void PContextSourceState_t::Color(const pDomain &cdom, const pDomain &adom)
{
delete PSS->Color;
delete PSS->Alpha;
PSS->Color = cdom.copy();
PSS->Alpha = adom.copy();
}
void PContextActions_t::Jet(const pDomain &dom, const pDomain &accel)
{
PAJet *A = new PAJet();
A->dom = dom.copy();
A->acc = accel.copy();
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void _record_value(const st& step, vt& t, pDomain pd) {
_l_step.push_back(step);
_l_t.push_back(t);
pNode pn = pd->grid().get_pnode(_pos[0], _pos[1], _pos[2]);
vt value = pn->cda(_idx);
_l_v.push_back(value);
std::cout<<"Trace Center Value "<<value <<"\n";
}
void PContextActions_t::RandomDisplace(const pDomain &dom)
{
PARandomDisplace *A = new PARandomDisplace();
A->gen_disp = dom.copy();
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void PContextActions_t::RandomAccel(const pDomain &dom)
{
PARandomAccel *A = new PARandomAccel();
A->gen_acc = dom.copy();
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void PContextActions_t::RandomRotVelocity(const pDomain &dom)
{
PARandomRotVelocity *A = new PARandomRotVelocity();
A->gen_vel = dom.copy();
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void PContextActions_t::SinkVelocity(const bool kill_inside, const pDomain &dom)
{
PASinkVelocity *A = new PASinkVelocity();
A->velocity = dom.copy();
A->kill_inside = kill_inside;
A->SetKillsParticles(true);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void PContextActions_t::Source(const float particle_rate, const pDomain &dom)
{
PASource *A = new PASource();
A->position = dom.copy();
A->particle_rate = particle_rate;
A->SrcSt.set(PS->SrcSt);
A->SetKillsParticles(false);
A->SetDoNotSegment(true); // WARNING: Particles aren't a function of other particles, but does affect the working sets optimizations
PS->SendAction(A);
}
void PContextActions_t::Avoid(const float magnitude, const float epsilon, const float look_ahead, const pDomain &dom)
{
PAAvoid *A = new PAAvoid();
A->position = dom.copy();
A->magnitude = magnitude;
A->epsilon = epsilon;
A->look_ahead = look_ahead;
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void PContextActions_t::Bounce(const float friction, const float resilience, const float cutoff, const pDomain &dom)
{
PABounce *A = new PABounce();
A->position = dom.copy();
A->oneMinusFriction = 1.0f - friction;
A->resilience = resilience;
A->cutoffSqr = fsqr(cutoff);
A->SetKillsParticles(false);
A->SetDoNotSegment(false);
PS->SendAction(A);
}
void ParticleSystem::setSize(const pDomain &domain) {
delete size;
size = domain.copy();
}
void PContextSourceState_t::Size(const pDomain &dom)
{
delete PSS->Size;
PSS->Size = dom.copy();
}
void ParticleSystem::setVelocity(const pDomain &domain) {
delete velocity;
velocity = domain.copy();
}
void ParticleSystem::setRot(const pDomain &domain) {
delete rot;
rot = domain.copy();
}
void ParticleSystem::setColor(const pDomain &domain) {
delete color;
color = domain.copy();
}
void ParticleSystem::setPosition(const pDomain &domain) {
delete position;
position = domain.copy();
}
void PContextSourceState_t::UpVec(const pDomain &dom)
{
delete PSS->Up;
PSS->Up = dom.copy();
}
void PContextSourceState_t::RotVelocity(const pDomain &dom)
{
delete PSS->RotVel;
PSS->RotVel = dom.copy();
}
void PContextSourceState_t::VertexB(const pDomain &dom)
{
delete PSS->VertexB;
PSS->VertexB = dom.copy();
}
