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	Effective conductivity.
anisotropic	Principal thermal conductivity value.
arrlinear	- attraction range with default value 0.
ball attribute	Set the value of ball attributes.
ball create	Create a single ball with the specified attributes.
ball delete	Delete balls.
ball distribute	Distribute balls with overlaps.
ball export	Exports balls.
ball extra	Set ball extra variables.
ball fix	Fix the specified ball velocities.
ball free	Free the specified ball velocities.
ball generate	Generate non-overlapping balls.
ball group	Specify ball group names.
ball history	Adds a history of a ball value.
ball initialize	Modify ball attributes.
ball list	List ball information.
ball property	Assign ball surface properties.
ball results	Modify the usage of the ball results logic.
ball tolerance	Set contact detection tolerances.
ball trace	Add a ball particle trace.
ball cfd attribute	Set the value of ball CFD attributes.
ball cfd extra	Set ball CFD extra variables.
ball cfd group	Specify CFD ball group names.
ball cfd history	Add a ball CFD history.
ball cfd initialize	Modify ball CFD attributes.
ball cfd list	List CFD ball information.
ball thermal attribute	Set the value of ball thermal attributes.
ball thermal extra	Set ball thermal extra variables.
ball thermal fix	Fix thermal ball’s temperature.
ball thermal free	Free thermal ball’s temperature.
ball thermal group	Specify thermal ball group names.
ball thermal history	Add a ball thermal history.
ball thermal initialize	Modify ball thermal attributes.
ball thermal list	List thermal ball information.
ball thermal property	Assign ball thermal surface properties.
ball-zone create	Identifies overlapping balls and zones (i.
building-blocks block create	Create a block or blocks.
building-blocks block delete	Delete blocks.
building-blocks block export	Export blocks.
building-blocks block group	Assign or remove a group name to blocks.
building-blocks block hide	Set the blocks to be hide or not.
building-blocks block id	Perform an operation on a block (by ID).
building-blocks block import	Import blocks from a file.
building-blocks block list	Print information about blocks.
building-blocks block make-hex-only	Split all triangular faces of wedge and tetrahedral blocks.
building-blocks block multiplier	Set the zone multiplier coefficient for final zone generation.
building-blocks block snapon	Snap a block to a geometric set.
building-blocks block transform	Perform a general geometric transformation on points of blocks.
building-blocks edge add-controls	Add control points to edges.
building-blocks edge delete	Delete edges.
building-blocks edge drape	Move the points of edges onto an external geometric set.
building-blocks edge factor	Apply a sizing factor to zones on edges.
building-blocks edge group	Assign or remove a group name to edges.
building-blocks edge id	Modify the properties of an edge.
building-blocks edge list	Print information about edges.
building-blocks edge ratio	Apply a sizing ratio to zones on edges.
building-blocks edge ratio-isolate	Determine whether zone ratios or factors propagate.
building-blocks edge size	Specify the number of zones on an edge.
building-blocks edge snapon	Snap an edge to a geometric set.
building-blocks edge transform	Transform and edge (via its points).
building-blocks edge type	Specify edge curve-type.
building-blocks face add-controls	Add control points to faces.
building-blocks face cycle	Rotate (cycle) the topology of triangular faces.
building-blocks face delete	Delete faces.
building-blocks face drape	Move the points of faces onto an external geometric set.
building-blocks face group	Assign a group name to faces.
building-blocks face id	Modify the properties of a face.
building-blocks face list	Print information about faces.
building-blocks face snapon	Snap a face to a geometric set.
building-blocks face transform	Transform a face (via its points).
building-blocks point delete	Delete points.
building-blocks point drape	Move points onto an external geometric set.
building-blocks point group	Assign a group name to points.
building-blocks point list	Print information about points.
building-blocks point merge	Merge two points.
building-blocks point move-to	Move points.
building-blocks point snapon	Snap points to a geometric set.
building-blocks point transform	Transform points.
brick assemble	Assemble an existing brick in the model.
brick delete	Delete bricks in range.
brick export	Export a brick as a binary file.
brick import	Import a brick from a binary file.
brick make	Make a brick from the current model state.
building-blocks set arrest-triangle	Specify how to split a wedge block.
building-blocks set auto-tolerance	Set the auto-tolerance flag for geometric manipulations.
building-blocks set automatic-zone	Specify a automatic zoning method.
building-blocks set break-angle	Set the break angle.
building-blocks set create	Create a building block set.
building-blocks set delete	Delete a building block set.
building-blocks set export	Export current building blocks to a file.
building-blocks set geometry	Associate a geometry set with the current set.
building-blocks set import	Import a building blocks set.
building-blocks set list	Print information about a building blocks set.
building-blocks set select	Specify the current building blocks set.
building-blocks set tolerance	Set the tolerance for geometric manipulations.
building-blocks set validate-all	Check the validity of blocks.
burger	- Normal viscosity Kelvin section with default value 0.
burgers	elastic bulk modulus, K Kelvin shear modulus, G K Maxwell shear modulus, G M Kelvin...
burgers-mohr	bulk modulus, K cohesion, c dilation angle in degrees, ψ internal friction angle...
cap-yield	ultimate cohesion, .
cap-yield-simplified	dimensionless bulk modulus reference value, ultimate cohesion, ultimate dilation angle,...
cfd buoyancy	Activate/deactivate buoyancy terms.
cfd connect	Establish the socket connection to the CFD proxy server.
cfd coupling	Activate/deactivate PFC coupling.
cfd cycling	Set the PFC cycling status.
cfd interval	Specify the update interval.
cfd list	List the CFD settings.
cfd output	Change the coupling outputs.
cfd porosity	Set the porosity calculation mode.
cfd read	Read a fluid mesh or fluid property from files.
cfd relaxation	Set the relaxation parameter.
cfd restart	Reset the coupling time and coupling interval to the starting state.
cfd slave	Give control of PFC to the CFD proxy server.
cfd term	Modify terms used in drag force calculations.
cfd update	Update the porosity, particle-applied force, and drag force.
cfd vof	Enable/disable the volume of fluid (VOF) mode.
clump attribute	Set the value of clump attributes.
clump create	Create a single clump with the specified attributes.
clump delete	Delete clumps and/or pebbles.
clump distribute	Distribute clumps with overlaps.
clump export	Exports clumps.
clump extra	Set clump or pebble extra variables.
clump fix	Fix the specified clump velocities.
clump free	Free the specified clump velocities.
clump generate	Generate non-overlapping clumps.
clump group	Specify clump or pebble group names.
clump history	Adds a history of a clump value.
clump initialize	Modify clump attributes.
clump list	List clump information.
clump order	Set the rotational EOM order.
clump property	Assign clump or pebble surface properties.
clump replicate	Create a clump from a template.
clump results	Modify the usage of the clump results logic.
clump rotate	Rotate clumps.
clump scale	Scale clumps.
clump template	Operate on a single clump template.
clump tolerance	Set contact detection tolerances.
clump trace	Add a clump or pebble particle trace.
clump cfd attribute	Set the value of clump CFD attributes.
clump cfd extra	Set clump CFD extra variables.
clump cfd group	Specify CFD clump group names.
clump cfd history	Add a clump CFD history.
clump cfd initialize	Modify clump CFD attributes.
clump cfd list	List CFD clump information.
clump thermal attribute	Set the value of thermal clump attributes.
clump thermal extra	Set thermal clump or pebble extra variables.
clump thermal fix	Fix thermal clump temperature.
clump thermal free	Free thermal clump temperature.
clump thermal group	Specify thermal clump or pebble group names.
clump thermal history	Add a clump thermal history.
clump thermal initialize	Modify clump thermal attributes.
clump thermal list	List thermal clump information.
clump thermal property	Assign thermal clump pebble surface properties.
contact activate	Change the contact activate flag.
contact apply-group	Apply contact group names to contacting pieces or bodies.
contact cmat add	Adds a new entry to the CMAT.
contact cmat apply	Apply the CMAT to existing contacts.
contact cmat default	Set the default slot(s) of the CMAT.
contact cmat list	Lists the CMAT.
contact cmat modify	Modify an existing entry in the CMAT.
contact cmat proximity	The contact detection distance is set to fd .
contact cmat remove	Remove entries from the CMAT.
contact delete	Delete contacts in specified range.
contact detection	Set automatic detection of contacts (default: true ).
contact extra	Set contact extra variables.
contact group	Specify contact group names.
contact history	Add a contact history.
contact inhibit	Inhibit contacts in specified range.
contact list	List contact information.
contact method	Calls a contact method.
contact model	Assign contact models.
contact persist	Set the contact persistence flag.
contact property	Assign contact properties.
data label create	Create a user-defined label at a point in space.
data label delete	Delete all labels within the specified range .
data label list	List label information.
data label modify	Modify an existing label.
data label results	Include label data in results files.
data scalar create	Create a scalar data entry.
data scalar delete	Delete scalars in the range.
data scalar export	Export scalars to the file with name s .
data scalar group	Specify scalar group names.
data scalar import	Import scalars from file s .
data scalar list	List scalar information on data in the range specified.
data scalar results	Include scalar data in results files.
data tensor create	Create a tensor data entry.
data tensor delete	Delete tensors in the range.
data tensor export	Export tensors to the file with name s .
data tensor group	Specify tensor group names.
data tensor import	Import tensors from file s .
data tensor list	List tensor information on data in the range specified.
data tensor results	Include tensor data in results files.
data vector create	Create a vector.
data vector delete	Delete vector data objets in the range.
data vector export	Export vectors to the file with name s .
data vector group	Specify vector group names.
data vector import	Import vectors from file s .
data vector list	List vector information.
data vector results	Include vector data in results files.
fracture aperture	Assign apertures to fractures.
fracture attribute	Modify fracture attributes.
fracture cluster	Compute fracture clusters.
fracture combine	Simplify fractures.
fracture compute	Compute fracture statistics.
fracture connectivity	Calculate fracture connectivity with a specified structure.
fracture contact-model	Assign contact models via fractures.
fracture copy	Copy fractures.
fracture create	Create a deterministic fracture.
fracture delete	Delete fractures.
fracture dfn-extra	Set DFN extra variables.
fracture dfn-group	Specify DFN group names.
fracture export	Export fractures to file.
fracture extra	Set fracture extra variables.
fracture generate	Generate fractures from a statistical description.
fracture group	Specify fracture group names.
fracture import	Import fractures.
fracture initialize	Modify fracture attributes.
fracture intersections automatic-update	Set the intersection automatic-updating state.
fracture intersections compute	Compute intersections.
fracture intersections delete	Delete intersections.
fracture intersections scanline	Create intersections corresponding to scanline mapping.
fracture list	List the fracture attributes.
fracture property	Assign fracture surface properties.
fracture prune	Prune isolated fractures.
fracture set-property	Assign properties in objects that intersect fractures.
fracture template create	Create a fracture generation template.
fracture template delete	Delete fracture generation templates.
fracture template modify-default	Modify the default fracture generation template.
fracture verify-file	Verify a DFN file.
double-yield	maximum elastic bulk modulus, cohesion, dilation angle, .
drucker-prager	bulk modulus, material parameter, material parameter, .
element cfd attribute	Set the value of element CFD attributes.
element cfd extra	Set element CFD extra variables.
element cfd group	Specify CFD element group names.
element cfd history	Add an element CFD history.
element cfd initialize	Modify element CFD attributes.
element cfd list	List CFD element information.
extrude block create	Create block(s).
extrude block delete	Delete block(s).
extrude block group	Assign/remove a group name to blocks.
extrude block id	Modify a single block by ID.
extrude block list	Print information about blocks.
extrude block multiplier	The command only applies to regular (3- or 4-sided) blocks...
extrude block position	Modify a block by position.
extrude edge clear	Clear all zone size and ratio settings on edges.
extrude edge combine	Combines edges into a single edge.
extrude edge create	Creates an edge or a set of edges.
extrude edge delete	Delete edges.
extrude edge group	Assign/remove a group name to edges.
extrude edge id	Modify a single edge by ID.
extrude edge list	Print information about edges.
extrude edge ratio	Set the ratio.
extrude edge ratio-isolate	The option only applies to the edges which form regular...
extrude edge size	Set the number of zones on the edge.
extrude mesh gradation	Specify maximum gradation f > 0 for the unstructured mesher.
extrude mesh list	List information about global meshing parameters.
extrude mesh mode	Specify the operating mode for the unstructured mesher.
extrude mesh optimization	Specify optimization level 0 ≤ i ≤ 10 for the...
extrude mesh quad-weight	Specify weight on quadrilaterals 0 ≤ f ≤ 1 for...
extrude mesh reset	Reset all mesh parameters to defaults.
extrude mesh shape-quality	Specify value for the shape-quality 0 ≤ f ≤ 1...
extrude mesh target-size	Specify desired zone size (target size) inside the domain, f ...
extrude mesh type	Specify the type of mesh.
extrude point create	Create a point.
extrude point delete	Delete points.
extrude point group	Assign/remove a group name to points.
extrude point id	Modify a single point by ID.
extrude point list	Print information about points.
extrude point transform	Transform points.
extrude segment add	Adds segment(s).
extrude segment clear	Clear all segment data.
extrude segment delete	Delete segment(s).
extrude segment index	Modify a segment by ID.
extrude segment list	List the segments and their values.
extrude segment origin	Set the start position of the first segment.
extrude set automatic-validate	Set off/on automatic validation.
extrude set automatic-zone	Set automatic zoning of the extrusion set.
extrude set clear	Clear all set data (points, edges, blocks in the 2D...
extrude set delete	Delete an extrude set.
extrude set list	List extrude set information.
extrude set metadata	Manipulate extrude set metadata.
extrude set select	Set the current extrude set.
extrude set system	Set the coordinate system.
extrude set update-polygons	Update the internal list of closed polygons to assure that...
finn	elastic bulk modulus, cohesion, constant, constant, constant, constant, dilation angle,...
fish automatic-create	Set the FISH symbol automatic creation status.
fish boolean-convert	Convert other types to Boolean values.
fish callback	Add/remove functions to be executed in response to callback events.
fish create	Create a FISH symbol with name s and value a .
fish debug	Launch the FISH function s in debug mode.
fish define	Define a new FISH function.
fish history	Create a history of the FISH variable sym .
fish integer-convert	For FORTRAN-based codes that use index types, indicates whether automatic...
fish list	List FISH -related quantities.
fish results	Set storage of FISH information in results files.
fish set	Assign a FISH symbol.
fish trace	Create a particle trace of the FISH variable sym .
flatjoint	- area of element .
fragment activate	Activate fragment auto-computation.
fragment clear	Clear fragments.
fragment compute	Compute fragments.
fragment deactivate	Deactivate fragment auto-computation.
fragment group-slot	Assign fragment IDs to groups.
fragment list	List fragment information.
fragment map	Get a map of fragment tabulation.
fragment register	Register contact types for fragment analysis.
geometry assign-groups	This command assigns group names to objects based on their...
geometry copy	Copy geometric data.
geometry delete	Delete geometric sets.
geometry edge create	Create an edge.
geometry edge delete	Delete geometric edges.
geometry edge export	Export geometry edges data.
geometry edge extra	Set edge extra variables.
geometry edge group	Assign the group s to the edges of the geometric...
geometry export	Export geometry data.
geometry generate	Generate objects with specified shapes.
geometry import	Import geometric data.
geometry list	List geometry information.
geometry move-to	Move nodes.
geometry node create	Create a node at the position v .
geometry node delete	Delete geometric nodes.
geometry node export	Export geometry nodes data.
geometry node extra	Set node extra variables.
geometry node group	Assign the group s to the nodes of the geometric...
geometry paint-extra	“Paint” a scalar value from a zone field.
geometry polygon create	Create a polygon.
geometry polygon delete	Delete geometric polygons.
geometry polygon export	Export geometry polygons data.
geometry polygon extra	Set polygon extra variables.
geometry polygon group	Assign the group s to the polygons of the geometric...
geometry refine	Refine the triangular or quadrilateral polygons in the geometric set...
geometry rotate	Rotate nodes.
geometry select	Specify the current geometric set (or create a new set...
geometry separate	Separate polygons into sets.
geometry set	Specify the current geometric set (or create a new set...
geometry tessellate	Tessellate nodes.
geometry translate	Translate nodes.
geometry triangulate	Triangulate planar polygons.
group create	Create a group.
group list	Display the global list of group names and slot names...
group rename	Rename a group.
group slot	Create a slot.
hertz	- surface gap exponent used for the dashpot force...
history delete	All history traces are deleted.
history export	Write the contents of the list of histories to the...
history interval	Specifies the history-sampling interval.
history list	List history information.
history name label	Assigns a label with the name sl to history sn .
history purge	The contents of all history traces are erased, but the...
history results	indicates whether history information is stored in subsequent results files.
hoek-brown	bulk modulus, Hoek-Brown parameter, dilation angle, , required only when...
hoek-brown-pac	bulk modulus, Hoek-Brown parameter, Hoek-Brown parameter, Hoek-Brown parameter, Hoek-Brown parameter,...
hydration	Material parameter of conductivity, .
hydration-drucker-prager	reference bulk modulus for α = 1, K cte material parameter, a material...
hysteretic	- target restitution coefficient with default value 1.
isotropic	Matrix thermal conductivity.
linear	- dashpot force in units force.
linearcbond	- contact bond tensile strength in units force with...
linearpbond	- dashpot force in units force.
maxwell	bulk modulus, K Poisson’s ratio, v shear modulus, G Young’s modulus, E dynamic viscosity,...
measure create	Create a measurement region.
measure delete	Delete a measurement object.
measure dump	Dump the cumulative size distribution data.
measure history	Add a measure history.
measure list	List information related to measurement regions.
measure modify	Modify measurement regions.
model calm	Calm the model.
model clean	Clean the model.
model configure	Configure an additional calculation mode.
model creep	Set parameters for a creep material analysis.
model cycle	Execute timesteps.
model deterministic	Set the deterministic mode.
model display	Set information to display during cycling.
model domain	Specify the domain boundaries and conditions.
model dynamic	Set parameters for a dynamic material analysis.
model energy	Set the energy tracking state by process.
model factor-of-safety	Set factor of safety analysis parameters.
model fluid	Set parameters for a fluid flow analysis.
model gravity	Set the gravity.
model history	Create a history of a model quantity.
model largestrain	Sets the program to use the numerical formulation for large-strain...
model list	List a model related quantity.
model mechanical	Set parameters for a mechanical analysis.
model new	Clear model-state information.
model precision	Set the listing precision.
model random	Set the seed for the random-number generator.
model range	Create/delete a named range.
model restore	Restore program-state information.
model results	Perform file operations on results files.
model save	Save all model-state information.
model solve	Solve to a specified limit.
model step	Execute timesteps.
model thermal	This command sets parameters for a thermal material analysis (only...
model title	Set the model title.
model update-interval	Set the number of cycles taken between updating the existing...
model orientation-tracking	Set the orientation tracking state.
modified-cam-clay	maximum elastic bulk modulus, slope of elastic swelling line, slope...
mohr-coulomb	elastic bulk modulus, cohesion, dilation angle, .
mohr-coulomb-tension	elastic bulk modulus, cohesion, dilation angle, .
orthotropic	dip angle [degrees] of the plane defined by axes 1’-2’ dip...
plastic-hardening	cohesion, .
plot active	This command activates or deactivates plot s .
plot background	Specifies the background color of the plot.
plot clear	removes all plot items from the plot.
plot copy	The plot is copied to the plot named sDest .
plot create	A new plot named s is made the current (i.
plot current	The plot named s is made the current (i.
plot delete	The plot named s is deleted.
plot export	The contents of the plot named s is exported to...
plot item	Create, destroy, or modify plot items associated with the plot.
plot legend	set attributes of the plot legend.
plot load	attempts to load one or more user-defined plot item DLLs.
plot movie	controls whether this plot participates in automatic movie generation.
plot outline	controls the line used to oultine the plot and the...
plot print-size	the size of the bitmap used when exporting plot images...
plot rename	renames the plot named s to sNew .
plot reset	resets the plot settings to default values, forcing a recalculation...
plot show	This is the same as the plot current command, but...
plot title	the font and settings used to render the title at...
plot title-job	the font and settings used to render the job title...
plot update	if set to off , the plot is not automatically updated...
plot view	controls the camera view of the plot.
power	bulk modulus, K power-law constant, A 1 power-law constant, A 2 power-law exponent, n 1 power-law exponent,...
power-mohr	elastic bulk modulus, K cohesion, c power-law constant, A 1 power-law constant, A 2 dilation angle,...
power-ubiquitous	elastic bulk modulus, K cohesion, c power-law constant, A 1 power-law constant, A 2 dilation angle,...
program call	Process the specified data file(s).
program continue	Resume processing after a program pause.
program convert	This command is available for PFC only.
program customer-title-1	Set the first line of customer information.
program customer-title-2	Set the second line of customer information.
program directory	Set the working directory.
program echo	Set the echo state.
program echo-line	Specify output to echo to the console.
program exit	Close the program.
program floating-point-check	Enable/disable the floating point check.
program list	Print program information.
program load	Load a compatible DLL.
program log	Turn on/off logging.
program log-file	Specify the log file by name.
program mail	Compose and send email messages.
program notice	Set the notice state.
program pagination	Set the pagination state.
program pause	Pause command processing.
program playback	Play back a record file.
program quit	Close the program.
program return	Return program control.
program stop	Close the program.
program system	Send commands to DOS.
program threads	Set the number of threads for calculations and plotting.
program undo	Undo commands.
program warning	Set the warning state.
project execute	Execute the current project.
project list	List project information.
project new	Clear program-state information.
project restore	Restores the project file name s .
project save	Save the current project to a file.
project save-plugins	Save the currently loaded plugins with the project file.
range	Create a range phrase.
rblock attribute	Set the value of rigid block attributes.
rblock construct	Construct a set of rigid blocks.
rblock contact-resolution	Set the default contact resolution behavior involving rigid blocks.
rblock create	Create a single rigid block with the specified attributes.
rblock cut	Cut the rigid blocks in range.
rblock delete	Delete rigid blocks.
rblock dilate	Change the rigid block rounding by dilation.
rblock distribute	Distribute rigid blocks with overlaps.
rblock erode	Change the rigid block rounding by erosion.
rblock export	Exports rigid blocks.
rblock extra	Set rigid block extra variables.
rblock fix	Fix the specified rigid block velocities.
rblock free	Free the specified rigid block velocities.
rblock generate	Generate non-overlapping rigid blocks.
rblock group	Specify rigid block group names.
rblock history	Adds a history of a rigid block value.
rblock import	Import rigid blocks.
rblock initialize	Modify rigid block attributes.
rblock list	List rigid block information.
rblock merge	Merge rigid blocks in range.
rblock property	Assign rigid block surface properties.
rblock replicate	Replicate a rigid block from the template with name s .
rblock results	Modify the usage of the rblock results logic.
rblock rotate	Rotate rigid blocks.
rblock scale	Scale rigid blocks.
rblock template	Operate on a single rigid block template.
rblock tolerance	Set contact detection tolerances.
rblock trace	Add a rigid block particle trace.
rblock thermal attribute	Set the value of rigid block thermal attributes.
rblock thermal extra	Set rigid block thermal extra variables.
rblock thermal fix	Fix thermal rigid block’s temperature.
rblock thermal free	Free thermal rigid block’s temperature.
rblock thermal group	Specify thermal rigid block group names.
rblock thermal history	Add a rigid block thermal history.
rblock thermal initialize	Modify rigid block thermal attributes.
rblock thermal list	List thermal rigid block information.
rblock thermal property	Assign rigid block thermal surface properties.
rrlinear	- dashpot force in units force.
smoothjoint	- joint dip direction in units degrees with default...
softbond	- dashpot force in units force.
softening-ubiquitous	elastic bulk modulus, matrix cohesion, = matrix cohesion, matrix...
strain-softening	elastic bulk modulus, cohesion, dilation angle, .
structure damping	Set the structural element logic damping scheme.
structure list information	Lists general information about structural element settings.
structure results	Controls if and what values are saved from zones in...
structure safety-factor	Set the safety factor.
structure scale-rotational-mass	This value applies to dynamic analysis only.
structure beam apply	Assign uniform applied distributed loads.
structure beam create	Create a beam represented by one or more elements.
structure beam delete	Delete all beam elements in the range.
structure beam group	Assign all beam elements in the range to the group...
structure beam hide	This commands hides or un-hides all beam elements in the...
structure beam history	Samples beam responses that include force and moment carried by...
structure beam import	Create beam elements from an outside source.
structure beam initialize	Initializes quantities on the element.
structure beam list	List information about beam elements.
structure beam property	Assigns a property to elements in the range.
structure beam refine	This command refines an existing element in the range by...
structure beam select	This command selects or de-selects all elements in the range.
structure cable apply	Applies conditions to cable elements in the range.
structure cable create	Create a cable, represented by one or more elements.
structure cable delete	Delete all cable elements in the range.
structure cable group	Assign all cable elements in the range to the group...
structure cable hide	This commands hides or un-hides all cable elements in the...
structure cable history	Sample cable responses.
structure cable import	Create cable elements from an outside source.
structure cable initialize	Initializes quantities on the element.
structure cable list	List information about cables.
structure cable property	Assigns a property to elements in the range.
structure cable refine	This command refines an existing element in the range by...
structure cable select	This commands selects or de-selects all elements in the range.
structure geogrid apply	Assign uniform applied pressure f to all geogrid elements in...
structure geogrid create	Create a geogrid.
structure geogrid delete	Delete all geogrid elements in the range.
structure geogrid group	Assign all geogrid elements in the range to the group...
structure geogrid hide	This commands hides or un-hides all geogrid elements in the...
structure geogrid history	Sample geogrid responses.
structure geogrid import	Create geogrid elements from an outside source.
structure geogrid initialize	Initializes quantities on the element.
structure geogrid list	List properties and response of each geogrid element in the...
structure geogrid property	Assigns a property to elements in the range.
structure geogrid recover	Stress-recovery for geogrid elements.
structure geogrid refine	This command refines elements in the range by subdividing them...
structure geogrid select	This commands selects or de-selects all elements in the range.
structure liner apply	Assign uniform applied pressure f to all liner elements in...
structure liner create	Create a liner.
structure liner delete	Delete all liner elements in the range.
structure liner gap-factor	Sets the gap factor used during large-strain sliding of liner...
structure liner group	Assign all liner elements in the range to the group...
structure liner hide	This commands hides or un-hides all liner elements in the...
structure liner history	Sample liner responses.
structure liner import	Create liner elements from an outside source.
structure liner initialize	Initializes quantities on the element.
structure liner list	List properties and responses of each liner element in the...
structure liner property	Assigns a property to elements in the range.
structure liner recover	Stress recovery for liner elements.
structure liner refine	this command refines elements in the range by subdividing them...
structure liner select	This commands selects or de-selects all elements in the range.
structure link attach	Set attachment conditions for the specified link directions.
structure link create	Creates new links on structure nodes in the range.
structure link delete	Delete all links in the range.
structure link group	Assign all links in the range to the group with...
structure link hide	This commands hides or un-hides all links in the range.
structure link history	Samples relative displacement or force from a single degree-of-freedom in...
structure link list	List values and information about link objects in the range.
structure link property	List a property of a deformable force-displacement model in the...
structure link select	This commands selects or de-selects all links in the range.
structure link slide	Set the large-strain sliding flag.
structure link tolerance-contact	Set the tolerance used when establishing node-to-zone links.
structure link tolerance-node	Set the tolerance used when establishing node-to-node links.
structure link tolerance-slide	Set the tolerance used when updating node-to-zone links in response...
structure node apply	Set generalized point loads for all nodes in the range.
structure node create	Create a structural node at location v .
structure node damping-local	Sets the local-damping factor to f for all nodes in...
structure node delete	Delete all nodes in the range.
structure node fix	Fix conditions for all nodes in the range, thereby preventing...
structure node free	Free fixed conditions for all nodes in the range.
structure node group	Assign all nodes in the range to the group with...
structure node hide	This command hides or un-hides all nodes in the range.
structure node history	Samples nodal responses.
structure node initialize	Initialize quantities on all structure nodes in the range.
structure node join	This command creates node-to-node links on all nodes in the...
structure node list	Show information about structural element nodes in the range.
structure node select	This commands selects or de-selects all structural nodes in the...
structure node system-local	Set the orientation of the node-local system for all nodes...
structure pile apply	Assign uniform applied distributed loads.
structure pile create	Create a pile represented by one or more elements.
structure pile delete	Delete all pile elements in the range.
structure pile group	Assign all pile elements in the range to the group...
structure pile hide	This commands hides or un-hides all pile elements in the...
structure pile history	Sample pile responses.
structure pile import	Create pile elements from an outside source.
structure pile initialize	Initializes quantities on the element.
structure pile list	List information about piles.
structure pile property	Assign the specified property to all elements in the range.
structure pile refine	this command refines an existing element in the range by...
structure pile select	This command selects or de-selects all elements in the range.
structure shell apply	Assign uniform applied pressure f to all shell elements in...
structure shell create	Create a shell.
structure shell delete	Delete all shell elements in the range.
structure shell group	Assign all shell elements in the range to the group...
structure shell hide	This command hides or un-hides all shell elements in the...
structure shell history	Sample shell responses.
structure shell import	Create shell elements from an outside source.
structure shell initialize	Initializes quantities on the element.
structure shell list	List properties and response of each shell element in the...
structure shell property	Assigns a property to elements in the range.
structure shell recover	Stress-recovery for shell elements.
structure shell refine	This command refines elements in the range by subdividing them...
structure shell select	This commands selects or de-selects all elements in the range.
swell	elastic bulk modulus, cohesion, swelling property, swelling property, swelling property,...
table	Determines if the contents of tables are included in any...
table add	Add an entry to the end of table s .
table clear	Remove all entries of from table s .
table delete	Delete table s .
table export	The contents of the specified table are output to file...
table import	Read file sfile into table s .
table insert	Insert an entry into table s , sorted by its x-value.
table label	Set a label for table s .
table list	List table information.
table position	Substitute the specified (x,y) pair for the stored x- and...
table sort	Cause all entries in table s to be sorted in...
trace delete	Delete all traces.
trace export	Export the contents of the list of traces to the...
trace interval	Specify the step interval on which trace values will be...
trace list	List trace information.
trace name label	Specify the label for trace s .
trace purge	Clear the contents of all traces while retaining the list...
trace results	indicates whether trace information is stored in subsequent results files.
ubiquitous-anisotropic	dip angle [degrees] of weakness plane dip direction [degrees] of weakness...
ubiquitous-joint	elastic bulk modulus, cohesion, dilation angle, .
wall active-sides	Specify which side(s) of facets are active.
wall addfacet	Add a facet a wall.
wall attribute	Set the value of wall attributes.
wall create	Create a wall from vertices.
wall delete	Delete walls and/or facets.
wall export	Exports walls.
wall extra	Set wall or facet extra variables.
wall generate	Generate walls with specified shapes.
wall group	Specify wall or facet group names.
wall history	Adds a history of a wall value.
wall import	Import a wall.
wall initialize	Modify wall attributes.
wall list	List wall information.
wall property	Assign facet surface properties.
wall resolution	Modify the contact-resolution strategy as outlined in the “ wall_faceted ” section.
wall results	Modify the usage of the wall results logic.
wall rotate	Rotate walls.
wall servo	The wall servo provides the ability to control the translational...
wall tolerance	Set contact detection tolerances.
wall velocity-conveyor	Assign a rotational conveyor velocity to facets.
wall-structure create	Wrap FLAC3D structural elements with PFC walls.
wall-structure full-computation	Turn on/off full computation mode.
wall-structure stiffness-factor	Set the multiplicative factor for stiffnesses to be added to...
wall-structure update-tolerance	Set the tolerance for triggering structural element updates.
wall thermal attribute	Set the value of thermal wall attributes.
wall thermal extra	Set thermal wall or facet extra variables.
wall thermal group	Specify thermal wall or facet group names.
wall thermal initialize	Modify wall thermal attributes.
wall thermal list	List thermal wall information.
wall thermal property	Assign thermal wall facet surface properties.
wall-zone create	Wrap FLAC3D zones with PFC walls.
wall-zone full-computation	Turn on/off full computation mode.
wall-zone stiffness-factor	Set the multiplicative factor for stiffnesses to be added to...
wall-zone update-tolerance	Set the tolerance for triggering zone updates.
wipp	activation energy, Q bulk modulus, K WIPP model constant, A WIPP model constant,...
wipp-drucker	activation energy, Q bulk modulus, K material parameter, k ϕ WIPP model constant, A WIPP...
wipp-salt	activation energy, Q bulk modulus, K final, intact salt, bulk modulus, K f WIPP...
zone apply	Create or modify zone conditions.
zone apply-remove	Remove a zone condition.
zone attach	Create attached gridpoints.
zone cmodel	Assign, load, or get information on a zone constitutive model.
zone copy	Copy zones.
zone create	The zone.
zone creep	This command sets parameters for a time-dependent creep material analysis...
zone delete	Delete zones.
zone densify	This command finds all zones in the range and subdivides...
zone dynamic	This command sets parameters for a dynamic model (only available...
zone export	Exports a grid to a file.
zone fluid	This command sets parameters for a groundwater fluid flow analysis.
zone generate	This set of commands generates zones based on an algorithm,...
zone geometry-test	Evaluate the integrity of model zones.
zone geometry-tolerance	This command defines the tolerance before an illegal geometry error...
zone geometry-update	Updates associated with geometric or property changes are performed at...
zone group	Add group name s to the zones in the range.
zone hide	This commands hides or un-hides all zones in the range.
zone history	Adds a history of a zone value.
zone import	Import a grid from a file.
zone initialize	Initialize a variable on all zones in the range.
zone initialize-stresses	Initialize zone stresses based on the density of the zones...
zone list	List zone data.
zone mechanical	Sets parameters for a static mechanical analysis, that are specific...
zone nodal-mixed-discretization	Activate or deactivate the nodal mixed discretization (nmd) feature.
zone property	Make a constitutive model(s) property assignment.
zone property-distribution	Modify a zone constitutive model property.
zone ratio	The ratio limit for mechanical, thermal and fluid-flow calculations using...
zone reflect	All zones within the given range are reflected across the...
zone relax	Creates and modifies a special apply condition on the zones...
zone results	Controls if and what values are saved from zones in...
zone select	This commands selects or de-selects all zones in the range.
zone separate	separates internal faces specified by the range .
zone split	Splits zones in the range into multiple hexahedral zones.
zone thermal	Set parameters for a thermal analysis (only available if model...
zone trace	Trace zone position and velocity.
zone validate	This command is new and experimental.
zone water	This command initializes pore pressures, changing the effective stresses.
zone face apply	This command is used to apply boundary conditions at surface...
zone face apply-remove	Remove zone face apply conditions, which are described in the...
zone face group	Adds a group name s to zone faces included in...
zone face hide	Hide or un-hide zone faces in the range.
zone face list	List information about zone faces.
zone face select	Select or deselect zone faces in the range.
zone face skin	Skin the model to automatically generate face groups.
zone face westergaard	Applies the Westergaard approximation for the dynamic response of water...
zone face westergaard-remove	Removes any applied westergaard condition on the faces in the...
zone gridpoint create	Create a single gridpoint.
zone gridpoint fix	Fix a property at all gridpoints in the range.
zone gridpoint force-reaction	For each gridpoint in the range, in each of the...
zone gridpoint free	Free properties at gridpoints in the range.
zone gridpoint group	Assign group name s to zone gridpoints in the range.
zone gridpoint initialize	Assign or initialize values to all gridpoints in the range.
zone gridpoint list	Display gridpoint information in the console.
zone gridpoint merge	Attempts to merge all gridpoints in the range.
zone gridpoint system	Set the local coordinate system for gridpoints within the range.
zone interface create	Create nodes or elements on interface s .
zone interface effective	The effective stress will be used in the interface calculation...
zone interface element	Manage zone interface elements.
zone interface list	Show summary data on interfaces.
zone interface node	Configure interface nodes.
zone interface permeability	Interfaces are permeable by default.
zone interface tolerance-contact	Sets the maximum depth of penetration (of faces that contact...

FISH Reference Summary

array.command(ARR_PNT)	Run commands in an array.
array.convert(MAT_PNT/TEN_PNT)	Convert a matrix or tensor to an array.
array.copy(ARR_PNT)	Copy an array.
array.create(INT<,NUM>)	Create an array.
array.delete(ARR_PNT)	Delete an array.
array.dim(ARR_PNT)	Get the array dimension.
array.size(ARR_PNT,INT)	Get the size of an array dimension.
ball.cfd.find(INT)	Find a CFD ball.
ball.cfd.inbox(VEC,VEC<,BOOL>)	Get CFD balls with extents intersecting a box.
ball.cfd.list	Get the global CFD ball list.
ball.cfd.near(VEC<,FLT>)	Find the closest CFD ball to a point.
ball.cfd.num	Get the number of CFD balls.
ball.cfd.typeid	Get the CFD ball type number.
ball.energy(STR)	Get the ball total energy contribution.
ball.find(INT)	Find a ball.
ball.groupmap(STR<,INT>)	Get balls that belong to a group.
ball.inbox(VEC,VEC<,BOOL>)	Get balls with extents intersecting a box.
ball.list	Get the global ball list.
ball.maxid	Get the maximum ball ID.
ball.mech.ratio.avg	Get the ball average unbalanced force ratio.
ball.mech.ratio.local	Get the ball maximum local unbalanced force ratio.
ball.mech.ratio.max	Get the ball maximum unbalanced force ratio.
ball.mech.unbal.max	Get the ball maximum unbalanced force.
ball.near(VEC<,FLT>)	Find the closest ball to a point.
ball.num	Get the number of balls.
ball.thermal.find(INT)	Find a thermal ball.
ball.thermal.inbox(VEC,VEC<,BOOL>)	Get thermal balls with extents intersecting a box.
ball.thermal.list	Get the global thermal ball list.
ball.thermal.near(VEC<,FLT>)	Find the closest thermal ball to a point.
ball.thermal.num	Get the number of thermal balls.
ball.thermal.typeid	Get the thermal ball type number.
ball.typeid	Get the ball type number.
ball.zone.ball.list	Get the global list of ball-zone coupled balls.
ball.zone.ball.typeid	Get the ball-zone coupled ball type number.
ball.zone.gp.list	Get the global list of ball-zone coupled gridpoints.
ball.zone.gp.typeid	Get the ball-zone coupled gridpoint type number.
boolean(BOOL/NUM/PNT)	Create a Boolean.
brick.find(INT)	Find a brick.
brick.list	Get the global brick list.
brick.maxid	Get the maximum brick ID.
brick.num	Get the number of bricks.
brick.typeid	Get the brick type number.
clump.cfd.find(INT)	Find a CFD clump.
clump.cfd.inbox(VEC,VEC<,BOOL>)	Get CFD clumps with extents intersecting a box.
clump.cfd.list	Get the global CFD clump list.
clump.cfd.near(VEC<,FLT>)	Find the closest CFD clump to a point.
clump.cfd.num	Get the number of CFD clumps.
clump.cfd.pebble.find(INT)	Find a CFD pebble.
clump.cfd.pebble.inbox(VEC,VEC<,BOOL>)	Get CFD pebbles with extents intersecting a box.
clump.cfd.pebble.list	Get the global CFD pebble list.
clump.cfd.pebble.near(VEC<,FLT>)	Find the closest CFD pebble to a point.
clump.cfd.pebble.num	Get the number of CFD pebbles.
clump.cfd.pebble.typeid	Get the CFD pebble type number.
clump.cfd.typeid	Get the CFD clump type number.
clump.energy(STR)	Get the clump total energy contribution.
clump.find(INT)	Find a clump.
clump.groupmap(STR<,INT>)	Get clumps that belong to a group.
clump.inbox(VEC,VEC<,BOOL>)	Get clumps with extents intersecting a box.
clump.list	Get the global clump list.
clump.maxid	Get the maximum clump ID.
clump.mech.ratio.avg	Get the clump average unbalanced force ratio.
clump.mech.ratio.local	Get the clump maximum local unbalanced force ratio.
clump.mech.ratio.max	Get the clump maximum unbalanced force ratio.
clump.mech.unbal.max	Get the clump maximum unbalanced force.
clump.near(VEC<,FLT>)	Find the closest clump to a point.
clump.num	Get the number of clumps.
clump.pebble.find(INT)	Find a pebble.
clump.pebble.groupmap(STR<,INT>)	Get pebbles that belong to a group.
clump.pebble.inbox(VEC,VEC<,BOOL>)	Get clump pebbles with extents intersecting a box.
clump.pebble.list	Get the global pebble list.
clump.pebble.maxid	Get the maximum pebble ID.
clump.pebble.near(VEC<,FLT>)	Find the closest pebble to a point.
clump.pebble.num	Get the number of clump pebbles.
clump.pebble.typeid	Get the pebble type number.
clump.template.find(STR)	Find a clump template.
clump.template.findpebble(INT)	Find a clump template pebble.
clump.template.list	Get the global clump template list.
clump.template.maxid	Get the maximum clump template ID.
clump.template.num	Get the number of clump templates.
clump.template.typeid	Get the clump template type number.
clump.thermal.find(INT)	Find a thermal clump.
clump.thermal.inbox(VEC,VEC<,BOOL>)	Get thermal clumps with extents intersecting a box.
clump.thermal.list	Get the global thermal clump list.
clump.thermal.near(VEC<,FLT>)	Find the closest thermal clump to a point.
clump.thermal.num	Get the number of thermal clumps.
clump.thermal.pebble.find(INT)	Find a thermal pebble.
clump.thermal.pebble.inbox(VEC,VEC<,BOOL>)	Get thermal pebbles with extents intersecting a box.
clump.thermal.pebble.list	Get the global thermal pebble list.
clump.thermal.pebble.near(VEC<,FLT>)	Find the closest thermal pebble to a point.
clump.thermal.pebble.num	Get the number of thermal pebbles.
clump.thermal.pebble.typeid	Get the thermal pebble type number.
clump.thermal.typeid	Get the thermal clump type number.
clump.typeid	Get the clump type number.
code.debug	Get the code debug status.
code.name	Get the code name.
comp(VEC/MAT_PNT/TEN_PNT,INT<,INT>)	Get/set the vector/tensor component.
contact.energy.sum(STR<,STR>)	Get the current value of an energy partition accumulated over...
contact.find(STR/INT,INT<,INT>)	Find a contact.
contact.groupmap(STR<,INT,STR>)	Get active contacts that belong to a group.
contact.groupmap.all(STR<,INT,STR>)	Get all contacts that belong to a group.
contact.list(<STR>)	Access the active contacts list.
contact.list.all(<STR>)	Access the entire contact list, including inactive contacts.
contact.num(<STR>)	Return the number of active contacts.
contact.num.all(<STR>)	Return the number of contacts, including inactive ones.
contact.typeid(STR)	Get the unique integer identifier associated with a contact type.
creep.active	Get the status of creep calculations in the current cycle.
creep.age	Get the accumulated age.
creep.cycle	Get the current step/cycle number.
creep.safety.factor	Get the factor of safety.
creep.solve(STR)	Get a current solve limit.
creep.step	Get the current step/cycle number.
creep.time.total	Get the accumulated age.
creep.timestep	Get the creep timestep.
creep.timestep.given	Get the given timestep.
creep.timestep.max	Get the maximum allowed timestep.
data.label.arrow(UDL_PNT)	Get/set arrow status.
data.label.create(VEC<,INT/STR>)	Create a label.
data.label.delete(UDL_PNT)	Delete a label.
data.label.end(UDL_PNT<,INT>)	Get/set the end position.
data.label.find(INT/STR)	Find a label.
data.label.head	Get the head of the global label list.
data.label.list	Get the global label list.
data.label.maxid	Get the maximum label ID.
data.label.name(UDL_PNT)	Get the label name.
data.label.next(UDL_PNT)	Get the next label.
data.label.num	Get the number of labels.
data.label.pos(UDL_PNT<,INT>)	Get/set the position.
data.label.text(UDL_PNT)	Get/set the label text.
data.label.typeid	Get the label type ID number.
data.scalar.create(VEC)	Create a scalar.
data.scalar.delete(UDS_PNT)	Delete the scalar.
data.scalar.extra(UDS_PNT<,INT>)	Get/set a scalar extra variable.
data.scalar.find(INT)	Find a scalar.
data.scalar.group(UDS_PNT<,INT/STR>)	Get/set a scalar group.
data.scalar.group.remove(UDS_PNT,INT/STR)	Remove scalar groups.
data.scalar.head	Get the head of the global list of scalars.
data.scalar.id(UDS_PNT)	Get the scalar ID.
data.scalar.isgroup(UDS_PNT,INT/STR<,INT/STR>)	Query the existence of a group.
data.scalar.list	Get the global scalar list.
data.scalar.maxid	Get the maximum scalar ID.
data.scalar.near(VEC<,FLT>)	Find the closest scalar to a point.
data.scalar.next(UDS_PNT)	Get the next scalar.
data.scalar.num	Get the number of scalars.
data.scalar.pos(UDS_PNT<,INT>)	Get/set the scalar position.
data.scalar.typeid	Get the scalar type ID number.
data.scalar.value(UDS_PNT)	Get/set the scalar value.
data.tensor.create(VEC)	Create a tensor.
data.tensor.delete(UDT_PNT)	Delete the tensor.
data.tensor.extra(UDT_PNT<,INT>)	Get/set a tensor extra variable.
data.tensor.find(INT)	Find a tensor.
data.tensor.group(UDT_PNT<,INT/STR>)	Get/set a tensor group.
data.tensor.group.remove(UDT_PNT,INT/STR)	Remove tensor groups.
data.tensor.head	Get the head of the global list of tensors.
data.tensor.id(UDT_PNT)	Get the tensor ID.
data.tensor.isgroup(UDT_PNT,INT/STR<,INT/STR>)	Query the existence of a group.
data.tensor.list	Get the global tensor list.
data.tensor.maxid	Get the maximum tensor ID.
data.tensor.near(VEC<,FLT>)	Find the closest tensor to a point.
data.tensor.next(UDT_PNT)	Get the next tensor.
data.tensor.num	Get the number of tensors.
data.tensor.pos(UDT_PNT<,INT>)	Get/set the tensor position.
data.tensor.typeid	Get the tensor type ID number.
data.tensor.value(UDT_PNT<,INT<,INT>>)	Get/set the tensor value.
data.vector.create(VEC)	Create a vector.
data.vector.ddir(UDV_PNT)(3D only)	Get/set the vector dip direction.
data.vector.delete(UDV_PNT)	Delete the vector.
data.vector.dip(UDV_PNT)	Get/set the vector dip.
data.vector.extra(UDV_PNT<,INT>)	Get/set a vector extra variable.
data.vector.find(INT)	Find a vector.
data.vector.group(UDV_PNT<,INT/STR>)	Get/set vector groups.
data.vector.group.remove(UDV_PNT,INT/STR)	Remove vector groups.
data.vector.head	Get the head of the global list of vectors.
data.vector.id(UDV_PNT)	Get the vector ID.
data.vector.isgroup(UDV_PNT,INT/STR<,INT/STR>)	Query the existence of a group.
data.vector.list	Get the global vector list.
data.vector.maxid	Get the maximum vector ID.
data.vector.near(VEC<,FLT>)	Find the closest vector to a point.
data.vector.next(UDV_PNT)	Get the next vector.
data.vector.num	Get the number of vectors.
data.vector.pos(UDV_PNT<,INT>)	Get/set the vector position.
data.vector.typeid	Get the vector type ID number.
data.vector.value(UDV_PNT<,INT>)	Get/set the vector value.
domain.condition(STR)	Get/set the domain conditions.
domain.max(<INT>)	Get/set the upper domain corner.
domain.min(<INT>)	Get/set the lower domain corner.
domain.strain.rate(<INT,INT>)	Get/set the domain strain rate.
domain.tolerance	Get/set the domain remapping tolerance.
dynamic.active	Get the status of dynamic calculations in the current cycle.
dynamic.age	Get the accumulated age.
dynamic.cycle	Get the current step/cycle number.
dynamic.safety.factor	Get the factor of safety.
dynamic.solve(STR)	Get a current solve limit.
dynamic.step	Get the current step/cycle number.
dynamic.time.total	Get the accumulated age.
dynamic.timestep	Get the dynamic timestep.
dynamic.timestep.given	Get the given timestep.
dynamic.timestep.max	Get the maximum allowed timestep.
element.cfd.face.num	Get the number of faces per CFD element.
element.cfd.find(INT)	Find a CFD element.
element.cfd.inbox(VEC,VEC<,BOOL>)	Get CFD elements with extents intersecting a box.
element.cfd.list	Get the global CFD element list.
element.cfd.near(VEC<,FLT>)	Find the closest CFD element to a point.
element.cfd.node.num	Get the number of nodes per CFD element.
element.cfd.num	Get the number of CFD elements.
element.cfd.typeid	Get the CFD element type number.
false	Create a false Boolean.
file.close(<FILE_PNT>)	Close a file.
file.open(STR,INT,INT)	Open a file for reading/writing.
file.open.pointer(STR,INT,INT)	Open a file for reading/writing.
file.pos(<FILE_PNT>)	Get/set the current position in bytes.
file.read(ARR_PNT/STR,INT<,FILE_PNT/ARR_PNT><,INT><,INT>)	Read the contents of a file.
file.write(ARR_PNT/STR,INT<,FILE_PNT/ARR_PNT><,INT><,INT>)	Write data to a file.
float(BOOL/NUM/STR)	Create a float.
fluid.active	Get the status of fluid calculations in the current cycle.
fluid.age	Get the accumulated age.
fluid.cycle	Get the current step/cycle number.
fluid.safety.factor	Get the factor of safety.
fluid.solve(STR)	Get a current solve limit.
fluid.step	Get the current step/cycle number.
fluid.time.total	Get the accumulated age.
fluid.timestep	Get the fluid timestep.
fluid.timestep.given	Get the given timestep.
fluid.timestep.max	Get the maximum allowed timestep.
fragment.catalog	Get the fragment catalog.
fragment.catalog.num(<flt>)	Get the fragment catalog number.
fragment.find(INT)	Find a fragment.
fragment.history(BODY_PNT)	Get the body fragment history.
fragment.index(BODY_PNT<,INT>)	Get the body fragment ID.
fragment.map(<INT>)	Get a map of fragments.
fragment.num(INT)	Get the fragment count.
geom.edge.find(GSET_PNT,INT)	Find an edge.
geom.edge.list(GSET_PNT)	Get the edge list of a geometry set.
geom.edge.near(GSET_PNT,VEC<,FLT>)	Find the closest edge to a point.
geom.edge.typeid	Get the edge type number.
geom.node.find(GSET_PNT,INT)	Find a node.
geom.node.list(GSET_PNT)	Get the node list of a geometry set.
geom.node.near(GSET_PNT,VEC<,FLT>)	Find the closest node to a point.
geom.node.typeid	Get the node type number.
geom.poly.find(GSET_PNT,INT)	Find a polygon.
geom.poly.list(GSET_PNT)	Get the polygon list of a geometry set.
geom.poly.near(GSET_PNT,VEC<,FLT>)	Find the closest polygon to a point.
geom.poly.typeid	Get the polygon type number.
geom.set.create(STR)	Creates a new geometry set with the provided name.
geom.set.find(INT/STR)	Find a geometry set.
geom.set.list	Get the global geometry set list.
geom.set.maxid	Get the maximum geometry set ID.
geom.set.num	Get the number of geometry sets.
geom.set.typeid	Get the geometry set type number.
global.cycle	Get the cycle/step number.
global.deterministic	Get/set deterministic mode.
global.dim	Get the program dimensionality.
global.fos	Get the global factor of safety.
global.gravity(<INT>)	Get/set the gravity.
global.step	Get the cycle/step number.
global.threads	Get/set the number of threads used during calculations.
global.timestep	Get the global timestep.
global.title	Get/set the job title of the model.
index(NUM/STR)	Create a positive integer.
int(BOOL/NUM/STR)	Create an integer.
io.dialog.in(STR<,STR>)	Dialog to input a string.
io.dialog.message(STR,STR,INT)	Make a message dialog.
io.dialog.notify(INT,INT,STR)	General notification event.
io.in(STR)	Get input from the console.
io.input(STR)	Get input from the current input source.
io.out(ANY)	Output a string.
list.find(LIST,INT)	Find an element in a list by ID.
list.find.name(LIST,INT/STR)	Find an element in a list by name.
list.size(LIST)	Get the list size.
mail.account(STR)	Set the outgoing email account.
mail.attachment.add(STR)	Add an attachment.
mail.attachment.delete(STR)	Delete an attachment.
mail.body(BOOL,STR)	Set the email body.
mail.clear	Clear the email.
mail.domain(STR)	Set the domain name of the sender’s email account.
mail.from(STR)	Set the address from which the email is sent.
mail.host(STR)	Set the SMTP server name.
mail.password(STR)	Specify the email password.
mail.port(INT)	Set the SMTP port number.
mail.recipient.add(STR,STR)	Add a recipient.
mail.recipient.delete(STR,STR)	Delete a recipient.
mail.send	Send the current email.
mail.subject(STR)	Set the subject line text.
map(NUM/STR,ANY<,NUM/STR/ANY>)	Create a map.
map.add(MAP,NUM/STR,ANY)	Add a value to a map.
map.has(MAP,NUM/STR)	Query whether a map contains a key.
map.keys(MAP)	Get the keys of a map.
map.remove(MAP,NUM/STR)	Remove a value from a map.
map.size(MAP)	Get the map size.
map.value(MAP,NUM/STR)	Get a value.
math.aangle.to.euler(VEC)	Get Euler angles from the axis-angle representation.
math.abs(NUM)	Get the absolute value of a number or a vector.
math.acos(NUM)	Get the arc-cosine.
math.and(INT,INT)	Get the result of the bitwise logical AND operation.
math.area.intersect.poly.poly(MAP,MAP)	Get the area of overlap of polygons.
math.area.poly(MAP)	Get the area of a polygon.
math.asin(NUM)	Get the arc-sine.
math.atan(NUM)	Get the arc-tangent.
math.atan2(NUM,NUM)	Get the arc-tangent.
math.ceiling(NUM)	Get the next integer by rounding up.
math.closest.segment.point(VEC,VEC,VEC)	Get the closest point on the line segment to the...
math.closest.triangle.point(VEC,VEC,VEC,VEC)	Get the closest point on the triangle to the point.
math.cos(NUM)	Get the cosine.
math.cosh(NUM)	Get the hyperbolic cosine.
math.cross(VEC,VEC)	Get the cross product of vectors.
math.ddir.from.normal(VEC)	Get the dip direction.
math.degrad	Get the degree-to-radian conversion.
math.dip.from.normal(VEC)	Get the dip.
math.dist.segment.point(VEC,VEC,VEC)	Get the distance between the line segment and the point.
math.dist.segment.segment(VEC,VEC,VEC,VEC)	Get the distance between two line segments.
math.dist.triangle.segment(VEC,VEC,VEC,VEC,VEC)	Get the shortest distance between a triangle and a line...
math.dot(VEC,VEC)	Get the dot product of vectors.
math.euler.to.aangle(VEC)	Get the axis-angle representation from Euler angles.
math.exp(NUM)	Get the exponential.
math.floor(NUM)	Get the previous integer by rounding down.
math.ln(NUM)	Get the natural logarithm.
math.log(NUM)	Get the base 10 logarithm.
math.lshift(INT,INT)	Get the result of a left bit shift.
math.mag(VEC)	Get the vector magnitude.
math.mag2(VEC)	Get the squared vector magnitude.
math.max(NUM,NUM<,NUM>)	Get the maximum.
math.min(NUM,NUM<,NUM>)	Get the minimum.
math.normal.from.dip(FLT)	Get the normal to a plane in 2D.
math.normal.from.dip.ddir(FLT,FLT)	Get the normal to a plane in 3D.
math.not(INT,INT)	Get the result of the bitwise logical NOT operation.
math.or(INT,INT)	Get the result of the bitwise logical OR operation.
math.outer.product(MAT_PNT/VEC,MAT_PNT/VEC)	Get the outer product of matrices or vectors.
math.pi	Get the number pi.
math.random.gauss	Get a Gaussian random number.
math.random.uniform	Get a uniform random number.
math.round(NUM)	Get the nearest integer.
math.rshift(INT,INT)	Get the result of a right bit shift.
math.sgn(NUM)	Get the sign.
math.sin(NUM)	Get the sine.
math.sinh(NUM)	Get the hyperbolic sine.
math.sqrt(NUM)	Get the square root.
math.tan(NUM)	Get the tangent.
math.tanh(NUM)	Get the hyperbolic tangent.
math.triangle.inside(VEC,VEC,VEC,VEC)	Determine if a point falls inside a 2D triangle.
math.triangle.interp(VEC,FLT,VEC,FLT,VEC,FLT,VEC)	Return interpolated value at vIn based on triangle interpolation.
math.unit(VEC)	Get a unit vector.
matrix(ARR_PNT/VEC/TEN_PNT/INT<,INT>)	Create a matrix.
matrix.cols(MAT_PNT)	Get the number of columns.
matrix.det(MAT_PNT/TEN_PNT)	Get the matrix determinant.
matrix.from.aangle(VEC)	Get a rotation matrix from axis angles.
matrix.from.euler(VEC)	Get a rotation matrix from Euler angles.
matrix.identity(INT)	Get an identity matrix.
matrix.inverse(ARR_PNT/MAT_PNT/TEN_PNT)	Get the matrix inverse.
matrix.lubksb(ARR_PNT/MAT_PNT/TEN_PNT,ARR_PNT)	Get the LU decomposition via backwards substitution.
matrix.ludcmp(ARR_PNT/MAT_PNT/TEN_PNT,ARR_PNT)	Get the LU decomposition.
matrix.rows(MAT_PNT)	Get the number of rows.
matrix.to.aangle(MAT_PNT)	Convert a rotation matrix to axis angle.
matrix.to.euler(MAT_PNT)	Convert a rotation matrix to Euler angles.
matrix.transpose(MAT_PNT)	Transpose a matrix.
measure.find(INT)	Find a measurement object.
measure.list	Get the list of measurement objects.
measure.maxid	Get the maximum measurement ID.
measure.num	Get the number of measurement objects.
measure.typeid	Get the measurement type ID.
mech.active	Get the status of mechanical calculations in the current cycle.
mech.cycle	Get the current step/cycle number.
mech.energy(STR)	Get a mechanical process energy.
mech.safety.factor	Get the factor of safety.
mech.solve(STR)	Get the current value of a solve limit.
mech.step	Get the current step/cycle number.
mech.time.total	Get the accumulated age.
mech.timestep	Get the mechanical timestep.
mech.timestep.given	Get the given timestep.
mech.timestep.max	Get the maximum allowed timestep.
memory(MEM_PNT)	Get/set a value in a memory chunk.
memory.create(INT)	Create a chunk of memory.
memory.delete(MEM_PNT)	Delete a memory chunk.
null	Create a null pointer.
range.find(STR)	Find a named range.
range.isin(RAN_PNT,IND/PNT/VEC)	Determine range inclusion status.
rblock.energy(STR)	Get the rigid block total energy contribution.
rblock.find(INT)	Find a rigid block.
rblock.groupmap(STR<,INT>)	Get rigid blocks that belong to a group.
rblock.inbox(VEC,VEC<,BOOL>)	Get rigid blocks with extents intersecting a box.
rblock.list	Get the global rigid block list.
rblock.maxid	Get the maximum rigid block ID.
rblock.mech.ratio.avg	Get the rigid block average unbalanced force ratio.
rblock.mech.ratio.local	Get the rigid block maximum local unbalanced force ratio.
rblock.mech.ratio.max	Get the rigid block maximum unbalanced force ratio.
rblock.mech.unbal.max	Get the rigid block maximum unbalanced force.
rblock.near(VEC<,FLT>)	Find the closest rigid block to a point.
rblock.num	Get the number of rigid blocks.
rblock.template.find(INT)	Find a rigid block template.
rblock.template.list	Get the global rigid block template list.
rblock.template.maxid	Get the maximum rigid block template ID.
rblock.template.num	Get the number of rigid block templates.
rblock.template.typeid	Get the rigid block template type number.
rblock.thermal.find(INT)	Find a thermal rigid block.
rblock.thermal.inbox(VEC,VEC<,BOOL>)	Get thermal rigid blocks with extents intersecting a box.
rblock.thermal.list	Get the global thermal rigid block list.
rblock.thermal.near(VEC<,FLT>)	Find the closest thermal rigid block to a point.
rblock.thermal.num	Get the number of thermal rigid blocks.
rblock.thermal.typeid	Get the thermal rigid block type number.
rblock.typeid	Get the rigid block type number.
socket.close(SOCK_PNT/INT)	Close communication on a socket.
socket.create	Create a new socket.
socket.delete(SOCK_PNT)	Delete a socket.
socket.open(INT/STR,SOCK_PNT/INT<,INT><,INT>)	Open communication on a socket.
socket.read(ARR_PNT,INT,SOCK_PNT/INT<,INT>)	Read FISH variables through a socket.
socket.read.array(ARR_PNT,SOCK_PNT/INT)	Read FISH variables into an array through a socket.
socket.write(ARR_PNT,INT,SOCK_PNT/INT)	Write FISH variables through a socket.
socket.write.array(ARR_PNT,SOCK_PNT/INT)	Write FISH variables from an array through a socket.
string(ANY<,INT><,STR><,INT><,STR>)	Create a string.
string.build(STR<,ANY><,ANY>)	Build a string using token replacement.
string.char(STR,INT)	Get a character from a string.
string.len(STR)	Get the string length.
string.lower(STR)	Get a string in lowercase.
string.sub(STR,INT<,INT>)	Get a sub-string.
string.token(STR,INT)	Get the item at a given position.
string.token.type(STR,INT)	Get the character type at a given position.
string.upper(STR)	Get a string in uppercase.
struct.check(STRUCT_PNT,STRUCT_PNT)	Check that structures are of the same type.
struct.name(STRUCT_PNT)	Get the name of a structure.
system.beep(<INT><,INT>)	Emit a beep.
system.clone(STR<,INT>)	A new instance of the code is launched, and the...
system.command(STR/ARR_PNT/MAP)	Execute the string contents of the arguments as commands.
system.directory(<STR><,STR>)	Set and retrieve the current system directory.
system.environment(STR)	Get/set an environment variable.
system.error	Throw a FISH exception.
system.os(STR<,INT>)	The contents of string s is sent to an operating...
system.sleep(INT)	Pause execution.
table(INT/STR/TAB_PNT,FLT)	Get/set a table entry.
table.clear(INT/STR/TAB_PNT)	Clear a table.
table.create(INT/STR)	Create an empty table.
table.delete(INT/STR/TAB_PNT)	Delete a table.
table.find(INT/STR)	Find a table.
table.get(INT/STR)	Get a table.
table.id(INT/STR/TAB_PNT)	Get the table ID.
table.label(INT/STR/TAB_PNT)	Get/set the table label.
table.name(INT/STR/TAB_PNT)	Get the table name.
table.size(INT/STR/TAB_PNT)	Get the table size.
table.value(INT/STR/TAB_PNT,INT)	Get/set a table entry.
table.x(INT/STR/TAB_PNT,INT)	Get/set the x -value of a table entry.
table.y(INT/STR/TAB_PNT,INT)	Get/set the y -value of a table entry.
tensor(MAT/ARR_PNT/VEC/NUM<,NUM><,NUM><,NUM><,NUM><,NUM>)	Create a tensor.
tensor.i2(TEN)	Get the second stress invariant.
tensor.j2(TEN)	Get the second deviatoric stress invariant.
tensor.prin(TEN<,ARR_PNT>)	Get the principal values.
tensor.prin.from(VEC,ARR_PNT)	Get the tensor from principal axes.
tensor.total(TEN)	Get the tensor measure.
tensor.trace(TEN)	Get the trace of a tensor.
thermal.active	Get the status of thermal calculations in the current cycle.
thermal.age	Get the accumulated age.
thermal.cycle	Get the current step/cycle number.
thermal.safety.factor	Get the factor of safety.
thermal.solve(STR)	Get a current solve limit.
thermal.step	Get the current step/cycle number.
thermal.timestep	Get the thermal timestep.
thermal.timestep.given	Get the given timestep.
thermal.timestep.max	Get the maximum allowed timestep.
time.clock(<INT>)	Get the number of hundredths of a second since code...
time.cpu	Get the CPU time.
time.real	Get the current date time.
true	Create a true Boolean.
type(ANY)	Get the type.
type.index(PNT)	Get the type index.
type.name(ANY)	Get the type name.
type.pointer(PNT)	Get the type name of a pointer.
type.pointer.id(PNT)	Get the ID of a pointer.
type.pointer.name(PNT)	Get the name of a pointer.
vector(ARR_PNT/MAT_PNT/NUM<,NUM><,NUM>)	Create a vector.
version.code.major	Get the code major version.
version.code.minor	Get the code minor version.
version.fish.major	Get the FISH major version.
version.fish.minor	Get the FISH minor version.
wall.energy(STR)	Get the wall total energy contribution.
wall.facet.find(INT)	Find a facet.
wall.facet.groupmap(STR<,INT>)	Get facets that belong to a group.
wall.facet.inbox(VEC,VEC<,BOOL>)	Get facets with extents intersecting a box.
wall.facet.list	Get the global facet list.
wall.facet.maxid	Get the maximum facet ID.
wall.facet.near(VEC<,W_PNT,FLT>)	Find the closest facet to a point.
wall.facet.num	Get the number of facets.
wall.facet.typeid	Get the facet type number.
wall.find(INT)	Find a wall.
wall.groupmap(STR<,INT>)	Get walls that belong to a group.
wall.inbox(VEC,VEC<,BOOL>)	Get walls with extents intersecting a box.
wall.list	Get the global wall list.
wall.maxid	Get the maximum wall ID.
wall.near(VEC<,FLT>)	Find the closest wall to a point.
wall.num	Get the number of walls.
wall.thermal.facet.find(INT)	Find a thermal facet.
wall.thermal.facet.inbox(VEC,VEC<,BOOL>)	Get thermal facets with extents intersecting a box.
wall.thermal.facet.list	Get the global thermal facet list.
wall.thermal.facet.near(VEC<,FLT>)	Find the closest thermal facet to a point.
wall.thermal.facet.num	Get the number of thermal facets.
wall.thermal.facet.typeid	Get the thermal facet type number.
wall.thermal.find(INT)	Find a thermal wall.
wall.thermal.inbox(VEC,VEC<,BOOL>)	Get thermal walls with extents intersecting a box.
wall.thermal.list	Get the global thermal wall list.
wall.thermal.near(VEC<,FLT>)	Find the closest thermal wall to a point.
wall.thermal.num	Get the number of thermal walls.
wall.thermal.typeid	Get the thermal wall type number.
wall.typeid	Get the wall type number.
wall.vertex.find(INT)	Find a vertex.
wall.vertex.inbox(VEC,VEC)	Get wall vertices in a box.
wall.vertex.list	Get the global vertex list.
wall.vertex.maxid	Get the maximum vertex ID.
wall.vertex.near(VEC<,FLT>)	Find the closest vertex to a point.
wall.vertex.num	Get the number of wall vertices.
wall.vertex.typeid	Get the vertex type number.

ball.cfd.ball(BCF_PNT)	Get the pointer to the host mechanical ball.
ball.cfd.elementmap(BCF_PNT)	Get the CFD element associated with a ball.
ball.cfd.extra(BCF_PNT<,INT>)	Get/set the CFD ball extra variable.
ball.cfd.force(BCF_PNT<,INT>)	Get/set the CFD ball force.
ball.cfd.group(BCF_PNT<,INT>)	Get/set CFD ball groups.
ball.cfd.group.remove(BCF_PNT,STR)	Remove CFD ball groups.
ball.cfd.id(BCF_PNT)	Get the CFD ball ID.
ball.cfd.isgroup(BCF_PNT,STR<,STR>)	Query the existence of a group.
ball.cfd.pos(BCF_PNT<,INT>)	Get the CFD ball position.
ball.contactmap(B_PNT<,INT,PNT>)	Get active contacts around a ball.
ball.contactmap.all(B_PNT<,INT,PNT>)	Get all contacts around a ball.
ball.contactnum(B_PNT<,INT>)	Get number of active contacts around a ball.
ball.contactnum.all(B_PNT<,INT>)	Get number of contacts around a ball.
ball.create(FLT,VEC<,INT>)	Create a ball.
ball.damp(B_PNT)	Get/set ball local damping factor.
ball.delete(B_PNT)	Delete a ball.
ball.density(B_PNT)	Get/set ball density.
ball.disp(B_PNT<,INT>)	Get/set the ball displacement.
ball.euler(B_PNT<,INT>)(3D ONLY)	Get/set the ball orientation.
ball.extra(B_PNT<,INT>)	Get/set ball extra variable.
ball.fix(B_PNT,INT)	Get/set ball fixity condition.
ball.force.app(B_PNT<,INT>)	Get/set the ball applied force.
ball.force.contact(B_PNT<,INT>)	Get/set the ball contact force.
ball.force.unbal(B_PNT<,INT>)	Get the ball unbalanced force.
ball.fragment(B_PNT)	Get/set ball fragment ID.
ball.group(B_PNT<,STR>)	Get/set ball groups.
ball.group.remove(B_PNT,STR)	Remove ball groups.
ball.id(B_PNT)	Get the ball ID.
ball.isbonded(B_PNT<,INT,PNT>)	Get the ball bonded state.
ball.isgroup(B_PNT,STR<,STR>)	Query the existence of a group.
ball.isprop(B_PNT,STR)	Query the existence of a property.
ball.mass(B_PNT)	Get the inertial ball mass.
ball.mass.real(B_PNT)	Get the real (gravitational) ball mass.
ball.moi(B_PNT)	Get the ball moment of inertia.
ball.moi.real(B_PNT)	Get the real (gravitational) ball moment of inertia.
ball.moment.app(B_PNT<,INT>)	Get/set the ball applied moment.
ball.moment.contact(B_PNT<,INT>)	Get/set the ball contact moment.
ball.moment.unbal(B_PNT<,INT>)	Get the ball unbalanced moment.
ball.pos(B_PNT<,INT>)	Get/set the ball position.
ball.prop(B_PNT,STR)	Get/set a ball property.
ball.radius(B_PNT)	Get/set ball radius.
ball.rotation(B_PNT)(2D ONLY)	Get/set the ball orientation.
ball.spin(B_PNT<,INT>)	Get/set the ball angular velocity.
ball.stress(B_PNT<,INT,INT>)	Get the stress tensor arising from all contacts acting on...
ball.stress.full(B_PNT)	Get the full stress tensor arising from all contacts acting...
ball.thermal.ball(BTH_PNT)	Get the pointer to the host mechanical ball.
ball.thermal.contactmap(BTH_PNT<,INT,PNT>)	Get active thermal contacts around a thermal ball.
ball.thermal.contactmap.all(BTH_PNT<,INT,PNT>)	Get all thermal contacts around a thermal ball.
ball.thermal.contactnum(BTH_PNT<,INT>)	Get number of active thermal contacts around a thermal ball.
ball.thermal.contactnum.all(BTH_PNT<,INT>)	Get total number of thermal contacts around a thermal ball.
ball.thermal.expansion(BTH_PNT)	Get/set the thermal expansion coefficient.
ball.thermal.extra(BTH_PNT<,INT>)	Get/set the thermal ball extra variable.
ball.thermal.fix(BTH_PNT)	Get/set the temperature fixity condition.
ball.thermal.group(BTH_PNT<,INT>)	Get/set thermal ball groups.
ball.thermal.group.remove(BTH_PNT,STR)	Remove thermal ball groups.
ball.thermal.id(BTH_PNT)	Get the thermal ball ID.
ball.thermal.isgroup(BTH_PNT,STR<,STR>)	Query the existence of a group.
ball.thermal.isprop(BTH_PNT,STR)	Query the existence of a property.
ball.thermal.power.app(BTH_PNT)	Get/set the thermal applied power.
ball.thermal.power.unbal(BTH_PNT)	Get the unbalanced thermal power.
ball.thermal.prop(BTH_PNT,STR)	Get/set a thermal ball property.
ball.thermal.specific.heat(BTH_PNT)	Get/set the specific heat coefficient.
ball.thermal.temp(BTH_PNT)	Get/set the temperature.
ball.thermal.temp.increment(BTH_PNT)	Get/set the current temperature increment.
ball.vel(B_PNT<,INT>)	Get/set the ball velocity.
ball.vol(B_PNT)	Get ball volume.
ball.zone.ball.ball(B_PNT)	Get the ball pointer.
ball.zone.ball.mass.factor(BZB_PNT)	Get/set the ball-zone coupled ball mass factor.
ball.zone.gp.gp(GP_PNT)	Get the gridpoint pointer.
ball.zone.gp.mass.factor(BZGP_PNT)	Get/set the ball-zone coupled gridpoint mass factor.
brick.assemble(BR_PNT,VEC<,INT><,INT><,INT>)	Replicate a brick.
brick.delete(BR_PNT)	Delete a brick.
brick.id(BR_PNT)	Get the brick ID.
cfd.age	Get the CFD age.
cfd.cycle	Get the CFD cycles.
clump.addpebble(CL_PNT,FLT,VEC<,INT>)	Add a pebble to a clump.
clump.calculate(CL_PNT<,FLT>)	Calculate the inertial properties.
clump.cfd.clump(CLCF_PNT)	Get the pointer to the host mechanical clump.
clump.cfd.elementmap(CLCF_PNT)	Get the CCFD element associated with a clump.
clump.cfd.extra(CLCF_PNT<,INT>)	Get/set the CFD clump extra variable.
clump.cfd.force(CLCF_PNT<,INT>)	Get/set the CFD clump force.
clump.cfd.group(CLCF_PNT<,INT>)	Get/set CFD clump groups.
clump.cfd.group.remove(CLCF_PNT,STR)	Remove CFD clump groups.
clump.cfd.id(CLCF_PNT)	Get the CFD clump ID.
clump.cfd.isgroup(CLCF_PNT,STR<,STR>)	Query the existence of a group.
clump.cfd.pebble.clump(CLPCF_PNT)	Get the CFD pebble’s CFD clump.
clump.cfd.pebble.group(CLPCF_PNT<,STR>)	Get/set CFD pebble groups.
clump.cfd.pebble.group.remove(CLPCF_PNT,STR)	Remove CFD pebble groups.
clump.cfd.pebble.id(CLPCF_PNT)	Get/set the CFD pebble ID.
clump.cfd.pebble.isgroup(CLPCF_PNT,STR<,STR>)	Query the existence of a group.
clump.cfd.pebble.pebble(CLPCF_PNT)	Get the host mechanical pebble.
clump.cfd.pebblelist(CLCF_PNT)	Get the CFD pebbles of a CCFD clump.
clump.cfd.pos(CLCF_PNT<,INT>)	Get the CFD clump position.
clump.contactmap(CL_PNT<,INT><,PNT>)	Get active contacts around a clump.
clump.contactmap.all(CL_PNT<,INT><,PNT>)	Get all contacts around a clump.
clump.contactnum(CL_PNT<,INT>)	Get number of active contacts around a clump.
clump.contactnum.all(CL_PNT<,INT>)	Get number of contacts around a clump.
clump.damp(CL_PNT)	Get/set the clump local damping factor.
clump.delete(CL_PNT)	Delete a clump.
clump.deletepebble(CL_PNT,CLP_PNT)	Delete a pebble from a clump.
clump.density(CL_PNT)	Get/set the clump density.
clump.disp(CL_PNT<,INT>)	Get/set the clump displacement.
clump.euler(CL_PNT<,INT>)(3D ONLY)	Get/set the clump orientation.
clump.extra(CL_PNT<,INT>)	Get/set a clump extra variable.
clump.fix(CL_PNT,INT)	in 3D: 1) x -velocity, 2) y -velocity, 3) z -velocity, 4) x -angular...
clump.force.app(CL_PNT<,INT>)	Get/set the clump applied force.
clump.force.contact(CL_PNT<,INT>)	Get/set the clump contact force.
clump.force.unbal(CL_PNT<,INT>)	Get the clump unbalanced force.
clump.fragment(CL_PNT)	Get/set clump fragment ID.
clump.group(CL_PNT<,STR>)	Get/set clump groups.
clump.group.remove(CL_PNT,STR)	Remove clump groups.
clump.id(CL_PNT)	Get the clump ID.
clump.inglobal(CL_PNT,VEC)	Rotate a vector from principal system.
clump.inprin(CL_PNT,VEC)	Rotate a vector to principal system.
clump.isbonded(CL_PNT<,INT,PNT>)	Get the clump bonded state.
clump.isgroup(CL_PNT,STR<,STR>)	Query the existence of a group.
clump.mass(CL_PNT)	Get the inertial clump mass.
clump.mass.real(CL_PNT)	Get the real (gravitational) clump mass.
clump.moi(CL_PNT<,INT<,INT>>)	Get the clump moment of inertia.
clump.moi.fix(CL_PNT)	Get/set the moment of inertia fixity state.
clump.moi.prin(CL_PNT<,INT>)	Get the clump principal moment of inertia.
clump.moi.prin.real(CL_PNT<,INT>)	Get/set the clump real principal moment of inertia.
clump.moi.real(CL_PNT<,INT<,INT>>)	Get/set the clump real moment of inertia.
clump.moment.app(CL_PNT<,INT>)	Get/set the clump applied moment.
clump.moment.contact(CL_PNT<,INT>)	Get/set the clump contact moment.
clump.moment.unbal(CL_PNT<,INT>)	Get the clump unbalanced moment.
clump.pebble.clump(CLP_PNT)	Get the pebble’s clump.
clump.pebble.contactmap(CLP_PNT<,INT><,PNT>)	Get active contacts around a ball.
clump.pebble.contactmap.all(CLP_PNT<,INT><,PNT>)	Get all contacts around a pebble.
clump.pebble.contactnum(CLP_PNT<,INT>)	Get number of active contacts around a pebble.
clump.pebble.contactnum.all(CLP_PNT<,INT>)	Get number of contacts around a pebble.
clump.pebble.delete(CLP_PNT)	Delete a pebble.
clump.pebble.extra(CLP_PNT<,INT>)	Get/set pebble extra variable.
clump.pebble.group(CLP_PNT<,STR>)	Get/set pebble groups.
clump.pebble.group.remove(CL_PNT,STR)	Remove pebble groups.
clump.pebble.id(CLP_PNT)	Get the pebble ID.
clump.pebble.isbonded(CL_PNT<,INT,PNT>)	Get the clump pebble bonded state.
clump.pebble.isgroup(CLP_PNT,STR<,STR>)	Query the existence of a group.
clump.pebble.isprop(CLP_PNT,STR)	Query the existence of a property.
clump.pebble.pos(CLP_PNT<,INT>)	Get/set the pebble position.
clump.pebble.prop(CLP_PNT,STR)	Get/set a pebble property.
clump.pebble.radius(CLP_PNT)	Get/set the pebble radius.
clump.pebble.vel(CLP_PNT<,INT>)	Get the pebble velocity.
clump.pebblelist(CL_PNT)	Get the pebbles of a clump.
clump.pos(CL_PNT<,INT>)	Get/set the clump position.
clump.prop(CL_PNT,STR)	Set a property of all pebbles.
clump.rotate(CL_PNT,VEC,FLT)	Rotate a clump.
clump.rotation(CL_PNT)(2D ONLY)	Get/set the clump orientation.
clump.scalesphere(CL_PNT,FLT)	Scale the clump to an equivalent sphere.
clump.scalevol(CL_PNT,FLT)	Scale the clump.
clump.spin(CL_PNT<,INT>)	Get/set the clump angular velocity.
clump.template(CL_PNT)	Get template associated with a clump.
clump.template.addpebble(CLT_PNT,FLT,VEC<,INT>)	Add a pebble to a clump template.
clump.template.clone(CLT_PNT,STR)	Clone a clump template.
clump.template.delete(CLT_PNT)	Delete a clump template.
clump.template.deletepebble(CLT_PNT,CLP_PNT)	Delete a pebble from a clump.
clump.template.euler(CL_PNT<,INT>)(3D ONLY)	Get the clump template relative orientation.
clump.template.make(CL_PNT,STR)	Make a clump template from a clump.
clump.template.moi(CLT_PNT<,INT<,INT>>)	Get the clump template moment of inertia.
clump.template.moi.prin(CLT_PNT<,INT>)	Get the clump template principal moment of inertia.
clump.template.name(CLT_PNT)	Get the clump template name.
clump.template.origpos(CLT_PNT<,INT>)	Get/set the clump template original position.
clump.template.pebblelist(CLT_PNT)	Get the pebbles of a clump template.
clump.template.scale(CL_PNT)	Get clump template relative scaling factor.
clump.template.vol(CLT_PNT)	Get/set the clump template volume.
clump.thermal.clump(CLTH_PNT)	Get the pointer to the host mechanical clump.
clump.thermal.contactmap(CLTH_PNT<,INT,PNT>)	Get active thermal contacts around a thermal clump.
clump.thermal.contactmap.all(CLTH_PNT<,INT,PNT>)	Get all thermal contacts around a thermal clump.
clump.thermal.contactnum(CLTH_PNT<,INT>)	Get the number of active thermal contacts around a thermal...
clump.thermal.contactnum.all(CLTH_PNT<,INT>)	Get the number of thermal contacts around a thermal clump.
clump.thermal.expansion(CLTH_PNT)	Get/set the thermal expansion coefficient.
clump.thermal.extra(CLTH_PNT<,INT>)	Get/set the thermal clump extra variable.
clump.thermal.fix(CLTH_PNT)	Get/set the temperature fixity condition.
clump.thermal.group(CLTH_PNT<,INT>)	Get/set thermal clump groups.
clump.thermal.group.remove(CLTH_PNT,STR)	Remove thermal clump groups.
clump.thermal.id(CLTH_PNT)	Get the thermal clump ID.
clump.thermal.isgroup(CLT_PNT,STR<,STR>)	Query the existence of a group.
clump.thermal.pebble.clump(CLPTH_PNT)	Get the thermal pebble’s thermal clump.
clump.thermal.pebble.contactmap(CLPTH_PNT<,INT,PNT>)	Get active thermal contacts around a thermal pebble.
clump.thermal.pebble.contactnum(CLPTH_PNT<,INT>)	Get the number of active thermal contacts around a thermal...
clump.thermal.pebble.contactnum.all(CLPTH_PNT<,INT>)	Get the number of thermal contacts around a thermal pebble.
clump.thermal.pebble.group(CLPTH_PNT<,STR>)	Get/set thermal pebble groups.
clump.thermal.pebble.group.remove(CLPTH_PNT,STR)	Remove thermal pebble groups.
clump.thermal.pebble.id(CLPTH_PNT)	Get/set the thermal pebble ID.
clump.thermal.pebble.isgroup(CLPTH_PNT,STR<,STR>)	Query the existence of a group.
clump.thermal.pebble.isprop(CLPTH_PNT,STR)	Query the existence of a property.
clump.thermal.pebble.pebble(CLPTH_PNT)	Get the host mechanical pebble.
clump.thermal.pebble.prop(CLPTH_PNT,STR)	Get/set a thermal pebble property.
clump.thermal.pebblelist(CLTH_PNT)	Get the thermal pebbles of a thermal clump.
clump.thermal.power.app(CLTH_PNT)	Get/set the thermal applied power.
clump.thermal.power.unbal(CLTH_PNT)	Get the unbalanced thermal power.
clump.thermal.prop(CLTH_PNT,STR)	Set a property of all thermal pebbles.
clump.thermal.specific.heat(CLTH_PNT)	Get/set the specific heat coefficient.
clump.thermal.temp(CLTH_PNT)	Get/set the temperature.
clump.thermal.temp.increment(CLTH_PNT)	Get/set the current temperature increment.
clump.vel(CL_PNT<,INT>)	Get/set the clump velocity.
clump.vol(CL_PNT)	Get/set the clump volume.
contact.activate(C_PNT)	Get/set the contact always active flag.
contact.active(C_PNT)	Get the contact activity state .
contact.branch(C_PNT<,INT>)	Get the contact branch vector.
contact.end1(C_PNT)	Get a pointer to the first end of a contact.
contact.end2(C_PNT)	Get a pointer to the second end of a contact.
contact.energy(C_PNT,STR)	Get the current value of an energy partition.
contact.extra(C_PNT<,INT>)	Get/set contact extra variable.
contact.fid(C_PNT)	Get the contact fracture ID.
contact.force.from.stress(C_PNT,MAT_PNT/TEN_PNT)	Get the equivalent contact force.
contact.force.global(C_PNT<,INT>)	Get the contact force in the global coordinate system.
contact.force.local(C_PNT<,INT>)	Get the contact force in the local coordinate system.
contact.force.normal(C_PNT)	Get the signed magnitude of the normal force.
contact.force.shear(C_PNT)	Get the magnitude of the shear force.
contact.gap(C_PNT)	Get the current value of the contact gap.
contact.group(C_PNT<,STR>)	Get/set contact groups.
contact.group.remove(C_PNT,STR)	Remove contact groups.
contact.id(C_PNT)	Get the contact ID.
contact.inherit(C_PNT,STR)	Get/set the property inheritance.
contact.inhibit(C_PNT)	Get/set the contact inhibit flag.
contact.isbonded(C_PNT)	Get the bonded status.
contact.isenergy(C_PNT,STR)	Query the existence of a contact model energy partition.
contact.isgroup(C_PNT,STR<,STR>)	Query the existence of a group.
contact.isprop(C_PNT,STR)	Query the existence of a contact model property.
contact.method(C_PNT,STR<,ARR_PNT>)	Execute a contact model method.
contact.model(C_PNT)	Get/set a contact model.
contact.moment.on1.global(C_PNT<,INT>)	Get the contact moment acting on end1 expressed in the...
contact.moment.on1.local(C_PNT<,INT>)	Get the contact moment acting on end1 expressed in the...
contact.moment.on2.global(C_PNT<,INT>)	Get the contact moment acting on end2 expressed in the...
contact.moment.on2.local(C_PNT<,INT>)	Get the contact moment acting on end2 expressed in the...
contact.normal(C_PNT<,INT>)	Get the contact unit normal.
contact.offset(C_PNT<,INT>)	Get the contact offset.
contact.otherend(C_PNT,SYM)	Get the other end of a contact.
contact.persist(C_PNT)	Get/set the persistence flag.
contact.pos(C_PNT<,INT>)	Get the contact position.
contact.prop(C_PNT,STR)	Get/set a contact model property.
contact.shear(C_PNT<,INT>)	Get the contact shear direction.
contact.thermal.power(CTH_PNT)	Get the contact thermal power.
contact.to.global(C_PNT,VEC)	Transform a vector from the local to global coordinate system.
contact.to.local(C_PNT,VEC)	Transform a vector from the global to local coordinate system.
dfn.contactmap(D_PNT<,INT>)	Get active contacts associated with a DFN.
dfn.contactmap.all(D_PNT<,INT>)	Get all contacts associated with a DFN.
dfn.create(<INT><,STR>)	Create a DFN.
dfn.delete(D_PNT)	Delete a DFN.
dfn.dominance(D_PNT)	Get/set the DFN dominance.
dfn.extra(D_PNT<,INT>)	Get/set a DFN extra variable.
dfn.find(INT/STR)	Find a DFN.
dfn.fracturelist(D_PNT)	Get the fracture list of the DFN.
dfn.fracturenum(D_PNT)	Get the number of fractures.
dfn.group(D_PNT<,STR>)	Get/set DFN groups.
dfn.group.remove(D_PNT,STR)	Remove DFN groups.
dfn.id(D_PNT)	Get the DFN ID.
dfn.isgroup(D_PNT,STR<,STR>)	Indicate DFN group status.
dfn.list	Get the global DFN list.
dfn.maxid	Get the maximum DFN ID.
dfn.name(D_PNT)	Get the DFN name.
dfn.num	Get the number of DFNs.
dfn.prop(D_PNT,STR)	Set a property of all fractures in a DFN.
dfn.template(D_PNT)	Get the fracture template.
dfn.typeid	Get the DFN type number.
element.cfd.density(ECF_PNT)	Get/set the CFD element fluid density.
element.cfd.dragforce(ECF_PNT<,INT>)	Get/set the CFD element drag force.
element.cfd.edge.adjacentmap(ECF_PNT)	Get CCFD elements sharing a edge.
element.cfd.extra(ECF_PNT<,INT>)	Get/set the CFD element extra variable.
element.cfd.face.adjacent(ECF_PNT,INT)	Get the CFD element adjacent to a face.
element.cfd.face.adjacentmap(ECF_PNT)	Get CFD elements sharing a face.
element.cfd.group(ECF_PNT<,INT>)	Get/set CFD element groups.
element.cfd.group.remove(ECF_PNT,STR)	Remove CFD element groups.
element.cfd.id(ECF_PNT)	Get the CFD element ID.
element.cfd.isgroup(ECF_PNT,STR<,STR>)	Query the existence of a group.
element.cfd.node.adjacentmap(ECF_PNT)	Get CFD elements sharing a node.
element.cfd.node.pos(ECF_PNT,INT<,INT>)	Get the CFD element node position.
element.cfd.pos(ECF_PNT<,INT>)	Get the CFD element position.
element.cfd.presgradient(ECF_PNT<,INT>)	Get/set the CFD element pressure gradient.
element.cfd.pressure(ECF_PNT)	Get/set the CFD element fluid pressure.
element.cfd.vel(ECF_PNT<,INT>)	Get/set the CFD element velocity.
element.cfd.viscosity(ECF_PNT)	Get/set the CFD element fluid viscosity.
element.cfd.vol(ECF_PNT)	Get the CFD element volume.
fracture.aperture(FR_PNT)	Get/set the fracture aperture.
fracture.area(FR_PNT)(3D only)	Get/set the fracture area.
fracture.centerdensity(<VEC><,VEC><,D_PNT>)	Get the fracture center density.
fracture.contactmap(FR_PNT<,INT>)	Get active contacts associated with a fracture.
fracture.contactmap.all(FR_PNT<,INT>)	Get all contacts associated with a fracture.
fracture.copy(FR_PNT<,D_PNT,INT>)	Copy a fracture.
fracture.create(D_PNT,ARR_PNT<,INT>)	Create a fracture.
fracture.ddir(FR_PNT)(3D only)	Get/set the fracture dip direction.
fracture.delete(FR_PNT)	Delete a fracture.
fracture.density(<VEC><,VEC><,D_PNT>)	Get the fracture mass density.
fracture.dfn(FR_PNT)	Get the fracture’s DFN.
fracture.diameter(FR_PNT)(3D only)	Get/set the fracture diameter.
fracture.dip(FR_PNT)	Get/set the fracture dip.
fracture.extra(FR_PNT<,INT>)	Get/set a fracture extra variable.
fracture.find(INT)	Find a fracture.
fracture.genpos(FR_PNT<,INT>)	Get the fracture generation position.
fracture.gensize(FR_PNT)	Get the fracture generation {length in 2D; diameter in 3D}.
fracture.geomp10(GSET_PNT<,D_PNT>)	Get the P10 of edges.
fracture.geomp20(GSET_PNT<,D_PNT>)(3D only)	Get the P20 of polygons.
fracture.geomp21(GSET_PNT<,D_PNT>)(3D only)	Get the P21 of polygons.
fracture.geomtrace(GSET_PNT<,D_PNT>)(3D only)	Get polygon average trace length.
fracture.gintersect(FR_PNT,GSET_PNT)	Get the fracture/geometry intersection status.
fracture.group(FR_PNT<,STR>)	Get/set fracture groups.
fracture.group.remove(FR_PNT,STR)	Remove fracture groups.
fracture.id(FR_PNT)	Get the fracture ID.
fracture.inbox(VEC,VEC<,D_PNT>)	Get fractures intersecting or contained within a box.
fracture.interarray(FR_PNT<,D_PNT>)	Get an array of fracture intersections.
fracture.intersect(FR_PNT,FR_PNT)	Get the fracture/fracture intersection status.
fracture.intersect.end1(FI_PNT)	Get the first fracture in an intersection.
fracture.intersect.end2(FI_PNT)	Get the second intersecting object.
fracture.intersect.find(INT)	Find a fracture intersection.
fracture.intersect.len(FI_PNT)(3D only)	Get the intersection length.
fracture.intersect.list	Get the fracture intersection list.
fracture.intersect.maxid	Get the maximum fracture intersection ID.
fracture.intersect.npolylinept(FI_PNT)(3D only)	Get the number of polyline points in an intersection.
fracture.intersect.num	Get the number of fracture intersections.
fracture.intersect.polylinept(FI_PNT)(3D only)	Get a polyline point position in an intersection.
fracture.intersect.pos1(FI_PNT<,INT>)	Get the first fracture intersection end position.
fracture.intersect.pos2(FI_PNT<,INT>)(3D only)	Get the second fracture intersection end position.
fracture.intersect.set(FI_PNT)	Get the intersection set.
fracture.intersect.set.delete(FIS_PNT)	Delete a fracture intersection set.
fracture.intersect.set.find(INT/STR)	Find a fracture intersection set.
fracture.intersect.set.id(FIS_PNT)	Get the fracture intersection set ID.
fracture.intersect.set.interlist(FIS_PNT)	Get the fracture intersection list.
fracture.intersect.set.internum(FIS_PNT)	Get the number of intersections in the set.
fracture.intersect.set.list	Get the fracture intersection set list.
fracture.intersect.set.maxid	Get the maximum fracture intersection set ID.
fracture.intersect.set.name(FIS_PNT)	Get the fracture intersection set name.
fracture.intersect.set.num	Get the number of fracture intersection sets.
fracture.intersect.set.path(FIS_PNT,FR_PNT,FR_PNT)	Get the path between fractures.
fracture.intersect.set.typeid	Get the fracture intersection set type number.
fracture.intersect.typeid	Get the fracture intersection type number.
fracture.isdisk(FR_PNT)(3D only)	Get the fracture disk status.
fracture.isgroup(FR_PNT,STR<,INT>)	Indicate fracture group status.
fracture.isprop(FR_PNT,STR)	Query the existence of a property.
fracture.len(FR_PNT)(2D only)	Get/set the fracture length.
fracture.list	Get the global fracture list.
fracture.maxid	Get the maximum fracture ID.
fracture.near(VEC<,FLT><,D_PNT>)	Find the closest fracture to a point.
fracture.normal(FR_PNT<,INT>)	Get/set the fracture normal.
fracture.num	Get the total number of fractures.
fracture.p10(VEC,VEC<,D_PNT>)	Get the P10 along a transect.
fracture.percolation(<VEC><,VEC><,D_PNT>)	Get the fracture percolation.
fracture.pointnear(FR_PNT,VEC)	Get the closest point on a fracture.
fracture.pos(FR_PNT<,INT>)	Get/set the fracture position.
fracture.prop(FR_PNT,STR)	Get/set a fracture property.
fracture.template.ddirmax(DT_PNT)(3D only)	Get/set the maximum dip direction.
fracture.template.ddirmin(DT_PNT)(3D only)	Get/set the minimum dip direction.
fracture.template.dipmax(DT_PNT)	Get/set the maximum dip.
fracture.template.dipmin(DT_PNT)	Get/set the minimum dip.
fracture.template.find(INT/STR)	Find a DFN template.
fracture.template.id(DT_PNT)	Get the DFN template ID.
fracture.template.list	Get the DFN template list.
fracture.template.maxid	Get the maximum DFN template ID.
fracture.template.name(DT_PNT)	Get the DFN template name.
fracture.template.norientparam(DT_PNT)	Get the number of orientation parameters.
fracture.template.nposparam(DT_PNT)	Get the number of position parameters.
fracture.template.nsizeparam(DT_PNT)	Get the number of size parameters.
fracture.template.num	Get the number of DFN templates.
fracture.template.orientparam(DT_PNT,INT)	Get/set an orientation parameter.
fracture.template.orienttype(DT_PNT)	Get/set the DFN template orientation type name.
fracture.template.posparam(DT_PNT,INT)	Get/set a position parameter.
fracture.template.postype(DT_PNT)	Get/set the DFN template position type name.
fracture.template.sizemax(DT_PNT)	Get/set the maximum size.
fracture.template.sizemin(DT_PNT)	Get/set the minimum size.
fracture.template.sizeparam(DT_PNT,INT)	Get/set a size parameter.
fracture.template.sizetype(DT_PNT)	Get/set the DFN template size type name.
fracture.template.typeid	Get the DFN template type number.
fracture.typeid	Get the fracture type number.
fracture.vertex.find(INT)	Find a fracture vertex.
fracture.vertex.list	Get the fracture vertex list.
fracture.vertex.maxid	Get the maximum fracture vertex ID.
fracture.vertex.num	Get the number of fracture vertices.
fracture.vertex.pos(FV_PNT<,INT>)	Get the fracture vertex position.
fracture.vertex.typeid	Get the fracture vertex type number.
fracture.vertexarray(FR_PNT)	Get an array of fracture vertices.
fragment.bodymap(FG_PNT<,INT>)	Get the bodies of a fragment.
fragment.bodynum(FG_PNT<,INT>)	Get the fragment body count.
fragment.childmap(FG_PNT)	Get the children fragment IDs.
fragment.id(FG_PNT)	Get the fragment ID.
fragment.parent(FG_PNT)	Get the parent fragment ID.
fragment.pos(FG_PNT<,INT>)	Get the fragment position.
fragment.pos.catalog(FG_PNT,INT<,INT>)	Get the fragment position at a state.
fragment.vol(FG_PNT<,int>)	Get the fragment volume.
geom.edge.create(GSET_PNT,INT/GN_PNT,INT/GN_PNT)	Create an edge.
geom.edge.delete(GSET_PNT,GE_PNT)	Delete an edge.
geom.edge.dir(GE_PNT<,INT>)	Get the edge direction.
geom.edge.extra(GE_PNT,INT)	Get/set edge extra variable.
geom.edge.group(GE_PNT<,STR>)	Get/set edge groups.
geom.edge.group.remove(GE_PNT,STR)	Remove edge groups.
geom.edge.id(GE_PNT)	Get the edge ID.
geom.edge.isgroup(GE_PNT,STR<,STR>)	Query the existence of a group.
geom.edge.next.edge(GE_PNT,INT)	Get the edge connected to a node.
geom.edge.next.index(GE_PNT,INT)	Get the edge index connected to a node.
geom.edge.node(GE_PNT,INT)	Get an edge node.
geom.edge.node.pos(GE_PNT,INT<,INT>)	Get/set the node position.
geom.edge.pos(GE_PNT<,INT>)	Get the edge position.
geom.edge.remove(GSET_PNT,GE_PNT)	Delete an edge.
geom.edge.start.index(GE_PNT)	Index of the first polygon attached to an edge.
geom.edge.start.poly(GE_PNT)	Get the first polygon attached to an edge.
geom.node.create(GSET_PNT,VEC)	Create a node.
geom.node.delete(GSET_PNT,GN_PNT)	Delete a node.
geom.node.extra(GN_PNT,INT)	Get/set node extra variable.
geom.node.group(GN_PNT<,STR>)	Get/set node groups.
geom.node.group.remove(GN_PNT,STR)	Remove node groups.
geom.node.id(GN_PNT)	Get the node ID.
geom.node.isgroup(GN_PNT,STR<,STR>)	Query the existence of a group.
geom.node.pos(GN_PNT<,INT>)	Get/set the node position.
geom.node.remove(GSET_PNT,GN_PNT)	Delete a node.
geom.node.start.edge(GN_PNT)	Get the first edge connected to a node.
geom.node.start.index(GN_PNT)	Index of the first edge connected to a node.
geom.poly.add.edge(GPOL_PNT,GE_PNT)	Add an edge to a polygon.
geom.poly.add.node(GSET_PNT,GPOL_PNT<,GN_PNT><,VEC><,INT>)	Add an edge via a node addition.
geom.poly.area(GPOL_PNT)	Get the polygon area.
geom.poly.check(GPOL_PNT)	Get the validity status.
geom.poly.close(GSET_PNT,GPOL_PNT)	Close a polygon.
geom.poly.create(GSET_PNT)	Create a polygon.
geom.poly.delete(GSET_PNT,GPOL_PNT)	Delete a polygon.
geom.poly.edge(GPOL_PNT,INT)	Get a polygon edge.
geom.poly.extra(GPOL_PNT,INT)	Get/set polygon extra variable.
geom.poly.group(GPOL_PNT<,STR>)	Get/set polygon groups.
geom.poly.group.remove(GPOL_PNT,STR)	Remove polygon groups.
geom.poly.id(GPOL_PNT)	Get the polygon ID.
geom.poly.isgroup(GPOL_PNT,STR<,STR>)	Query the existence of a group.
geom.poly.next.index(GPOL_PNT,INT)	Get the index of the next edge of a polygon.
geom.poly.next.poly(GPOL_PNT,INT)	Get the next polygon connected to an edge.
geom.poly.node(GPOL_PNT,INT)	Get a node.
geom.poly.normal(GPOL_PNT<,INT>)	Get the polygon normal.
geom.poly.pos(GPOL_PNT<,INT>)	Get the polygon position.
geom.poly.remove(GSET_PNT,GPOL_PNT)	Delete a polygon.
geom.poly.size(GPOL_PNT)	Get the number of edges.
geom.set.closest(GSET_PNT,VEC<,FLT>)	Get closest node coordinate vector from the position supplied .
geom.set.create(STR<,INT>)	Create a geometry set.
geom.set.delete(GSET_PNT)	Delete a geometry set.
geom.set.edge.maxid(GSET_PNT)	Get the maximum edge ID.
geom.set.edge.num(GSET_PNT)	Get the number of edges.
geom.set.id(GSET_PNT)	Get the geometry set ID.
geom.set.name(GSET_PNT)	Get the geometry set name.
geom.set.node.maxid(GSET_PNT)	Get the maximum node ID.
geom.set.node.num(GSET_PNT)	Get/set the number of nodes.
geom.set.poly.maxid(GSET_PNT)	Get the maximum polygon ID.
geom.set.poly.num(GSET_PNT)	Get the number of polygons.
geom.set.remove(GSET_PNT)	Delete a geometry set.
measure.coordination(MEAS_PNT)	Get the measurement coordination number.
measure.delete(MEAS_PNT)	Delete a measurement object.
measure.id(MEAS_PNT)	Get the measurement ID.
measure.porosity(MEAS_PNT)	Get the porosity.
measure.pos(MEAS_PNT<,INT>)	Get/set the position.
measure.radius(MEAS_PNT)	Get/set the radius of the measurement object.
measure.size(MEAS_PNT)	Get the cumulative size distribution.
measure.strain.rate(MEAS_PNT<,INT<,INT>>)	Get the strain rate tensor.
measure.stress(MEAS_PNT<,INT,INT>)	Get the stress tensor.
rblock.aspect.ratio(RB_PNT)	Get the rigid block aspect ratio.
rblock.ball.pos(RB_PNT<,INT>)	Get the rigid block ball position.
rblock.ball.radius(RB_PNT)	Get the rigid block ball radius.
rblock.collide(RB_PNT,RB_PNT)	Get the intersection status of two rigid blocks.
rblock.contactmap(RB_PNT<,INT,PNT>)	Get active contacts around a rblock.
rblock.contactmap.all(RB_PNT<,INT,PNT>)	Get all contacts around a rigid block.
rblock.contactnum(RB_PNT<,INT>)	Get number of active contacts around a rblock.
rblock.contactnum.all(RB_PNT<,INT>)	Get number of contacts around a rblock.
rblock.damp(RB_PNT)	Get/set rigid block local damping factor.
rblock.delete(RB_PNT)	Delete a rigid block.
rblock.density(RB_PNT)	Get/set rigid block density.
rblock.disp(RB_PNT<,INT>)	Get/set the rigid block displacement.
rblock.euler(RB_PNT<,INT>)(3D ONLY)	Get/set the rigid block orientation.
rblock.extra(RB_PNT<,INT>)	Get/set rigid block extra variable.
rblock.facet.area(RB_PNT,INT)	Get the rigid block facet area.
rblock.facet.centroid(RB_PNT,INT<,INT>)	Get the facet centroid.
rblock.facet.closest(RB_PNT,INT,VEC<,INT>)	Get the closest point on a facet.
rblock.facet.map(RB_PNT)	Get the facet map.
rblock.facet.normal(RB_PNT,INT<,INT>)	Get the facet normal.
rblock.facet.num(RB_PNT)	Get the facet count.
rblock.facet.vertex.pos(RB_PNT,INT,INT<,INT>)	Get the facet vertex position.
rblock.fix(RB_PNT,INT)	Get/set rigid block fixity condition.
rblock.force.app(RB_PNT<,INT>)	Get/set the rigid block applied force.
rblock.force.contact(RB_PNT<,INT>)	Get/set the rigid block contact force.
rblock.force.unbal(RB_PNT<,INT>)	Get the rigid block unbalanced force.
rblock.fragment(RB_PNT)	Get/set rigid block fragment ID.
rblock.group(RB_PNT<,STR>)	Get/set rigid block groups.
rblock.group.remove(RB_PNT,STR)	Remove rigid block groups.
rblock.id(RB_PNT)	Get the rigid block ID.
rblock.inglobal(RB_PNT,VEC)	Rotate a vector from principal system.
rblock.inprin(RB_PNT,VEC)	Rotate a vector to principal system.
rblock.isbonded(RB_PNT<,INT,PNT>)	Get the rigid block bonded state.
rblock.isgroup(RB_PNT,STR<,STR>)	Query the existence of a group.
rblock.isprop(RB_PNT,STR)	Query the existence of a property.
rblock.mass(RB_PNT)	Get the inertial rigid block mass.
rblock.mass.real(RB_PNT)	Get the real (gravitational) rigid block mass.
rblock.moi(RB_PNT<,INT<,INT>>)	Get the rigid block moment of inertia.
rblock.moi.fix(RB_PNT)	Get/set the moment of inertia fixity state.
rblock.moi.prin(RB_PNT<,INT>)	Get the rigid block principal moment of inertia.
rblock.moi.prin.real(RB_PNT<,INT>)	Get/set the rigid block real principal moment of inertia.
rblock.moi.real(RB_PNT<,INT<,INT>>)	Get/set the rigid block real moment of inertia.
rblock.moment.app(RB_PNT<,INT>)	Get/set the rigid block applied moment.
rblock.moment.contact(RB_PNT<,INT>)	Get/set the rigid block contact moment.
rblock.moment.unbal(RB_PNT<,INT>)	Get the rigid block unbalanced moment.
rblock.pos(RB_PNT<,INT>)	Get/set the rigid block position.
rblock.prop(RB_PNT,STR)	Get/set a rigid block property.
rblock.rotation(RB_PNT)(2D ONLY)	Get/set the rigid block orientation.
rblock.rounding(RB_PNT)	Get the rigid block rounding.
rblock.scalesphere(RB_PNT,FLT)	Scale the rigid block to an equivalent sphere.
rblock.scalevol(RB_PNT,FLT)	Scale the rigid block.
rblock.spin(RB_PNT<,INT>)	Get/set the rigid block angular velocity.
rblock.stress(RB_PNT<,INT,INT>)	Get the stress tensor arising from all contacts acting on...
rblock.template.delete(RBT_PNT)	Delete a rigid block template.
rblock.template.moi(RBT_PNT<,INT<,INT>>)	Get the rigid block template moment of inertia.
rblock.template.moi.prin(RBT_PNT<,INT>)	Get the rigid block template principal moment of inertia.
rblock.template.name(RBT_PNT)	Get the rigid block template name.
rblock.template.vol(RBT_PNT)	Get/set the rigid block template volume.
rblock.thermal.contactmap(RBTH_PNT<,INT,PNT>)	Get active thermal contacts around a thermal rigid block.
rblock.thermal.contactmap.all(RBTH_PNT<,INT,PNT>)	Get all thermal contacts around a thermal rigid block.
rblock.thermal.contactnum(RBTH_PNT<,INT>)	Get number of active thermal contacts around a thermal rblock.
rblock.thermal.contactnum.all(RBTH_PNT<,INT>)	Get total number of thermal contacts around a thermal rigid...
rblock.thermal.expansion(RBTH_PNT)	Get/set the thermal expansion coefficient.
rblock.thermal.extra(RBTH_PNT<,INT>)	Get/set the thermal rigid block extra variable.
rblock.thermal.fix(RBTH_PNT)	Get/set the temperature fixity condition.
rblock.thermal.group(RBTH_PNT<,INT>)	Get/set thermal rigid block groups.
rblock.thermal.group.remove(RBTH_PNT,STR)	Remove thermal rigid block groups.
rblock.thermal.id(RBTH_PNT)	Get the thermal rigid block ID.
rblock.thermal.isgroup(RBTH_PNT,STR<,STR>)	Query the existence of a group.
rblock.thermal.isprop(RBTH_PNT,STR)	Query the existence of a property.
rblock.thermal.power.app(RBTH_PNT)	Get/set the thermal applied power.
rblock.thermal.power.unbal(RBTH_PNT)	Get the unbalanced thermal power.
rblock.thermal.prop(RBTH_PNT,STR)	Get/set a thermal rigid block property.
rblock.thermal.rigid(blockbt)	Get the pointer to the host mechanical rigid block.
rblock.thermal.specific.heat(RBTH_PNT)	Get/set the specific heat coefficient.
rblock.thermal.temp(RBTH_PNT)	Get/set the temperature.
rblock.thermal.temp.increment(RBTH_PNT)	Get/set the current temperature increment.
rblock.vel(RB_PNT<,INT>)	Get/set the rigid block velocity.
rblock.vertex.map(RB_PNT)	Get the vertex map.
rblock.vertex.num(RB_PNT)	Get the vertex count.
rblock.vertex.pos(RB_PNT,INT)	Get the vertex position.
rblock.vol(RB_PNT)	Get/set the rigid block volume.
wall.addfacet(W_PNT,VEC,ANY)	Add a facet.
wall.closed(W_PNT)	Get the wall closure status.
wall.contactmap(W_PNT<,INT><,PNT>)	Get active contacts around a wall.
wall.contactmap.all(W_PNT<,INT><,PNT>)	Get all contacts around a wall.
wall.contactnum(W_PNT<,INT>)	Get number of active contacts around a wall.
wall.contactnum.all(W_PNT<,INT>)	Get number of contacts around a wall.
wall.convex(W_PNT)	Get the convexity status.
wall.cutoff(W_PNT)	Get/set the cutoff angle.
wall.delete(W_PNT)	Delete a wall.
wall.disp(W_PNT<,INT>)	Get/set the wall displacement.
wall.euler(W_PNT<,INT>)(3D ONLY)	Get/set the wall orientation.
wall.extra(W_PNT<,INT>)	Get/set wall extra variable.
wall.facet.active(WF_PNT)	Get/set the facet activity.
wall.facet.contactmap(WF_PNT<,INT><,PNT>)	Get active contacts around a facet.
wall.facet.contactmap.all(WF_PNT<,INT><,PNT>)	Get all contacts around a facet.
wall.facet.contactnum(WF_PNT<,INT>)	Get number of contacts around a facet.
wall.facet.contactnum.all(WF_PNT<,INT>)	Get number of contacts around a facet.
wall.facet.conveyor(WF_PNT<,INT>)	Get/set the facet conveyor velocity.
wall.facet.delete(WF_PNT)	Delete a facet.
wall.facet.extra(WF_PNT<,INT>)	Get/set facet extra variable.
wall.facet.group(WF_PNT<,STR>)	Get/set facet groups.
wall.facet.group.remove(WF_PNT,STR)	Remove facet groups.
wall.facet.id(WF_PNT)	Get the facet ID.
wall.facet.isbonded(WF_PNT<,INT,PNT>)	Get the wall facet bonded state.
wall.facet.isgroup(WF_PNT,STR<,STR>)	Query the existence of a group.
wall.facet.isprop(WF_PNT,STR)	Query the existence of a property.
wall.facet.normal(WF_PNT<,INT>)	Get the facet normal.
wall.facet.pair(WF_PNT,INT)	Get a neighboring facet.
wall.facet.pointnear(WF_PNT,VEC)	Get the closest point on the facet to another point.
wall.facet.pos(WF_PNT<,INT>)	Get the facet position.
wall.facet.prop(WF_PNT,STR)	Get/set a facet property.
wall.facet.vertex(WF_PNT,INT)	Get the facet vertex.
wall.facet.wall(WF_PNT)	Get the facet’s wall.
wall.facetlist(W_PNT)	Get the facets of a wall.
wall.force.contact(W_PNT<,INT>)	Get the sum of all contact forces acting on a...
wall.fragment(W_PNT)	Get/set wall fragment ID.
wall.group(W_PNT<,STR>)	Get/set wall groups.
wall.group.remove(W_PNT,STR)	Remove wall groups.
wall.id(W_PNT)	Get the wall ID.
wall.inside(W_PNT,VEC)	Test whether a point is inside a wall.
wall.isbonded(W_PNT<,INT,PNT>)	Get the wall bonded state.
wall.isgroup(W_PNT,STR<,STR>)	Query the existence of a group.
wall.moment.contact(W_PNT<,INT>)	Get the wall contact moment.
wall.name(W_PNT)	Get the wall name.
wall.pos(W_PNT<,INT>)	Get/set the wall position.
wall.prop(W_PNT,STR)	Set a property of all facets.
wall.rotation(W_PNT)(2D ONLY)	Get/set the wall orientation.
wall.rotation.center(W_PNT<,INT>)	Get/set the wall center of rotation.
wall.spin(W_PNT<,INT>)	Get/set the wall angular velocity.
wall.thermal.contactmap(WTH_PNT<,INT><,PNT>)	Get active thermal contacts around a thermal wall.
wall.thermal.contactmap.all(WTH_PNT<,INT><,PNT>)	Get all thermal contacts around a thermal wall.
wall.thermal.extra(WTH_PNT<,INT>)	Get/set the thermal wall extra variable.
wall.thermal.facet.contactmap(WFTH_PNT<,INT,PNT>)	Get active thermal contacts around a facet.
wall.thermal.facet.contactmap.all(WFTH_PNT<,INT,PNT>)	Get all thermal contacts around a facet.
wall.thermal.facet.facet(WFTH_PNT)	Get the host mechanical facet.
wall.thermal.facet.group(WFTH_PNT<,INT>)	Get/set thermal facet groups.
wall.thermal.facet.group.remove(WFTH_PNT,STR)	Remove thermal facet groups.
wall.thermal.facet.id(WFTH_PNT)	Get the thermal facet ID.
wall.thermal.facet.isgroup(WFTH_PNT,STR<,INT>)	Query the existence of a group.
wall.thermal.facet.isprop(WFTH_PNT,STR)	Query the existence of a property.
wall.thermal.facet.pos(WFTH_PNT<,INT>)	Get the thermal facet position.
wall.thermal.facet.prop(WFTH_PNT,STR)	Get/set a thermal facet property.
wall.thermal.facet.wall(WFTH_PNT)	Get the thermal facet’s thermal wall.
wall.thermal.facetlist(WTH_PNT)	Get the facets of a thermal wall.
wall.thermal.group(WTH_PNT<,STR>)	Get/set thermal wall groups.
wall.thermal.group.remove(CLT_PNT,STR)	Remove thermal wall groups.
wall.thermal.id(WTH_PNT)	Get the thermal wall ID.
wall.thermal.isgroup(CLT_PNT,STR<,STR>)	Query the existence of a group.
wall.thermal.pos(WTH_PNT<,INT>)	Get the thermal wall position.
wall.thermal.prop(WTH_PNT,STR)	Set a property for all facets.
wall.thermal.wall(WTH_PNT)	Get the host mechanical wall.
wall.vel(W_PNT<,INT>)	Get/set the wall velocity.
wall.vertex.delete(WV_PNT)	Delete the vertex.
wall.vertex.facetarray(WV_PNT)	Get the array of facets sharing a vertex.
wall.vertex.id(WV_PNT)	Get the vertex ID.
wall.vertex.pos(WV_PNT<,INT>)	Get/set the vertex position.
wall.vertex.vel(WV_PNT<,INT>)	Get/set the vertex velocity.
wall.vertexlist(W_PNT)	Get the vertices of a wall.