public void MPUpdate()
{
if (Time.deltaTime == 0.0f)
{
return;
}
Matrix4x4 mat = transform.localToWorldMatrix;
switch (shape)
{
case Shape.Sphere:
MPAPI.mpScatterParticlesSphereTransform(ref mat, emitCount, ref velosityBase, velosityDiffuse);
break;
case Shape.Box:
MPAPI.mpScatterParticlesBoxTransform(ref mat, emitCount, ref velosityBase, velosityDiffuse);
break;
}
}
public void MPUpdate()
{
if (m_emit_count_prev != m_emit_count)
{
m_emit_count_prev = m_emit_count;
m_total_emit = Mathf.FloorToInt(m_local_time * m_emit_count);
}
m_local_time += Time.deltaTime;
int emit_total = Mathf.FloorToInt(m_local_time * m_emit_count);
int emit_this_frame = emit_total - m_total_emit;
if (emit_this_frame == 0)
{
return;
}
m_total_emit = emit_total;
m_params.velocity = m_velosity_base;
m_params.velocity_random_diffuse = m_velosity_random_diffuse;
m_params.lifetime = m_lifetime;
m_params.lifetime_random_diffuse = m_lifetime_random_diffuse;
m_params.userdata = m_userdata;
m_params.handler = m_spawn_handler;
Matrix4x4 mat = transform.localToWorldMatrix;
switch (m_shape)
{
case Shape.Sphere:
EachTargets((w) =>
{
MPAPI.mpScatterParticlesSphereTransform(w.GetContext(), ref mat, emit_this_frame, ref m_params);
});
break;
case Shape.Box:
EachTargets((w) =>
{
MPAPI.mpScatterParticlesBoxTransform(w.GetContext(), ref mat, emit_this_frame, ref m_params);
});
break;
}
}
