public Fly(Game1 game, float startAngle, Terrain terrain)
: base(game)
{
this.game = game;
this.terrain = terrain;
this.position = new Vector2();
Random r = new Random();
scale = 0.5f;
//position.X = r.Next(game.screenWidth);
position.Y = game.screenHeight * 0.5f;
positionAngle = startAngle;
texture = game.Content.Load<Texture2D>(@"ObjectsAnimations/Fly/fl_0");
origin.X = texture.Width * 2 * scale;
origin.Y = terrain.position.Y - 100;
boxCollider = new Rectangle(0, 0, (int)(texture.Bounds.Width * scale), (int)(texture.Bounds.Height * scale));
Initialize();
}
public Terrain generateRandomTerrain(float angle, Random rand)
{
Terrain lastTerrain = this.terrains[terrains.Count - 1];
bool fly = false;
int flyChance = rand.Next(0, 4);
if (flyChance == 0)
{
fly = true;
}
double terrainHeight = lowestH;
int terNum = rand.Next(0, 4);
if (terNum == 1)
{
terrainHeight = secondH;
}
if (terNum == 2 && lastTerrain.tHeight != lowestH)
{
terrainHeight = thirdH;
}
if (terNum == 3 && lastTerrain.tHeight != lowestH && lastTerrain.tHeight != secondH)
{
terrainHeight = topH;
}
Terrain[] allTerrains = new Terrain[7];
allTerrains[0] = new PlainTerrain(game, angle, terrainHeight, fly);
allTerrains[1] = new AscentTerrain(game, angle, terrainHeight, fly);
allTerrains[2] = new LavaPitTerrain(game, angle, terrainHeight, fly);
allTerrains[3] = new LavaPitWideTerrain(game, angle, terrainHeight, fly);
allTerrains[4] = new LoweredTerrain(game, angle, terrainHeight, fly);
allTerrains[5] = new DescentTerrain(game, angle, terrainHeight, fly);
// volcanos get too high..
double volcanoHeight = lastTerrain.tHeight == topH || lastTerrain.tHeight == thirdH ? secondH : lastTerrain.tHeight;
//Console.WriteLine("volcano height " + volcanoHeight);
allTerrains[6] = new VolcanoTerrain(game, angle, volcanoHeight, fly);
Terrain nextTerrain = allTerrains[rand.Next(0, 7)];
if (lastTerrain is AscentTerrain)
{
if (lastTerrain.tHeight == lowestH)
{
nextTerrain.tHeight = lowestH;
}
if (lastTerrain.tHeight == secondH)
{
nextTerrain.tHeight = secondH;
}
if (lastTerrain.tHeight == thirdH)
{
nextTerrain.tHeight = thirdH;
}
if (nextTerrain is AscentTerrain)
{
nextTerrain = generateRandomTerrain(angle, rand);
}
}
if (lastTerrain is DescentTerrain)
{
if (lastTerrain.tHeight == lowestH)
{
nextTerrain.tHeight = lowestH;
}
if (lastTerrain.tHeight == secondH)
{
nextTerrain.tHeight = secondH;
}
if (lastTerrain.tHeight == thirdH)
{
nextTerrain.tHeight = thirdH;
}
if (nextTerrain is DescentTerrain)
{
nextTerrain = generateRandomTerrain(angle, rand);
}
}
return nextTerrain;
}
