*FORM by J.Vermaseren,version 3.1(Oct 17 2002) Run at: Sun Mar  6 15:07:42 2005
*    * This FORM code processes the result produced by the (PQint) code:
*    * Simplifications and sums over sea and valence quark indices are
*    * implemented. Includes the possiblilty of producing output intended for
*    * fortran functions and LaTeX.
*    
*    **************************************************************************
*    * comp 1 : Simplification of the pseudoscalar meson mass to NNLO
*    * comp 2 : Simplification of the pseudoscalar meson decay constant to NNLO
*    
*    #define comp "2"
*    #define nfl "2"
*    
*    * The parameters (mode) and (type) select the values of (dval) and (dsea),
*    * according to the tables below:
*    
*    * nfl = 2:
*    * dval + dsea     Mode  Type
*    *****************************
*    *    1 + 1         1     1
*    *    1 + 2         2     1
*    *    2 + 1         4     1
*    *    2 + 2         5     1
*    
*    * nfl = 3:
*    * dval + dsea     Mode  Type
*    *****************************
*    *    1 + 1         2     1
*    *    1 + 2         4     1
*    *    1 + 3         5     1
*    *    2 + 1         2     2
*    *    2 + 2         4     2
*    *    2 + 3         5     2
*    
*    #define mode "1"
*    #define type "1"
*    
*    #define pout "0"
*    #define nsim "0"
*    
*    #-
* Sigma2 loaded
* Sigma4 loaded
* Sigma6 loaded
*
*Time =       0.03 sec    Generated terms =          1
*             F0p2        Terms in output =          1
*                         Bytes used      =         24
*
*Time =       0.03 sec    Generated terms =          3
*             F0p4        Terms in output =          3
*                         Bytes used      =         96
*
*Time =       0.03 sec    Generated terms =         63
*             F0p6        Terms in output =         63
*                         Bytes used      =       2298

L   F0p2timo11 =

       + F0 * (
          + 1
          );

L   F0p4timo11 =

       + F0^-1*L4r * (
          + 8*X33
          )

       + F0^-1*L5r * (
          + 4*X11
          )

       + Ab(X13)*F0^-1 * (
          + 1
          );

L  F0p6timo11 =

       + F0^-3*pi16*L0r * (
          - 4*X11*X33
          + 2*X11^2
          - X33^2
          )

       + F0^-3*pi16*L1r * (
          - 2*X11^2
          )

       + F0^-3*pi16*L2r * (
          - X11^2
          - 3*X33^2
          )

       + F0^-3*pi16*L3r * (
          - 3*X11*X33
          + 5/2*X11^2
          - 1/2*X33^2
          )

       + F0^-3*pi16^2 * (
          - 23/96*X11*X33
          + 1/64*X11^2
          - 47/192*X33^2
          )

       + F0^-3*L4r*L5r * (
          - 32*X11*X33
          )

       + F0^-3*L4r^2 * (
          - 32*X33^2
          )

       + F0^-3*L5r^2 * (
          - 8*X11^2
          )

       + F0^-3*L11r^2 * (
          + 8*X11^2
          )

       + F0^-3*K19r * (
          + 8*X11^2
          )

       + F0^-3*K20r * (
          + 16*X11*X33
          )

       + F0^-3*K21r * (
          + 16*X33^2
          )

       + F0^-3*K22r * (
          + 32*X33^2
          )

       + F0^-3*K23r * (
          + 8*X11^2
          )

       + Ab(X11)*F0^-3*L0r * (
          + 6*X11
          + 6*RD(X11)
          )

       + Ab(X11)*F0^-3*L1r * (
          - 4*X11
          )

       + Ab(X11)*F0^-3*L2r * (
          - 10*X11
          )

       + Ab(X11)*F0^-3*L3r * (
          + 6*X11
          + 6*RD(X11)
          )

       + Ab(X11)*F0^-3*L5r * (
          - 2*X11
          )

       + Ab(X11)*Bb(X13,X13,0)*F0^-3 * (
          - 1/2*X13
          )

       + Ab(X11,eps)*F0^-3*pi16 * (
          + 1/8*X33
          )

       + Ab(X13)*F0^-3*pi16 * (
          - 1/6*X11
          - 2/3*X33
          )

       + Ab(X13)*F0^-3*L0r * (
          - 8*X13
          )

       + Ab(X13)*F0^-3*L3r * (
          - 20*X13
          )

       + Ab(X13)*F0^-3*L4r * (
          - 8*X33
          )

       + Ab(X13)*F0^-3*L5r * (
          + 4*X11
          )

       + Ab(X13,eps)*F0^-3*pi16 * (
          + X33
          )

       + Ab(X33)*F0^-3*L1r * (
          - 24*X33
          )

       + Ab(X33)*F0^-3*L2r * (
          - 6*X33
          )

       + Ab(X33)*F0^-3*L4r * (
          + 12*X33
          )

       + Ab(X33,eps)*F0^-3*pi16 * (
          + 3/8*X33
          )

       + Bb(X11,X11,0)*F0^-3*L0r * (
          + 6*RD(X11)*X11
          )

       + Bb(X11,X11,0)*F0^-3*L3r * (
          + 6*RD(X11)*X11
          )

       + Bb(X11,X11,0)*F0^-3*L5r * (
          - 2*RD(X11)*X11
          )

       + Bb(X11,X11,0,eps)*F0^-3*pi16 * (
          - 1/8*RD(X11)*X11
          )

       + Bb(X13,X13,0)*F0^-3*L4r * (
          - 16*X13*X33
          )

       + Bb(X13,X13,0)*F0^-3*L5r * (
          - 8*X13^2
          )

       + Bb(X13,X13,0)*F0^-3*L6r * (
          + 32*X13*X33
          )

       + Bb(X13,X13,0)*F0^-3*L8r * (
          + 16*X13^2
          )

       + Hbb(1,X11,X13,X13,X11)*F0^-3 * (
          - 1/8*X33
          )

       + Hbb(1,X13,X13,X33,X11)*F0^-3 * (
          - 3/8*X33
          )

       + Hbb(2,X11,X13,X13,X11)*F0^-3 * (
          + 1/8*RD(X11)*X11
          )

       + dHbb(1,X11,X11,X11,X11)*F0^-3 * (
          + 5/12*X11^2
          )

       + dHbb(1,X11,X13,X13,X11)*F0^-3 * (
          + 1/8*X11*X33
          - 1/2*X11^2
          )

       + dHbb(1,X13,X13,X33,X11)*F0^-3 * (
          + 3/8*X11*X33
          )

       + dHbb(2,X11,X11,X11,X11)*F0^-3 * (
          + 1/2*RD(X11)*X11^2
          )

       + dHbb(2,X11,X13,X13,X11)*F0^-3 * (
          + 3/8*RD(X11)*X11^2
          )

       + dHbb(5,X11,X11,X11,X11)*F0^-3 * (
          + 1/4*RD(X11)^2*X11^2
          )

       + dH1bb(3,X13,X11,X13,X11)*F0^-3 * (
          - 2*RD(X11)*X11^2
          )

       + dH21bb(1,X11,X13,X13,X11)*F0^-3 * (
          + 3/8*X11^2
          )

       + dH21bb(1,X33,X13,X13,X11)*F0^-3 * (
          + 9/8*X11^2
          )

       + dH21bb(2,X11,X13,X13,X11)*F0^-3 * (
          - 3/8*RD(X11)*X11^2
          );