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See the **Orient** commands in [[ajmorientexampleswater2-orient-energy-calculation|Water dimer Orient commands]] See the **Orient** commands in [[ajm/orient/examples/water2-orient-energy-calculation|Water dimer Orient commands]]

Water dimer: Orient output

See the **Orient** commands in Water dimer Orient commands

             ORIENT version 4.8.08  05 Dec 2012

                             by

                        Anthony Stone

                   with contributions from
Andreas Dullweber, Ola Engkvist, Elena Fraschini, Matt Hodges,
   Andy Meredith, David Nutt, Paul Popelier and David Wales


Starting at 14:45:18 on 9 May 2013  

Parameters for this version:
Maximum rank of multipole moments:            5
Maximum rank of polarizabilities:             4

Values of settable parameters:
Maximum number of molecules:                    5
Maximum number of sites:                       20
Maximum number of polarizable sites:           20
Maximum number of polarizability matrices   50000
Maximum number of geometrical parameters:    1500
Maximum number of site types:                  20
Maximum number of site pairs:              100000
Maximum number of pair interaction terms:   50000
Maximum number of S functions:              50000
Maximum number of layers:                       0
Maximum number of energy points in a fit      500
Maximum number of fitting parameters          250


Variables:
    1  Rx = 0.00000 B        2  Ry = 0.00000 B        3  Rz = 0.00000 B
    4  alpha = 0.00000 D     5  Nx = 0.00000 B        6  Ny = 0.00000 B
    7  Nz = 1.00000 B        8  Index = 0.00000 B

Molecule 1 (Site 1):  H2O_A
Origin position (cartesian) 0.00000 0.00000 0.00000

Site 2:  O    Type O                   
Position (cartesian) 0.00000 0.00000 0.00000
Charge          -0.40063
Dipole          -0.37877   0.00000   0.00000
Quadrupole       0.13434   0.00000   0.00000   1.52938   0.00000
Octopole         1.24240   0.00000   0.00000  -2.99988   0.00000
                           0.00000   0.00000
Hexadecapole    -3.81342   0.00000   0.00000   5.41380   0.00000
                           0.00000   0.00000   3.08420   0.00000

Site 3:  H1    Type H                   
Position (cartesian) -1.45365 0.00000 -1.12169
Charge           0.20031
Dipole           0.04355   0.01792   0.00000

Site 4:  H2    Type H                   
Position (cartesian) 1.45365 0.00000 -1.12169
Charge           0.20031
Dipole           0.04355  -0.01792   0.00000

Axes redefined for site O
        Local axes:   x         y         z
Global axes:    X   0.00000   1.00000   0.00000
                Y   0.00000   0.00000  -1.00000
                Z  -1.00000   0.00000   0.00000
Transformed (local) moments for site O
Charge          -0.40063
Dipole           0.00000   0.37877   0.00000
Quadrupole      -1.39165   0.00000   0.00000  -0.64835   0.00000
Octopole         0.00000  -1.61080   0.00000   0.00000   0.00000
                          -2.81925   0.00000
Hexadecapole     3.87718   0.00000   0.00000   1.46487   0.00000
                           0.00000   0.00000  -6.01543   0.00000

Axes redefined for site H1
        Local axes:   x         y         z
Global axes:    X   0.79170   0.61091  -0.00000
                Y   0.00000   0.00000   1.00000
                Z   0.61091  -0.79170   0.00000
Transformed (local) moments for site H1
Charge           0.20031
Dipole           0.00000   0.04079  -0.02353

Axes redefined for site H2
        Local axes:   x         y         z
Global axes:    X  -0.79170  -0.61091  -0.00000
                Y   0.00000   0.00000  -1.00000
                Z   0.61091  -0.79170   0.00000
Transformed (local) moments for site H2
Charge           0.20031
Dipole           0.00000   0.04079  -0.02353

Position of site O relative to site H2O_A
   0.00000   0.00000   0.00000
Axes for site O defined relative to site H2O_A
      Local axes:       x         y         z
Axes of parent: p_x   0.00000   1.00000   0.00000
                p_y   0.00000   0.00000  -1.00000
                p_z  -1.00000   0.00000   0.00000
Quaternion parameters:   0.50000   0.50000   0.50000  -0.50000
Rotation through 120.000 about ( 0.57735, 0.57735, -0.57735 )
Position of site H1 relative to site H2O_A
  -1.45365   0.00000  -1.12169
Axes for site H1 defined relative to site H2O_A
      Local axes:       x         y         z
Axes of parent: p_x   0.79170   0.61091   0.00000
                p_y   0.00000   0.00000   1.00000
                p_z   0.61091  -0.79170   0.00000
Quaternion parameters:   0.66927  -0.66927  -0.22820  -0.22820
Rotation through 95.9781 about ( -0.90075, -0.30712, -0.30712 )
Position of site H2 relative to site H2O_A
   1.45365   0.00000  -1.12169
Axes for site H2 defined relative to site H2O_A
      Local axes:       x         y         z
Axes of parent: p_x  -0.79170  -0.61091   0.00000
                p_y   0.00000   0.00000  -1.00000
                p_z   0.61091  -0.79170   0.00000
Quaternion parameters:   0.22820   0.22820  -0.66927   0.66927
Rotation through 153.618 about ( 0.23438, -0.68741, 0.68741 )

Polarizabilities for molecule H2O_A
Reading polarizabilities
Done

Molecule 2 (Site 5):  H2O_B
Origin position (cartesian) Rx Ry Rz
Rotated by alpha about Nx Ny Nz     

Site 6:  O    Type O                   
Position (cartesian) 0.00000 0.00000 0.00000
Rotated by 0.0 about 0.0 0.0 0.0     
Charge          -0.40063
Dipole          -0.37877   0.00000   0.00000
Quadrupole       0.13434   0.00000   0.00000   1.52938   0.00000
Octopole         1.24240   0.00000   0.00000  -2.99988   0.00000
                           0.00000   0.00000
Hexadecapole    -3.81342   0.00000   0.00000   5.41380   0.00000
                           0.00000   0.00000   3.08420   0.00000

Site 7:  H1    Type H                   
Position (cartesian) -1.45365 0.00000 -1.12169
Rotated by 0.0 about 0.0 0.0 0.0     
Charge           0.20031
Dipole           0.04355   0.01792   0.00000

Site 8:  H2    Type H                   
Position (cartesian) 1.45365 0.00000 -1.12169
Rotated by 0.0 about 0.0 0.0 0.0     
Charge           0.20031
Dipole           0.04355  -0.01792   0.00000

Axes redefined for site O
        Local axes:   x         y         z
Global axes:    X   0.00000   1.00000   0.00000
                Y   0.00000   0.00000  -1.00000
                Z  -1.00000   0.00000   0.00000
Transformed (local) moments for site O
Charge          -0.40063
Dipole           0.00000   0.37877   0.00000
Quadrupole      -1.39165   0.00000   0.00000  -0.64835   0.00000
Octopole         0.00000  -1.61080   0.00000   0.00000   0.00000
                          -2.81925   0.00000
Hexadecapole     3.87718   0.00000   0.00000   1.46487   0.00000
                           0.00000   0.00000  -6.01543   0.00000

Axes redefined for site H1
        Local axes:   x         y         z
Global axes:    X   0.79170   0.61091  -0.00000
                Y   0.00000   0.00000   1.00000
                Z   0.61091  -0.79170   0.00000
Transformed (local) moments for site H1
Charge           0.20031
Dipole           0.00000   0.04079  -0.02353

Axes redefined for site H2
        Local axes:   x         y         z
Global axes:    X  -0.79170  -0.61091  -0.00000
                Y   0.00000   0.00000  -1.00000
                Z   0.61091  -0.79170   0.00000
Transformed (local) moments for site H2
Charge           0.20031
Dipole           0.00000   0.04079  -0.02353

Position of site O relative to site H2O_B
   0.00000   0.00000   0.00000
Axes for site O defined relative to site H2O_B
      Local axes:       x         y         z
Axes of parent: p_x   0.00000   1.00000   0.00000
                p_y   0.00000   0.00000  -1.00000
                p_z  -1.00000   0.00000   0.00000
Quaternion parameters:   0.50000   0.50000   0.50000  -0.50000
Rotation through 120.000 about ( 0.57735, 0.57735, -0.57735 )
Position of site H1 relative to site H2O_B
  -1.45365   0.00000  -1.12169
Axes for site H1 defined relative to site H2O_B
      Local axes:       x         y         z
Axes of parent: p_x   0.79170   0.61091   0.00000
                p_y   0.00000   0.00000   1.00000
                p_z   0.61091  -0.79170   0.00000
Quaternion parameters:   0.66927  -0.66927  -0.22820  -0.22820
Rotation through 95.9781 about ( -0.90075, -0.30712, -0.30712 )
Position of site H2 relative to site H2O_B
   1.45365   0.00000  -1.12169
Axes for site H2 defined relative to site H2O_B
      Local axes:       x         y         z
Axes of parent: p_x  -0.79170  -0.61091   0.00000
                p_y   0.00000   0.00000  -1.00000
                p_z   0.61091  -0.79170   0.00000
Quaternion parameters:   0.22820   0.22820  -0.66927   0.66927
Rotation through 153.618 about ( 0.23438, -0.68741, 0.68741 )

Polarizabilities for molecule H2O_B
Reading polarizabilities
Done
WARNING: string truncated
WARNING: string truncated
WARNING: string truncated

Pair potentials

Default values
Pre-exponential factor:  1.0000E-03
Dispersion damping type 1  Parameters  1.9300    
No induction damping

Types: O and O
Pre-exponential factor:  1.0000E-03
No dispersion damping
Induction damping type  1  Parameters  1.0900    
Index t1  t2   j      rho        alpha         C6
   1  00  00   0    5.621948    2.154523   22.11    
   2  00  10   1   -0.052563    0.000000
   5  10  00   1   -0.052563    0.000000
   8  00  20   2   -0.019649    0.000000
  22  20  00   2   -0.019649    0.000000

Types: O and H
Pre-exponential factor:  1.0000E-03
No dispersion damping
Induction damping type  1  Parameters  1.6100    
Index t1  t2   j      rho        alpha         C6
   1  00  00   0    4.966920    1.922795   4.737    
   2  00  10   1   -0.264044    0.000000
   5  10  00   1   -0.016025    0.000000
  22  20  00   2    0.032885    0.000000

Types: H and O
Pre-exponential factor:  1.0000E-03
No dispersion damping
Induction damping type  1  Parameters  1.6100    
Index t1  t2   j      rho        alpha         C6
   1  00  00   0    4.966920    1.922795   4.737    
   2  00  10   1   -0.016025    0.000000
   5  10  00   1   -0.264044    0.000000
   8  00  20   2    0.032885    0.000000

Types: H and H
Pre-exponential factor:  1.0000E-03
No dispersion damping
Induction damping type  1  Parameters  1.8000    
Index t1  t2   j      rho        alpha         C6
   1  00  00   0    3.671346    1.765547   1.024    
   2  00  10   1   -0.316753    0.000000
   5  10  00   1   -0.316753    0.000000
        Rx        Ry        Rz     alpha        Nx        Ny        Nz     Index      es         er         ind        disp       total
  900.00000   -3.87666    0.00000   -2.35391  133.12505   -0.63721    0.63721   -0.43351  -55.833023  229.678533   -8.658114  -40.595142  124.592254
  901.00000   -4.03818    0.00000   -2.45199  133.12505   -0.63721    0.63721   -0.43351  -46.901033  159.374179   -6.939524  -28.312383   77.221239
  902.00000   -4.83352    0.00000   -2.93492  133.12505   -0.63721    0.63721   -0.43351  -22.482482   26.398108   -2.376306   -6.587206   -5.047885
  903.00000   -5.65346    0.00000   -3.43278  133.12505   -0.63721    0.63721   -0.43351  -12.208447    4.148708   -0.854375   -2.091778  -11.005892
  904.00000   -6.46109    0.00000   -3.92318  133.12505   -0.63721    0.63721   -0.43351   -7.384505    0.672581   -0.346162   -0.834572   -7.892658
  905.00000   -8.07636    0.00000   -4.90397  133.12505   -0.63721    0.63721   -0.43351   -3.290422    0.017849   -0.075598   -0.193682   -3.541853
  906.00000   -9.69164    0.00000   -5.88477  133.12505   -0.63721    0.63721   -0.43351   -1.744248    0.000480   -0.022166   -0.061243   -1.827178
  907.00000   -4.36124    0.00000   -2.64814  133.12505   -0.63721    0.63721   -0.43351  -34.046794   76.756850   -4.463543  -14.819180   23.427332
  908.00000   -4.52276    0.00000   -2.74622  133.12505   -0.63721    0.63721   -0.43351  -29.354722   53.275979   -3.588536  -11.053625    9.279096
  909.00000   -4.68429    0.00000   -2.84430  133.12505   -0.63721    0.63721   -0.43351  -25.481864   36.982355   -2.892406   -8.387054    0.221031
  910.00000   -5.00735    0.00000   -3.04046  133.12505   -0.63721    0.63721   -0.43351  -19.549184   17.826988   -1.897049   -5.044556   -8.663802
  911.00000   -5.16887    0.00000   -3.13854  133.12505   -0.63721    0.63721   -0.43351  -17.260144   12.379462   -1.544724   -3.986585  -10.411992
  912.00000   -5.33040    0.00000   -3.23662  133.12505   -0.63721    0.63721   -0.43351  -15.312118    8.597690   -1.262793   -3.184926  -11.162147
  913.00000   -3.55360    0.00000   -2.15775  133.12505   -0.63721    0.63721   -0.43351  -82.157311  477.065797  -13.407482  -91.668841  289.832164
  914.00000   -3.71513    0.00000   -2.25583  133.12505   -0.63721    0.63721   -0.43351  -67.246970  331.013054  -10.789332  -59.956555  193.020196

Finished at 14:45:18 on 9 May 2013  

AJMGrpOnly/orient/examples/water2-orient-energy-calculation-output (last edited 2021-03-26 17:13:26 by bsw388)