| abc1st.h [code] | |
| abc1stdisc.h [code] | |
| acheron3dlgm.h [code] | |
| all_pml.h [code] | |
| aqhdBaseTypes.h [code] | |
| aqhdFrequencyDB.h [code] | |
| aqhdMaterials.h [code] | |
| aqhdPhysicoMath.h [code] | |
| aqhdReleaseInfo.h [code] | |
| aqhdSubstrateDB.h [code] | |
| aqhdSysParams.h [code] | |
| auxiliary.h [code] | |
| basefunt.h [code] | |
| cases.h [code] | |
| disconst.h [code] | |
| dlz.h [code] | |
| idiscretization.c | The code in this file assembles the local finite element matrix and inserts it into the global finite element matrices |
| idiscretization.h [code] | |
| iembc.h [code] | |
| iinternalsrc.h [code] | |
| itdi.c | This is itdi, the implicit time domain integration scheme for the solution of the electric field vector wave equation, aka curl-curl equation in 3-dimensional space and time domain |
| itdi.h [code] | |
| ivisuals.h [code] | |
| linmaterials.h [code] | |
| mat3d.h [code] | |
| particleswarm.c | This is the implementation file for the particleswarm electromagnetic source, used for the self-consistent finite element time domain maxwell solver that models propagation of charged particles through accelerators |
| particleswarm.h [code] | This is the header file for the particleswarm electromagnetic source, used for the self-consistent finite element time domain maxwell solver that models propagation of charged particles through accelerators |
| pml_aux.h [code] | |
| pml_const.h [code] | |
| pml_linear.h [code] | |
| problems.h [code] | |
| sconfmp.c | This is sconfmp, the self-consistent finite element time domain maxwell solver for tracking charged particles through accelerator cavities |
| sconfmp.h [code] | This is sconfmp, the self-consistent finite element time domain maxwell solver for tracking charged particles through accelerator cavities |
| sconfmpdisc.c | The code in this file assembles the local finite element matrix and inserts it into the global finite element matrices |
| sconfmpdisc.h [code] | This is sconfmp, the self-consistent finite element time domain maxwell solver for tracking charged particles through accelerator cavities |
| sconfmppec.c | This is sconfmp, the self-consistent finite element time domain maxwell solver for tracking charged particles through accelerator cavities |
| sconfmppec.h [code] | This is sconfmp, the self-consistent finite element time domain maxwell solver for tracking charged particles through accelerator cavities |
| sibc1st.c | This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect |
| sibc1st.h [code] | This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, istead of varying as determined by the skin effect |
| sibc1stdisc.h [code] | This is sibc1st. The numproc solves the electric field vector wave equation in 3-dimensional space which is truncated by a cavity wall of finite thickness, thereby causing ohmic loss in the cavity boundary; the surface impedance is approximated as being constant over frequency, instead of varying as determined by the skin effect |
| slocf.h [code] | |
| tdwaveforms.h [code] | |
| vtk.h [code] | |
| whitney.h [code] | |
