def testDec(self):
ticks = [tick((1, 4), labellevel=0), tick((2, 4), labellevel=0)]
decimal().labels(ticks)
self.assertEqual([t.label for t in ticks], ["0.25", "0.5"])
ticks = [tick((1, 4), labellevel=0), tick((2, 4), labellevel=0)]
decimal(equalprecision=1).labels(ticks)
self.assertEqual([t.label for t in ticks], ["0.25", "0.50"])
ticks = [tick((1, 17), labellevel=0), tick((17, 17), labellevel=0)]
decimal().labels(ticks)
self.assertEqual([t.label for t in ticks],
[r"0.\overline{0588235294117647}", "1"])
ticks = [
tick((1, 10000000), labellevel=0),
tick((1, 100000000), labellevel=0),
tick((1, 1000000000), labellevel=0)
]
decimal(thousandthpartsep=",").labels(ticks)
self.assertEqual([t.label for t in ticks],
["0.000,000,1", "0.000,000,01", "0.000,000,001"])
ticks = [
tick((1000000, 1), labellevel=0),
tick((10000000, 1), labellevel=0),
tick((100000000, 1), labellevel=0)
]
decimal(thousandsep=",").labels(ticks)
self.assertEqual([t.label for t in ticks],
["1,000,000", "10,000,000", "100,000,000"])
def testDefault(self):
ticks = [
tick((0, 10), labellevel=0),
tick((1, 10), labellevel=0),
tick((1, 1), labellevel=0),
tick((10, 1), labellevel=0)
]
default().labels(ticks)
self.assertEqual([tex_expr(t.label) for t in ticks],
["0", "0.1", "1", "10"])
ticks = [
tick((0, 10), labellevel=0),
tick((1, 10), labellevel=0),
tick((1, 1), labellevel=0),
tick((10000, 1), labellevel=0)
]
default(minexponent=1,
skipmantissaunity=skipmantissaunity.never,
uniformexponent=False).labels(ticks)
self.assertEqual([tex_expr(t.label) for t in ticks],
[r"0", r"1\cdot{}10^{-1}", r"1", r"1\cdot{}10^{4}"])
ticks = [
tick((0, 10), labellevel=0),
tick((1, 10), labellevel=0),
tick((1, 1), labellevel=0),
tick((10000, 1), labellevel=0)
]
default(minexponent=2, uniformexponent=False).labels(ticks)
self.assertEqual([tex_expr(t.label) for t in ticks],
["0", "0.1", "1", r"10^{4}"])
ticks = [
tick((-1, 10), labellevel=0),
tick((1, 1), labellevel=0),
tick((10, 1), labellevel=0)
]
default(minexponent=0).labels(ticks)
self.assertEqual([tex_expr(t.label) for t in ticks],
[r"-10^{-1}", r"10^{0}", r"10^{1}"])
ticks = [
tick((0, 1), labellevel=0),
tick((1, -10), labellevel=0),
tick((15, 100), labellevel=0)
]
default(minnegexponent=0,
mantissatexter=decimal(equalprecision=True)).labels(ticks)
self.assertEqual(
[tex_expr(t.label) for t in ticks],
[r"0.0\cdot{}10^{0}", r"-1.0\cdot{}10^{-1}", r"1.5\cdot{}10^{-1}"])
ticks = [
tick((0, 1), labellevel=0),
tick((1, -10), labellevel=0),
tick((15, 100), labellevel=0)
]
default(minnegexponent=1,
mantissatexter=decimal(equalprecision=True)).labels(ticks)
self.assertEqual([tex_expr(t.label) for t in ticks],
[r"0.0", r"-1.0\cdot{}10^{-1}", r"1.5\cdot{}10^{-1}"])
def testExp(self):
ticks = [tick((-1, 10), labellevel=0), tick((1, 1), labellevel=0), tick((10, 1), labellevel=0)]
exponential().labels(ticks)
self.assertEqual([t.label for t in ticks], [r"{-10^{-1}}", r"{10^{0}}", r"{10^{1}}"])
ticks = [tick((0, 1), labellevel=0), tick((1, -10), labellevel=0), tick((15, 100), labellevel=0)]
exponential(mantissatexter=decimal(equalprecision=1)).labels(ticks)
self.assertEqual([t.label for t in ticks], [r"{0.0}", r"{{-1.0}\cdot10^{-1}}", r"{{1.5}\cdot10^{-1}}"])
def testDec(self):
ticks = [tick((1, 4), labellevel=0), tick((2, 4), labellevel=0)]
decimal().labels(ticks)
self.assertEqual([t.label for t in ticks], ["0.25", "0.5"])
ticks = [tick((1, 4), labellevel=0), tick((2, 4), labellevel=0)]
decimal(equalprecision=1).labels(ticks)
self.assertEqual([t.label for t in ticks], ["0.25", "0.50"])
ticks = [tick((1, 17), labellevel=0), tick((17, 17), labellevel=0)]
decimal().labels(ticks)
self.assertEqual([t.label for t in ticks], [r"0.\overline{0588235294117647}", "1"])
ticks = [tick((1, 10000000), labellevel=0), tick((1, 100000000), labellevel=0), tick((1, 1000000000), labellevel=0)]
decimal(thousandthpartsep=",").labels(ticks)
self.assertEqual([t.label for t in ticks], ["0.000,000,1", "0.000,000,01", "0.000,000,001"])
ticks = [tick((1000000, 1), labellevel=0), tick((10000000, 1), labellevel=0), tick((100000000, 1), labellevel=0)]
decimal(thousandsep=",").labels(ticks)
self.assertEqual([t.label for t in ticks], ["1,000,000", "10,000,000", "100,000,000"])
from pyxcandy import read_dat, ssdata, ssplot
text.set(cls=text.LatexRunner, texenc='utf-8')
text.preamble(r'\usepackage[utf8]{inputenc}')
text.preamble(r'\usepackage{textgreek}')
text.preamble(r'\usepackage{fixltx2e}')
text.preamble(r'\usepackage{libertine}')
text.preamble(r'\renewcommand{\familydefault}{\sfdefault}')
text.preamble(r'\usepackage{sansmath}')
g = graph.graphxy(
width=5.0,
height=1.2,
x=axis.linear(min=1,
max=269,
texter=texter.decimal(labelattrs=[text.clearmathmode]),
title="TN residue"),
y=axis.linear(min=0.0,
parter=parter.linear(tickdists=[4.0, 2.0]),
max=8.0,
texter=texter.decimal(labelattrs=[text.clearmathmode]),
title=r"RMSF ± std (Å)"))
resid, rmsf_mean, rmsf_std = read_dat("rmsf.dat", [int, float, float])
g.plot(data.values(x=resid, y=rmsf_mean), [graph.style.line()])
ss = [line.strip() for line in open("ss.dat")]
ssplot(g, ssdata(ss))
