protected override void initParticle(EmissionInfo emission)
{
Particle particle = emission.Particle;
particle.Pos = emission.StartPosition;
particle.LastPos = particle.Pos;
particle.ViewPos = particle.Pos;
particle.MaxSpeed = AppMath.GetRandomNumber(600, 800); //200,400 | 700, 900 | (400, 600); //3, 8//Math->GetRandomNumber(510, 800); // 2000.0f
//------------------------------------------------------------------------------------------------
float angle = (float)AppMath.DegressToRadian(AppMath.GetRandomNumber(0, 360));//sDivisions * m_Angles;
particle.Vel = new Vector2f((float)Math.Cos(angle) * particle.MaxSpeed, (float)Math.Sin(angle) * particle.MaxSpeed);
//------------------------------------------------------------------------------------------------
//------------------------------------------------------------------------------------------------
//particle.m_Vel = sf::Vector2f(Math->GetRandomClamped() * particle.m_MaxSpeed, Math->GetRandomClamped() *particle.m_MaxSpeed);
particle.SlowDown = 0.98f; //0.92f;
//particle.m_SlowDown = (float)Math->GetRandomDoubleInRange(0.55, 0.7); //0.6f;
//phs->AddForce( sf::Vector2f(Math->GetRandomClamped() * phs->MaxSpeed, Math->GetRandomClamped() * phs->MaxSpeed) );
Vector2u uSize = this.renderStates.Texture.Size;
particle.Scale = (float)AppMath.GetRandomDoubleInRange(this.minScale, this.maxScale);
particle.Dims = new Vector2f(uSize.X * particle.Scale, uSize.Y * particle.Scale);
particle.ScaleSpeed = -AppMath.GetRandomNumber(10, 50);
particle.Color = Utils.GetRandomRedColor();
particle.Opacity = 255.0f;
particle.Life = 1.0f;
particle.Fade = 60; //Math->GetRandomNumber(100, 240);
particle.Intersects = false;
}
protected override void initParticle(EmissionInfo emission)
{
Particle particle = emission.Particle;
particle.StartPos = emission.StartPosition;
this.empower(particle);
}
/// <summary>
///
/// </summary>
/// <param name="position"></param>
/// <param name="direction">Normalized vector of the emission direction</param>
public void LittleBlood(EmissionInfo emission)
{
minScale = 0.2;
maxScale = 0.4;
minSpeed = 200;
maxSpeed = 400;
maxSpread = AppMath.HALF_PI;
loopAddition(emission, 3);
}
public void NormalBlood(EmissionInfo emission)
{
minScale = 0.5; // 0.5
maxScale = 0.8; // 0.8
minSpeed = 200;
maxSpeed = 400;
slowDown = 0.98f;
maxSpread = AppMath.HALF_PI;
loopAddition(emission, 30);
}
public void Line(EmissionInfo emission)
{
minScale = 0.3;
maxScale = 0.6;
minSpeed = 10;
maxSpeed = 1000;
slowDown = 0.95f; // 0.96f;
maxSpread = LINE_SPREAD;
loopAddition(emission, 40);
}
public void ExplodeBlood(EmissionInfo emission)
{
minScale = 0.4;
maxScale = 0.7;
minSpeed = 10000;
maxSpeed = 10200;
slowDown = 0.3f;
maxSpread = AppMath.TWO_PI;
loopAddition(emission, 80);
}
public void FastBlood(EmissionInfo emission)
{
minScale = 0.4;
maxScale = 0.7;
minSpeed = 400;
maxSpeed = 600;
slowDown = 0.98f;
maxSpread = AppMath.HALF_PI;
loopAddition(emission, 20);
}
protected void loopAddition(EmissionInfo emission, uint num_particles)
{
uint i = 0;
while ((emission.Particle = pool.getNew()) != null && i < num_particles)
{
initParticle(emission);
++i;
}
}
public void Emit(EmissionInfo emission)
{
// minScale = 0.1;
//maxScale = 0.35;
this.remaining += INC_PER_EMIT;
loopAddition(emission, 40);
// this.setupInitial(emission.StartPosition);
/*
* this.emiting = true;
* emission.Particle = pool.getNew();
* initParticle(emission);*/
}
protected override void initParticle(EmissionInfo emission)
{
Particle particle = emission.Particle;
particle.Pos = emission.StartPosition;
particle.LastPos = particle.Pos;
particle.ViewPos = particle.Pos;
particle.MaxSpeed = AppMath.GetRandomNumber(minSpeed, maxSpeed); //700, 900 | (400, 600); //3, 8//Math->GetRandomNumber(510, 800); // 2000.0f
if (!AppMath.Vec2IsZero(emission.EmitDirection))
{
Vector2f particleDirection = AppMath.GetRandomVecBySpread(emission.EmitDirection, this.maxSpread);
particle.Vel = new Vector2f(particleDirection.X * particle.MaxSpeed, particleDirection.Y * particle.MaxSpeed);
}
else
{
// float angle = (float)cAppMath.DegressToRadian(cAppMath.GetRandomNumber(0, 360));//sDivisions * m_Angles;
particle.Vel = AppMath.GetRandomUnitVec() * particle.MaxSpeed;
// particle.Vel = new Vector2f((float)Math.Cos(angle) * particle.MaxSpeed, (float)Math.Sin(angle) * particle.MaxSpeed);
}
//float dir = Math->GetRandomClamped();
//particle.m_Vel = sf::Vector2f(Math->GetRandomClamped() * particle.m_MaxSpeed, Math->GetRandomClamped() *particle.m_MaxSpeed);
particle.SlowDown = slowDown; //0.92f;
//particle.m_SlowDown = (float)Math->GetRandomDoubleInRange(0.55, 0.7); //0.6f;
//phs->AddForce( sf::Vector2f(Math->GetRandomClamped() * phs->MaxSpeed, Math->GetRandomClamped() * phs->MaxSpeed) );
Vector2u uSize = this.renderStates.Texture.Size;
particle.Scale = (float)AppMath.GetRandomDoubleInRange(this.minScale, this.maxScale);
particle.Dims = new Vector2f(uSize.X * particle.Scale, uSize.Y * particle.Scale);
particle.ScaleSpeed = -AppMath.GetRandomNumber(5, 20); //10.50
particle.Color = Utils.GetRandomBlueColor();
particle.Opacity = 255.0f;
particle.Life = 1.0f;
particle.Fade = 80; // 90; //Math->GetRandomNumber(100, 240);
particle.Intersects = false;
}
protected abstract void initParticle(EmissionInfo emission);
public void NormalExplosion(EmissionInfo emission)
{
minScale = 0.5;
maxScale = 0.8;
loopAddition(emission, 20);
}
public void LittleExplosion(EmissionInfo emission)
{
minScale = 0.2;
maxScale = 0.4;
loopAddition(emission, 3);
}