void loop() {
lBreak();
sM();
sE();
sR();
sR();
sY();
wBreak();
sC();
sH();
sR();
sI();
sS();
sT();
sM();
sA();
sS();
lBreak();
}
ColumnBundle operator*(const ColumnBundle &Y, complex s) { ColumnBundle sY(Y); sY *= s; return sY; }
void GameLoop::DrawGraph() //This function will draw a graph //made by me (Brock Barlow)
{
pX = 0; //variable pX equals zero. This variable will be sent to the x squared function //made by me (Brock Barlow)
sX(pX);
if (pX == 0) //if pX is equal to zero, a green circle will be drawn on the graph (0,0) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 500, 700 }, 10, 50, { 0, 255, 0, 255 });
}
pX2 = 1; //variable pX2 equals zero. This variable will be sent to the x squared function //made by me (Brock Barlow)
sX(pX2);
if (pX2 = 1) //if pX2 is equal to one, a green circle will be drawn on the graph (1,0) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 550, 700 }, 10, 50, { 0, 255, 0, 255 });
}
pX3 = 2; //variable pX3 equals zero. This variable will be sent to the x squared function //made by me (Brock Barlow)
sX(pX3);
if (pX3 = 4) //if pX3 is equal to four, a green circle will be drawn on the graph (4,0) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 700, 700 }, 10, 50, { 0, 255, 0, 255 });
}
pX4 = 3; //variable pX4 equals zero. This variable will be sent to the x squared function //made by me (Brock Barlow)
sX(pX4);
if (pX4 = 9) //if pX4 is equal to nine, a green circle will be drawn on the graph (9,0) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 950, 700 }, 10, 50, { 0, 255, 0, 255 });
}
pY = 0; //variable pY equals zero. This variable will be sent to the y squared function //made by me (Brock Barlow)
sY(pY);
if (pY == 0) //if pY is equal to zero, a yellow circle will be drawn on the graph (0,0) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 500, 700 }, 10, 50, { 255, 255, 0, 255 });
}
pY2 = 1; //variable pY2 equals zero. This variable will be sent to the y squared function //made by me (Brock Barlow)
sY(pY2);
if (pY2 = 1) //if pY2 is equal to one, a yellow circle will be drawn on the graph (0,1) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 500, 650 }, 10, 50, { 255, 255, 0, 255 });
}
pY3 = 2; //variable pY3 equals zero. This variable will be sent to the y squared function //made by me (Brock Barlow)
sY(pY3);
if (pY3 = 4) //if pY3 is equal to four, a yellow circle will be drawn on the graph (0,4) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 500, 500 }, 10, 50, { 255, 255, 0, 255 });
}
pY4 = 3; //variable pY4 equals zero. This variable will be sent to the y squared function //made by me (Brock Barlow)
sY(pY4);
if (pY4 = 9) //if pY4 is equal to nine, a yellow circle will be drawn on the graph (0,9) //made by me (Brock Barlow)
{
Graphics::DrawCircle({ 500, 250 }, 10, 50, { 255, 255, 0, 255 });
}
Graphics::DrawLine({ 500, 700 }, { 1000, 700 }, { 255, 255, 255, 255 }); //custom line object made by me (Brock Barlow)
Graphics::DrawLine({ 500, 700 }, { 500, 200 }, { 255, 255, 255, 255 }); //second custom line object made by me (Brock Barlow)
//this will draw the red x part of the graph //made by Brock Barlow
float x = 500;
for (int i = 0; i < 11; i++)
{
Graphics::DrawLine({ x, 700 }, { x, 200 }, { 255, 0, 0, 255 });
x += 50;
}
//this will draw the red y part of the graph //made by Brock Barlow
float y = 700;
for (int i = 0; i < 11; i++)
{
Graphics::DrawLine({ 500, y }, { 1000, y }, { 255, 0, 0, 255 });
y -= 50;
}
}
