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rlar 84761c125f fix erfc() usage in cider 9 years ago
..
Makefile.am introduce AM_CFLAGS = $(STATIC) 14 years ago
readme Cider simulator (simulator routines) Import. 23 years ago
twoadmit.c drop home grown mathematical constants 10 years ago
twoaval.c cleanup using `hypot()' 11 years ago
twocond.c drop `NIL' macro 12 years ago
twocont.c drop `NIL' macro 12 years ago
twocurr.c drop `NIL' macro 12 years ago
twoddefs.h avoid leading underscore in preprocessor macros 12 years ago
twodest.c #1/4 #include <ngspice/...> --> #include "ngspice/..." 14 years ago
twodext.h avoid leading underscore in preprocessor macros 12 years ago
twodopng.c fix erfc() usage in cider 9 years ago
twoelect.c drop `NIL' macro 12 years ago
twofield.c drop `NIL' macro 12 years ago
twomesh.c drop `NIL' macro 12 years ago
twomobdv.c #1/4 #include <ngspice/...> --> #include "ngspice/..." 14 years ago
twomobfn.c remove CVS `Id',`log' etc. keyword incantations 14 years ago
twomobil.c #1/4 #include <ngspice/...> --> #include "ngspice/..." 14 years ago
twoncont.c drop `NIL' macro 12 years ago
twopcont.c drop `NIL' macro 12 years ago
twopoiss.c remove CVS `Id',`log' etc. keyword incantations 14 years ago
twoprint.c drop `NIL' macro 12 years ago
twoproj.c drop `NIL' macro 12 years ago
tworead.c drop `NIL' macro 12 years ago
twosetbc.c drop `NIL' macro 12 years ago
twosetup.c drop `NIL' macro 12 years ago
twosolve.c drop `NIL' macro 12 years ago

readme

Directory: twod
---------------
This directory contains the files that are primarily responsible for
implementing the 2D device simulator. It also contains files that help
interface the circuit simulator to the device simulator. Most functions
that are common to all 2D device simulations start with the prefix TWO,
e.g. TWObiasSolve. The device-specific routines start with either NUMD2,
NBJT2 or NUMOS, e.g. NUMD2admittance, NBJTproject or NUMOSconductance. The
simulator contains a Poisson Solver for equilibrium, and a Two-carrier
solver and One-carrier solvers for bias solutions. An attempt has been
made to keep the function names parallel in the four portions. Poisson
routines are identified with a 'Q' (for charge only) after the TWO, Full
solver routines are identified with an underscore '_',
Electron-current-only routines are identified with an 'N', and
Hole-current-only routines are identified with a 'P'.