public Particle[] LegacyScaleParticle(Particle[] parts, bool bScale, bool bPosUpdate)
{
float fScale;
if (bScale)
{
fScale = NcTransformTool_B.GetTransformScaleMeanValue(transform);
}
else
{
fScale = 1 / NcTransformTool_B.GetTransformScaleMeanValue(transform);
}
for (int n = 0; n < parts.Length; n++)
{
if (IsMeshParticleEmitter() == false)
{
if (m_bWorldSpace)
{
if (bPosUpdate)
{
Vector3 move = (m_OldPos - transform.position);
if (bScale)
{
parts[n].position -= move * (1 - 1 / fScale);
}
}
parts[n].position -= transform.position;
parts[n].position *= fScale;
parts[n].position += transform.position;
}
else
{
parts[n].position *= fScale;
}
}
parts[n].angularVelocity *= fScale;
parts[n].velocity *= fScale;
parts[n].size *= fScale;
}
return(parts);
}
public ParticleSystem.Particle[] ShurikenScaleParticle(ParticleSystem.Particle[] parts, int nCount, bool bScale, bool bPosUpdate)
{
float fScale;
if (bScale)
{
fScale = NcTransformTool_B.GetTransformScaleMeanValue(transform);
}
else
{
fScale = 1 / NcTransformTool_B.GetTransformScaleMeanValue(transform);
}
for (int n = 0; n < nCount; n++)
{
if (m_bWorldSpace)
{
if (bPosUpdate)
{
Vector3 move = (m_OldPos - transform.position);
if (bScale)
{
parts[n].position -= move * (1 - 1 / fScale);
}
}
parts[n].position -= transform.position;
parts[n].position *= fScale;
parts[n].position += transform.position;
}
else
{
parts[n].position *= fScale;
}
// parts[n].angularVelocity *= fScale;
#pragma warning disable CS0618 // Type or member is obsolete
parts[n].size *= fScale;
#pragma warning restore CS0618 // Type or member is obsolete
// parts[n].velocity *= fScale;
}
return(parts);
}
void LegacySetParticle()
{
ParticleEmitter pe = m_pe;
ParticleAnimator pa = m_pa;
ParticleRenderer pr = m_pr;
if (pe == null || pr == null)
{
return;
}
if (m_bLegacyRuntimeScale)
{
Vector3 vecVelScale = Vector3.one * m_fStartSpeedRate;
float fVelScale = m_fStartSpeedRate;
pe.minSize *= m_fStartSizeRate;
pe.maxSize *= m_fStartSizeRate;
pe.minEnergy *= m_fStartLifeTimeRate;
pe.maxEnergy *= m_fStartLifeTimeRate;
pe.minEmission *= m_fStartEmissionRate;
pe.maxEmission *= m_fStartEmissionRate;
pe.worldVelocity = Vector3.Scale(pe.worldVelocity, vecVelScale);
pe.localVelocity = Vector3.Scale(pe.localVelocity, vecVelScale);
pe.rndVelocity = Vector3.Scale(pe.rndVelocity, vecVelScale);
pe.angularVelocity *= fVelScale;
pe.rndAngularVelocity *= fVelScale;
pe.emitterVelocityScale *= fVelScale;
// NgAssembly.LogFieldsPropertis(pe);
if (pa != null)
{
pa.rndForce = Vector3.Scale(pa.rndForce, vecVelScale);
pa.force = Vector3.Scale(pa.force, vecVelScale);
// pa.damping *= fScale;
}
// pr.velocityScale *= fVelScale;
pr.lengthScale *= m_fRenderLengthRate;
}
else
{
Vector3 vecVelScale = (m_bScaleWithTransform ? pe.transform.lossyScale : Vector3.one) * m_fStartSpeedRate;
float fVelScale = (m_bScaleWithTransform ? NcTransformTool_B.GetTransformScaleMeanValue(pe.transform) : 1) * m_fStartSpeedRate;
float fScale = (m_bScaleWithTransform ? NcTransformTool_B.GetTransformScaleMeanValue(pe.transform) : 1) * m_fStartSizeRate;
pe.minSize *= fScale;
pe.maxSize *= fScale;
pe.minEnergy *= m_fStartLifeTimeRate;
pe.maxEnergy *= m_fStartLifeTimeRate;
pe.minEmission *= m_fStartEmissionRate;
pe.maxEmission *= m_fStartEmissionRate;
pe.worldVelocity = Vector3.Scale(pe.worldVelocity, vecVelScale);
pe.localVelocity = Vector3.Scale(pe.localVelocity, vecVelScale);
pe.rndVelocity = Vector3.Scale(pe.rndVelocity, vecVelScale);
pe.angularVelocity *= fVelScale;
pe.rndAngularVelocity *= fVelScale;
pe.emitterVelocityScale *= fVelScale;
// NgAssembly.LogFieldsPropertis(pe);
if (pa != null)
{
pa.rndForce = Vector3.Scale(pa.rndForce, vecVelScale);
pa.force = Vector3.Scale(pa.force, vecVelScale);
// pa.damping *= fScale;
}
// pr.velocityScale *= fVelScale;
pr.lengthScale *= m_fRenderLengthRate;
}
}
public float GetScaleMaxMeshNormalVelocity()
{
return(m_fLegacyMaxMeshNormalVelocity * (m_bScaleWithTransform ? NcTransformTool_B.GetTransformScaleMeanValue(transform) : 1));
}