def test_latexmap():
ltt = LatexTable(data=[['alpha',10.123,20],['alpha_s',30,40]],
latex_map={'alpha':'beta'})
assert_equal(
ltt._format('alpha'),
'beta'
)
def test_table_color():
ltt = LatexTable(data=[['alpha', 10.123], ['alpha_s', 30]])
ltt.set_cell_color(0, 0, (111, 123, 95))
assert_equal(
str(ltt),
'%\\usepackage[table]{xcolor} % include this for color\n%\\usepackage{rotating} % include this for rotate header\n%\\documentclass[xcolor=table]{beamer} % for beamer\n\\begin{tabular}{|c|c|}\n\\hline\n\\cellcolor[RGB]{111,123,95} $\\alpha$ & 10.123\\\\\n\\hline\n$\\alpha_{s}$ & 30\\\\\n\\hline\n\\end{tabular}'
)
def test_format():
ltt = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]],
smart_latex=False)
assert ltt._format('a_b') == r'a\_b'
ltt2 = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]],
smart_latex=False, escape_under_score=False)
assert ltt2._format('a_b') == r'a_b'
def test_table_color():
ltt = LatexTable(data=[["alpha", 10.123], ["alpha_s", 30]])
ltt.set_cell_color(0, 0, (111, 123, 95))
expected = """%\\usepackage[table]{xcolor} % include this for color
%\\usepackage{rotating} % include this for rotate header
%\\documentclass[xcolor=table]{beamer} % for beamer
\\begin{tabular}{|c|c|}
\\hline
\\cellcolor[RGB]{111,123,95} $\\alpha$ & 10.123\\\\
\\hline
$\\alpha_{s}$ & 30\\\\
\\hline
\\end{tabular}"""
assert str(ltt) == expected
def test_smartlatex():
ltt = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]])
assert ltt._convert_smart_latex('alpha') == r'$\alpha$'
assert ltt._convert_smart_latex('alpha_beta') == r'$\alpha_{\beta}$'
assert ltt._convert_smart_latex('a_b') == r'$a_{b}$'
assert ltt._convert_smart_latex('a_b_c') == r'a $b_{c}$'
assert ltt._convert_smart_latex('a') == r'a'
assert ltt._convert_smart_latex('a_alpha_beta') == r'a $\alpha_{\beta}$'
def test_smartlatex():
ltt = LatexTable(data=[["alpha", 10.123, 20], ["alpha_s", 30, 40]])
assert ltt._convert_smart_latex("alpha") == r"$\alpha$"
assert ltt._convert_smart_latex("alpha_beta") == r"$\alpha_{\beta}$"
assert ltt._convert_smart_latex("a_b") == r"$a_{b}$"
assert ltt._convert_smart_latex("a_b_c") == r"a $b_{c}$"
assert ltt._convert_smart_latex("a") == r"a"
assert ltt._convert_smart_latex("a_alpha_beta") == r"a $\alpha_{\beta}$"
def test_empty_table_with_headers():
ltt = LatexTable(data=[], headers=["Foo", "Bar"])
expected = """\\begin{tabular}{|c|c|}
\\hline
Foo & Bar\\\\
\\hline
\\end{tabular}"""
assert str(ltt) == expected
def test_empty_table():
ltt = LatexTable(data=[])
expected = '\n'.join([
r'\begin{tabular}{|c|}',
r'\hline',
r'\end{tabular}',
])
assert str(ltt) == expected
def test_smartlatex():
ltt = LatexTable(data=[['alpha',10.123,20],['alpha_s',30,40]])
assert_equal(
ltt._convert_smart_latex('alpha'),
r'$\alpha$'
)
assert_equal(
ltt._convert_smart_latex('alpha_beta'),
r'$\alpha_{\beta}$'
)
assert_equal(
ltt._convert_smart_latex('a_b'),
r'$a_{b}$'
)
assert_equal(
ltt._convert_smart_latex('a_b_c'),
r'a $b_{c}$'
)
assert_equal(
ltt._convert_smart_latex('a'),
r'a'
)
assert_equal(
ltt._convert_smart_latex('a_alpha_beta'),
r'a $\alpha_{\beta}$'
)
def test_empty_table_with_headers():
ltt = LatexTable(data=[], headers=['Foo', 'Bar'])
expected = '\n'.join([
r'\begin{tabular}{|c|c|}',
r'\hline',
r'Foo & Bar\\',
r'\hline',
r'\end{tabular}',
])
assert str(ltt) == expected
def test_table():
ltt = LatexTable(data=[["alpha", 10.123], ["alpha_s", 30]])
expected = """\\begin{tabular}{|c|c|}
\\hline
$\\alpha$ & 10.123\\\\
\\hline
$\\alpha_{s}$ & 30\\\\
\\hline
\\end{tabular}"""
assert str(ltt) == expected
def test_empty_table_with_headers():
ltt = LatexTable(data=[], headers=["Foo", "Bar"])
expected = "\n".join([
r"\begin{tabular}{|c|c|}",
r"\hline",
r"Foo & Bar\\",
r"\hline",
r"\end{tabular}",
])
assert str(ltt) == expected
def test_format():
ltt = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]],
smart_latex=False)
assert_equal(ltt._format('a_b'), r'a\_b')
ltt2 = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]],
smart_latex=False,
escape_under_score=False)
assert_equal(ltt2._format('a_b'), r'a_b')
def test_format():
ltt = LatexTable(data=[["alpha", 10.123, 20], ["alpha_s", 30, 40]],
smart_latex=False)
assert ltt._format("a_b") == r"a\_b"
ltt2 = LatexTable(
data=[["alpha", 10.123, 20], ["alpha_s", 30, 40]],
smart_latex=False,
escape_under_score=False,
)
assert ltt2._format("a_b") == r"a_b"
def test_latexmap():
ltt = LatexTable(data=[["alpha", 10.123, 20], ["alpha_s", 30, 40]],
latex_map={"alpha": "beta"})
assert ltt._format("alpha") == "beta"
def test_table_color():
ltt = LatexTable(data=[['alpha', 10.123], ['alpha_s', 30]])
ltt.set_cell_color(0, 0, (111, 123, 95))
expected = '%\\usepackage[table]{xcolor} % include this for color\n%\\usepackage{rotating} % include this for rotate header\n%\\documentclass[xcolor=table]{beamer} % for beamer\n\\begin{tabular}{|c|c|}\n\\hline\n\\cellcolor[RGB]{111,123,95} $\\alpha$ & 10.123\\\\\n\\hline\n$\\alpha_{s}$ & 30\\\\\n\\hline\n\\end{tabular}'
assert str(ltt) == expected
def test_table():
ltt = LatexTable(data=[['alpha', 10.123], ['alpha_s', 30]])
assert_equal(
str(ltt),
'\\begin{tabular}{|c|c|}\n\\hline\n$\\alpha$ & 10.123\\\\\n\\hline\n$\\alpha_{s}$ & 30\\\\\n\\hline\n\\end{tabular}'
)
def test_latexmap():
ltt = LatexTable(data=[['alpha', 10.123, 20], ['alpha_s', 30, 40]],
latex_map={'alpha': 'beta'})
assert_equal(ltt._format('alpha'), 'beta')
def test_empty_table():
ltt = LatexTable(data=[])
expected = """\\begin{tabular}{|c|}
\\hline
\\end{tabular}"""
assert str(ltt) == expected
def test_table():
ltt = LatexTable(data=[['alpha', 10.123], ['alpha_s', 30]])
expected = '\\begin{tabular}{|c|c|}\n\\hline\n$\\alpha$ & 10.123\\\\\n\\hline\n$\\alpha_{s}$ & 30\\\\\n\\hline\n\\end{tabular}'
assert str(ltt) == expected
def test_empty_table():
ltt = LatexTable(data=[])
expected = "\n".join(
[r"\begin{tabular}{|c|}", r"\hline", r"\end{tabular}"])
assert str(ltt) == expected
