/*
* Builds the full neighborlist list from scratch for a particle
* This is used for the initial build for all the particles, then for rebuilds
* of moved particles
*
* arguments:
* particles: The spatially decomposed particle information
* neighbor_list: The particle's neighborlist
* x,y,z: The indecies for the block which the particle belongs to
* array_index: The index of the particle in the list
*/
void build_list_full(Particle* particles[XDiv][YDiv][ZDiv], Neighbor* neighbor_list, int x, int y, int z, int array_index){
// Iterates through the buckets in in such a way that for every pair of particles which are
// potential neighbors, one and only one of them will have to check the distance for that pair. This is done by,
// if we are looking at particle p, only looking at particles further down in the array in the block containing p,
// and only looking in a "forward" direction (that is, for each pair of blocks that are "across" from eachother around
// the block containing p, we consider only of those blocks)
int j, k;
int index = 0;
Particle p = particles[x][y][z][array_index];
for (j = -1; j <= 1; ++j){ //y offset
for (k = -1; k <= 1; ++k) { //z offset
check_particles(particles, x+1, y+j, z+k, neighbor_list, p, &index);
}
}
check_particles(particles, x, y+1, z+1, neighbor_list, p, &index);
check_particles(particles, x, y+1, z , neighbor_list, p, &index);
check_particles(particles, x, y+1, z-1, neighbor_list, p, &index);
check_particles(particles, x, y , z+1, neighbor_list, p, &index);
check_particles_center(particles, x, y, z, array_index, neighbor_list, p, &index);
sort_list(neighbor_list);
}
IMPISD_BEGIN_NAMESPACE
GaussianRestraint::GaussianRestraint(Particle *x, Particle *mu,
Particle *sigma) : px_(x), pmu_(mu), psigma_(sigma), isx_(true),
ismu_(true), issigma_(true) {
check_particles();
}
LognormalRestraint::LognormalRestraint(double x, Particle *mu,
double sigma)
: Restraint(mu->get_model(), "LognormalRestraint%1%"),
x_(x),
pmu_(mu),
sigma_(sigma),
isx_(false),
ismu_(true),
issigma_(false) {
check_particles();
}
LognormalRestraint::LognormalRestraint(Particle *x, double mu,
Particle *sigma)
: Restraint(sigma->get_model(), "LognormalRestraint%1%"),
px_(x),
mu_(mu),
psigma_(sigma),
isx_(true),
ismu_(false),
issigma_(true) {
check_particles();
}
GaussianRestraint::GaussianRestraint(double x, double mu,
Particle *sigma)
: Restraint(sigma->get_model(), "GaussianRestraint%1%"),
x_(x),
mu_(mu),
psigma_(sigma),
isx_(false),
ismu_(false),
issigma_(true) {
check_particles();
}
GaussianRestraint::GaussianRestraint(Particle *x, Particle *mu,
double sigma)
: Restraint(x->get_model(), "GaussianRestraint%1%"),
px_(x),
pmu_(mu),
sigma_(sigma),
isx_(true),
ismu_(true),
issigma_(false) {
check_particles();
}
IMPISD_BEGIN_NAMESPACE
GaussianRestraint::GaussianRestraint(Particle *x, Particle *mu,
Particle *sigma)
: Restraint(sigma->get_model(), "GaussianRestraint%1%"),
px_(x),
pmu_(mu),
psigma_(sigma),
isx_(true),
ismu_(true),
issigma_(true) {
check_particles();
}
GaussianRestraint::GaussianRestraint(double x, Particle *mu,
double sigma) : x_(x), pmu_(mu), sigma_(sigma), isx_(false),
ismu_(true), issigma_(false) {
check_particles();
}
GaussianRestraint::GaussianRestraint(Particle *x, double mu,
double sigma) : px_(x), mu_(mu), sigma_(sigma), isx_(true),
ismu_(false), issigma_(false) {
check_particles();
}
