SymD version 1.61: symd1.61-linux -mxna 173 PATH/3lbw_D
! Protein Name:  3lbw_D
! Protein Size:     22
! Best IS:           4
! N-aligned at best IS:   18
! Ts/Nr at best IS:  0.7878
! TM/Nr at best IS:  0.5888
! Z(TsC), Z(Ts), Z(TM) at best IS:   6.97,  2.86,  2.00
! RMSD at best IS:     0.397
! Highest-scoring angle:       32.7
! Highest-scoring p-transl:    5.88
! Derived unit angle:          34.3
! Derived unit p-transl:       6.16
! Average rise along the symmetry axis between symm. equivalent atoms before flipping:    5.88
! Sum of rotation angles around the symmetry axis before flipping:  415.43
!
AS = average shift.
aas = average absolute value of shifts.
nm = number of aligned residues.
nma = number of non-self aligned residues.
idm = 1, if rotation matrix was set to identity.
idm = 2, if rotation matrix was set to identity and translation was set arbitrarily to the unit vector along the z-axis.
S? = 1 if signal; = 0 if background noise.
!                            Rotation Parallel  
!  IS     AS    aas   nm  nma  angle  transl. idm nma/nr   Ts/nr   TM/nr Zc(Ts) Z1(Ts) Z1(Tm) S?   Ux       Uy       Uz
  -19    0.0    0.0    0    0    0.0    0.00   2  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.00000  0.00000  1.00000 
  -18    4.0    4.0    4    4   36.7  -22.39   0  0.1818  0.1815  0.1780   0.84  -1.00  -1.00  0  0.00099  0.72918  0.68433 
  -17    5.0    5.0    5    5  128.9  -25.17   0  0.2273  0.2253  0.2065   1.29  -0.72  -0.79  1  0.29277  0.39907  0.86893 
  -16    6.0    6.0    6    6  225.7  -23.78   0  0.2727  0.2712  0.2562   1.75  -0.43  -0.43  1  0.38839  0.27418  0.87976 
  -15    7.0    7.0    7    7  320.0  -20.14   0  0.3182  0.3163  0.2971   2.20  -0.14  -0.13  1  0.59959 -0.04106  0.79925 
  -14    8.0    8.0    8    8   64.3  -20.20   0  0.3636  0.3603  0.3326   2.65   0.14   0.13  1  0.18082  0.50115  0.84626 
  -13    9.0    9.0    9    9  161.1  -19.40   0  0.4091  0.4065  0.3807   3.12   0.43   0.48  1  0.33751  0.34369  0.87634 
  -12   10.0   10.0   10   10  257.7  -17.82   0  0.4545  0.4495  0.4023   3.55   0.71   0.64  1  0.42453  0.22961  0.87582 
  -11  -11.0   11.0   11   11  344.3   -3.42   0  0.5000  0.4953  0.4523   4.01   1.00   1.00  0  0.66779 -0.70852  0.22815 
  -10  -10.0   10.0   12   12   96.9  -14.82   0  0.5455  0.5313  0.4332   4.38   1.23   0.86  1  0.28376  0.40750  0.86800 
   -9   -9.0    9.0   13   13  195.2  -13.44   0  0.5909  0.5604  0.3737   4.67   1.41   0.43  1  0.35892  0.30750  0.88126 
   -8   -8.0    8.0   14   14  292.2  -11.82   0  0.6364  0.6163  0.4726   5.24   1.77   1.15  1  0.43373  0.19645  0.87937 
   -7   -7.0    7.0   15   15   32.3   -9.93   0  0.6818  0.6643  0.5390   5.72   2.08   1.63  1  0.14589  0.54082  0.82839 
   -6   -6.0    6.0   16   16  130.6   -8.91   0  0.7273  0.6483  0.3506   5.56   1.98   0.26  1  0.32620  0.34506  0.88007 
   -5   -5.0    5.0   17   17  230.8   -7.46   0  0.7727  0.6692  0.3181   5.77   2.11   0.02  1  0.36488  0.29766  0.88219 
   -4   -4.0    4.0   18   18  327.3   -5.88   0  0.8182  0.7878  0.5888   6.97   2.86   2.00  1  0.44387  0.19323  0.87501 
   -3   -3.0    3.0   19   19   63.4   -4.42   0  0.8636  0.7980  0.4864   7.07   2.93   1.25  1  0.31222  0.36069  0.87887 
   -2   -2.0    2.0   20    0  164.9   -2.97   0  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.34663  0.32091  0.88140 
   -1   -1.0    1.0   21    0  266.6   -1.49   0  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.35281  0.31160  0.88229 
    1    1.0    1.0   21    0   93.4    1.49   0  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.35281  0.31160  0.88229 
    2    2.0    2.0   20    0  195.1    2.97   0  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.34663  0.32091  0.88140 
    3    3.0    3.0   19   19  296.6    4.42   0  0.8636  0.7980  0.4864   7.07   2.93   1.25  1  0.31222  0.36069  0.87887 
    4    4.0    4.0   18   18   32.7    5.88   0  0.8182  0.7878  0.5888   6.97   2.86   2.00  1  0.44387  0.19323  0.87501 
    5    5.0    5.0   17   17  129.2    7.46   0  0.7727  0.6692  0.3181   5.77   2.11   0.02  1  0.36488  0.29766  0.88219 
    6    6.0    6.0   16   16  229.4    8.91   0  0.7273  0.6483  0.3506   5.56   1.98   0.26  1  0.32620  0.34506  0.88007 
    7    7.0    7.0   15   15  327.7    9.93   0  0.6818  0.6643  0.5390   5.72   2.08   1.63  1  0.14589  0.54082  0.82839 
    8    8.0    8.0   14   14   67.8   11.82   0  0.6364  0.6163  0.4726   5.24   1.77   1.15  1  0.43373  0.19645  0.87937 
    9    9.0    9.0   13   13  164.8   13.44   0  0.5909  0.5604  0.3737   4.67   1.41   0.43  1  0.35892  0.30750  0.88126 
   10   10.0   10.0   12   12  263.1   14.82   0  0.5455  0.5313  0.4332   4.38   1.23   0.86  1  0.28376  0.40750  0.86800 
   11   11.0   11.0   11   11   15.7    3.42   0  0.5000  0.4953  0.4523   4.01   1.00   1.00  0  0.66779 -0.70852  0.22815 
   12  -10.0   10.0   10   10  102.3   17.82   0  0.4545  0.4495  0.4023   3.55   0.71   0.64  1  0.42453  0.22961  0.87582 
   13   -9.0    9.0    9    9  198.9   19.40   0  0.4091  0.4065  0.3807   3.12   0.43   0.48  1  0.33751  0.34369  0.87634 
   14   -8.0    8.0    8    8  295.7   20.20   0  0.3636  0.3603  0.3326   2.65   0.14   0.13  1  0.18082  0.50115  0.84626 
   15   -7.0    7.0    7    7   40.0   20.14   0  0.3182  0.3163  0.2971   2.20  -0.14  -0.13  1  0.59959 -0.04106  0.79925 
   16   -6.0    6.0    6    6  134.3   23.78   0  0.2727  0.2712  0.2562   1.75  -0.43  -0.43  1  0.38839  0.27418  0.87976 
   17   -5.0    5.0    5    5  231.1   25.17   0  0.2273  0.2253  0.2065   1.29  -0.72  -0.79  1  0.29277  0.39907  0.86893 
   18   -4.0    4.0    4    4  323.3   22.39   0  0.1818  0.1815  0.1780   0.84  -1.00  -1.00  0  0.00099  0.72918  0.68433 
   19    0.0    0.0    0    0    0.0    0.00   2  0.0000  0.0000  0.0000  -0.99  -2.16  -2.30  1  0.00000  0.00000  1.00000 
