Network NetworkInitialize(Vertex *tails, Vertex *heads, Edge nedges,
Vertex nnodes, int directed_flag, Vertex bipartite,
int lasttoggle_flag, int time, int *lasttoggle) {
Network nw;
nw.last_inedge = nw.last_outedge = (Edge)nnodes;
/* Calloc will zero the allocated memory for us, probably a lot
faster. */
nw.outdegree = (Vertex *) calloc((nnodes+1),sizeof(Vertex));
nw.indegree = (Vertex *) calloc((nnodes+1),sizeof(Vertex));
nw.maxedges = MAX(nedges,1)+nnodes+2; /* Maybe larger than needed? */
nw.inedges = (TreeNode *) calloc(nw.maxedges,sizeof(TreeNode));
nw.outedges = (TreeNode *) calloc(nw.maxedges,sizeof(TreeNode));
/* GetRNGstate(); R function enabling uniform RNG */
if(lasttoggle_flag){
nw.duration_info.time=time;
nw.duration_info.lasttoggle = (int *) calloc(DYADCOUNT(nnodes, bipartite, directed_flag), sizeof(int));
if(lasttoggle)
memcpy(nw.duration_info.lasttoggle, lasttoggle, DYADCOUNT(nnodes, bipartite, directed_flag) * sizeof(int));
}
else nw.duration_info.lasttoggle = NULL;
/*Configure a Network*/
nw.nnodes = nnodes;
nw.nedges = 0; /* Edges will be added one by one */
nw.directed_flag=directed_flag;
nw.bipartite=bipartite;
ShuffleEdges(tails,heads,nedges); /* shuffle to avoid worst-case performance */
for(Edge i = 0; i < nedges; i++) {
Vertex tail=tails[i], head=heads[i];
if (!directed_flag && tail > head)
AddEdgeToTrees(head,tail,&nw); /* Undir edges always have tail < head */
else
AddEdgeToTrees(tail,head,&nw);
}
/* PutRNGstate(); */
return nw;
}
void SummStats(Edge n_edges, Vertex *tails, Vertex *heads,
Network *nwp, Model *m, double *stats){
GetRNGstate(); /* R function enabling uniform RNG */
ShuffleEdges(tails,heads,n_edges); /* Shuffle edgelist. */
for (unsigned int termi=0; termi < m->n_terms; termi++)
m->termarray[termi].dstats = m->workspace;
/* Doing this one toggle at a time saves a lot of toggles... */
for(Edge e=0; e<n_edges; e++){
ModelTerm *mtp = m->termarray;
double *statspos=stats;
for (unsigned int termi=0; termi < m->n_terms; termi++, mtp++){
if(!mtp->s_func){
(*(mtp->d_func))(1, tails+e, heads+e,
mtp, nwp); /* Call d_??? function */
for (unsigned int i=0; i < mtp->nstats; i++,statspos++)
*statspos += mtp->dstats[i];
}else statspos += mtp->nstats;
}
ToggleEdge(tails[e],heads[e],nwp);
}
ModelTerm *mtp = m->termarray;
double *dstats = m->workspace;
double *statspos=stats;
for (unsigned int termi=0; termi < m->n_terms; termi++, dstats+=mtp->nstats, mtp++ ){
if(mtp->s_func){
(*(mtp->s_func))(mtp, nwp); /* Call s_??? function */
for (unsigned int i=0; i < mtp->nstats; i++,statspos++)
*statspos = mtp->dstats[i];
}else statspos += mtp->nstats;
}
PutRNGstate();
}
void SummStats(Edge n_edges, Vertex n_nodes, Vertex *tails, Vertex *heads,
Network *nwp, Model *m, double *stats, Network *y0){
Vertex *nodes; /*may need to change*/
nodes = (Vertex *)malloc( 1 * sizeof(Vertex));
GetRNGstate(); /* R function enabling uniform RNG */
ShuffleEdges(tails,heads,n_edges); /* Shuffle edgelist. */
for (unsigned int termi=0; termi < m->n_terms; termi++)
m->termarray[termi].dstats = m->workspace;
/* Doing this one toggle at a time saves a lot of toggles... */
for(Edge e=0; e<n_edges; e++){
ModelTerm *mtp = m->termarray;
double *statspos=stats;
nodes[0] = 0;
for (unsigned int termi=0; termi < m->n_terms; termi++, mtp++){
if(!mtp->s_func){
(*(mtp->d_func))(1, tails+e, heads+e, nodes,
mtp, nwp, y0); /* Call d_??? function */
for (unsigned int i=0; i < mtp->nstats; i++,statspos++)
*statspos += mtp->dstats[i];
}else statspos += mtp->nstats;
}
ToggleEdge(tails[e],heads[e],nwp);
}
/* Doing this one toggle at a time saves a lot of toggles... */
for(int v=0; v<n_nodes; v++){
if(m->nodalstatus[v]== 2.0){
nodes[0] = (int) (v+1);
ModelTerm *mtp = m->termarray;
double *statspos=stats;
for (unsigned int termi=0; termi < m->n_terms; termi++, mtp++){
if(!mtp->s_func){
(*(mtp->d_func))(1, tails, heads, nodes,
mtp, nwp, y0); /* Call d_??? function */
for (unsigned int i=0; i < mtp->nstats; i++,statspos++)
*statspos += mtp->dstats[i];
}else statspos += mtp->nstats;
}
ToggleNode(v+1,nwp);
}
}
ModelTerm *mtp = m->termarray;
double *dstats = m->workspace;
double *statspos=stats;
for (unsigned int termi=0; termi < m->n_terms; termi++, dstats+=mtp->nstats, mtp++ ){
if(mtp->s_func){
(*(mtp->s_func))(mtp, nwp); /* Call s_??? function */
for (unsigned int i=0; i < mtp->nstats; i++,statspos++)
*statspos = mtp->dstats[i];
}else statspos += mtp->nstats;
}
PutRNGstate();
}
