def quality(problem_runs):
"""IPC score."""
min_cost = reports.minimum(run.get('cost') for run in problem_runs)
for run in problem_runs:
cost = run.get('cost')
if cost is None or not run.get('coverage'):
quality = 0.0
elif cost == 0:
assert min_cost == 0
quality = 1.0
else:
quality = min_cost / cost
run['quality'] = round(quality, 4)
def print_domain(self, domain, problems):
print r"\section*{%s %s --- %s}" % (
escape(self.attribute_name), escape(domain), get_date_and_time())
print r"\tablehead{\hline"
print r"\textbf{prob}"
for config in self.configs:
print r"& %s\textbf{%s}" % (self._tiny_if_squeeze(),
escape(config))
if self.best_value_column:
print r"& %s\textbf{BEST}" % self._tiny_if_squeeze()
print r"\\ \hline}"
print r"\tabletail{\hline}"
column_desc = "|l|%s|" % ("r" * len(self.configs))
if self.best_value_column:
column_desc += "r|"
print r"\begin{supertabular}{%s}" % column_desc
for problem in problems:
problem_runs = self.problem_runs[(domain, problem)]
print r"\textbf{%s}" % problem.replace('.pddl', '')
scores = []
for run in problem_runs:
if self.score == 'quality':
quality = run.get('quality')
scores.append(quality)
print r"& %s" % self._format_result(run)
if self.best_value_column:
if self.score == 'quality':
best = max(scores)
else:
values = [run.get(self.attribute) for run in problem_runs]
best = reports.minimum(values)
print r"& %s" % ("---" if best is None else best)
print r"\\"
print r"\hline"
print r"\textbf{total}"
for config in self.configs:
print r"& \textbf{%.2f}" % self.total_scores[config, domain]
if self.best_value_column:
print r"&"
print r"\\"
print r"\end{supertabular}"
