public override void Initialize(Texture2D TextureForParticle, int ParticleCount, int MaxLife, Direction Direction, BoundingBox EnviromentBounds, Color Color)
{
base._t2dMainTexture = TextureForParticle;
base._pContainer = new Particle[ParticleCount];
base.EnviromentBounds = EnviromentBounds;
base._Points = new VertexPositionColor[ParticleCount];
for (int i = 0; i < ParticleCount; i++)
{
_pContainer[i] = new Particle();
_pContainer[i].Life = Engine.Randomize(MaxLife / 4, MaxLife);
_Points[i].Color = Color;
_Points[i].Position = Engine.TempVector3(Engine.Randomize((int)EnviromentBounds.Min.X, (int)EnviromentBounds.Max.X),
Engine.Randomize((int)EnviromentBounds.Min.Y, (int)EnviromentBounds.Max.Y + 100),
Engine.Randomize((int)EnviromentBounds.Min.Z, (int)EnviromentBounds.Max.Z));
float a = Engine.Randomize(2, 6);
_pContainer[i].Velocity.Y = (a / DIVISIONAL_COEFFICENT);
if(Engine.Randomize(1, 3) == 1)
_pContainer[i].Velocity.X = (a / DIVISIONAL_COEFFICENT);
else _pContainer[i].Velocity.X = -(a / DIVISIONAL_COEFFICENT);
if(Engine.Randomize(1, 3) == 2)
_pContainer[i].Velocity.Z = (a / DIVISIONAL_COEFFICENT);
else _pContainer[i].Velocity.Z = -(a / DIVISIONAL_COEFFICENT);
}
}
public override void Initialize(Texture2D TextureForParticle, int ParticleCount, int MaxLife, Direction Direction, BoundingBox EnviromentBounds)
{
base._t2dMainTexture = TextureForParticle;
base._pContainer = new Particle[ParticleCount];
base.EnviromentBounds = EnviromentBounds;
base._Points = new VertexPositionColor[ParticleCount];
for (int i = 0; i < ParticleCount; i++)
{
_pContainer[i] = new Particle();
_pContainer[i].Life = Engine.Randomize(MaxLife / 4, MaxLife);
_Points[i].Color = Color.White;
_Points[i].Position = Engine.TempVector3(Engine.Randomize((int)EnviromentBounds.Min.X, (int)EnviromentBounds.Max.X),
Engine.Randomize((int)EnviromentBounds.Min.Y, (int)EnviromentBounds.Max.Y + 100),
Engine.Randomize((int)EnviromentBounds.Min.Z, (int)EnviromentBounds.Max.Z));
_pContainer[i].Velocity.Y = Engine.Randomize(1, 3) / 3;
}
}