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js sprint all true and roulette game #145

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75 changes: 75 additions & 0 deletions roulette.js
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Original file line number Diff line number Diff line change
@@ -0,0 +1,75 @@


class Roulette {
constructor(bankroll) {
this._bankroll = bankroll;
}

spin(betQuantity, bet) {
if (this._bankroll === 0) {
console.log("Your bankroll is empty, you must refill it to continue playing")
return;
}
let spinnum = this.randomNum();
if (spinnum === `${bet}`) {
this._bankroll += betQuantity*35;
this.winMessage(`${bet}`, betQuantity*35, spinnum);
} else if (`${bet}` === "0" && parseInt(spinnum) === 37) { // need one for single 0
this._bankroll += betQuantity*35;
this.winMessage(`${bet}`, betQuantity*35, spinnum);
} else if (`${bet}` === 'Even' && parseInt(spinnum) % 2 === 0) {
this._bankroll += betQuantity;
this.winMessage("Even", betQuantity, spinnum);
} else if (`${bet}` === 'Odd' && parseInt(spinnum) % 2 !== 0) {
this._bankroll += betQuantity;
this.winMessage("Odd", betQuantity, spinnum);
} else if (`${bet}` === '1 to 18' && (parseInt(spinnum) >= 1 && parseInt(spinnum) <= 18) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '19 to 36' && (parseInt(spinnum) >= 19 && parseInt(spinnum) <= 36) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '1st 12' && (parseInt(spinnum) >= 1 && parseInt(spinnum) <= 12) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '2nd 12' && (parseInt(spinnum) >= 13 && parseInt(spinnum) <= 24) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '3rd 12' && (parseInt(spinnum) >= 26 && parseInt(spinnum) <= 36) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else {
this._bankroll -= betQuantity;
console.log(`You lose, the spin was ${spinnum}`)
console.log(`You not have $${this._bankroll}`)
}
}
winMessage(typeOfBet, amountWon, spinnerVal) {
var spinval;
if (typeOfBet === "Even") {
spinval = "even";
} else if (typeOfBet === "Odd") {
spinval = "odd";
} else if (typeOfBet === "0") {
spinval = "0";
} else {
spinval = spinnerVal;
}
console.log(`You win $${amountWon}, the spin was ${spinval}!!!`)
console.log(`You now have $${this._bankroll}`)
}

randomNum() {
return [Math.round(Math.random() * 3), Math.round(Math.random() * 7)].join('')
}

get bankroll() {
return this._bankroll;
}

buyIn(addAmount) {
this._bankroll += addAmount;
console.log(`You bought in $${addAmount}`);
}

}
162 changes: 146 additions & 16 deletions scripts.js
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Original file line number Diff line number Diff line change
@@ -1,32 +1,162 @@
// FILL IN THE FUNCTIONS BELOW

var sprintFunctions = {
largestEl: function(){
// your code here
largestEl: function(arr){
return arr.reduce(function(max, current) {
return current > max ? current : max;
}, 0)
},

reversed: function(){
// your code here
reversed: function(str){
let return_str = "";
let i = str.length - 1;
while (i > -1) {
return_str += str[i];
i --;
}
return return_str;
},

loudSnakeCase: function(){
// your code here
loudSnakeCase: function(sentence) {
sentence_arr = sentence.split(' ');
sentence_arr = sentence_arr.filter(function(word) {return word !== "";}).map(function(word) {
return word[0].toUpperCase() + word.slice(1,word.length);
})
sentence_arr = sentence_arr.join('_').split('').map(function(char) {
let reg = /^[a-z]+$/
if (reg.test( char.toLowerCase() ) || char === "_") {
return char;
} else {
return "";
}
}).join('')
return sentence_arr;
},

compareArrays: function(){
// your code here (replace the return)
return "Finish compareArrays first!"
compareArrays: function(arr1, arr2){
let i = 0;
while (i < arr1.length) {
if (arr1[i] !== arr2[i]) {
return false;
}
i++;
}
return true;
},

fizzBuzz: function(){
// your code here
fizzBuzz: function(num){
let return_array = [];
for (let i = 1; i <= num; i++) {
if (i % 3 === 0 && i % 5 === 0) {
return_array.push("FIZZBUZZ");
} else if (i % 3 === 0) {
return_array.push("FIZZ");
} else if (i % 5 === 0) {
return_array.push("BUZZ");
} else {
return_array.push(i);
}
}
return return_array;
},

myMap: function(){
// your code here
myMap: function(arr, fun){
return arr.map(fun);
},

primes: function(){
// your code here
primes: function(n){
function isPrime(n) {
if (n < 2) { return false; }
if (n === 2) { return true; }
let i = 2;
while (i < n) {
if (n % i === 0) {
return false;
}
i++;
}
return true;
}
return_arr = [];
for (let i = 0; i < n; i++) {
if (isPrime(i)) {
return_arr.push(i);
}
}
return return_arr;
},
}
}

class Roulette {
constructor(bankroll) {
this._bankroll = bankroll;
}

spin(betQuantity, bet) {
if (this._bankroll === 0) {
console.log("Your bankroll is empty, you must refill it to continue playing")
return;
}
let spinnum = this.randomNum();
if (spinnum === `${bet}`) {
this._bankroll += betQuantity*35;
this.winMessage(`${bet}`, betQuantity*35, spinnum);
} else if (`${bet}` === "0" && parseInt(spinnum) === 37) { // need one for single 0
this._bankroll += betQuantity*35;
this.winMessage(`${bet}`, betQuantity*35, spinnum);
} else if (`${bet}` === 'Even' && parseInt(spinnum) % 2 === 0) {
this._bankroll += betQuantity;
this.winMessage("Even", betQuantity, spinnum);
} else if (`${bet}` === 'Odd' && parseInt(spinnum) % 2 !== 0) {
this._bankroll += betQuantity;
this.winMessage("Odd", betQuantity, spinnum);
} else if (`${bet}` === '1 to 18' && (parseInt(spinnum) >= 1 && parseInt(spinnum) <= 18) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '19 to 36' && (parseInt(spinnum) >= 19 && parseInt(spinnum) <= 36) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '1st 12' && (parseInt(spinnum) >= 1 && parseInt(spinnum) <= 12) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '2nd 12' && (parseInt(spinnum) >= 13 && parseInt(spinnum) <= 24) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else if (`${bet}` === '3rd 12' && (parseInt(spinnum) >= 26 && parseInt(spinnum) <= 36) ) {
this._bankroll += betQuantity;
this.winMessage(`${bet}`, betQuantity*2, spinnum);
} else {
this._bankroll -= betQuantity;
console.log(`You lose, the spin was ${spinnum}`)
console.log(`You not have $${this._bankroll}`)
}
}
winMessage(typeOfBet, amountWon, spinnerVal) {
var spinval;
if (typeOfBet === "Even") {
spinval = "even";
} else if (typeOfBet === "Odd") {
spinval = "odd";
} else if (typeOfBet === "0") {
spinval = "0";
} else {
spinval = spinnerVal;
}
console.log(`You win $${amountWon}, the spin was ${spinval}!!!`)
console.log(`You now have $${this._bankroll}`)
}

randomNum() {
return [Math.round(Math.random() * 3), Math.round(Math.random() * 7)].join('')
}

get bankroll() {
return this._bankroll;
}

buyIn(addAmount) {
this._bankroll += addAmount;
console.log(`You bought in $${addAmount}`);
}

}