console.log("Let's play battleship! Try to guess correctly in 4 guesses"); var board = [ ["O", "O", "O", "O", "O"], ["O", "O", "O", "O", "O"], ["O", "O", "O", "O", "O"], ["O", "O", "O", "O", "O"], ["O", "O", "O", "O", "O"] ] console.log(board); function battleship(board, turns){ var compx = Math.floor(Math.random() * 5); var compy = Math.floor(Math.random() * 5); var playerx = prompt("Guess row: "); var playery = prompt("Guess column: "); var i = 1; while (i < (turns)) { if ((compx != playerx && compy != playery) || (compx != playerx && compy == playery) || (compx == playerx && compy != playery)){ board[playerx][playery]= "X"; console.log("You missed my battleship! Turn "+i+" of "+turns); console.log(board); playerx = prompt("Guess row: "); playery = prompt("Guess column: "); } else if (compx == playerx && compy == playery){ board[playerx][playery]= "V"; console.log("You sunk my battleship!"); console.log(board); break; } i+=1; } console.log("The coordinates were "+compx+","+compy); } battleship(board, 4);

var choices = ["rock", "paper", "scissors"]; function rps(timesPlayed){ var choices = ["rock", "paper", "scissors"]; var messsage; var final; var playerWins = 0; var compWins = 0; for (var i=0;i<timesPlayed;i++){ var playerChoice = prompt("rock, paper, or scissors? "); var compChoice = choices[Math.floor(Math.random() * choices.length)]; if (playerChoice == "rock" && compChoice == "scissors") { message = "The rock broke the scissors. Player wins!"; playerWins++; } else if (playerChoice == "paper" && compChoice == "rock") { message = "The paper covers the rock. Player wins!"; playerWins++; } else if (playerChoice == "scissors" && compChoice == "paper") { message = "The scissors cut the paper. Player wins!"; playerWins++; } else if (playerChoice == "scissors" && compChoice == "rock") { message = "The rock broke the scissors. Computer wins!"; compWins++; } else if (playerChoice == "paper" && compChoice == "scissors") { message = "The scissors cut the paper. Computer wins!"; compWins++; } else if (playerChoice == "rock" && compChoice == "paper") { message = "The paper covers the rock. Computer wins!"; compWins++; } else if (playerChoice == compChoice) { message = "Draw!"; } console.log(message); } playerWins > compWins ? final = "Player wins! Wins: "+playerWins+"/10" : final = "Computer wins! Wins: "+compWins+"/10"; console.log(final); } rps(10);

from statistics import mode from math import sqrt import operator data = [(1,1,"red"),(2,4,"red"),(6,3,"red"),(7,4,"blue"),(4,2,"blue"),(3,4,"green")] x = int(input("What is the x value?")) y = int(input("What is the y value?")) k = int(input("How many closest points would you like?")) point = (x,y) print(point) def distance(x2,y2): dist = ((x2[0]-x)**2)+((y2[1]-y)**2) return sqrt(dist) if k>len(data): print("Enter a different number of points") Dictionary = {} for i in range(0,len(data)): var = distance(data[i],data[i]) print(var) Dictionary[data[i]]=var sorted_Dictionary = sorted(Dictionary.items(), key=operator.itemgetter(1)) print(sorted_Dictionary) for i in range(0,k): var1 = (sorted_Dictionary[0][0][2]) print(var1)

import random import math class Car: def __init__(self, name, capacity, mpg, cost): #the name of the car self.name = name #the car's odometer self.miles = 0.0 #the car's current fuel self.fuel = float(capacity) #the car's maximum fuel self.capacity = float(capacity) #the car's fuel efficiency self.mpg = float(mpg) #the car's tire health self.tiretreads = 5000.0 #the car's body damage self.damage = 0 #total costs spent on the car self.cost = float(cost) #def repair, def drive,def refuel,def tire rotation,def info def drive(self,distance): if (self.fuel*self.mpg < distance) and self.capacity != math.inf: print(" you need to refuel ") elif self.tiretreads < distance: print(" you have to change tires") elif self.damage > 50: print(" your car is to damaged to drive") else: crashchance = distance/1000 if round(random.uniform(0,100),2) <= crashchance: newdistance = random.randint(1,distance) print("your car crashed but it drove " + str(newdistance) + " miles") self.damage+=random.randint(1,100) print("your car got in an accident and aquired some damage " + str(self.damage)) self.miles+=newdistance self.tiretreads-=newdistance print("you drove " + str(newdistance) + " miles") if self.capacity != math.inf: self.fuel-=newdistance/self.mpg print("you now have " + str(self.fuel) + " gallons of fuel") else: self.miles+=distance self.tiretreads-=distance print("=====================") print("you drove " + str(distance) + " miles") if self.capacity != math.inf: self.fuel-=distance/self.mpg print("you now have " + str(self.fuel) + " gallons of fuel") print("=====================") def refuel(self): if self.capacity == math.inf: print ("cannot refuel electric car") return print("your refuel cost $" + str((self.capacity - self.fuel)* 4.20)) self.cost += (self.capacity - self.fuel)* 4.20 self.fuel = self.capacity def tirerotation(self): self.tiretreads = 5000.0 self.cost += 420 print("your tire rotation cost $420") def repair(self): self.cost += self.damage * (42) self.damage = 0 print("your repair cost $" + str(self.damage * 42)) def printinfo(self): print("====================================================") if self.capacity != math.inf: print("Name:" + str(self.name)) else: print("Name:" + str(self.name) + "(electric vehicle)") print("Odometer:" + str(self.miles)) if self.capacity != math.inf: print("Fuel: " + str(self.fuel) + '/' + str(self.capacity)) print("Fuel Effiency:" + str(self.mpg)) print("Miles remaning before maintenance:" + str(self.tiretreads)) print("Body damage:" + str(self.damage) + '%') print("Total money spent:$" + str((self.capacity - self.fuel)* 4.20)) print("====================================================") class Garage: def __init__(self): self.carobject = [] def mainloop(self): answer = "" while answer != "Q": print("===========================") print("1. Create Car") print("2. View Cars") print("3. Car Action") print("4. Print Financial Report") print("5. Save Garage") print("6. Load Garage") print("Q. Exit program") print("===========================") answer = (input("Enter your selection")) if answer == "1": self.CreateCar() elif answer == "2": self.Displaycar() elif answer == "3": self.caraction() elif answer == "4": self.financialreport() elif answer == "5": self.save() elif answer == "6": self.open() def financialreport(self): totalcost = 0 for i in self.carobject: totalcost+=i.cost print("your total spending was $" + str(totalcost)) def CreateCar(self): name = input("what is the name of your car?") capacity = input("how many gallons of gas can your car store?(E for electric car)") if capacity == "E": capacity = math.inf mpg = math.inf else: capacity =float(capacity) mpg = float(input("what is the fuel effiency of your car?")) cost = float(input("How much does your car cost?")) car = Car(name,capacity,mpg,cost) self.carobject.append(car) print("Successfully created a car") def Displaycar(self): count = 1 for i in self.carobject: print("Car " + str(count) + ": " + i.name) count+=1 def caraction(self): self.Displaycar() selection = int(input("enter the number of the car you want to view?")) self.carobject[selection-1].printinfo print("1. Refuel Car") print("2. Repair Car") print("3. Change your tires") print("4. Display information about the care") print("5. Drive the car") print("6. Would you like to go back?") answer = int(input("Enter your selection?")) if answer == 1: self.carobject[selection-1].refuel() elif answer == 2: self.carobject[selection-1].repair() elif answer == 3: self.carobject[selection-1].tirerotation() elif answer == 4: self.carobject[selection-1].printinfo() elif answer == 5: distance = int(input("How many miles would you like to drive?")) self.carobject[selection-1].drive(distance) elif answer == 6: self.Displaycar() else: print("Invalid Input") def save(self): file = open("garage.dat","w") for i in self.carobject: file.write(i.name + '\n') file.write(str(i.capacity) + '\n') file.write(str(i.mpg) + '\n') file.write(str(i.cost) + '\n') file.write(str(i.fuel) + '\n') file.write(str(i.tiretreads) + '\n') file.write(str(i.damage) + '\n') file.write(str(i.miles) + '\n') file.close() print("Succesfuly saved in garage.dat") def open(self): if len(self.carobject) != 0: print("using load will overwrite current garage") answer = input("would you like to continue(y/n)") if answer == "n": return self.carobject = [] file = open("garage.dat","r") lines = 0 for line in file: lines+=1 file.close() if lines%8 != 0: print("file is corrupted") return file = open("garage.dat","r") for i in range(int(lines/8)): car1 = Car(str(file.readline().rstrip()),float(file.readline().rstrip()),float(file.readline().rstrip()),float(file.readline().rstrip())) car1.fuel = float(file.readline().rstrip()) car1.tiretreads = file.readline().rstrip() car1.damage = file.readline().rstrip() car1.miles = file.readline().rstrip() self.carobject.append(car1) print(" Succesfully loaded " + str(len(self.carobject)) + " cars") file.close()

import random class Car: def __init__(self, name, capacity, mpg, cost): #the name of the car self.name = name #the car's odometer self.miles = 0.0 #the car's current fuel self.fuel = float(capacity) #the car's maximum fuel self.capacity = float(capacity) #the car's fuel efficiency self.mpg = float(mpg) #the car's tire health self.tiretreads = 5000.0 #the car's body damage self.damage = 0 #total costs spent on the car self.costs = float(cost) #def repair, def drive,def refuel,def tire rotation,def info def drive(self,distance): if self.fuel*self.mpg < distance: print(" you need to refuel ") elif self.tiretreads < distance: print(" you have to change tires") elif self.damage > 50: print(" your car is to damaged to drive") else: crashchance = distance/1000 if round(random.uniform(0,100),2) <= crashchance: newdistance = random.randint(1,distance) print("your car crashed but it drove " + str(newdistance) + " miles") self.damage+=random.randint(1,100) print("your car was damaged " + str(self.damage)) self.miles+=newdistance self.tiretreads-=newdistance self.fuel-=newdistance/self.mpg print("you drove " + str(newdistance) + " miles") print("you now have " + str(self.fuel) + " gallons of fuel") else: self.miles+=distance self.tiretreads-=distance self.fuel-=distance/self.mpg print("=====================") print("you drove " + str(distance) + " miles") print("you now have " + str(self.fuel) + " gallons of fuel") print("=====================") for i in range(200): car1= Car("Tesla",50,25,50000) car1.drive(600)

from random import randint condition = "yes" numgames = 0 numcount =[] while condition == "yes": num = randint(1,100) count = 0 answer = 0 while answer != num: answer = int(input(" guess a number from 1 to 100?")) count+=1 if answer < num: print( " guess a little higher") elif answer == num: print ("you guessed it") numgames+=1 numcount.append(count) else: print ("guess a little lower") condition = input(" Would you like to play again ?") print(" Here are your results") print("total games:" + str(len(numcount))) avg = 0 for i in numcount: avg+=i avg/=len(numcount) print( "Here is your average:" + str(avg)) least = numcount[0] for i in numcount: if i < least: least = i print("here was your best game:" + str(least))

import random userInput = raw_input("Rock, Paper, or Scissors? ") computer = random.randint(1,3) if computer == 1: print("CPU chose Rock") if computer == 2: print("CPU chose Paper") if computer == 3: print("CPU chose Scissors") if userInput == "rock" and computer == 1: print("Tie") if userInput == "rock" and computer == 2: print("You Lose") if userInput == "rock" and computer == 3: print("You win") if userInput == "paper" and computer == 1: print("You win") if userInput == "paper" and computer == 2: print("Tie") if userInput == "paper" and computer == 3: print("You lose") if userInput == "scissors" and computer == 1: print("You lose") if userInput == "scissors" and computer == 2: print("you win") if userInput == "scissors" and computer == 3: print("tie")

filename = input("Enter Filename") f = open(filename,'r') wordList = f.read().split() position = 0 for i in wordList: if i[0] == "<": wordList[position] = input("Input " + i) position+=1 for i in wordList: print(i,end = " ") f.close