| 
    FEDEM Solver
    R8.0
    
   Source code of the dynamics solver 
   | 
 
Module with a namelist for reading triad data. More...
Variables | |
| integer | id | 
| Base ID of the triad.  More... | |
| integer, dimension(10) | extid | 
| User ID path of the triad.  More... | |
| integer | ndofs | 
| Number of nodal DOFs (0, 3 or 6)  More... | |
| integer | sysdir | 
| System directions flag (0-3)  More... | |
| integer, dimension(6) | bc | 
| Boundary condition codes.  More... | |
| integer | savepos | 
| Flag indicating whether position should be saved.  More... | |
| integer, dimension(7) | savevar | 
| Flags indicating which variables should be saved.  More... | |
| character(ldesc_p) | extdescr | 
| User description.  More... | |
| real(dp), dimension(4, 3) | ur | 
| Initial position matrix (undeformed state)  More... | |
| real(dp), dimension(6) | urd | 
| Initial velocities.  More... | |
| real(dp), dimension(6) | urdd | 
| Initial accelerations.  More... | |
| real(dp), dimension(3, 3) | dragparams | 
| Drag parameters.  More... | |
Module with a namelist for reading triad data.
| integer, dimension(6) triadnamelistmodule::bc | 
Boundary condition codes.
| real(dp), dimension(3,3) triadnamelistmodule::dragparams | 
Drag parameters.
| character(ldesc_p) triadnamelistmodule::extdescr | 
User description.
| integer, dimension(10) triadnamelistmodule::extid | 
User ID path of the triad.
| integer triadnamelistmodule::id | 
Base ID of the triad.
| integer triadnamelistmodule::ndofs | 
Number of nodal DOFs (0, 3 or 6)
| integer triadnamelistmodule::savepos | 
Flag indicating whether position should be saved.
| integer, dimension(7) triadnamelistmodule::savevar | 
Flags indicating which variables should be saved.
| integer triadnamelistmodule::sysdir | 
System directions flag (0-3)
| real(dp), dimension(4,3) triadnamelistmodule::ur | 
Initial position matrix (undeformed state)
| real(dp), dimension(6) triadnamelistmodule::urd | 
Initial velocities.
| real(dp), dimension(6) triadnamelistmodule::urdd | 
Initial accelerations.