FISH Functions
The type specifiers used in the FISH function signatures are given in the FISH Type Index section.
Zone Gridpoint Functions
gp.accel(GP_PNT<,INT>) |
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gp.biot.modulus(GP_PNT) |
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gp.convergence(GP_PNT) |
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gp.copy(GP_PNT,GP_PNT) |
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gp.disp(GP_PNT<,INT>) |
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gp.disp.small(GP_PNT<,INT>) |
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gp.dynamic.mul(GP_PNT) |
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gp.extra(GP_PNT<,INT>) |
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gp.find(INT) |
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gp.fix(GP_PNT<,INT>) |
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gp.flow(GP_PNT) |
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gp.fluid.load(GP_PNT) |
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gp.fluid.modulus(GP_PNT) |
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gp.fluid.modulus.confined(GP_PNT) |
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gp.fluid.tension(GP_PNT) |
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gp.fluid.unbal(GP_PNT) |
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gp.fluid.vol.inv(GP_PNT) |
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gp.force.app(GP_PNT<,INT>) |
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gp.force.load(GP_PNT<,INT>) |
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gp.force.unbal(GP_PNT<,INT>) |
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gp.group(GP_PNT<,STR>) |
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gp.group.remove(GP_PNT,STR) |
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gp.head |
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gp.id(GP_PNT) |
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gp.isgroup(GP_PNT,STR<,STR>) |
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gp.link.index(GP_PNT) |
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gp.link.zone(GP_PNT) |
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gp.list |
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gp.mass.add(GP_PNT<,INT>) |
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gp.mass.gravity(GP_PNT) |
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gp.mass.inertial(GP_PNT) |
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gp.maxid |
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gp.near(VEC+) |
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gp.near.all(VEC+) |
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gp.near.live(VEC+,BOOL,BOOL,BOOL,STR) |
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gp.next(GP_PNT) |
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gp.num |
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gp.pos(GP_PNT<,INT>) |
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gp.pp(GP_PNT<,INT>) |
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gp.pp.fix(GP_PNT) |
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gp.ratio(GP_PNT) |
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gp.ratio.target(GP_PNT) |
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gp.sat(GP_PNT) |
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gp.state.restore(GP_PNT) |
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gp.state.save(GP_PNT) |
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gp.stiff(GP_PNT) |
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gp.temp(GP_PNT) |
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gp.temp.change(GP_PNT) |
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gp.temp.fix(GP_PNT) |
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gp.temp.source(GP_PNT) |
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gp.typeid |
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gp.vel(GP_PNT<,INT>) |
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Zone Functions
zone.aspect(ZONE_PNT) |
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zone.bad(ZONE_PNT) |
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zone.code(ZONE_PNT) |
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zone.condition(ZONE_PNT<,INT>) |
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zone.containing(VEC+<,ZONE_PNT>) |
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zone.copy(ZONE_PNT,ZONE_PNT) |
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zone.create.interface.elem(ZONE_PNT,INT,STR) |
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zone.create.ratio(FLT,INT,INT) |
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zone.creep.time.total |
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zone.creep.timestep |
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zone.cycle.init(ZONE_PNT) |
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zone.density(ZONE_PNT) |
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zone.dynamic.mul(ZONE_PNT) |
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zone.dynamic.time.total(ZONE_PNT) |
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zone.dynamic.timestep |
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zone.extra(ZONE_PNT<,INT>) |
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zone.find(INT) |
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zone.flow(ZONE_PNT<,INT>) |
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zone.fluid.density(ZONE_PNT) |
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zone.fluid.model(ZONE_PNT) |
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zone.fluid.prop(ZONE_PNT,STR) |
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zone.fluid.ratio |
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zone.fluid.stress.normal |
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zone.fluid.time.total |
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zone.fluid.timestep |
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zone.fluid.unbal.avg |
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zone.fluid.unbal.max |
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zone.flux(ZONE_PNT<,INT>) |
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zone.force.update |
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zone.geom.test(ZONE_PNT) |
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zone.gp(ZONE_PNT,INT) |
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zone.gp.num(ZONE_PNT) |
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zone.group(ZONE_PNT<,STR>) |
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zone.group.remove(ZONE_PNT,STR) |
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zone.head |
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zone.hysteretic(ZONE_PNT,STR) |
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zone.id(ZONE_PNT) |
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zone.inbox(VEC,VEC<,BOOL>) |
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zone.isgroup(ZONE_PNT,STR<,STR>) |
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zone.islive(ZONE_PNT) |
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zone.join(ZONE_PNT,INT) |
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zone.link.index(ZONE_PNT,INT) |
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zone.link.zone(ZONE_PNT,INT) |
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zone.list |
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zone.maxid |
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zone.mech.convergence |
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zone.mech.prop.name(ZONE_PNT,INT) |
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zone.mech.prop.num(ZONE_PNT) |
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zone.mech.ratio |
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zone.mech.ratio.avg |
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zone.mech.ratio.local |
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zone.mech.ratio.max |
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zone.mech.unbal.max |
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zone.model(ZONE_PNT) |
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zone.model.init(ZONE_PNT) |
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zone.near(VEC+) |
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zone.near.all(VEC+) |
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zone.near.live(VEC+,BOOL,BOOL,BOOL,STR) |
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zone.near.map(VEC+,FLT) |
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zone.next(ZONE_PNT) |
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zone.num |
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zone.ortho |
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zone.overlays(ZONE_PNT) |
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zone.planarity(ZONE_PNT) |
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zone.plane.traction(ZONE_PNT,VEC<,ARR_PNT>) |
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zone.pos(ZONE_PNT<,INT>) |
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zone.pp(ZONE_PNT) |
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zone.prop(ZONE_PNT,STR) |
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zone.rotation.inc(ZONE_PNT<,INT<,INT>>) |
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zone.rotation.rate(ZONE_PNT<,INT<,INT>>) |
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zone.state(ZONE_PNT) |
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zone.state.restore(ZONE_PNT) |
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zone.state.save(ZONE_PNT) |
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zone.strain.inc(ZONE_PNT<,INT<,INT>>) |
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zone.strain.rate(ZONE_PNT,INT<,INT>) |
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zone.strain.shear.inc(ZONE_PNT) |
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zone.strain.shear.rate(ZONE_PNT) |
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zone.strain.vol.inc(ZONE_PNT) |
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zone.strain.vol.rate |
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zone.stress(ZONE_PNT<,INT<,INT>>) |
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zone.stress.effective(ZONE_PNT,INT<,INT>) |
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zone.stress.int(ZONE_PNT) |
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zone.stress.max(ZONE_PNT) |
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zone.stress.min(ZONE_PNT) |
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zone.stress.prin(ZONE_PNT<,INT>) |
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zone.stress.prin.dir(ZONE_PNT,ARR_PNT,ARR_PNT) |
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zone.temp(ZONE_PNT) |
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zone.test.quality(ZONE_PNT,INT) |
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zone.thermal.model(ZONE_PNT) |
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zone.thermal.prop(ZONE_PNT,STR) |
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zone.thermal.ratio |
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zone.thermal.time.total |
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zone.thermal.timestep |
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zone.typeid |
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zone.unbal |
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zone.vol(ZONE_PNT) |
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zone.vol.deformed(ZONE_PNT) |
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zone.was.updated |
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zone.work.elastic.shear(ZONE_PNT) |
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zone.work.elastic.total(ZONE_PNT) |
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zone.work.elastic.vol(ZONE_PNT) |
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zone.work.plastic.shear(ZONE_PNT) |
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zone.work.plastic.total(ZONE_PNT) |
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zone.work.plastic.vol(ZONE_PNT) |
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Zone Face Functions
Note that zone faces do not have their own objects, and are therefore not referenced by pointer. They are specified most often by a zone pointer and a side index, which is therefore not necessarily unique for internal faces.
zone.face.area(ZONE_PNT,INT) |
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zone.face.extra(ZONE_PNT,INT,INT) |
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zone.face.find(ZONE_PNT,INT/GP_PNT,INT/GP_PNT,INT/GP_PNT) |
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zone.face.find.normal(ZONE_PNT,VEC) |
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zone.face.gp(ZONE_PNT,INT,INT) |
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zone.face.group(ZONE_PNT,INT<,STR>) |
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zone.face.group.remove(ZONE_PNT,INT,STR) |
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zone.face.isgroup(ZONE_PNT,INT,STR<,STR>) |
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zone.face.normal(ZONE_PNT,INT<,INT>) |
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zone.face.pos(ZONE_PNT,INT<,INT>) |
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zone.face.size(ZONE_PNT,INT) |
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Zone Tetra Functions
Note that internal zone tetra are not available to fish as their own objects, and are therefore not referenced by pointer. They are specified most often by a zone pointer, an overlay index, and a position index.
zone.tet.gp(ZONE_PNT,INT,INT,ARR_PNT) |
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zone.tet.num(ZONE_PNT) |
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zone.tet.smallest.vol(ZONE_PNT) |
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zone.tet.strain.inc(ZONE_PNT,INT,INT<,INT<,INT>>) |
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zone.tet.strain.rate(ZONE_PNT,INT,INT<,INT<,INT>>) |
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zone.tet.stress(ZONE_PNT,INT,INT<,INT<,INT>>) |
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Zone Field Data Functions
Zone field data functions offer a way to efficiently request a scalar value from any position in the model covered by a zone. See Zone Field Data for further information and examples.
Zone Attach Functions
Zone Interface Functions
Zone Interface Element Functions
Unlike zones and gridpoints, there is no global list of all interface elements. Instead, each interface keeps its own list of elements.
Zone Interface Node Functions
Unlike zones and gridpoints, there is no global list of all interface nodes. Instead, each interface keeps its own list of nodes.
interface.node.area(INTERFACE_NODE_PNT) |
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interface.node.disp(INTERFACE_NODE_PNT<,INT>) |
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interface.node.disp.shear(INTERFACE_NODE_PNT<,INT>) |
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interface.node.extra(INTERFACE_NODE_PNT<,INT>) |
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interface.node.find(INTERFACE_PNT,INT) |
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interface.node.head(INTERFACE_PNT) |
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interface.node.host.face(INTERFACE_NODE_PNT) |
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interface.node.host.weight(INTERFACE_NODE_PNT,INT) |
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interface.node.host.zone(INTERFACE_NODE_PNT) |
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interface.node.id(INTERFACE_NODE_PNT) |
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interface.node.list(INTERFACE_PNT) |
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interface.node.next(INTERFACE_NODE_PNT) |
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interface.node.normal(INTERFACE_NODE_PNT<,INT>) |
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interface.node.penetration(INTERFACE_NODE_PNT) |
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interface.node.pos(INTERFACE_NODE_PNT<,INT>) |
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interface.node.pp(INTERFACE_NODE_PNT) |
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interface.node.prop(INTERFACE_NODE_PNT,STR) |
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interface.node.slip(INTERFACE_NODE_PNT) |
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interface.node.stress.normal(INTERFACE_NODE_PNT) |
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interface.node.stress.normal.add(INTERFACE_NODE_PNT) |
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interface.node.stress.shear(INTERFACE_NODE_PNT<,INT>) |
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interface.node.target.face(INTERFACE_NODE_PNT) |
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interface.node.target.weight(INTERFACE_NODE_PNT,INT) |
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interface.node.target.zone(INTERFACE_NODE_PNT) |
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interface.node.tol(INTERFACE_NODE_PNT) |
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interface.node.vel(INTERFACE_NODE_PNT<,INT>) |
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