def check(testfile_text, answerfile_text, alg):
stats = {} #answered, unanswered, total
stats['correct'] = stats['unanswered'] = stats['total'] = 0
##print testfile_text[:50]
statements = parse_input.init(text = testfile_text)
##print statements[1:3]
for stat in statements:
stat.alg_lambda = {}
alg.run(statements)
answers = answerfile_text.split('\n')
answer_count = -1
for i in range(len(statements)):
stat = statements[i]
if stat.issued_by == '$$$':
##stat.print_details()
answer_count += 1
stats['total'] += 1
if stat.alg_lambda == {}:
stats['unanswered'] += 1
continue
alg_answer = sorted(stat.alg_lambda, key=stat.alg_lambda.get, reverse = True)[-1]
##print answer, alg_answer
if answers[answer_count] == alg_answer:
stats['correct'] += 1
##stat.print_details()
##statements[i+1].print_details()
return stats
def run(logtext, answertext, alg_list):
'''Takes a list of algorithms and assigns final probabilities to each
statement in statements
Each module in alg_list must contain a function called run().
This function takes the list of statements as an argument and should
populate a probability dictionary for users.
For more information, refer to the Readme.'''
if answertext:
answers = answertext.split('\n')
deleted_nicks = 0
correct = 0
wrong = 0
unanswered = 0
answer_list = []
print '-----------------'*12
print
print 'Test using', alg_list
print
print '-----------------'*12
print
print
statements = parse_input.init(text=logtext)
final_statements = []
for stat in statements:
stat.__class__ = final_prob_statement
stat.init()
final_statements.append(stat)
for alg in alg_list:
for stat in statements:
stat.alg_lambda = {}
alg.run(statements)
for i in range(len(statements)):
final_statements[i].alg_lambdas[str(alg)] = statements[i].alg_lambda
for i in range(len(final_statements)):
stat = final_statements[i]
if stat.issued_by == '$$$':
deleted_nicks += 1
for st in final_statements[(i-prev_display_scope):i+next_display_scope+1]:
st.print_details()
print
for alg in alg_list:
print
print alg
print stat.alg_lambdas[str(alg)]
print
for user in stat.alg_lambdas[str(alg)]:
if user not in stat.final_lambda:
stat.final_lambda[user]=1
stat.final_lambda[user] *= (stat.alg_lambdas[str(alg)][user])
print 'Final Decision:',
print stat.final_lambda
print
if len(stat.final_lambda)>0:
answer = sorted(stat.final_lambda, key=lambda x: stat.final_lambda[x], reverse=True)[0]
else:
answer = ''
answer_list.append(answer)
if answer != '' and stat.final_lambda[answer]!=0:
print 'Replacing $$$ by', answer
else:
print 'Leaving unanswered.'
print
if answertext:
print 'Correct answer: ', answers[deleted_nicks-1]
if answer == '':
unanswered += 1
elif answer == answers[deleted_nicks-1]:
correct += 1
else:
wrong += 1
print
print 'So far:'
print 'Correct: ', correct
print 'Wrong:', wrong
print 'Unanswered:', unanswered
print
##print stat.alg_prob
#NEED TO ADD WEIGHTS. This function has to be looked
#carefully.
##print user,final_prob
if answertext:
success = correct*100/(correct+wrong)
score = 3*correct - wrong
correct *= 100/deleted_nicks
wrong *= 100/deleted_nicks
unanswered *= 100/deleted_nicks
print '----------------------'
print 'RESULT:'
print '----------------------'
print
print success, '% success,', correct, '% correct,', wrong, '% wrong,', unanswered, '% unanswered,', deleted_nicks, 'total.'
print 'Score:', score
print
else:
output = open("Output.txt", 'w')
for ans in answer_list:
print ans
output.write(ans+',')
output.close()
#list of users fallling out of scope
popped_users = []
for user in context_statement.scope:
context_statement.scope[user] -= scope_weight_minus
if context_statement.scope[user]<=0:
popped_users.append(user)
for user in popped_users:
context_statement.scope.pop(user)
#for debugging
stat.curr_users = context_statement.scope.items()
def run(statements):
#Populates alg_lamda in each statement
for stat in statements:
stat.__class__ = context_statement
run_alg(statements)
if __name__ == '__main__':
if len(sys.argv) != 2:
print "Usage: python alg_line_context.py filename"
sys.exit(1)
statements = parse_input.init(sys.argv[1])
run(statements)
##for stat in statements:
##if stat.issued_by == '$$$':
##stat.print_details()
def run(logtext, answertext, alg_list):
'''Takes a list of algorithms and assigns final probabilities to each
statement in statements
Each module in alg_list must contain a function called run().
This function takes the list of statements as an argument and should
populate a probability dictionary for users.
For more information, refer to the Readme.'''
if answertext:
answers = answertext.split('\n')
deleted_nicks = 0
correct = 0
wrong = 0
unanswered = 0
answer_list = []
print '-----------------' * 12
print
print 'Test using', alg_list
print
print '-----------------' * 12
print
statements = parse_input.init(text=logtext)
final_statements = []
for stat in statements:
stat.__class__ = final_prob_statement
stat.init()
final_statements.append(stat)
for alg in alg_list:
for stat in statements:
stat.alg_lambda = {}
alg.run(statements)
for i in range(len(statements)):
final_statements[i].alg_lambdas[str(
alg)] = statements[i].alg_lambda
for i in range(len(final_statements)):
stat = final_statements[i]
if stat.issued_by == '$$$':
deleted_nicks += 1
for st in final_statements[(i - prev_display_scope):i +
next_display_scope + 1]:
st.print_details()
print
for alg in alg_list:
print
print alg
print stat.alg_lambdas[str(alg)]
print
for user in stat.alg_lambdas[str(alg)]:
if user not in stat.final_lambda:
stat.final_lambda[user] = 1
stat.final_lambda[user] *= (
stat.alg_lambdas[str(alg)][user])
print 'Final Decision:',
print stat.final_lambda
print
if len(stat.final_lambda) > 0:
answer = sorted(stat.final_lambda,
key=lambda x: stat.final_lambda[x],
reverse=True)[0]
else:
answer = ''
answer_list.append(answer)
if answer != '' and stat.final_lambda[answer] != 0:
print 'Replacing $$$ by', answer
else:
print 'Leaving unanswered.'
print
if answertext:
print 'Correct answer: ', answers[deleted_nicks - 1]
if answer == '':
unanswered += 1
elif answer == answers[deleted_nicks - 1]:
correct += 1
else:
wrong += 1
print
print 'So far:'
print 'Correct: ', correct
print 'Wrong:', wrong
print 'Unanswered:', unanswered
print
##print stat.alg_prob
#NEED TO ADD WEIGHTS. This function has to be looked
#carefully.
##print user,final_prob
if answertext:
success = correct * 100 / (correct + wrong)
score = 3 * correct - wrong
correct *= 100 / deleted_nicks
wrong *= 100 / deleted_nicks
unanswered *= 100 / deleted_nicks
print '----------------------'
print 'RESULT:'
print '----------------------'
print
print success, '% success,', correct, '% correct,', wrong, '% wrong,', unanswered, '% unanswered,', deleted_nicks, 'total.'
print 'Score:', score
print
else:
output = open("Output.txt", 'w')
for ans in answer_list:
print ans
output.write(ans + ',')
output.close()
if len(sys.argv) > 2:
for option in sys.argv[1:-1]:
if option == '--online':
show_online = True
elif option == '--help':
print help_text
sys.exit(0)
else:
print "Invalid option."
print help_text
sys.exit(1)
from settings import test_alg
statements = parse_input.init(filename=sys.argv[-1])
answers_file = open(sys.argv[-1][:-8] + 'answers.txt',
'r') #opening the corresponding _answers.txt file
deleted_nicks = 0 #counts how many $$$s were there
correct_answers = 0 #counts how many the algorithm got correct
unanswered = 0 #counts how many are unanswered
test_alg.run(statements)
for i in range(len(statements)):
if statements[i].issued_by == '$$$':
deleted_nicks += 1
print '-------------------------' * 3
print test_alg
print '-------------------------' * 3
print
for stat in statements[i - prev_display_scope:i + 1 +
next_display_scope]:
if len(sys.argv)>2:
for option in sys.argv[1:-1]:
if option == '--online':
show_online = True
elif option == '--help':
print help_text
sys.exit(0)
else:
print "Invalid option."
print help_text
sys.exit(1)
from settings import test_alg
statements = parse_input.init(filename = sys.argv[-1])
answers_file=open(sys.argv[-1][:-8]+'answers.txt','r') #opening the corresponding _answers.txt file
deleted_nicks=0 #counts how many $$$s were there
correct_answers=0 #counts how many the algorithm got correct
unanswered=0 #counts how many are unanswered
test_alg.run(statements)
for i in range(len(statements)):
if statements[i].issued_by == '$$$':
deleted_nicks+=1
print '-------------------------'*3
print test_alg
print '-------------------------'*3
print
for stat in statements[i-prev_display_scope:i+1+next_display_scope]:
##print stat.__class__
stat.__class__ = parse_input.statement