//This function runs every frame
public void Run(int x, int y, int shapeselect, Color Colour, int size1, int weight, bool clearbut)
{
int size;
if (clearbut == false)
{
if (size1 == 200)
{
size = 200;
}
else if (size1 == 100)
{
size = 100;
}
else
{
size = 50;
}
if (shapeselect == 0)
{
Circle cir4 = new Circle(Colour, weight, x, y, size);
cir4.isFill = false;
cir4.Draw(g);
}
else
{
Square squ = new Square(Colour, weight, x, y, size);
squ.isFill = false;
squ.Draw(g);
}
}
counter1 = watch.Elapsed.ToString();
Text count1 = new Text(counter1, Color.Red, 300, 0, 35);
count1.Draw(g);
if (blood == 1)
{
Circle cir = new Circle(Color.Red, 4, rnd.Next(0, 600), rnd.Next(0, 600), 50);
cir.isFill = true;
cir.Draw(g);
Circle cir1 = new Circle(Color.Red, 4, rnd.Next(0, 600), rnd.Next(0, 600), 50);
cir1.isFill = true;
cir1.Draw(g);
Circle cir2 = new Circle(Color.Red, 4, rnd.Next(0, 600), rnd.Next(0, 600), 50);
cir2.isFill = true;
cir2.Draw(g);
}
//Step 1: Let's draw a basic Square. Uncomment Lines 43-45 to draw a blue square. Then, press start.
//Square sqr = new Square(Color.Blue, 4, squareX1, squareY1, 100);
//sqr.Draw(g);
//Step 2: Now let's draw a filled circle. Uncomment Lines 47-50 to draw a purple
//circle in the centre of the square we drew in step 1
//Circle cir = new Circle(Color.Purple, 4, circleX1, circleY1, 50);
//cir.isFill = true;
//cir.Draw(g);
//Step 3: It's time to animate! The following chunk of code
//moves the circle side-to-side within the square. Uncomment lines 55-74 and comment out
//the cir.Draw(g) in line 45.
/*
* if (cir.x1 + 25 >= sqr.size || cir.x1 - 25 <= sqr.x1)
* {
* cirDir = !cirDir;
* }
*
* if (cirDir)
* {
* circleX1 = circleX1 + speed;
* cir.x1 = circleX1;
* }
*
* else
* {
* circleX1 = circleX1 - speed;
* cir.x1 = circleX1;
* }
*
* cir.Draw(g);
*/
//Step 4: Let's animate the square this time. The following chunk of code
//moves the square up and down the screen. Uncomment lines 79-98 and comment out
//the sqr.Draw(g) in line 44.
/*
* if (sqr.y1 >= 300 || sqr.y1 < 0)
* {
* sqrDir = !sqrDir;
* }
*
* if (sqrDir)
* {
* squareY1 = squareY1 + speed;
* sqr.y1 = squareY1;
* }
*
* else
* {
* squareY1 = squareY1 - speed;
* sqr.y1 = squareY1;
* }
*
* sqr.Draw(g);
*/
//Step 5: Now let's try syncing the movement of the 2 primitives we created. Uncomment
//lines 99-102 to group the 2 primitives into a single Shape. Make sure to comment out
//the cir.Draw(); and the sqr.Draw(); in lines 73 and 97, respectively.
/*
* Shape shape = new Shape();
* shape.Add(sqr);
* shape.Add(cir);
* shape.Draw(g);
*/
//Note that the FIRST primitive added with the shape.Add method is ALWAYS the root shape.
//This means that the succeeding primitives are always positioned with respect to the x1 and y1
//of the first primitive added.
//Step 6: Now let's display text on the screen. Uncomment lines 115-116.
//Text count = new Text(g, "Count: " + counter.ToString(), Color.Red, 300, 0, 35);
//count.Draw(g);
//It's time to add user interactivity. Go to the GUI.cs form designer by double clicking beginner>GUI.cs
//on the Solution Explorer to the right of your Visual Studio window. On the Form Designer, double click the
//Tick button to proceed to step 7
}
