common

FISH Index

Base 3DEC FISH Functions

Sets of FISH functions appear in two lists below: common (used by 3DEC, FLAC3D, and PFC) functions and functions built into the FISH language appear on the left. Function groups specific to 3DEC appear on the right.

Common/Built-In FISH Functions 3DEC-specific Functions
c array utilities c block functions - includes:
Constructors           c contact
c dfn functions           c subcontact
c domain functions           c face
c file utilities           c gridpoint
c geometry functions           c zone
c global utilities           c zone.field
c io utilities           c fblock
c list utilities c flow functions - includes:
c mail utilities           c flowknot
c map utilities           c flowplane
c math utilities           c flowplane.vertex
c matrix utilities           c flowplane.zone
c memory utilities c sel functions - includes:
c process utilities           c hybrid
c socket utilities           c node
c string utilities           c reinforcement
c structure utilities  
c system utilities  
c table functions  
c tensor utilities  
c time utilities  
c type utilities  
User-Defined Data — includes:  
          c label functions  
          c scalar functions  
          c tensor functions  
          c vector functions  
c version utilities  

See the comprehensive list to find any function that appears in this documentation.

Base FLAC3D FISH Functions

Sets of FISH functions appear in two lists below: common (used by FLAC3D, 3DEC, and PFC) functions and functions built into the FISH language appear on the left. Function groups specific to FLAC3D appear on the right.

Common/Built-In FISH Functions FLAC3D-specific Functions
c array utilities Building Blocks - includes:
Constructors           c block functions
c dfn functions           c face functions
c domain functions           c edge functions
c file utilities           c point functions
c geometry functions           c set functions
c global utilities Extruder Functions — includes:
c io utilities           c block functions
c list utilities           c edge functions
c mail utilities           c point functions
c map utilities           c segment functions
c math utilities           c set functions
c matrix utilities Structural Element Functions — includes:
c memory utilities           c beam functions
c process utilities           c cable functions
c socket utilities           c geogrid functions
c string utilities           c liner functions
c structure utilities           c pile functions
c system utilities           c shell functions
c table functions           c node functions
c tensor utilities           c link functions
c time utilities c zone functions — includes:
c type utilities           c gridpoint functions
User-Defined Data — includes:           c face functions
          c label functions           c tetra functions
          c scalar functions           c field data functions
          c tensor functions           c attach functions
          c vector functions           c interface functions
c version utilities           c interface element functions           c interface node functions

See the comprehensive list to find any function that appears in this documentation.

Base PFC FISH Functions

Comprehensive FISH Index

All FISH functions that appear in this documentation are listed here. Tip: using the browser “find” tool may be more efficient than scrolling.

array(INT/LIST/VEC2/VEC3/MAT/TEN<,INT>)
array.copy(ARR)
array.delete(ARR)
array.dim(ARR)
array.size(ARR_PNT<,INT>)
attach.create(GP_PNT,GP_PNT/ZONE_PNT<,GP_PNT/INT>)
attach.delete(ATTACH_PNT)
attach.extra(ATTACH_PNT<,INT>)
attach.find(INT)
attach.group(ATTACH_PNT<,STR/IND>)
attach.group.remove(ATTACH_PNT,STR/IND<,STR/IND>)
attach.id(ATTACH_PNT)
attach.isgroup(ATTACH_PNT,STR/IND<,STR/IND>)
attach.list
attach.master(ATTACH_PNT<,INT>)
attach.master.face(ATTACH_PNT)
attach.master.zone(ATTACH_PNT)
attach.maxid
attach.num
attach.pos(ATTACH_PNT)
attach.slave(ATTACH_PNT)
attach.snap(ATTACH_PNT)
attach.type(ATTACH_PNT)
attach.typeid
attach.weight.edge(ATTACH_PNT)
attach.weight.face(ATTACH_PNT)
ball.cfd.ball(BCF_PNT)
ball.cfd.element.list(BCF_PNT)
ball.cfd.elementmap(BCF_PNT)
ball.cfd.extra(BCF_PNT<,INT>)
ball.cfd.find(INT)
ball.cfd.force(BCF_PNT)
ball.cfd.group(BCF_PNT<,STR/IND>)
ball.cfd.group.remove(BCF_PNT,STR/IND<,STR/IND>)
ball.cfd.id(BCF_PNT)
ball.cfd.inbox(VEC,VEC<,BOOL>)
ball.cfd.isgroup(BCF_PNT,STR/IND<,STR/IND>)
ball.cfd.list
ball.cfd.near(VEC<,FLT>)
ball.cfd.num
ball.cfd.pos(BCF_PNT)
ball.cfd.typeid
ball.contact.list(B_PNT<,INT,PNT>)
ball.contact.list.all(B_PNT<,INT,PNT>)
ball.contactmap(B_PNT<,INT,PNT>)
ball.contactmap.all(B_PNT<,INT,PNT>)
ball.contactnum(B_PNT<,INT>)
ball.contactnum.all(B_PNT<,INT>)
ball.containing(VEC)
ball.convergence(B_PNT)
ball.create(FLT,VEC<,INT>)
ball.damp(B_PNT)
ball.delete(B_PNT)
ball.density(B_PNT)
ball.disp(B_PNT)
ball.energy(STR)
ball.euler(B_PNT)(3D ONLY)
ball.extra(B_PNT<,INT>)
ball.find(INT)
ball.fix(B_PNT,INT)
ball.force.app(B_PNT)
ball.force.contact(B_PNT)
ball.force.unbal(B_PNT)
ball.fragment(B_PNT)
ball.group(B_PNT<,STR/IND>)
ball.group.list(STR/IND<,STR/IND>)
ball.group.remove(B_PNT,STR/IND<,STR/IND>)
ball.groupmap(STR/IND<,STR/IND>)
ball.id(B_PNT)
ball.inbox(VEC,VEC<,BOOL>)
ball.inside(B_PNT,VEC)
ball.isbonded(B_PNT<,INT,PNT>)
ball.isgroup(B_PNT,STR/IND<,STR/IND>)
ball.isprop(B_PNT,STR)
ball.list
ball.mass(B_PNT)
ball.mass.real(B_PNT)
ball.maxid
ball.mech.convergence
ball.mech.ratio.avg
ball.mech.ratio.local
ball.mech.ratio.max
ball.mech.unbal.max
ball.moi(B_PNT)
ball.moi.real(B_PNT)
ball.moment.app(B_PNT)
ball.moment.contact(B_PNT)
ball.moment.unbal(B_PNT)
ball.near(VEC<,FLT>)
ball.num
ball.pos(B_PNT)
ball.prop(B_PNT,STR)
ball.radius(B_PNT)
ball.ratio(B_PNT)
ball.ratio.target(B_PNT)
ball.rotation(B_PNT)(2D ONLY)
ball.spin(B_PNT)
ball.stress(B_PNT)
ball.stress.full(B_PNT)
ball.thermal.ball(BTH_PNT)
ball.thermal.contact.list(BTH_PNT<,INT,PNT>)
ball.thermal.contact.list.all(BTH_PNT<,INT,PNT>)
ball.thermal.contactmap(BTH_PNT<,INT,PNT>)
ball.thermal.contactmap.all(BTH_PNT<,INT,PNT>)
ball.thermal.contactnum(BTH_PNT<,INT>)
ball.thermal.contactnum.all(BTH_PNT<,INT>)
ball.thermal.expansion(BTH_PNT)
ball.thermal.extra(BTH_PNT<,INT>)
ball.thermal.find(INT)
ball.thermal.fix(BTH_PNT)
ball.thermal.group(BTH_PNT<,STR/IND>)
ball.thermal.group.list(STR/IND<,STR/IND>)
ball.thermal.group.remove(BTH_PNT,STR/IND<,STR/IND>)
ball.thermal.groupmap(STR/IND<,STR/IND>)
ball.thermal.id(BTH_PNT)
ball.thermal.inbox(VEC,VEC<,BOOL>)
ball.thermal.isgroup(BTH_PNT,STR/IND<,STR/IND>)
ball.thermal.isprop(BTH_PNT,STR)
ball.thermal.list
ball.thermal.near(VEC<,FLT>)
ball.thermal.num
ball.thermal.power.app(BTH_PNT)
ball.thermal.power.unbal(BTH_PNT)
ball.thermal.prop(BTH_PNT,STR)
ball.thermal.specific.heat(BTH_PNT)
ball.thermal.temp(BTH_PNT)
ball.thermal.temp.increment(BTH_PNT)
ball.thermal.typeid
ball.typeid
ball.vel(B_PNT)
ball.vol(B_PNT)
ball.zone.ball.ball(B_PNT)
ball.zone.ball.list
ball.zone.ball.mf(BZB_PNT)
ball.zone.ball.typeid
ball.zone.gp.gp(GP_PNT)
ball.zone.gp.list
ball.zone.gp.mf(BZGP_PNT)
ball.zone.gp.typeid
block.area(BL_PNT)
block.atol
block.btol
block.contact.b1(BC_PNT<,BOOL>)
block.contact.b2(BC_PNT<,BOOL>)
block.contact.dfnid(BC_PNT)
block.contact.energy.fric(BC_PNT)
block.contact.energy.strain.comp(BC_PNT)
block.contact.energy.strain.shear(BC_PNT)
block.contact.energy.strain.tensile(BC_PNT)
block.contact.energy.strain.total(BC_PNT)
block.contact.excavated(BC_PNT)
block.contact.extra(BCP_PNT<,INT>)
block.contact.fb1(BC_PNT)
block.contact.fb2(BC_PNT)
block.contact.fid(BC_PNT)
block.contact.find(INT)
block.contact.flowplane(BC_PNT)
block.contact.fromindex(BC_IND)
block.contact.group(BC_PNT<,STR/IND>)
block.contact.group.remove(BC_PNT,STR/IND<,STR/IND>)
block.contact.head
block.contact.hidden(BC_PNT)
block.contact.id(BCP_PNT)
block.contact.index(BC_PNT)
block.contact.isgroup(BC_PNT,STR/IND<,STR/IND>)
block.contact.jset(BC_PNT)
block.contact.list
block.contact.near(VEC)
block.contact.next(BC_PNT)
block.contact.normal(BC_PNT)
block.contact.num
block.contact.pos(BC_PNT)
block.contact.subcontactlist(BC_PNT)
block.contact.type(BC_PNT)
block.contactlist(BL_PNT)
block.convergence
block.ctol
block.damp.alpha
block.damp.beta
block.damp.global
block.damp.local
block.density(BL_PNT)
block.disp(BL_PNT)
block.dsf(BL_PNT)
block.dt.fraction
block.dtol
block.eigen(INT)
block.etol
block.excavated(BL_PNT)
block.extra(BL_PNT<,INT>)
block.face.area(BF_PNT)
block.face.bface(BF_PNT)
block.face.excavated(BF_PNT)
block.face.extra(BF_PNT<,INT>)
block.face.fblock(BF_PNT)
block.face.fid(BF_PNT)
block.face.find(INT)
block.face.flowplane(BF_PNT)
block.face.fos.kinematic(BF_PNT)
block.face.fromindex(BF_IND)
block.face.gp(BF_PNT,INT)
block.face.gplist(BF_PNT)
block.face.group(BF_PNT<,STR/IND>)
block.face.group.remove(BF_PNT,STR/IND<,STR/IND>)
block.face.hidden(BF_PNT)
block.face.hostblock(BF_PNT)
block.face.id(BF_PNT)
block.face.index(BF_PNT)
block.face.isgroup(BF_PNT,STR/IND<,STR/IND>)
block.face.jset(BF_PNT)
block.face.list
block.face.next(BF_PNT)
block.face.ngp(BF_PNT)
block.face.normal(BF_PNT)
block.face.original(BF_PNT)
block.face.planar(BF_PNT)
block.face.pos(BF_PNT)
block.face.sreg(BF_PNT)
block.face.zone(BF_PNT)
block.facelist(BL_PNT<,BOOL>)
block.feb.elementlist(BL_PNT)
block.feb.facelist(BL_PNT)
block.field.component
block.field.effective
block.field.extra
block.field.get(VEC+,FLT)
block.field.get.gp(BGP_PNT,BZ_PNT)
block.field.hide.exc
block.field.index
block.field.init
block.field.method.index
block.field.method.name
block.field.name
block.field.power
block.field.prop
block.field.quantity
block.field.radius.ratio
block.field.reset
block.field.source
block.field.tol
block.find(INT)
block.fix(BL_PNT)
block.fluid.bulk
block.fluid.cohesion
block.fluid.density
block.fluid.htc
block.fluid.specheat
block.fluid.thermcond
block.fluid.viscosity
block.fluid.vol.unbal.av
block.fluid.vol.unbal.max
block.force.app(BL_PNT)
block.force.unbal(BZ_PNT)
block.fragment.aspect(BFRAG_PNT)
block.fragment.blocks(BFRAG_PNT)
block.fragment.id(BFRAG_PNT)
block.fragment.list
block.fragment.volume(BFRAG_PNT)
block.freefield(BL_PNT)
block.fromindex(B_IND)
block.gas.alpha
block.gas.bulkmin
block.gas.constant
block.gas.densmin
block.gp.bc(BGP_PNT)
block.gp.bc.norm(BGP_PNT)
block.gp.convergence(GP_PNT)
block.gp.disp(BGP_PNT)
block.gp.dsf(BGP_PNT)
block.gp.extra(BGP_PNT<,INT>)
block.gp.fblock(BGP_PNT)
block.gp.find(INT)
block.gp.flowknot(BGP_PNT)
block.gp.flux(BGP_PNT)
block.gp.flux.app(BGP_PNT)
block.gp.force.app(BGP_PNT)
block.gp.force.reaction(BGP_PNT)
block.gp.force.unbal(BGP_PNT<,INT>)
block.gp.fromindex(BGP_IND)
block.gp.gplinks(BGP_PNT)
block.gp.group(BGP_PNT<,STR/IND>)
block.gp.group.remove(BGP_PNT,STR/IND<,STR/IND>)
block.gp.hostblock(BGP_PNT)
block.gp.id(BGP_PNT)
block.gp.index(BGP_PNT)
block.gp.isgroup(BGP_PNT,STR/IND<,STR/IND>)
block.gp.linkzones(BGP_PNT)
block.gp.list
block.gp.mass(BGP_PNT)
block.gp.mass.dynamic(BGP_PNT)
block.gp.mass.thermal(BGP_PNT)
block.gp.near(VEC3+<,BOOL>)
block.gp.near.list(VEC3+,FLT<,BOOL>)
block.gp.next(BGP_PNT)
block.gp.num
block.gp.pos(BGP_PNT)
block.gp.pp(BGP_PNT)
block.gp.ratio(BGP_PNT)
block.gp.ratio.target(BGP_PNT)
block.gp.stiffness(BGP_PNT)
block.gp.temp(BGP_PNT<,BOOL>)
block.gp.vel(BGP_PNT)
block.gp.vel.app(BGP_PNT)
block.gplist(BL_PNT)
block.group(BL_PNT<,STR/IND>)
block.group.remove(BL_PNT,STR/IND<,STR/IND>)
block.head
block.hidden(BL_PNT)
block.id(BGP_PNT)
block.index(BL_PNT)
block.inside(VEC+<,BOOL>)
block.isgroup(BB_EDGE_PNT,STR/IND<,STR/IND>)
block.list
block.mass(BL_PNT)
block.master(BL_PNT)
block.mech.ratio
block.mech.ratio.avg
block.mech.ratio.max
block.moi(BL_PNT)
block.moitensor(BL_PNT)
block.moment(BL_PNT)
block.ms(BL_PNT)
block.msnext(BL_PNT)
block.near(VEC3+<,BOOL>)
block.next(BL_PNT)
block.num
block.pos(BL_PNT)
block.proppant.conclimit
block.proppant.density
block.proppant.grainsize
block.proppant.grainsize.factor
block.proppant.modulus
block.proppant.perm
block.proppant.perm.factor
block.region(BL_PNT)
block.rigid(BL_PNT)
block.rvel(BL_PNT)
block.subcontact.apini(BSC_PNT)
block.subcontact.area(BSC_PNT)
block.subcontact.b1(BSC_PNT)
block.subcontact.b2(BSC_PNT)
block.subcontact.contact(BSC_PNT)
block.subcontact.dfnid(BSC_PNT)
block.subcontact.disp.norm(BSC_PNT)
block.subcontact.disp.shear(BSC_PNT)
block.subcontact.disp.shear.max(BSC_PNT)
block.subcontact.edgegp(BSC_PNT,INT,INT)
block.subcontact.energy(BSC_PNT,STR)
block.subcontact.energy.total(BSC_PNT)
block.subcontact.excavated(BSC_PNT)
block.subcontact.extra(BSC_PNT,INT)
block.subcontact.face(BSC_PNT)
block.subcontact.fid(BSC_PNT)
block.subcontact.find(INT)
block.subcontact.flowplane.vertex(BSC_PNT)
block.subcontact.flowplane.zone(BSC_PNT)
block.subcontact.force.norm(BSC_PNT)
block.subcontact.force.pp(BSC_PNT)
block.subcontact.force.shear(BSC_PNT)
block.subcontact.fromindex(BSC_IND)
block.subcontact.gp(BSC_PNT)
block.subcontact.group(BSC_PNT<,STR/IND>)
block.subcontact.group.remove(BSC_PNT,STR/IND<,STR/IND>)
block.subcontact.hidden(BSC_PNT)
block.subcontact.id(BSC_PNT)
block.subcontact.index(BSC_PNT)
block.subcontact.isgroup(BSC_PNT,STR/IND<,STR/IND>)
block.subcontact.list
block.subcontact.model(BSC_PNT)
block.subcontact.near(vec+)
block.subcontact.near.list(VEC3+,FLT)
block.subcontact.next(BSC_PNT)
block.subcontact.num
block.subcontact.partner(BSC_PNT)
block.subcontact.pos(BSC_PNT)
block.subcontact.pp(BSC_PNT)
block.subcontact.prop(BSC_PNT,STR)
block.subcontact.sratio(BSC_PNT)
block.subcontact.state(BSC_PNT)
block.subcontact.state.string(BSC_PNT)
block.subcontact.stress.norm(BSC_PNT)
block.subcontact.stress.shear(BSC_PNT)
block.subcontact.type(BSC_PNT)
block.subcontact.vel.shear(BSC_PNT)
block.thermal.conductivity
block.thermal.decay.fraction(INT,INT)
block.thermal.diffusivity
block.thermal.grid.n12(INT)
block.thermal.grid.n23(INT)
block.thermal.grid.num
block.thermal.grid.point(INT)
block.thermal.grid.source(INT)
block.thermal.grid.strength(INT)
block.thermal.grid.tstart(INT)
block.thermal.line.n12(INT)
block.thermal.line.num
block.thermal.line.point(INT,INT)
block.thermal.line.source(INT)
block.thermal.line.strength(INT)
block.thermal.line.tstart(INT)
block.thermal.point.num
block.thermal.point.source(INT)
block.thermal.point.strength(INT)
block.thermal.point.tstart(INT)
block.thermal.source.components(INT)
block.thermal.source.fraction(INT,INT)
block.thermal.source.num
block.unbal
block.vel(BL_PNT)
block.vol(BL_PNT)
block.wall(BL_PNT)
block.zone.containing(VEC<,BOOL>)
block.zone.discharge(BZ_PNT)
block.zone.dt.fraction
block.zone.excavated(BZ_PNT)
block.zone.extra(BZ_PNT<,INT>)
block.zone.face.area(INT)
block.zone.face.gp(BZ_PNT,INT,INT)
block.zone.face.normal(BZ_PNT,INT)
block.zone.face.pos(BZ_PNT,INT)
block.zone.find(INT)
block.zone.fromindex(BZ_IND)
block.zone.geo_metric(BZ_PNT,INT)
block.zone.gp(BZ_PNT,INT)
block.zone.group(BZ_PNT<,STR/IND>)
block.zone.group.remove(BZ_PNT,STR/IND<,STR/IND>)
block.zone.hidden(BZ_PNT)
block.zone.hostblock(BZ_PNT)
block.zone.isgroup(BZ_PNT,STR/GROUP_PNT<,STR/INDEX>)
block.zone.join(INT)
block.zone.list
block.zone.mass(BZ_PNT)
block.zone.model(BZ_PNT)
block.zone.near(VEC3+<,BOOL>)
block.zone.next(BZ_PNT)
block.zone.nmd(BZ_PNT)
block.zone.num
block.zone.plane.traction(BZ_PNT,VEC<,ARR>)
block.zone.pos(BZ_PNT)
block.zone.pp(BZ_PNT)
block.zone.prop(BZ_PNT,STR)
block.zone.prop.thermal(BZ_PNT,STR)
block.zone.state(BZ_PNT)
block.zone.strain.inc(BZ_PNT)
block.zone.strain.rate(BZ_PNT)
block.zone.strain.rotation.inc(BZ_PNT)
block.zone.strain.shear.inc(BZ_PNT)
block.zone.strain.shear.rate(BZ_PNT)
block.zone.strain.total(BZ_PNT)
block.zone.strain.vol.inc(BZ_PNT)
block.zone.strain.vol.rate(BZ_PNT)
block.zone.stress(BZ_PNT)
block.zone.stress.effective(BZ_PNT)
block.zone.stress.int(BZ_PNT)
block.zone.stress.max(BZ_PNT)
block.zone.stress.min(BZ_PNT)
block.zone.stress.prin(BZ_PNT)
block.zone.stress.prin.dir(BZ_PNT,ARR_PNT,ARR_PNT)
block.zone.vol(BZ_PNT)
block.zonelist(BL_PNT)
boolean(BOOL/NUM/PNT)
brick.assemble(BR_PNT,VEC<,INT><,INT><,INT>)
brick.delete(BR_PNT)
brick.extent(BR_PNT)
brick.find(INT)
brick.id(BR_PNT)
brick.list
brick.lower.corner(BR_PNT)
brick.maxid
brick.num
brick.typeid
brick.upper.corner(BR_PNT)
building_blocks.block.ablock(BB_BLOCK_PNT,BB_FACE_PNT)
building_blocks.block.center(BB_BLOCK_PNT)
building_blocks.block.check(BB_BLOCK_PNT)
building_blocks.block.edge(BB_BLOCK_PNT,INT)
building_blocks.block.face(BB_BLOCK_PNT,INT)
building_blocks.block.group(BB_BLOCK_PNT<,STR/IND>)
building_blocks.block.group.remove(BB_BLOCK_PNT,STR/IND<,STR/IND>)
building_blocks.block.isgroup(BB_BLOCK_PNT,STR/IND<,STR/IND>)
building_blocks.block.multiplier(BB_BLOCK_PNT)
building_blocks.block.point(BB_BLOCK_PNT,INT)
building_blocks.block.size(BB_BLOCK_PNT)
building_blocks.edge.center(BB_EDGE_PNT)
building_blocks.edge.cp.add(BB_EDGE_PNT,VEC)
building_blocks.edge.cp.delete(BB_EDGE_PNT,INT)
building_blocks.edge.cp.localu(BB_EDGE_PNT,INT)
building_blocks.edge.cp.point(BB_EDGE_PNT,INT)
building_blocks.edge.cp.size(BB_EDGE_PNT)
building_blocks.edge.curve(BB_EDGE_PNT)
building_blocks.edge.direction(BB_EDGE_PNT)
building_blocks.edge.grid.ratio(BB_EDGE_PNT)
building_blocks.edge.grid.ratio.isolate(BB_EDGE_PNT)
building_blocks.edge.grid.size(BB_EDGE_PNT)
building_blocks.edge.group(BB_EDGE_PNT<,STR/IND>)
building_blocks.edge.group.remove(BB_EDGE_PNT,STR/IND<,STR/IND>)
building_blocks.edge.length(BB_EDGE_PNT)
building_blocks.edge.next.edge(BB_EDGE_PNT,INT)
building_blocks.edge.next.index(BB_EDGE_PNT,INT)
building_blocks.edge.point(BB_EDGE_PNT,INT)
building_blocks.edge.start.face(BB_EDGE_PNT)
building_blocks.edge.start.index(BB_EDGE_PNT)
building_blocks.edge.toglobal(BB_EDGE_PNT,FLT)
building_blocks.edge.tolocal(BB_EDGE_PNT,VEC)
building_blocks.edge.type(BB_EDGE_PNT)
building_blocks.face.area(BB_FACE_PNT)
building_blocks.face.center(BB_FACE_PNT)
building_blocks.face.check(BB_FACE_PNT)
building_blocks.face.edge(BB_FACE_PNT,INT)
building_blocks.face.flip(BB_FACE_PNT,INT)
building_blocks.face.gridsizei(BB_FACE_PNT,BB_BLOCK_PNT)
building_blocks.face.gridsizej(BB_FACE_PNT,BB_BLOCK_PNT)
building_blocks.face.group(BB_FACE_PNT<,STR/IND>)
building_blocks.face.group.remove(BB_FACE_PNT,STR/IND<,STR/IND>)
building_blocks.face.isgroup(BB_FACE_PNT,STR/IND<,STR/IND>)
building_blocks.face.next.face(BB_FACE_PNT,INT)
building_blocks.face.next.index(BB_FACE_PNT,INT)
building_blocks.face.point(BB_FACE_PNT,INT)
building_blocks.face.size(BB_FACE_PNT)
building_blocks.face.toglobal(BB_FACE_PNT,VEC)
building_blocks.face.tolocal(BB_FACE_PNT,VEC)
building_blocks.point.group(BB_POINT_PNT<,STR/IND>)
building_blocks.point.group.remove(BB_POINT_PNT,STR/IND<,STR/IND>)
building_blocks.point.isgroup(BB_POINT_PNT,STR/IND<,STR/IND>)
building_blocks.point.pos(BB_POINT_PNT)
building_blocks.point.start.edge(BB_POINT_PNT)
building_blocks.point.start.index(BB_POINT_PNT)
building_blocks.set.block.create(BB_SET_PNT,STR,VEC,VEC,VEC,VEC<,VEC><,VEC><,VEC><,VEC>)
building_blocks.set.block.find(BB_SET_PNT,INT)
building_blocks.set.block.list(BB_SET_PNT)
building_blocks.set.block.remove(BB_SET_PNT,BB_BLOCK_PNT)
building_blocks.set.block.size(BB_SET_PNT)
building_blocks.set.create(STR<,INT>)
building_blocks.set.delete(BB_SET_PNT)
building_blocks.set.edge.find(BB_SET_PNT,INT)
building_blocks.set.edge.list(BB_SET_PNT)
building_blocks.set.edge.near(BB_SET_PNT,VEC<,FLT>)
building_blocks.set.edge.size(BB_SET_PNT)
building_blocks.set.face.find(BB_SET_PNT,INT)
building_blocks.set.face.list(BB_SET_PNT)
building_blocks.set.face.near(BB_SET_PNT,VEC<,FLT>)
building_blocks.set.face.size(BB_SET_PNT)
building_blocks.set.find(INT/STR)
building_blocks.set.id(BB_SET_PNT)
building_blocks.set.list
building_blocks.set.name(BB_SET_PNT)
building_blocks.set.point.find(BB_SET_PNT,INT)
building_blocks.set.point.list(BB_SET_PNT)
building_blocks.set.point.near(BB_SET_PNT,VEC<,FLT>)
building_blocks.set.point.size(BB_SET_PNT)
cfd.age
cfd.cycle
clump.addpebble(CL_PNT,FLT,VEC<,INT>)
clump.calculate(CL_PNT<,FLT>)
clump.cfd.clump(CLCF_PNT)
clump.cfd.element.list(CLCF_PNT)
clump.cfd.elementmap(CLCF_PNT)
clump.cfd.extra(CLCF_PNT<,INT>)
clump.cfd.find(INT)
clump.cfd.force(CLCF_PNT)
clump.cfd.group(CLCF_PNT<,STR/IND>)
clump.cfd.group.remove(CLCF_PNT,STR/IND<,STR/IND>)
clump.cfd.id(CLCF_PNT)
clump.cfd.inbox(VEC,VEC<,BOOL>)
clump.cfd.isgroup(CLCF_PNT,STR/IND<,STR/IND>)
clump.cfd.list
clump.cfd.near(VEC<,FLT>)
clump.cfd.num
clump.cfd.pebble.clump(CLPCF_PNT)
clump.cfd.pebble.find(INT)
clump.cfd.pebble.group(CLPCF_PNT<,STR/IND>)
clump.cfd.pebble.group.remove(CLPCF_PNT,STR/IND<,STR/IND>)
clump.cfd.pebble.id(CLPCF_PNT)
clump.cfd.pebble.inbox(VEC,VEC<,BOOL>)
clump.cfd.pebble.isgroup(CLPCF_PNT,STR/IND<,STR/IND>)
clump.cfd.pebble.list
clump.cfd.pebble.near(VEC<,FLT>)
clump.cfd.pebble.num
clump.cfd.pebble.pebble(CLPCF_PNT)
clump.cfd.pebble.typeid
clump.cfd.pebblelist(CLCF_PNT)
clump.cfd.pos(CLCF_PNT)
clump.cfd.typeid
clump.contact.list(CL_PNT<,INT><,PNT>)
clump.contact.list.all(CL_PNT<,INT><,PNT>)
clump.contactmap(CL_PNT<,INT><,PNT>)
clump.contactmap.all(CL_PNT<,INT><,PNT>)
clump.contactnum(CL_PNT<,INT>)
clump.contactnum.all(CL_PNT<,INT>)
clump.containing(VEC)
clump.convergence(CL_PNT)
clump.damp(CL_PNT)
clump.delete(CL_PNT)
clump.deletepebble(CL_PNT,CLP_PNT)
clump.density(CL_PNT)
clump.disp(CL_PNT)
clump.energy(STR)
clump.euler(CL_PNT)(3D ONLY)
clump.extra(CL_PNT<,INT>)
clump.find(INT)
clump.fix(CL_PNT,INT)
clump.force.app(CL_PNT)
clump.force.contact(CL_PNT)
clump.force.unbal(CL_PNT)
clump.fragment(CL_PNT)
clump.group(CL_PNT<,STR/IND>)
clump.group.list(STR/IND<,STR/IND>)
clump.group.remove(CL_PNT,STR/IND<,STR/IND>)
clump.groupmap(STR/IND<,STR/IND>)
clump.id(CL_PNT)
clump.inbox(VEC,VEC<,BOOL>)
clump.inglobal(CL_PNT,VEC)
clump.inprin(CL_PNT,VEC)
clump.inside(CL_PNT,VEC)
clump.isbonded(CL_PNT<,INT,PNT>)
clump.isgroup(CL_PNT,STR/IND<,STR/IND>)
clump.list
clump.mass(CL_PNT)
clump.mass.real(CL_PNT)
clump.maxid
clump.mech.convergence
clump.mech.ratio.avg
clump.mech.ratio.local
clump.mech.ratio.max
clump.mech.unbal.max
clump.moi(CL_PNT)
clump.moi.fix(CL_PNT)
clump.moi.prin(CL_PNT)
clump.moi.prin.real(CL_PNT)
clump.moi.real(CL_PNT)
clump.moment.app(CL_PNT)
clump.moment.contact(CL_PNT)
clump.moment.unbal(CL_PNT)
clump.near(VEC<,FLT>)
clump.num
clump.pebble.clump(CLP_PNT)
clump.pebble.contact.list(CLP_PNT<,INT><,PNT>)
clump.pebble.contact.list.all(CLP_PNT<,INT><,PNT>)
clump.pebble.contactmap(CLP_PNT<,INT><,PNT>)
clump.pebble.contactmap.all(CLP_PNT<,INT><,PNT>)
clump.pebble.contactnum(CLP_PNT<,INT>)
clump.pebble.contactnum.all(CLP_PNT<,INT>)
clump.pebble.delete(CLP_PNT)
clump.pebble.extra(CLP_PNT<,INT>)
clump.pebble.find(INT)
clump.pebble.group(CLP_PNT<,STR/IND>)
clump.pebble.group.list(STR/IND<,STR/IND>)
clump.pebble.group.remove(CLP_PNT,STR/IND<,STR/IND>)
clump.pebble.groupmap(STR/IND<,STR/IND>)
clump.pebble.id(CLP_PNT)
clump.pebble.inbox(VEC,VEC<,BOOL>)
clump.pebble.isbonded(CL_PNT<,INT,PNT>)
clump.pebble.isgroup(CLP_PNT,STR/IND<,STR/IND>)
clump.pebble.isprop(CLP_PNT,STR)
clump.pebble.list
clump.pebble.maxid
clump.pebble.near(VEC<,FLT>)
clump.pebble.num
clump.pebble.pos(CLP_PNT)
clump.pebble.prop(CLP_PNT,STR)
clump.pebble.radius(CLP_PNT)
clump.pebble.typeid
clump.pebble.vel(CLP_PNT)
clump.pebblelist(CL_PNT)
clump.pos(CL_PNT)
clump.prop(CL_PNT,STR)
clump.ratio(CL_PNT)
clump.ratio.target(CL_PNT)
clump.rotate(CL_PNT,VEC,FLT)
clump.rotation(CL_PNT)(2D ONLY)
clump.scalesphere(CL_PNT,FLT)
clump.scalevol(CL_PNT,FLT)
clump.spin(CL_PNT)
clump.stress(CL_PNT)
clump.template(CL_PNT)
clump.template.addpebble(CLT_PNT,FLT,VEC<,INT>)
clump.template.clone(CLT_PNT,STR)
clump.template.delete(CLT_PNT)
clump.template.deletepebble(CLT_PNT,CLP_PNT)
clump.template.euler(CL_PNT)(3D ONLY)
clump.template.find(STR)
clump.template.findpebble(INT)
clump.template.list
clump.template.make(CL_PNT,STR)
clump.template.maxid
clump.template.moi(CL_PNT)
clump.template.moi.prin(CL_PNT)
clump.template.name(CLT_PNT)
clump.template.num
clump.template.origpos(CL_PNT)
clump.template.pebblelist(CLT_PNT)
clump.template.scale(CL_PNT)
clump.template.typeid
clump.template.vol(CLT_PNT)
clump.themal.group(CLTH_PNT<,STR/IND>)
clump.themal.group.list(STR/IND<,STR/IND>)
clump.themal.group.remove(CLTH_PNT,STR/IND<,STR/IND>)
clump.themal.groupmap(STR/IND<,STR/IND>)
clump.themal.isgroup(CLTH_PNT,STR/IND<,STR/IND>)
clump.thermal.clump(CLTH_PNT)
clump.thermal.contact.list(CLTH_PNT<,INT,PNT>)
clump.thermal.contact.list.all(CLTH_PNT<,INT,PNT>)
clump.thermal.contactmap(CLTH_PNT<,INT,PNT>)
clump.thermal.contactmap.all(CLTH_PNT<,INT,PNT>)
clump.thermal.contactnum(CLTH_PNT<,INT>)
clump.thermal.contactnum.all(CLTH_PNT<,INT>)
clump.thermal.expansion(CLTH_PNT)
clump.thermal.extra(CLTH_PNT<,INT>)
clump.thermal.find(INT)
clump.thermal.fix(CLTH_PNT)
clump.thermal.id(CLTH_PNT)
clump.thermal.inbox(VEC,VEC<,BOOL>)
clump.thermal.list
clump.thermal.near(VEC<,FLT>)
clump.thermal.num
clump.thermal.pebble.clump(CLPTH_PNT)
clump.thermal.pebble.contact.list(CLPTH_PNT<,INT,PNT>)
clump.thermal.pebble.contact.list.all(CLPTH_PNT<,INT,PNT>)
clump.thermal.pebble.contactmap(CLPTH_PNT<,INT,PNT>)
clump.thermal.pebble.contactmap.all(CLPTH_PNT<,INT,PNT>)
clump.thermal.pebble.contactnum(CLPTH_PNT<,INT>)
clump.thermal.pebble.contactnum.all(CLPTH_PNT<,INT>)
clump.thermal.pebble.find(INT)
clump.thermal.pebble.group(CLPTH_PNT<,STR/IND>)
clump.thermal.pebble.group.list(STR/IND<,STR/IND>)
clump.thermal.pebble.group.remove(CLPTH_PNT,STR/IND<,STR/IND>)
clump.thermal.pebble.groupmap(STR/IND<,STR/IND>)
clump.thermal.pebble.id(CLPTH_PNT)
clump.thermal.pebble.inbox(VEC,VEC<,BOOL>)
clump.thermal.pebble.isgroup(CLPTH_PNT,STR/IND<,STR/IND>)
clump.thermal.pebble.isprop(CLPTH_PNT,STR)
clump.thermal.pebble.list
clump.thermal.pebble.near(VEC<,FLT>)
clump.thermal.pebble.num
clump.thermal.pebble.pebble(CLPTH_PNT)
clump.thermal.pebble.prop(CLPTH_PNT,STR)
clump.thermal.pebble.typeid
clump.thermal.pebblelist(CLTH_PNT)
clump.thermal.power.app(CLTH_PNT)
clump.thermal.power.unbal(CLTH_PNT)
clump.thermal.prop(CLTH_PNT,STR)
clump.thermal.specific.heat(CLTH_PNT)
clump.thermal.temp(CLTH_PNT)
clump.thermal.temp.increment(CLTH_PNT)
clump.thermal.typeid
clump.typeid
clump.vel(CL_PNT)
clump.vol(CL_PNT)
code.name
contact.activate(C_PNT)
contact.active(C_PNT)
contact.branch(C_PNT)
contact.end1(C_PNT)
contact.end2(C_PNT)
contact.energy(C_PNT,STR)
contact.energy.sum(STR<,STR>)
contact.extra(C_PNT<,INT>)
contact.fid(C_PNT)
contact.find(STR/INT,INT<,INT>)
contact.force.from.stress(C_PNT,MAT_PNT/TEN_PNT)
contact.force.global(C_PNT)
contact.force.local(C_PNT)
contact.force.normal(C_PNT)
contact.force.set(C_PNT)
contact.force.shear(C_PNT)
contact.gap(C_PNT)
contact.group(C_PNT<,STR/IND>)
contact.group.list(STR/IND<,STR/IND,STR>)
contact.group.list.all(STR/IND<,STR/IND,STR>)
contact.group.remove(C_PNT,STR/IND<,STR/IND>)
contact.groupmap(STR/IND<,STR/IND,STR>)
contact.groupmap.all(STR/IND<,STR/IND,STR>)
contact.id(C_PNT)
contact.inherit(C_PNT,STR)
contact.inhibit(C_PNT)
contact.isbonded(C_PNT)
contact.isenergy(C_PNT,STR)
contact.isgroup(C_PNT,STR/IND<,STR/IND>)
contact.isprop(C_PNT,ANY)
contact.list(<STR>)
contact.list.all(<STR>)
contact.method(C_PNT,STR<,ARR_PNT>)
contact.model(C_PNT)
contact.model.prop.index(STR,STR)
contact.moment.on1.global(C_PNT)
contact.moment.on1.local(C_PNT)
contact.moment.on2.global(C_PNT)
contact.moment.on2.local(C_PNT)
contact.normal(C_PNT)
contact.num(<STR>)
contact.num.all(<STR>)
contact.offset(C_PNT)
contact.otherend(C_PNT,SYM)
contact.persist(C_PNT)
contact.pos(C_PNT)
contact.prop(C_PNT,ANY)
contact.prop.index(C_PNT,STR)
contact.shear(C_PNT)
contact.thermal.power(CTH_PNT)
contact.to.global(C_PNT,VEC)
contact.to.local(C_PNT,VEC)
contact.typeid(STR)
contact.unbond(C_PNT)
creep.active
creep.cycle
creep.safety.factor
creep.solve(STR)
creep.step
creep.time.total
creep.timestep
creep.timestep.given
creep.timestep.max
data.label.arrow(UDL_PNT)
data.label.create(VEC<,INT/STR>)
data.label.delete(UDL_PNT)
data.label.end(UDL_PNT)
data.label.find(INT/STR)
data.label.group(UDL_PNT<,STR/IND>)
data.label.group.remove(UDL_PNT,STR/IND<,STR/IND>)
data.label.head
data.label.isgroup(UDL_PNT,STR/IND<,STR/IND>)
data.label.list
data.label.maxid
data.label.name(UDL_PNT)
data.label.next(UDL_PNT)
data.label.num
data.label.pos(UDL_PNT)
data.label.text(UDL_PNT)
data.label.typeid
data.scalar.create(VEC)
data.scalar.delete(UDS_PNT)
data.scalar.extra(UDS_PNT<,INT>)
data.scalar.find(INT)
data.scalar.group(UDS_PNT<,STR/IND>)
data.scalar.group.remove(UDS_PNT,STR/IND<,STR/IND>)
data.scalar.head
data.scalar.id(UDS_PNT)
data.scalar.isgroup(UDS_PNT,STR/IND<,STR/IND>)
data.scalar.list
data.scalar.maxid
data.scalar.near(VEC<,FLT>)
data.scalar.next(UDS_PNT)
data.scalar.num
data.scalar.pos(UDS_PNT)
data.scalar.typeid
data.scalar.value(UDS_PNT)
data.tensor.create(VEC)
data.tensor.delete(UDT_PNT)
data.tensor.extra(UDT_PNT<,INT>)
data.tensor.find(INT)
data.tensor.group(UDT_PNT<,STR/IND>)
data.tensor.group.remove(UDT_PNT,STR/IND<,STR/IND>)
data.tensor.head
data.tensor.id(UDT_PNT)
data.tensor.isgroup(UDT_PNT,STR/IND<,STR/IND>)
data.tensor.list
data.tensor.maxid
data.tensor.near(VEC<,FLT>)
data.tensor.next(UDT_PNT)
data.tensor.num
data.tensor.pos(UDT_PNT)
data.tensor.typeid
data.tensor.value(UDT_PNT)
data.vector.create(VEC)
data.vector.ddir(UDV_PNT)(3D only)
data.vector.delete(UDV_PNT)
data.vector.dip(UDV_PNT)
data.vector.extra(UDV_PNT<,INT>)
data.vector.find(INT)
data.vector.group(UDV_PNT<,STR/IND>)
data.vector.group.remove(UDV_PNT,STR/IND<,STR/IND>)
data.vector.head
data.vector.id(UDV_PNT)
data.vector.isgroup(UDV_PNT,STR/IND<,STR/IND>)
data.vector.list
data.vector.maxid
data.vector.near(VEC<,FLT>)
data.vector.next(UDV_PNT)
data.vector.num
data.vector.pos(UDV_PNT)
data.vector.typeid
data.vector.value(UDV_PNT)
dfn.contact.list(D_PNT<,INT>)
dfn.contact.list.all(D_PNT<,INT>)
dfn.contactmap(D_PNT<,INT>)
dfn.contactmap.all(D_PNT<,INT>)
dfn.create(<INT><,STR>)
dfn.delete(D_PNT)
dfn.dominance(D_PNT)
dfn.extra(D_PNT<,INT>)
dfn.find(INT/STR)
dfn.fracturelist(D_PNT)
dfn.fracturenum(D_PNT)
dfn.group(D_PNT<,STR/IND>)
dfn.group.remove(D_PNT,STR/IND<,STR/IND>)
dfn.id(D_PNT)
dfn.isgroup(D_PNT,STR/IND<,STR/IND>)
dfn.list
dfn.maxid
dfn.name(D_PNT)
dfn.num
dfn.prop(D_PNT,STR)
dfn.template(D_PNT)
dfn.typeid
domain.condition(STR)
domain.max
domain.min
domain.strain.rate
dynamic.active
dynamic.cycle
dynamic.safety.factor
dynamic.solve(STR)
dynamic.step
dynamic.time.total
dynamic.timestep
dynamic.timestep.given
dynamic.timestep.max
edge.group(GE_PNT<,STR/IND>)
element.cfd.density(ECF_PNT)
element.cfd.dragforce(ECF_PNT)
element.cfd.edge.adjacentlist(ECF_PNT)
element.cfd.edge.adjacentmap(ECF_PNT)
element.cfd.extra(ECF_PNT<,INT>)
element.cfd.face.adjacent(ECF_PNT,INT)
element.cfd.face.adjacentlist(ECF_PNT)
element.cfd.face.adjacentmap(ECF_PNT)
element.cfd.face.num
element.cfd.find(INT)
element.cfd.group(ECF_PNT<,STR/IND>)
element.cfd.group.remove(ECF_PNT,STR/IND<,STR/IND>)
element.cfd.id(ECF_PNT)
element.cfd.inbox(VEC,VEC<,BOOL>)
element.cfd.isgroup(ECF_PNT,STR/IND<,STR/IND>)
element.cfd.list
element.cfd.near(VEC<,FLT>)
element.cfd.node.adjacentlist(ECF_PNT)
element.cfd.node.adjacentmap(ECF_PNT)
element.cfd.node.num
element.cfd.node.pos(ECF_PNT)
element.cfd.num
element.cfd.porosity(ECF_PNT)
element.cfd.pos(ECF_PNT)
element.cfd.presgradient(ECF_PNT)
element.cfd.pressure(ECF_PNT)
element.cfd.typeid
element.cfd.vel(ECF_PNT)
element.cfd.viscosity(ECF_PNT)
element.cfd.vol(ECF_PNT)
extrude.block.area(EXT_BLOCK_PNT)
extrude.block.block(EXT_BLOCK_PNT,INT)
extrude.block.center(EXT_BLOCK_PNT)
extrude.block.check(EXT_BLOCK_PNT)
extrude.block.countzones(EXT_BLOCK_PNT)
extrude.block.edge(EXT_BLOCK_PNT,INT)
extrude.block.extra(EXT_BLOCK_PNT<,INT>)
extrude.block.find(EXT_SET_PNT,INT)
extrude.block.flip(EXT_BLOCK_PNT,INT)
extrude.block.grid.pos(EXT_BLOCK_PNT,INT,INT)
extrude.block.group(EXT_BLOCK_PNT<,STR/IND>)
extrude.block.group.remove(EXT_BLOCK_PNT,STR/IND<,STR/IND>)
extrude.block.id(EXT_BLOCK_PNT)
extrude.block.irregular.typeid
extrude.block.isgroup(EXT_BLOCK_PNT,STR/IND<,STR/IND>)
extrude.block.list(EXT_SET_PNT)
extrude.block.maxid(EXT_SET_PNT)
extrude.block.multiplier(EXT_BLOCK_PNT)
extrude.block.next.block(EXT_BLOCK_PNT,INT)
extrude.block.next.index(EXT_BLOCK_PNT,INT)
extrude.block.nodes(EXT_SET_PNT,EXT_BLOCK_PNT,INT)
extrude.block.num(EXT_SET_PNT)
extrude.block.param.pos(EXT_BLOCK_PNT,FLT,FLT)
extrude.block.point(EXT_BLOCK_PNT,INT)
extrude.block.regular.typeid
extrude.block.size(EXT_BLOCK_PNT)
extrude.block.typeid
extrude.block.zones.i(EXT_BLOCK_PNT)
extrude.block.zones.j(EXT_BLOCK_PNT)
extrude.edge.blocked(EXT_EDGE_PNT)
extrude.edge.blocks(EXT_EDGE_PNT)
extrude.edge.center(EXT_EDGE_PNT)
extrude.edge.curve(EXT_EDGE_PNT)
extrude.edge.direction(EXT_EDGE_PNT)
extrude.edge.extra(EXT_EDGE_PNT<,INT>)
extrude.edge.find(EXT_SET_PNT,INT)
extrude.edge.grid.ratio(EXT_EDGE_PNT)
extrude.edge.grid.ratio.isolate(EXT_EDGE_PNT)
extrude.edge.grid.size(EXT_EDGE_PNT)
extrude.edge.gridpos(EXT_EDGE_PNT,INT)
extrude.edge.group(EXT_EDGE_PNT<,STR/IND>)
extrude.edge.group.remove(EXT_EDGE_PNT,STR/IND<,STR/IND>)
extrude.edge.id(EXT_EDGE_PNT)
extrude.edge.isgroup(EXT_EDGE_PNT,STR/IND<,STR/IND>)
extrude.edge.length(EXT_EDGE_PNT)
extrude.edge.list(EXT_SET_PNT)
extrude.edge.maxid(EXT_SET_PNT)
extrude.edge.next.edge(EXT_EDGE_PNT,INT)
extrude.edge.next.index(EXT_EDGE_PNT,INT)
extrude.edge.num(EXT_SET_PNT)
extrude.edge.parampos(EXT_EDGE_PNT,FLT)
extrude.edge.point(EXT_EDGE_PNT,INT)
extrude.edge.poly.add(EXT_EDGE_PNT,VEC)
extrude.edge.poly.localu(EXT_EDGE_PNT,INT)
extrude.edge.poly.localv(EXT_EDGE_PNT,INT)
extrude.edge.poly.point(EXT_EDGE_PNT,INT)
extrude.edge.poly.remove(EXT_EDGE_PNT,INT)
extrude.edge.poly.size(EXT_EDGE_PNT)
extrude.edge.simple(EXT_EDGE_PNT)
extrude.edge.start.block(EXT_EDGE_PNT)
extrude.edge.start.index(EXT_EDGE_PNT)
extrude.edge.type(EXT_EDGE_PNT)
extrude.edge.typeid
extrude.point.blocks(EXT_POINT_PNT)
extrude.point.edges(EXT_POINT_PNT)
extrude.point.extra(EXT_POINT_PNT<,INT>)
extrude.point.find(EXT_SET_PNT,INT)
extrude.point.group(EXT_POINT_PNT<,STR/IND>)
extrude.point.group.remove(EXT_POINT_PNT,STR/IND<,STR/IND>)
extrude.point.id(EXT_POINT_PNT)
extrude.point.isgroup(EXT_POINT_PNT,STR/IND<,STR/IND>)
extrude.point.list(EXT_SET_PNT)
extrude.point.maxid(EXT_SET_PNT)
extrude.point.num(EXT_SET_PNT)
extrude.point.pos(EXT_POINT_PNT)
extrude.point.start.edge(EXT_POINT_PNT)
extrude.point.start.index(EXT_POINT_PNT)
extrude.point.typeid
extrude.segment.count(EXT_SET_PNT)
extrude.segment.grid.ratio(EXT_SET_PNT,INT)
extrude.segment.grid.size(EXT_SET_PNT,INT)
extrude.segment.group(EXT_SET_PNT,INT<,STR/IND>)
extrude.segment.isgroup(EXT_SET_PNT,INT,STR/IND<,STR/IND>)
extrude.segment.length(EXT_SET_PNT,INT)
extrude.segment.node.add(EXT_SET_PNT,FLT)
extrude.segment.node.delete(EXT_SET_PNT,INT)
extrude.segment.node.group(EXT_SET_PNT<,STR/IND>)
extrude.segment.node.isgroup(EXT_SET_PNT,INT,STR/IND<,STR/IND>)
extrude.segment.node.pos(EXT_SET_PNT,INT)
extrude.segment.node.removegroup(EXT_SET_PNT,INT,STR)
extrude.segment.removegroup(EXT_SET_PNT,INT,STR)
extrude.set.axis.n(EXT_SET_PNT)
extrude.set.axis.u(EXT_SET_PNT)
extrude.set.axis.v(EXT_SET_PNT)
extrude.set.badzones(EXT_SET_PNT<,BOOL>)
extrude.set.block.create(EXT_SET_PNT,INT,INT,INT<,INT>)
extrude.set.block.delete(EXT_SET_PNT,EXT_BLOCK_PNT)
extrude.set.block.find(EXT_SET_PNT,INT)
extrude.set.block.list(EXT_SET_PNT)
extrude.set.block.near(EXT_SET_PNT,VEC<,FLT>)
extrude.set.block.size(EXT_SET_PNT)
extrude.set.create(STR)
extrude.set.delete(EXT_SET_PNT)
extrude.set.edge.combine(EXT_SET_PNT,EXT_EDGE_PNT,FLT<,FLT>)
extrude.set.edge.create(EXT_SET_PNT,INT,INT)
extrude.set.edge.delete(EXT_SET_PNT,EXT_EDGE_PNT)
extrude.set.edge.find(EXT_SET_PNT,INT)
extrude.set.edge.list(EXT_SET_PNT)
extrude.set.edge.near(EXT_SET_PNT,VEC<,FLT>)
extrude.set.edge.size(EXT_SET_PNT)
extrude.set.find
extrude.set.id(EXT_SET_PNT)
extrude.set.list
extrude.set.metadata.find(EXT_SET_PNT,STR)
extrude.set.metadata.key(EXT_SET_PNT,INT)
extrude.set.metadata.size(EXT_SET_PNT)
extrude.set.metadata.value(EXT_SET_PNT,STR)
extrude.set.name(EXT_SET_PNT)
extrude.set.origin(EXT_SET_PNT)
extrude.set.point.create(EXT_SET_PNT,VEC)
extrude.set.point.delete(EXT_SET_PNT,EXT_POINT_PNT)
extrude.set.point.find(EXT_SET_PNT,INT)
extrude.set.point.list(EXT_SET_PNT)
extrude.set.point.near(EXT_SET_PNT,V2<,FLT>)
extrude.set.point.size(EXT_SET_PNT)
extrude.set.region.element.num(EXT_SET_PNT,INT)
extrude.set.region.nodes(EXT_SET_PNT<,INT><,INT>)
extrude.set.set.un(EXT_SET_PNT,VEC,VEC)
extrude.set.set.uv(EXT_SET_PNT,VEC,VEC)
extrude.set.set.vn(EXT_SET_PNT,VEC,VEC)
extrude.set.zone.count2(EXT_SET_PNT)
extrude.set.zone.count3(EXT_SET_PNT)
extrude.set.zone.target.autodir(EXT_SET_PNT)
extrude.set.zone.target.edge(EXT_SET_PNT)
extrude.set.zone.target.size(EXT_SET_PNT)
extrude.set.zone.target.total(EXT_SET_PNT)
false
fblock.contact(FB_PNT)
fblock.excavated(FB_PNT)
fblock.face(FB_PNT)
fblock.find(INT)
fblock.fromindex(FB_IND)
fblock.gplist(FB_PNT)
fblock.group(<,STR/IND>)
fblock.group.remove(,STR/IND<,STR/IND>)
fblock.head
fblock.hidden(FB_PNT)
fblock.hostblock(FB_PNT)
fblock.hostface(FB_PNT)
fblock.index(FB_PNT)
fblock.isgroup(,STR/IND<,STR/IND>)
fblock.list
fblock.next(FB_PNT)
fblock.pos(FB_PNT)
feblock.adjacent(BFE_PNT)
feblock.face.group(<,STR/IND>)
feblock.face.group.remove(,STR/IND<,STR/IND>)
feblock.face.hostfeblock(FBFE_PNT)
feblock.face.index(FBFE_PNT)
feblock.face.isgroup(,STR/IND<,STR/IND>)
feblock.face.next(FBFE_PNT)
feblock.face.normal(FBFE_PNT)
feblock.face.pos(FBFE_PNT)
feblock.gauss.pos(BFE_PNT,INT)
feblock.gauss.state(BFE_PNT,INT)
feblock.gauss.stress(BFE_PNT,INT)
feblock.gplist(BFE_PNT)
feblock.group(<,STR/IND>)
feblock.group.remove(,STR/IND<,STR/IND>)
feblock.index(BFE_PNT)
feblock.isgroup(,STR/IND<,STR/IND>)
feblock.material(BFE_PNT)
feblock.next(BFE_PNT)
feblock.number(FBFE_PNT)
feblock.pos(BFE_PNT)
feblock.type(BFE_PNT)
file.all(STR<,STR><,INT>)
file.close(<FILE_PNT>)
file.delete(STR)
file.end(<FILE_PNT>)
file.exist(STR)
file.name(<FILE_PNT>)
file.open(STR<,STR><,STR>)
file.open.check(STR<,STR><,STR>)
file.pos(<FILE_PNT>)
file.read(<INT/FILE_PNT><,INT>)
file.rename(STR,STR)
file.size(<FILE_PNT/STR>)
file.write(<FILE_PNT>)
float(BOOL/NUM/STR)
flowknot.area(FK_PNT)
flowknot.bulk(FK_PNT)
flowknot.extra(FK_PNT<,INT>)
flowknot.find(INT)
flowknot.fix.fluid(FK_PNT)
flowknot.fix.proppant(FK_PNT)
flowknot.fix.thermal(FK_PNT)
flowknot.flux.fluid.app(FK_PNT)
flowknot.flux.thermal(FK_PNT)
flowknot.flux.thermal.app(FK_PNT)
flowknot.flux.thermal.unbal(FK_PNT)
flowknot.fromindex(FK_IND)
flowknot.group(FK_PNT<,STR/IND>)
flowknot.group.remove(FK_PNT,STR/IND<,STR/IND>)
flowknot.head
flowknot.htc(FK_PNT)
flowknot.id(FK_PNT)
flowknot.index(FK_PNT)
flowknot.isgroup(FK_PNT,STR/IND<,STR/IND>)
flowknot.list
flowknot.near(VEC+)
flowknot.next(FK_PNT)
flowknot.pos(FK_PNT)
flowknot.pp(FK_PNT)
flowknot.propin.mass(FK_PNT)
flowknot.propin.vol(FK_PNT)
flowknot.stiffness(FK_PNT)
flowknot.temp(FK_PNT)
flowknot.timestep(FK_PNT)
flowknot.trans(FK_PNT)
flowknot.vol(FK_PNT)
flowknot.vol.unbal(FK_PNT)
flowknot.vol.unbal.max(FK_PNT)
flowplane.area(FP_PNT)
flowplane.contact(FP_PNT)
flowplane.extra(FP_PNT<,INT>)
flowplane.find(INT)
flowplane.fromindex(FP_IND)
flowplane.group(FP_PNT<,STR/IND>)
flowplane.group.remove(FP_PNT,STR/IND<,STR/IND>)
flowplane.head
flowplane.id(FP_PNT)
flowplane.index(FP_PNT)
flowplane.isgroup(FP_PNT,STR/IND<,STR/IND>)
flowplane.list
flowplane.local1(FP_PNT)
flowplane.local2(FP_PNT)
flowplane.next(FP_PNT)
flowplane.pos(FP_PNT)
flowplane.prop(FP_PNT,STR)
flowplane.vertex.aperture.hydraulic(FPV_PNT)
flowplane.vertex.aperture.mech(FPV_PNT)
flowplane.vertex.area(FPV_PNT)
flowplane.vertex.extra(FPV_PNT<,INT>)
flowplane.vertex.find(INT)
flowplane.vertex.flowplane(FPV_PNT)
flowplane.vertex.fromindex(FPV_IND)
flowplane.vertex.group(FPV_PNT<,STR/IND>)
flowplane.vertex.group.remove(FPV_PNT,STR/IND<,STR/IND>)
flowplane.vertex.id(FPV_PNT)
flowplane.vertex.index(FPV_PNT)
flowplane.vertex.isgroup(FPV_PNT,STR/IND<,STR/IND>)
flowplane.vertex.knot(FPV_PNT)
flowplane.vertex.list
flowplane.vertex.local1(FPV_PNT)
flowplane.vertex.local2(FPV_PNT)
flowplane.vertex.next(FPV_PNT)
flowplane.vertex.pos(FPV_PNT)
flowplane.vertex.property(FPV_PNT,STR)
flowplane.vertex.proppant.mconc(FPV_PNT)
flowplane.vertex.proppant.thick(FPV_PNT)
flowplane.vertex.proppant.vconc(FPV_PNT)
flowplane.vertex.subcontact1(FPV_PNT)
flowplane.vertex.subcontact2(FPV_PNT)
flowplane.vertex.visc(FPV_PNT)
flowplane.vertex.weight1(FPV_PNT)
flowplane.vertex.weight2(FPV_PNT)
flowplane.vertexlist(FP_PNT)
flowplane.zone.area(FPZ_PNT)
flowplane.zone.discharge(FPZ_PNT)
flowplane.zone.extra(FPZ_PNT<,INT>)
flowplane.zone.find(INT)
flowplane.zone.flowplane(FPZ_PNT)
flowplane.zone.fromindex(FPZ_IND)
flowplane.zone.group(FPZ_PNT<,STR/IND>)
flowplane.zone.group.remove(FPZ_PNT,STR/IND<,STR/IND>)
flowplane.zone.id(FPZ_PNT)
flowplane.zone.index(FPZ_PNT)
flowplane.zone.isgroup(FPZ_PNT,STR/IND<,STR/IND>)
flowplane.zone.list
flowplane.zone.next(FPZ_PNT)
flowplane.zone.pos(FPZ_PNT)
flowplane.zone.velocity(FPZ_PNT)
flowplane.zone.vertex(FPZ_PNT,INT)
flowplane.zonelist(FP_PNT)
fluid.active
fluid.cycle
fluid.safety.factor
fluid.solve(STR)
fluid.step
fluid.time.total
fluid.timestep
fluid.timestep.given
fluid.timestep.max
fracture.aperture(FR_PNT)
fracture.area(FR_PNT)(3D only)
fracture.centerdensity(<VEC><,VEC><,D_PNT>)
fracture.contact.list(FR_PNT<,INT>)
fracture.contact.list.all(FR_PNT<,INT>)
fracture.contactmap(FR_PNT<,INT>)
fracture.contactmap.all(FR_PNT<,INT>)
fracture.copy(FR_PNT<,D_PNT,INT>)
fracture.create(D_PNT,ARR_PNT<,INT>)
fracture.ddir(FR_PNT)(3D only)
fracture.decimate(FR_PNT<,INT>)
fracture.delete(FR_PNT)
fracture.density(<VEC><,VEC><,D_PNT>)
fracture.dfn(FR_PNT)
fracture.diameter(FR_PNT)(3D only)
fracture.dip(FR_PNT)
fracture.extra(FR_PNT<,INT>)
fracture.find(INT)
fracture.genpos(FR_PNT)
fracture.gensize(FR_PNT)
fracture.geomp10(GSET_PNT<,D_PNT>)
fracture.geomp20(GSET_PNT<,D_PNT>)(3D only)
fracture.geomp21(GSET_PNT<,D_PNT>)(3D only)
fracture.geomtrace(GSET_PNT<,D_PNT>)(3D only)
fracture.gintersect(FR_PNT,GSET_PNT)
fracture.group(FR_PNT<,STR/IND>)
fracture.group.remove(FR_PNT,STR/IND<,STR/IND>)
fracture.id(FR_PNT)
fracture.inbox(VEC,VEC<,D_PNT>)
fracture.interarray(FR_PNT<,D_PNT>)
fracture.intersect(FR_PNT,FR_PNT)
fracture.intersect.end1(FI_PNT)
fracture.intersect.end2(FI_PNT)
fracture.intersect.find(INT)
fracture.intersect.len(FI_PNT)(3D only)
fracture.intersect.list
fracture.intersect.maxid
fracture.intersect.npolylinept(FI_PNT)(3D only)
fracture.intersect.num
fracture.intersect.polylinept(FI_PNT,INT)(3D only)
fracture.intersect.pos1(FR_PNT)
fracture.intersect.pos2(FR_PNT)(3D only)
fracture.intersect.set(FI_PNT)
fracture.intersect.set.delete(FIS_PNT)
fracture.intersect.set.find(INT/STR)
fracture.intersect.set.id(FIS_PNT)
fracture.intersect.set.interlist(FIS_PNT)
fracture.intersect.set.internum(FIS_PNT)
fracture.intersect.set.list
fracture.intersect.set.maxid
fracture.intersect.set.name(FIS_PNT)
fracture.intersect.set.num
fracture.intersect.set.path(FIS_PNT,FR_PNT,FR_PNT)
fracture.intersect.set.typeid
fracture.intersect.typeid
fracture.isdisk(FR_PNT)(3D only)
fracture.isgroup(FR_PNT,STR/IND<,STR/IND>)
fracture.isprop(FR_PNT,STR)
fracture.len(FR_PNT)(2D only)
fracture.list
fracture.maxid
fracture.near(VEC<,FLT><,D_PNT>)
fracture.normal(FR_PNT)
fracture.num
fracture.p10(VEC,VEC<,D_PNT>)
fracture.percolation(<VEC><,VEC><,D_PNT>)
fracture.pointnear(FR_PNT,VEC)
fracture.pos(FR_PNT)
fracture.prop(FR_PNT,STR)
fracture.template.ddirmax(DT_PNT)(3D only)
fracture.template.ddirmin(DT_PNT)(3D only)
fracture.template.dipmax(DT_PNT)
fracture.template.dipmin(DT_PNT)
fracture.template.find(INT/STR)
fracture.template.id(DT_PNT)
fracture.template.list
fracture.template.maxid
fracture.template.name(DT_PNT)
fracture.template.norientparam(DT_PNT)
fracture.template.nposparam(DT_PNT)
fracture.template.nsizeparam(DT_PNT)
fracture.template.num
fracture.template.orientparam(DT_PNT,INT)
fracture.template.orienttype(DT_PNT)
fracture.template.posparam(DT_PNT,INT)
fracture.template.postype(DT_PNT)
fracture.template.sizemax(DT_PNT)
fracture.template.sizemin(DT_PNT)
fracture.template.sizeparam(DT_PNT,INT)
fracture.template.sizetype(DT_PNT)
fracture.template.typeid
fracture.typeid
fracture.vertex.find(INT)
fracture.vertex.list
fracture.vertex.maxid
fracture.vertex.num
fracture.vertex.pos(FV_PNT)
fracture.vertex.typeid
fracture.vertexarray(FR_PNT)
fracture.vertexlist(FR_PNT)
fragment.bodylist(FG_PNT<,INT>)
fragment.bodymap(FG_PNT<,INT>)
fragment.bodynum(FG_PNT<,INT>)
fragment.catalog
fragment.catalog.num(<flt>)
fragment.childlist(FG_PNT)
fragment.childmap(FG_PNT)
fragment.find(INT)
fragment.history(BODY_PNT)
fragment.id(FG_PNT)
fragment.index(BODY_PNT<,INT>)
fragment.list(<INT>)
fragment.map(<INT>)
fragment.num(INT)
fragment.parent(FG_PNT)
fragment.pos(FG_PNT)
fragment.pos.catalog(FG_PNT,INT)
fragment.vol(FG_PNT<,int>)
geom.edge.create(GSET_PNT,INT/GN_PNT,INT/GN_PNT)
geom.edge.delete(GSET_PNT,GE_PNT)
geom.edge.dir(GE_PNT)
geom.edge.extra(GE_PNT,INT)
geom.edge.find(GSET_PNT,INT)
geom.edge.group.remove(GE_PNT,STR/IND<,STR/IND>)
geom.edge.id(GE_PNT)
geom.edge.isgroup(GE_PNT,STR/IND<,STR/IND>)
geom.edge.list(GSET_PNT)
geom.edge.near(GSET_PNT,VEC<,FLT>)
geom.edge.next.edge(GE_PNT,INT)
geom.edge.next.index(GE_PNT,INT)
geom.edge.node(GE_PNT,INT)
geom.edge.node.pos(GE_PNT,INT)
geom.edge.pos(GE_PNT)
geom.edge.remove(GSET_PNT,GE_PNT)
geom.edge.start.index(GE_PNT)
geom.edge.start.poly(GE_PNT)
geom.edge.typeid
geom.node.create(GSET_PNT,VEC)
geom.node.delete(GSET_PNT,GN_PNT)
geom.node.extra(GN_PNT,INT)
geom.node.find(GSET_PNT,INT)
geom.node.group(GN_PNT<,STR/IND>)
geom.node.group.remove(GN_PNT,STR/IND<,STR/IND>)
geom.node.id(GN_PNT)
geom.node.isgroup(GN_PNT,STR/IND<,STR/IND>)
geom.node.list(GSET_PNT)
geom.node.near(GSET_PNT,VEC<,FLT>)
geom.node.pos(GN_PNT)
geom.node.remove(GSET_PNT,GN_PNT)
geom.node.start.edge(GN_PNT)
geom.node.start.index(GN_PNT)
geom.node.typeid
geom.poly.add.edge(GPOL_PNT,GE_PNT)
geom.poly.add.node(GSET_PNT,GPOL_PNT<,GN_PNT><,VEC><,INT>)
geom.poly.area(GPOL_PNT)
geom.poly.check(GPOL_PNT)
geom.poly.close(GSET_PNT,GPOL_PNT)
geom.poly.create(GSET_PNT)
geom.poly.delete(GSET_PNT,GPOL_PNT)
geom.poly.edge(GPOL_PNT,INT)
geom.poly.extra(GPOL_PNT,INT)
geom.poly.find(GSET_PNT,INT)
geom.poly.group(GPOL_PNT<,STR/IND>)
geom.poly.group.remove(GPOL_PNT,STR/IND<,STR/IND>)
geom.poly.id(GPOL_PNT)
geom.poly.isgroup(GPOL_PNT,STR/IND<,STR/IND>)
geom.poly.list(GSET_PNT)
geom.poly.near(GSET_PNT,VEC<,FLT>)
geom.poly.next.index(GPOL_PNT,INT)
geom.poly.next.poly(GPOL_PNT,INT)
geom.poly.node(GPOL_PNT,INT)
geom.poly.normal(GPOL_PNT)
geom.poly.pos(GPOL_PNT)
geom.poly.remove(GSET_PNT,GPOL_PNT)
geom.poly.size(GPOL_PNT)
geom.poly.typeid
geom.set.closest(GSET_PNT,VEC<,FLT>)
geom.set.create(STR)
geom.set.delete(GSET_PNT)
geom.set.edge.maxid(GSET_PNT)
geom.set.edge.num(GSET_PNT)
geom.set.find(INT/STR)
geom.set.id(GSET_PNT)
geom.set.list
geom.set.maxid
geom.set.name(GSET_PNT)
geom.set.node.maxid(GSET_PNT)
geom.set.node.num(GSET_PNT)
geom.set.num
geom.set.poly.closest(GSET_PNT,VEC<,FLT>)
geom.set.poly.maxid(GSET_PNT)
geom.set.poly.num(GSET_PNT)
geom.set.raydist(GSET_PNT,VEC,VEC)
geom.set.remove(GSET_PNT)
geom.set.typeid
global.cycle
global.deterministic
global.dim
global.fos
global.gravity
global.step
global.threads
global.timestep
global.title
gp.accel(GP_PNT)
gp.biot.modulus(GP_PNT)
gp.convergence(GP_PNT)
gp.copy(GP_PNT,GP_PNT)
gp.create(VEC+)
gp.delete(GP_PNT)
gp.disp(GP_PNT)
gp.disp.small(GP_PNT)
gp.dynamic.mul(GP_PNT)
gp.dynamic.timestep(GP_PNT)
gp.extra(GP_PNT<,INT>)
gp.find(STR)
gp.fix(GP_PNT)
gp.flow(GP_PNT)
gp.fluid.app(GP_PNT)
gp.fluid.load(GP_PNT)
gp.fluid.modulus(GP_PNT)
gp.fluid.modulus.confined(GP_PNT)
gp.fluid.tension(GP_PNT)
gp.fluid.unbal(GP_PNT)
gp.fluid.vol.inv(GP_PNT)
gp.flux(GP_PNT)
gp.force.app(GP_PNT)
gp.force.load(GP_PNT)
gp.force.unbal(GP_PNT)
gp.force.unbal.add(GP_PNT)
gp.force.unbal.current(GP_PNT)
gp.group(GP_PNT<,STR/IND>)
gp.group.remove(GP_PNT,STR/IND<,STR/IND>)
gp.head
gp.id(GP_PNT)
gp.isgroup(GP_PNT,STR/IND<,STR/IND>)
gp.list
gp.mass.add(GP_PNT)
gp.mass.gravity(GP_PNT)
gp.mass.inertial(GP_PNT)
gp.maxid
gp.multiplier(GP_PNT)
gp.name(GP_PNT)
gp.near(VEC+<,STR>)
gp.near.all(VEC+)
gp.near.live(VEC+,BOOL,BOOL,BOOL,STR)
gp.next(GP_PNT)
gp.num
gp.pos(GP_PNT)
gp.pp(GP_PNT<,INT>)
gp.pp.fix(GP_PNT)
gp.ratio(GP_PNT)
gp.ratio.target(GP_PNT)
gp.sat(GP_PNT)
gp.state.restore(GP_PNT)
gp.state.save(GP_PNT)
gp.stiff(GP_PNT)
gp.temp(GP_PNT)
gp.temp.app(GP_PNT)
gp.temp.change(GP_PNT)
gp.temp.fix(GP_PNT)
gp.temp.source(GP_PNT)
gp.typeid
gp.vel(GP_PNT)
gp.zones(GP_PNT)
group.find(STR)
group.find.slot(STR)
index(NUM/STR)
inlet.active(INLET_PNT)
inlet.brick(INLET_PNT)
inlet.delete(INLET_PNT)
inlet.find(INT)
inlet.flow.vel(INLET_PNT)
inlet.id(INLET_PNT)
inlet.list
inlet.maxid
inlet.num
inlet.orientation(INLET_PNT)
inlet.pos(INLET_PNT)
inlet.rotation.center(INLET_PNT)
inlet.spin(INLET_PNT)
inlet.typeid
inlet.vel(INLET_PNT)
int(BOOL/NUM/STR)
interface.elem.area(INTERFACE_ELEM_PNT)
interface.elem.extra(INTERFACE_ELEM_PNT<,INT>)
interface.elem.group(INTERFACE_ELEM_PNT<,STR>)
interface.elem.group.remove(INTERFACE_ELEM_PNT,STR/IND<,STR/IND>)
interface.elem.head(INTERFACE_PNT)
interface.elem.host.face(INTERFACE_ELEM_PNT)
interface.elem.host.zone(INTERFACE_ELEM_PNT)
interface.elem.id(INTERFACE_ELEM_PNT)
interface.elem.isgroup(INTERFACE_ELEM_PNT,STR/IND<,STR/IND>)
interface.elem.join(INTERFACE_ELEM_PNT,INT)
interface.elem.list(INTERFACE_PNT)
interface.elem.next(INTERFACE_ELEM_PNT)
interface.elem.normal(INTERFACE_ELEM_PNT)
interface.elem.vertex(INTERFACE_ELEM_PNT,INT)
interface.find(STR)
interface.group(INTERFACE_PNT<,STR>)
interface.group.remove(INTERFACE_PNT,STR/IND<,STR/IND>)
interface.head
interface.id(INTERFACE_PNT)
interface.isgroup(INTERFACE_PNT,STR/IND<,STR/IND>)
interface.list
interface.name(INTERFACE_PNT)
interface.next(INTERFACE_PNT)
interface.node.area(INTERFACE_NODE_PNT)
interface.node.disp(INTERFACE_NODE_PNT)
interface.node.disp.shear(INTERFACE_NODE_PNT)
interface.node.extra(INTERFACE_NODE_PNT<,INT>)
interface.node.find(INTERFACE_PNT,INT)
interface.node.group(INTERFACE_NODE_PNT<,STR/IND>)
interface.node.group.remove(INTERFACE_NODE_PNT,STR/IND<,STR/IND>)
interface.node.head(INTERFACE_PNT)
interface.node.host.face(INTERFACE_NODE_PNT)
interface.node.host.weight(INTERFACE_NODE_PNT,INT)
interface.node.host.zone(INTERFACE_NODE_PNT)
interface.node.id(INTERFACE_NODE_PNT)
interface.node.isgroup(INTERFACE_NODE_PNT,STR/IND<,STR/IND>)
interface.node.list(INTERFACE_PNT)
interface.node.near(INTERFACE_PNT,VEC+)
interface.node.next(INTERFACE_NODE_PNT)
interface.node.normal(INTERFACE_NODE_PNT)
interface.node.penetration(INTERFACE_NODE_PNT)
interface.node.pos(INTERFACE_NODE_PNT)
interface.node.pp(INTERFACE_NODE_PNT)
interface.node.prop(INTERFACE_NODE_PNT,STR)
interface.node.slip(INTERFACE_NODE_PNT)
interface.node.state(INTERFACE_NODE_PNT)
interface.node.stress.normal(INTERFACE_NODE_PNT)
interface.node.stress.normal.add(INTERFACE_NODE_PNT)
interface.node.stress.shear(INTERFACE_NODE_PNT)
interface.node.target.face(INTERFACE_NODE_PNT)
interface.node.target.weight(INTERFACE_NODE_PNT,INT)
interface.node.target.zone(INTERFACE_NODE_PNT)
interface.node.tol(INTERFACE_NODE_PNT)
interface.node.vel(INTERFACE_NODE_PNT)
io.dialog.in(STR<,STR>)
io.dialog.message(STR,STR,INT)
io.dialog.notify(INT,INT,STR)
io.in(STR)
io.input(STR)
io.out(ANY)
itasca.add_save_variable
itasca.attach.count
itasca.attach.create
itasca.attach.find
itasca.attach.list
itasca.attach.maxid
itasca.ball.cfd.count
itasca.ball.cfd.find
itasca.ball.cfd.inbox
itasca.ball.cfd.list
itasca.ball.cfd.maxid
itasca.ball.cfd.near
itasca.ball.containing
itasca.ball.count
itasca.ball.create
itasca.ball.energy
itasca.ball.find
itasca.ball.inbox
itasca.ball.list
itasca.ball.maxid
itasca.ball.near
itasca.ball.thermal.count
itasca.ball.thermal.find
itasca.ball.thermal.inbox
itasca.ball.thermal.list
itasca.ball.thermal.maxid
itasca.ball.thermal.near
itasca.ballarray.create
itasca.ballarray.damp
itasca.ballarray.density
itasca.ballarray.disp
itasca.ballarray.euler
itasca.ballarray.extra
itasca.ballarray.fill_damp
itasca.ballarray.fill_density
itasca.ballarray.fill_disp
itasca.ballarray.fill_euler
itasca.ballarray.fill_force_app
itasca.ballarray.fill_force_contact
itasca.ballarray.fill_force_unbal
itasca.ballarray.fill_mass
itasca.ballarray.fill_mass_real
itasca.ballarray.fill_moment_app
itasca.ballarray.fill_moment_contact
itasca.ballarray.fill_moment_unbal
itasca.ballarray.fill_pos
itasca.ballarray.fill_radius
itasca.ballarray.fill_spin
itasca.ballarray.fill_vel
itasca.ballarray.force_app
itasca.ballarray.force_contact
itasca.ballarray.force_unbal
itasca.ballarray.ids
itasca.ballarray.in_group
itasca.ballarray.mass
itasca.ballarray.mass_real
itasca.ballarray.moment_app
itasca.ballarray.moment_contact
itasca.ballarray.moment_unbal
itasca.ballarray.pos
itasca.ballarray.radius
itasca.ballarray.set_damp
itasca.ballarray.set_density
itasca.ballarray.set_disp
itasca.ballarray.set_euler
itasca.ballarray.set_extra
itasca.ballarray.set_force_app
itasca.ballarray.set_force_contact
itasca.ballarray.set_group
itasca.ballarray.set_moment_app
itasca.ballarray.set_moment_contact
itasca.ballarray.set_pos
itasca.ballarray.set_radius
itasca.ballarray.set_spin
itasca.ballarray.set_vel
itasca.ballarray.spin
itasca.ballarray.vel
itasca.ballballarray.branch
itasca.ballballarray.extra
itasca.ballballarray.fill_branch
itasca.ballballarray.fill_force_global
itasca.ballballarray.fill_force_local
itasca.ballballarray.fill_force_normal
itasca.ballballarray.fill_force_shear
itasca.ballballarray.fill_gap
itasca.ballballarray.fill_moment1_global
itasca.ballballarray.fill_moment1_local
itasca.ballballarray.fill_moment2_global
itasca.ballballarray.fill_moment2_local
itasca.ballballarray.fill_normal
itasca.ballballarray.fill_offset
itasca.ballballarray.fill_pos
itasca.ballballarray.force_global
itasca.ballballarray.force_local
itasca.ballballarray.force_normal
itasca.ballballarray.force_shear
itasca.ballballarray.gap
itasca.ballballarray.ids
itasca.ballballarray.in_group
itasca.ballballarray.indices
itasca.ballballarray.moment1_global
itasca.ballballarray.moment1_local
itasca.ballballarray.moment2_global
itasca.ballballarray.moment2_local
itasca.ballballarray.normal
itasca.ballballarray.offset
itasca.ballballarray.pos
itasca.ballballarray.set_extra
itasca.ballballarray.set_group
itasca.ballfacetarray.branch
itasca.ballfacetarray.extra
itasca.ballfacetarray.fill_branch
itasca.ballfacetarray.fill_force_global
itasca.ballfacetarray.fill_force_local
itasca.ballfacetarray.fill_force_normal
itasca.ballfacetarray.fill_force_shear
itasca.ballfacetarray.fill_gap
itasca.ballfacetarray.fill_moment1_global
itasca.ballfacetarray.fill_moment1_local
itasca.ballfacetarray.fill_moment2_global
itasca.ballfacetarray.fill_moment2_local
itasca.ballfacetarray.fill_normal
itasca.ballfacetarray.fill_offset
itasca.ballfacetarray.fill_pos
itasca.ballfacetarray.force_global
itasca.ballfacetarray.force_local
itasca.ballfacetarray.force_normal
itasca.ballfacetarray.force_shear
itasca.ballfacetarray.gap
itasca.ballfacetarray.ids
itasca.ballfacetarray.in_group
itasca.ballfacetarray.moment1_global
itasca.ballfacetarray.moment1_local
itasca.ballfacetarray.moment2_global
itasca.ballfacetarray.moment2_local
itasca.ballfacetarray.normal
itasca.ballfacetarray.offset
itasca.ballfacetarray.pos
itasca.ballfacetarray.set_extra
itasca.ballfacetarray.set_group
itasca.ballpebblearray.branch
itasca.ballpebblearray.extra
itasca.ballpebblearray.fill_branch
itasca.ballpebblearray.fill_force_global
itasca.ballpebblearray.fill_force_local
itasca.ballpebblearray.fill_force_normal
itasca.ballpebblearray.fill_force_shear
itasca.ballpebblearray.fill_gap
itasca.ballpebblearray.fill_moment1_global
itasca.ballpebblearray.fill_moment1_local
itasca.ballpebblearray.fill_moment2_global
itasca.ballpebblearray.fill_moment2_local
itasca.ballpebblearray.fill_normal
itasca.ballpebblearray.fill_offset
itasca.ballpebblearray.fill_pos
itasca.ballpebblearray.force_global
itasca.ballpebblearray.force_local
itasca.ballpebblearray.force_normal
itasca.ballpebblearray.force_shear
itasca.ballpebblearray.gap
itasca.ballpebblearray.ids
itasca.ballpebblearray.in_group
itasca.ballpebblearray.moment1_global
itasca.ballpebblearray.moment1_local
itasca.ballpebblearray.moment2_global
itasca.ballpebblearray.moment2_local
itasca.ballpebblearray.normal
itasca.ballpebblearray.offset
itasca.ballpebblearray.pos
itasca.ballpebblearray.set_extra
itasca.ballpebblearray.set_group
itasca.ballrblockarray.branch
itasca.ballrblockarray.extra
itasca.ballrblockarray.fill_branch
itasca.ballrblockarray.fill_force_global
itasca.ballrblockarray.fill_force_local
itasca.ballrblockarray.fill_force_normal
itasca.ballrblockarray.fill_force_shear
itasca.ballrblockarray.fill_gap
itasca.ballrblockarray.fill_moment1_global
itasca.ballrblockarray.fill_moment1_local
itasca.ballrblockarray.fill_moment2_global
itasca.ballrblockarray.fill_moment2_local
itasca.ballrblockarray.fill_normal
itasca.ballrblockarray.fill_offset
itasca.ballrblockarray.fill_pos
itasca.ballrblockarray.force_global
itasca.ballrblockarray.force_local
itasca.ballrblockarray.force_normal
itasca.ballrblockarray.force_shear
itasca.ballrblockarray.gap
itasca.ballrblockarray.ids
itasca.ballrblockarray.in_group
itasca.ballrblockarray.moment1_global
itasca.ballrblockarray.moment1_local
itasca.ballrblockarray.moment2_global
itasca.ballrblockarray.moment2_local
itasca.ballrblockarray.normal
itasca.ballrblockarray.offset
itasca.ballrblockarray.pos
itasca.ballrblockarray.set_extra
itasca.ballrblockarray.set_group
itasca.block.contact.count
itasca.block.contact.find
itasca.block.contact.list
itasca.block.contact.maxid
itasca.block.contact.near
itasca.block.contactarray.extra
itasca.block.contactarray.ids
itasca.block.contactarray.in_group
itasca.block.contactarray.set_extra
itasca.block.contactarray.set_group
itasca.block.containing
itasca.block.count
itasca.block.face.count
itasca.block.face.find
itasca.block.face.list
itasca.block.face.maxid
itasca.block.facearray.extra
itasca.block.facearray.ids
itasca.block.facearray.in_group
itasca.block.facearray.set_extra
itasca.block.facearray.set_group
itasca.block.find
itasca.block.gridpoint.count
itasca.block.gridpoint.find
itasca.block.gridpoint.list
itasca.block.gridpoint.maxid
itasca.block.gridpoint.near
itasca.block.gridpointarray.disp
itasca.block.gridpointarray.extra
itasca.block.gridpointarray.fill_disp
itasca.block.gridpointarray.fill_pos
itasca.block.gridpointarray.fill_vel
itasca.block.gridpointarray.hostblock
itasca.block.gridpointarray.ids
itasca.block.gridpointarray.in_group
itasca.block.gridpointarray.mass
itasca.block.gridpointarray.pos
itasca.block.gridpointarray.pp
itasca.block.gridpointarray.set_disp
itasca.block.gridpointarray.set_extra
itasca.block.gridpointarray.set_group
itasca.block.gridpointarray.set_pp
itasca.block.gridpointarray.set_temperature
itasca.block.gridpointarray.set_vel
itasca.block.gridpointarray.temperature
itasca.block.gridpointarray.vel
itasca.block.list
itasca.block.maxid
itasca.block.near
itasca.block.subcontact.count
itasca.block.subcontact.find
itasca.block.subcontact.list
itasca.block.subcontact.maxid
itasca.block.subcontactarray.extra
itasca.block.subcontactarray.ids
itasca.block.subcontactarray.in_group
itasca.block.subcontactarray.set_extra
itasca.block.subcontactarray.set_group
itasca.block.zone.containing
itasca.block.zone.count
itasca.block.zone.find
itasca.block.zone.list
itasca.block.zone.maxid
itasca.block.zone.near
itasca.block.zonearray.extra
itasca.block.zonearray.fill_pos
itasca.block.zonearray.fluid_prop
itasca.block.zonearray.hostblock
itasca.block.zonearray.ids
itasca.block.zonearray.in_group
itasca.block.zonearray.mass
itasca.block.zonearray.pos
itasca.block.zonearray.pp
itasca.block.zonearray.prop_scalar
itasca.block.zonearray.set_extra
itasca.block.zonearray.set_fluid_prop
itasca.block.zonearray.set_group
itasca.block.zonearray.set_prop_scalar
itasca.block.zonearray.set_stress
itasca.block.zonearray.set_stress_flat
itasca.block.zonearray.set_thermal_prop
itasca.block.zonearray.state
itasca.block.zonearray.strain_inc
itasca.block.zonearray.strain_inc_flat
itasca.block.zonearray.strain_rate
itasca.block.zonearray.strain_rate_flat
itasca.block.zonearray.strain_rotation_inc
itasca.block.zonearray.strain_rotation_inc_flat
itasca.block.zonearray.strain_rotation_rate
itasca.block.zonearray.strain_rotation_rate_flat
itasca.block.zonearray.strain_shear_inc
itasca.block.zonearray.strain_shear_rate
itasca.block.zonearray.strain_vol_inc
itasca.block.zonearray.strain_vol_rate
itasca.block.zonearray.stress
itasca.block.zonearray.stress_flat
itasca.block.zonearray.thermal_prop
itasca.block.zonearray.volume
itasca.blockarray.area
itasca.blockarray.density
itasca.blockarray.dsf
itasca.blockarray.extra
itasca.blockarray.fill_pos
itasca.blockarray.ids
itasca.blockarray.in_group
itasca.blockarray.is_excavated
itasca.blockarray.is_rigid
itasca.blockarray.pos
itasca.blockarray.set_extra
itasca.blockarray.set_group
itasca.blockarray.vol
itasca.cfdarray.create_mesh
itasca.cfdarray.density
itasca.cfdarray.drag
itasca.cfdarray.extra
itasca.cfdarray.fill_pos
itasca.cfdarray.fill_pressure
itasca.cfdarray.ids
itasca.cfdarray.porosity
itasca.cfdarray.pos
itasca.cfdarray.pressure
itasca.cfdarray.pressure_gradient
itasca.cfdarray.set_density
itasca.cfdarray.set_drag
itasca.cfdarray.set_extra
itasca.cfdarray.set_porosity
itasca.cfdarray.set_pressure
itasca.cfdarray.set_pressure_gradient
itasca.cfdarray.set_velocity
itasca.cfdarray.set_viscosity
itasca.cfdarray.velocity
itasca.cfdarray.viscosity
itasca.cfdarray.volume
itasca.clear_save_variables
itasca.clump.cfd.count
itasca.clump.cfd.find
itasca.clump.cfd.inbox
itasca.clump.cfd.list
itasca.clump.cfd.maxid
itasca.clump.cfd.near
itasca.clump.cfd.pebble.count
itasca.clump.cfd.pebble.find
itasca.clump.cfd.pebble.inbox
itasca.clump.cfd.pebble.list
itasca.clump.cfd.pebble.maxid
itasca.clump.cfd.pebble.near
itasca.clump.containing
itasca.clump.count
itasca.clump.energies
itasca.clump.energy
itasca.clump.find
itasca.clump.inbox
itasca.clump.list
itasca.clump.maxid
itasca.clump.near
itasca.clump.pebble.count
itasca.clump.pebble.find
itasca.clump.pebble.inbox
itasca.clump.pebble.list
itasca.clump.pebble.maxid
itasca.clump.pebble.near
itasca.clump.template.count
itasca.clump.template.find
itasca.clump.template.findpebble
itasca.clump.template.list
itasca.clump.template.make
itasca.clump.template.maxid
itasca.clump.thermal.count
itasca.clump.thermal.find
itasca.clump.thermal.inbox
itasca.clump.thermal.list
itasca.clump.thermal.maxid
itasca.clump.thermal.near
itasca.clump.thermal.pebble.count
itasca.clump.thermal.pebble.find
itasca.clump.thermal.pebble.inbox
itasca.clump.thermal.pebble.list
itasca.clump.thermal.pebble.maxid
itasca.clump.thermal.pebble.near
itasca.clumparray.damp
itasca.clumparray.density
itasca.clumparray.disp
itasca.clumparray.euler
itasca.clumparray.extra
itasca.clumparray.fill_damp
itasca.clumparray.fill_density
itasca.clumparray.fill_disp
itasca.clumparray.fill_euler
itasca.clumparray.fill_force_app
itasca.clumparray.fill_force_contact
itasca.clumparray.fill_force_unbal
itasca.clumparray.fill_mass
itasca.clumparray.fill_mass_real
itasca.clumparray.fill_moi_prin
itasca.clumparray.fill_moi_prin_real
itasca.clumparray.fill_moment_app
itasca.clumparray.fill_moment_contact
itasca.clumparray.fill_moment_unbal
itasca.clumparray.fill_pos
itasca.clumparray.fill_spin
itasca.clumparray.fill_vel
itasca.clumparray.fill_vol
itasca.clumparray.force_app
itasca.clumparray.force_contact
itasca.clumparray.force_unbal
itasca.clumparray.ids
itasca.clumparray.in_group
itasca.clumparray.mass
itasca.clumparray.mass_real
itasca.clumparray.moi_prin
itasca.clumparray.moi_prin_real
itasca.clumparray.moment_app
itasca.clumparray.moment_contact
itasca.clumparray.moment_unbal
itasca.clumparray.pos
itasca.clumparray.set_damp
itasca.clumparray.set_density
itasca.clumparray.set_disp
itasca.clumparray.set_euler
itasca.clumparray.set_extra
itasca.clumparray.set_force_app
itasca.clumparray.set_force_contact
itasca.clumparray.set_group
itasca.clumparray.set_moi_prin_real
itasca.clumparray.set_moment_app
itasca.clumparray.set_moment_contact
itasca.clumparray.set_pos
itasca.clumparray.set_spin
itasca.clumparray.set_vel
itasca.clumparray.set_vol
itasca.clumparray.spin
itasca.clumparray.vel
itasca.clumparray.vol
itasca.command
itasca.contact.count
itasca.contact.energy
itasca.contact.find
itasca.contact.list
itasca.contact.model_prop_index
itasca.cycle
itasca.deterministic
itasca.dfn.center_density
itasca.dfn.count
itasca.dfn.create
itasca.dfn.density
itasca.dfn.find
itasca.dfn.fracture.count
itasca.dfn.fracture.find
itasca.dfn.fracture.inbox
itasca.dfn.fracture.list
itasca.dfn.fracture.maxid
itasca.dfn.fracture.near
itasca.dfn.inter.count
itasca.dfn.inter.find
itasca.dfn.inter.list
itasca.dfn.inter.maxid
itasca.dfn.list
itasca.dfn.maxid
itasca.dfn.p10
itasca.dfn.percolation
itasca.dfn.setinter.count
itasca.dfn.setinter.find
itasca.dfn.setinter.list
itasca.dfn.setinter.maxid
itasca.dfn.template.count
itasca.dfn.template.find
itasca.dfn.template.list
itasca.dfn.template.maxid
itasca.dfn.vertex.count
itasca.dfn.vertex.find
itasca.dfn.vertex.maxid
itasca.dim
itasca.dockWidget
itasca.domain_condition
itasca.domain_max
itasca.domain_max_x
itasca.domain_max_y
itasca.domain_max_z
itasca.domain_min
itasca.domain_min_x
itasca.domain_min_y
itasca.domain_min_z
itasca.domain_strain_rate
itasca.element.cfd.age
itasca.element.cfd.count
itasca.element.cfd.face_count
itasca.element.cfd.find
itasca.element.cfd.inbox
itasca.element.cfd.list
itasca.element.cfd.maxid
itasca.element.cfd.near
itasca.element.cfd.node_count
itasca.facetarray.conveyor
itasca.facetarray.extra
itasca.facetarray.fill_conveyor
itasca.facetarray.fill_normal
itasca.facetarray.fill_pos
itasca.facetarray.ids
itasca.facetarray.in_group
itasca.facetarray.normal
itasca.facetarray.pos
itasca.facetarray.set_conveyor
itasca.facetarray.set_extra
itasca.facetarray.set_group
itasca.fish.call_function
itasca.fish.get
itasca.fish.has
itasca.fish.is_function
itasca.fish.set
itasca.flowknot.count
itasca.flowknot.find
itasca.flowknot.list
itasca.flowknot.maxid
itasca.flowknot.near
itasca.flowknotarray.extra
itasca.flowknotarray.ids
itasca.flowknotarray.in_group
itasca.flowknotarray.set_extra
itasca.flowknotarray.set_group
itasca.flowplane.count
itasca.flowplane.find
itasca.flowplane.list
itasca.flowplane.maxid
itasca.flowplane.vertex.count
itasca.flowplane.vertex.find
itasca.flowplane.vertex.list
itasca.flowplane.vertex.maxid
itasca.flowplane.vertexarray.extra
itasca.flowplane.vertexarray.ids
itasca.flowplane.vertexarray.in_group
itasca.flowplane.vertexarray.set_extra
itasca.flowplane.vertexarray.set_group
itasca.flowplane.zone.count
itasca.flowplane.zone.find
itasca.flowplane.zone.list
itasca.flowplane.zone.maxid
itasca.flowplane.zonearray.extra
itasca.flowplane.zonearray.ids
itasca.flowplane.zonearray.in_group
itasca.flowplane.zonearray.set_extra
itasca.flowplane.zonearray.set_group
itasca.flowplanearray.extra
itasca.flowplanearray.ids
itasca.flowplanearray.in_group
itasca.flowplanearray.set_extra
itasca.flowplanearray.set_group
itasca.fos
itasca.get_save_variables
itasca.gravity
itasca.gravity_x
itasca.gravity_y
itasca.gravity_z
itasca.gridpoint.count
itasca.gridpoint.find
itasca.gridpoint.list
itasca.gridpoint.maxid
itasca.gridpoint.near
itasca.gridpointarray.accel
itasca.gridpointarray.disp
itasca.gridpointarray.extra
itasca.gridpointarray.fill_disp
itasca.gridpointarray.fill_force_app
itasca.gridpointarray.fill_force_unbal
itasca.gridpointarray.fill_pos
itasca.gridpointarray.fill_vel
itasca.gridpointarray.fixity
itasca.gridpointarray.flow
itasca.gridpointarray.flux
itasca.gridpointarray.force_app
itasca.gridpointarray.force_unbal
itasca.gridpointarray.ids
itasca.gridpointarray.live_mechanical
itasca.gridpointarray.porepressure
itasca.gridpointarray.pos
itasca.gridpointarray.set_disp
itasca.gridpointarray.set_extra
itasca.gridpointarray.set_fixity
itasca.gridpointarray.set_flow
itasca.gridpointarray.set_force_app
itasca.gridpointarray.set_porepressure
itasca.gridpointarray.set_pos
itasca.gridpointarray.set_temperature
itasca.gridpointarray.set_vel
itasca.gridpointarray.stiffness
itasca.gridpointarray.temperature
itasca.gridpointarray.vel
itasca.gridpointarray.zones
itasca.group
itasca.history.get
itasca.interface.find
itasca.interface.list
itasca.interfacearray.elements
itasca.interfacearray.in_group
itasca.interfacearray.nodes
itasca.interfacearray.set_group
itasca.interfaceelementarray.area
itasca.interfaceelementarray.in_group
itasca.interfaceelementarray.normal
itasca.interfaceelementarray.of_interface
itasca.interfaceelementarray.set_group
itasca.interfacenodearray.area
itasca.interfacenodearray.disp
itasca.interfacenodearray.disp_shear
itasca.interfacenodearray.in_group
itasca.interfacenodearray.normal
itasca.interfacenodearray.of_interface
itasca.interfacenodearray.penetration
itasca.interfacenodearray.porepressure
itasca.interfacenodearray.pos
itasca.interfacenodearray.prop_scalar
itasca.interfacenodearray.prop_scalar_set
itasca.interfacenodearray.set_disp_shear
itasca.interfacenodearray.set_group
itasca.interfacenodearray.set_pos
itasca.interfacenodearray.set_slip
itasca.interfacenodearray.set_stress_shear
itasca.interfacenodearray.set_tol
itasca.interfacenodearray.set_vel
itasca.interfacenodearray.slip
itasca.interfacenodearray.stress_normal
itasca.interfacenodearray.stress_shear
itasca.interfacenodearray.tol
itasca.interfacenodearray.vel
itasca.mainWindow
itasca.measure.count
itasca.measure.find
itasca.measure.list
itasca.measure.maxid
itasca.mech_age
itasca.pebblearray.extra
itasca.pebblearray.fill_pos
itasca.pebblearray.fill_radius
itasca.pebblearray.fill_vel
itasca.pebblearray.ids
itasca.pebblearray.in_group
itasca.pebblearray.pos
itasca.pebblearray.radius
itasca.pebblearray.set_extra
itasca.pebblearray.set_group
itasca.pebblearray.set_pos
itasca.pebblearray.set_radius
itasca.pebblearray.vel
itasca.pebblefacetarray.branch
itasca.pebblefacetarray.extra
itasca.pebblefacetarray.fill_branch
itasca.pebblefacetarray.fill_force_global
itasca.pebblefacetarray.fill_force_local
itasca.pebblefacetarray.fill_force_normal
itasca.pebblefacetarray.fill_force_shear
itasca.pebblefacetarray.fill_gap
itasca.pebblefacetarray.fill_moment1_global
itasca.pebblefacetarray.fill_moment1_local
itasca.pebblefacetarray.fill_moment2_global
itasca.pebblefacetarray.fill_moment2_local
itasca.pebblefacetarray.fill_normal
itasca.pebblefacetarray.fill_offset
itasca.pebblefacetarray.fill_pos
itasca.pebblefacetarray.force_global
itasca.pebblefacetarray.force_local
itasca.pebblefacetarray.force_normal
itasca.pebblefacetarray.force_shear
itasca.pebblefacetarray.gap
itasca.pebblefacetarray.ids
itasca.pebblefacetarray.in_group
itasca.pebblefacetarray.moment1_global
itasca.pebblefacetarray.moment1_local
itasca.pebblefacetarray.moment2_global
itasca.pebblefacetarray.moment2_local
itasca.pebblefacetarray.normal
itasca.pebblefacetarray.offset
itasca.pebblefacetarray.pos
itasca.pebblefacetarray.set_extra
itasca.pebblefacetarray.set_group
itasca.pebblepebblearray.branch
itasca.pebblepebblearray.extra
itasca.pebblepebblearray.fill_branch
itasca.pebblepebblearray.fill_force_global
itasca.pebblepebblearray.fill_force_local
itasca.pebblepebblearray.fill_force_normal
itasca.pebblepebblearray.fill_force_shear
itasca.pebblepebblearray.fill_gap
itasca.pebblepebblearray.fill_moment1_global
itasca.pebblepebblearray.fill_moment1_local
itasca.pebblepebblearray.fill_moment2_global
itasca.pebblepebblearray.fill_moment2_local
itasca.pebblepebblearray.fill_normal
itasca.pebblepebblearray.fill_offset
itasca.pebblepebblearray.fill_pos
itasca.pebblepebblearray.force_global
itasca.pebblepebblearray.force_local
itasca.pebblepebblearray.force_normal
itasca.pebblepebblearray.force_shear
itasca.pebblepebblearray.gap
itasca.pebblepebblearray.ids
itasca.pebblepebblearray.in_group
itasca.pebblepebblearray.moment1_global
itasca.pebblepebblearray.moment1_local
itasca.pebblepebblearray.moment2_global
itasca.pebblepebblearray.moment2_local
itasca.pebblepebblearray.normal
itasca.pebblepebblearray.offset
itasca.pebblepebblearray.pos
itasca.pebblepebblearray.set_extra
itasca.pebblepebblearray.set_group
itasca.pebblerblockarray.branch
itasca.pebblerblockarray.extra
itasca.pebblerblockarray.fill_branch
itasca.pebblerblockarray.fill_force_global
itasca.pebblerblockarray.fill_force_local
itasca.pebblerblockarray.fill_force_normal
itasca.pebblerblockarray.fill_force_shear
itasca.pebblerblockarray.fill_gap
itasca.pebblerblockarray.fill_moment1_global
itasca.pebblerblockarray.fill_moment1_local
itasca.pebblerblockarray.fill_moment2_global
itasca.pebblerblockarray.fill_moment2_local
itasca.pebblerblockarray.fill_normal
itasca.pebblerblockarray.fill_offset
itasca.pebblerblockarray.fill_pos
itasca.pebblerblockarray.force_global
itasca.pebblerblockarray.force_local
itasca.pebblerblockarray.force_normal
itasca.pebblerblockarray.force_shear
itasca.pebblerblockarray.gap
itasca.pebblerblockarray.ids
itasca.pebblerblockarray.in_group
itasca.pebblerblockarray.moment1_global
itasca.pebblerblockarray.moment1_local
itasca.pebblerblockarray.moment2_global
itasca.pebblerblockarray.moment2_local
itasca.pebblerblockarray.normal
itasca.pebblerblockarray.offset
itasca.pebblerblockarray.pos
itasca.pebblerblockarray.set_extra
itasca.pebblerblockarray.set_group
itasca.rblock.containing
itasca.rblock.count
itasca.rblock.energies
itasca.rblock.energy
itasca.rblock.find
itasca.rblock.inbox
itasca.rblock.list
itasca.rblock.maxid
itasca.rblock.near
itasca.rblock.template.count
itasca.rblock.template.find
itasca.rblock.template.findpebble
itasca.rblock.template.list
itasca.rblock.template.maxid
itasca.rblockarray.damp
itasca.rblockarray.density
itasca.rblockarray.disp
itasca.rblockarray.euler
itasca.rblockarray.extra
itasca.rblockarray.fill_damp
itasca.rblockarray.fill_density
itasca.rblockarray.fill_disp
itasca.rblockarray.fill_euler
itasca.rblockarray.fill_force_app
itasca.rblockarray.fill_force_contact
itasca.rblockarray.fill_force_unbal
itasca.rblockarray.fill_mass
itasca.rblockarray.fill_mass_real
itasca.rblockarray.fill_moi_prin
itasca.rblockarray.fill_moi_prin_real
itasca.rblockarray.fill_moment_app
itasca.rblockarray.fill_moment_contact
itasca.rblockarray.fill_moment_unbal
itasca.rblockarray.fill_pos
itasca.rblockarray.fill_spin
itasca.rblockarray.fill_vel
itasca.rblockarray.fill_vol
itasca.rblockarray.force_app
itasca.rblockarray.force_contact
itasca.rblockarray.force_unbal
itasca.rblockarray.ids
itasca.rblockarray.in_group
itasca.rblockarray.mass
itasca.rblockarray.mass_real
itasca.rblockarray.moi_prin
itasca.rblockarray.moi_prin_real
itasca.rblockarray.moment_app
itasca.rblockarray.moment_contact
itasca.rblockarray.moment_unbal
itasca.rblockarray.pos
itasca.rblockarray.set_damp
itasca.rblockarray.set_density
itasca.rblockarray.set_disp
itasca.rblockarray.set_euler
itasca.rblockarray.set_extra
itasca.rblockarray.set_force_app
itasca.rblockarray.set_force_contact
itasca.rblockarray.set_group
itasca.rblockarray.set_moi_prin_real
itasca.rblockarray.set_moment_app
itasca.rblockarray.set_moment_contact
itasca.rblockarray.set_pos
itasca.rblockarray.set_spin
itasca.rblockarray.set_vel
itasca.rblockarray.set_vol
itasca.rblockarray.spin
itasca.rblockarray.vel
itasca.rblockarray.vol
itasca.rblockfacetarray.branch
itasca.rblockfacetarray.extra
itasca.rblockfacetarray.fill_branch
itasca.rblockfacetarray.fill_force_global
itasca.rblockfacetarray.fill_force_local
itasca.rblockfacetarray.fill_force_normal
itasca.rblockfacetarray.fill_force_shear
itasca.rblockfacetarray.fill_gap
itasca.rblockfacetarray.fill_moment1_global
itasca.rblockfacetarray.fill_moment1_local
itasca.rblockfacetarray.fill_moment2_global
itasca.rblockfacetarray.fill_moment2_local
itasca.rblockfacetarray.fill_normal
itasca.rblockfacetarray.fill_offset
itasca.rblockfacetarray.fill_pos
itasca.rblockfacetarray.force_global
itasca.rblockfacetarray.force_local
itasca.rblockfacetarray.force_normal
itasca.rblockfacetarray.force_shear
itasca.rblockfacetarray.gap
itasca.rblockfacetarray.ids
itasca.rblockfacetarray.in_group
itasca.rblockfacetarray.moment1_global
itasca.rblockfacetarray.moment1_local
itasca.rblockfacetarray.moment2_global
itasca.rblockfacetarray.moment2_local
itasca.rblockfacetarray.normal
itasca.rblockfacetarray.offset
itasca.rblockfacetarray.pos
itasca.rblockfacetarray.set_extra
itasca.rblockfacetarray.set_group
itasca.rblockrblockarray.branch
itasca.rblockrblockarray.extra
itasca.rblockrblockarray.fill_branch
itasca.rblockrblockarray.fill_force_global
itasca.rblockrblockarray.fill_force_local
itasca.rblockrblockarray.fill_force_normal
itasca.rblockrblockarray.fill_force_shear
itasca.rblockrblockarray.fill_gap
itasca.rblockrblockarray.fill_moment1_global
itasca.rblockrblockarray.fill_moment1_local
itasca.rblockrblockarray.fill_moment2_global
itasca.rblockrblockarray.fill_moment2_local
itasca.rblockrblockarray.fill_normal
itasca.rblockrblockarray.fill_offset
itasca.rblockrblockarray.fill_pos
itasca.rblockrblockarray.force_global
itasca.rblockrblockarray.force_local
itasca.rblockrblockarray.force_normal
itasca.rblockrblockarray.force_shear
itasca.rblockrblockarray.gap
itasca.rblockrblockarray.ids
itasca.rblockrblockarray.in_group
itasca.rblockrblockarray.indices
itasca.rblockrblockarray.moment1_global
itasca.rblockrblockarray.moment1_local
itasca.rblockrblockarray.moment2_global
itasca.rblockrblockarray.moment2_local
itasca.rblockrblockarray.normal
itasca.rblockrblockarray.offset
itasca.rblockrblockarray.pos
itasca.rblockrblockarray.set_extra
itasca.rblockrblockarray.set_group
itasca.remove_callback
itasca.remove_save_variable
itasca.sel.beam.count
itasca.sel.beam.find
itasca.sel.beam.list
itasca.sel.beam.maxid
itasca.sel.beamarray.extra
itasca.sel.beamarray.force_axial
itasca.sel.beamarray.ids
itasca.sel.beamarray.in_group
itasca.sel.beamarray.length
itasca.sel.beamarray.set_extra
itasca.sel.beamarray.set_group
itasca.sel.beamarray.strain_axial
itasca.sel.beamarray.stress_axial
itasca.sel.cable.count
itasca.sel.cable.find
itasca.sel.cable.list
itasca.sel.cable.maxid
itasca.sel.cablearray.extra
itasca.sel.cablearray.force_axial
itasca.sel.cablearray.ids
itasca.sel.cablearray.in_group
itasca.sel.cablearray.length
itasca.sel.cablearray.set_extra
itasca.sel.cablearray.set_group
itasca.sel.cablearray.strain_axial
itasca.sel.cablearray.stress_axial
itasca.sel.count
itasca.sel.liner.count
itasca.sel.liner.find
itasca.sel.liner.list
itasca.sel.liner.maxid
itasca.sel.linerarray.extra
itasca.sel.linerarray.ids
itasca.sel.linerarray.in_group
itasca.sel.linerarray.set_extra
itasca.sel.linerarray.set_group
itasca.sel.node.count
itasca.sel.node.find
itasca.sel.node.list
itasca.sel.node.maxid
itasca.sel.nodearray.extra
itasca.sel.nodearray.ids
itasca.sel.nodearray.in_group
itasca.sel.nodearray.set_extra
itasca.sel.nodearray.set_group
itasca.sel.reinforcement.count
itasca.sel.reinforcement.find
itasca.sel.reinforcement.list
itasca.sel.reinforcement.maxid
itasca.sel.reinforcementarray.extra
itasca.sel.reinforcementarray.ids
itasca.sel.reinforcementarray.in_group
itasca.sel.reinforcementarray.set_extra
itasca.sel.reinforcementarray.set_group
itasca.set_callback
itasca.set_deterministic
itasca.set_domain_condition
itasca.set_domain_max
itasca.set_domain_max_x
itasca.set_domain_max_y
itasca.set_domain_max_z
itasca.set_domain_min
itasca.set_domain_min_x
itasca.set_domain_min_y
itasca.set_domain_min_z
itasca.set_domain_strain_rate
itasca.set_gravity
itasca.set_gravity_x
itasca.set_gravity_y
itasca.set_gravity_z
itasca.set_threads
itasca.slot
itasca.state_callbacks
itasca.structure.count
itasca.structure.find
itasca.structure.link.count
itasca.structure.link.find
itasca.structure.link.list
itasca.structure.link.maxid
itasca.structure.list
itasca.structure.maxid
itasca.structure.mech_convergence
itasca.structure.mech_ratio_avg
itasca.structure.mech_ratio_local
itasca.structure.mech_ratio_max
itasca.structure.near
itasca.structure.node.count
itasca.structure.node.find
itasca.structure.node.list
itasca.structure.node.maxid
itasca.structure.node.near
itasca.template.count
itasca.template.find
itasca.template.list
itasca.template.maxid
itasca.threads
itasca.timestep
itasca.vertexarray.fill_pos
itasca.vertexarray.fill_vel
itasca.vertexarray.ids
itasca.vertexarray.pos
itasca.vertexarray.set_pos
itasca.vertexarray.set_vel
itasca.vertexarray.vel
itasca.wall.count
itasca.wall.energy
itasca.wall.facet.count
itasca.wall.facet.find
itasca.wall.facet.inbox
itasca.wall.facet.list
itasca.wall.facet.maxid
itasca.wall.facet.near
itasca.wall.find
itasca.wall.inbox
itasca.wall.list
itasca.wall.maxid
itasca.wall.near
itasca.wall.thermal.count
itasca.wall.thermal.facet.count
itasca.wall.thermal.facet.find
itasca.wall.thermal.facet.inbox
itasca.wall.thermal.facet.list
itasca.wall.thermal.facet.maxid
itasca.wall.thermal.facet.near
itasca.wall.thermal.find
itasca.wall.thermal.inbox
itasca.wall.thermal.list
itasca.wall.thermal.maxid
itasca.wall.thermal.near
itasca.wall.vertex.count
itasca.wall.vertex.find
itasca.wall.vertex.inbox
itasca.wall.vertex.list
itasca.wall.vertex.maxid
itasca.wall.vertex.near
itasca.wallarray.cutoff
itasca.wallarray.disp
itasca.wallarray.euler
itasca.wallarray.extra
itasca.wallarray.fill_cutoff
itasca.wallarray.fill_disp
itasca.wallarray.fill_euler
itasca.wallarray.fill_force_contact
itasca.wallarray.fill_moment_contact
itasca.wallarray.fill_pos
itasca.wallarray.fill_rotation_center
itasca.wallarray.fill_spin
itasca.wallarray.fill_vel
itasca.wallarray.force_contact
itasca.wallarray.ids
itasca.wallarray.in_group
itasca.wallarray.moment_contact
itasca.wallarray.pos
itasca.wallarray.rotation_center
itasca.wallarray.set_cutoff
itasca.wallarray.set_disp
itasca.wallarray.set_euler
itasca.wallarray.set_extra
itasca.wallarray.set_force_contact
itasca.wallarray.set_group
itasca.wallarray.set_moment_contact
itasca.wallarray.set_pos
itasca.wallarray.set_rotation_center
itasca.wallarray.set_spin
itasca.wallarray.set_vel
itasca.wallarray.spin
itasca.wallarray.vel
itasca.zone.containing
itasca.zone.count
itasca.zone.create_ratio
itasca.zone.creep_time_total
itasca.zone.creep_timestep
itasca.zone.dynamic_time_total
itasca.zone.dynamic_timestep
itasca.zone.find
itasca.zone.fluid_ratio
itasca.zone.fluid_stress_normal
itasca.zone.fluid_time_total
itasca.zone.fluid_timestep
itasca.zone.fluid_unbal_avg
itasca.zone.fluid_unbal_max
itasca.zone.force_update
itasca.zone.list
itasca.zone.maxid
itasca.zone.mech_convergence
itasca.zone.mech_ratio
itasca.zone.mech_ratio_avg
itasca.zone.mech_ratio_local
itasca.zone.mech_ratio_max
itasca.zone.near
itasca.zone.set_creep_time_total
itasca.zone.set_creep_timestep
itasca.zone.set_dynamic_time_total
itasca.zone.set_dynamic_timestep
itasca.zone.set_fluid_time_total
itasca.zone.set_fluid_timestep
itasca.zone.set_thermal_time_total
itasca.zone.set_thermal_timestep
itasca.zone.thermal_ratio
itasca.zone.thermal_time_total
itasca.zone.thermal_timestep
itasca.zone.unbal
itasca.zonearray.extra
itasca.zonearray.faces
itasca.zonearray.fill_pos
itasca.zonearray.flow
itasca.zonearray.fluid_prop
itasca.zonearray.gridpoints
itasca.zonearray.ids
itasca.zonearray.in_group
itasca.zonearray.live_mechanical
itasca.zonearray.neighbors
itasca.zonearray.overlay_stresses
itasca.zonearray.pos
itasca.zonearray.prop_scalar
itasca.zonearray.set_extra
itasca.zonearray.set_fluid_prop
itasca.zonearray.set_group
itasca.zonearray.set_prop_scalar
itasca.zonearray.set_stress
itasca.zonearray.set_stress_flat
itasca.zonearray.state
itasca.zonearray.strain
itasca.zonearray.strain_flat
itasca.zonearray.stress
itasca.zonearray.stress_flat
itasca.zonearray.stress_max
itasca.zonearray.stress_min
itasca.zonearray.temperature
itasca.zonearray.volume
itasca.zonearray.volume_deformed
list(<INT/STR/VEC2/VEC3/MAT/MAP/LIST_PNT>)
list.append(LIST,ANY)
list.at(LIST,INT)
list.concatenate(ANY<,INT>)
list.count(LIST,ANY)
list.create(INT<,ANY>)
list.extend(LIST,ANY)
list.find.index(LIST,ANY<,INT>)
list.insert(LIST,INT,ANY)
list.insert.list(LIST,INT,ANY)
list.max(LIST)
list.min(LIST)
list.prepend(ANY,LIST)
list.range(NUM,NUM<,NUM>)
list.resize(LIST,INT<,ANY>)
list.reverse(LIST)
list.separate(ANY,INT)
list.sequence(ANY)
list.size(LIST)
list.sort(LIST)
list.sum(LIST)
mail.account(STR)
mail.attachment.add(STR)
mail.attachment.delete(STR)
mail.body(BOOL,STR)
mail.clear
mail.domain(STR)
mail.from(STR)
mail.host(STR)
mail.password(STR)
mail.port(INT)
mail.recipient.add(STR,STR)
mail.recipient.delete(STR,STR)
mail.send
mail.subject(STR)
map(<ANY/STRUCT/LIST><,ANY/LIST><,ANY><,ANY>)
map.add(MAP,ANY,ANY)
map.add.list(MAP,LIST,LIST)
map.has(MAP,ANY)
map.keys(MAP)
map.merge(MAP,MAP)
map.remove(MAP,ANY)
map.size(MAP)
map.value(MAP,ANY)
map.value.all(MAP)
math.aangle.to.euler(VEC3)
math.abs(NUM)
math.acos(NUM)
math.and(INT,INT)
math.area.intersect.poly.poly(MAP,MAP)
math.area.poly(List)
math.asin(NUM)
math.atan(NUM)
math.atan2(NUM,NUM)
math.bound(NUM/VEC2/VEC3,NUM/VEC2/VEC3,NUM/VEC2/VEC3)
math.ceiling(NUM)
math.choose(BOOL,ANY,ANY)
math.closest.segment.point(VEC2/VEC3,VEC2/VEC3,VEC2/VEC3)
math.closest.triangle.point(VEC2/VEC3,VEC2/VEC3,VEC2/VEC3,VEC2/VEC3)
math.cos(NUM)
math.cosh(NUM)
math.cross(VEC2/VEC3,VEC2/VEC3)
math.ddir.from.normal(VEC3+)
math.degrad
math.dip.from.normal(VEC2/VEC3)
math.dist.segment.point(VEC2/VEC3,VEC2/VEC3,VEC2/VEC3)
math.dist.segment.segment(VEC2/VEC3,VEC2/VEC3,VEC2/VEC3,VEC2/VEC3)
math.dist.triangle.segment(VEC2/VEC3,VEC2/VEC3,VEC2/VEC3,VEC2/VEC3,VEC2/VEC3)
math.dot(VEC,VEC)
math.erf(FLT)
math.erfc(FLT)
math.euler.to.aangle(VEC3)
math.exp(NUM)
math.expint(FLT)
math.floor(NUM)
math.gamma(FLT)
math.in.range(NUM/VEC2/VEC3,NUM/VEC2/VEC3,NUM/VEC2/VEC3)
math.ln(NUM)
math.log(NUM)
math.lshift(INT,INT)
math.mag(VEC2/VEC3)
math.mag2(VEC2/VEC3)
math.max(ANY,ANY<,ANY>)
math.min(NUM,NUM<,NUM>)
math.normal.from.dip(FLT)
math.normal.from.dip.ddir(FLT,FLT)
math.not(INT)
math.or(INT,INT)
math.outer.product(MAT/VEC2/VEC3,MAT/VEC2/VEC3)
math.pi
math.random.gauss(<INT>)
math.random.uniform(<INT>)
math.round(NUM)
math.rshift(INT,INT)
math.sgn(NUM)
math.sin(NUM)
math.sinh(NUM)
math.sqrt(NUM)
math.tan(NUM)
math.tanh(NUM)
math.triangle.inside(VEC2,VEC2,VEC2,VEC2)
math.triangle.interp(VEC2,FLT,VEC2,FLT,VEC2,FLT,VEC2)
math.unit(VEC)
matrix(INT/LIST/TEN/VEC2/VEC3/ARR<,INT><,FLT/INT>)
matrix.cols(MAT)
matrix.det(MAT/TEN)
matrix.from.axis.angle(VEC3)
matrix.from.euler(VEC3)
matrix.identity(INT)
matrix.inverse(MAT/TEN/ARR)
matrix.lubksb(MAT/TEN/ARR,LIST/ARR,ARR/MAT/VEC3/VEC2)
matrix.ludcmp(MAT/TEN/ARR,LIST/ARR)
matrix.rows(MAT)
matrix.to.axis.angle(MAT)
matrix.to.euler(MAT)
matrix.transpose(MAT)
measure.coordination(MEAS_PNT)
measure.delete(MEAS_PNT)
measure.find(INT)
measure.id(MEAS_PNT)
measure.list
measure.maxid
measure.num
measure.porosity(MEAS_PNT)
measure.pos(MEAS_PNT)
measure.radius(MEAS_PNT)
measure.size(MEAS_PNT)
measure.strain.rate(MEAS_PNT)
measure.stress(MEAS_PNT)
measure.typeid
mech.active
mech.cycle
mech.safety.factor
mech.solve(STR)
mech.step
mech.time.total
mech.timestep
mech.timestep.given
mech.timestep.max
memory(MEM)
memory.create(INT)
memory.delete(MEM)
memory.fortran.float
memory.fortran.index
memory.fortran.integer
memory.offset(MEM)
memory.size(MEM)
null
range.find(STR)
range.isin(RAN_PNT,IND/PNT/VEC)
rblock.angle(RB_PNT)(2D ONLY)
rblock.aspect.ratio(RB_PNT)
rblock.axis.angle(RB_PNT)(3D ONLY)
rblock.axis.long(RB_PNT)
rblock.ball.pos(RB_PNT)
rblock.ball.radius(RB_PNT)
rblock.collide(RB_PNT,RB_PNT)
rblock.contact.list(RB_PNT<,INT,PNT>)
rblock.contact.list.all(RB_PNT<,INT,PNT>)
rblock.contactmap(RB_PNT<,INT,PNT>)
rblock.contactmap.all(RB_PNT<,INT,PNT>)
rblock.contactnum(RB_PNT<,INT>)
rblock.contactnum.all(RB_PNT<,INT>)
rblock.containing(VEC)
rblock.convergence(RB_PNT)
rblock.copy(RB_PNT)
rblock.damp(RB_PNT)
rblock.delete(RB_PNT)
rblock.density(RB_PNT)
rblock.disp(RB_PNT)
rblock.energy(STR)
rblock.euler(RB_PNT)(3D ONLY)
rblock.extra(RB_PNT<,INT>)
rblock.facet(,group)
rblock.facet.area(RB_PNT,INT)
rblock.facet.centroid(RB_PNT,INT)
rblock.facet.closest(RB_PNT,INT,VEC)
rblock.facet.group(RB_PNT,INT<,STR>)
rblock.facet.isgroup(RB_PNT,INT,STR/IND<,STR/IND>)
rblock.facet.list(RB_PNT)
rblock.facet.map(RB_PNT)
rblock.facet.normal(RB_PNT,INT)
rblock.facet.num(RB_PNT)
rblock.facet.vertex.pos(RB_PNT,INT,INT)
rblock.find(INT)
rblock.fix(RB_PNT,INT)
rblock.force.app(RB_PNT)
rblock.force.contact(RB_PNT)
rblock.force.unbal(RB_PNT)
rblock.fragment(RB_PNT)
rblock.group(RB_PNT<,STR/IND>)
rblock.group.list(STR/IND<,STR/IND>)
rblock.group.remove(RB_PNT,STR/IND<,STR/IND>)
rblock.groupmap(STR/IND<,STR/IND>)
rblock.id(RB_PNT)
rblock.inbox(VEC,VEC<,BOOL>)
rblock.inglobal(RB_PNT,VEC)
rblock.inprin(RB_PNT,VEC)
rblock.inside(RB_PNT,VEC)
rblock.isbonded(RB_PNT<,INT,PNT>)
rblock.isgroup(RB_PNT,STR/IND<,STR/IND>)
rblock.isprop(RB_PNT,STR)
rblock.length.max(RB_PNT)
rblock.length.min(RB_PNT)
rblock.list
rblock.mass(RB_PNT)
rblock.mass.real(RB_PNT)
rblock.maxid
rblock.mech.convergence
rblock.mech.ratio.avg
rblock.mech.ratio.local
rblock.mech.ratio.max
rblock.mech.unbal.max
rblock.moi(RB_PNT)
rblock.moi.fix(RB_PNT)
rblock.moi.prin(RB_PNT)
rblock.moi.prin.real(RB_PNT)
rblock.moi.real(RB_PNT)
rblock.moment.app(RB_PNT)
rblock.moment.contact(RB_PNT)
rblock.moment.unbal(RB_PNT)
rblock.near(VEC<,FLT>)
rblock.num
rblock.pos(RB_PNT)
rblock.prin.angle(RB_PNT)(2D ONLY)
rblock.prin.axis.angle(RB_PNT)(3D ONLY)
rblock.prin.euler(RB_PNT)(3D ONLY)
rblock.prop(RB_PNT,STR)
rblock.ratio(RB_PNT)
rblock.ratio.target(RB_PNT)
rblock.rotation(RB_PNT)(2D ONLY)
rblock.rounding(RB_PNT)
rblock.scalesphere(RB_PNT,FLT)
rblock.scalevol(RB_PNT,FLT)
rblock.spin(RB_PNT)
rblock.stress(RB_PNT)
rblock.template.delete(RBT_PNT)
rblock.template.find(STR)
rblock.template.list
rblock.template.maxid
rblock.template.moi(RBT_PNT)
rblock.template.moi.prin(RBT_PNT)
rblock.template.name(RBT_PNT)
rblock.template.num
rblock.template.typeid
rblock.template.vol(RBT_PNT)
rblock.thermal.contact.list(RBTH_PNT<,INT,PNT>)
rblock.thermal.contact.list.all(RBTH_PNT<,INT,PNT>)
rblock.thermal.contactmap(RBTH_PNT<,INT,PNT>)
rblock.thermal.contactmap.all(RBTH_PNT<,INT,PNT>)
rblock.thermal.contactnum(RBTH_PNT<,INT>)
rblock.thermal.contactnum.all(RBTH_PNT<,INT>)
rblock.thermal.expansion(RBTH_PNT)
rblock.thermal.extra(RBTH_PNT<,INT>)
rblock.thermal.find(INT)
rblock.thermal.fix(RBTH_PNT)
rblock.thermal.group(RBTH_PNT<,STR/IND>)
rblock.thermal.group.list(STR/IND<,STR/IND>)
rblock.thermal.group.remove(RBTH_PNT,STR/IND<,STR/IND>)
rblock.thermal.groupmap(STR/IND<,STR/IND>)
rblock.thermal.id(RBTH_PNT)
rblock.thermal.inbox(VEC,VEC<,BOOL>)
rblock.thermal.isgroup(RBTH_PNT,STR/IND<,STR/IND>)
rblock.thermal.isprop(RBTH_PNT,STR)
rblock.thermal.list
rblock.thermal.near(VEC<,FLT>)
rblock.thermal.num
rblock.thermal.power.app(RBTH_PNT)
rblock.thermal.power.unbal(RBTH_PNT)
rblock.thermal.prop(RBTH_PNT,STR)
rblock.thermal.rigid(blockbt)
rblock.thermal.specific.heat(RBTH_PNT)
rblock.thermal.temp(RBTH_PNT)
rblock.thermal.temp.increment(RBTH_PNT)
rblock.thermal.typeid
rblock.typeid
rblock.unbond(RB_PNT)
rblock.vel(RB_PNT)
rblock.vertex.list(RB_PNT)
rblock.vertex.map(RB_PNT)
rblock.vertex.num(RB_PNT)
rblock.vertex.pos(RB_PNT,INT)
rblock.vol(RB_PNT)
sel.hybrid.area(SC_PNT)
sel.hybrid.collection(SC_PNT)
sel.hybrid.dir(SC_PNT)
sel.hybrid.dowel.dis(SCD_PNT)
sel.hybrid.dowel.force(SCD_PNT)
sel.hybrid.dowel.group.remove(SHD_PNT,STR/IND<,STR/IND>)
sel.hybrid.dowel.isgroup(SHD_PNT,STR/IND<,STR/IND>)
sel.hybrid.dowel.length(SCD_PNT)
sel.hybrid.dowel.norm(SCD_PNT)
sel.hybrid.dowel.pos(SCD_PNT)
sel.hybrid.dowel.sfactor(SCD_PNT)
sel.hybrid.dowel.state(SCD_PNT)
sel.hybrid.dowel.strain(SCD_PNT)
sel.hybrid.dowellist(SC_PNT)
sel.hybrid.extra(SC_PNT<,INT>)
sel.hybrid.find(INT)
sel.hybrid.force.axial(SC_PNT)
sel.hybrid.force.thermal(SC_PNT)
sel.hybrid.fromindex(SC_IND)
sel.hybrid.group(SC_PNT<,STR/IND>)
sel.hybrid.group.remove(SC_PNT,STR/IND<,STR/IND>)
sel.hybrid.grout.cohesion(SC_PNT)
sel.hybrid.grout.friction(SC_PNT)
sel.hybrid.grout.perimeter(SC_PNT)
sel.hybrid.grout.stiffness(SC_PNT)
sel.hybrid.head
sel.hybrid.index(SC_PNT)
sel.hybrid.isgroup(SC_PNT,STR/IND<,STR/IND>)
sel.hybrid.length(SC_PNT)
sel.hybrid.list
sel.hybrid.material(SC_PNT)
sel.hybrid.material.num(SC_PNT)
sel.hybrid.next(SC_PNT)
sel.hybrid.node(SC_PNT,INT)
sel.hybrid.pos(SC_PNT)
sel.hybrid.rupture.tension(SC_PNT)
sel.hybrid.state(SC_PNT)
sel.hybrid.strain.axial(SC_PNT)
sel.hybrid.stress.axial(SC_PNT)
sel.hybrid.yield.compression(SC_PNT)
sel.hybrid.yield.tension(SC_PNT)
sel.hybrid.young(SC_PNT)
sel.node.along(INT,INT)
sel.node.attach(SN_PNT)
sel.node.bond(SN_PNT)
sel.node.collection(SN_PNT)
sel.node.dis(SN_PNT)
sel.node.extra(SN_PNT<,INT>)
sel.node.find(INT)
sel.node.fix(SN_PNT)
sel.node.force(SN_PNT)
sel.node.force.app(SN_PNT)
sel.node.force.shear(SN_PNT)
sel.node.fromindex(SN_IND)
sel.node.group(SN_PNT<,STR/IND>)
sel.node.group.remove(SN_PNT,STR/IND<,STR/IND>)
sel.node.head
sel.node.index(SN_PNT)
sel.node.isgroup(SN_PNT,STR/IND<,STR/IND>)
sel.node.length(SN_PNT)
sel.node.list
sel.node.mass(SN_PNT)
sel.node.material(SN_PNT)
sel.node.matnum(SN_PNT)
sel.node.near(VEC<,INT>)
sel.node.next(SN_PNT)
sel.node.pos(SN_PNT)
sel.node.vel(SN_PNT)
sel.reinforcement.b1(SR_PNT)
sel.reinforcement.b2(SR_PNT)
sel.reinforcement.collection(SR_PNT)
sel.reinforcement.dir(SR_PNT)
sel.reinforcement.disp.axial(SR_PNT)
sel.reinforcement.disp.shear(SR_PNT)
sel.reinforcement.extra(SR_PNT<,INT>)
sel.reinforcement.face1(SR_PNT)
sel.reinforcement.face2(SR_PNT)
sel.reinforcement.find(INT)
sel.reinforcement.force.axial(SR_PNT)
sel.reinforcement.force.shear(SR_PNT)
sel.reinforcement.fromindex(SR_IND)
sel.reinforcement.group(SR_PNT<,STR/IND>)
sel.reinforcement.group.remove(SR_PNT,STR/IND<,STR/IND>)
sel.reinforcement.halflength(SR_PNT)
sel.reinforcement.id(SR_PNT)
sel.reinforcement.index(SR_PNT)
sel.reinforcement.isgroup(SR_PNT,STR/IND<,STR/IND>)
sel.reinforcement.list
sel.reinforcement.material.num(SR_PNT)
sel.reinforcement.next(SR_PNT)
sel.reinforcement.pos(SR_PNT)
sel.reinforcement.rupture.shear(SR_PNT)
sel.reinforcement.rupture.tension(SR_PNT)
sel.reinforcement.state(SR_PNT)
sel.reinforcement.stiffness.axial(SR_PNT)
sel.reinforcement.stiffness.shear(SR_PNT)
sel.reinforcement.strain.axial(SR_PNT)
sel.reinforcement.strain.shear(SR_PNT)
sel.reinforcement.yield.shear(SR_PNT)
sel.reinforcement.yield.tension(SR_PNT)
socket.close(SOCK_PNT/INT)
socket.create
socket.delete(SOCK_PNT)
socket.open(INT/STR,SOCK_PNT/INT<,INT><,INT>)
socket.read(ARR_PNT,INT,SOCK_PNT/INT<,INT>)
socket.read.array(ARR_PNT,SOCK_PNT/INT)
socket.write(ARR_PNT,INT,SOCK_PNT/INT)
socket.write.array(ARR_PNT,SOCK_PNT/INT)
string(ANY<,INT><,STR><,INT><,STR>)
string.build(STR<,ANY><,ANY>)
string.csv.from(STR<,STR>)
string.csv.to(LIST<,STR>)
string.file.ext(STR)
string.file.name(STR)
string.file.path(STR)
string.find(STR,STR)
string.find.regex(STR,STR)
string.join(LIST,STR)
string.len(STR)
string.lower(STR)
string.match.regex(STR,STR)
string.replace(STR,STR,STR)
string.replace.regex(STR,STR,STR)
string.simplify(STR)
string.split(STR<,STR>)
string.split.regex(STR,STR)
string.sub(STR,INT<,INT>)
string.token(STR,INT)
string.token.type(STR,INT)
string.type(STR)
string.upper(STR)
struc.link.group(STRUCT_LINK_PNT<,STR/IND>)
struc.link.group.remove(STRUCT_LINK_PNT,STR/IND<,STR/IND>)
struct.beam.area(STRUCT_BEAM_PNT)
struct.beam.force(STRUCT_BEAM_PNT,INT)
struct.beam.length(STRUCT_BEAM_PNT)
struct.beam.load(STRUCT_BEAM_PNT)
struct.beam.moi(STRUCT_BEAM_PNT)
struct.beam.moment(STRUCT_BEAM_PNT,INT)
struct.beam.moment.plastic(STRUCT_BEAM_PNT)
struct.beam.poisson(STRUCT_BEAM_PNT)
struct.beam.volume(STRUCT_BEAM_PNT)
struct.beam.ydir(STRUCT_BEAM_PNT)
struct.beam.young(STRUCT_BEAM_PNT)
struct.cable.area(STRUCT_CABLE_PNT)
struct.cable.force.axial(STRUCT_CABLE_PNT)
struct.cable.grout.cohesion(STRUCT_CABLE_PNT)
struct.cable.grout.confining(STRUCT_CABLE_PNT,INT)
struct.cable.grout.dir(STRUCT_CABLE_PNT,INT)
struct.cable.grout.disp(STRUCT_CABLE_PNT,INT)
struct.cable.grout.friction(STRUCT_CABLE_PNT)
struct.cable.grout.perimeter(STRUCT_CABLE_PNT)
struct.cable.grout.slip(STRUCT_CABLE_PNT,INT)
struct.cable.grout.stiffness(STRUCT_CABLE_PNT)
struct.cable.grout.stress(STRUCT_CABLE_PNT,INT)
struct.cable.length(STRUCT_CABLE_PNT)
struct.cable.slide(STRUCT_CABLE_PNT)
struct.cable.slide.tol(STRUCT_CABLE_PNT)
struct.cable.state.compression(STRUCT_CABLE_PNT)
struct.cable.state.tension(STRUCT_CABLE_PNT)
struct.cable.strain.plastic(STRUCT_CABLE_PNT)
struct.cable.stress.axial(STRUCT_CABLE_PNT)
struct.cable.table.grout.cohesion(STRUCT_CABLE_PNT)
struct.cable.table.grout.friction(STRUCT_CABLE_PNT)
struct.cable.volume(STRUCT_CABLE_PNT)
struct.cable.yield.compression(STRUCT_CABLE_PNT)
struct.cable.yield.tension(STRUCT_CABLE_PNT)
struct.cable.young(STRUCT_CABLE_PNT)
struct.connectivity(STRUCT_PNT,INT)
struct.delete(STRUCT_PNT)
struct.density(STRUCT_PNT)
struct.extra(STRUCT_PNT<,INT>)
struct.find(INT)
struct.force.nodal(STRUCT_BEAM_PNT)
struct.force.nodal.local(STRUCT_BEAM_PNT)
struct.force.update
struct.geogrid.shear.cohesion(STRUCT_GEOGRID_PNT)
struct.geogrid.shear.dir(STRUCT_GEOGRID_PNT,INT)
struct.geogrid.shear.disp(STRUCT_GEOGRID_PNT,INT)
struct.geogrid.shear.friction(STRUCT_GEOGRID_PNT)
struct.geogrid.shear.state(STRUCT_GEOGRID_PNT,INT)
struct.geogrid.shear.stiffness(STRUCT_GEOGRID_PNT)
struct.geogrid.shear.stress(STRUCT_GEOGRID_PNT,INT)
struct.geogrid.slide(STRUCT_GEOGRID_PNT)
struct.geogrid.slide.tol(STRUCT_GEOGRID_PNT)
struct.geogrid.stress.confining(STRUCT_GEOGRID_PNT,INT)
struct.group(STRUCT_PNT<,STR/IND>)
struct.group.remove(STRUCT_PNT,STR/IND<,STR/IND>)
struct.head
struct.hybrid.dowellist(STRUCT_HYBRID_PNT)
struct.hybrid.rupture.dowel(STRUCT_HYBRID_PNT)
struct.hybrid.rupture.tension(STRUCT_HYBRID_PNT)
struct.id(STRUCT_PNT)
struct.id.component(STRUCT_PNT)
struct.isgroup(STRUCT_PNT,STR/IND<,STR/IND>)
struct.liner.embedded(STRUCT_LINER_PNT)
struct.liner.normal.dir(STRUCT_LINER_PNT,INT)
struct.liner.normal.disp(STRUCT_LINER_PNT,INT)
struct.liner.normal.stiffness(STRUCT_LINER_PNT<,INT>)
struct.liner.normal.strength(STRUCT_LINER_PNT<,INT>)
struct.liner.normal.stress(STRUCT_LINER_PNT,INT<,INT>)
struct.liner.shear.cohesion(STRUCT_LINER_PNT<,INT>)
struct.liner.shear.dir(STRUCT_LINER_PNT,INT)
struct.liner.shear.disp(STRUCT_LINER_PNT,INT)
struct.liner.shear.friction(STRUCT_LINER_PNT<,INT>)
struct.liner.shear.residual(STRUCT_LINER_PNT<,INT>)
struct.liner.shear.state(STRUCT_LINER_PNT,INT)
struct.liner.shear.stiffness(STRUCT_LINER_PNT<,INT>)
struct.liner.shear.stress(STRUCT_LINER_PNT,INT<,INT>)
struct.liner.slide(STRUCT_LINER_PNT)
struct.liner.slide.tol(STRUCT_LINER_PNT)
struct.link.attach(STRUCT_LINK_PNT,INT)
struct.link.delete(STRUCT_LINK_PNT)
struct.link.extra(STRUCT_LINK_PNT<,INT>)
struct.link.find(INT)
struct.link.head
struct.link.id(STRUCT_LINK_PNT)
struct.link.id.component(STRUCT_LINK_PNT)
struct.link.list
struct.link.maxid
struct.link.model(STRUCT_LINK_PNT,INT)
struct.link.model.area(STRUCT_LINK_PNT<,INT>)
struct.link.model.compression(STRUCT_LINK_PNT<,INT>)
struct.link.model.disp(STRUCT_LINK_PNT<,INT>)
struct.link.model.force(STRUCT_LINK_PNT<,INT>)
struct.link.model.gap(STRUCT_LINK_PNT)
struct.link.model.gap.neg(STRUCT_LINK_PNT<,INT>)
struct.link.model.gap.pos(STRUCT_LINK_PNT<,INT>)
struct.link.model.prop(STRUCT_LINK_PNT,INT,STR)
struct.link.model.stiffness(STRUCT_LINK_PNT<,INT>)
struct.link.model.tension(STRUCT_LINK_PNT<,INT>)
struct.link.model.yield(STRUCT_LINK_PNT,INT)
struct.link.next(STRUCT_LINK_PNT)
struct.link.node(STRUCT_LINK_PNT)
struct.link.num
struct.link.side(STRUCT_LINK_PNT)
struct.link.slide(STRUCT_LINK_PNT)
struct.link.slide.tol(STRUCT_LINK_PNT)
struct.link.target(STRUCT_LINK_PNT)
struct.link.type(STRUCT_LINK_PNT)
struct.link.typeid
struct.link.used.by(STRUCT_LINK_PNT)
struct.list
struct.local.system(STRUCT_PNT<,INT><,INT>)
struct.mark(STRUCT_PNT)
struct.maxid
struct.mech.convergence
struct.mech.ratio.avg
struct.mech.ratio.local
struct.mech.ratio.max
struct.near(VEC+)
struct.next(STRUCT_PNT)
struct.node(STRUCT_PNT,INT)
struct.node.acc.global(STRUCT_NODE_PNT<,INT>)
struct.node.acc.local(STRUCT_NODE_PNT<,INT>)
struct.node.apply(STRUCT_NODE_PNT<,INT>)
struct.node.apply.local(STRUCT_NODE_PNT)
struct.node.convergence(STRUCT_NODE_PNT)
struct.node.damp.local(STRUCT_NODE_PNT)
struct.node.disp.global(STRUCT_NODE_PNT<,INT>)
struct.node.disp.local(STRUCT_NODE_PNT<,INT>)
struct.node.dynamic.timestep(STRUCT_NODE_PNT)
struct.node.elements(STRUCT_NODE_PNT)
struct.node.extra(STRUCT_NODE_PNT<,INT>)
struct.node.find(INT)
struct.node.fix(STRUCT_NODE_PNT,INT)
struct.node.fix.local(STRUCT_NODE_PNT)
struct.node.force.unbal.global(STRUCT_NODE_PNT<,INT>)
struct.node.force.unbal.local(STRUCT_NODE_PNT<,INT>)
struct.node.group(STRUCT_NODE_PNT<,STR/IND>)
struct.node.group.remove(STRUCT_NODE_PNT,STR/IND<,STR/IND>)
struct.node.head
struct.node.id(STRUCT_NODE_PNT)
struct.node.id.component(STRUCT_NODE_PNT)
struct.node.isgroup(STRUCT_NODE_PNT,STR/IND<,STR/IND>)
struct.node.link(STRUCT_NODE_PNT<,INT>)
struct.node.list
struct.node.mark(STRUCT_NODE_PNT)
struct.node.mass.added(STRUCT_NODE_PNT)
struct.node.mass.local(STRUCT_NODE_PNT<,INT>)
struct.node.maxid
struct.node.near(VEC+)
struct.node.next(STRUCT_NODE_PNT)
struct.node.num
struct.node.pos(STRUCT_NODE_PNT)
struct.node.pos.reference(STRUCT_NODE_PNT)
struct.node.ratio(STRUCT_NODE_PNT)
struct.node.ratio.target(STRUCT_NODE_PNT)
struct.node.resultant(STRUCT_NODE_PNT<,INT>)
struct.node.stiff.local(STRUCT_NODE_PNT<,INT>)
struct.node.surface.valid(STRUCT_NODE_PNT)
struct.node.surface.xdir(STRUCT_NODE_PNT)
struct.node.system.local(STRUCT_NODE_PNT<,INT><,INT>)
struct.node.system.surface(STRUCT_NODE_PNT<,INT><,INT>)
struct.node.temp.increment(STRUCT_NODE_PNT)
struct.node.typeid
struct.node.vel.global(STRUCT_NODE_PNT<,INT>)
struct.node.vel.local(STRUCT_NODE_PNT<,INT>)
struct.num
struct.pile.area(STRUCT_PILE_PNT)
struct.pile.force(STRUCT_PILE_PNT,INT)
struct.pile.gap(STRUCT_PILE_PNT,INT,INT)
struct.pile.length(STRUCT_PILE_PNT)
struct.pile.load(STRUCT_PILE_PNT)
struct.pile.moi(STRUCT_PILE_PNT)
struct.pile.moment(STRUCT_PILE_PNT,INT)
struct.pile.moment.plastic(STRUCT_PILE_PNT)
struct.pile.normal.cohesion(STRUCT_PILE_PNT)
struct.pile.normal.dir(STRUCT_PILE_PNT,INT)
struct.pile.normal.disp(STRUCT_PILE_PNT,INT)
struct.pile.normal.friction(STRUCT_PILE_PNT)
struct.pile.normal.gap(STRUCT_PILE_PNT)
struct.pile.normal.state(STRUCT_PILE_PNT,INT)
struct.pile.normal.stiffness(STRUCT_PILE_PNT)
struct.pile.normal.stress(STRUCT_PILE_PNT,INT)
struct.pile.perimeter(STRUCT_PILE_PNT)
struct.pile.poisson(STRUCT_PILE_PNT)
struct.pile.rockbolt(STRUCT_PILE_PNT)
struct.pile.rupture.tension(STRUCT_PILE_PNT)
struct.pile.shear.cohesion(STRUCT_PILE_PNT)
struct.pile.shear.dir(STRUCT_PILE_PNT,INT)
struct.pile.shear.disp(STRUCT_PILE_PNT,INT)
struct.pile.shear.flag(STRUCT_PILE_PNT)
struct.pile.shear.friction(STRUCT_PILE_PNT)
struct.pile.shear.state(STRUCT_PILE_PNT,INT)
struct.pile.shear.stiffness(STRUCT_PILE_PNT)
struct.pile.shear.stress(STRUCT_PILE_PNT,INT)
struct.pile.slide(STRUCT_PILE_PNT)
struct.pile.slide.tol(STRUCT_PILE_PNT)
struct.pile.state.compression(STRUCT_PILE_PNT)
struct.pile.state.tension(STRUCT_PILE_PNT)
struct.pile.strain.failure(STRUCT_PILE_PNT)
struct.pile.stress.confining(STRUCT_PILE_PNT,INT)
struct.pile.table.cohesion(STRUCT_PILE_PNT)
struct.pile.table.factor(STRUCT_PILE_PNT)
struct.pile.table.friction(STRUCT_PILE_PNT)
struct.pile.volume(STRUCT_PILE_PNT)
struct.pile.ydir(STRUCT_PILE_PNT)
struct.pile.yield.compression(STRUCT_PILE_PNT)
struct.pile.yield.tension(STRUCT_PILE_PNT)
struct.pile.young(STRUCT_PILE_PNT)
struct.pos(STRUCT_PNT)
struct.shell.area(STRUCT_SHELL_PNT)
struct.shell.beta(STRUCT_SHELL_PNT)
struct.shell.depth.factor(STRUCT_SHELL_PNT)
struct.shell.element.type(STRUCT_SHELL_PNT)
struct.shell.poisson(STRUCT_SHELL_PNT)
struct.shell.pressure(STRUCT_SHELL_PNT)
struct.shell.prop.anis(STRUCT_SHELL_PNT,INT)
struct.shell.prop.matx(STRUCT_SHELL_PNT)
struct.shell.prop.ortho(STRUCT_SHELL_PNT,INT)
struct.shell.prop.type(STRUCT_SHELL_PNT)
struct.shell.resultant(STRUCT_SHELL_PNT,INT<,INT>)
struct.shell.resultant.valid(STRUCT_SHELL_PNT)
struct.shell.stress(STRUCT_SHELL_PNT,INT)
struct.shell.stress.max(STRUCT_SHELL_PNT)
struct.shell.stress.min(STRUCT_SHELL_PNT)
struct.shell.stress.prin(STRUCT_SHELL_PNT,INT)
struct.shell.stress.valid(STRUCT_SHELL_PNT)
struct.shell.thickness(STRUCT_SHELL_PNT)
struct.shell.volume(STRUCT_SHELL_PNT)
struct.shell.young(STRUCT_SHELL_PNT)
struct.therm.expansion(STRUCT_PNT)
struct.type(STRUCT_PNT)
struct.typeid
struct.was.updated
structure.check(STRUCT,STRUCT)
structure.from.map(STR,MAP)
structure.name(STRUCT)
system.beep(<INT><,INT>)
system.clone(STR<,INT><,BOOL>)
system.command(STR/LIST/MAP/ARR<,BOOL>)
system.directory(<STR><,STR>)
system.directory.absolute(STR<,STR>)
system.directory.create(STR)
system.directory.current
system.directory.delete(STR<,BOOL>)
system.directory.list(<STR><,BOOL><,BOOL>)
system.directory.relative(STR<,STR>)
system.environment(STR)
system.error
system.os(STR<,INT>)
system.sleep(INT)
table(INT/STR/TAB_PNT,FLT)
table.as.list(INT/STR/TAB_PNT)
table.clear(INT/STR/TAB_PNT)
table.create(INT/STR)
table.delete(INT/STR/TAB_PNT)
table.derivative(INT/STR/TAB_PNT)
table.fft(INT/STR/TAB_PNT)
table.find(INT/STR)
table.get(INT/STR)
table.id(INT/STR/TAB_PNT)
table.integrate(INT/STR/TAB_PNT)
table.label(INT/STR/TAB_PNT)
table.name(INT/STR/TAB_PNT)
table.size(INT/STR/TAB_PNT)
table.spectrum(INT/STR/TAB_PNT,FLT,FLT,FLT,INT)
table.value(INT/STR/TAB_PNT,INT)
table.x(INT/STR/TAB_PNT,INT)
table.y(INT/STR/TAB_PNT,INT)
tensor(<NUM/LIST/MAT/VEC3/ARR><,NUM><,NUM><,NUM><,NUM><,NUM>)
tensor.i2(TEN)
tensor.j2(TEN)
tensor.prin(TEN)
tensor.prin.dir(TEN)
tensor.prin.from(LIST)
tensor.total(TEN)
tensor.trace(TEN)
thermal.active
thermal.age
thermal.cycle
thermal.safety.factor
thermal.solve(STR)
thermal.step
thermal.time.analytical
thermal.timestep
thermal.timestep.given
thermal.timestep.max
time.clock(<INT>)
time.cpu
time.kernel
time.real
true
type(ANY)
type.index(PNT)
type.name(ANY)
type.pointer(PNT)
type.pointer.id(PNT)
type.pointer.name(PNT)
vector(NUM/LIST/STR/MAT/ARR<,NUM><,NUM>)
version.code.major
version.code.minor
version.fish.major
version.fish.minor
wall.addfacet(W_PNT,VEC,ANY)
wall.closed(W_PNT)
wall.contact.list(W_PNT<,INT><,PNT>)
wall.contact.list.all(W_PNT<,INT><,PNT>)
wall.contactmap(W_PNT<,INT><,PNT>)
wall.contactmap.all(W_PNT<,INT><,PNT>)
wall.contactnum(W_PNT<,INT>)
wall.contactnum.all(W_PNT<,INT>)
wall.convex(W_PNT)
wall.cutoff(W_PNT)
wall.delete(W_PNT)
wall.disp(W_PNT)
wall.energy(STR)
wall.euler(W_PNT)(3D ONLY)
wall.extra(W_PNT<,INT>)
wall.facet.active(WF_PNT)
wall.facet.contact.list(WF_PNT<,INT><,PNT>)
wall.facet.contact.list.all(WF_PNT<,INT><,PNT>)
wall.facet.contactmap(WF_PNT<,INT><,PNT>)
wall.facet.contactmap.all(WF_PNT<,INT><,PNT>)
wall.facet.contactnum(WF_PNT<,INT>)
wall.facet.contactnum.all(WF_PNT<,INT>)
wall.facet.conveyor(WF_PNT)
wall.facet.delete(WF_PNT)
wall.facet.extra(WF_PNT<,INT>)
wall.facet.find(INT)
wall.facet.group(WF_PNT<,STR/IND>)
wall.facet.group.list(STR/IND<,STR/IND>)
wall.facet.group.remove(WF_PNT,STR/IND<,STR/IND>)
wall.facet.groupmap(STR/IND<,STR/IND>)
wall.facet.id(WF_PNT)
wall.facet.inbox(VEC,VEC<,BOOL>)
wall.facet.isbonded(WF_PNT<,INT,PNT>)
wall.facet.isgroup(WF_PNT,STR/IND<,STR/IND>)
wall.facet.isprop(WF_PNT,STR)
wall.facet.list
wall.facet.maxid
wall.facet.near(VEC<,W_PNT,FLT>)
wall.facet.normal(WF_PNT)
wall.facet.num
wall.facet.pair(WF_PNT,INT)
wall.facet.pointnear(WF_PNT,VEC)
wall.facet.pos(WF_PNT)
wall.facet.prop(WF_PNT,STR)
wall.facet.typeid
wall.facet.vertex(WF_PNT,INT)
wall.facet.wall(WF_PNT)
wall.facetlist(W_PNT)
wall.find(STR/INT)
wall.force.contact(W_PNT)
wall.fragment(W_PNT)
wall.group(W_PNT<,STR/IND>)
wall.group.list(STR/IND<,STR/IND>)
wall.group.remove(W_PNT,STR/IND<,STR/IND>)
wall.groupmap(STR/IND<,STR/IND>)
wall.id(W_PNT)
wall.inbox(VEC,VEC<,BOOL>)
wall.inside(W_PNT,VEC)
wall.isbonded(W_PNT<,INT,PNT>)
wall.isgroup(W_PNT,STR/IND<,STR/IND>)
wall.list
wall.maxid
wall.moment.contact(W_PNT)
wall.name(W_PNT)
wall.near(VEC<,FLT>)
wall.num
wall.pos(W_PNT)
wall.prop(W_PNT,STR)
wall.rotation(W_PNT)(2D ONLY)
wall.rotation.center(W_PNT)
wall.spin(W_PNT)
wall.thermal.contact.list(WTH_PNT<,INT><,PNT>)
wall.thermal.contact.list.all(WTH_PNT<,INT><,PNT>)
wall.thermal.contactmap(WTH_PNT<,INT><,PNT>)
wall.thermal.contactmap.all(WTH_PNT<,INT><,PNT>)
wall.thermal.extra(WTH_PNT<,INT>)
wall.thermal.facet.contact.list(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.contact.list.all(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.contactmap(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.contactmap.all(WFTH_PNT<,INT,PNT>)
wall.thermal.facet.facet(WFTH_PNT)
wall.thermal.facet.find(INT)
wall.thermal.facet.group(WFTH_PNT<,STR/IND>)
wall.thermal.facet.group.list(STR/IND<,STR/IND>)
wall.thermal.facet.group.remove(WFTH_PNT,STR/IND<,STR/IND>)
wall.thermal.facet.groupmap(STR/IND<,STR/IND>)
wall.thermal.facet.id(WFTH_PNT)
wall.thermal.facet.inbox(VEC,VEC<,BOOL>)
wall.thermal.facet.isgroup(WFTH_PNT,STR/IND<,STR/IND>)
wall.thermal.facet.isprop(WFTH_PNT,STR)
wall.thermal.facet.list
wall.thermal.facet.near(VEC<,FLT>)
wall.thermal.facet.num
wall.thermal.facet.pos(WFTH_PNT)
wall.thermal.facet.prop(WFTH_PNT,STR)
wall.thermal.facet.typeid
wall.thermal.facet.wall(WFTH_PNT)
wall.thermal.facetlist(WTH_PNT)
wall.thermal.find(INT)
wall.thermal.group(WTH_PNT<,STR/IND>)
wall.thermal.group.list(STR/IND<,STR/IND>)
wall.thermal.group.remove(WTH_PNT,STR/IND<,STR/IND>)
wall.thermal.groupmap(STR/IND<,STR/IND>)
wall.thermal.id(WTH_PNT)
wall.thermal.inbox(VEC,VEC<,BOOL>)
wall.thermal.isgroup(WTH_PNT,STR/IND<,STR/IND>)
wall.thermal.list
wall.thermal.near(VEC<,FLT>)
wall.thermal.num
wall.thermal.pos(WTH_PNT)
wall.thermal.prop(WTH_PNT,STR)
wall.thermal.typeid
wall.thermal.wall(WTH_PNT)
wall.typeid
wall.vel(W_PNT)
wall.vertex.delete(WV_PNT)
wall.vertex.facetarray(WV_PNT)
wall.vertex.find(INT)
wall.vertex.id(WV_PNT)
wall.vertex.inbox(VEC,VEC)
wall.vertex.list
wall.vertex.maxid
wall.vertex.near(VEC<,FLT>)
wall.vertex.num
wall.vertex.pos(WV_PNT)
wall.vertex.typeid
wall.vertex.vel(WV_PNT)
wall.vertexlist(W_PNT)
zone.aspect(ZONE_PNT)
zone.bad(ZONE_PNT)(2D ONLY)
zone.code(ZONE_PNT)
zone.condition(ZONE_PNT,INT)
zone.containing(VEC+<,ZONE_PNT>)
zone.copy(ZONE_PNT,ZONE_PNT)
zone.create.gp(STR,LIST)
zone.create.interface.elem(ZONE_PNT,INT,STR)
zone.create.pos(STR,LIST<,FLT>)
zone.create.ratio(FLT,INT,INT)
zone.creep.time.total
zone.creep.timestep
zone.cycle.init(ZONE_PNT)
zone.density(ZONE_PNT)
zone.dynamic.mul(ZONE_PNT)
zone.dynamic.time.total(ZONE_PNT)
zone.dynamic.timestep
zone.extra(ZONE_PNT<,INT>)
zone.face.area(ZONE_PNT,INT)
zone.face.extra(ZONE_PNT,INT,INT)
zone.face.find(ZONE_PNT,INT/GP_PNT,INT/GP_PNT,INT/GP_PNT)
zone.face.find.normal(ZONE_PNT,VEC)
zone.face.gp(ZONE_PNT,INT<,INT>)
zone.face.group(ZONE_PNT,INT<,STR/IND>)
zone.face.group.remove(ZONE_PNT,INT,STR/IND)
zone.face.isgroup(ZONE_PNT,INT,STR/IND<,STR/IND>)
zone.face.normal(ZONE_PNT,INT)
zone.face.pos(ZONE_PNT,INT)
zone.face.size(ZONE_PNT,INT)
zone.field.component
zone.field.extra
zone.field.get(VEC+<,FLT>)
zone.field.get.gp(GP_PNT,ZONE_PNT)
zone.field.gravity
zone.field.hide.fluidnull
zone.field.hide.mechnull
zone.field.hide.thermnull
zone.field.index
zone.field.init
zone.field.log
zone.field.method.index
zone.field.method.name
zone.field.name
zone.field.power
zone.field.prop
zone.field.quantity
zone.field.radius.ratio
zone.field.reset
zone.field.source
zone.field.tol
zone.field.type
zone.field.velocity.limit
zone.find(INT)
zone.flow(ZONE_PNT)
zone.fluid.density(ZONE_PNT)
zone.fluid.model(ZONE_PNT)
zone.fluid.prop(ZONE_PNT,STR)
zone.fluid.prop.index(ZONE_PNT,STR)
zone.fluid.ratio
zone.fluid.stress.normal
zone.fluid.time.total
zone.fluid.unbal.avg
zone.fluid.unbal.max
zone.flux(ZONE_PNT)
zone.force.update
zone.geom.test(ZONE_PNT)
zone.gp(ZONE_PNT<,INT>)
zone.gp.num(ZONE_PNT)
zone.group(ZONE_PNT<,STR/IND>)
zone.group.remove(ZONE_PNT,STR/IND<,STR/IND>)
zone.head
zone.hysteretic(ZONE_PNT,STR)
zone.id(ZONE_PNT)
zone.inbox(VEC,VEC<,BOOL>)
zone.isgroup(ZONE_PNT,STR/IND<,STR/IND>)
zone.islive(ZONE_PNT)
zone.join(ZONE_PNT,INT)
zone.list
zone.maxid
zone.mech.convergence
zone.mech.prop.name(ZONE_PNT,INT)
zone.mech.prop.num(ZONE_PNT)
zone.mech.ratio
zone.mech.ratio.avg
zone.mech.ratio.local
zone.mech.ratio.max
zone.model(ZONE_PNT)
zone.model.init(ZONE_PNT)
zone.near(VEC+)
zone.near.all(VEC+)
zone.near.list(VEC3+,FLT)
zone.near.live(VEC+,BOOL,BOOL,BOOL,STR)
zone.near.map(VEC+,FLT)
zone.next(ZONE_PNT)
zone.num
zone.ortho(ZONE_PNT)
zone.overlays(ZONE_PNT)
zone.planarity(ZONE_PNT)
zone.plane.traction(ZONE_PNT,VEC<,ARR_PNT>)
zone.pos(ZONE_PNT)
zone.pp(ZONE_PNT)
zone.prop(ZONE_PNT,STR/INT)
zone.prop.index(ZONE_PNT,STR)
zone.rotation.inc(ZONE_PNT)
zone.rotation.rate(ZONE_PNT)
zone.state(ZONE_PNT)
zone.state.restore(ZONE_PNT)
zone.state.save(ZONE_PNT)
zone.strain.inc(ZONE_PNT)
zone.strain.rate(ZONE_PNT)
zone.strain.shear.inc(ZONE_PNT)
zone.strain.shear.rate(ZONE_PNT)
zone.strain.vol.inc(ZONE_PNT)
zone.strain.vol.rate
zone.stress(ZONE_PNT)
zone.stress.effective(ZONE_PNT)
zone.stress.int(ZONE_PNT)
zone.stress.max(ZONE_PNT)
zone.stress.min(ZONE_PNT)
zone.stress.prin(ZONE_PNT)
zone.temp(ZONE_PNT)
zone.test.quality(ZONE_PNT,INT)
zone.tet.gp(ZONE_PNT<,INT><,INT>)
zone.tet.num(ZONE_PNT)
zone.tet.smallest.vol(ZONE_PNT)
zone.tet.strain.inc(ZONE_PNT<,INT><,INT>)
zone.tet.strain.rate(ZONE_PNT<,INT><,INT>)
zone.tet.stress(ZONE_PNT<,INT><,INT>)
zone.thermal.model(ZONE_PNT)
zone.thermal.prop(ZONE_PNT,STR)
zone.thermal.prop.index(ZONE_PNT,STR)
zone.thermal.ratio
zone.thermal.time.total
zone.typeid
zone.unbal
zone.vol(ZONE_PNT)
zone.vol.deformed(ZONE_PNT)
zone.was.updated
zone.work.elastic.shear(ZONE_PNT)
zone.work.elastic.total(ZONE_PNT)
zone.work.elastic.vol(ZONE_PNT)
zone.work.plastic.shear(ZONE_PNT)
zone.work.plastic.total(ZONE_PNT)
zone.work.plastic.vol(ZONE_PNT)