#include <stdio.h>
#include <string.h>

#include "nab.h"
#include "y.tab.h"
#include "errormsg.h"
#include "symbol.h"

#define BIT(e) (1<<(e))
#define INSET(e,s) (BIT(e)&(s))

extern int cg_emsg_lineno;
extern SYMREC_T *astk[];
extern int astkp;
static int akind;
SYMREC_T *findsym();
static void checkattr();
void checkid();

static char typetab[][15][15] = {
  {
    { T_ERROR,T_INT,T_SIZE_T,T_FLOAT,T_STRING,T_POINT,T_MATRIX,T_FILE,T_ATOM,T_RESIDUE,T_MOLECULE,T_BOUNDS,T_ERROR,T_USER,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_INT,T_SIZE_T,T_FLOAT,T_INT,T_ERROR,T_ERROR,T_INT,T_INT,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_SIZE_T,T_SIZE_T,T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_FLOAT,T_FLOAT,T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_STRING,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_MATRIX,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_FILE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ATOM,T_ERROR,T_ERROR,T_ERROR,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_RESIDUE,T_ERROR,T_ERROR,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_MOLECULE,T_ERROR,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_BOUNDS,T_NULL,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_STRING,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_MATRIX,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_FILE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ATOM,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_RESIDUE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_MOLECULE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_BOUNDS,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_ERROR,T_UNDEF,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_UNDEF,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_SIZE_T,T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_FLOAT,T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_STRING,T_STRING,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_POINT,T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_MATRIX,T_MATRIX,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_FILE,T_FILE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_USER,T_USER,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_STRING,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_MATRIX,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_FILE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_MOLECULE,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_USER,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
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   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_INT,T_SIZE_T,T_FLOAT,T_STRING,T_POINT,T_MATRIX,T_FILE,T_ATOM,T_RESIDUE,T_MOLECULE,T_BOUNDS,T_NULL,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_INT,T_INT,T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_SIZE_T,T_SIZE_T,T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_FLOAT,T_FLOAT,T_FLOAT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_INT,T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_INT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_SIZE_T,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
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  }
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  }
  ,{
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   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
  ,{
    { T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_POINT,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
   ,{ T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR,T_ERROR }
  }
};

void checkexpr( expr )
NODE_T *expr;
{
  NODE_T *npl, *npr, *npd;
  char *fname;
  int class, nd;
  SYMREC_T *s_array;
  int l_class, r_class, o_class;
  int l_kind, r_kind, o_kind;
  int t_idx, l_type, r_type, o_type;

  if( expr ){
    npl = expr->n_left;
    npr = expr->n_right;
    if( expr->n_sym==SYM_LBRACK ){
      s_array = findsym( npl->n_val.v_value.v_cval );
      akind = s_array ? s_array->s_kind : K_UNDEF;
      astk[ astkp ] = s_array;
      astkp++;
    }
    checkexpr( npl );
    checkexpr( npr );

    cg_emsg_lineno = expr->n_lineno;

    l_class = npl ? npl->n_class : C_UNDEF;
    r_class = npr ? npr->n_class : C_UNDEF;
    l_kind = npl ? npl->n_kind : K_UNDEF;
    r_kind = npr ? npr->n_kind : K_UNDEF;
    l_type = npl ? npl->n_type : T_UNDEF;
    r_type = npr ? npr->n_type : T_UNDEF;

    switch( expr->n_sym ){

    case SYM_IDENT :
      checkid( expr );
      break;

    case SYM_PERIOD :
      checkattr( expr, npl, npr );
      break;

    case SYM_ALLOCATE :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'allocate stmt': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 0;
      if( INSET( r_kind, 010 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'allocate stmt': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_DARRAY;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'allocate stmt': operands have wrong types.\n");
      }
      break;
    case SYM_AND :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '&&': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '&&': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 1;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '&&': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '&&': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '&&': operands have wrong types.\n");
      }
      break;
    case SYM_ASSERT :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'assert stmt': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 2;
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'assert stmt': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'assert stmt': operands have wrong types.\n");
      }
      break;
    case SYM_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 3;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=': operands have wrong types.\n");
      }
      break;
    case SYM_ATSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0150 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '@': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0150 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '@': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 4;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '@': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '@': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '@': operands have wrong types.\n");
      }
      break;
    case SYM_CALL :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 020 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'function call': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 01 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'function call': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 5;
      if( INSET( l_kind, 02 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'function call': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 01 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'function call': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'function call': operands have wrong types.\n");
      }
      break;
    case SYM_DEALLOCATE :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'deallocate stmt': right operand has wrong class.\n");
        break;
      }
      o_class = C_UNDEF;
      t_idx = 6;
      if( INSET( r_kind, 040 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'deallocate stmt': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_UNDEF;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'deallocate stmt': operands have wrong types.\n");
      }
      break;
    case SYM_DELETE :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'delete stmt': right operand has wrong class.\n");
        break;
      }
      o_class = C_UNDEF;
      t_idx = 7;
      if( INSET( r_kind, 0104 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'delete stmt': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_UNDEF;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'delete stmt': operands have wrong types.\n");
      }
      break;
    case SYM_DONT_MATCH :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!~': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!~': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 8;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!~': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!~': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!~': operands have wrong types.\n");
      }
      break;
    case SYM_EQUAL :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '==': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '==': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 9;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '==': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '==': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '==': operands have wrong types.\n");
      }
      break;
    case SYM_FOREACH :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'for in loop': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'for in loop': right operand has wrong class.\n");
        break;
      }
      o_class = C_UNDEF;
      t_idx = 10;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'for in loop': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else if( INSET( r_kind, 0100 ) )
        t_idx += 1;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'for in loop': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_UNDEF;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'for in loop': operands have wrong types.\n");
      }
      break;
    case SYM_GREATER_EQUAL :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 12;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>=': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>=': operands have wrong types.\n");
      }
      break;
    case SYM_GREATER :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 13;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '>': operands have wrong types.\n");
      }
      break;
    case SYM_INDEX :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0153 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 14;
      if( INSET( akind, 060 ) )
        t_idx += 0;
      else if( INSET( akind, 0100 ) )
        t_idx += 1;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': array operand has wrong kind.\n");
        break;
      }
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 017 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'array index expr': operands have wrong types.\n");
      }
      break;
    case SYM_IN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'in': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'in': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 16;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'in': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 0100 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'in': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'in': operands have wrong types.\n");
      }
      break;
    case SYM_LBRACK :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '[': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '[': right operand has wrong class.\n");
        break;
      }
      o_class = C_VAR;
      t_idx = 17;
      if( INSET( l_kind, 060 ) )
        t_idx += 0;
      else if( INSET( l_kind, 0100 ) )
        t_idx += 1;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '[': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '[': right operand has wrong kind.\n");
        break;
      }
      if( INSET( l_kind, 020 ) )
        o_kind = K_SCALAR;
      if( INSET( l_kind, 040 ) )
        o_kind = K_DARRAYEL;
      if( INSET( l_kind, 0100 ) )
        o_kind = K_HASHEL;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '[': operands have wrong types.\n");
      }
      break;
    case SYM_LESS_EQUAL :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 19;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<=': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<=': operands have wrong types.\n");
      }
      break;
    case SYM_LESS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 20;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '<': operands have wrong types.\n");
      }
      break;
    case SYM_LPAREN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 01 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(': right operand has wrong class.\n");
        break;
      }
      o_class = r_class;
      t_idx = 21;
      if( INSET( l_kind, 01 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 0176 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(': right operand has wrong kind.\n");
        break;
      }
      o_kind = r_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(': operands have wrong types.\n");
      }
      break;
    case SYM_MATCH :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=~': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=~': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 22;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=~': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=~': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '=~': operands have wrong types.\n");
      }
      break;
    case SYM_MINUS_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 23;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-=': operands have wrong types.\n");
      }
      break;
    case SYM_MINUS_MINUS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 011 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '--': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 011 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '--': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 24;
      if( INSET( l_kind, 017 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '--': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 017 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '--': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '--': operands have wrong types.\n");
      }
      break;
    case SYM_MINUS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 25;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '-': operands have wrong types.\n");
      }
      break;
    case SYM_MODULUS_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 26;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%=': operands have wrong types.\n");
      }
      break;
    case SYM_MODULUS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 27;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '%': operands have wrong types.\n");
      }
      break;
    case SYM_NEGATE :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(Unary) -': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 28;
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(Unary) -': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '(Unary) -': operands have wrong types.\n");
      }
      break;
    case SYM_NOT_EQUAL :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0352 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 29;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!=': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!=': operands have wrong types.\n");
      }
      break;
    case SYM_NOT :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 30;
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '!': operands have wrong types.\n");
      }
      break;
    case SYM_OR :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '||': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '||': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 31;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '||': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '||': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '||': operands have wrong types.\n");
      }
      break;
    case SYM_PARM :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 0372 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'parameter': right operand has wrong class.\n");
        break;
      }
      o_class = C_UNDEF;
      t_idx = 32;
      if( INSET( r_kind, 0176 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'parameter': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_UNDEF;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'parameter': operands have wrong types.\n");
      }
      break;
    case SYM_PLUS_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 33;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+=': operands have wrong types.\n");
      }
      break;
    case SYM_PLUS_PLUS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 011 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '++': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 011 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '++': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 34;
      if( INSET( l_kind, 017 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '++': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 017 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '++': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '++': operands have wrong types.\n");
      }
      break;
    case SYM_PLUS :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 35;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '+': operands have wrong types.\n");
      }
      break;
    case SYM_SLASH_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 36;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/=': operands have wrong types.\n");
      }
      break;
    case SYM_SLASH :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 37;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '/': operands have wrong types.\n");
      }
      break;
    case SYM_STAR_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 38;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*=': operands have wrong types.\n");
      }
      break;
    case SYM_STAR :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 39;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '*': operands have wrong types.\n");
      }
      break;
    case SYM_TEST :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'test-for-true': right operand has wrong class.\n");
        break;
      }
      o_class = C_UNDEF;
      t_idx = 40;
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'test-for-true': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_UNDEF;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator 'test-for-true': operands have wrong types.\n");
      }
      break;
    case SYM_UPARROW_ASSIGN :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 010 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^=': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^=': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 41;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^=': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^=': right operand has wrong kind.\n");
        break;
      }
      o_kind = l_kind;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^=': operands have wrong types.\n");
      }
      break;
    case SYM_UPARROW :
      expr->n_class = C_UNDEF;
      expr->n_kind = K_UNDEF;
      expr->n_type = T_UNDEF;
      if( l_type == T_ERROR || r_type == T_ERROR ){
        expr->n_type = T_ERROR;
        break;
      }
      if( !INSET( l_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^': left operand has wrong class.\n");
        break;
      }
      if( !INSET( r_class, 0152 ) ){
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^': right operand has wrong class.\n");
        break;
      }
      o_class = C_EXPR;
      t_idx = 42;
      if( INSET( l_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^': left operand has wrong kind.\n");
        break;
      }
      if( INSET( r_kind, 016 ) )
        t_idx += 0;
      else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^': right operand has wrong kind.\n");
        break;
      }
      o_kind = K_SCALAR;
      o_type = typetab[t_idx][l_type][r_type];
      if( o_type != T_ERROR ){
        expr->n_class = o_class;
        expr->n_kind = o_kind;
        expr->n_type = o_type;
      }else{
        expr->n_type = T_ERROR;
        errormsg( FALSE,"operator '^': operands have wrong types.\n");
      }
      break;

    }

    if( expr->n_sym==SYM_LBRACK ){
      astkp--;
      if( astkp > 0 )
        akind = astk[astkp-1]->s_kind;
    }

  }
}

typedef struct atrec_t {
  char *a_name;
  int a_type;
  int a_class;
  int a_kind;
  int a_in;
  int a_access;
} ATREC_T;

static ATREC_T attab[] = {
  { "atomname", T_STRING, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "atomnum", T_INT, C_EXPR, K_SCALAR, 0400, A_FUNCTION }
 ,{ "atomtype", T_STRING, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "bfact", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "charge", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "element", T_STRING, C_EXPR, K_SCALAR, 0400, A_DIRECT }
 ,{ "float1", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "float2", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "fullname", T_STRING, C_EXPR, K_SCALAR, 0400, A_FUNCTION }
 ,{ "int1", T_INT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "natoms", T_INT, C_EXPR, K_SCALAR, 02000, A_FUNCTION }
 ,{ "nresidues", T_INT, C_EXPR, K_SCALAR, 02000, A_FUNCTION }
 ,{ "nstrands", T_INT, C_EXPR, K_SCALAR, 02000, A_FUNCTION }
 ,{ "occ", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "pos", T_POINT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "radius", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "resid", T_STRING, C_VAR, K_SCALAR, 01400, A_DIRECT }
 ,{ "resname", T_STRING, C_VAR, K_SCALAR, 01400, A_DIRECT }
 ,{ "resnum", T_INT, C_EXPR, K_SCALAR, 01400, A_FUNCTION }
 ,{ "strandname", T_STRING, C_VAR, K_SCALAR, 01400, A_DIRECT }
 ,{ "strandnum", T_INT, C_EXPR, K_SCALAR, 01400, A_FUNCTION }
 ,{ "tatomnum", T_INT, C_EXPR, K_SCALAR, 0400, A_FUNCTION }
 ,{ "tresnum", T_INT, C_EXPR, K_SCALAR, 01400, A_FUNCTION }
 ,{ "w", T_FLOAT, C_VAR, K_SCALAR, 0400, A_DIRECT }
 ,{ "x", T_FLOAT, C_VAR, K_SCALAR, 0440, A_DIRECT }
 ,{ "y", T_FLOAT, C_VAR, K_SCALAR, 0440, A_DIRECT }
 ,{ "z", T_FLOAT, C_VAR, K_SCALAR, 0440, A_DIRECT }
};
static int n_attab = sizeof( attab ) / sizeof( ATREC_T );

int CG_get_attr_access( expr, npl, npr )
NODE_T *expr;
NODE_T *npl;
NODE_T *npr;
{
  int i;
  ATREC_T *ap;
  VALUE_T *vp;
  char e_msg[ 256 ];

  if( npr->n_sym == SYM_IDENT )
    return( A_STRUCT );

  vp = &npr->n_val;
  ap = attab;
  for( i = 0; i < n_attab; i++, ap++ ){
    if( !strcmp( ap->a_name, vp->v_value.v_cval ) )
      return(ap->a_access);
  }
  sprintf( e_msg, "unknown attribute '%s'\n", vp->v_value.v_cval );
  expr->n_type = T_ERROR;
  errormsg( FALSE, e_msg );
  return(0);
}

static void checkattr( expr, npl, npr )
NODE_T *expr;
NODE_T *npl;
NODE_T *npr;
{
  int i, found;
  ATREC_T *ap;
  VALUE_T *vp;
  NODE_T *npv;
  SYMREC_T *str, *fld;
  char e_msg[ 256 ];

  if( npl->n_type == T_USER ){
    for( npv = npl; npv; npv = npv->n_left ){
      if( npv->n_sym == SYM_IDENT )
        break;
    }
    str = findsym( npv->n_val.v_value.v_cval );
    if( openusyms( str ) ){
      fld = findsym( npr->n_val.v_value.v_cval );
      if( fld == NULL || fld->s_scope != S_USER ){
        sprintf(e_msg,"fld '%s' not in struct '%s'\n", npr->n_val.v_value.v_cval, npv->n_val.v_value.v_cval );
        errormsg(FALSE,e_msg);
        return;
      }
      expr->n_type = fld->s_type;
      expr->n_class = fld->s_class;
      expr->n_kind = fld->s_kind;
      npr->n_sym = SYM_IDENT;
      closeusyms( NULL );
    }else{
    }
  }else{
    vp = &npr->n_val;
    ap = attab;
    for( found = FALSE, i = 0; i < n_attab; i++, ap++ ){
      if( !strcmp( ap->a_name, vp->v_value.v_cval ) ){
        found = TRUE;
        break;
      }
    }
    if( !found ){
      sprintf( e_msg, "unknown attribute '%s'\n", vp->v_value.v_cval );
      expr->n_type = T_ERROR;
      errormsg( FALSE, e_msg );
      return;
    }
    if( npl->n_class != C_VAR ){
      expr->n_type = T_ERROR;
      errormsg( FALSE,"operator '.': left operand must be a variable.\n" );
      return;
    }
    if( npl->n_kind != K_SCALAR &&
        npl->n_kind != K_DARRAYEL &&
        npl->n_kind != K_HASHEL ){
      expr->n_type = T_ERROR;
      errormsg( FALSE,"operator '.': left operand must be a scalar.\n" );
      return;
    }
    if( !INSET( npl->n_type, ap->a_in ) ){
      expr->n_type = T_ERROR;
      errormsg_s( FALSE,"operator '.': left operand has no attribute '%s'.\n", ap->a_name );
      return;
    }
    expr->n_type = ap->a_type;
    expr->n_class = ap->a_class;
    expr->n_kind = ap->a_kind;
  }
}