def extract(self, data_predicates):
data = '\n'.join(data_predicates)
data_dict = {self.escape_string: data}
code = self.code_str.format(**data_dict)
if self.verbose_flag:
print "=" * 80
print "CODE"
print "=" * 80
for line_number, line in enumerate(code.split('\n'), 1):
print "{}:{}".format(line_number, line)
print "=" * 80
return kproblog_run(filename=None, data=code, show_grounding=self.show_grounding, only_relevant=False)
import glob
from kproblog.kProlog_run import kproblog_run
__author__ = 'francesco'
if __name__ == '__main__':
show_grounding = True
only_relevant = True
for kpl_file_name in glob.iglob('examples/debug/*.kpl'):
print 'kpl_file_name', kpl_file_name
kproblog_run(filename=kpl_file_name, data=None, show_grounding=show_grounding, only_relevant=only_relevant)
print "\n" * 5
from kproblog.kProlog_run import kproblog_run
SHOW_GROUNDING = True
ONLY_RELEVANT = True
for weight, atom in kproblog_run(
filename='./examples/paper/quad_form_grad.kpl',
show_grounding=SHOW_GROUNDING,
only_relevant=ONLY_RELEVANT
):
print "{}::{}".format(weight, atom)
from kproblog.kProlog_run import kproblog_run
__author__ = 'francesco'
if __name__ == '__main__':
SHOW_GROUNDING = False
ONLY_RELEVANT = True
kpl_file_name = 'examples/paper/wl_graph_algo.kpl'
print 'kpl_file_name', kpl_file_name
res = kproblog_run(filename=kpl_file_name, data=None, show_grounding=SHOW_GROUNDING, only_relevant=ONLY_RELEVANT)
for w, atom in res:
print "{}::{}".format(w, atom)
