def __init__(self, *args, **kwargs):
Table.__init__(self, *args, **kwargs)
if self.title in ['search_time', 'total_time']:
self.add_summary_function('GEOMETRIC MEAN', reports.gm)
else:
self.add_summary_function('SUM', sum)
if 'score' in self.title:
# When summarising score results from multiple domains we show
# normalised averages so that each domain is weighed equally.
self.add_summary_function('AVERAGE', reports.avg)
def build_tables():
def tuple2string(t):
s = ""
for x in t:
s = s + x + "/"
return s
tables = {}
for what, group in ds.groups("what"):
t = Table(what)
for cfg, res in group.groups("config","domain","problem"):
t.add_cell('title', tuple2string(cfg), 'title ' + tuple2string(cfg))
for r in res:
t.add_cell(str(r['start_time']), tuple2string(cfg), r['value'])
tables[what] = t
return tables
def _get_table(self):
table = PlanningReport._get_table(self)
if self.resolution == 'domain':
self.set_grouping('domain')
for (domain, ), group in self.group_dict.items():
values = Table()
config_prob_to_group = group.group_dict('config', 'problem')
for (config,
problem), subgroup in config_prob_to_group.items():
vals = subgroup[self.focus]
assert len(vals) == 1
val = vals[0]
values.add_cell(problem, config, val)
(config1, config2), sums = values.get_comparison()
table.add_cell(domain, config1 + '/' + config2,
'%d - %d - %d' % tuple(sums))
elif self.resolution == 'problem':
logging.error(
'Comparative reports only make sense for domains and suites')
sys.exit(1)
if self.resolution == 'suite' or not self.hide_sum_row:
if self.resolution == 'suite':
row_name = '-'.join(self.suite) if self.suite else 'Suite'
else:
row_name = 'SUM'
self.set_grouping()
for _, group in self.group_dict.items():
values = Table()
config_prob_to_group = group.group_dict(
'config', 'domain', 'problem')
for (config, domain,
problem), subgroup in config_prob_to_group.items():
vals = subgroup[self.focus]
assert len(vals) == 1
val = vals[0]
values.add_cell(domain + ':' + problem, config, val)
(config1, config2), sums = values.get_comparison()
table.add_cell(row_name, config1 + '/' + config2,
'%d - %d - %d' % tuple(sums))
return table
def build_tables():
def tuple2string(t):
s = ""
for x in t:
s = s + x + "/"
return s
tables = {}
for what, group in ds.groups("what"):
t = Table(what)
for cfg, res in group.groups("config", "domain", "problem"):
t.add_cell('title', tuple2string(cfg),
'title ' + tuple2string(cfg))
for r in res:
t.add_cell(str(r['start_time']), tuple2string(cfg), r['value'])
tables[what] = t
return tables
def __str__(self):
text = Table.__str__(self)
if 'score' in self.focus:
text += self.get_normalized_avg_row()
return text
def __init__(self, *args, **kwargs):
Table.__init__(self, *args, **kwargs)
self.focus = self.title
