def test_single_figure_from_graphic():
graphic = pl.Graphic(str(EXAMPLE_IMAGE_PATH))
fig = pl.Figure([graphic])
assert str(
fig
) == '\\begin{figure}\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\end{figure}'
fig = pl.Figure([graphic], position_str='[h!]')
assert str(
fig
) == '\\begin{figure}\n[h!]\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\end{figure}'
fig = pl.Figure([graphic], caption='image')
assert str(
fig
) == '\\begin{figure}\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\caption{image}\n\\end{figure}'
fig = pl.Figure.from_dict_of_names_and_filepaths(
{'image': str(EXAMPLE_IMAGE_PATH)})
assert str(
fig
) == '\\begin{figure}\n\\includegraphics[width=0.45\\linewidth]{Sources/nd-logo.png}\n\\caption{image}\n\\end{figure}'
fig = pl.Figure([graphic], caption='woo', short_caption='yeah')
assert str(
fig
) == '\\begin{figure}\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\caption[yeah]{woo}\n\\end{figure}'
fig = pl.Figure([graphic],
caption='woo',
label='yeah',
centering=False,
landscape=True,
position_str=r'[h!]')
assert str(
fig
) == '\\begin{lfigure}\n[h!]\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\caption{woo}\n\\label{yeah}\n\\end{lfigure}'
name = 'figure from single graphic document'
fig.to_pdf_and_move(outfolder=GENERATED_FILES_DIR, outname=name)
compare_pdfs_in_generated_vs_input_by_name(name)
def test_subfigure_graphic():
subf1 = pl.Subfigure(str(EXAMPLE_IMAGE_PATH))
subf2 = pl.Subfigure(str(EXAMPLE_IMAGE_PATH))
fig = pl.Figure([subf1, subf2])
assert str(
fig
) == '\\begin{figure}\n\\centering\n\\begin{subfigure}\n[t]{0.45\\linewidth}\n\\centering\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\end{subfigure}\n\\begin{subfigure}\n[t]{0.45\\linewidth}\n\\centering\n\\includegraphics[width=1.0\\textwidth]{Sources/nd-logo.png}\n\\end{subfigure}\n\\end{figure}'
def test_graphics_from_multiple_subfigure_figure():
graphic = pl.Graphic(str(EXAMPLE_IMAGE_PATH))
subf1 = pl.Subfigure(str(EXAMPLE_IMAGE_PATH))
subf2 = pl.Subfigure(str(EXAMPLE_IMAGE_PATH))
fig = pl.Figure([subf1, subf2])
graphics = fig.to_graphic_list()
assert len(graphics) == 2
for g in graphics:
assert str(graphic) == str(g)
def test_figure_in_presentation():
graphic = pl.Graphic(str(EXAMPLE_IMAGE_PATH), width=0.4)
fig = pl.Figure([graphic], caption='My Figure')
doc = pl.Presentation([
pl.Section([
pl.Frame([fig], title='Figure'),
], title="Section"),
], )
name = 'presentation with figure'
assert_same_or_generate_presentation(doc, name)
doc.to_pdf(outfolder=GENERATED_FILES_DIR, outname=name)
compare_pdfs_in_generated_vs_input_by_name(name)
def test_graphic_from_single_graphic_figure():
graphic = pl.Graphic(str(EXAMPLE_IMAGE_PATH))
fig = pl.Figure([graphic])
graphics = fig.to_graphic_list()
assert str(graphic) == str(graphics[0])
assert len(graphics) == 1