public void KillNetterPillar(Netterpillar netterpillar)
{
netterpillar.IsDead = true;
// Clears the game field
arrGameField[netterpillar.Location.X, netterpillar.Location.Y] = GameObjects.Empty;
netterpillar.Erase(ScreenWinHandle);
for (int i = 0; i < netterpillar.NetterBodyLength; i++)
{
arrGameField[netterpillar.NetterBody[i].Location.X, netterpillar.NetterBody[i].Location.Y] = GameObjects.Empty;
netterpillar.NetterBody[i].Erase(ScreenWinHandle);
}
}
public void KillNetterPillar(Netterpillar netterpillar)
{
netterpillar.IsDead = true;
// Clears the game field
arrGameField[netterpillar.Location.X, netterpillar.Location.Y] = GameObjects.Empty;
netterpillar.Erase(ScreenWinHandle);
for(int i=0; i<netterpillar.NetterBodyLength; i++) {
arrGameField[netterpillar.NetterBody[i].Location.X, netterpillar.NetterBody[i].Location.Y] = GameObjects.Empty;
netterpillar.NetterBody[i].Erase(ScreenWinHandle);
}
}
public void CreateGameField(System.IntPtr winHandle)
{
branches = new Branch[5];
arrGameField = new GameObjects[Width+1, Height+1];
// Reset the game variables
GameOver = false;
Paused = false;
// Reset the mushroomNumber, forcing a call to the property procedure
Mushrooms = Mushrooms;
ScreenWinHandle = winHandle;
// Initialize the game array (for collision detection)
for(int x=0; x<Width; x++) {
for(int y=0; y<Height; y++) {
arrGameField[x, y] = GameObjects.Empty;
}
}
// Create the Netterpillars
for(int i=0; i<NetterpillarNumber; i++) {
netterPillars[i] = null;
}
switch(NetterpillarNumber) {
case 1:
netterPillars[0] = new Netterpillar((int)(this.Width/2), (int)(this.Height)/2, Sprite.CompassDirections.South, false);
break;
case 2:
netterPillars[0] = new Netterpillar((int)(this.Width/3), (int)(this.Height)/2, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width/3)*2, (int)(this.Height)/2, Sprite.CompassDirections.North, true);
break;
case 3:
netterPillars[0] = new Netterpillar((int)(this.Width/4), (int)(this.Height)/2, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width/4)*2, (int)(this.Height)/2, Sprite.CompassDirections.North, true);
netterPillars[2] = new Netterpillar((int)(this.Width/4)*3, (int)(this.Height)/2, Sprite.CompassDirections.South, true);
break;
case 4:
netterPillars[0] = new Netterpillar((int)(this.Width/3), (int)(this.Height)/3, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width/3), (int)(this.Height)/3*2, Sprite.CompassDirections.East, true);
netterPillars[2] = new Netterpillar((int)(this.Width/3)*2, (int)(this.Height)/3*2, Sprite.CompassDirections.North, true);
netterPillars[3] = new Netterpillar((int)(this.Width/3)*2, (int)(this.Height)/3, Sprite.CompassDirections.West, true);
break;
}
Player1 = netterPillars[0];
// Populates the array with the netterpillars
for(int i=0; i<NetterpillarNumber; i++) {
arrGameField[netterPillars[i].Location.X, netterPillars[i].Location.Y] = GameObjects.Netterpillar;
for(int j=0; j<netterPillars[i].NetterBodyLength; j++) {
arrGameField[netterPillars[i].NetterBody[j].Location.X, netterPillars[i].NetterBody[j].Location.Y] = GameObjects.Netterpillar;
}
}
// Create the branches
// We'll create four branches here just to generate a cleaner code,
// we could use the same approach used on the mushrooms below
branches[0] = new Branch(Sprite.CompassDirections.North, this.Height);
branches[1] = new Branch(Sprite.CompassDirections.North, this.Height);
branches[2] = new Branch(Sprite.CompassDirections.East, this.Width-2);
branches[3] = new Branch(Sprite.CompassDirections.East, this.Width-2);
for(int x=0; x<Width; x++) {
arrGameField[x, 0] = GameObjects.Branch;
arrGameField[x, Height-1] = GameObjects.Branch;
}
for(int y=0; y<=Height; y++) {
arrGameField[0, y] = GameObjects.Branch;
arrGameField[Width-1, y] = GameObjects.Branch;
}
// Create the mushrooms
// Since all the mushroom control is on the array, we don't need to create one object per mushroom
// in the screen, we'll rather draw one single mushroom in many positions (on the redraw sub)
objMushrooms = new Mushroom();
int randx, randy;
for(int i=0; i<MushroomNumber; i++) {
// Check to seek if we are not creating the mushrooms over other objects
do {
randx = rand.Next(0, this.Width-2)+1;
randy = rand.Next(0, this.Height-2)+1;
} while(arrGameField[randx, randy]!=GameObjects.Empty);
arrGameField[randx, randy] = GameObjects.Mushroom;
}
Redraw();
}
public void CreateGameField(System.IntPtr winHandle)
{
branches = new Branch[5];
arrGameField = new GameObjects[Width + 1, Height + 1];
// Reset the game variables
GameOver = false;
Paused = false;
// Reset the mushroomNumber, forcing a call to the property procedure
Mushrooms = Mushrooms;
ScreenWinHandle = winHandle;
// Initialize the game array (for collision detection)
for (int x = 0; x < Width; x++)
{
for (int y = 0; y < Height; y++)
{
arrGameField[x, y] = GameObjects.Empty;
}
}
// Create the Netterpillars
for (int i = 0; i < NetterpillarNumber; i++)
{
netterPillars[i] = null;
}
switch (NetterpillarNumber)
{
case 1:
netterPillars[0] = new Netterpillar((int)(this.Width / 2), (int)(this.Height) / 2, Sprite.CompassDirections.South, false);
break;
case 2:
netterPillars[0] = new Netterpillar((int)(this.Width / 3), (int)(this.Height) / 2, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width / 3) * 2, (int)(this.Height) / 2, Sprite.CompassDirections.North, true);
break;
case 3:
netterPillars[0] = new Netterpillar((int)(this.Width / 4), (int)(this.Height) / 2, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width / 4) * 2, (int)(this.Height) / 2, Sprite.CompassDirections.North, true);
netterPillars[2] = new Netterpillar((int)(this.Width / 4) * 3, (int)(this.Height) / 2, Sprite.CompassDirections.South, true);
break;
case 4:
netterPillars[0] = new Netterpillar((int)(this.Width / 3), (int)(this.Height) / 3, Sprite.CompassDirections.South, false);
netterPillars[1] = new Netterpillar((int)(this.Width / 3), (int)(this.Height) / 3 * 2, Sprite.CompassDirections.East, true);
netterPillars[2] = new Netterpillar((int)(this.Width / 3) * 2, (int)(this.Height) / 3 * 2, Sprite.CompassDirections.North, true);
netterPillars[3] = new Netterpillar((int)(this.Width / 3) * 2, (int)(this.Height) / 3, Sprite.CompassDirections.West, true);
break;
}
Player1 = netterPillars[0];
// Populates the array with the netterpillars
for (int i = 0; i < NetterpillarNumber; i++)
{
arrGameField[netterPillars[i].Location.X, netterPillars[i].Location.Y] = GameObjects.Netterpillar;
for (int j = 0; j < netterPillars[i].NetterBodyLength; j++)
{
arrGameField[netterPillars[i].NetterBody[j].Location.X, netterPillars[i].NetterBody[j].Location.Y] = GameObjects.Netterpillar;
}
}
// Create the branches
// We'll create four branches here just to generate a cleaner code,
// we could use the same approach used on the mushrooms below
branches[0] = new Branch(Sprite.CompassDirections.North, this.Height);
branches[1] = new Branch(Sprite.CompassDirections.North, this.Height);
branches[2] = new Branch(Sprite.CompassDirections.East, this.Width - 2);
branches[3] = new Branch(Sprite.CompassDirections.East, this.Width - 2);
for (int x = 0; x < Width; x++)
{
arrGameField[x, 0] = GameObjects.Branch;
arrGameField[x, Height - 1] = GameObjects.Branch;
}
for (int y = 0; y <= Height; y++)
{
arrGameField[0, y] = GameObjects.Branch;
arrGameField[Width - 1, y] = GameObjects.Branch;
}
// Create the mushrooms
// Since all the mushroom control is on the array, we don't need to create one object per mushroom
// in the screen, we'll rather draw one single mushroom in many positions (on the redraw sub)
objMushrooms = new Mushroom();
int randx, randy;
for (int i = 0; i < MushroomNumber; i++)
{
// Check to seek if we are not creating the mushrooms over other objects
do
{
randx = rand.Next(0, this.Width - 2) + 1;
randy = rand.Next(0, this.Height - 2) + 1;
} while(arrGameField[randx, randy] != GameObjects.Empty);
arrGameField[randx, randy] = GameObjects.Mushroom;
}
Redraw();
}
