public override void LoadContent()
{
if (content == null)
content = new ContentManager(ScreenManager.Game.Services, "Content");
//Load the game font and HUD font
gameFont = content.Load<SpriteFont>("gamefont");
HUDfont = content.Load<SpriteFont>("HUDFont");
//Load background music
BGM[0] = soundBank.GetCue("BGM1");
BGM[1] = soundBank.GetCue("BGM2");
BGM[2] = soundBank.GetCue("BGM3");
BGM[3] = soundBank.GetCue("BGM4");
BGM[4] = soundBank.GetCue("BGM5");
BGM[5] = soundBank.GetCue("BGM6");
BGM[6] = soundBank.GetCue("BGM7");
BGM[7] = soundBank.GetCue("BGM8");
BGM[8] = soundBank.GetCue("BGM9");
//Set Powerup Textures and Music Player Textures
Expander = content.Load<Texture2D>("Expander");
Decreaser = content.Load<Texture2D>("Decreaser");
AcidBall = content.Load<Texture2D>("AcidBall");
GoldenBall = content.Load<Texture2D>("GoldenBall");
BiggerBall = content.Load<Texture2D>("BigBall");
SmallerBall = content.Load<Texture2D>("SmallBall");
AddLife = content.Load<Texture2D>("AddLife");
tMusicPlayer = content.Load<Texture2D>("MusicPlayer");
tMusicPlayerOff = content.Load<Texture2D>("MusicPlayerOff");
//Instantiate multiple models for Ball,Block and Player model arrays
mBall = new Model[5];
mBlock = new Model[4];
mPlayer = new Model[3];
//Load the afformentioned models into content
mPlayer[0] = content.Load<Model>("Models/Player");
mPlayer[1] = content.Load<Model>("Models/BigPlayer");
mPlayer[2] = content.Load<Model>("Models/SmallPlayer");
mArena = content.Load<Model>("Models/Arena");
mKillZone = content.Load <Model>("Models/KillZone");
mBall[0] = content.Load<Model>("Models/NormalBall");
mBall[1] = content.Load <Model>("Models/AcidBall");
mBall[2] = content.Load<Model>("Models/GoldBall");
mBall[3] = content.Load<Model>("Models/BigBall");
mBall[4] = content.Load<Model>("Models/SmallBall");
mBlock[0] = content.Load<Model>("Models/BlockLvl1");
mBlock[1] = content.Load<Model>("Models/BlockLvl2");
mBlock[2] = content.Load<Model>("Models/BlockLvl3");
mBlock[3] = content.Load<Model>("Models/BlockUnbreakable");
//Create 30 blocks to be destroyed
Blocks = new cls3DObject[30];
//Create a new arena
Arena = new cls3DObject(1, new Vector3(20f, 2f, 40f), true, graphicsDevice, WorldMatrix);
//Create the music player animation
MusicPlayer = new clsDrops(15, tMusicPlayer, new Vector2(435, 133), new Vector2(155, 24), Vector2.Zero, 4);
MusicPlayer.Show();
//Add models to various instantiated objects
Arena.AddModel(ref mArena, 0);
for (int i = 0; i < Blocks.Length; i++)
{
Blocks[i] = new cls3DObject(4, new Vector3(2, 1, 1), true, graphicsDevice, WorldMatrix);
Blocks[i].AddModel(ref mBlock[0], 0);
Blocks[i].AddModel(ref mBlock[1], 1);
Blocks[i].AddModel(ref mBlock[2], 2);
Blocks[i].AddModel(ref mBlock[3], 3);
}
Player = new cls3DObject(3, new Vector3(2.5f, 2, 2), true, graphicsDevice, WorldMatrix);
Player.AddModel(ref mPlayer[0], 0);
Player.AddModel(ref mPlayer[1], 1);
Player.AddModel(ref mPlayer[2], 2);
Ball = new cls3DObject(5, new Vector3(0.5f, 0.5f, 0.5f), true, graphicsDevice, WorldMatrix);
Ball.AddModel(ref mBall[0], 0);
Ball.AddModel(ref mBall[1], 1);
Ball.AddModel(ref mBall[2], 2);
Ball.AddModel(ref mBall[3], 3);
Ball.AddModel(ref mBall[4], 4);
KillZone = new cls3DObject(1, new Vector3(20f, 1, 3f), true, graphicsDevice, WorldMatrix);
KillZone.AddModel(ref mKillZone, 0);
HealthViewer = new cls3DObject(1, new Vector3(3f, 2, 2), true, graphicsDevice, WorldMatrix);
HealthViewer.AddModel(ref mPlayer[0], 0);
//Prepare game for first play
Arena.SetPosition(new Vector3(-10, 0, -20));
Arena.SetRotation(new Vector3(0, 0, 0));
if (GameType <= 0)
{
Level = 0;
Player.SetHealth(3);
GetLevelLayout();
}
else
{
for (int i = 0; i < Blocks.Length; i++)
Blocks[i].Hide();
numtoshow = Blocks.Length -1;
Player.SetHealth(0);
GetAssaultLayout();
}
Player.SetPosition(new Vector3(-1,0,16));
SetPlayerCarry = true; Ball.SetPosition(new Vector3(Player.GetPosition().X + (Player.GetSize().X / 2), Ball.GetPosition().Y, 14.5f));
KillZone.SetPosition(new Vector3(-10,-1,20));
HealthViewer.SetScale(0.5f);
Thread.Sleep(1000);
ScreenManager.Game.ResetElapsedTime();
}
//Determine if an internal object has hit the wall of an eclosing object //Determine if an internal object has hit the wall of an eclosing object
public bool InternalCollision(cls3DObject otherModel, int scalar)
{
if (otherModel.isVisible())
{
BoundingBox tester = boundingBox;
tester.Max += Velocity*scalar;
tester.Min += Velocity*scalar;
if (tester.Max.X > otherModel.boundingBox.Max.X
|| tester.Max.Y > otherModel.boundingBox.Max.Y
|| tester.Max.Z > otherModel.boundingBox.Max.Z
|| tester.Min.X < otherModel.boundingBox.Min.X
|| tester.Min.Y < otherModel.boundingBox.Min.Y
|| tester.Min.Z < otherModel.boundingBox.Min.Z)
return true;
}
return false;
}
//Collision Detection
//Objects within objects, hitting object walls.
public void InternalBounce(cls3DObject otherModel)
{
if (Position.X + Size.X > otherModel.Position.X + otherModel.Size.X || Position.X > otherModel.Position.X + otherModel.Size.X)
if (Velocity.X > 0)
Velocity.X = -Velocity.X;
if (Position.X < otherModel.Position.X || Position.X + Size.X<otherModel.Position.X)
if (Velocity.X <= 0)
Velocity.X = -Velocity.X;
if (Position.Y + Size.Y > otherModel.Position.Y + otherModel.Size.Y || Position.Y > otherModel.Position.Y + otherModel.Size.Y)
if (Velocity.Y > 0)
Velocity.Y = -Velocity.Y;
if (Position.Y < otherModel.Position.Y || Position.Y + Size.Y < otherModel.Position.Y)
if (Velocity.Y < 0)
Velocity.Y = -Velocity.Y;
if (Position.Z + Size.Z > otherModel.Position.Z + otherModel.Size.Z || Position.Z > otherModel.Position.Z + otherModel.Size.Z)
if (Velocity.Z > 0)
Velocity.Z = -Velocity.Z;
if (Position.Z < otherModel.Position.Z || Position.Z + Size.Z < otherModel.Position.Z)
if (Velocity.Z < 0)
Velocity.Z = -Velocity.Z;
Move();
}
//Objects colliding with objects that have a flat surface
public void ExtFlatSurfaceBounce(cls3DObject otherModel)
{
if (Position.X < otherModel.Position.X + otherModel.Size.X && Position.X + Size.X > otherModel.Position.X + otherModel.Size.X)
if(Velocity.X<0)
Velocity.X = -Velocity.X;
if (Position.X + Size.X > otherModel.Position.X && Position.X < otherModel.Position.X)
if (Velocity.X >= 0)
Velocity.X = -Velocity.X;
if (Position.Y < otherModel.Position.Y + otherModel.Size.Y && Position.Y + Size.Y > otherModel.Position.Y + otherModel.Size.Y)
if (Velocity.Y < 0)
Velocity.Y = -Velocity.Y;
if (Position.Y + Size.Y > otherModel.Position.Y && Position.Y < otherModel.Position.Y)
if (Velocity.Y >= 0)
Velocity.Y = -Velocity.Y;
if (Position.Z < otherModel.Position.Z + otherModel.Size.Z && Position.Z + Size.Z > otherModel.Position.Z + otherModel.Size.Z)
if (Velocity.Z < 0)
Velocity.Z = -Velocity.Z;
if (Position.Z + Size.Z > otherModel.Position.Z && Position.Z < otherModel.Position.Z)
if (Velocity.Z >= 0)
Velocity.Z = -Velocity.Z;
Move();
}
//Determine if a collision between two objects has been made c
public bool ExternalCollision(cls3DObject otherModel, int scalar)
{
if (otherModel.isVisible())
{
BoundingBox tester = boundingBox;
tester.Max += Velocity * scalar;
tester.Min += Velocity * scalar;
if (tester.Intersects(otherModel.boundingBox))
return true;
}
return false;
}
//Objects colliding with objects that have a curved surface
public void ExtCurvedSurfaceBounce(cls3DObject otherModel)
{
ObjCollision = -(otherModel.Position - Position);
CollidePercent.X = (float)Math.Floor((ObjCollision.X / otherModel.Size.X) * 100);
if (Position.X < otherModel.Position.X + otherModel.Size.X && Position.X + Size.X > otherModel.Position.X + otherModel.Size.X)
if (Velocity.X < 0)
Velocity.X = -Velocity.X;
if (Position.X + Size.X > otherModel.Position.X && Position.X < otherModel.Position.X)
if (Velocity.X >= 0)
Velocity.X = -Velocity.X;
if (Position.Y < otherModel.Position.Y + otherModel.Size.Y && Position.Y + Size.Y > otherModel.Position.Y + otherModel.Size.Y)
if (Velocity.Y < 0)
Velocity.Y = -Velocity.Y;
if (Position.Y + Size.Y > otherModel.Position.Y && Position.Y < otherModel.Position.Y)
if (Velocity.Y >= 0)
Velocity.Y = -Velocity.Y;
if (Position.Z < otherModel.Position.Z + otherModel.Size.Z && Position.Z + Size.Z > otherModel.Position.Z + otherModel.Size.Z)
{
if (CollidePercent.X >= 0 && CollidePercent.X < 10)
{ Velocity.Z = Speed * 0.2f; Velocity.X = Speed * -0.8f; }
else if (CollidePercent.X >= 10 && CollidePercent.X < 20)
{ Velocity.Z = Speed * 0.4f; Velocity.X = Speed * -0.6f; }
else if (CollidePercent.X >= 20 && CollidePercent.X < 30)
{ Velocity.Z = Speed * 0.6f; Velocity.X = Speed * -0.4f; }
else if (CollidePercent.X >= 30 && CollidePercent.X < 40)
{ Velocity.Z = Speed * 0.8f; Velocity.X = Speed * -0.2f; }
else if (CollidePercent.X >= 40 && CollidePercent.X < 50)
{ Velocity.Z = Speed * 1f; Velocity.X = Speed * 0f; }
else if (CollidePercent.X >= 50 && CollidePercent.X < 60)
{ Velocity.Z = Speed * 1f; Velocity.X = Speed * 0f; }
else if (CollidePercent.X >= 60 && CollidePercent.X < 70)
{ Velocity.Z = Speed * 0.8f; Velocity.X = Speed * 0.2f; }
else if (CollidePercent.X >= 70 && CollidePercent.X < 80)
{ Velocity.Z = Speed * 0.6f; Velocity.X = Speed * 0.4f; }
else if (CollidePercent.X >= 80 && CollidePercent.X < 90)
{ Velocity.Z = Speed * 0.4f; Velocity.X = Speed * 0.6f; }
else if (CollidePercent.X >= 90)
{ Velocity.Z = Speed * 0.2f; Velocity.X = Speed * 0.8f; }
}
else if (Position.Z + Size.Z > otherModel.Position.Z && Position.Z < otherModel.Position.Z)
{
if (CollidePercent.X <= 10)
{ Velocity.Z = Speed * -0.2f; Velocity.X = Speed * -0.8f; }
else if (CollidePercent.X >= 10 && CollidePercent.X < 20)
{ Velocity.Z = Speed * -0.4f; Velocity.X = Speed * -0.6f; }
else if (CollidePercent.X >= 20 && CollidePercent.X < 30)
{ Velocity.Z = Speed * -0.6f; Velocity.X = Speed * -0.4f; }
else if (CollidePercent.X >= 30 && CollidePercent.X < 40)
{ Velocity.Z = Speed * -0.8f; Velocity.X = Speed * -0.2f; }
else if (CollidePercent.X >= 40 && CollidePercent.X < 50)
{ Velocity.Z = Speed * -1f; Velocity.X = Speed * 0f; }
else if (CollidePercent.X >= 50 && CollidePercent.X < 60)
{ Velocity.Z = Speed * -1f; Velocity.X = Speed * 0f; }
else if (CollidePercent.X >= 60 && CollidePercent.X < 70)
{ Velocity.Z = Speed * -0.8f; Velocity.X = Speed * 0.2f; }
else if (CollidePercent.X >= 70 && CollidePercent.X < 80)
{ Velocity.Z = Speed * -0.6f; Velocity.X = Speed * 0.4f; }
else if (CollidePercent.X >= 80 && CollidePercent.X < 90)
{ Velocity.Z = Speed * -0.4f; Velocity.X = Speed * 0.6f; }
else if (CollidePercent.X >= 90)
{ Velocity.Z = Speed * -0.2f; Velocity.X = Speed * 0.8f; }
}
Move();
}
