##
# @file load_scm_file.py
# @brief load data from scheme file to atomspace
# @author Dingjie.Wang
# @version 1.0
# @date 2012-08-04
from opencog.atomspace import types, TruthValue, AtomSpace, confidence_to_count
from viz_graph import Viz_Graph
from types_inheritance import name_type_dict, is_a
from m_util import Logger, dict_sub
from m_adaptors import FakeAtom, output_atomspace
#import atomspace_abserver
from m_util import rough_compare_files
log = Logger("diff")
log.to_file = True
#log.add_level(Logger.DEBUG)
log.add_level(Logger.INFO)
##
# @brief :load every segment( the previous line begin with '(' to previous line) to atomspace
#
# @param a: atomspace
# @param tree : an instance of Viz_Graph
# @param root : root of subtree
#
# @return
def add_tree_to_atomspace(a, tree, root):
''' add nodes of a tree to atomspace in postorder '''
out = []
fakeatom = tree.get_node_attr(root)['atom']
if not tree.neighbors(root):
##
# @file load_scm_file.py
# @brief load data from scheme file to atomspace
# @author Dingjie.Wang
# @version 1.0
# @date 2012-08-04
from opencog.atomspace import types, TruthValue, AtomSpace, confidence_to_count
from viz_graph import Viz_Graph
from types_inheritance import name_type_dict, is_a
from m_util import Logger, dict_sub
from m_adaptors import FakeAtom, output_atomspace
#import atomspace_abserver
from m_util import rough_compare_files
log = Logger("diff")
log.to_file = True
#log.add_level(Logger.DEBUG)
log.add_level(Logger.INFO)
##
# @brief :load every segment( the previous line begin with '(' to previous line) to atomspace
#
# @param a: atomspace
# @param tree : an instance of Viz_Graph
# @param root : root of subtree
#
# @return
def add_tree_to_atomspace(a, tree, root):
''' add nodes of a tree to atomspace in postorder '''
out = []
from opencog.atomspace import AtomSpace, types
from load_scm_file import load_scm_file
from m_util import Logger, time_interval
import fishgram
import m_adaptors
import adaptors
log = Logger("pre_fishgram.log")
log.add_level(Logger.DEBUG)
def load_file():
'''docstring for load_file'''
a = AtomSpace()
load_scm_file(a, "air.scm")
return a
#fish.forest.extractForest()
def run_fishgram(a):
reload(fishgram)
time_interval.start()
fish = fishgram.Fishgram(a)
log.debug(" filtering data set...")
fishgram.notice_changes(a)
fish.forest.extractForest()
time_interval.end()
log.debug("**take %s seconds on filtering**" % time_interval.interval())
log.debug("mining patterns...")
time_interval.start()
fish.run()
time_interval.end()
from opencog.atomspace import AtomSpace, types
from load_scm_file import load_scm_file
from m_util import Logger, time_interval
import fishgram
import m_adaptors
import adaptors
log = Logger("pre_fishgram.log")
log.add_level(Logger.DEBUG)
def load_file():
'''docstring for load_file'''
a = AtomSpace()
load_scm_file(a, "air.scm")
return a
#fish.forest.extractForest()
def run_fishgram(a):
reload(fishgram)
time_interval.start()
fish = fishgram.Fishgram(a)
log.debug(" filtering data set..." )
fishgram.notice_changes(a)
fish.forest.extractForest()
time_interval.end()
log.debug("**take %s seconds on filtering**"% time_interval.interval())
log.debug("mining patterns..." )
time_interval.start()
fish.run()
time_interval.end()
log.debug("**take %s seconds on mining**"% time_interval.interval())
log.flush()
def run_test(a):