def main():
records = libplot.parse()
for bytes in libplot.unique(records, 'bytes'):
plot(records, bytes)
pylab.show()
def main():
records = libplot.parse()
for function in libplot.unique(records, 'function'):
for bytes in libplot.unique(records, 'bytes'):
plot(records, bytes, function)
pylab.show()
def main():
records = libplot.parse()
for function in libplot.unique(records, 'function'):
for bytes in libplot.unique(records, 'bytes'):
plot(records, bytes, function)
pylab.show()
def main():
records = libplot.parse()
functions = libplot.unique(records, 'function')
alignments = libplot.unique(records, ('src_alignment', 'dst_alignment'))
for function in functions:
for alignment in alignments:
for scale in [1, 2.5]:
if plot(records, function, alignment, scale):
pylab.savefig('sizes-%s-%02d-%02d-%.1f.png' % (function, alignment[0], alignment[1], scale), dpi=72)
pylab.show()
def main():
records = libplot.parse()
functions = libplot.unique(records, 'function')
alignments = libplot.unique(records, ('src_alignment', 'dst_alignment'))
for function in functions:
for alignment in alignments:
for scale in [1, 2.5]:
if plot(records, function, alignment, scale):
pylab.savefig(
'sizes-%s-%02d-%02d-%.1f.png' %
(function, alignment[0], alignment[1], scale),
dpi=72)
pylab.show()