 250],
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_secondary_xy_shared_x(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'secondary-xy_shared-x_master') if master else 'secondary-xy_shared-x'
# Make the plot
fcp.plot(
df,
x=['Voltage', 'I [A]'],
y='Voltage',
legend='Die',
twin_y=True,
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25 & Die=="(-1,2)"',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_alpha_legend_marker(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'alpha_legend_marker_master') if master else 'alpha_legend_marker'
# Make the plot
fcp.plot(df=df,
x='Voltage',
y='I [A]',
legend=['Die', 'Substrate'],
filter=
'Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
marker_edge_alpha=0.3,
legend_marker_alpha=0.3,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_other_conf_int(master=False, remove=True, show=False):
name = osjoin(MASTER,
'other_conf-int_master') if master else 'other_conf-int'
# Make the plot
fcp.plot(
df,
x='Voltage',
y='I [A]',
title='IV Data',
lines=False,
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
conf_int=0.95,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_other_stat_good_mult(master=False, remove=True, show=False):
name = osjoin(MASTER, 'other_stat-lines-good-multipe-y_master'
) if master else 'other_stat-lines-good-multipe-y'
# Make the plot
fcp.plot(
df,
x='Voltage',
y=['Boost Level', 'I [A]'],
show=SHOW,
legend=True,
stat='median',
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_groups_enabled2(master=False, remove=True, show=False):
name = osjoin(MASTER,
'groups_enabled2_master') if master else 'groups_enabled2'
# Make the plot
fcp.plot(
df=df1,
x='Voltage',
y='I [A]',
groups=['Die', 'Temperature [C]'],
filter='Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_wrap(master=False, remove=True, show=False):
name = osjoin(MASTER,
'grid-plots-wrap_master') if master else 'grid-plots-wrap'
# Make the plot
fcp.plot(df,
x='Voltage',
y='I [A]',
legend='Die',
wrap=['Temperature [C]', 'Boost Level'],
show=SHOW,
ax_size=[225, 225],
filter='Substrate=="Si" & Target Wavelength==450',
label_rc_font_size=13,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_default(master=False, remove=True, show=False):
name = osjoin(MASTER, 'default_master') if master else 'default'
# Make the plot
sub = df[(df.Substrate == 'Si') & (df['Target Wavelength'] == 450) &
(df['Boost Level'] == 0.2) & (df['Temperature [C]'] == 25)]
fcp.plot(df=sub,
x='Voltage',
y='I [A]',
legend='Die',
show=SHOW,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_other_ref_line_mult(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'other_ref-line_mult_master') if master else 'other_ref-line_mult'
# Make the plot
df['2*Voltage'] = 2 * df['Voltage']
fcp.plot(
df,
x='Voltage',
y='I [A]',
title='IV Data',
show=SHOW,
legend='Die',
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
xmin=0,
ymin=0,
xmax=1.6,
ymax=1.6,
ref_line=['Voltage', '2*Voltage'],
ref_line_legend_text=['y=x', 'y=2*x'],
ref_line_style=['-', '--'],
ref_line_color=[5, 6],
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_text_box_single_style(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'text_box_single_style_master') if master else 'text_box_single_style'
# Make the plot
fcp.plot(
df,
x='Voltage',
y='I [A]',
ax_scale='loglog',
legend='Die',
show=SHOW,
xmin=0.9,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
text='Die (-1,2) shows\nbest response',
text_position=[10, 340],
text_font_size=20,
text_edge_color='#FF0000',
text_font_color='#00FF00',
text_fill_color='#ffffff',
filename=name + '.png',
inline=False,
jitter=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_alpha(master=False, remove=True, show=False):
name = osjoin(MASTER, 'alpha_master') if master else 'alpha'
# Make the plot
fcp.plot(df=df,
x='Voltage',
y='I [A]',
legend=['Die', 'Substrate'],
filter=
'Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
fig_fill_color='#00FF00',
fig_fill_alpha=0.5,
legend_fill_color='#FF0000',
legend_fill_alpha=0.52,
ax_fill_color='#FFFFFF',
ax_fill_alpha=0.7,
label_x_fill_color='#0000FF',
label_x_fill_alpha=0.2,
label_y_fill_color='#FF00FF',
label_y_fill_alpha=0.2,
tick_labels_major_fill_color='#AAFB05',
tick_labels_major_fill_alpha=0.45,
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_other_curve_fitting_legend2(master=False, remove=True, show=False):
name = osjoin(MASTER, 'other_curve-fitting-legend2_master'
) if master else 'other_curve-fitting-legend2'
# Make the plot
fcp.plot(
df,
x='Voltage',
y='I [A]',
title='IV Data',
lines=False,
show=SHOW,
wrap='Die',
legend='Die',
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
fit=1,
fit_range_x=[1.3, 2],
fit_width=2,
fit_color='#555555',
ax_size=[250, 250],
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_legend_position_below(master=False, remove=True, show=False):
name = osjoin(
MASTER,
'legend_position_below_master') if master else 'legend_position_below'
# Make the plot
df1.loc[df1.Die == '(1,1)',
'Long Legend'] = 'Sample #ABCDEFGHIJKLMNOPQRSTUVWXYZ'
df1.loc[df1.Die == '(2,-1)',
'Long Legend'] = 'Sample #RUNFORYOURLIFEWITHME'
df1.loc[df1.Die == '(-1,2)',
'Long Legend'] = 'Sample #THESKYISANEIGHBORHOOD!!!!!!!!!'
fcp.plot(
df1,
x='Voltage',
y='I [A]',
legend='Long Legend',
show=SHOW,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
legend_location='below',
filename=name + '.png',
inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_lin_sci_off(master=False, remove=True, show=False):
name = osjoin(MASTER, 'lin_sci_off_master') if master else 'lin_sci_off'
# Make the plot
x = np.linspace(1, 10, 10)
y = np.linspace(1E18, 1E19, 10)
fcp.plot(pd.DataFrame({'x': x, 'y': y}), x='x', y='y', sci_y=False,
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png', osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_text_box_position_units(master=False, remove=True, show=False):
name = osjoin(MASTER, 'text_box_position_units_master'
) if master else 'text_box_position_units'
# Make the plot
fcp.plot(
df,
x='Voltage',
y='I [A]',
ax_scale='loglog',
legend='Die',
show=SHOW,
xmin=0.9,
filter=
'Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
text='Die (-1,2) shows best response',
text_position=[0, 0.95],
text_units='relative',
filename=name + '.png',
inline=False,
jitter=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'),
show=True)
else:
compare = utl.img_compare(name + '.png',
osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_multiple_scaled(master=False, remove=True, show=False):
name = osjoin(MASTER, 'multiple_scaled_master') if master else 'multiple_scaled'
# Make the plot
fcp.plot(df=df, x='Voltage', y=['Voltage', 'I [A]'], twin_x=False, show=SHOW, legend='Die',
filter='Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25 & Die=="(-1,2)"',
ymin=0.05,
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png', osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_spines(master=False, remove=True, show=False):
name = osjoin(MASTER, 'spines_master') if master else 'spines'
# Make the plot
fcp.plot(df=df, x='Voltage', y='I [A]', legend=['Die', 'Substrate'],
filter='Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
ax_edge_color='#FF0000', spine_left=False, spine_right=False,
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png', osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_marker_type_none(master=False, remove=True, show=False):
name = osjoin(MASTER, 'marker_type_none_master') if master else 'marker_type_none'
# Make the plot
fcp.plot(df=df, x='Voltage', y='I [A]', legend=['Die', 'Substrate'], \
filter='Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25',
markers=['o', None, '+', '*', 'B', None],
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png', osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
def test_log_exp(master=False, remove=True, show=False):
name = osjoin(MASTER, 'log_exp_master') if master else 'log_exp'
# Make the plot
fcp.plot(df=df, x='Voltage', y='Voltage', show=SHOW, legend='Die',
filter='Substrate=="Si" & Target Wavelength==450 & Boost Level==0.2 & Temperature [C]==25 & Die=="(-1,2)"',
ax_scale='logy', ymin=0.00001, ymax=100000000, sci_y=True,
filename=name + '.png', inline=False)
# Compare with master
if master:
return
elif show:
os.startfile(osjoin(MASTER, name + '_master.png'))
os.startfile(name + '.png')
else:
compare = utl.img_compare(name + '.png', osjoin(MASTER, name + '_master.png'))
if remove:
os.remove(name + '.png')
assert not compare
import sys
sys.path.append(r'C:\GitHub\fivecentplots')
import fivecentplots as fcp
import pandas as pd
df = pd.read_csv(r'C:\GitHub\fivecentplots\fivecentplots\tests\fake_data.csv')
df_box = pd.read_csv(r'C:\GitHub\fivecentplots\fivecentplots\tests\fake_data_box.csv')
df_c = pd.read_csv(r'C:\GitHub\fivecentplots\fivecentplots\tests\fake_data_contour.csv')
# Single IV curve grouped by die
sub = df[(df.Substrate=='Si') &
(df['Target Wavelength']==450) &
(df['Boost Level']==0.2) &
(df['Temperature [C]']==25).copy()
]
d = fcp.plot(df=sub, x='Voltage', y='I [A]', leg_groups='Die', show=True)
# Facet grid by boost level and temperature
sub = df[(df.Substrate=='Si') &
(df['Target Wavelength']==450)].copy()
d = fcp.plot(df=sub, x='Voltage', y='I [A]', leg_groups='Die',
row='Boost Level', col='Temperature [C]', xticks=4, show=True)
# Facet grid by boost level and temperature (no axis sharing)
sub = df[(df.Substrate=='Si') &
(df['Target Wavelength']==450)].copy()
d = fcp.plot(df=sub, x='Voltage', y='I [A]', leg_groups='Die',
row='Boost Level', col='Temperature [C]',
sharex=False, sharey=False, ax_size=[200,300], show=True)
# Facet grid by boost level and temperature with transformation
