cellorder1.cpp File Reference

#include <cstdio>
#include <map>
#include <set>
#include <algorithm>
#include <cstring>
#include "oc/nrnassrt.h"
#include "coreneuron/permute/cellorder.hpp"
#include "coreneuron/network/tnode.hpp"
#include "node_order_optim/node_order_optim.h"

Go to the source code of this file.

Namespaces
	neuron
	In mechanism libraries, cannot use auto const token = nrn_ensure_model_data_are_sorted(); because the return type is incomplete (from include/neuron/model_data.hpp).

Typedefs
using	neuron::TNI = std::pair< TNode *, int >
using	neuron::HashCnt = std::map< size_t, std::pair< TNode *, int > >
using	neuron::TNIVec = std::vector< TNI >

Functions
static bool	neuron::tnode_earlier (TNode *a, TNode *b)
	Function to order trees by size, hash and nodeindex. More...
static bool	neuron::ptr_tnode_earlier (TNode *a, TNode *b)
static void	neuron::tree_analysis (int *parent, int nnode, int ncell, VecTNode &nodevec)
	Perform tree preparation for interleaving strategies. More...
static void	neuron::node_interleave_order (int ncell, VecTNode &nodevec)
	Naive interleaving strategy (interleave_permute_type == 1) More...
static void	neuron::admin1 (int ncell, VecTNode &nodevec, int &nwarp, int &nstride, int *&stride, int *&firstnode, int *&lastnode, int *&cellsize)
static void	neuron::admin2 (int ncell, VecTNode &nodevec, int &nwarp, int &nstride, int *&stridedispl, int *&strides, int *&rootbegin, int *&nodebegin, int *&ncycles)
	Prepare for solve_interleaved2. More...
static void	neuron::check (VecTNode &)
static void	neuron::quality (VecTNode &nodevec, size_t max=32)
size_t	neuron::level_from_root (VecTNode &)
size_t	neuron::level_from_leaf (VecTNode &)
static void	neuron::set_cellindex (int ncell, VecTNode &nodevec)
	Set the cellindex to distinguish the different cells. More...
static void	neuron::set_groupindex (VecTNode &nodevec)
	Initialization of the groupindex (groups) More...
static void	neuron::ident_statistic (VecTNode &nodevec, size_t ncell)
std::vector< int >	neuron::node_order (int ncell, int nnode, int *parents, int &nwarp, int &nstride, int *&stride, int *&firstnode, int *&lastnode, int *&cellsize, int *&stridedispl)
	Function that returns a permutation of length nnode. More...
static bool	neuron::interleave_comp (TNode *a, TNode *b)
static size_t	neuron::stride_length (size_t begin, size_t end, VecTNode &nodevec)

Variables
static size_t	neuron::groupsize = 32