public Level(Game parent, string[][] data)
{
Game = parent;
World = new World(this);
buildHpColors();
this.data = data;
float pwid, ph; int nrows, ncols;
Width = 1.0F;
Height = 0.625F;
nrows = data.Length;
ncols = data[0].Length;
BrickWidth = Width / (float)ncols; //100%
BrickHeight = Height / (float)nrows; //100%
pwid = Width * 0.1F; ph = Height * 0.15F;
Paddle = Mesh2D.Paddle(new P3(-pwid / 2F, -ph / 2.0F, 0), pwid, ph, new P3(Width / 2.0F, Height - ph / 2F, 0), 0.98f);
Paddle.Color = Color.Blue;
CreatePaddle(Paddle);
World.AddMesh("paddles", Paddle);
PaddleStop = BrickWidth + pwid / 2F;
World.Meshes.Add("vectors", new List <Mesh2D>());
P3 ballStart = new P3(Width / 2F, Height - BrickHeight, 0);
V3 vel = new V3(new P3((float)r.NextDouble() * Width, Height / 2F, 0), ballStart); //set random init direction
vel.Magnitude = 1.0F;
Ball = Mesh2D.Ball(Width / 200.0F, ballStart, vel);
CreateBall(Ball);
World.AddMesh("balls", Ball);
string type;
Mesh2D m;
for (int i = 0; i < data.Length; i++)
{
for (int j = 0; j < data[i].Length; j++)
{
m = Mesh2D.Rectangle(P3.Zero, BrickWidth, BrickHeight, P3.New(BrickWidth * j, BrickHeight * i));
type = data[i][j];
if (type == "W")
{
CreateWall(m);
World.AddMesh("walls", m);
continue;
}
int hp = int.Parse(type);
if (hp == 0)
{
continue;
}
CreateBrick(m, hp);
BricksLeft++;
World.AddMesh("bricks", m);
}
}
}
static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Edge e = new Edge(P3.New(0, 0), P3.New(0, -1));
Edge e2 = new Edge(P3.New(0, -1), P3.New(0, 0));
V3 v = new V3(1, 1, 0);
V3 v2 = new V3(0.5F, 0, 0);
V3 v3 = new V3(0, 1, 0);
v3.RotateBy2D(-0.78f);
v3.RotateBy2D(0.78f * 2);
float d = v.ProjectionDistance(v2);
Dictionary <Edge, int> dic = new Dictionary <Edge, int>();
//dic.Add(e, 0);
//dic.Add(e2, 0);
V3 n = e.GetNormal2DRightHanded();
V3 n2 = e2.GetNormal2DRightHanded();
P3 p;
Application.Run(new Form1());
}
//1w to 0.625h
/// <returns>true if a collision occured</returns>
public void ResolveCollisions2(float deltaTimeInSec, bool moveNext)
{
List <Mesh2D> obstacles = new List <Mesh2D>();
List <Mesh2D> collideable;
obstacles.AddRange(Meshes["bricks"]);
obstacles.AddRange(Meshes["walls"]);
obstacles.AddRange(Meshes["paddles"]);
Mesh2D next; Mesh2D projectile;
for (int i = 0; i < Meshes["balls"].Count; i++)
{
projectile = Meshes["balls"][i];
next = projectile.Clone();
next.MoveNext(deltaTimeInSec); //AddVec(next.Trajectory(), Color.Blue);
collideable = GetCollideable(next, obstacles); //find hittable meshes
if (collideable.Count > 0)
{
List <Mesh2D> collided = GetCollidedMeshes(next, collideable);
if (collided.Count > 0)
{
float d;
Edge closest = GetCollisionEdge(next, projectile, collided, out d);
if (closest != null)
{
projectile.DeflectAgainst(closest.GetNormal2DRightHanded().UnitVector);
if (closest.Parent.Attributes.Get <string>("name") == "brick")
{
int hp = closest.Parent.Attributes.Get <int>("hitpoints");
Level.Game.Score += 100 * hp;
hp--;
if (hp == 0)
{
closest.Parent.Position = P3.New(2, 2);
}
closest.Parent.Attributes["hitpoints"] = hp;
Level.Game.Sound.PlaySFX("brickhit");
Level.BricksLeft--;
if (Level.BricksLeft == 0)
{
Level.Game.NextLevel();
}
}
else if (closest.Parent.Attributes.Get <string>("name") == "wall" || closest.Parent.Attributes.Get <string>("name") == "paddle")
{
Level.Game.Sound.PlaySFX("wallhit");
}
}
else
{
if (moveNext)
{
projectile.MoveNext(deltaTimeInSec);
}
}
}
else //collided.count==0
{
if (moveNext)
{
projectile.MoveNext(deltaTimeInSec);
}
}
}
else //if collideable.count==0
{
if (moveNext)
{
projectile.MoveNext(deltaTimeInSec);
}
}
}
}
