static void Main(string[] args)
{
// Testingthe Red to geenShift
Console.WriteLine("ShiftRedToGreen");
Console.WriteLine("Result");
Colour c = new Colour();
c.SetRed(0x5E);
c.SetBlue(0x88);
Console.WriteLine(c.GetRed());
Console.WriteLine(c.GetGreen());
Console.WriteLine(c.GetBlue());
Console.WriteLine(c.GetAlpha());
Console.WriteLine(c.colour);
c.ShiftRedToGreen();
Console.WriteLine(c.GetRed());
Console.WriteLine(c.GetGreen());
Console.WriteLine(c.GetBlue());
Console.WriteLine(c.GetAlpha());
Console.WriteLine(c.colour);
Console.WriteLine("Expected");
uint newC = 0x005E0000;
Console.WriteLine(newC);
Console.ReadKey();
}
static void Main(string[] args)
{
// The code provided will print ‘Hello World’ to the console.
// Press Ctrl+F5 (or go to Debug > Start Without Debugging) to run your app.
Colour c = new Colour();
c.SetRed(0x12);
Console.WriteLine(c.colour);
Console.ReadKey();
// Go to http://aka.ms/dotnet-get-started-console to continue learning how to build a console app!
}
//simple program to illustrate different vector and matrix manipulations. Unrelated to assignment and non required.
static void Main(string[] args)
{
do
{
Console.Clear();
Colour bruh = new Colour();
bruh.SetRed(94);
Console.WriteLine(bruh.GetRed());
Console.WriteLine(bruh.colour);
byte typeChoice = 0;
do
{
typeChoice = getTypeChoiceFromUser();
}while (typeChoice == 0);
Vector3 vec3A;
Vector3 vec3B;
Vector4 vec4A;
Vector4 vec4B;
Colour color;
if (typeChoice == 1)
{
vec3A = getVector3FFromInput("Vector A");
vec3B = getVector3FFromInput("Vector B", 1);
Console.WriteLine();
printVector(vec3A, "Vector A");
printVectorNormalized(vec3A, "Vector A");
printVector(vec3B, "Vector B", 1);
printVectorNormalized(vec3B, "Vector B", 1);
printVectorDotProduct(vec3A, vec3B, "Vector A", "Vector B");
printVectorCrossProduct(vec3A, vec3B, "Vector A", "Vector B");
}
else if (typeChoice == 2)
{
vec4A = getVector4FFromInput("Vector A");
vec4B = getVector4FFromInput("Vector B", 1);
Console.WriteLine();
printVector(vec4A, "Vector A");
printVectorNormalized(vec4A, "Vector A");
printVector(vec4B, "Vector B", 1);
printVectorNormalized(vec4B, "Vector B", 1);
printVectorDotProduct(vec4A, vec4B, "Vector A", "Vector B");
printVectorCrossProduct(vec4A, vec4B, "Vector A", "Vector B");
}
else
{
color = getColourFromInput("Colour");
printColour(color, "Colour");
Console.WriteLine();
}
Console.WriteLine();
pausePrompt();
}while (true);
}