public ParticleGenerator(ParticleGeneratorData data)
{
_particleEffectData = data;
_particleSpeed = _particleEffectData.Speed;
_speedVariance = _particleEffectData.SpeedVariance;
_particleDecelerationFactor = _particleEffectData.DecelerationFactor;
_particleTexture = (_particleEffectData.UniqueParticle == null) ?
particleTexture : Content.Load<Texture2D>(PARTICLE_TEXTURE_DIRECTORY + _particleEffectData.UniqueParticle);
_textureCenter = new Vector2(_particleTexture.Width / 2.0f, _particleTexture.Height / 2.0f);
if (_particleEffectData.BaseTexture != null)
{
_baseTexture = Content.Load<Texture2D>(PARTICLE_TEXTURE_DIRECTORY + _particleEffectData.BaseTexture);
_baseTextureCenter = new Vector2(_baseTexture.Width / 2.0f, _baseTexture.Height / 2.0f);
}
_particleScale = _particleEffectData.StartScale / _particleTexture.Width;
_particleLife = TimeSpan.FromSeconds(_particleEffectData.ParticleLife);
_particleLifeVariance = _particleEffectData.ParticleLifeVariance;
_scaleRate =
(((_particleEffectData.EndScale - _particleEffectData.StartScale) / _particleTexture.Width)
/ ((float)_particleLife.TotalSeconds));
_scaleVariance = _particleEffectData.ScaleVariance;
_arc = _particleEffectData.SpawnArc;
_offset = _particleEffectData.Offset;
_particleRotationSpeed = MathHelper.ToRadians(
_particleEffectData.ParticleRotation / (float)_particleLife.TotalSeconds);
byte[] scv = _particleEffectData.StartColor.Split(',')
.Select(n => Convert.ToByte(n)).ToArray();
byte[] ecv = _particleEffectData.EndColor.Split(',')
.Select(n => Convert.ToByte(n)).ToArray();
if (_particleEffectData.Reversed)
{
_startColor = new Color(ecv[1], ecv[2], ecv[3], ecv[0]);
_endColor = new Color(scv[1], scv[2], scv[3], scv[0]);
Reversed = true;
}
else
{
_startColor = new Color(scv[1], scv[2], scv[3], scv[0]);
_endColor = new Color(ecv[1], ecv[2], ecv[3], ecv[0]);
Reversed = false;
}
_spawnRate = _particleEffectData.SpawnRate;
_tillNextParticleSpawn = TimeSpan.FromSeconds(1.0f / (float)_spawnRate);
_particles = new List<Particle>();
IntensityFactor = 1.0f;
}
public ParticleGenerator(ParticleGeneratorData data)
{
_particleEffectData = data;
_particleSpeed = _particleEffectData.Speed;
_speedVariance = _particleEffectData.SpeedVariance;
_particleDecelerationFactor = _particleEffectData.DecelerationFactor;
_particleTexture = (_particleEffectData.UniqueParticle == null) ?
particleTexture : Content.Load <Texture2D>(PARTICLE_TEXTURE_DIRECTORY + _particleEffectData.UniqueParticle);
_textureCenter = new Vector2(_particleTexture.Width / 2.0f, particleTexture.Height / 2.0f);
_particleScale = _particleEffectData.StartScale / _particleTexture.Width;
_particleLife = TimeSpan.FromSeconds(_particleEffectData.ParticleLife);
_particleLifeVariance = _particleEffectData.ParticleLifeVariance;
_scaleRate =
(((_particleEffectData.EndScale - _particleEffectData.StartScale) / _particleTexture.Width)
/ ((float)_particleLife.TotalSeconds));
_scaleVariance = _particleEffectData.ScaleVariance;
_arc = _particleEffectData.SpawnArc;
_offset = _particleEffectData.Offset;
_particleRotationSpeed = MathHelper.ToRadians(
_particleEffectData.ParticleRotation / (float)_particleLife.TotalSeconds);
byte[] scv = _particleEffectData.StartColor.Split(',')
.Select(n => Convert.ToByte(n)).ToArray();
byte[] ecv = _particleEffectData.EndColor.Split(',')
.Select(n => Convert.ToByte(n)).ToArray();
if (_particleEffectData.Reversed)
{
_startColor = new Color(ecv[1], ecv[2], ecv[3], ecv[0]);
_endColor = new Color(scv[1], scv[2], scv[3], scv[0]);
Reversed = true;
}
else
{
_startColor = new Color(scv[1], scv[2], scv[3], scv[0]);
_endColor = new Color(ecv[1], ecv[2], ecv[3], ecv[0]);
Reversed = false;
}
_spawnRate = _particleEffectData.SpawnRate;
_tillNextParticleSpawn = TimeSpan.FromSeconds(1.0f / (float)_spawnRate);
_particles = new List <Particle>();
IntensityFactor = 1.0f;
}