3 Program Operation and USER information

Users familiar with the serial version of the code will find it relatively easy to use this new parallel version. This section lists changes with respect to the serial code, describes the necessary user input, generated output, describes the program's operative behavior with specific regard to the MPI subroutines, and finally gives a description of the other supporting subroutines for the finite difference and finite element programs.

• 3.1 Notable changes from the serial version
• 3.2 Inputs
• 3.2.1 ELECFEM3D
• 3.2.2 ELAS3D
• 3.2.3 THERMAL3D
• 3.2.4 DC3D
• 3.2.5 AC3D
• 3.3 Outputs
• 3.3.1 ELECFEM3D
• 3.3.2 ELAS3D
• 3.3.3 THERMAL3D
• 3.3.4 DC3D
• 3.3.5 AC3D
• 3.4 MAIN
• 3.5 Finite Element Subroutines
• 3.5.1 FEMAT MPI
• 3.5.2 ENERGY MPI
• 3.5.3 DEMBX MPI
• 3.5.4 GBAH
• 3.5.5 STRESS MPI
• 3.5.6 CURRENT MPI
• 3.6 Finite Difference Subroutines
• 3.6.1 BOND DC, BOND AC
• 3.6.2 DEMBX DC, DEMBX AC
• 3.6.3 CURRENT DC, CURRENT AC
• 3.6.4 PROD DC, PROD AC
• 3.7 Other Subroutines
• 3.7.1 z ghost int,z ghost dp,z ghost cmplx
• 3.7.2 xy ghost dp,xy ghost cmplx
• 3.7.3 t2b,b2t,t2b dp,b2t dp, t2b cmplx,b2t cmplx
• 3.7.4 m2ijk
• 3.7.5 ipxyz
• 3.7.6 phasemod init
• 3.7.7 dpixel
• 3.7.8 dassig
• 3.8 Makefiles and Execution scripts
• 3.8.1 PC Linux Cluster using PBS
• 3.8.2 SGI Origin 2000 using NQS