def render_overall(self, output_port, *labeled_preds):
labels = [k for (k,v) in labeled_preds]
preds = [v for (k,v) in labeled_preds]
results = [self.stats_of_predicate(p) for p in preds]
baseline = (labels[0], results[0])
print(latex.subsection("Overall Runtimes"), file=output_port)
print(latex.list([" ".join(["Average"
,"\\textbf{%s}" % tag
,"runtime"
,str(row["mean"])
,"(%s times %s than %s)" % (latex.difference(row["mean"], baseline[1]["mean"])[0], latex.difference(row["mean"], baseline[1]["mean"])[1], baseline[0])
,latex.list(["Median: %s" % row["median"]
,"Min: %s" % row["min"]
,"Max: %s" % row["max"]
,"95\\%% confidence: %s\\textendash~%s" % (row["ci"][0], row["ci"][1])])])
for (tag, row) in zip(labels, results)]), file=output_port)
def render_summary(self, output_port):
"""
Print basic information that every summary should give.
"""
print(latex.subsection("Module Summary"), file=output_port)
print(latex.list(["\\mono{%s}" % mn for mn in self.module_names], numbers=True), file=output_port)
