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dlma/include/getVals.cpp
420c473ee264master

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getVals.cpp
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#include "post.h"
namespace post_p
{
int
postprocessing::dim() const
{ return D_; }
int
postprocessing::numParticles() const
{ return N_; }
int
postprocessing::maxAttachments() const
{ return max_attachments_; }
double
postprocessing::lo_hi(const int axis, const int limit) const
{ return lo_hi_[limit+2*axis]; }
double&
postprocessing::lo_hi(const int axis, const int limit)
{ return lo_hi_[limit+2*axis]; }
double
postprocessing::L(const int axis) const
{ return L_[axis]; }
double&
postprocessing::L(const int axis)
{ return L_[axis]; }
double
postprocessing::halfL(const int axis) const
{ return halfL_[axis]; }
double&
postprocessing::halfL(const int axis)
{ return halfL_[axis]; }
int
postprocessing::periodic(const int axis) const
{ return periodic_[axis]; }
int&
postprocessing::periodic(const int axis)
{ return periodic_[axis]; }
double
postprocessing::posDiff(const int axis) const
{ return posDiff_[axis]; }
double&
postprocessing::posDiff(const int axis)
{ return posDiff_[axis]; }
double
postprocessing::pos(const int i, const int axis) const
{ return pos_[axis+D_*i]; }
double&
postprocessing::pos(const int i, const int axis)
{ return pos_[axis+D_*i]; }
int
postprocessing::cluster_percolation(const int i, const int axis) const
{ return cluster_percolation_[axis+D_*i]; }
int&
postprocessing::cluster_percolation(const int i, const int axis)
{ return cluster_percolation_[axis+D_*i]; }
int
postprocessing::numAttachments(const int i) const
{ return num_attachments_[i]; }
int&
postprocessing::numAttachments(const int i)
{ return num_attachments_[i]; }
int
postprocessing::original_seed(const int i) const
{ return original_seed_[i]; }
int&
postprocessing::original_seed(const int i)
{ return original_seed_[i]; }
int
postprocessing::current_seed(const int i) const
{ return current_seed_[i]; }
int&
postprocessing::current_seed(const int i)
{ return current_seed_[i]; }
double
postprocessing::diameter(const int i) const
{ return diameter_[i]; }
double&
postprocessing::diameter(const int i)
{ return diameter_[i]; }
int
postprocessing::unfoldedAttachments(const int i) const
{ return unfolded_num_attachments_[i]; }
int&
postprocessing::unfoldedAttachments(const int i)
{ return unfolded_num_attachments_[i]; }
int
postprocessing::attachment(const int i, const int j) const
{ return attachment_[j+max_attachments_*i]; }
int&
postprocessing::attachment(const int i, const int j)
{ return attachment_[j+max_attachments_*i]; }
bool
postprocessing::is_placed(const int i) const
{ return is_placed_[i]; }
bool&
postprocessing::is_placed(const int i)
{ return is_placed_[i]; }
double
postprocessing::unfolded_coords(const int i, const int axis) const
{ return unfolded_coords_[axis+D_*i]; }
double&
postprocessing::unfolded_coords(const int i, const int axis)
{ return unfolded_coords_[axis+D_*i]; }
double
postprocessing::delta_coords(const int i, const int axis) const
{ return delta_coords_[axis+D_*i]; }
double&
postprocessing::delta_coords(const int i, const int axis)
{ return delta_coords_[axis+D_*i]; }
int
postprocessing::delta_hist(const int i) const
{ return delta_hist_[i]; }
int&
postprocessing::delta_hist(const int i)
{ return delta_hist_[i]; }
double
postprocessing::sq_unfolded(const int i) const
{ return sq_unfolded_[i]; }
double&
postprocessing::sq_unfolded(const int i)
{ return sq_unfolded_[i]; }
}
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