pltmg parameters:

iprob p

ifirst f

itask t

ispd i

mxcg c

mxnwtt n

rltrgt l

rtrgt r

dtol d

method mt

rmtrgt m

nochng nc

mxstep ms

tmtol tt

tstart s

tend e

trigen parameters:

iadapt a		ifirst f		ndtrgt n		mxord mx
irtype i		ierrsw e		irefn ir		grade g
hmin hn		hmax hx		nochng nc

triplt parameters:

ifun f		iscale s		lines l		numbrs n
idevce d		fpane p		ncon c		mxcolr mc
icont ic		nx nx		ny ny		nz nz
mpirgn mr		rmag m		cenx cx		ceny cy
smin sn		smax sx		icrsn cr		itrgt it
ftitle t
grfile gf

gphplt parameters:

igrsw i		mx mx		my my		mz mz
idevce d		gpane p		mpirgn mr		mxcolr mc
gtitle t
grfile gf

inplt parameters:

inplsw i		iscale s		lines l		numbrs n
idevce d		jpane p		ncon c		mxcolr mc
mpirgn mr		rmag m		cenx cx		ceny cy
smin sn		smax sx		icrsn cr		itrgt it
ititle t
grfile gf

read parameters:

mpirgn mr
rwfile f

write parameters:

mpirgn mr
rwfile f

usrcmd parameters:

a1 a1		a2 a2		a3 a3		a4 a4
a5 a5		a6 a6		a7 a7		a8 a8
ntri nt		ibc bc

journl parameters:

jrfile f

mpi parameters:

mpisw i

mpirgn mr

mflag m

ifirst options:
default
initialize linear elements
initialize quadratic elements
initialize cubic elements
initialize quartic elements
initialize quintic elements
initialize degree 6 elements
initialize degree 7 elements
initialize degree 8 elements
initialize degree 9 elements

iprob options:
simple pde
obstacle problem
continuation problem
parameter identification
optimal control
parabolic problem
dd solve - simple pde (mpi)
dd solve - obstacle (mpi)
dd solve - continuation (mpi)
dd solve - parameter identification (mpi)
dd solve - optimal control (mpi)

itask options:
target point / default
compute singular point
switch branches
initialize, lambda fixed
initialize, rho fixed
sigma = 0, lambda fixed
sigma = 0, rho fixed
sigma = 0, theta = 1
shape optimization
use functional
time steps
fixed time

ispd options:
nonsymmetric
symmetric

method options:
hb
ilu

irtype options:
h-adaptive only
p-adaptive only
hp-adaptive
hp2-adaptive

ierrsw options:
global continuous recovery
patchwise continuous recovery

iadapt options:
error estimates
refine or unrefine
refine or unrefine (qxy)
unrefine and refine
unrefine and refine (qxy)
mesh smoothing
mesh smoothing (qxy)
uniform mesh refinement
uniform degree refinement
skeleton --> triangulation
load balance (mpi)
reconcile mesh (mpi)

nochng options:
subspace changed/solve
subspace unchanged/do not solve

mpisw options:
turn on mpi
turn off mpi

ifun options:
u
|grad u|
grad u
qxy
vector qxy
error
udot
evr
evl
um
uc
dual
scaling factor

inplsw options:
region tag
load balance
element quality
max angle
min angle
mesh grading
polynomial degree
element diameter

igrsw options:
newton conv
linear eqns conv
matrix stats
subroutine times
time pie chart
continuation path
load balance
h1 error
l2 error
ip array
sp array
rp array

icont options:
do not smooth function
smooth function

iscale options:
linear
log
arcsinh

lines options:
triangulation
regions
load balance
contours
graphics triangulation

numbrs options:
none
triangles/regions
vertices
edges
arcs
bdy cond
bdy tag
processor
vertex type
degrees of freedom
element degree

icrsn options:
no coarsening
coarsening

idevce options:
web browser
xpm file
ps file

fpane options:
webgui upper right -- webgl
webgui lower left -- webgl
webgui lower right -- webgl
webgui upper right -- pixmap
webgui lower left -- pixmap
webgui lower right -- pixmap

gpane options:
webgui upper right -- webgl
webgui lower left -- webgl
webgui lower right -- webgl
webgui upper right -- pixmap
webgui lower left -- pixmap
webgui lower right -- pixmap

jpane options:
webgui upper right -- webgl
webgui lower left -- webgl
webgui lower right -- webgl
webgui upper right -- pixmap
webgui lower left -- pixmap
webgui lower right -- pixmap

ibc options:
neumann
dirichlet