public static void Intro()
{
ASCII_Art.StartArt();
do
{
//Computer guesses a number and the human tries to guess it
//Set a random number
Random randomNum = new Random();
//Intro Text
Console.WriteLine("Let's play James Silcott's - The Number Guessing Game!");
Console.WriteLine();
Console.WriteLine("First we need two numbers to guess between, like 0 and 100");
//Find the min number of the guess
Console.WriteLine("Give a MINIMUM number for the computer to guess:");
int min1Number = Convert.ToInt32(Console.ReadLine());
//Find the max number of the guess
Console.WriteLine("Give a MAXIMUM number for the computer to guess:");
int max1Number = Convert.ToInt32(Console.ReadLine());
//Create a variable to store a random number from the min and max values fromt he user input
int number = randomNum.Next(min1Number, max1Number);
//Create a starting point by declaring variable for the guessed number
int guessedNum = 0;
//Start the number counter to see how many guesses it takes
int countHuman = 0;
//Show min and max user input results
Console.WriteLine($"The computer has guessed a number between {min1Number} and {max1Number}");
//While the random number doesn't equal the number the user guesses than do the following code
while (number != guessedNum)
{
//increment the count number
countHuman++;
Console.WriteLine($"Type a number between {min1Number} and {max1Number}: ");
//Assign the value of user input guessed number
guessedNum = Convert.ToInt32(Console.ReadLine());
//If the guess is less than the actual random number picked than dot he following code
if (guessedNum < number)
{
ASCII_Art.ThumbsUp();
Console.WriteLine("Too low, guess higher");
}
//Else if the guess is higher than the actual random number than do the folowing code
else if (guessedNum > number)
{
ASCII_Art.ThumbsDown();
Console.WriteLine("Too high, guess lower");
}
//Else the number is guessed
else
{
ASCII_Art.ThumbsUpMulti();
Console.WriteLine($"Correct, you guessed the number "
+ $"in {countHuman} guesses");
}
}
//Break Point to start the computer guess game
Console.WriteLine("Press any key to continu[e] . . . ");
var readKey = Console.ReadLine().ToUpper();
#region Easter
if (readKey == "E")
{
MasterClasses.EasterEgg.EasterEggFound();
}
#endregion
//Human guesses number and computer tries to guess it
Console.WriteLine("Now let's have the computer try to guess!");
//Find the min value
Console.WriteLine("Give a MINIMUM number for the computer to guess between:");
int min2Number = Convert.ToInt32(Console.ReadLine());
//Find max value
Console.WriteLine("Give a MAXIMUM number for the computer to guess between:");
int max2Number = Convert.ToInt32(Console.ReadLine());
//Get the actual number from the human
Console.WriteLine($"What is the number for the computer to guess between {min2Number} and {max2Number}?");
int numGiven = Convert.ToInt32(Console.ReadLine());
//Intialize the counter to start the count of guess it takes for the computer
int countComputer = 0;
int guess = (max2Number + min2Number) / 2;
Console.WriteLine($"Is the number: {guess}");
//If the computer guesses the number right away show:
if (numGiven == guess)
{
ASCII_Art.ThumbsUpMulti();
Console.WriteLine($"Nice, the computer guessed the correct number: {numGiven} in 1 guess");
}
else
{
//While the computer guess doesn't equal the humasns number do:
while (guess != numGiven)
{
//Increament the counter
countComputer++;
//If human number is more than the computer guess
if (numGiven > guess)
{
ASCII_Art.ThumbsUp();
Console.WriteLine("Too low, guess higher!");
min2Number = guess;
guess = (max2Number + min2Number) / 2;
}
//Else the human number is less than the computer guess
else if (numGiven < guess)
{
ASCII_Art.ThumbsDown();
Console.WriteLine("Too High, guess lower!");
max2Number = guess;
guess = (max2Number + min2Number) / 2;
}
//Else it equals
else
{
ASCII_Art.ThumbsUpMulti();
Console.WriteLine($"Correct, you guessed the number {numGiven}"
+ $"in {countComputer} guesses");
}
//Show the guessed number
Console.WriteLine($"Is the number: {guess}");
//add 1 to the max value everytime the guess is wrong
max2Number = max2Number + 1;
}
//Show the reults
Console.WriteLine($"Nice, the computer guessed the correct number: {numGiven} in {countComputer} guesses");
Console.WriteLine($"You took {countHuman} and the computer took {countComputer} to guess");
//See if the human had less guesses
if (countHuman < countComputer)
{
ASCII_Art.ThumbsUpMulti();
Console.WriteLine("Nice, you win! You guessed the number in less guesses than the computer");
}
//See if the computer had less guesses
else if (countHuman > countComputer)
{
Console.WriteLine("Sorry, the computer won. It guessed the number in less guesses than you");
}
//See if the human and computer guesses equal
else
{
ASCII_Art.ThumbsUp();
Console.WriteLine("TIE! Wow, you and the computer guessed the number in the same amount of guesses");
ASCII_Art.ThumbsDown();
}
}
}
//If the user says no they don't want to play again, then exit the program, else play again
while (TryAgainMessage.TryAgain() == true);
}
//Method to play game
public static int keyResponse()
{
//Used for debugging
Console.WriteLine("the MIN number is: " + minEggNum);
Console.WriteLine("the MAX number is: " + maxEggNum);
Console.WriteLine("the middle number is: " + newMaxNumEgg);
Console.WriteLine("the number to pick is: " + cpuEggNum);
//Get the arrow key input
var key = Console.ReadKey().Key;
//If the guess is the first guess
if (counter == 0)
{
Console.WriteLine($"THAT'S AMAZING! You guessed it in {counter + 1} guesses!");
}
else
{
//Show how many guesses it took
Console.WriteLine($"Congrats you guessed it in {counter + 1} guesses!");
}
//This will allow the user to play the Easter Egg again
Console.WriteLine("Press any key to continu[e] . . . ");
var readKey = Console.ReadLine().ToUpper();
if (readKey == "E")
{
EasterEggFound();
}
//If statement on which arrow key is used
//UP ARROW
if (key == ConsoleKey.UpArrow)
{
Console.WriteLine("You Selected: HIGHER");
//If the middle range number is LESS than the actual number
if (newMaxNumEgg < cpuEggNum)
{
ASCII_Art.ThumbsUp();
Console.WriteLine("Correct, it is higher!");
//Reset the MIN value to the middle range
minEggNum = newMaxNumEgg;
//reset the middle range to be another middle range of dividing the range again
newMaxNumEgg = ((maxEggNum - newMaxNumEgg) / 2) + minEggNum;
}
//If the middle range number is MORE than the actual number
else
{
Console.WriteLine("Wrong, it was lower");
}
Console.WriteLine("Do you think it is HIGHER or LOWER than " + newMaxNumEgg);
//return the new middle range number
return(newMaxNumEgg);
}
//DOWN ARROW
else
{
Console.WriteLine("You Selected: LOWER");
//If the middle range number is MORE than the actual number
if (newMaxNumEgg > cpuEggNum)
{
ASCII_Art.ThumbsDown();
Console.WriteLine("Correct, it is lower!");
//Reset the MAX value to the middle range
maxEggNum = newMaxNumEgg;
}
else
{
Console.WriteLine("Wrong, it was higher");
}
//reset the middle range to be another middle range of dividing the range again
newMaxNumEgg = ((maxEggNum - minEggNum) / 2) + minEggNum;
Console.WriteLine("Do you think it is HIGHER or LOWER than " + newMaxNumEgg);
//return the new middle range number
return(newMaxNumEgg);
}
}
