/* Author: Christian Tavares | Date June 9, 2018 | Project: TheMatricesTest |
*
* This project is designed to draw out 2 x 2 matrices with user input. The program can then multiply these 2 Matrices.
* The program concept will get more and more advanced as more ideas come to me, this is just a start
*
* This class handles reading and writing of any data in the program. This includes both data conversion from user input
* and writing user input to your matrices.*/
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//This method is used to convert user input into an integer.
//Once converted, the input can properly be loaded into arrays for your matrices.
public static void TryIntegerConversion()
{
try
{
string input = Console.ReadLine();//input
if (input.Length == 1)
{
int convertedValue = Convert.ToInt32(input);
PublicVariables.inputInt = convertedValue;//load public input string
}
else
{
MenuPainterClass.ErrorScreen(1);//Error: Invalid # of characters
Console.Write("Try again:");
TryIntegerConversion();
}
}
catch
{
MenuPainterClass.ErrorScreen(2);//Error: Invalid character type
Console.Write("Try again:");
TryIntegerConversion();
}
}
//This method is designed strictly for multiplying your matrices.
//It contains a catch just in case for some reason it cannot multiply the values loaded into your matrices.
public static void MultiplyMatrices()
{
try
{
//Top row
PublicVariables.result1 = PublicVariables.Matrix1Row1[0] * PublicVariables.Matrix2Row1[2]; //Top-left * Top-right
PublicVariables.result1 += PublicVariables.Matrix1Row1[1] * PublicVariables.Matrix2Row2[2]; //Top-mid * Mid-right
PublicVariables.result1 += PublicVariables.Matrix1Row1[2] * PublicVariables.Matrix2Row3[2]; //Top-right * Bottom-right
PublicVariables.result2 = PublicVariables.Matrix1Row1[0] * PublicVariables.Matrix2Row1[1]; //Top-left * Top-mid
PublicVariables.result2 += PublicVariables.Matrix1Row1[1] * PublicVariables.Matrix2Row2[1]; //Top-mid * Middle
PublicVariables.result2 += PublicVariables.Matrix1Row1[2] * PublicVariables.Matrix2Row3[1]; //Top-right * Bottom-mid
PublicVariables.result3 = PublicVariables.Matrix1Row1[0] * PublicVariables.Matrix2Row1[0]; //Top-left * Top-left
PublicVariables.result3 += PublicVariables.Matrix1Row1[1] * PublicVariables.Matrix2Row2[0]; //Top-mid * Mid-left
PublicVariables.result3 += PublicVariables.Matrix1Row1[2] * PublicVariables.Matrix2Row3[0]; //Top-right * Bottom-left
//Middle row
PublicVariables.result4 = PublicVariables.Matrix1Row2[0] * PublicVariables.Matrix2Row1[2]; //Mid-left * Top-right
PublicVariables.result4 += PublicVariables.Matrix1Row2[1] * PublicVariables.Matrix2Row2[2]; //Middle * Mid-right
PublicVariables.result4 += PublicVariables.Matrix1Row2[2] * PublicVariables.Matrix2Row3[2]; //Mid-right * Bottom-right
PublicVariables.result5 = PublicVariables.Matrix1Row2[0] * PublicVariables.Matrix2Row1[1]; //Mid-left * Top-mid
PublicVariables.result5 += PublicVariables.Matrix1Row2[1] * PublicVariables.Matrix2Row2[1]; //Middle * Middle
PublicVariables.result5 += PublicVariables.Matrix1Row2[2] * PublicVariables.Matrix2Row3[1]; //Mid-right * Bottom-mid
PublicVariables.result6 = PublicVariables.Matrix1Row2[0] * PublicVariables.Matrix2Row1[0]; //Mid-left * Top-left
PublicVariables.result6 += PublicVariables.Matrix1Row2[1] * PublicVariables.Matrix2Row2[0]; //Middle * Mid-left
PublicVariables.result6 += PublicVariables.Matrix1Row2[2] * PublicVariables.Matrix2Row3[0]; //Mid-right * Bottom-left
//Bottom row
PublicVariables.result7 = PublicVariables.Matrix1Row3[0] * PublicVariables.Matrix2Row1[2]; //Bottom-left * Top-right
PublicVariables.result7 += PublicVariables.Matrix1Row3[1] * PublicVariables.Matrix2Row2[2]; //Bottom-mid * Mid-right
PublicVariables.result7 += PublicVariables.Matrix1Row3[2] * PublicVariables.Matrix2Row3[2]; //Bottom-right* Bottom-right
PublicVariables.result8 = PublicVariables.Matrix1Row3[0] * PublicVariables.Matrix2Row1[1]; //Bottom-left * Top-mid
PublicVariables.result8 += PublicVariables.Matrix1Row3[1] * PublicVariables.Matrix2Row2[1]; //Bottom-mid * Middle
PublicVariables.result8 += PublicVariables.Matrix1Row3[2] * PublicVariables.Matrix2Row3[1]; //Bottom-right* Bottom-mid
PublicVariables.result9 = PublicVariables.Matrix1Row3[0] * PublicVariables.Matrix2Row1[0]; //Bottom-left * Top-left
PublicVariables.result9 += PublicVariables.Matrix1Row3[1] * PublicVariables.Matrix2Row2[0]; //Bottom-mid * Mid-left
PublicVariables.result9 += PublicVariables.Matrix1Row3[2] * PublicVariables.Matrix2Row3[0]; //Bottom-right* Bottom-left
}
catch
{
MenuPainterClass.ErrorScreen(3);
}
}
/* Author: Christian Tavares | Date June 9, 2018 | Project: TheMatricesTest |
*
* This project is designed to draw out 2 x 2 matrices with user input. The program can then multiply these 2 Matrices.
* The program concept will get more and more advanced as more ideas come to me, this is just a start
*
* This class is only used to call up the class that handles any console menus and DOS splash screens */
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
static void Main(string[] args)
{
MenuPainterClass.Initialization(); //Initialize the program's first screen
}
