SAC 1 - Painting Calculator | C# Online Compiler

SAC 1 - Painting Calculator by danwill

using System;
					
public class Program
{
	static double length;
	static double width;
	// variables for the rectangle
	static double tBase;
	static double height;
	// variables for the triangle
	static double radius;
	// variables for the circle
	static double sideLength;
	// variables for the hexagon
	static double paintAmount;
	static double paintCost;
	// paint cost
	static string shapeName;
	// name of the shape being calculated
	
	static void RecArea()
	{
		Console.WriteLine("Enter the length of the rectangle in metres: ");
		bool tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				length = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid length in numeric form!");
			}	
		}
		// determines if length value is a valid number and saves it to variable "length" if successful or repeats if unsuccessful
		Console.WriteLine("Enter the width of the rectangle in metres: ");
		tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				width = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid width in numeric form!");
			}	
		}
		// determines if width value is a valid number and saves it to variable "width" if successful or repeats if unsuccessful
		
		paintAmount = (length * width) / 10;
		// amount of paint required in litres
		Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
		// prints the amount of paint & square area covered
	}
	static void TriArea()
	{
		Console.WriteLine("Enter the base of the triangle in metres: ");
		bool tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				tBase = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid base length in numeric form!");
			}	
		}
		// determines if base value is a valid number and saves it to variable "tBase" if successful or repeats if unsuccessful
		Console.WriteLine("Enter the height (altitude) of the triangle in metres: ");
		tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				height = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid height in numeric form!");
			}	
		}
		// determines if height value is a valid number and saves it to variable "height" if successful or repeats if unsuccessful
		
		paintAmount = (0.5 * tBase * height) / 10;
		// amount of paint required in litres
		Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
		// prints the amount of paint & square area covered
	}
	static void CirArea()
	{
		Console.WriteLine("Enter the radius of the circle in metres: ");
		bool tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				radius = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid radius in numeric form!");
			}	
		}
		// determines if radius value is a valid number and saves it to variable "radius" if successful or repeats if unsuccessful
		
		paintAmount = (Math.PI * Math.Pow(radius,2)) / 10;
		// amount of paint required in litres
		Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
		// prints the amount of paint & square area covered
	}
	static void HexArea()
	{
		Console.WriteLine("Enter the side length of the hexagon in metres: ");
		bool tested = false;
		while (tested == false)
		{
			string strTemp = Console.ReadLine();
			bool isNum = double.TryParse(strTemp, out double _);
			if (isNum == true)
			{
				sideLength = Convert.ToDouble(strTemp);
				tested = true;
			}
			else
			{
				Console.WriteLine("Please input a valid side length in numeric form!");
			}	
		}
		// you get the point
		
		paintAmount = ((3 * Math.Sqrt(3) * Math.Pow(sideLength,2)) / 2) / 10;
		// amount of paint required in litres
		Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
		// prints the amount of paint & square area covered
	}
	static void PaintCost()
	{
		if (paintCost == 0)
		{
			Console.WriteLine("How much does your paint cost per litre in dollars?");
			bool tested = false;
			while (tested == false)
			{
				string strTemp = Console.ReadLine();
				bool isNum = double.TryParse(strTemp, out double _);
				if (isNum == true)
				{
					paintCost = Convert.ToDouble(strTemp);
					tested = true;
				}
				else
				{
					Console.WriteLine("Please input the cost of your paint per litre in numeric form!");
				}	
			}
			// tests if the paint cost is a real number
		}
		else
		{
			Console.WriteLine("Is the price of your paint the same as last time? Reply \"yes\" or \"no\".");
			bool paintBool = false;
			while (paintBool == false)
			{
				string paintAns = Console.ReadLine();
				paintAns = paintAns.ToLower();
				if (paintAns == "no")
				// if user responds no repeat the previous code for determining the paint price
				{
					Console.WriteLine("How much does your paint cost per litre in dollars?");
					bool tested = false;
					while (tested == false)
					{
						string strTemp = Console.ReadLine();
						bool isNum = double.TryParse(strTemp, out double _);
						if (isNum == true)
						{
							paintCost = Convert.ToDouble(strTemp);
							tested = true;
							paintBool = true;
						}
						else
						{
							Console.WriteLine("Please input the cost of your paint per litre in numeric form!");
						}	
					}
				}
				else if (paintAns == "yes")
				{
					paintBool = true;
				}
				// if user responds yes automatically skip the code
				else
				{
					Console.WriteLine("Please give a valid answer!");
				}
				// if user doesn't give a valid answer
			}
		}
		Console.WriteLine("The total cost to paint your " + shapeName + " will be $" + Math.Round((paintCost * paintAmount),1));
		// prints out the paint cost
		if (paintCost >= 100)
		{
			Console.WriteLine("You might want to buy a cheaper paint, too? There's plenty of good quality ones at a lower price.");
		}
		else if (paintCost <= 5)
		{
			Console.WriteLine("You might want to buy a higher quality paint, too? I wouldn't trust that price.");
		}
		// this doesn't actually do anything with the calculations but rather is just for run
	} 

	public static void Main()
	{
		Console.WriteLine("Jim's Highly Practical And Useful Paint Cost and Amount Calculator For All Needs Involving Paint and Select Shapes");
		Console.WriteLine("Hello ladies and gentlemen! Tonight I present you with an unforgettable creation of mine, a creation so practical and useful it rivals the likes of the new ASUS Vivo 22 64GB Ram 512GB Hard Drive (get it today in stores now)! (Sponsored)");
		Console.WriteLine("Now, you may be asking, \"Why, when would I ever use this?\", and to that I say, good point! But, if you REALLY need to calculate some shapes you're going to be painting, you're just in luck!");
		Console.WriteLine("To begin, please pick a shape! We can only offer you the rectangle, triangle, circle, and equilateral hexagon right now. (Note: all calculations will be rounded to one decimal place.)");
		// flavour and introductory text :)
		
		bool finished = false;
		do
		{
			bool answer = false;
			// sets "answer" to "false" (user has not answered with a valid shape)
			do
			{
				shapeName = Console.ReadLine();
				shapeName = shapeName.ToLower();
				// records the shape the user wants to calculate and makes it lowercase to avoid any errors arising from capital first letters
				// fun fact: I had to debug this because I placed it outside the do statement and choosing a non-valid answer timed out the application since you couldn't enter in another value
				switch (shapeName)
				// sets up a switch statement (basically a quicker if, elif, else statement)
				{
				case "rectangle":
					RecArea();
					PaintCost();
					answer = true;
					break;
					// if shapeName == "rectangle", execute methods RecArea() and PaintCost();
				case "triangle":
					TriArea();
					PaintCost();
					answer = true;
					break;
					// if shapeName == "triangle", execute methods TriArea() and PaintCost();
				case "circle":
					CirArea();
					PaintCost();
					answer = true;
					break;
					// if shapeName == "circle", execute methods CirArea() and PaintCost();
				case "hexagon":
					HexArea();
					PaintCost();
					answer = true;
					break;
					// you get the idea
				case "equilateral hexagon":
					HexArea();
					PaintCost();
					answer = true;
					break;
					// alternate name for the hexagon
				default:
					Console.WriteLine("Plese choose a valid shape! Only say the name of the shape and nothing else; \"circle\" is fine, \"the circle\" is not! Our bot is a bit dumb, sorry.");
					break;
					// runs if shapeName isn't "rectangle", "triangle", "circle", "hexagon", or "equilateral hexagon"
				}
			}
			while (answer == false);
			/* repeats as long as "answer" is equal to "false"
			"answer" will equal "false" as long as a valid shape hasn't been given
			"answer" will equal "true" when a valid shape is given and the respective methods are executed */
			Console.WriteLine("Do you need to calculate another shape? Reply \"yes\" or \"no\".");
			bool valid = false;
			while (valid == false)
			{
				string affirmative = Console.ReadLine();
				affirmative = affirmative.ToLower();
				if (affirmative == "no")
				{
					valid = true;
					finished = true;
				}
				else if (affirmative == "yes")
				{
					Console.WriteLine("Please pick another shape! Rectangle, circle, triangle, hexagon.");
					valid = true;
				}
				else
				{
					Console.WriteLine("Please give a valid answer!");
				}
			}		
		}
		while (finished == false);
		Console.WriteLine("Thank you for using Jim's Highly Practical And Useful Paint Cost and Amount Calculator blahblah I don't get paid enough.");
		Console.WriteLine("We hope you come again soon! Don't mind the screams coming from the basement as you exit the store.");
		Console.WriteLine("Oh, and make sure to check out our sister business TEMU as you leave!");
		// don't mind the screams :)
	}
}

/* this massive thing of code will calculate the area, paint amount, and cost to paint a shape of size the user specifies
but honestly just calculate it yourself if this was a real tool it'd probably have about 2 mau */
// louis d y11 applied computing

​x
 
using System;
                    
public class Program
{
    static double length;
    static double width;
    // variables for the rectangle
    static double tBase;
    static double height;
    // variables for the triangle
    static double radius;
    // variables for the circle
    static double sideLength;
    // variables for the hexagon
    static double paintAmount;
    static double paintCost;
    // paint cost
    static string shapeName;
    // name of the shape being calculated
    
    static void RecArea()
    {
        Console.WriteLine("Enter the length of the rectangle in metres: ");
        bool tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                length = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid length in numeric form!");
            }   
        }
        // determines if length value is a valid number and saves it to variable "length" if successful or repeats if unsuccessful
        Console.WriteLine("Enter the width of the rectangle in metres: ");
        tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                width = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid width in numeric form!");
            }   
        }
        // determines if width value is a valid number and saves it to variable "width" if successful or repeats if unsuccessful
        
        paintAmount = (length * width) / 10;
        // amount of paint required in litres
        Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
        // prints the amount of paint & square area covered
    }
    static void TriArea()
    {
        Console.WriteLine("Enter the base of the triangle in metres: ");
        bool tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                tBase = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid base length in numeric form!");
            }   
        }
        // determines if base value is a valid number and saves it to variable "tBase" if successful or repeats if unsuccessful
        Console.WriteLine("Enter the height (altitude) of the triangle in metres: ");
        tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                height = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid height in numeric form!");
            }   
        }
        // determines if height value is a valid number and saves it to variable "height" if successful or repeats if unsuccessful
        
        paintAmount = (0.5 * tBase * height) / 10;
        // amount of paint required in litres
        Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
        // prints the amount of paint & square area covered
    }
    static void CirArea()
    {
        Console.WriteLine("Enter the radius of the circle in metres: ");
        bool tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                radius = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid radius in numeric form!");
            }   
        }
        // determines if radius value is a valid number and saves it to variable "radius" if successful or repeats if unsuccessful
        
        paintAmount = (Math.PI * Math.Pow(radius,2)) / 10;
        // amount of paint required in litres
        Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
        // prints the amount of paint & square area covered
    }
    static void HexArea()
    {
        Console.WriteLine("Enter the side length of the hexagon in metres: ");
        bool tested = false;
        while (tested == false)
        {
            string strTemp = Console.ReadLine();
            bool isNum = double.TryParse(strTemp, out double _);
            if (isNum == true)
            {
                sideLength = Convert.ToDouble(strTemp);
                tested = true;
            }
            else
            {
                Console.WriteLine("Please input a valid side length in numeric form!");
            }   
        }
        // you get the point
        
        paintAmount = ((3 * Math.Sqrt(3) * Math.Pow(sideLength,2)) / 2) / 10;
        // amount of paint required in litres
        Console.WriteLine("You will need to paint " + Math.Round((paintAmount * 10),1) + "m\u00B2, requiring about " + Math.Round(paintAmount,1) + " litres of paint.");
        // prints the amount of paint & square area covered
    }
    static void PaintCost()
    {
        if (paintCost == 0)
        {
            Console.WriteLine("How much does your paint cost per litre in dollars?");
            bool tested = false;
            while (tested == false)
            {
                string strTemp = Console.ReadLine();
                bool isNum = double.TryParse(strTemp, out double _);
                if (isNum == true)
                {
                    paintCost = Convert.ToDouble(strTemp);
                    tested = true;
                }
                else
                {
                    Console.WriteLine("Please input the cost of your paint per litre in numeric form!");
                }   
            }
            // tests if the paint cost is a real number
        }
        else
        {
            Console.WriteLine("Is the price of your paint the same as last time? Reply \"yes\" or \"no\".");
            bool paintBool = false;
            while (paintBool == false)
            {
                string paintAns = Console.ReadLine();
                paintAns = paintAns.ToLower();
                if (paintAns == "no")
                // if user responds no repeat the previous code for determining the paint price
                {
                    Console.WriteLine("How much does your paint cost per litre in dollars?");
                    bool tested = false;
                    while (tested == false)
                    {
                        string strTemp = Console.ReadLine();
                        bool isNum = double.TryParse(strTemp, out double _);
                        if (isNum == true)
                        {
                            paintCost = Convert.ToDouble(strTemp);
                            tested = true;
                            paintBool = true;
                        }
                        else
                        {
                            Console.WriteLine("Please input the cost of your paint per litre in numeric form!");
                        }   
                    }
                }
                else if (paintAns == "yes")
                {
                    paintBool = true;
                }
                // if user responds yes automatically skip the code
                else
                {
                    Console.WriteLine("Please give a valid answer!");
                }
                // if user doesn't give a valid answer
            }
        }
        Console.WriteLine("The total cost to paint your " + shapeName + " will be $" + Math.Round((paintCost * paintAmount),1));
        // prints out the paint cost
        if (paintCost >= 100)
        {
            Console.WriteLine("You might want to buy a cheaper paint, too? There's plenty of good quality ones at a lower price.");
        }
        else if (paintCost <= 5)
        {
            Console.WriteLine("You might want to buy a higher quality paint, too? I wouldn't trust that price.");
        }
        // this doesn't actually do anything with the calculations but rather is just for run
    } 
​
    public static void Main()
    {
        Console.WriteLine("Jim's Highly Practical And Useful Paint Cost and Amount Calculator For All Needs Involving Paint and Select Shapes");
        Console.WriteLine("Hello ladies and gentlemen! Tonight I present you with an unforgettable creation of mine, a creation so practical and useful it rivals the likes of the new ASUS Vivo 22 64GB Ram 512GB Hard Drive (get it today in stores now)! (Sponsored)");
        Console.WriteLine("Now, you may be asking, \"Why, when would I ever use this?\", and to that I say, good point! But, if you REALLY need to calculate some shapes you're going to be painting, you're just in luck!");
        Console.WriteLine("To begin, please pick a shape! We can only offer you the rectangle, triangle, circle, and equilateral hexagon right now. (Note: all calculations will be rounded to one decimal place.)");
        // flavour and introductory text :)
        
        bool finished = false;
        do
        {
            bool answer = false;
            // sets "answer" to "false" (user has not answered with a valid shape)
            do
            {
                shapeName = Console.ReadLine();
                shapeName = shapeName.ToLower();
                // records the shape the user wants to calculate and makes it lowercase to avoid any errors arising from capital first letters
                // fun fact: I had to debug this because I placed it outside the do statement and choosing a non-valid answer timed out the application since you couldn't enter in another value
                switch (shapeName)
                // sets up a switch statement (basically a quicker if, elif, else statement)
                {
                case "rectangle":
                    RecArea();
                    PaintCost();
                    answer = true;
                    break;
                    // if shapeName == "rectangle", execute methods RecArea() and PaintCost();
                case "triangle":
                    TriArea();
                    PaintCost();
                    answer = true;
                    break;
                    // if shapeName == "triangle", execute methods TriArea() and PaintCost();
                case "circle":
                    CirArea();
                    PaintCost();
                    answer = true;
                    break;
                    // if shapeName == "circle", execute methods CirArea() and PaintCost();
                case "hexagon":
                    HexArea();
                    PaintCost();
                    answer = true;
                    break;
                    // you get the idea
                case "equilateral hexagon":
                    HexArea();
                    PaintCost();
                    answer = true;
                    break;
                    // alternate name for the hexagon
                default:
                    Console.WriteLine("Plese choose a valid shape! Only say the name of the shape and nothing else; \"circle\" is fine, \"the circle\" is not! Our bot is a bit dumb, sorry.");
                    break;
                    // runs if shapeName isn't "rectangle", "triangle", "circle", "hexagon", or "equilateral hexagon"
                }
            }
            while (answer == false);
            /* repeats as long as "answer" is equal to "false"
            "answer" will equal "false" as long as a valid shape hasn't been given
            "answer" will equal "true" when a valid shape is given and the respective methods are executed */
            Console.WriteLine("Do you need to calculate another shape? Reply \"yes\" or \"no\".");
            bool valid = false;
            while (valid == false)
            {
                string affirmative = Console.ReadLine();
                affirmative = affirmative.ToLower();
                if (affirmative == "no")
                {
                    valid = true;
                    finished = true;
                }
                else if (affirmative == "yes")
                {
                    Console.WriteLine("Please pick another shape! Rectangle, circle, triangle, hexagon.");
                    valid = true;
                }
                else
                {
                    Console.WriteLine("Please give a valid answer!");
                }
            }       
        }
        while (finished == false);
        Console.WriteLine("Thank you for using Jim's Highly Practical And Useful Paint Cost and Amount Calculator blahblah I don't get paid enough.");
        Console.WriteLine("We hope you come again soon! Don't mind the screams coming from the basement as you exit the store.");
        Console.WriteLine("Oh, and make sure to check out our sister business TEMU as you leave!");
        // don't mind the screams :)
    }
}
​
/* this massive thing of code will calculate the area, paint amount, and cost to paint a shape of size the user specifies
but honestly just calculate it yourself if this was a real tool it'd probably have about 2 mau */
// louis d y11 applied computing

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Last Run:	2:15:01 pm
Compile:	0.127s
Execute:	0.031s
Memory:	31.22Mb
CPU:	0.031s

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