Command and FISH Reference Summaries

Indexed here: Command Summary | FISH Reference Summary

The type specifiers used in the FISH function signatures are given in the “FISH Type Index” section.

Command Summary

advection-conduction
anisotropic
arrlinear
ball attribute
ball create
ball delete
ball distribute
ball export
ball extra
ball fix
ball free
ball generate
ball group
ball history
ball initialize
ball list
ball property
ball results
ball tolerance
ball trace
ball tractions
ball cfd attribute
ball cfd extra
ball cfd group
ball cfd history
ball cfd initialize
ball cfd list
ball thermal attribute
ball thermal extra
ball thermal fix
ball thermal free
ball thermal group
ball thermal history
ball thermal initialize
ball thermal list
ball thermal property
ball-zone create
building-blocks block create
building-blocks block delete
building-blocks block export
building-blocks block group
building-blocks block hide
building-blocks block id
building-blocks block import
building-blocks block list
building-blocks block make-hex-only
building-blocks block multiplier
building-blocks block snapon
building-blocks block transform
building-blocks edge add-controls
building-blocks edge delete
building-blocks edge drape
building-blocks edge factor
building-blocks edge group
building-blocks edge id
building-blocks edge list
building-blocks edge ratio
building-blocks edge ratio-isolate
building-blocks edge size
building-blocks edge snapon
building-blocks edge transform
building-blocks edge type
building-blocks face add-controls
building-blocks face cycle
building-blocks face delete
building-blocks face drape
building-blocks face group
building-blocks face id
building-blocks face list
building-blocks face snapon
building-blocks face transform
building-blocks point delete
building-blocks point drape
building-blocks point group
building-blocks point list
building-blocks point merge
building-blocks point move-to
building-blocks point snapon
building-blocks point transform
brick assemble
brick delete
brick export
brick import
brick make
building-blocks set arrest-triangle
building-blocks set auto-tolerance
building-blocks set automatic-zone
building-blocks set break-angle
building-blocks set create
building-blocks set delete
building-blocks set export
building-blocks set geometry
building-blocks set import
building-blocks set list
building-blocks set select
building-blocks set tolerance
building-blocks set validate-all
burger
burgers
burgers-mohr
cap-yield
cap-yield-simplified
cfd buoyancy
cfd connect
cfd coupling
cfd cycling
cfd interval
cfd list
cfd output
cfd porosity
cfd read
cfd relaxation
cfd restart
cfd slave
cfd term
cfd update
cfd vof
clump attribute
clump create
clump delete
clump distribute
clump export
clump extra
clump fix
clump free
clump generate
clump group
clump history
clump initialize
clump list
clump order
clump property
clump replicate
clump results
clump rotate
clump scale
clump template
clump tolerance
clump trace
clump cfd attribute
clump cfd extra
clump cfd group
clump cfd history
clump cfd initialize
clump cfd list
clump thermal attribute
clump thermal extra
clump thermal fix
clump thermal free
clump thermal group
clump thermal history
clump thermal initialize
clump thermal list
clump thermal property
contact activate
contact apply-group
contact cmat add
contact cmat apply
contact cmat default
contact cmat list
contact cmat modify
contact cmat proximity
contact cmat remove
contact delete
contact detection
contact extra
contact group
contact history
contact inhibit
contact list
contact method
contact model
contact persist
contact property
data label create
data label delete
data label list
data label modify
data label results
data scalar create
data scalar delete
data scalar export
data scalar group
data scalar import
data scalar list
data scalar results
data tensor create
data tensor delete
data tensor export
data tensor group
data tensor import
data tensor list
data tensor results
data vector create
data vector delete
data vector export
data vector group
data vector import
data vector list
data vector results
fracture aperture
fracture attribute
fracture cluster
fracture combine
fracture compute
fracture connectivity
fracture contact-model
fracture copy
fracture create
fracture delete
fracture dfn-extra
fracture dfn-group
fracture export
fracture extra
fracture generate
fracture group
fracture import
fracture initialize
fracture intersections automatic-update
fracture intersections compute
fracture intersections delete
fracture intersections scanline
fracture list
fracture property
fracture prune
fracture set-property
fracture template create
fracture template delete
fracture template modify-default
fracture verify-file
double-yield
drucker-prager
element cfd attribute
element cfd extra
element cfd group
element cfd history
element cfd initialize
element cfd list
extrude block create
extrude block delete
extrude block group
extrude block id
extrude block list
extrude block multiplier
extrude block position
extrude edge clear
extrude edge combine
extrude edge create
extrude edge delete
extrude edge group
extrude edge id
extrude edge list
extrude edge ratio
extrude edge ratio-isolate
extrude edge size
extrude mesh gradation
extrude mesh list
extrude mesh mode
extrude mesh optimization
extrude mesh quad-weight
extrude mesh reset
extrude mesh shape-quality
extrude mesh target-size
extrude mesh type
extrude point create
extrude point delete
extrude point group
extrude point id
extrude point list
extrude point transform
extrude segment add
extrude segment clear
extrude segment delete
extrude segment index
extrude segment list
extrude segment origin
extrude set automatic-validate
extrude set automatic-zone
extrude set clear
extrude set delete
extrude set list
extrude set metadata
extrude set select
extrude set system
extrude set update-polygons
finn
fish automatic-create
fish boolean-convert
fish callback
fish create
fish debug
fish define
fish history
fish integer-convert
fish list
fish results
fish set
fish trace
flatjoint
fragment activate
fragment clear
fragment compute
fragment deactivate
fragment group-slot
fragment list
fragment map
fragment register
geometry assign-groups
geometry copy
geometry delete
geometry edge create
geometry edge delete
geometry edge export
geometry edge extra
geometry edge group
geometry export
geometry generate
geometry import
geometry list
geometry move-to
geometry node create
geometry node delete
geometry node export
geometry node extra
geometry node group
geometry paint-extra
geometry polygon create
geometry polygon delete
geometry polygon export
geometry polygon extra
geometry polygon group
geometry refine
geometry rotate
geometry select
geometry separate
geometry set
geometry tessellate
geometry translate
geometry triangulate
group create
group list
group rename
group slot
hertz
history delete
history export
history interval
history list
history name label
history purge
history results
hoek-brown
hoek-brown-pac
hydration
hydration-drucker-prager
hysteretic
isotropic
linear
linearcbond
linearpbond
maxwell
measure create
measure delete
measure dump
measure history
measure list
measure modify
model calm
model clean
model configure
model creep
model cycle
model deterministic
model display
model domain
model dynamic
model energy
model factor-of-safety
model fluid
model gravity
model history
model largestrain
model list
model mechanical
model new
model precision
model random
model range
model restore
model results
model save
model solve
model step
model thermal
model title
model update-interval
model orientation-tracking
modified-cam-clay
mohr-coulomb
mohr-coulomb-tension
orthotropic
plastic-hardening
plot active
plot background
plot clear
plot copy
plot create
plot current
plot delete
plot export
plot item
plot legend
plot load
plot movie
plot outline
plot print-size
plot rename
plot reset
plot show
plot title
plot title-job
plot update
plot view
power
power-mohr
power-ubiquitous
program call
program continue
program convert
program customer-title-1
program customer-title-2
program directory
program echo
program echo-line
program exit
program floating-point-check
program list
program load
program log
program log-file
program mail
program notice
program pagination
program pause
program playback
program quit
program return
program stop
program system
program threads
program undo
program warning
project execute
project list
project new
project restore
project save
project save-plugins
range
rblock attribute
rblock construct
rblock contact-resolution
rblock create
rblock cut
rblock delete
rblock dilate
rblock distribute
rblock erode
rblock export
rblock extra
rblock fix
rblock free
rblock generate
rblock group
rblock history
rblock import
rblock initialize
rblock list
rblock merge
rblock property
rblock replicate
rblock results
rblock rotate
rblock scale
rblock template
rblock tolerance
rblock trace
rblock tractions
rblock thermal attribute
rblock thermal extra
rblock thermal fix
rblock thermal free
rblock thermal group
rblock thermal history
rblock thermal initialize
rblock thermal list
rblock thermal property
rrlinear
smoothjoint
softbond
softening-ubiquitous
strain-softening
structure damping
structure list information
structure results
structure safety-factor
structure scale-rotational-mass
structure beam apply
structure beam create
structure beam delete
structure beam group
structure beam hide
structure beam history
structure beam import
structure beam initialize
structure beam list
structure beam property
structure beam refine
structure beam select
structure cable apply
structure cable create
structure cable delete
structure cable group
structure cable hide
structure cable history
structure cable import
structure cable initialize
structure cable list
structure cable property
structure cable refine
structure cable select
structure geogrid apply
structure geogrid create
structure geogrid delete
structure geogrid group
structure geogrid hide
structure geogrid history
structure geogrid import
structure geogrid initialize
structure geogrid list
structure geogrid property
structure geogrid recover
structure geogrid refine
structure geogrid select
structure liner apply
structure liner create
structure liner delete
structure liner gap-factor
structure liner group
structure liner hide
structure liner history
structure liner import
structure liner initialize
structure liner list
structure liner property
structure liner recover
structure liner refine
structure liner select
structure link attach
structure link create
structure link delete
structure link group
structure link hide
structure link history
structure link list
structure link property
structure link select
structure link slide
structure link tolerance-contact
structure link tolerance-node
structure link tolerance-slide
structure node apply
structure node create
structure node damping-local
structure node delete
structure node fix
structure node free
structure node group
structure node hide
structure node history
structure node initialize
structure node join
structure node list
structure node select
structure node system-local
structure pile apply
structure pile create
structure pile delete
structure pile group
structure pile hide
structure pile history
structure pile import
structure pile initialize
structure pile list
structure pile property
structure pile refine
structure pile select
structure shell apply
structure shell create
structure shell delete
structure shell group
structure shell hide
structure shell history
structure shell import
structure shell initialize
structure shell list
structure shell property
structure shell recover
structure shell refine
structure shell select
swell
table
table add
table clear
table delete
table export
table import
table insert
table label
table list
table position
table sort
trace delete
trace export
trace interval
trace list
trace name label
trace purge
trace results
ubiquitous-anisotropic
ubiquitous-joint
wall active-sides
wall addfacet
wall attribute
wall create
wall delete
wall export
wall extra
wall generate
wall group
wall history
wall import
wall initialize
wall list
wall property
wall resolution
wall results
wall rotate
wall servo
wall tolerance
wall velocity-conveyor
wall-structure compute-stiffness
wall-structure create
wall-structure full-computation
wall-structure stiffness-factor
wall-structure update-tolerance
wall thermal attribute
wall thermal extra
wall thermal group
wall thermal initialize
wall thermal list
wall thermal property
wall-zone compute-stiffness
wall-zone create
wall-zone full-computation
wall-zone stiffness-factor
wall-zone update-tolerance
wipp
wipp-drucker
wipp-salt
zone apply
zone apply-remove
zone attach
zone cmodel
zone copy
zone create
zone creep
zone delete
zone densify
zone dynamic
zone export
zone fluid
zone generate
zone geometry-test
zone geometry-tolerance
zone geometry-update
zone group
zone hide
zone history
zone import
zone initialize
zone initialize-stresses
zone list
zone mechanical
zone nodal-mixed-discretization
zone property
zone property-distribution
zone ratio
zone reflect
zone relax
zone results
zone select
zone separate
zone split
zone thermal
zone trace
zone validate
zone water
zone face apply
zone face apply-remove
zone face group
zone face hide
zone face list
zone face select
zone face skin
zone face westergaard
zone face westergaard-remove
zone gridpoint create
zone gridpoint fix
zone gridpoint force-reaction
zone gridpoint free
zone gridpoint group
zone gridpoint initialize
zone gridpoint list
zone gridpoint merge
zone gridpoint system
zone interface create
zone interface effective
zone interface element
zone interface list
zone interface node
zone interface permeability
zone interface tolerance-contact

FISH Reference Summary

array.convert(MAT_PNT/TEN_PNT)
array.copy(ARR_PNT)
array.create(INT<,NUM>)
array.delete(ARR_PNT)
array.dim(ARR_PNT)
array.size(ARR_PNT,INT)
ball.cfd.find(INT)
ball.cfd.inbox(VEC,VEC<,BOOL>)
ball.cfd.list
ball.cfd.near(VEC<,FLT>)
ball.cfd.num
ball.cfd.typeid
ball.energy(STR)
ball.find(INT)
ball.groupmap(STR<,INT>)
ball.inbox(VEC,VEC<,BOOL>)
ball.list
ball.maxid
ball.mech.ratio.avg
ball.mech.ratio.local
ball.mech.ratio.max
ball.mech.unbal.max
ball.near(VEC<,FLT>)
ball.num
ball.thermal.find(INT)
ball.thermal.groupmap(STR<,INT>)
ball.thermal.inbox(VEC,VEC<,BOOL>)
ball.thermal.list
ball.thermal.near(VEC<,FLT>)
ball.thermal.num
ball.thermal.typeid
ball.typeid
ball.zone.ball.list
ball.zone.ball.typeid
ball.zone.gp.list
ball.zone.gp.typeid
boolean(BOOL/NUM/PNT)
brick.find(INT)
brick.list
brick.maxid
brick.num
brick.typeid
clump.cfd.find(INT)
clump.cfd.inbox(VEC,VEC<,BOOL>)
clump.cfd.list
clump.cfd.near(VEC<,FLT>)
clump.cfd.num
clump.cfd.pebble.find(INT)
clump.cfd.pebble.inbox(VEC,VEC<,BOOL>)
clump.cfd.pebble.list
clump.cfd.pebble.near(VEC<,FLT>)
clump.cfd.pebble.num
clump.cfd.pebble.typeid
clump.cfd.typeid
clump.energy(STR)
clump.find(INT)
clump.groupmap(STR<,INT>)
clump.inbox(VEC,VEC<,BOOL>)
clump.list
clump.maxid
clump.mech.ratio.avg
clump.mech.ratio.local
clump.mech.ratio.max
clump.mech.unbal.max
clump.near(VEC<,FLT>)
clump.num
clump.pebble.find(INT)
clump.pebble.groupmap(STR<,INT>)
clump.pebble.inbox(VEC,VEC<,BOOL>)
clump.pebble.list
clump.pebble.maxid
clump.pebble.near(VEC<,FLT>)
clump.pebble.num
clump.pebble.typeid
clump.template.find(STR)
clump.template.findpebble(INT)
clump.template.list
clump.template.maxid
clump.template.num
clump.template.typeid
clump.thermal.find(INT)
clump.thermal.groupmap(STR<,INT>)
clump.thermal.inbox(VEC,VEC<,BOOL>)
clump.thermal.list
clump.thermal.near(VEC<,FLT>)
clump.thermal.num
clump.thermal.pebble.find(INT)
clump.thermal.pebble.groupmap(STR<,INT>)
clump.thermal.pebble.inbox(VEC,VEC<,BOOL>)
clump.thermal.pebble.list
clump.thermal.pebble.near(VEC<,FLT>)
clump.thermal.pebble.num
clump.thermal.pebble.typeid
clump.thermal.typeid
clump.typeid
code.debug
code.name
comp(VEC/MAT_PNT/TEN_PNT,INT<,INT>)
contact.energy.sum(STR<,STR>)
contact.find(STR/INT,INT<,INT>)
contact.groupmap(STR<,INT,STR>)
contact.groupmap.all(STR<,INT,STR>)
contact.list(<STR>)
contact.list.all(<STR>)
contact.num(<STR>)
contact.num.all(<STR>)
contact.typeid(STR)
creep.active
creep.age
creep.cycle
creep.safety.factor
creep.solve(STR)
creep.step
creep.time.total
creep.timestep
creep.timestep.given
creep.timestep.max
data.label.arrow(UDL_PNT)
data.label.create(VEC<,INT/STR>)
data.label.delete(UDL_PNT)
data.label.end(UDL_PNT<,INT>)
data.label.find(INT/STR)
data.label.head
data.label.list
data.label.maxid
data.label.name(UDL_PNT)
data.label.next(UDL_PNT)
data.label.num
data.label.pos(UDL_PNT<,INT>)
data.label.text(UDL_PNT)
data.label.typeid
data.scalar.create(VEC)
data.scalar.delete(UDS_PNT)
data.scalar.extra(UDS_PNT<,INT>)
data.scalar.find(INT)
data.scalar.group(UDS_PNT<,INT/STR>)
data.scalar.group.remove(UDS_PNT,INT/STR)
data.scalar.head
data.scalar.id(UDS_PNT)
data.scalar.isgroup(UDS_PNT,INT/STR<,INT/STR>)
data.scalar.list
data.scalar.maxid
data.scalar.near(VEC<,FLT>)
data.scalar.next(UDS_PNT)
data.scalar.num
data.scalar.pos(UDS_PNT<,INT>)
data.scalar.typeid
data.scalar.value(UDS_PNT)
data.tensor.create(VEC)
data.tensor.delete(UDT_PNT)
data.tensor.extra(UDT_PNT<,INT>)
data.tensor.find(INT)
data.tensor.group(UDT_PNT<,INT/STR>)
data.tensor.group.remove(UDT_PNT,INT/STR)
data.tensor.head
data.tensor.id(UDT_PNT)
data.tensor.isgroup(UDT_PNT,INT/STR<,INT/STR>)
data.tensor.list
data.tensor.maxid
data.tensor.near(VEC<,FLT>)
data.tensor.next(UDT_PNT)
data.tensor.num
data.tensor.pos(UDT_PNT<,INT>)
data.tensor.typeid
data.tensor.value(UDT_PNT<,INT<,INT>>)
data.vector.create(VEC)
data.vector.ddir(UDV_PNT)(3D only)
data.vector.delete(UDV_PNT)
data.vector.dip(UDV_PNT)
data.vector.extra(UDV_PNT<,INT>)
data.vector.find(INT)
data.vector.group(UDV_PNT<,INT/STR>)
data.vector.group.remove(UDV_PNT,INT/STR)
data.vector.head
data.vector.id(UDV_PNT)
data.vector.isgroup(UDV_PNT,INT/STR<,INT/STR>)
data.vector.list
data.vector.maxid
data.vector.near(VEC<,FLT>)
data.vector.next(UDV_PNT)
data.vector.num
data.vector.pos(UDV_PNT<,INT>)
data.vector.typeid
data.vector.value(UDV_PNT<,INT>)
domain.condition(STR)
domain.max(<INT>)
domain.min(<INT>)
domain.strain.rate(<INT,INT>)
domain.tolerance
dynamic.active
dynamic.age
dynamic.cycle
dynamic.safety.factor
dynamic.solve(STR)
dynamic.step
dynamic.time.total
dynamic.timestep
dynamic.timestep.given
dynamic.timestep.max
element.cfd.face.num
element.cfd.find(INT)
element.cfd.inbox(VEC,VEC<,BOOL>)
element.cfd.list
element.cfd.near(VEC<,FLT>)
element.cfd.node.num
element.cfd.num
element.cfd.typeid
false
file.close(<FILE_PNT>)
file.open(STR,INT,INT)
file.open.pointer(STR,INT,INT)
file.pos(<FILE_PNT>)
file.read(ARR_PNT/STR,INT<,FILE_PNT/ARR_PNT><,INT><,INT>)
file.write(ARR_PNT/STR,INT<,FILE_PNT/ARR_PNT><,INT><,INT>)
float(BOOL/NUM/STR)
fluid.active
fluid.age
fluid.cycle
fluid.safety.factor
fluid.solve(STR)
fluid.step
fluid.time.total
fluid.timestep
fluid.timestep.given
fluid.timestep.max
fragment.catalog
fragment.catalog.num(<flt>)
fragment.find(INT)
fragment.history(BODY_PNT)
fragment.index(BODY_PNT<,INT>)
fragment.map(<INT>)
fragment.num(INT)
geom.edge.find(GSET_PNT,INT)
geom.edge.list(GSET_PNT)
geom.edge.near(GSET_PNT,VEC<,FLT>)
geom.edge.typeid
geom.node.find(GSET_PNT,INT)
geom.node.list(GSET_PNT)
geom.node.near(GSET_PNT,VEC<,FLT>)
geom.node.typeid
geom.poly.find(GSET_PNT,INT)
geom.poly.list(GSET_PNT)
geom.poly.near(GSET_PNT,VEC<,FLT>)
geom.poly.typeid
geom.set.create(STR)
geom.set.find(INT/STR)
geom.set.list
geom.set.maxid
geom.set.num
geom.set.typeid
global.cycle
global.deterministic
global.dim
global.fos
global.gravity(<INT>)
global.step
global.threads
global.timestep
global.title
index(NUM/STR)
int(BOOL/NUM/STR)
io.dialog.in(STR<,STR>)
io.dialog.message(STR,STR,INT)
io.dialog.notify(INT,INT,STR)
io.in(STR)
io.input(STR)
io.out(ANY)
list.find(LIST,INT)
list.find.name(LIST,INT/STR)
list.size(LIST)
mail.account(STR)
mail.attachment.add(STR)
mail.attachment.delete(STR)
mail.body(BOOL,STR)
mail.clear
mail.domain(STR)
mail.from(STR)
mail.host(STR)
mail.password(STR)
mail.port(INT)
mail.recipient.add(STR,STR)
mail.recipient.delete(STR,STR)
mail.send
mail.subject(STR)
map(NUM/STR,ANY<,NUM/STR/ANY>)
map.add(MAP,NUM/STR,ANY)
map.has(MAP,NUM/STR)
map.keys(MAP)
map.remove(MAP,NUM/STR)
map.size(MAP)
map.value(MAP,NUM/STR)
math.aangle.to.euler(VEC)
math.abs(NUM)
math.acos(NUM)
math.and(INT,INT)
math.area.intersect.poly.poly(MAP,MAP)
math.area.poly(MAP)
math.asin(NUM)
math.atan(NUM)
math.atan2(NUM,NUM)
math.ceiling(NUM)
math.closest.segment.point(VEC,VEC,VEC)
math.closest.triangle.point(VEC,VEC,VEC,VEC)
math.cos(NUM)
math.cosh(NUM)
math.cross(VEC,VEC)
math.ddir.from.normal(VEC)
math.degrad
math.dip.from.normal(VEC)
math.dist.segment.point(VEC,VEC,VEC)
math.dist.segment.segment(VEC,VEC,VEC,VEC)
math.dist.triangle.segment(VEC,VEC,VEC,VEC,VEC)
math.dot(VEC,VEC)
math.euler.to.aangle(VEC)
math.exp(NUM)
math.floor(NUM)
math.ln(NUM)
math.log(NUM)
math.lshift(INT,INT)
math.mag(VEC)
math.mag2(VEC)
math.max(NUM,NUM<,NUM>)
math.min(NUM,NUM<,NUM>)
math.normal.from.dip(FLT)
math.normal.from.dip.ddir(FLT,FLT)
math.not(INT,INT)
math.or(INT,INT)
math.outer.product(MAT_PNT/VEC,MAT_PNT/VEC)
math.pi
math.random.gauss
math.random.uniform
math.round(NUM)
math.rshift(INT,INT)
math.sgn(NUM)
math.sin(NUM)
math.sinh(NUM)
math.sqrt(NUM)
math.tan(NUM)
math.tanh(NUM)
math.triangle.inside(VEC,VEC,VEC,VEC)
math.triangle.interp(VEC,FLT,VEC,FLT,VEC,FLT,VEC)
math.unit(VEC)
matrix(ARR_PNT/VEC/TEN_PNT/INT<,INT>)
matrix.cols(MAT_PNT)
matrix.det(MAT_PNT/TEN_PNT)
matrix.from.aangle(VEC)
matrix.from.euler(VEC)
matrix.identity(INT)
matrix.inverse(ARR_PNT/MAT_PNT/TEN_PNT)
matrix.lubksb(ARR_PNT/MAT_PNT/TEN_PNT,ARR_PNT)
matrix.ludcmp(ARR_PNT/MAT_PNT/TEN_PNT,ARR_PNT)
matrix.rows(MAT_PNT)
matrix.to.aangle(MAT_PNT)
matrix.to.euler(MAT_PNT)
matrix.transpose(MAT_PNT)
measure.find(INT)
measure.list
measure.maxid
measure.num
measure.typeid
mech.active
mech.cycle
mech.energy(STR)
mech.safety.factor
mech.solve(STR)
mech.step
mech.time.total
mech.timestep
mech.timestep.given
mech.timestep.max
memory(MEM_PNT)
memory.create(INT)
memory.delete(MEM_PNT)
null
range.find(STR)
range.isin(RAN_PNT,IND/PNT/VEC)
rblock.containing(VEC)
rblock.energy(STR)
rblock.find(INT)
rblock.groupmap(STR<,INT>)
rblock.inbox(VEC,VEC<,BOOL>)
rblock.list
rblock.maxid
rblock.mech.ratio.avg
rblock.mech.ratio.local
rblock.mech.ratio.max
rblock.mech.unbal.max
rblock.near(VEC<,FLT>)
rblock.num
rblock.template.find(INT)
rblock.template.list
rblock.template.maxid
rblock.template.num
rblock.template.typeid
rblock.thermal.find(INT)
rblock.thermal.groupmap(STR<,INT>)
rblock.thermal.inbox(VEC,VEC<,BOOL>)
rblock.thermal.list
rblock.thermal.near(VEC<,FLT>)
rblock.thermal.num
rblock.thermal.typeid
rblock.typeid
socket.close(SOCK_PNT/INT)
socket.create
socket.delete(SOCK_PNT)
socket.open(INT/STR,SOCK_PNT/INT<,INT><,INT>)
socket.read(ARR_PNT,INT,SOCK_PNT/INT<,INT>)
socket.read.array(ARR_PNT,SOCK_PNT/INT)
socket.write(ARR_PNT,INT,SOCK_PNT/INT)
socket.write.array(ARR_PNT,SOCK_PNT/INT)
string(ANY<,INT><,STR><,INT><,STR>)
string.build(STR<,ANY><,ANY>)
string.char(STR,INT)
string.len(STR)
string.lower(STR)
string.sub(STR,INT<,INT>)
string.token(STR,INT)
string.token.type(STR,INT)
string.upper(STR)
struct.check(STRUCT_PNT,STRUCT_PNT)
struct.name(STRUCT_PNT)
system.beep(<INT><,INT>)
system.clone(STR<,INT>)
system.command(STR/ARR_PNT/MAP)
system.directory(<STR><,STR>)
system.environment(STR)
system.error
system.os(STR<,INT>)
system.sleep(INT)
table(INT/STR/TAB_PNT,FLT)
table.clear(INT/STR/TAB_PNT)
table.create(INT/STR)
table.delete(INT/STR/TAB_PNT)
table.find(INT/STR)
table.get(INT/STR)
table.id(INT/STR/TAB_PNT)
table.label(INT/STR/TAB_PNT)
table.name(INT/STR/TAB_PNT)
table.size(INT/STR/TAB_PNT)
table.value(INT/STR/TAB_PNT,INT)
table.x(INT/STR/TAB_PNT,INT)
table.y(INT/STR/TAB_PNT,INT)
tensor(MAT/ARR_PNT/VEC/NUM<,NUM><,NUM><,NUM><,NUM><,NUM>)
tensor.i2(TEN)
tensor.j2(TEN)
tensor.prin(TEN<,ARR_PNT>)
tensor.prin.from(VEC,ARR_PNT)
tensor.total(TEN)
tensor.trace(TEN)
tensor.traction(TEN,VEC,VEC)
thermal.active
thermal.cycle
thermal.safety.factor
thermal.solve(STR)
thermal.step
thermal.time.total
thermal.timestep
thermal.timestep.given
thermal.timestep.max
time.clock(<INT>)
time.cpu
time.real
true
type(ANY)
type.index(PNT)
type.name(ANY)
type.pointer(PNT)
type.pointer.id(PNT)
type.pointer.name(PNT)
vector(ARR_PNT/MAT_PNT/NUM<,NUM><,NUM>)
version.code.major
version.code.minor
version.fish.major
version.fish.minor
wall.energy(STR)
wall.facet.find(INT)
wall.facet.groupmap(STR<,INT>)
wall.facet.inbox(VEC,VEC<,BOOL>)
wall.facet.list
wall.facet.maxid
wall.facet.near(VEC<,W_PNT,FLT>)
wall.facet.num
wall.facet.typeid
wall.find(STR/INT)
wall.groupmap(STR<,INT>)
wall.inbox(VEC,VEC<,BOOL>)
wall.list
wall.maxid
wall.near(VEC<,FLT>)
wall.num
wall.thermal.facet.find(INT)
wall.thermal.facet.groupmap(STR<,INT>)
wall.thermal.facet.inbox(VEC,VEC<,BOOL>)
wall.thermal.facet.list
wall.thermal.facet.near(VEC<,FLT>)
wall.thermal.facet.num
wall.thermal.facet.typeid
wall.thermal.find(INT)
wall.thermal.groupmap(STR<,INT>)
wall.thermal.inbox(VEC,VEC<,BOOL>)
wall.thermal.list
wall.thermal.near(VEC<,FLT>)
wall.thermal.num
wall.thermal.typeid
wall.typeid
wall.vertex.find(INT)
wall.vertex.inbox(VEC,VEC)
wall.vertex.list
wall.vertex.maxid
wall.vertex.near(VEC<,FLT>)
wall.vertex.num
wall.vertex.typeid

ball.cfd.ball(BCF_PNT)
ball.cfd.elementmap(BCF_PNT)
ball.cfd.extra(BCF_PNT<,INT>)
ball.cfd.force(BCF_PNT<,INT>)
ball.cfd.group(BCF_PNT<,INT>)
ball.cfd.group.remove(BCF_PNT,STR)
ball.cfd.id(BCF_PNT)
ball.cfd.isgroup(BCF_PNT,STR<,STR>)
ball.cfd.pos(BCF_PNT<,INT>)
ball.contactmap(B_PNT<,INT,PNT>)
ball.contactmap.all(B_PNT<,INT,PNT>)
ball.contactnum(B_PNT<,INT>)
ball.contactnum.all(B_PNT<,INT>)
ball.create(FLT,VEC<,INT>)
ball.damp(B_PNT)
ball.delete(B_PNT)
ball.density(B_PNT)
ball.disp(B_PNT<,INT>)
ball.euler(B_PNT<,INT>)(3D ONLY)
ball.extra(B_PNT<,INT>)
ball.fix(B_PNT,INT)
ball.force.app(B_PNT<,INT>)
ball.force.contact(B_PNT<,INT>)
ball.force.unbal(B_PNT<,INT>)
ball.fragment(B_PNT)
ball.group(B_PNT<,STR>)
ball.group.remove(B_PNT,STR)
ball.id(B_PNT)
ball.isbonded(B_PNT<,INT,PNT>)
ball.isgroup(B_PNT,STR<,STR>)
ball.isprop(B_PNT,STR)
ball.mass(B_PNT)
ball.mass.real(B_PNT)
ball.moi(B_PNT)
ball.moi.real(B_PNT)
ball.moment.app(B_PNT<,INT>)
ball.moment.contact(B_PNT<,INT>)
ball.moment.unbal(B_PNT<,INT>)
ball.pos(B_PNT<,INT>)
ball.prop(B_PNT,STR)
ball.radius(B_PNT)
ball.rotation(B_PNT)(2D ONLY)
ball.spin(B_PNT<,INT>)
ball.stress(B_PNT<,INT,INT>)
ball.stress.full(B_PNT)
ball.thermal.ball(BTH_PNT)
ball.thermal.contactmap(BTH_PNT<,INT,PNT>)
ball.thermal.contactmap.all(BTH_PNT<,INT,PNT>)
ball.thermal.contactnum(BTH_PNT<,INT>)
ball.thermal.contactnum.all(BTH_PNT<,INT>)
ball.thermal.expansion(BTH_PNT)
ball.thermal.extra(BTH_PNT<,INT>)
ball.thermal.fix(BTH_PNT)
ball.thermal.group(BTH_PNT<,INT>)
ball.thermal.group.remove(BTH_PNT,STR)
ball.thermal.id(BTH_PNT)
ball.thermal.isgroup(BTH_PNT,STR<,STR>)
ball.thermal.isprop(BTH_PNT,STR)
ball.thermal.power.app(BTH_PNT)
ball.thermal.power.unbal(BTH_PNT)
ball.thermal.prop(BTH_PNT,STR)
ball.thermal.specific.heat(BTH_PNT)
ball.thermal.temp(BTH_PNT)
ball.thermal.temp.increment(BTH_PNT)
ball.vel(B_PNT<,INT>)
ball.vol(B_PNT)
ball.zone.ball.ball(B_PNT)
ball.zone.ball.mass.factor(BZB_PNT)
ball.zone.gp.gp(GP_PNT)
ball.zone.gp.mass.factor(BZGP_PNT)
brick.assemble(BR_PNT,VEC<,INT><,INT><,INT>)
brick.delete(BR_PNT)
brick.id(BR_PNT)
cfd.age
cfd.cycle
clump.addpebble(CL_PNT,FLT,VEC<,INT>)
clump.calculate(CL_PNT<,FLT>)
clump.cfd.clump(CLCF_PNT)
clump.cfd.elementmap(CLCF_PNT)
clump.cfd.extra(CLCF_PNT<,INT>)
clump.cfd.force(CLCF_PNT<,INT>)
clump.cfd.group(CLCF_PNT<,INT>)
clump.cfd.group.remove(CLCF_PNT,STR)
clump.cfd.id(CLCF_PNT)
clump.cfd.isgroup(CLCF_PNT,STR<,STR>)
clump.cfd.pebble.clump(CLPCF_PNT)
clump.cfd.pebble.group(CLPCF_PNT<,STR>)
clump.cfd.pebble.group.remove(CLPCF_PNT,STR)
clump.cfd.pebble.id(CLPCF_PNT)
clump.cfd.pebble.isgroup(CLPCF_PNT,STR<,STR>)
clump.cfd.pebble.pebble(CLPCF_PNT)
clump.cfd.pebblelist(CLCF_PNT)
clump.cfd.pos(CLCF_PNT<,INT>)
clump.contactmap(CL_PNT<,INT><,PNT>)
clump.contactmap.all(CL_PNT<,INT><,PNT>)
clump.contactnum(CL_PNT<,INT>)
clump.contactnum.all(CL_PNT<,INT>)
clump.damp(CL_PNT)
clump.delete(CL_PNT)
clump.deletepebble(CL_PNT,CLP_PNT)
clump.density(CL_PNT)
clump.disp(CL_PNT<,INT>)
clump.euler(CL_PNT<,INT>)(3D ONLY)
clump.extra(CL_PNT<,INT>)
clump.fix(CL_PNT,INT)
clump.force.app(CL_PNT<,INT>)
clump.force.contact(CL_PNT<,INT>)
clump.force.unbal(CL_PNT<,INT>)
clump.fragment(CL_PNT)
clump.group(CL_PNT<,STR>)
clump.group.remove(CL_PNT,STR)
clump.id(CL_PNT)
clump.inglobal(CL_PNT,VEC)
clump.inprin(CL_PNT,VEC)
clump.isbonded(CL_PNT<,INT,PNT>)
clump.isgroup(CL_PNT,STR<,STR>)
clump.mass(CL_PNT)
clump.mass.real(CL_PNT)
clump.moi(CL_PNT<,INT<,INT>>)
clump.moi.fix(CL_PNT)
clump.moi.prin(CL_PNT<,INT>)
clump.moi.prin.real(CL_PNT<,INT>)
clump.moi.real(CL_PNT<,INT<,INT>>)
clump.moment.app(CL_PNT<,INT>)
clump.moment.contact(CL_PNT<,INT>)
clump.moment.unbal(CL_PNT<,INT>)
clump.pebble.clump(CLP_PNT)
clump.pebble.contactmap(CLP_PNT<,INT><,PNT>)
clump.pebble.contactmap.all(CLP_PNT<,INT><,PNT>)
clump.pebble.contactnum(CLP_PNT<,INT>)
clump.pebble.contactnum.all(CLP_PNT<,INT>)
clump.pebble.delete(CLP_PNT)
clump.pebble.extra(CLP_PNT<,INT>)
clump.pebble.group(CLP_PNT<,STR>)
clump.pebble.group.remove(CL_PNT,STR)
clump.pebble.id(CLP_PNT)
clump.pebble.isbonded(CL_PNT<,INT,PNT>)
clump.pebble.isgroup(CLP_PNT,STR<,STR>)
clump.pebble.isprop(CLP_PNT,STR)
clump.pebble.pos(CLP_PNT<,INT>)
clump.pebble.prop(CLP_PNT,STR)
clump.pebble.radius(CLP_PNT)
clump.pebble.vel(CLP_PNT<,INT>)
clump.pebblelist(CL_PNT)
clump.pos(CL_PNT<,INT>)
clump.prop(CL_PNT,STR)
clump.rotate(CL_PNT,VEC,FLT)
clump.rotation(CL_PNT)(2D ONLY)
clump.scalesphere(CL_PNT,FLT)
clump.scalevol(CL_PNT,FLT)
clump.spin(CL_PNT<,INT>)
clump.template(CL_PNT)
clump.template.addpebble(CLT_PNT,FLT,VEC<,INT>)
clump.template.clone(CLT_PNT,STR)
clump.template.delete(CLT_PNT)
clump.template.deletepebble(CLT_PNT,CLP_PNT)
clump.template.euler(CL_PNT<,INT>)(3D ONLY)
clump.template.make(CL_PNT,STR)
clump.template.moi(CLT_PNT<,INT<,INT>>)
clump.template.moi.prin(CLT_PNT<,INT>)
clump.template.name(CLT_PNT)
clump.template.origpos(CLT_PNT<,INT>)
clump.template.pebblelist(CLT_PNT)
clump.template.scale(CL_PNT)
clump.template.vol(CLT_PNT)
clump.thermal.clump(CLTH_PNT)
clump.thermal.contactmap(CLTH_PNT<,INT,PNT>)
clump.thermal.contactmap.all(CLTH_PNT<,INT,PNT>)
clump.thermal.contactnum(CLTH_PNT<,INT>)
clump.thermal.contactnum.all(CLTH_PNT<,INT>)
clump.thermal.expansion(CLTH_PNT)
clump.thermal.extra(CLTH_PNT<,INT>)
clump.thermal.fix(CLTH_PNT)
clump.thermal.group(CLTH_PNT<,INT>)
clump.thermal.group.remove(CLTH_PNT,STR)
clump.thermal.id(CLTH_PNT)
clump.thermal.isgroup(CLT_PNT,STR<,STR>)
clump.thermal.pebble.clump(CLPTH_PNT)
clump.thermal.pebble.contactmap(CLPTH_PNT<,INT,PNT>)
clump.thermal.pebble.contactnum(CLPTH_PNT<,INT>)
clump.thermal.pebble.contactnum.all(CLPTH_PNT<,INT>)
clump.thermal.pebble.group(CLPTH_PNT<,STR>)
clump.thermal.pebble.group.remove(CLPTH_PNT,STR)
clump.thermal.pebble.id(CLPTH_PNT)
clump.thermal.pebble.isgroup(CLPTH_PNT,STR<,STR>)
clump.thermal.pebble.isprop(CLPTH_PNT,STR)
clump.thermal.pebble.pebble(CLPTH_PNT)
clump.thermal.pebble.prop(CLPTH_PNT,STR)
clump.thermal.pebblelist(CLTH_PNT)
clump.thermal.power.app(CLTH_PNT)
clump.thermal.power.unbal(CLTH_PNT)
clump.thermal.prop(CLTH_PNT,STR)
clump.thermal.specific.heat(CLTH_PNT)
clump.thermal.temp(CLTH_PNT)
clump.thermal.temp.increment(CLTH_PNT)
clump.vel(CL_PNT<,INT>)
clump.vol(CL_PNT)
contact.activate(C_PNT)
contact.active(C_PNT)
contact.branch(C_PNT<,INT>)
contact.end1(C_PNT)
contact.end2(C_PNT)
contact.energy(C_PNT,STR)
contact.extra(C_PNT<,INT>)
contact.fid(C_PNT)
contact.force.from.stress(C_PNT,MAT_PNT/TEN_PNT)
contact.force.global(C_PNT<,INT>)
contact.force.local(C_PNT<,INT>)
contact.force.normal(C_PNT)
contact.force.shear(C_PNT)
contact.gap(C_PNT)
contact.group(C_PNT<,STR>)
contact.group.remove(C_PNT,STR)
contact.id(C_PNT)
contact.inherit(C_PNT,STR)
contact.inhibit(C_PNT)
contact.isbonded(C_PNT)
contact.isenergy(C_PNT,STR)
contact.isgroup(C_PNT,STR<,STR>)
contact.isprop(C_PNT,STR)
contact.method(C_PNT,STR<,ARR_PNT>)
contact.model(C_PNT)
contact.moment.on1.global(C_PNT<,INT>)
contact.moment.on1.local(C_PNT<,INT>)
contact.moment.on2.global(C_PNT<,INT>)
contact.moment.on2.local(C_PNT<,INT>)
contact.normal(C_PNT<,INT>)
contact.offset(C_PNT<,INT>)
contact.otherend(C_PNT,SYM)
contact.persist(C_PNT)
contact.pos(C_PNT<,INT>)
contact.prop(C_PNT,STR)
contact.shear(C_PNT<,INT>)
contact.thermal.power(CTH_PNT)
contact.to.global(C_PNT,VEC)
contact.to.local(C_PNT,VEC)
dfn.contactmap(D_PNT<,INT>)
dfn.contactmap.all(D_PNT<,INT>)
dfn.create(<INT><,STR>)
dfn.delete(D_PNT)
dfn.dominance(D_PNT)
dfn.extra(D_PNT<,INT>)
dfn.find(INT/STR)
dfn.fracturelist(D_PNT)
dfn.fracturenum(D_PNT)
dfn.group(D_PNT<,STR>)
dfn.group.remove(D_PNT,STR)
dfn.id(D_PNT)
dfn.isgroup(D_PNT,STR<,STR>)
dfn.list
dfn.maxid
dfn.name(D_PNT)
dfn.num
dfn.prop(D_PNT,STR)
dfn.template(D_PNT)
dfn.typeid
element.cfd.density(ECF_PNT)
element.cfd.dragforce(ECF_PNT<,INT>)
element.cfd.edge.adjacentmap(ECF_PNT)
element.cfd.extra(ECF_PNT<,INT>)
element.cfd.face.adjacent(ECF_PNT,INT)
element.cfd.face.adjacentmap(ECF_PNT)
element.cfd.group(ECF_PNT<,INT>)
element.cfd.group.remove(ECF_PNT,STR)
element.cfd.id(ECF_PNT)
element.cfd.isgroup(ECF_PNT,STR<,STR>)
element.cfd.node.adjacentmap(ECF_PNT)
element.cfd.node.pos(ECF_PNT,INT<,INT>)
element.cfd.pos(ECF_PNT<,INT>)
element.cfd.presgradient(ECF_PNT<,INT>)
element.cfd.pressure(ECF_PNT)
element.cfd.vel(ECF_PNT<,INT>)
element.cfd.viscosity(ECF_PNT)
element.cfd.vol(ECF_PNT)
fracture.aperture(FR_PNT)
fracture.area(FR_PNT)(3D only)
fracture.centerdensity(<VEC><,VEC><,D_PNT>)
fracture.contactmap(FR_PNT<,INT>)
fracture.contactmap.all(FR_PNT<,INT>)
fracture.copy(FR_PNT<,D_PNT,INT>)
fracture.create(D_PNT,ARR_PNT<,INT>)
fracture.ddir(FR_PNT)(3D only)
fracture.delete(FR_PNT)
fracture.density(<VEC><,VEC><,D_PNT>)
fracture.dfn(FR_PNT)
fracture.diameter(FR_PNT)(3D only)
fracture.dip(FR_PNT)
fracture.extra(FR_PNT<,INT>)
fracture.find(INT)
fracture.genpos(FR_PNT<,INT>)
fracture.gensize(FR_PNT)
fracture.geomp10(GSET_PNT<,D_PNT>)
fracture.geomp20(GSET_PNT<,D_PNT>)(3D only)
fracture.geomp21(GSET_PNT<,D_PNT>)(3D only)
fracture.geomtrace(GSET_PNT<,D_PNT>)(3D only)
fracture.gintersect(FR_PNT,GSET_PNT)
fracture.group(FR_PNT<,STR>)
fracture.group.remove(FR_PNT,STR)
fracture.id(FR_PNT)
fracture.inbox(VEC,VEC<,D_PNT>)
fracture.interarray(FR_PNT<,D_PNT>)
fracture.intersect(FR_PNT,FR_PNT)
fracture.intersect.end1(FI_PNT)
fracture.intersect.end2(FI_PNT)
fracture.intersect.find(INT)
fracture.intersect.len(FI_PNT)(3D only)
fracture.intersect.list
fracture.intersect.maxid
fracture.intersect.npolylinept(FI_PNT)(3D only)
fracture.intersect.num
fracture.intersect.polylinept(FI_PNT)(3D only)
fracture.intersect.pos1(FI_PNT<,INT>)
fracture.intersect.pos2(FI_PNT<,INT>)(3D only)
fracture.intersect.set(FI_PNT)
fracture.intersect.set.delete(FIS_PNT)
fracture.intersect.set.find(INT/STR)
fracture.intersect.set.id(FIS_PNT)
fracture.intersect.set.interlist(FIS_PNT)
fracture.intersect.set.internum(FIS_PNT)
fracture.intersect.set.list
fracture.intersect.set.maxid
fracture.intersect.set.name(FIS_PNT)
fracture.intersect.set.num
fracture.intersect.set.path(FIS_PNT,FR_PNT,FR_PNT)
fracture.intersect.set.typeid
fracture.intersect.typeid
fracture.isdisk(FR_PNT)(3D only)
fracture.isgroup(FR_PNT,STR<,INT>)
fracture.isprop(FR_PNT,STR)
fracture.len(FR_PNT)(2D only)
fracture.list
fracture.maxid
fracture.near(VEC<,FLT><,D_PNT>)
fracture.normal(FR_PNT<,INT>)
fracture.num
fracture.p10(VEC,VEC<,D_PNT>)
fracture.percolation(<VEC><,VEC><,D_PNT>)
fracture.pointnear(FR_PNT,VEC)
fracture.pos(FR_PNT<,INT>)
fracture.prop(FR_PNT,STR)
fracture.template.ddirmax(DT_PNT)(3D only)
fracture.template.ddirmin(DT_PNT)(3D only)
fracture.template.dipmax(DT_PNT)
fracture.template.dipmin(DT_PNT)
fracture.template.find(INT/STR)
fracture.template.id(DT_PNT)
fracture.template.list
fracture.template.maxid
fracture.template.name(DT_PNT)
fracture.template.norientparam(DT_PNT)
fracture.template.nposparam(DT_PNT)
fracture.template.nsizeparam(DT_PNT)
fracture.template.num
fracture.template.orientparam(DT_PNT,INT)
fracture.template.orienttype(DT_PNT)
fracture.template.posparam(DT_PNT,INT)
fracture.template.postype(DT_PNT)
fracture.template.sizemax(DT_PNT)
fracture.template.sizemin(DT_PNT)
fracture.template.sizeparam(DT_PNT,INT)
fracture.template.sizetype(DT_PNT)
fracture.template.typeid
fracture.typeid
fracture.vertex.find(INT)
fracture.vertex.list
fracture.vertex.maxid
fracture.vertex.num
fracture.vertex.pos(FV_PNT<,INT>)
fracture.vertex.typeid
fracture.vertexarray(FR_PNT)
fragment.bodymap(FG_PNT<,INT>)
fragment.bodynum(FG_PNT<,INT>)
fragment.childmap(FG_PNT)
fragment.id(FG_PNT)
fragment.parent(FG_PNT)
fragment.pos(FG_PNT<,INT>)
fragment.pos.catalog(FG_PNT,INT<,INT>)
fragment.vol(FG_PNT<,int>)
geom.edge.create(GSET_PNT,INT/GN_PNT,INT/GN_PNT)
geom.edge.delete(GSET_PNT,GE_PNT)
geom.edge.dir(GE_PNT<,INT>)
geom.edge.extra(GE_PNT,INT)
geom.edge.group(GE_PNT<,STR>)
geom.edge.group.remove(GE_PNT,STR)
geom.edge.id(GE_PNT)
geom.edge.isgroup(GE_PNT,STR<,STR>)
geom.edge.next.edge(GE_PNT,INT)
geom.edge.next.index(GE_PNT,INT)
geom.edge.node(GE_PNT,INT)
geom.edge.node.pos(GE_PNT,INT<,INT>)
geom.edge.pos(GE_PNT<,INT>)
geom.edge.remove(GSET_PNT,GE_PNT)
geom.edge.start.index(GE_PNT)
geom.edge.start.poly(GE_PNT)
geom.node.create(GSET_PNT,VEC)
geom.node.delete(GSET_PNT,GN_PNT)
geom.node.extra(GN_PNT,INT)
geom.node.group(GN_PNT<,STR>)
geom.node.group.remove(GN_PNT,STR)
geom.node.id(GN_PNT)
geom.node.isgroup(GN_PNT,STR<,STR>)
geom.node.pos(GN_PNT<,INT>)
geom.node.remove(GSET_PNT,GN_PNT)
geom.node.start.edge(GN_PNT)
geom.node.start.index(GN_PNT)
geom.poly.add.edge(GPOL_PNT,GE_PNT)
geom.poly.add.node(GSET_PNT,GPOL_PNT<,GN_PNT><,VEC><,INT>)
geom.poly.area(GPOL_PNT)
geom.poly.check(GPOL_PNT)
geom.poly.close(GSET_PNT,GPOL_PNT)
geom.poly.create(GSET_PNT)
geom.poly.delete(GSET_PNT,GPOL_PNT)
geom.poly.edge(GPOL_PNT,INT)
geom.poly.extra(GPOL_PNT,INT)
geom.poly.group(GPOL_PNT<,STR>)
geom.poly.group.remove(GPOL_PNT,STR)
geom.poly.id(GPOL_PNT)
geom.poly.isgroup(GPOL_PNT,STR<,STR>)
geom.poly.next.index(GPOL_PNT,INT)
geom.poly.next.poly(GPOL_PNT,INT)
geom.poly.node(GPOL_PNT,INT)
geom.poly.normal(GPOL_PNT<,INT>)
geom.poly.pos(GPOL_PNT<,INT>)
geom.poly.remove(GSET_PNT,GPOL_PNT)
geom.poly.size(GPOL_PNT)
geom.set.closest(GSET_PNT,VEC<,FLT>)
geom.set.create(STR<,INT>)
geom.set.delete(GSET_PNT)
geom.set.edge.maxid(GSET_PNT)
geom.set.edge.num(GSET_PNT)
geom.set.id(GSET_PNT)
geom.set.name(GSET_PNT)
geom.set.node.maxid(GSET_PNT)
geom.set.node.num(GSET_PNT)
geom.set.poly.maxid(GSET_PNT)
geom.set.poly.num(GSET_PNT)
geom.set.remove(GSET_PNT)
measure.coordination(MEAS_PNT)
measure.delete(MEAS_PNT)
measure.id(MEAS_PNT)
measure.porosity(MEAS_PNT)
measure.pos(MEAS_PNT<,INT>)
measure.radius(MEAS_PNT)
measure.size(MEAS_PNT)
measure.strain.rate(MEAS_PNT<,INT<,INT>>)
measure.stress(MEAS_PNT<,INT,INT>)
rblock.angle(RB_PNT)(2D ONLY)
rblock.aspect.ratio(RB_PNT)
rblock.axis.angle(RB_PNT<,INT>)(3D ONLY)
rblock.ball.pos(RB_PNT<,INT>)
rblock.ball.radius(RB_PNT)
rblock.collide(RB_PNT,RB_PNT)
rblock.contactmap(RB_PNT<,INT,PNT>)
rblock.contactmap.all(RB_PNT<,INT,PNT>)
rblock.contactnum(RB_PNT<,INT>)
rblock.contactnum.all(RB_PNT<,INT>)
rblock.damp(RB_PNT)
rblock.delete(RB_PNT)
rblock.density(RB_PNT)
rblock.disp(RB_PNT<,INT>)
rblock.euler(RB_PNT<,INT>)(3D ONLY)
rblock.extra(RB_PNT<,INT>)
rblock.facet.area(RB_PNT,INT)
rblock.facet.centroid(RB_PNT,INT<,INT>)
rblock.facet.closest(RB_PNT,INT,VEC<,INT>)
rblock.facet.map(RB_PNT)
rblock.facet.normal(RB_PNT,INT<,INT>)
rblock.facet.num(RB_PNT)
rblock.facet.vertex.pos(RB_PNT,INT,INT<,INT>)
rblock.fix(RB_PNT,INT)
rblock.force.app(RB_PNT<,INT>)
rblock.force.contact(RB_PNT<,INT>)
rblock.force.unbal(RB_PNT<,INT>)
rblock.fragment(RB_PNT)
rblock.group(RB_PNT<,STR>)
rblock.group.remove(RB_PNT,STR)
rblock.id(RB_PNT)
rblock.inglobal(RB_PNT,VEC)
rblock.inprin(RB_PNT,VEC)
rblock.inside(RB_PNT,VEC)
rblock.isbonded(RB_PNT<,INT,PNT>)
rblock.isgroup(RB_PNT,STR<,STR>)
rblock.isprop(RB_PNT,STR)
rblock.mass(RB_PNT)
rblock.mass.real(RB_PNT)
rblock.moi(RB_PNT<,INT<,INT>>)
rblock.moi.fix(RB_PNT)
rblock.moi.prin(RB_PNT<,INT>)
rblock.moi.prin.real(RB_PNT<,INT>)
rblock.moi.real(RB_PNT<,INT<,INT>>)
rblock.moment.app(RB_PNT<,INT>)
rblock.moment.contact(RB_PNT<,INT>)
rblock.moment.unbal(RB_PNT<,INT>)
rblock.pos(RB_PNT<,INT>)
rblock.prin.angle(RB_PNT)(2D ONLY)
rblock.prin.axis.angle(RB_PNT<,INT>)(3D ONLY)
rblock.prin.euler(RB_PNT<,INT>)(3D ONLY)
rblock.prop(RB_PNT,STR)
rblock.rotation(RB_PNT)(2D ONLY)
rblock.rounding(RB_PNT)
rblock.scalesphere(RB_PNT,FLT)
rblock.scalevol(RB_PNT,FLT)
rblock.spin(RB_PNT<,INT>)
rblock.stress(RB_PNT<,INT,INT>)
rblock.template.delete(RBT_PNT)
rblock.template.moi(RBT_PNT<,INT<,INT>>)
rblock.template.moi.prin(RBT_PNT<,INT>)
rblock.template.name(RBT_PNT)
rblock.template.vol(RBT_PNT)
rblock.thermal.contactmap(RBTH_PNT<,INT,PNT>)
rblock.thermal.contactmap.all(RBTH_PNT<,INT,PNT>)
rblock.thermal.contactnum(RBTH_PNT<,INT>)
rblock.thermal.contactnum.all(RBTH_PNT<,INT>)
rblock.thermal.expansion(RBTH_PNT)
rblock.thermal.extra(RBTH_PNT<,INT>)
rblock.thermal.fix(RBTH_PNT)
rblock.thermal.group(RBTH_PNT<,INT>)
rblock.thermal.group.remove(RBTH_PNT,STR)
rblock.thermal.id(RBTH_PNT)
rblock.thermal.isgroup(RBTH_PNT,STR<,STR>)
rblock.thermal.isprop(RBTH_PNT,STR)
rblock.thermal.power.app(RBTH_PNT)
rblock.thermal.power.unbal(RBTH_PNT)
rblock.thermal.prop(RBTH_PNT,STR)
rblock.thermal.rigid(blockbt)
rblock.thermal.specific.heat(RBTH_PNT)
rblock.thermal.temp(RBTH_PNT)
rblock.thermal.temp.increment(RBTH_PNT)
rblock.vel(RB_PNT<,INT>)
rblock.vertex.map(RB_PNT)
rblock.vertex.near(RB_PNT,VEC)
rblock.vertex.num(RB_PNT)
rblock.vertex.pos(RB_PNT,INT)
rblock.vol(RB_PNT)
wall.addfacet(W_PNT,VEC,ANY)
wall.closed(W_PNT)
wall.contactmap(W_PNT<,INT><,PNT>)
wall.contactmap.all(W_PNT<,INT><,PNT>)
wall.contactnum(W_PNT<,INT>)
wall.contactnum.all(W_PNT<,INT>)
wall.convex(W_PNT)
wall.cutoff(W_PNT)
wall.delete(W_PNT)
wall.disp(W_PNT<,INT>)
wall.euler(W_PNT<,INT>)(3D ONLY)
wall.extra(W_PNT<,INT>)
wall.facet.active(WF_PNT)
wall.facet.contactmap(WF_PNT<,INT><,PNT>)
wall.facet.contactmap.all(WF_PNT<,INT><,PNT>)
wall.facet.contactnum(WF_PNT<,INT>)
wall.facet.contactnum.all(WF_PNT<,INT>)
wall.facet.conveyor(WF_PNT<,INT>)
wall.facet.delete(WF_PNT)
wall.facet.extra(WF_PNT<,INT>)
wall.facet.group(WF_PNT<,STR>)
wall.facet.group.remove(WF_PNT,STR)
wall.facet.id(WF_PNT)
wall.facet.isbonded(WF_PNT<,INT,PNT>)
wall.facet.isgroup(WF_PNT,STR<,STR>)
wall.facet.isprop(WF_PNT,STR)
wall.facet.normal(WF_PNT<,INT>)
wall.facet.pair(WF_PNT,INT)
wall.facet.pointnear(WF_PNT,VEC)
wall.facet.pos(WF_PNT<,INT>)
wall.facet.prop(WF_PNT,STR)
wall.facet.vertex(WF_PNT,INT)
wall.facet.wall(WF_PNT)
wall.facetlist(W_PNT)
wall.force.contact(W_PNT<,INT>)
wall.fragment(W_PNT)
wall.group(W_PNT<,STR>)
wall.group.remove(W_PNT,STR)
wall.id(W_PNT)
wall.inside(W_PNT,VEC)
wall.isbonded(W_PNT<,INT,PNT>)
wall.isgroup(W_PNT,STR<,STR>)
wall.moment.contact(W_PNT<,INT>)
wall.name(W_PNT)
wall.pos(W_PNT<,INT>)
wall.prop(W_PNT,STR)
wall.rotation(W_PNT)(2D ONLY)
wall.rotation.center(W_PNT<,INT>)
wall.spin(W_PNT<,INT>)
wall.thermal.contactmap(WTH_PNT<,INT><,PNT>)
wall.thermal.contactmap.all(WTH_PNT<,INT><,PNT>)
wall.thermal.extra(WTH_PNT<,INT>)
wall.thermal.facet.contactmap(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.contactmap.all(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.facet(WFTH_PNT)
wall.thermal.facet.group(WFTH_PNT<,INT>)
wall.thermal.facet.group.remove(WFTH_PNT,STR)
wall.thermal.facet.id(WFTH_PNT)
wall.thermal.facet.isgroup(WFTH_PNT,STR<,INT>)
wall.thermal.facet.isprop(WFTH_PNT,STR)
wall.thermal.facet.pos(WFTH_PNT<,INT>)
wall.thermal.facet.prop(WFTH_PNT,STR)
wall.thermal.facet.wall(WFTH_PNT)
wall.thermal.facetlist(WTH_PNT)
wall.thermal.group(WTH_PNT<,STR>)
wall.thermal.group.remove(CLT_PNT,STR)
wall.thermal.id(WTH_PNT)
wall.thermal.isgroup(CLT_PNT,STR<,STR>)
wall.thermal.pos(WTH_PNT<,INT>)
wall.thermal.prop(WTH_PNT,STR)
wall.thermal.wall(WTH_PNT)
wall.vel(W_PNT<,INT>)
wall.vertex.delete(WV_PNT)
wall.vertex.facetarray(WV_PNT)
wall.vertex.id(WV_PNT)
wall.vertex.pos(WV_PNT<,INT>)
wall.vertex.vel(WV_PNT<,INT>)
wall.vertexlist(W_PNT)