/*  File inst/include/ergm_stubs.c in package ergm, part of the Statnet suite
 *  of packages for network analysis, https://statnet.org .
 *
 *  This software is distributed under the GPL-3 license.  It is free, open
 *  source, and has the attribution requirements (GPL Section 7) at
 *  https://statnet.org/attribution .
 *
 *  Copyright 2003-2025 Statnet Commons
 */

#include "ergm_constants.h"

int GetBuiltABIVersion_ergm(void){
  return ERGM_ABI_VERSION;
}

#define STUBFILE
#include <stddef.h>
#include <R_ext/Rdynload.h>

#include "changestat.h"
Network * NetworkInitialize_noLT(Vertex *tails, Vertex *heads, Edge nedges,Vertex nnodes, Rboolean directed_flag, Vertex bipartite){
static Network * (*fun)(Vertex *,Vertex *,Edge,Vertex,Rboolean,Vertex) = NULL;
if(fun==NULL) fun = (Network * (*)(Vertex *,Vertex *,Edge,Vertex,Rboolean,Vertex)) R_FindSymbol("NetworkInitialize_noLT", "ergm", NULL);
return fun(tails,heads,nedges,nnodes,directed_flag,bipartite);
}
void NetworkDestroy(Network *nwp){
static void (*fun)(Network *) = NULL;
if(fun==NULL) fun = (void (*)(Network *)) R_FindSymbol("NetworkDestroy", "ergm", NULL);
fun(nwp);
}
Network * NetworkCopy(Network *src){
static Network * (*fun)(Network *) = NULL;
if(fun==NULL) fun = (Network * (*)(Network *)) R_FindSymbol("NetworkCopy", "ergm", NULL);
return fun(src);
}
SEXP Network2Redgelist(Network *nwp){
static SEXP (*fun)(Network *) = NULL;
if(fun==NULL) fun = (SEXP (*)(Network *)) R_FindSymbol("Network2Redgelist", "ergm", NULL);
return fun(nwp);
}
Network * Redgelist2Network(SEXP elR, Rboolean empty){
static Network * (*fun)(SEXP,Rboolean) = NULL;
if(fun==NULL) fun = (Network * (*)(SEXP,Rboolean)) R_FindSymbol("Redgelist2Network", "ergm", NULL);
return fun(elR,empty);
}
void SetEdge(Vertex tail, Vertex head, Rboolean weight, Network *nwp){
static void (*fun)(Vertex,Vertex,Rboolean,Network *) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,Rboolean,Network *)) R_FindSymbol("SetEdge", "ergm", NULL);
fun(tail,head,weight,nwp);
}
int ToggleEdge(Vertex tail, Vertex head, Network *nwp){
static int (*fun)(Vertex,Vertex,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex,Vertex,Network *)) R_FindSymbol("ToggleEdge", "ergm", NULL);
return fun(tail,head,nwp);
}
void AddEdgeToTrees(Vertex tail, Vertex head, Network *nwp){
static void (*fun)(Vertex,Vertex,Network *) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,Network *)) R_FindSymbol("AddEdgeToTrees", "ergm", NULL);
fun(tail,head,nwp);
}
int DeleteEdgeFromTrees(Vertex tail, Vertex head, Network *nwp){
static int (*fun)(Vertex,Vertex,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex,Vertex,Network *)) R_FindSymbol("DeleteEdgeFromTrees", "ergm", NULL);
return fun(tail,head,nwp);
}
void AddOnNetworkEdgeChange(Network *nwp, OnNetworkEdgeChange callback, void *payload, unsigned int pos){
static void (*fun)(Network *,OnNetworkEdgeChange,void *,unsigned int) = NULL;
if(fun==NULL) fun = (void (*)(Network *,OnNetworkEdgeChange,void *,unsigned int)) R_FindSymbol("AddOnNetworkEdgeChange", "ergm", NULL);
fun(nwp,callback,payload,pos);
}
void DeleteOnNetworkEdgeChange(Network *nwp, OnNetworkEdgeChange callback, void *payload){
static void (*fun)(Network *,OnNetworkEdgeChange,void *) = NULL;
if(fun==NULL) fun = (void (*)(Network *,OnNetworkEdgeChange,void *)) R_FindSymbol("DeleteOnNetworkEdgeChange", "ergm", NULL);
fun(nwp,callback,payload);
}
int FindithEdge(Vertex *tail, Vertex *head, Edge i, Network *nwp){
static int (*fun)(Vertex *,Vertex *,Edge,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,Edge,Network *)) R_FindSymbol("FindithEdge", "ergm", NULL);
return fun(tail,head,i,nwp);
}
int GetRandEdge(Vertex *tail, Vertex *head, Network *nwp){
static int (*fun)(Vertex *,Vertex *,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,Network *)) R_FindSymbol("GetRandEdge", "ergm", NULL);
return fun(tail,head,nwp);
}
int FindithNonedge(Vertex *tail, Vertex *head, Dyad i, Network *nwp){
static int (*fun)(Vertex *,Vertex *,Dyad,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,Dyad,Network *)) R_FindSymbol("FindithNonedge", "ergm", NULL);
return fun(tail,head,i,nwp);
}
int GetRandNonedge(Vertex *tail, Vertex *head, Network *nwp){
static int (*fun)(Vertex *,Vertex *,Network *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,Network *)) R_FindSymbol("GetRandNonedge", "ergm", NULL);
return fun(tail,head,nwp);
}
void InOrderTreeWalk(TreeNode *edges, Edge x){
static void (*fun)(TreeNode *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(TreeNode *,Edge)) R_FindSymbol("InOrderTreeWalk", "ergm", NULL);
fun(edges,x);
}
void NetworkEdgeList(Network *nwp){
static void (*fun)(Network *) = NULL;
if(fun==NULL) fun = (void (*)(Network *)) R_FindSymbol("NetworkEdgeList", "ergm", NULL);
fun(nwp);
}
void ShuffleEdges(Vertex *tails, Vertex *heads, Edge nedges){
static void (*fun)(Vertex *,Vertex *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,Edge)) R_FindSymbol("ShuffleEdges", "ergm", NULL);
fun(tails,heads,nedges);
}
void DetShuffleEdges(Vertex *tails, Vertex *heads, Edge nedges){
static void (*fun)(Vertex *,Vertex *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,Edge)) R_FindSymbol("DetShuffleEdges", "ergm", NULL);
fun(tails,heads,nedges);
}
void DetUnShuffleEdges(Vertex *tails, Vertex *heads, Edge nedges){
static void (*fun)(Vertex *,Vertex *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,Edge)) R_FindSymbol("DetUnShuffleEdges", "ergm", NULL);
fun(tails,heads,nedges);
}
Edge EdgeTree2EdgeList(Vertex *tails, Vertex *heads, Network *nwp, Edge nmax){
static Edge (*fun)(Vertex *,Vertex *,Network *,Edge) = NULL;
if(fun==NULL) fun = (Edge (*)(Vertex *,Vertex *,Network *,Edge)) R_FindSymbol("EdgeTree2EdgeList", "ergm", NULL);
return fun(tails,heads,nwp,nmax);
}
void ToggleKnownEdge(Vertex tail, Vertex head, Network *nwp, Rboolean edgestate){
static void (*fun)(Vertex,Vertex,Network *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,Network *,Rboolean)) R_FindSymbol("ToggleKnownEdge", "ergm", NULL);
fun(tail,head,nwp,edgestate);
}
double my_choose(double n, int r){
static double (*fun)(double,int) = NULL;
if(fun==NULL) fun = (double (*)(double,int)) R_FindSymbol("my_choose", "ergm", NULL);
return fun(n,r);
}

#include "ergm_BDStrat_proposals.h"
MHProposal * MHProposalInitialize(SEXP pR, Network *nwp, void **aux_storage){
static MHProposal * (*fun)(SEXP,Network *,void **) = NULL;
if(fun==NULL) fun = (MHProposal * (*)(SEXP,Network *,void **)) R_FindSymbol("MHProposalInitialize", "ergm", NULL);
return fun(pR,nwp,aux_storage);
}
void MHProposalDestroy(MHProposal *MH, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MHProposalDestroy", "ergm", NULL);
fun(MH,nwp);
}
void Mi_BDStratTNT(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("Mi_BDStratTNT", "ergm", NULL);
fun(MHp,nwp);
}
void Mf_BDStratTNT(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("Mf_BDStratTNT", "ergm", NULL);
fun(MHp,nwp);
}

#include "ergm_changestat_auxnet.h"
Model* ModelInitialize(SEXP mR, SEXP ext_stateR, Network *nwp, Rboolean noinit_s){
static Model* (*fun)(SEXP,SEXP,Network *,Rboolean) = NULL;
if(fun==NULL) fun = (Model* (*)(SEXP,SEXP,Network *,Rboolean)) R_FindSymbol("ModelInitialize", "ergm", NULL);
return fun(mR,ext_stateR,nwp,noinit_s);
}
void ModelDestroy(Network *nwp, Model *m){
static void (*fun)(Network *,Model *) = NULL;
if(fun==NULL) fun = (void (*)(Network *,Model *)) R_FindSymbol("ModelDestroy", "ergm", NULL);
fun(nwp,m);
}
void ChangeStatsDo(unsigned int ntoggles, Vertex *tails, Vertex *heads, Network *nwp, Model *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,Network *,Model *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,Network *,Model *)) R_FindSymbol("ChangeStatsDo", "ergm", NULL);
fun(ntoggles,tails,heads,nwp,m);
}
void ChangeStatsUndo(unsigned int ntoggles, Vertex *tails, Vertex *heads, Network *nwp, Model *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,Network *,Model *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,Network *,Model *)) R_FindSymbol("ChangeStatsUndo", "ergm", NULL);
fun(ntoggles,tails,heads,nwp,m);
}
void ChangeStats(unsigned int ntoggles, Vertex *tails, Vertex *heads, Network *nwp, Model *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,Network *,Model *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,Network *,Model *)) R_FindSymbol("ChangeStats", "ergm", NULL);
fun(ntoggles,tails,heads,nwp,m);
}
void ChangeStats1(Vertex tail, Vertex head, Network *nwp, Model *m, Rboolean edgestate){
static void (*fun)(Vertex,Vertex,Network *,Model *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,Network *,Model *,Rboolean)) R_FindSymbol("ChangeStats1", "ergm", NULL);
fun(tail,head,nwp,m,edgestate);
}
void ZStats(Network *nwp, Model *m, Rboolean skip_s){
static void (*fun)(Network *,Model *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(Network *,Model *,Rboolean)) R_FindSymbol("ZStats", "ergm", NULL);
fun(nwp,m,skip_s);
}
void EmptyNetworkStats(Model *m, Rboolean skip_s){
static void (*fun)(Model *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(Model *,Rboolean)) R_FindSymbol("EmptyNetworkStats", "ergm", NULL);
fun(m,skip_s);
}
void SummStats(Edge n_edges, Vertex *tails, Vertex *heads, Network *nwp, Model *m){
static void (*fun)(Edge,Vertex *,Vertex *,Network *,Model *) = NULL;
if(fun==NULL) fun = (void (*)(Edge,Vertex *,Vertex *,Network *,Model *)) R_FindSymbol("SummStats", "ergm", NULL);
fun(n_edges,tails,heads,nwp,m);
}

#include "ergm_dyadgen.h"
WtNetwork * WtNetworkInitialize_noLT(Vertex *tails, Vertex *heads, double *weights, Edge nedges,Vertex nnodes, Rboolean directed_flag, Vertex bipartite){
static WtNetwork * (*fun)(Vertex *,Vertex *,double *,Edge,Vertex,Rboolean,Vertex) = NULL;
if(fun==NULL) fun = (WtNetwork * (*)(Vertex *,Vertex *,double *,Edge,Vertex,Rboolean,Vertex)) R_FindSymbol("WtNetworkInitialize_noLT", "ergm", NULL);
return fun(tails,heads,weights,nedges,nnodes,directed_flag,bipartite);
}
void WtNetworkDestroy(WtNetwork *nwp){
static void (*fun)(WtNetwork *) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *)) R_FindSymbol("WtNetworkDestroy", "ergm", NULL);
fun(nwp);
}
WtNetwork * WtNetworkCopy(WtNetwork *src){
static WtNetwork * (*fun)(WtNetwork *) = NULL;
if(fun==NULL) fun = (WtNetwork * (*)(WtNetwork *)) R_FindSymbol("WtNetworkCopy", "ergm", NULL);
return fun(src);
}
SEXP WtNetwork2Redgelist(WtNetwork *nwp){
static SEXP (*fun)(WtNetwork *) = NULL;
if(fun==NULL) fun = (SEXP (*)(WtNetwork *)) R_FindSymbol("WtNetwork2Redgelist", "ergm", NULL);
return fun(nwp);
}
WtNetwork * Redgelist2WtNetwork(SEXP elR, Rboolean empty){
static WtNetwork * (*fun)(SEXP,Rboolean) = NULL;
if(fun==NULL) fun = (WtNetwork * (*)(SEXP,Rboolean)) R_FindSymbol("Redgelist2WtNetwork", "ergm", NULL);
return fun(elR,empty);
}
void WtSetEdge(Vertex tail, Vertex head, double weight, WtNetwork *nwp){
static void (*fun)(Vertex,Vertex,double,WtNetwork *) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,double,WtNetwork *)) R_FindSymbol("WtSetEdge", "ergm", NULL);
fun(tail,head,weight,nwp);
}
int WtToggleEdge(Vertex tail, Vertex head, double weight, WtNetwork *nwp){
static int (*fun)(Vertex,Vertex,double,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex,Vertex,double,WtNetwork *)) R_FindSymbol("WtToggleEdge", "ergm", NULL);
return fun(tail,head,weight,nwp);
}
void WtAddEdgeToTrees(Vertex tail, Vertex head, double weight, WtNetwork *nwp){
static void (*fun)(Vertex,Vertex,double,WtNetwork *) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,double,WtNetwork *)) R_FindSymbol("WtAddEdgeToTrees", "ergm", NULL);
fun(tail,head,weight,nwp);
}
int WtDeleteEdgeFromTrees(Vertex tail, Vertex head, WtNetwork *nwp){
static int (*fun)(Vertex,Vertex,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex,Vertex,WtNetwork *)) R_FindSymbol("WtDeleteEdgeFromTrees", "ergm", NULL);
return fun(tail,head,nwp);
}
void AddOnWtNetworkEdgeChange(WtNetwork *nwp, OnWtNetworkEdgeChange callback, void *payload, unsigned int pos){
static void (*fun)(WtNetwork *,OnWtNetworkEdgeChange,void *,unsigned int) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *,OnWtNetworkEdgeChange,void *,unsigned int)) R_FindSymbol("AddOnWtNetworkEdgeChange", "ergm", NULL);
fun(nwp,callback,payload,pos);
}
void DeleteOnWtNetworkEdgeChange(WtNetwork *nwp, OnWtNetworkEdgeChange callback, void *payload){
static void (*fun)(WtNetwork *,OnWtNetworkEdgeChange,void *) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *,OnWtNetworkEdgeChange,void *)) R_FindSymbol("DeleteOnWtNetworkEdgeChange", "ergm", NULL);
fun(nwp,callback,payload);
}
int WtFindithEdge(Vertex *tail, Vertex *head, double *weight, Edge i, WtNetwork *nwp){
static int (*fun)(Vertex *,Vertex *,double *,Edge,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,double *,Edge,WtNetwork *)) R_FindSymbol("WtFindithEdge", "ergm", NULL);
return fun(tail,head,weight,i,nwp);
}
int WtGetRandEdge(Vertex *tail, Vertex *head, double *weight, WtNetwork *nwp){
static int (*fun)(Vertex *,Vertex *,double *,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,double *,WtNetwork *)) R_FindSymbol("WtGetRandEdge", "ergm", NULL);
return fun(tail,head,weight,nwp);
}
int WtFindithNonedge(Vertex *tail, Vertex *head, Dyad i, WtNetwork *nwp){
static int (*fun)(Vertex *,Vertex *,Dyad,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,Dyad,WtNetwork *)) R_FindSymbol("WtFindithNonedge", "ergm", NULL);
return fun(tail,head,i,nwp);
}
int WtGetRandNonedge(Vertex *tail, Vertex *head, WtNetwork *nwp){
static int (*fun)(Vertex *,Vertex *,WtNetwork *) = NULL;
if(fun==NULL) fun = (int (*)(Vertex *,Vertex *,WtNetwork *)) R_FindSymbol("WtGetRandNonedge", "ergm", NULL);
return fun(tail,head,nwp);
}
void WtInOrderTreeWalk(WtTreeNode *edges, Edge x){
static void (*fun)(WtTreeNode *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(WtTreeNode *,Edge)) R_FindSymbol("WtInOrderTreeWalk", "ergm", NULL);
fun(edges,x);
}
void WtNetworkEdgeList(WtNetwork *nwp){
static void (*fun)(WtNetwork *) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *)) R_FindSymbol("WtNetworkEdgeList", "ergm", NULL);
fun(nwp);
}
void WtShuffleEdges(Vertex *tails, Vertex *heads, double *weights, Edge nedges){
static void (*fun)(Vertex *,Vertex *,double *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,double *,Edge)) R_FindSymbol("WtShuffleEdges", "ergm", NULL);
fun(tails,heads,weights,nedges);
}
void WtDetShuffleEdges(Vertex *tails, Vertex *heads, double *weights, Edge nedges){
static void (*fun)(Vertex *,Vertex *,double *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,double *,Edge)) R_FindSymbol("WtDetShuffleEdges", "ergm", NULL);
fun(tails,heads,weights,nedges);
}
void WtDetUnShuffleEdges(Vertex *tails, Vertex *heads, double *weights, Edge nedges){
static void (*fun)(Vertex *,Vertex *,double *,Edge) = NULL;
if(fun==NULL) fun = (void (*)(Vertex *,Vertex *,double *,Edge)) R_FindSymbol("WtDetUnShuffleEdges", "ergm", NULL);
fun(tails,heads,weights,nedges);
}
Edge WtEdgeTree2EdgeList(Vertex *tails, Vertex *heads, double *weights, WtNetwork *nwp, Edge nmax){
static Edge (*fun)(Vertex *,Vertex *,double *,WtNetwork *,Edge) = NULL;
if(fun==NULL) fun = (Edge (*)(Vertex *,Vertex *,double *,WtNetwork *,Edge)) R_FindSymbol("WtEdgeTree2EdgeList", "ergm", NULL);
return fun(tails,heads,weights,nwp,nmax);
}
void PrintRLEBDM1D(const RLEBDM1D *m){
static void (*fun)(const RLEBDM1D *) = NULL;
if(fun==NULL) fun = (void (*)(const RLEBDM1D *)) R_FindSymbol("PrintRLEBDM1D", "ergm", NULL);
fun(m);
}
void DyadGenSetUpIntersect(DyadGen *gen, void *track_nwp, Rboolean force){
static void (*fun)(DyadGen *,void *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(DyadGen *,void *,Rboolean)) R_FindSymbol("DyadGenSetUpIntersect", "ergm", NULL);
fun(gen,track_nwp,force);
}
DyadGen * DyadGenInitialize(DyadGenType type, void *dyads, void *track_nwp){
static DyadGen * (*fun)(DyadGenType,void *,void *) = NULL;
if(fun==NULL) fun = (DyadGen * (*)(DyadGenType,void *,void *)) R_FindSymbol("DyadGenInitialize", "ergm", NULL);
return fun(type,dyads,track_nwp);
}
DyadGen * DyadGenInitializeR(SEXP pR, void *any_nwp, Rboolean el){
static DyadGen * (*fun)(SEXP,void *,Rboolean) = NULL;
if(fun==NULL) fun = (DyadGen * (*)(SEXP,void *,Rboolean)) R_FindSymbol("DyadGenInitializeR", "ergm", NULL);
return fun(pR,any_nwp,el);
}
void DyadGenDestroy(DyadGen *gen){
static void (*fun)(DyadGen *) = NULL;
if(fun==NULL) fun = (void (*)(DyadGen *)) R_FindSymbol("DyadGenDestroy", "ergm", NULL);
fun(gen);
}
void DyadGenUpdate(Vertex tail, Vertex head, void *gen, Network *nwp, Rboolean edgestate){
static void (*fun)(Vertex,Vertex,void *,Network *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,void *,Network *,Rboolean)) R_FindSymbol("DyadGenUpdate", "ergm", NULL);
fun(tail,head,gen,nwp,edgestate);
}
void WtDyadGenUpdate(Vertex tail, Vertex head, double weight, void *gen, WtNetwork *nwp, double edgestate){
static void (*fun)(Vertex,Vertex,double,void *,WtNetwork *,double) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,double,void *,WtNetwork *,double)) R_FindSymbol("WtDyadGenUpdate", "ergm", NULL);
fun(tail,head,weight,gen,nwp,edgestate);
}
void AddOnDyadGenInit(OnDyadGenInit callback, void *payload){
static void (*fun)(OnDyadGenInit,void *) = NULL;
if(fun==NULL) fun = (void (*)(OnDyadGenInit,void *)) R_FindSymbol("AddOnDyadGenInit", "ergm", NULL);
fun(callback,payload);
}
void DeleteOnDyadGenInit(OnDyadGenInit callback, void *payload){
static void (*fun)(OnDyadGenInit,void *) = NULL;
if(fun==NULL) fun = (void (*)(OnDyadGenInit,void *)) R_FindSymbol("DeleteOnDyadGenInit", "ergm", NULL);
fun(callback,payload);
}

#include "ergm_dyad_hashmap_utils.h"
void PrintDyadMapUInt(StoreDyadMapUInt *h){
static void (*fun)(StoreDyadMapUInt *) = NULL;
if(fun==NULL) fun = (void (*)(StoreDyadMapUInt *)) R_FindSymbol("PrintDyadMapUInt", "ergm", NULL);
fun(h);
}
void PrintStrictDyadMapUInt(StoreStrictDyadMapUInt *h){
static void (*fun)(StoreStrictDyadMapUInt *) = NULL;
if(fun==NULL) fun = (void (*)(StoreStrictDyadMapUInt *)) R_FindSymbol("PrintStrictDyadMapUInt", "ergm", NULL);
fun(h);
}
void PrintDyadSet(StoreDyadSet *h){
static void (*fun)(StoreDyadSet *) = NULL;
if(fun==NULL) fun = (void (*)(StoreDyadSet *)) R_FindSymbol("PrintDyadSet", "ergm", NULL);
fun(h);
}
void PrintStrictDyadSet(StoreStrictDyadSet *h){
static void (*fun)(StoreStrictDyadSet *) = NULL;
if(fun==NULL) fun = (void (*)(StoreStrictDyadSet *)) R_FindSymbol("PrintStrictDyadSet", "ergm", NULL);
fun(h);
}
StoreDyadSet * NetworkToDyadSet(Network *nwp){
static StoreDyadSet * (*fun)(Network *) = NULL;
if(fun==NULL) fun = (StoreDyadSet * (*)(Network *)) R_FindSymbol("NetworkToDyadSet", "ergm", NULL);
return fun(nwp);
}
StoreStrictDyadSet * NetworkToStrictDyadSet(Network *nwp){
static StoreStrictDyadSet * (*fun)(Network *) = NULL;
if(fun==NULL) fun = (StoreStrictDyadSet * (*)(Network *)) R_FindSymbol("NetworkToStrictDyadSet", "ergm", NULL);
return fun(nwp);
}

#include "ergm_etamap.h"
void ergm_eta(double *theta, SEXP etamap, double *eta){
static void (*fun)(double *,SEXP,double *) = NULL;
if(fun==NULL) fun = (void (*)(double *,SEXP,double *)) R_FindSymbol("ergm_eta", "ergm", NULL);
fun(theta,etamap,eta);
}
void ergm_etagrad(double *theta, SEXP etamap, double *eta){
static void (*fun)(double *,SEXP,double *) = NULL;
if(fun==NULL) fun = (void (*)(double *,SEXP,double *)) R_FindSymbol("ergm_etagrad", "ergm", NULL);
fun(theta,etamap,eta);
}
void ergm_etagradmult(double *theta, double *v, unsigned int nv, SEXP etamap, double *ans){
static void (*fun)(double *,double *,unsigned int,SEXP,double *) = NULL;
if(fun==NULL) fun = (void (*)(double *,double *,unsigned int,SEXP,double *)) R_FindSymbol("ergm_etagradmult", "ergm", NULL);
fun(theta,v,nv,etamap,ans);
}

#include "ergm_MHproposal_bd.h"
DegreeBound* DegreeBoundInitializeR(SEXP MHpR, Network *nwp){
static DegreeBound* (*fun)(SEXP,Network *) = NULL;
if(fun==NULL) fun = (DegreeBound* (*)(SEXP,Network *)) R_FindSymbol("DegreeBoundInitializeR", "ergm", NULL);
return fun(MHpR,nwp);
}
DegreeBound* DegreeBoundInitialize(int *attribs, int *maxout, int *maxin,int *minout, int *minin, int condAllDegExact,int attriblength, Network *nwp){
static DegreeBound* (*fun)(int *,int *,int *,int *,int *,int,int,Network *) = NULL;
if(fun==NULL) fun = (DegreeBound* (*)(int *,int *,int *,int *,int *,int,int,Network *)) R_FindSymbol("DegreeBoundInitialize", "ergm", NULL);
return fun(attribs,maxout,maxin,minout,minin,condAllDegExact,attriblength,nwp);
}
void DegreeBoundDestroy(DegreeBound *bd){
static void (*fun)(DegreeBound *) = NULL;
if(fun==NULL) fun = (void (*)(DegreeBound *)) R_FindSymbol("DegreeBoundDestroy", "ergm", NULL);
fun(bd);
}
int CheckTogglesValid(DegreeBound *bd, MHProposal *MHp, Network *nwp){
static int (*fun)(DegreeBound *,MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (int (*)(DegreeBound *,MHProposal *,Network *)) R_FindSymbol("CheckTogglesValid", "ergm", NULL);
return fun(bd,MHp,nwp);
}
int CheckConstrainedTogglesValid(DegreeBound *bd, MHProposal *MHp, Network *nwp){
static int (*fun)(DegreeBound *,MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (int (*)(DegreeBound *,MHProposal *,Network *)) R_FindSymbol("CheckConstrainedTogglesValid", "ergm", NULL);
return fun(bd,MHp,nwp);
}

#include "ergm_MHproposals_degree.h"
void MH_CondDegreeTetrad(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondDegreeTetrad", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondDegreeHexad(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondDegreeHexad", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondDegree(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondDegree", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondOutDegree(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondOutDegree", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondInDegree(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondInDegree", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondB1Degree(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondB1Degree", "ergm", NULL);
fun(MHp,nwp);
}
void MH_CondB2Degree(MHProposal *MHp, Network *nwp){
static void (*fun)(MHProposal *,Network *) = NULL;
if(fun==NULL) fun = (void (*)(MHProposal *,Network *)) R_FindSymbol("MH_CondB2Degree", "ergm", NULL);
fun(MHp,nwp);
}

#include "ergm_state.h"
ErgmState * ErgmStateInit(SEXP stateR,unsigned int flags){
static ErgmState * (*fun)(SEXP,unsigned int) = NULL;
if(fun==NULL) fun = (ErgmState * (*)(SEXP,unsigned int)) R_FindSymbol("ErgmStateInit", "ergm", NULL);
return fun(stateR,flags);
}
SEXP ErgmStateRSave(ErgmState *s){
static SEXP (*fun)(ErgmState *) = NULL;
if(fun==NULL) fun = (SEXP (*)(ErgmState *)) R_FindSymbol("ErgmStateRSave", "ergm", NULL);
return fun(s);
}
void ErgmStateDestroy(ErgmState *s){
static void (*fun)(ErgmState *) = NULL;
if(fun==NULL) fun = (void (*)(ErgmState *)) R_FindSymbol("ErgmStateDestroy", "ergm", NULL);
fun(s);
}
SEXP ErgmStateArrayClear(void){
static SEXP (*fun)(void) = NULL;
if(fun==NULL) fun = (SEXP (*)(void)) R_FindSymbol("ErgmStateArrayClear", "ergm", NULL);
return fun();
}

#include "ergm_wtchangestat_auxnet.h"
WtMHProposal * WtMHProposalInitialize(SEXP pR, WtNetwork *nwp, void **aux_storage){
static WtMHProposal * (*fun)(SEXP,WtNetwork *,void **) = NULL;
if(fun==NULL) fun = (WtMHProposal * (*)(SEXP,WtNetwork *,void **)) R_FindSymbol("WtMHProposalInitialize", "ergm", NULL);
return fun(pR,nwp,aux_storage);
}
void WtMHProposalDestroy(WtMHProposal *MH, WtNetwork *nwp){
static void (*fun)(WtMHProposal *,WtNetwork *) = NULL;
if(fun==NULL) fun = (void (*)(WtMHProposal *,WtNetwork *)) R_FindSymbol("WtMHProposalDestroy", "ergm", NULL);
fun(MH,nwp);
}
WtModel* WtModelInitialize(SEXP mR, SEXP ext_stateR, WtNetwork *nwp, Rboolean noinit_s){
static WtModel* (*fun)(SEXP,SEXP,WtNetwork *,Rboolean) = NULL;
if(fun==NULL) fun = (WtModel* (*)(SEXP,SEXP,WtNetwork *,Rboolean)) R_FindSymbol("WtModelInitialize", "ergm", NULL);
return fun(mR,ext_stateR,nwp,noinit_s);
}
void WtModelDestroy(WtNetwork *nwp, WtModel *m){
static void (*fun)(WtNetwork *,WtModel *) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *,WtModel *)) R_FindSymbol("WtModelDestroy", "ergm", NULL);
fun(nwp,m);
}
void WtChangeStatsDo(unsigned int ntoggles, Vertex *tails, Vertex *heads, double *weights, WtNetwork *nwp, WtModel *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *)) R_FindSymbol("WtChangeStatsDo", "ergm", NULL);
fun(ntoggles,tails,heads,weights,nwp,m);
}
void WtChangeStatsUndo(unsigned int ntoggles, Vertex *tails, Vertex *heads, double *weights, WtNetwork *nwp, WtModel *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *)) R_FindSymbol("WtChangeStatsUndo", "ergm", NULL);
fun(ntoggles,tails,heads,weights,nwp,m);
}
void WtChangeStats(unsigned int ntoggles, Vertex *tails, Vertex *heads, double *weights, WtNetwork *nwp, WtModel *m){
static void (*fun)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *) = NULL;
if(fun==NULL) fun = (void (*)(unsigned int,Vertex *,Vertex *,double *,WtNetwork *,WtModel *)) R_FindSymbol("WtChangeStats", "ergm", NULL);
fun(ntoggles,tails,heads,weights,nwp,m);
}
void WtChangeStats1(Vertex tail, Vertex head, double weight, WtNetwork *nwp, WtModel *m, double edgestate){
static void (*fun)(Vertex,Vertex,double,WtNetwork *,WtModel *,double) = NULL;
if(fun==NULL) fun = (void (*)(Vertex,Vertex,double,WtNetwork *,WtModel *,double)) R_FindSymbol("WtChangeStats1", "ergm", NULL);
fun(tail,head,weight,nwp,m,edgestate);
}
void WtZStats(WtNetwork *nwp, WtModel *m, Rboolean skip_s){
static void (*fun)(WtNetwork *,WtModel *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(WtNetwork *,WtModel *,Rboolean)) R_FindSymbol("WtZStats", "ergm", NULL);
fun(nwp,m,skip_s);
}
void WtEmptyNetworkStats(WtModel *m, Rboolean skip_s){
static void (*fun)(WtModel *,Rboolean) = NULL;
if(fun==NULL) fun = (void (*)(WtModel *,Rboolean)) R_FindSymbol("WtEmptyNetworkStats", "ergm", NULL);
fun(m,skip_s);
}
void WtSummStats(Edge n_edges, Vertex *tails, Vertex *heads, double *weights, WtNetwork *nwp, WtModel *m){
static void (*fun)(Edge,Vertex *,Vertex *,double *,WtNetwork *,WtModel *) = NULL;
if(fun==NULL) fun = (void (*)(Edge,Vertex *,Vertex *,double *,WtNetwork *,WtModel *)) R_FindSymbol("WtSummStats", "ergm", NULL);
fun(n_edges,tails,heads,weights,nwp,m);
}

#include "ergm_wtstate.h"
WtErgmState * WtErgmStateInit(SEXP stateR,unsigned int flags){
static WtErgmState * (*fun)(SEXP,unsigned int) = NULL;
if(fun==NULL) fun = (WtErgmState * (*)(SEXP,unsigned int)) R_FindSymbol("WtErgmStateInit", "ergm", NULL);
return fun(stateR,flags);
}
SEXP WtErgmStateRSave(WtErgmState *s){
static SEXP (*fun)(WtErgmState *) = NULL;
if(fun==NULL) fun = (SEXP (*)(WtErgmState *)) R_FindSymbol("WtErgmStateRSave", "ergm", NULL);
return fun(s);
}
void WtErgmStateDestroy(WtErgmState *s){
static void (*fun)(WtErgmState *) = NULL;
if(fun==NULL) fun = (void (*)(WtErgmState *)) R_FindSymbol("WtErgmStateDestroy", "ergm", NULL);
fun(s);
}
SEXP WtErgmStateArrayClear(void){
static SEXP (*fun)(void) = NULL;
if(fun==NULL) fun = (SEXP (*)(void)) R_FindSymbol("WtErgmStateArrayClear", "ergm", NULL);
return fun();
}
