public void Build()
{
var layerSize = ScriptThread.GetVar <float>("vortexLayerSeperationScale").Value;
var radius = ScriptThread.GetVar <float>("vortexRadius").Value;
var particleCount = ScriptThread.GetVar <int>("vortexParticleCount").Value;
var maxLayers = ScriptThread.GetVar <int>("vortexMaxParticleLayers");
var particleAsset = ScriptThread.GetVar <string>("vortexParticleAsset");
var particleName = ScriptThread.GetVar <string>("vortexParticleName");
var multiplier = 359 / particleCount;
var particleSize = 3.0f;
for (var i = 0; i < maxLayers; i++)
{
for (var angle = 0; angle <= particleCount; angle++)
{
// increment the Z axis as we build up.
var position = _position;
position.Z += layerSize * i;
// place the particles at 360 / 10 on the X axis.
var rotation = new Vector3(angle * multiplier, 0, 0);
TornadoParticle particle;
if (i < 2 || i > maxLayers - 3)
{
particle = new TornadoParticle(this, position, rotation, "scr_agencyheistb",
"scr_env_agency3b_smoke", radius, i);
particle.StartFx(4.7f);
_particles.Add(particle);
}
particle = new TornadoParticle(this, position, rotation, particleAsset, particleName, radius, i);
particle.StartFx(particleSize);
radius += 0.0799999982118607f * (0.720000028610229f * i);
particleSize += 0.00999999977648258f * (0.119999997317791f * i);
_particles.Add(particle);
}
}
}
public void Build()
{
float radius = ScriptThread.GetVar <float>("vortexRadius");
int particleCount = ScriptThread.GetVar <int>("vortexParticleCount");
int maxLayers = ScriptThread.GetVar <int>("vortexMaxParticleLayers");
string particleAsset = ScriptThread.GetVar <string>("vortexParticleAsset");
string particleName = ScriptThread.GetVar <string>("vortexParticleName");
bool enableClouds = ScriptThread.GetVar <bool>("vortexEnableCloudTopParticle");
bool enableDebris = ScriptThread.GetVar <bool>("vortexEnableCloudTopParticleDebris");
var multiplier = 360 / particleCount;
var particleSize = 3.0685f;
maxLayers = enableClouds ? 12 : maxLayers; // cannot spawn top particles with more than 12 layers!!
for (var layerIdx = 0; layerIdx < maxLayers; layerIdx++)
{
//var lyrParticleNum = (i > maxLayers - 4 ? particleCount + 5 : particleCount);
//multiplier = 360 / lyrParticleNum;
for (var angle = 0; angle < (layerIdx > maxLayers - 4 ? particleCount + 5 : particleCount); angle++)
{
// increment the Z axis as we build up.
var position = _position;
position.Z += ScriptThread.GetVar <float>("vortexLayerSeperationScale") * layerIdx;
// place the particles at 360 / 10 on the X axis.
var rotation = new Vector3(angle * multiplier, 0, 0);
TornadoParticle particle;
bool bIsTopParticle = false;
if (layerIdx < 2) //debris layer
{
particle = new TornadoParticle(this, position, rotation, "scr_agencyheistb", "scr_env_agency3b_smoke", radius, layerIdx);
particle.StartFx(4.7f);
_particles.Add(particle);
Function.Call(Hash.ADD_SHOCKING_EVENT_FOR_ENTITY, 86, particle.Ref.Handle, 0.0f); // shocking event at outer vorticies
}
if (enableClouds && layerIdx > maxLayers - 3)
{
if (enableDebris)
{
particle = new TornadoParticle(this, position, rotation, "scr_agencyheistb", "scr_env_agency3b_smoke", radius * 2.2f, layerIdx);
particle.StartFx(12.7f);
_particles.Add(particle);
}
position.Z += 12f;
particleSize += 6.0f;
radius += 7f;
bIsTopParticle = true;
}
particle = new TornadoParticle(this, position, rotation, particleAsset, particleName, radius, layerIdx, bIsTopParticle);
particle.StartFx(particleSize);
radius += 0.0799999982118607f * (0.720000028610229f * layerIdx);
particleSize += 0.00999999977648258f * (0.119999997317791f * layerIdx);
_particles.Add(particle);
}
}
}
