// fprintf(stdout,"done\n");
}
-inline char *NameAlloc_sub(NameAllocator *na, char *inputname, int find)
+char *NameAlloc_sub(NameAllocator *na, char *inputname, int find)
{
chain_list *pt;
char buffer[BUFSIZ];
float TLC_CAPAFACTOR = 1.0;
float TLC_RESIFACTOR = 1.0;
-inline void tlc_setmaxfactor()
+void tlc_setmaxfactor()
{
TLC_RESIFACTOR = TLC_MAXSCALE_RESIFACTOR ;
TLC_CAPAFACTOR = TLC_MAXSCALE_CAPAFACTOR ;
}
-inline void tlc_setminfactor()
+void tlc_setminfactor()
{
TLC_RESIFACTOR = TLC_MINSCALE_RESIFACTOR ;
TLC_CAPAFACTOR = TLC_MINSCALE_CAPAFACTOR ;
}
-inline float tlc_getcapafactor()
+float tlc_getcapafactor()
{
return(TLC_CAPAFACTOR) ;
}
-inline float tlc_getresifactor()
+float tlc_getresifactor()
{
return(TLC_RESIFACTOR) ;
}
/* Informations on locon */
-inline void tlc_setmaxfactor __P(( void )) ;
-inline void tlc_setminfactor __P(( void )) ;
-inline float tlc_getcapafactor __P(( void )) ;
-inline float tlc_getresifactor __P(( void )) ;
+extern void tlc_setmaxfactor __P(( void )) ;
+extern void tlc_setminfactor __P(( void )) ;
+extern float tlc_getcapafactor __P(( void )) ;
+extern float tlc_getresifactor __P(( void )) ;
extern void tlcenv __P(( void )) ;
extern void tlc_mergeloconparam __P(( locon_list*, locon_list* ));
extern void tlc_setloconparam __P(( locon_list*, float ));
return curradindex-1;
}
-inline char *fastradical(locon_list *lc)
+char *fastradical(locon_list *lc)
{
Pnode2Radical *r;
r=(Pnode2Radical *)&lc->PNODE;
return radtable[r->radindex];
}
-inline int fastindex(locon_list *lc)
+int fastindex(locon_list *lc)
{
Pnode2Radical *r;
r=(Pnode2Radical *)&lc->PNODE;