answer = ascii_uppercase[randint(0, 25)];
gameNum = gameNum + 1;
Display.gameMsg('For you, this is game #'+str(gameNum)+'.');
# Begin the game
while tries < maxTries:
guess = Display.cooked_input('> Guess a letter, '+name+': ');
if(guess in ascii_letters):
if(guess.upper() == answer):
Display.gameMsg("You've guessed correctly! (Total", (tries + 1), "turns)");
answer = -1;
break;
else:
print Display.errorWrapper() + "Incorrect! Your guess was", distanceAlgorithm(ascii_uppercase, guess.upper(), answer, 4.0, 40);
else:
Display.errorMsg("That's not a letter,", name+". You've lost two turns for that!");
maxTries = maxTries - 2;
report = maxTries - (tries + 1);
Display.gameMsg("You have", (report if report > 0 else 'no'), "tries remaining.");
tries = tries + 1;
if(answer == -1): Display.playerMsg('Good job!');
else:
Display.errorMsg("You failed", name+".");
Display.errorMsg("The correct answer was " + answer + ".");
state = Display.cooked_input('> Try again? (y/n) ');
def MAR_battle(opponent, first):
print '';
global conn1, heartbeat, loggedIn, userdict, userpowers, ascii_uppercase;
if(not conn1 or not loggedIn or not heartbeat or not userdict or not userpowers or not ascii_uppercase): MAR_exit(3);
# Letters need re-reversing for some reason. Bad python scoping system is bad and horrible.
# ascii_uppercase = ascii_uppercase[::-1];
# Finish setting up our environment
actionQueue = {'username':userdict['username'], 'specialdata':{},
'userdata':{
'guess':None,
'miniTurns':0,
'remainingTurns':27,
'maxTurns':28,
'letterNum':1,
'answer':None,
'answerStatus1':None,
'answerStatus2':None,
'skipped': False,
'victory': False
}};
# Structure the user's powers into a workable menu object
powerStructure = [('guess', -1), ('skip', -2)];
for power in userpowers.keys(): powerStructure.insert(0, (str(power).lower(), str(power)));
powerStructure = OrderedDict(powerStructure);
# Begin the game
while(actionQueue['userdata']['remainingTurns'] > 0 and not actionQueue['userdata']['victory']):
if(actionQueue['userdata']['letterNum'] <= 4 and not actionQueue['userdata']['victory']):
# We're up!
if(first):
if(not actionQueue['userdata']['skipped']):
# Set up our environment
if(actionQueue['userdata']['answer'] == None):
actionQueue['userdata']['answer'] = ascii_uppercase[randint(0, 25)];
Display.gameMsg('--> For you, this is letter '+str(actionQueue['userdata']['letterNum'])+' of 4.');
Display.gameMsg('[To use your specials, type the special\'s name and press "enter."]');
Display.gameMsg('[To guess, type "guess" followed by your letter guess.]');
Display.gameMsg('[To skip your turn, type "skip."]');
Display.gameMsg('[You have 60 seconds until your turn is automatically skipped]');
# Prompt for selection of powers or guess (60 second time limit)
sleeptime = time.clock();
i = Display.menu(powerStructure, initMsg='Your move:', prefix='- ', time_limit=60, limit_phrase='skip');
# User wants to guess normally
if(i == -1):
if(actionQueue['userdata']['guess'] != None and actionQueue['userdata']['answerStatus2'] != ''): Display.gameMsg('-> You previous guess was:', actionQueue['userdata']['guess'], '('+actionQueue['userdata']['answerStatus2'][:-1].lower()+')');
actionQueue['userdata']['guess'] = Display.timed_input('> Guess a letter, '+actionQueue['username']+': ', 'skip', 60 - (time.clock() - sleeptime));
if(actionQueue['userdata']['guess'] == 'skip'): actionQueue['userdata']['skipped'] = True;
elif(actionQueue['userdata']['guess'] in ascii_letters):
if(actionQueue['userdata']['guess'].upper() == actionQueue['userdata']['answer']):
actionQueue['userdata']['miniTurns'] = actionQueue['userdata']['miniTurns'] + 1;
Display.gameMsg("You've guessed correctly! (Total", actionQueue['userdata']['miniTurns'], "turns)");
actionQueue['userdata']['letterNum'] = actionQueue['userdata']['letterNum'] + 1;
if(actionQueue['userdata']['letterNum'] <= 4 and not actionQueue['userdata']['victory']):
MessageBeep(beep); time.sleep(0.1); MessageBeep(beep);
actionQueue['userdata']['answerStatus1'] = actionQueue['username']+" guessed correctly and is onto the next letter! (Letter "+str(actionQueue['userdata']['letterNum'])+" of 4)";
actionQueue['userdata']['answerStatus2'] = '';
actionQueue['userdata']['miniTurns'] = 0;
actionQueue['userdata']['answer'] = None;
else:
actionQueue['userdata']['victory'] = True;
finalEvaluation(actionQueue, opponent);
break;
else:
dist = distanceAlgorithm(ascii_uppercase, actionQueue['userdata']['guess'].upper(), actionQueue['userdata']['answer'], 4.0, 40);
actionQueue['userdata']['answerStatus1'] = actionQueue['username']+' guessed incorrectly!';
actionQueue['userdata']['answerStatus2'] = "Guess was "+dist;
print Display.errorWrapper() + "Incorrect! Your guess was", dist;
else:
Display.errorMsg("That's not a letter,", actionQueue['username']+". You've lost two turns for that!");
actionQueue['userdata']['answerStatus1'] = actionQueue['username']+' entered an invalid response and was penalized!\n What a fool!';
actionQueue['userdata']['answerStatus2'] = 'Guess was invalid.';
actionQueue['userdata']['remainingTurns'] = actionQueue['userdata']['remainingTurns'] - 2;
actionQueue['userdata']['miniTurns'] = actionQueue['userdata']['miniTurns'] + 1;
# User wants to skip their turn
elif(i == -2):
actionQueue['userdata']['skipped'] = True;
actionQueue['userdata']['guess'] = actionQueue['userdata']['answerStatus1'] = None;
actionQueue['userdata']['answerStatus2'] = '';
actionQueue['userdata']['miniTurns'] = actionQueue['userdata']['miniTurns'] + 1;
# A power was chosen, attempt to add it to the specialdata array
else:
Display.errorMsg('Specials don\'t work yet. Sorry!');
actionQueue['userdata']['skipped'] = True;
actionQueue['userdata']['guess'] = actionQueue['userdata']['answerStatus1'] = None;
actionQueue['userdata']['answerStatus2'] = '';
actionQueue['userdata']['miniTurns'] = actionQueue['userdata']['miniTurns'] + 1;
# actionQueue['specialdata'] = activatePower(userpowers[i], actionQueue['specialdata']);
# Evaluate specialdata array & victory conditions
actionQueue = evaluateQueue(actionQueue);
Display.gameMsg('Turn ended!');
Display.gameMsg("You have", (actionQueue['userdata']['remainingTurns'] if actionQueue['userdata']['remainingTurns'] > 0 else 'no'), "turns remaining.");
Display.gameMsg("Synchronizing with server...");
conn1.params = {"u":u, "p":p, "python":1, "type":"upd", "SID":SID, 'data':actionQueue};
response = conn1.request();
# print 'resp:', response
if(response == '$UpdateFailed'): Display.errorMsg('Internal Error: server failed to update properly! Report this!');
if(response == '$LookupError'): Display.errorMsg('Internal Error: server-user lookup error! Report this!');
else:
actionQueue, doBreak = checkForCommands(response, actionQueue, opponent);
if(doBreak): break;
actionQueue['userdata']['remainingTurns'] = actionQueue['userdata']['remainingTurns'] - 1;
actionQueue['userdata']['miniTurns'] = actionQueue['userdata']['miniTurns'] + 1;
actionQueue['userdata']['skipped'] = False;
# They're up! (wait for 60[+10] seconds)
else:
Display.gameMsg('Waiting on', opponent+' (~60 seconds until timeout)...');
response = block_on_challenge('$NoData', {"u":u, "p":p, "python":1, "type":"bat4", "SID":SID, 'opponent':opponent}, at_end=0, stall_time=70);
if(is_JSON(response)):
if(response['userdata']['victory'] or response['userdata']['letterNum'] > 4):
print 'incorrect loss action:', response
actionQueue['userdata']['victory'] = False;
finalEvaluation(actionQueue, opponent);
break;
else:
if(response['userdata']['answerStatus1']):
if(response['userdata']['answerStatus1'].find('guessed correctly and is onto')+1): MessageBeep(MB_OK); time.sleep(0.1); MessageBeep(MB_OK);
Display.gameMsg('->', response['userdata']['answerStatus1']);
else: Display.gameMsg('->', opponent, 'skipped his turn?! Foolish!');
evaluateQueue(response, False);
Display.sysMsg('Opponent\'s turn ended. Your move!');
elif(response == False):
# Send the "is alive ne?" packet
Display.gameMsg('No response from opponent, clearing victory conditions...');
conn1.params = {"u":u, "p":p, "python":1, "type":"upd", "SID":SID, 'data':'$Alive:'+opponent};
conn1.request();
response = block_on_challenge('$NoData', {"u":u, "p":p, "python":1, "type":"bat4", "SID":SID, 'opponent':opponent, "ignore":'$Alive:'+opponent}, at_end=0, stall_time=10, eval_response=False);
if(response == '$Yes'):
Display.gameMsg('Opponent\'s turn was skipped.');
conn1.params = {"u":u, "p":p, "python":1, "type":"upd", "SID":SID, 'data':'$Skip:'+actionQueue['username']};
conn1.request();
time.sleep(3);
elif(response == False or response[0] == '{'):
Display.gameMsg('Opponent has disconnected from the server. You win by default.');
actionQueue['userdata']['victory'] = True;
finalEvaluation(actionQueue, opponent);
break;
else:
actionQueue, doBreak = checkForCommands(response, actionQueue, opponent);
if(doBreak): break;
else:
actionQueue, doBreak = checkForCommands(response, actionQueue, opponent);
if(doBreak): break;
#Change up the order
first = not first;
else:
actionQueue['userdata']['victory'] = True;
finalEvaluation(actionQueue, opponent);
break;
else:
if(not actionQueue['userdata']['victory']): finalEvaluation(actionQueue, opponent);
Display.sysMsg('Cleaning up room...');
conn1.params = {"u":u, "p":p, "python":1, "type":"kil", "SID":SID};
conn1.request();
Display.sysMsg('Room cleaned successfully.');
Display.gameMsg('Returning to main menu...');
heartbeat.pauseFlag = False;
conn1.makeNulls = False;
while state == "y":
tries = 0
maxTries = 7
answer = ascii_uppercase[randint(0, 25)]
gameNum = gameNum + 1
Display.gameMsg("For you, this is game #" + str(gameNum) + ".")
while tries < maxTries:
guess = Display.cooked_input("Guess a letter, " + name + ": ")
if guess in ascii_letters:
if guess.upper() == answer:
Display.gameMsg("You've guessed correctly! (Total", (tries + 1), "turns)")
answer = -1
break
else:
print Display.errorWrapper() + "Incorrect! Your guess was",
# Small distance algorithm (by Xunnamius of Dark Gray)
# If the syntax is weird, it's because it has been engineered it to be extensible and reusable.
# TODO: May make this into an object later.
# Target array, element1, element2
target = (ascii_uppercase, guess.upper(), answer)
# These percents modify the mangitude of the distance detection.
# The first percent denotes slight distance while the second one denotes the distinction
# between moderate and far distance.
# The higher the percents, the biggerer their respective margins-of-error will be.
modifiers = (4.0, 40)
length = len(target[0])
