COPTION DOUBLE,DUMP=1
      DIFF ( Y , X , 1 ) = COS(SQRT(2.0*X + 3.0))
   $
   $
      MPRINT = 2
      NSTEPS = 1000
      START = -1.4d0
      END = -1.3d0
      DLTXPT = 0.01d0
      Y(1) = (DCOS(DSQRT(2.0d0*START+3.0d0))+DSQRT(2.0d0*START+3.0d0)
     C *DSIN(DSQRT(2.0d0*START+3.0d0)));
      WRITE(LIST,120) START,END,DLTXPT,Y(1)
  120 FORMAT(8F16.10)
   $
   $
C DIGITS := 32;
C MAX_TERMS := 30;
C !
C X_START := -1.4;
C X_END := -1.3 ;
C DIFF(Y,0,EXACT_SOLN_Y(X_START));
C GLOB_LOOK_POLES := TRUE;
C GLOB_MAX_H := 0.0001;
C GLOB_UPPER_RATIO_LIMIT := 1.001;
C GLOB_LOWER_RATIO_LIMIT := 0.999;
C # GLOB_MIN_H := 0.000001;
C 
C #
C # NOT GIVEN = 0
C # REAL = 1
C # COMPLEX = 2 
C # NO POLE = 3
C # IMPOSSIBLE EQ = 4
C #
C GLOB_TYPE_GIVEN_POLE := 1;
C #  REAL PART 
C ARRAY_GIVEN_RAD_POLES[1,1] := -1.5;  
C # IMAG PART 
C ARRAY_GIVEN_RAD_POLES[1,2] := 0.0;
C # ORDER 
C ARRAY_GIVEN_ORD_POLES[1,1] := 0.5; 
C # NOT USED
C ARRAY_GIVEN_ORD_POLES[1,2] := 0.0;  
C 
C !
C EXACT_SOLN_Y := PROC(X)
C RETURN(COS(SQRT(2.0*X+3.0))+SQRT(2.0*X+3.0)*SIN(SQRT(2.0*X+3.0)));
C END;