Vb.net Wheel Of Fortune Game Code
|
|
HomeSubmit CodeTop Code SearchLast Code SearchPrivacy PolicyLink to UsContact |
Top Wheel Of Fortune Games
###############################FUNCTIONS CREATED BY GROUPS#################################### |
#INTERMEDIATE GROUP 1 |
#TAKES A STRING INPUT AND RETURNS A STRING THAT HAS ALL THE |
#LETTERS REPLACED WITH DASHES (THE SPACES REMAIN AS SPACES) |
defreplaceWithDashes(string): |
dashes=' |
#fill in here |
returndashes |
#INTERMEDIATE GROUP 2 |
#FUNCTION THAT TAKES THREE INPUTS: THE CURRENT PHRASE (MOSTLY DASHES), THE SPOT IN THE |
#PHRASE TO BE REPLACED, AND THE ORIGINAL PHRASE. THIS FUNCTION REPLACES THE DASH AT THE GIVEN |
#SPOT WITH THE LETTER FROM THE ORIGINAL PHRASE. IT RETURNS THE NEW STRING |
defrevealSpotInPhrase(phrase,spot,original_phrase): |
#fill in here |
returnnew_phrase |
#BEGINNER GROUP 1 |
#FUNCTION THAT TAKES ONE INPUT OF THE CURRENT PLAYERS TURN |
#IF IT IS CURRENTLY THE 1ST PLAYERS TURN, THIS FUNCTION RETURNS 2 |
#IF IT IS CURRENTLY THE 2ND PLAYERS TURN, THIS FUNCTION RETURNS 1 |
defnextPlayersTurn(current_turn): |
#fill in here |
returnnextTurn |
#BEGINNER GROUP 2 |
#FUNCTION THAT TAKES A STRING AND A LETTER AS AN INPUT |
#IT RETURNS THE STRING 'true' IF THE LETTER APPEARS IN THE STRING AND THE |
#STRING 'false' IF IT DOES NOT. ALSO PRINTS A MESSAGE TO LET THE PLAYER KNOW |
defisLetterInPhrase(string,letter): |
#fill in here |
return'false' |
#BEGINNER GROUP 3 |
#FUNCTION THAT TAKES A LETTER AS AN INPUT AND RETURNS THE |
#STRING 'true' IF IT IS A VOWEL AND 'false' IF IT IS NOT |
defisGuessAVowel(letter): |
#fill in here |
return'false' |
##################################FUNCTIONS PROVIDED########################################### |
#PROVIDED, BUT CAN MODIFY |
#FUNCTION THAT DOESN'T HAVE ANY INPUTS AND USES THE GAME'S VARIABLES TO |
#PRINT THE CURRENT PHRASE, THE PLAYERS TURN, AND THEIR SCORE |
defprintGameState(): |
print('******************************************************') |
ifplayerTurn1: |
print(player1Name+'s turn, $'+str(player1Score)) |
else: |
print(player2Name+'s turn, $'+str(player2Score)) |
print('Board: '+current_phrase) |
#PROVIDED, BUT CAN MODIFY |
#FUNCTION THAT DOESN'T HAVE ANY INPUTS AND USES THE GAME'S VARIABLES TO |
#PRINT THE FINAL PHRASE AND THE WINNER |
defgameOverMessage(): |
#PRINT OUT FINAL PHRASE, WINNER |
print('******************************************************') |
print('Game Over!') |
print('Board: '+original_phrase) |
print(player1Name+'s Score: '+str(player1Score) +', '+player2Name+'s Score: '+str(player2Score)) |
ifplayer1Score>player2Score: |
print(player1Name+' wins!') |
else: |
print(player1Name+' wins!') |
#PROVIDED, BUT CAN MODIFY |
#RETURNS A RANDOM NUMBER BETWEEN 1 AND 10 |
#THE GAME LOGIC WILL USE THIS FUNCTION TO MAKE 1 - LOSE TURN, |
#2 - BANKRUPT, #3 - $300, 4 - $400, ETC. |
importrandom |
defspinWheel(): |
spin=random.randint(1,10) |
returnspin |
#PROVIDED |
#FUNCTION THAT READS IN THE PLAYERS GUESS FOR A LETTER AND RETURNS |
#THE UPPERCASE OF IT |
#NOTE: THIS CAN BE ENHANCED TO 1) VERIFY EXACTLY ONE LETTER WAS TYPED IN |
#2) VERIFY THE LETTER HASN'T BEEN GUESSED BEFORE |
defplayerGuess(): |
guess=raw_input('Your guess: ') |
guess=guess.upper() |
returnguess |
#PROVIDED |
#FUNCTION THAT TAKES THE CURRENT PHRASE, ORIGINAL PHRASE, AND GUESS AS INPUTS |
#IT CALLS THE revealSpotInPhrase FUNTION TO REPLACE ALL THE DASHES FOR THE GUESSED |
#LETTER. IT RETURNS THE NEW PHRASE WITH THE DASHES REPLACED |
defrevealAllOfGuess(current_phrase, original_phrase, guess): |
count=original_phrase.count(guess) |
startSpot=0 |
new_phrase=current_phrase |
foriinrange(0, count): |
replaceSpot=original_phrase.find(guess, startSpot) |
new_phrase=revealSpotInPhrase(new_phrase,replaceSpot, original_phrase) |
startSpot=replaceSpot+1 |
returnnew_phrase |
#PROVIDED |
#FUNCTION THAT TAKES THE CURRENT PLAYERS NUMBER AS AN INPUT AND |
#UPDATES THAT PLAYERS SCORE VARIABLE TO ZERO |
#Note: 'global' is needed to modify the variable in a function |
defmakePlayerBankrupt(playerNumber): |
ifplayerNumber1: |
globalplayer1Score |
player1Score=0 |
else: |
globalplayer2Score |
player2Score=0 |
#PROVIDED |
#FUNCTION THAT TAKES THE CURRENT PLAYERS NUMBER AND AMOUNT TO INCREASE AS |
#INPUTS. IT ADDS THE AMOUNT TO THE PLAYERS SCORE |
#Note: 'global' is needed to modify the variable in a function |
defaddToPlayersScore(playerNumber,amount): |
ifplayerNumber1: |
globalplayer1Score |
player1Score=player1Score+amount |
else: |
globalplayer2Score |
player2Score=player2Score+amount |
##########################PLAY THE GAME USING THE FUNCTIONS ABOVE############################### |
original_phrase='THE SAN FRANCISCO GIANTS' |
current_phrase=replaceWithDashes(original_phrase) |
#print the welcome message and ask for player names |
print('Welcome to Wheel of Fortune!') |
player1Name=raw_input('Player 1 name: '); |
player1Score=0 |
player2Name=raw_input('Player 2 name: '); |
player2Score=0 |
playerTurn=1 |
#REPLACE THIS PSUEDO-CODE WITH PYTHON TO PLAY THE GAME |
#while the game is not over |
#print the current game state |
#spin the wheel |
#if spin is 1, lose turn |
#print message |
#set playerTurn to next players turn |
#else if spin is 2, go bankrupt |
#print message |
#set players money to 0 |
#set playerTurn to next players turn |
#else spin was a $ |
#print message that your spin money was 100 times spin value |
#take user input for guess |
#if the letter is in the phrase |
#reveal the letters in the phrase |
#if the letter is a consonant (vowels don't make money) |
#change the player's score (add the letter count times spin money) |
#else set playerTurn to next players turn |
#print the game over message |
Wheel Of Fortune Game In C Codes and Scripts Downloads Free. Boxing and Unboxing of Value Types in C#: What You Need to Know. Usage of Operator Overloading in C# is a tutorial for the beginners to know about the operator overloading feature in C#. After posting this question I made some updates and changes to my code. My new demo for the game is located here. Right now it is only one player. Wheel of Fortune game - follow-up. Ask Question Asked 6 years. Object-oriented design for Wheel of Fortune. Game server packet handler - follow-up.
Martingale is one of the oldest, and best-known roulette strategies. With Martingale, every time a player loses, they double their bet. THE BEST ROULETTE STRATEGIES ARE: Roulette Martingale Strategy; Simple Gun and Run Martingale Simple Paroli System; Roulette and craps are probably the two casino games with the longest pedigree. We know that dice were first used as a serious incantation to find out what the gods had in. Best roulette strategy for casino money. Basics of the Constant bet roulette strategy. A player walks into a casino with $100 in his pocket and sits down at a roulette table. The minimum bet is $10 and he starts betting $10 on black every single round. He wants to have fun playing roulette for an hour or double his bankroll and leave with his profit.