print("feed tunid " + feed_tunid + " is " + feed_sympy)
feed_array.append(feed_sympy)
symbol_punid_array = physgraf.convert_tpunid_to_symbol_punid_array(
feed_tunid, feedsDB, 'feed')
for indx in range(len(symbol_punid_array)):
cas_sympy = physgraf.convert_symbol_punid_to_cas_sympy(
symbol_punid_array[indx], symbolsDB)
symbols_array.append(cas_sympy + " # from feed")
else:
print("feed label " + feed_tunid + " is missing CAS expansion")
check_this_connection = False
print(feed_array)
return check_this_connection, feed_array, symbols_array
inference_rulesDB = physgraf.parse_XML_file(db_path +
'/inference_rules_database.xml')
connectionsDB = physgraf.parse_XML_file(db_path + '/connections_database.xml')
statementsDB = physgraf.parse_XML_file(db_path + '/statements_database.xml')
feedsDB = physgraf.parse_XML_file(db_path + '/feed_database.xml')
symbolsDB = physgraf.parse_XML_file(db_path + '/symbols_database.xml')
counter_array = []
counter_array.append(0) # number_of_rules_not_checkable=0
counter_array.append(0) # number_of_checkable_rules_not_checked=0
counter_array.append(0) # number_of_tested_true_connections=0
counter_array.append(0) # number_of_tested_false_connections=0
counter_array.append(0) # number_of_connection_setups_with_error=0
for this_connection in connectionsDB.getElementsByTagName('connection'):
check_this_connection = True
#this_connection=physgraf.remove_tags(this_connection.toxml(encoding="ascii"),'connection')
# input:
# output:
# current bugs:
import sys
import os
lib_path = os.path.abspath('lib')
sys.path.append(lib_path) # this has to proceed use of physgraph
db_path = os.path.abspath('databases')
sys.path.append(lib_path) # this has to proceed use of physgraph
import lib_physics_graph as physgraf
from xml.dom.minidom import parseString
connectionsDB = physgraf.parse_XML_file(db_path + '/connections_database.xml')
statementsDB = physgraf.parse_XML_file(db_path + '/statements_database.xml')
statement_punid_ary = []
for these_statements in connectionsDB.getElementsByTagName('statement_punid'):
statement_punid = physgraf.remove_tags(
these_statements.toxml(encoding="ascii"), 'statement_punid')
statement_punid_ary.append(statement_punid)
#http://stackoverflow.com/questions/2870466/python-histogram-one-liner
hist = {}
for x in statement_punid_ary:
hist[x] = hist.pop(x, 0) + 1 # x=statement_punid
#http://stackoverflow.com/questions/613183/python-sort-a-dictionary-by-value
for w in sorted(hist, key=hist.get, reverse=True): # w=statement_punid
# use: python sandbox/list_connection_sets.py
# input:
# output:
# current bugs:
import sys
import os
lib_path = os.path.abspath('lib')
sys.path.append(lib_path) # this has to proceed use of physgraph
db_path = os.path.abspath('databases')
sys.path.append(lib_path) # this has to proceed use of physgraph
import lib_physics_graph as physgraf
from xml.dom.minidom import parseString
statementsDB=physgraf.parse_XML_file(db_path+'/statements_database.xml')
symbolsDB=physgraf.parse_XML_file(db_path+'/symbols_database.xml')
symbol_punid_ary=[]
for these_symbols in statementsDB.getElementsByTagName('symbol_punid'):
symbol_punid=physgraf.remove_tags(these_symbols.toxml(encoding="ascii"),'symbol_punid')
symbol_punid_ary.append(symbol_punid)
#http://stackoverflow.com/questions/2870466/python-histogram-one-liner
hist = {}
for x in symbol_punid_ary: hist[x] = hist.pop(x,0) + 1 # x=symbol_punid
#http://stackoverflow.com/questions/613183/python-sort-a-dictionary-by-value
for w in sorted(hist, key=hist.get, reverse=True): # w=symbol_punid
name=physgraf.convert_symbol_punid_to_name(w,symbolsDB)
print (str(hist[w])+" "+w+" "+name)
#!/opt/local/bin/python
# Physics Equation Graph
# Ben Payne <*****@*****.**>
#
# use: python sandbox/list_connection_sets.py
# input:
# output:
# current bugs:
import sys
import os
lib_path = os.path.abspath('lib')
sys.path.append(lib_path) # this has to proceed use of physgraph
db_path = os.path.abspath('databases')
sys.path.append(lib_path) # this has to proceed use of physgraph
import lib_physics_graph as physgraf
from xml.dom.minidom import parseString
inference_rulesDB=physgraf.parse_XML_file(db_path+'/inference_rules_database.xml')
for these_rules in inference_rulesDB.getElementsByTagName('infrule_name'):
print(physgraf.remove_tags(these_rules.toxml(),'infrule_name'))
sys.exit("done")
import lib_physics_graph as physgraf
# http://stackoverflow.com/questions/6665725/parsing-xml-using-minidom
from xml.dom.minidom import parseString # xml parser called minidom:
input_stream = file('config.input', 'r')
input_data = yaml.load(input_stream)
extension = input_data["file_extension_string"]
redraw_feed_pictures_boolean = input_data["redraw_feed_pictures_boolean"]
redraw_statement_pictures_boolean = input_data[
"redraw_statement_pictures_boolean"]
statement_pictures = lib_path + '/images_eq_' + extension
feed_pictures = lib_path + '/images_feed_' + extension
statementsDB = physgraf.parse_XML_file(db_path + '/statements_database.xml')
statementPicsDrawnCount = 0
statementCount = 0
for item in statementsDB.getElementsByTagName('statement'):
statementCount = statementCount + 1
statement_indx = physgraf.convert_tag_to_content(item, 'statement_punid',
0)
statement_latex = physgraf.convert_tag_to_content(item, 'statement_latex',
0)
statement_latex_math = '\\begin{equation*}\n' + statement_latex + '\\end{equation*}\n'
# http://stackoverflow.com/questions/82831/how-do-i-check-if-a-file-exists-using-python
if ((redraw_statement_pictures_boolean) or
((not redraw_statement_pictures_boolean) and
not (os.path.isfile(statement_pictures + '/' + statement_indx + '.' +
extension)))): # if file does not exist, redraw
physgraf.make_picture_from_latex(statement_indx, statement_pictures,