*-- Author : S.Burke / J.V. Morris
      SUBROUTINE FKMLT2(W,C2,C3)
**********************************************************************                                        
*                                                                    *                                        
* Multiplies a 5*5 non-symmetric weight matrix by a 5*5 symmetric    *                                        
* matrix to give a symmetric result (this is not necessarily the     *                                        
* case).                                                             *                                        
*                                                                    *                                        
* Output is C3 = W.C2 (lower half only)                              *                                        
*                                                                    *                                        
**********************************************************************                                        
                                                                        
      IMPLICIT DOUBLE PRECISION (A-H,O-Z)                               
      DIMENSION W(5,5),C2(5,5),C3(5,5)                                  
                                                                        
**********************************************************************                                        
                                                                        
      C3(1,1) = W(1,1)*C2(1,1) + W(1,2)*C2(2,1) + W(1,3)*C2(3,1)        
     &        + W(1,4)*C2(4,1) + W(1,5)*C2(5,1)                         
      C3(2,1) = W(2,1)*C2(1,1) + W(2,2)*C2(2,1) + W(2,3)*C2(3,1)        
     &        + W(2,4)*C2(4,1) + W(2,5)*C2(5,1)                         
      C3(3,1) = W(3,1)*C2(1,1) + W(3,2)*C2(2,1) + W(3,3)*C2(3,1)        
     &        + W(3,4)*C2(4,1) + W(3,5)*C2(5,1)                         
      C3(4,1) = W(4,1)*C2(1,1) + W(4,2)*C2(2,1) + W(4,3)*C2(3,1)        
     &        + W(4,4)*C2(4,1) + W(4,5)*C2(5,1)                         
      C3(5,1) = W(5,1)*C2(1,1) + W(5,2)*C2(2,1) + W(5,3)*C2(3,1)        
     &        + W(5,4)*C2(4,1) + W(5,5)*C2(5,1)                         
                                                                        
      C3(2,2) = W(2,1)*C2(2,1) + W(2,2)*C2(2,2) + W(2,3)*C2(3,2)        
     &        + W(2,4)*C2(4,2) + W(2,5)*C2(5,2)                         
      C3(3,2) = W(3,1)*C2(2,1) + W(3,2)*C2(2,2) + W(3,3)*C2(3,2)        
     &        + W(3,4)*C2(4,2) + W(3,5)*C2(5,2)                         
      C3(4,2) = W(4,1)*C2(2,1) + W(4,2)*C2(2,2) + W(4,3)*C2(3,2)        
     &        + W(4,4)*C2(4,2) + W(4,5)*C2(5,2)                         
      C3(5,2) = W(5,1)*C2(2,1) + W(5,2)*C2(2,2) + W(5,3)*C2(3,2)        
     &        + W(5,4)*C2(4,2) + W(5,5)*C2(5,2)                         
                                                                        
      C3(3,3) = W(3,1)*C2(3,1) + W(3,2)*C2(3,2) + W(3,3)*C2(3,3)        
     &        + W(3,4)*C2(4,3) + W(3,5)*C2(5,3)                         
      C3(4,3) = W(4,1)*C2(3,1) + W(4,2)*C2(3,2) + W(4,3)*C2(3,3)        
     &        + W(4,4)*C2(4,3) + W(4,5)*C2(5,3)                         
      C3(5,3) = W(5,1)*C2(3,1) + W(5,2)*C2(3,2) + W(5,3)*C2(3,3)        
     &        + W(5,4)*C2(4,3) + W(5,5)*C2(5,3)                         
                                                                        
      C3(4,4) = W(4,1)*C2(4,1) + W(4,2)*C2(4,2) + W(4,3)*C2(4,3)        
     &        + W(4,4)*C2(4,4) + W(4,5)*C2(5,4)                         
      C3(5,4) = W(5,1)*C2(4,1) + W(5,2)*C2(4,2) + W(5,3)*C2(4,3)        
     &        + W(5,4)*C2(4,4) + W(5,5)*C2(5,4)                         
                                                                        
      C3(5,5) = W(5,1)*C2(5,1) + W(5,2)*C2(5,2) + W(5,3)*C2(5,3)        
     &        + W(5,4)*C2(5,4) + W(5,5)*C2(5,5)                         
                                                                        
      RETURN                                                            
      END                                                               
*