kw_list.xml

<?xml version="1.0" encoding="UTF-8"?>
<!--
	© Ihor Mirzov, 2019-2023
	Distributed under GNU General Public License v3.0

	CalculiX Keywords List

	Argument is a normal Calculix Keyword parameter taken from
	the official documentation. Group is not an argument. Groups
	are used to change the way how Arguments are grouped in the GUI.
	Arguments and Groups has attribute 'form'. It is responsible
	for the exact widget used for their representation in the GUI.
-->
<list>
	<Keyword name='*AMPLITUDE'>
		<Argument form='Line' name='NAME' required='1'/>
		<Argument form='Combo' name='TIME'>|TOTAL TIME</Argument>
		<Argument form='Bool' name='USER'/>
		<Group form='HBox'>
			<Argument form='Float' name='SHIFTX'/>
			<Argument form='Float' name='SHIFTY'/>
		</Group>
	</Keyword>
	<Keyword name='*BASE MOTION'>
		<Argument form='Combo' name='DOF' required='1'>1|2|3</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE' required='1'/>
		<Argument form='Combo' name='TYPE'>|DISPLACEMENT</Argument>
	</Keyword>
	<Keyword name='*BEAM SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument form='Combo' name='SECTION' required='1'>RECT|CIRC|PIPE|BOX|GENERAL</Argument>
		<Group form='HBox'>
			<Argument form='Float' name='OFFSET1'/>
			<Argument form='Float' name='OFFSET2'/>
		</Group>
		<Argument form='Float' comment='Nodal thickness in directions 1, 2:' newline='1'/>
		<Argument form='Line' comment='Global x, y, z coordinates of a unit vector in 1-direction:' newline='1'>0., 0., -1.</Argument>
	</Keyword>
	<Keyword name='*BOUNDARY'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument form='Combo' name='LOAD CASE'>|1|2</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument form='Float' name='MASS FLOW'/>
		<Argument form='Bool' name='FIXED'/>
		<Argument form='Bool' name='USER'/>
		<Argument form='VGroup' name='SUBMODEL'>
			<Argument form='Int' name='STEP'/>
			<Argument form='Int' name='DATA SET'/>
		</Argument>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Int' comment='First DOF'/>
			<Argument form='Int' comment='Last DOF'/>
			<Argument form='Float' comment='Value'/>
		</Group>
	</Keyword>
	<Keyword name='*BUCKLE'>
		<Argument form='Combo' name='SOLVER' required='1'>SPOOLES|PARDISO|SGI|TAUCS|PaStiX</Argument>
		<Argument form='Int' comment='Number of buckling factors' required='1' newline='1'>1</Argument>
		<Argument form='Float' comment='Accuracy'/>
		<Argument form='Int' comment='Lanczos vectors'/>
		<Argument form='Int' comment='Maximum of iterations'/>
	</Keyword>
	<Keyword name='*CFD'>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Argument form='Combo' name='TURBULENCE MODEL'>|K-EPSILON|K-OMEGA|SST</Argument>
		<Group form='HBox'>
			<Argument form='Bool' name='STEADY STATE'/>
			<Argument form='Bool' name='TIME RESET'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='COMPRESSIBLE'/>
			<Argument form='Bool' name='SHALLOW WATER'/>
		</Group>
		<Argument form='Float' comment='Initial time increment' newline='1'/>
		<Argument form='Float' comment='Total step time'/>
		<Argument form='Float' comment='Minimum time increment allowed'/>
		<Argument form='Float' comment='Maximum time increment allowed'/>
		<Argument form='Float' comment='Safety factor'/>
	</Keyword>
	<Keyword name='*CFLUX'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Group form='HBox'>
			<Argument form='Bool' name='USER'/>
			<Argument form='Bool' name='ADD'/>
		</Group>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Argument form='Int' comment='DOF'>11</Argument>
		<Argument form='Float' comment='Magnitude of the flux'/>
	</Keyword>
	<Keyword name='*CHANGE FRICTION'>
		<Argument name='INTERACTION' use='*SURFACE INTERACTION' required='1'/>
	</Keyword>
	<Keyword name='*CHANGE MATERIAL'>
		<Argument name='NAME' use='*MATERIAL' required='1'/>
	</Keyword>
	<Keyword name='*CHANGE PLASTIC'>
		<Argument form='Combo' name='HARDENING'>|ISOTROPIC|KINEMATIC</Argument>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Mises stress'/>
			<Argument form='Float' comment='Plastic strain'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*CHANGE SURFACE BEHAVIOR'>
		<Argument name='INTERACTION' use='*SURFACE INTERACTION' required='1'/>
	</Keyword>
	<Keyword name='*CHANGE SOLID SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument use='*ORIENTATION' name='ORIENTATION'/>
	</Keyword>
	<Keyword name='*CLEARANCE'>
		<Argument use='*SURFACE' name='MASTER' required='1'/>
		<Argument use='*SURFACE' name='SLAVE' required='1'/>
		<Argument form='Float' name='VALUE' required='1'/>
	</Keyword>
	<Keyword name='*CLOAD'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument form='Combo' name='LOAD CASE'>|1|2</Argument>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument form='Int' name='SECTOR'/>
		<Argument form='Line' name='OMEGA0'/>
		<Argument form='Bool' name='USER'/>
		<Group form='OrV'>
			<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
			<Argument form='VGroup' name='SUBMODEL'>
				<Argument form='Int' name='STEP'/>
				<Argument form='Int' name='DATA SET'/>
			</Argument>
		</Group>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Argument form='Int' comment='DOF'/>
		<Argument form='Float' comment='Magnitude of the load'/>
	</Keyword>
	<Keyword name='*COMPLEX FREQUENCY'>
		<Argument form='Bool' name='CORIOLIS' required='1'/>
		<Argument form='Int' comment='Number of eigenfrequencies desired' newline='1'/>
	</Keyword>
	<Keyword name='*CONDUCTIVITY'>
		<Argument form='Combo' name='TYPE'>|ISO|ORTHO|ANISO</Argument>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Conductivity coefficient'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*CONSTRAINT'>
		<Argument use='*DESIGN RESPONSE' comment='*DESIGN RESPONSE' required='1' newline='1'/>
		<Argument form='Combo' required='1'>|LE|GE</Argument>
		<Argument form='Float' comment='Relative value'/>
		<Argument form='Float' comment='Absolute value'/>
	</Keyword>
	<Keyword name='*CONTACT DAMPING'>
		<Argument form='Float' name='TANGENT FRACTION'/>
		<Argument form='Float' comment='Damping constant' newline='1'/>
	</Keyword>
	<Keyword name='*CONTACT FILE'>
		<Group form='OrV'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS' name='TIME POINTS'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='LAST ITERATIONS'/>
			<Argument form='Bool' name='CONTACT ELEMENTS'/>
		</Group>
		<Argument form='Grid' comment='Identifying keys' newline='1'>CDIS,CSTR,CELS,PCON</Argument>
	</Keyword>
	<Keyword name='*CONTACT OUTPUT'>
		<Group form='OrV'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS' name='TIME POINTS'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='LAST ITERATIONS'/>
			<Argument form='Bool' name='CONTACT ELEMENTS'/>
		</Group>
		<Argument form='Grid' comment='Identifying keys' newline='1'>CDIS,CSTR,CELS,PCON</Argument>
	</Keyword>
	<Keyword name='*CONTACT PAIR'>
		<Argument use='*SURFACE INTERACTION' name='INTERACTION' required='1'/>
		<Argument form='Combo' name='TYPE' required='1'>NODE TO SURFACE|SURFACE TO SURFACE|MORTAR|LINMORTAR|PGLINMORTAR|MASSLESS</Argument>
		<Argument form='Bool' name='SMALL SLIDING'/>
		<Argument form='Float' name='ADJUST'/>
		<Group form='HBox' newline='1'>
			<Argument use='*SURFACE' comment='Slave'/>
			<Argument use='*SURFACE' comment='Master'/>
		</Group>
	</Keyword>
	<Keyword name='*CONTACT PRINT'>
		<Group form='OrV'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS' name='TIME POINTS'/>
		</Group>
		<Argument form='Combo' name='TOTALS'>|NO|YES|ONLY</Argument>
		<Group form='HBox' newline='1'>
			<Argument use='*SURFACE' comment='Slave'/>
			<Argument use='*SURFACE' comment='Master'/>
		</Group>
		<Argument form='Grid' comment='Identifying keys' newline='1'>CDIS,CSTR,CELS,CNUM,CF,CFN,CFS</Argument>
	</Keyword>
	<Keyword name='*CONTROLS'>
		<Group form='OrV'>
			<Argument form='Line' readonly='1'>RESET</Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=TIME INCREMENTATION\n9, 16, 10, 4, , 5, , , \n0.25, 0.5, 0.75, 0.85, , , 1.5, </Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=FIELD\n0.005, 0.01, 0.01, , 0.02, 1e-5, 1e-3, 1e-5</Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=LINE SEARCH\n , 1.01, 0.25, , </Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=NETWORK\n5e-7, 5e-7, 5e-7, 5e-7, 5e-7, 5e-7, 5e-7\n1e20, 1e20, 1e20, 1e20, 1e20, 1e20, 1e20</Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=CFD\n20, 0, 1, 1</Argument>
			<Argument form='Text' readonly='1'>PARAMETERS=CONTACT\n0.001, 0.1, 100, 60</Argument>
		</Group>
	</Keyword>
	<Keyword name='*CORRELATION LENGTH'>
		<Argument form='Float' comment='Value' newline='1'/>
	</Keyword>
	<Keyword name='*COUPLED TEMPERATURE-DISPLACEMENT'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Float' name='ALPHA'>-0.05</Argument>
		<Argument form='Float' name='DELTMX'/>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Group form='HBox'>
			<Argument form='Bool' name='DIRECT'/>
			<Argument form='Bool' name='STEADY STATE'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='TIME RESET'/>
			<Argument form='Bool' name='COMPRESSIBLE'/>
		</Group>
		<Argument form='Float' comment='Initial time increment' newline='1'>1</Argument>
		<Argument form='Float' comment='Time period of the step'>1</Argument>
		<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
		<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
		<Argument form='Float' comment='Initial time increment for CFD'>1.e-2</Argument>
	</Keyword>
	<Keyword name='*COUPLING'>
		<Argument form='Line' name='CONSTRAINT NAME' required='1'/>
		<Argument form='Int' name='REF NODE' required='1'/>
		<Argument use='*SURFACE' name='SURFACE' required='1'/>
		<Argument use='*ORIENTATION' name='ORIENTATION'/>
	</Keyword>
	<Keyword name='*CRACK PROPAGATION'>
		<Argument form='SelectFile' name='INPUT' required='1' comment='FRD-file with the uncracked results'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument form='Combo' name='LENGTH'>|CUMULATIVE|INTERSECTION</Argument>
		<Argument form='Float' comment='Maximum crack propagation increment' newline='1'/>
		<Argument form='Float' comment='Maximum deflection angle per increment'/>
	</Keyword>
	<Keyword name='*CREEP'>
		<Argument form='Combo' name='LAW'>|NORTON|USER</Argument>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='A'/>
			<Argument form='Float' comment='n'/>
			<Argument form='Float' comment='m'/>
			<Argument form='Float' comment='T'/>
		</Group>
	</Keyword>
	<Keyword name='*CYCLIC HARDENING'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Mises stress'/>
			<Argument form='Float' comment='Plastic strain'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*CYCLIC SYMMETRY MODEL'>
		<Group form='Tabs2'>
			<Group form='VBox' name='Structural calculation'>
				<Argument form='Int' name='N' required='1'/>
				<Argument use='*TIE' name='TIE' required='1'/>
				<Argument form='Int' name='NGRAPH'/>
				<Argument use='*ELSET' name='ELSET'/>
				<Argument form='Combo' name='CHECK'>|YES|NO</Argument>
				<Group form='HBox' newline='1' required='1'>
					<Argument form='Float' comment='Xa'/>
					<Argument form='Float' comment='Ya'/>
					<Argument form='Float' comment='Za'/>
				</Group>
				<Group form='HBox' required='1'>
					<Argument form='Float' comment='Xb'/>
					<Argument form='Float' comment='Yb'/>
					<Argument form='Float' comment='Zb'/>
				</Group>
			</Group>
			<Group form='VBox' name='3D-fluid calculation' required='1'>
				<Argument form='Int' name='N'/>
				<Argument use='*TIE' name='TIE'/>
				<Group form='HBox' newline='1'>
					<Argument form='Float' comment='Xa'/>
					<Argument form='Float' comment='Ya'/>
					<Argument form='Float' comment='Za'/>
				</Group>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*DAMPING'>
		<Group form='Tabs2'>
			<Group form='HBox' name='Rayleigh damping' required='1'>
				<Argument form='Float' name='ALPHA'/>
				<Argument form='Float' name='BETA'/>
			</Group>
			<Group form='HBox' name='Structural damping'>
				<Argument form='Float' name='STRUCTURAL' required='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*DASHPOT'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Group form='Table' newline='2'>
			<Argument form='Float' comment='Constant'/>
			<Argument form='Float' comment='Frequency'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*DEFORMATION PLASTICITY'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Young'/>
			<Argument form='Float' comment='Poisson'/>
			<Argument form='Float' comment='Yield'/>
			<Argument form='Float' comment='Exponent'/>
			<Argument form='Float' comment='Offset'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*DENSITY'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Density'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*DEPVAR'>
		<Argument form='Int' newline='1' comment='Number of internal state variables'/>
	</Keyword>
	<Keyword name='*DESIGN RESPONSE'>
		<Group form='Tabs2'>
			<Group form='VBox' name='Type=Coordinate'>
				<Argument form='Line' name='NAME' required='1'/>
				<!--Argument form='Line' readonly='1' name='TYPE'>ORIENTATION</Argument-->
				<Argument form='Combo' newline='1'>ALL-DISP|X-DISP|Y-DISP|Z-DISP|EIGENFREQUENCY|MASS|STRAIN ENERGY|STRESS</Argument>
			</Group>
			<Group form='VBox' name='Type=Orientation'>
				<Argument form='Line' readonly='1' name='TYPE'>ORIENTATION</Argument>
				<Argument form='Combo' newline='1'>ALL-DISP|EIGENFREQUENCY|GREEN|MASS|STRAIN ENERGY|STRESS</Argument>
			</Group>
		</Group>
		<Argument form='Use2'>*NSET|*ELSET</Argument>
		<Group form='HBox'>
			<Argument form='Float' comment='ro'/>
			<Argument form='Float' comment='sigma'/>
		</Group>
	</Keyword>
	<Keyword name='*DESIGN VARIABLES'>
		<Argument form='Combo' name='TYPE' required='1'>COORDINATE|ORIENTATION</Argument>
		<Argument use='*NSET' newline='1' comment='NSET'/>
	</Keyword>
	<Keyword name='*DFLUX'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Group form='Table' newline='1'>
			<Argument form='Int' comment='Element'/>
			<Argument form='Line' comment='Label'/>
			<Argument form='Float' comment='Magnitude'/>
		</Group>
	</Keyword>
	<Keyword name='*DISTRIBUTING'>
		<Argument form='Bool' name='CYCLIC SYMMETRY'/>
		<Group form='HBox' newline='1'>
			<Argument form='Int' comment='First DOF'/>
			<Argument form='Int' comment='Last DOF'/>
		</Group>
	</Keyword>
	<Keyword name='*DISTRIBUTING COUPLING'>
		<Argument name='ELSET' use='*ELSET' required='1'/>
		<Group form='HBox' newline='1'>
			<Group form='OrH'>
				<Argument form='Int' comment='NODE or...'/>
				<Argument use='*NSET' comment='...NSET'/>
			</Group>
			<Argument form='Float' comment='Weight'/>
		</Group>
	</Keyword>
	<Keyword name='*DISTRIBUTION'>
		<Argument form='Line' name='NAME' required='1'/>
		<Argument form='Empty' newline='1'/>
		<Group form='HBox'>
			<Argument form='Float' comment='Xa'/>
			<Argument form='Float' comment='Ya'/>
			<Argument form='Float' comment='Za'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Float' comment='Xb'/>
			<Argument form='Float' comment='Yb'/>
			<Argument form='Float' comment='Zb'/>
		</Group>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='ELEMENT or...'/>
			<Argument use='*ELSET' comment='...ELSET'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Float' comment='Xa'/>
			<Argument form='Float' comment='Ya'/>
			<Argument form='Float' comment='Za'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Float' comment='Xb'/>
			<Argument form='Float' comment='Yb'/>
			<Argument form='Float' comment='Zb'/>
		</Group>
	</Keyword>
	<Keyword name='*DLOAD'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument form='Combo' name='LOAD CASE'>|1|2</Argument>
		<Argument form='Int' name='SECTOR'/>
		<Group form='OrH' newline='1' required='1'>
			<Argument form='Int' comment='ELEMENT or...'/>
			<Argument use='*ELSET' comment='...ELSET'/>
		</Group>
		<Group form='Tabs2'>
			<Group form='VBox' name='Surface loading'>
				<Argument form='Line' comment='Distributed load type label'/>
				<Argument form='Float' comment='Actual magnitude of the load'/>
			</Group>
			<Group form='VBox' name='CENTRIF'>
				<Argument form='Line' readonly='1'>CENTRIF</Argument>
				<Argument form='Float' comment='Rotational speed square'/>
				<Group form='HBox' comment='Coordinates of a point on the rotation axis'>
					<Argument form='Float'/>
					<Argument form='Float'/>
					<Argument form='Float'/>
				</Group>
				<Group form='HBox' comment='Components of the normalized direction'>
					<Argument form='Float'/>
					<Argument form='Float'/>
					<Argument form='Float'/>
				</Group>
			</Group>
			<Group form='VBox' name='GRAV'>
				<Argument form='Line' readonly='1'>GRAV</Argument>
				<Argument form='Float' comment='Actual magnitude of the gravity vector'/>
				<Group form='HBox' comment='Coordinates of the normalized gravity vector'>
					<Argument form='Float'/>
					<Argument form='Float'/>
					<Argument form='Float'/>
				</Group>
			</Group>
			<Group form='VBox' name='NEWTON'>
				<Argument form='Line' readonly='1'>NEWTON</Argument>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*DSLOAD'>
		<Group form='Tabs2'>
			<Group form='Table' name='Pressure' newline='1'>
				<Argument form='Int' comment='Surface'/>
				<Argument form='Line' comment='Label'/>
				<Argument form='Float' comment='Pressure'/>
			</Group>
			<Group form='VBox' name='Submodel'>
				<Argument form='Bool' name='SUBMODEL' required='1'/>
				<Argument form='Int' name='STEP|DATA SET' required='1'/>
				<Group form='OrH' newline='1' required='1'>
					<Argument form='Int' comment='ELEMENT or...'/>
					<Argument use='*ELSET' comment='...ELSET'/>
				</Group>
				<Argument form='Line' comment='Distributed load label'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*DYNAMIC'>
		<Group form='HBox'>
			<Argument form='Bool' name='DIRECT'/>
			<Argument form='Bool' name='RELATIVE TO ABSOLUTE'/>
		</Group>
		<Argument form='Float' name='ALPHA'>-0.05</Argument>
		<Argument form='Combo' name='EXPLICIT'>|0|1|2|3</Argument>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Float' comment='Initial time increment' newline='1'>0.1</Argument>
		<Argument form='Float' comment='Time period of the step'>1</Argument>
		<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
		<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
		<Argument form='Float' comment='Initial time increment for CFD'>1.e-2</Argument>
	</Keyword>
	<Keyword name='*ELASTIC'>
		<Group form='Tabs2'>
			<Group form='VBox' name='ISO'>
				<Argument form='Line' name='TYPE' readonly='1'>ISO</Argument>
				<Group form='HBox' newline='1'>
					<Argument form='Float' comment='Young'/>
					<Argument form='Float' comment='Poisson'/>
					<Argument form='Float' comment='Temperature'/>
				</Group>
			</Group>
			<Group form='VBox' name='ORTHO'>
				<Argument form='Line' name='TYPE' readonly='1'>ORTHO</Argument>
				<Argument form='Line' comment='D1111, D1122, D2222, D1133, D2233, D3333, D1212, D1313' newline='1'/>
				<Argument form='Line' comment='D2323, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='ENGINEERING CONSTANTS'>
				<Argument form='Line' name='TYPE' readonly='1'>ENGINEERING CONSTANTS</Argument>
				<Argument form='Line' comment='E1, E2, E3, v12, v13, v23, G12, G13' newline='1'/>
				<Argument form='Line' comment='G23, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='ANISO'>
				<Argument form='Line' name='TYPE' readonly='1'>ANISO</Argument>
				<Argument form='Line' comment='D1111, D1122, D2222, D1133, D2233, D3333, D1112, D2212' newline='1'/>
				<Argument form='Line' comment='D3312, D1212, D1113, D2213, D3313, D1213, D1313, D1123' newline='1'/>
				<Argument form='Line' comment='D2223, D3323, D1223, D1323, D2323, Temperature' newline='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*ELECTRICAL CONDUCTIVITY'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Sigma'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*ELECTROMAGNETICS'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Bool' name='DIRECT'/>
		<Argument form='Bool' name='MAGNETOSTATICS'/>
		<Argument form='Float' name='DELTMX'/>
		<Argument form='Bool' name='TIME RESET'/>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Argument form='Bool' name='NO HEAT TRANSFER'/>
		<Argument form='Bool' name='FREQUENCY'/>
		<Argument form='Float' name='OMEGA'/>
		<Argument form='Float' comment='Initial time increment' newline='1'>1</Argument>
		<Argument form='Float' comment='Time period of the step'>1</Argument>
		<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
		<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
	</Keyword>
	<Keyword name='*ELEMENT'>
		<Argument form='Combo' name='TYPE' required='1'>C3D8|F3D8|C3D8R|C3D8I|C3D6|F3D6|C3D4|F3D4|C3D20|C3D20R|C3D15|C3D10|C3D10T|S3|M3D3|CPS3|CPE3|CAX3|S6|M3D6|CPS6|CPE6|CAX6|S4|S4R|M3D4|M3D4R|CPS4|CPS4R|CPE4|CPE4R|CAX4|CAX4R|S8|S8R|M3D8|M3D8R|CPS8|CPS8R|CPE8|CPE8R|CAX8|CAX8R|B21|B31|B31R|T2D2|T3D2|GAPUNI|DASHPOTA|SPRING2|SPRINGA|B32|B32R|T3D3|D|SPRING1|DCOUP3D|MASS</Argument>
		<Argument form='Line' name='ELSET'/>
		<Argument form='Int' comment='Element number' newline='1'/>
		<Argument form='Text' comment='Node numbers (max. 16 per line)'/>
	</Keyword>
	<Keyword name='*ELEMENT OUTPUT'>
		<Group form='HBox' newline='1'>
			<Argument form='Bool' name='S'/>
			<Argument form='Bool' name='PEEQ'/>
		</Group>
	</Keyword>
	<Keyword name='*EL FILE'>
		<Group form='OrH'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS'/>
		</Group>
		<Argument form='Int' name='FREQUENCYF'/>
		<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
		<Argument form='Combo' name='OUTPUT'>|2D|3D</Argument>
		<Argument use='*NSET' name='NSET'/>
		<Group form='HBox'>
			<Argument form='Bool' name='OUTPUT ALL'/>
			<Argument form='Bool' name='SECTION FORCES'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='LAST ITERATIONS'/>
			<Argument form='Bool' name='CONTACT ELEMENTS'/>
		</Group>
		<Argument form='Grid' newline='1' name='Integration point variables'>CEEQ,E,ECD,EMFB,EMFE,ENER,ERR,HER,HFL,HFLF,MAXE,MAXS,ME,PEEQ,PHS,S,SF,SMID,SNEG,SPOS,SVF,SDV,THE,ZZS</Argument>
	</Keyword>
	<Keyword name='*EL PRINT'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Group form='OrH'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS'/>
		</Group>
		<Argument form='Int' name='FREQUENCYF'/>
		<Argument form='Combo' name='TOTALS'>|NO|YES|ONLY</Argument>
		<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
		<Group form='Tabs' newline='1'>
			<Argument form='Grid' name='Integration point variables'>S,SVF,E,ME,PEEQ,CEEQ,ENER,SDV,HFL,HFLF,COORD</Argument>
			<Argument form='Grid' name='Whole element variables'>ELSE,ELKE,EVOL,EMAS,EBHE,CENT</Argument>
		</Group>
	</Keyword>
	<Keyword name='*ELSET'>
		<Argument form='Line' name='ELSET' required='1'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='LIST'>
				<Argument form='Text' comment='List of elements' newline='1'/>
			</Group>
			<Argument form='HGroup' name='GENERATE' required='1'>
				<Argument form='Int' comment='First element' newline='1'/>
				<Argument form='Int' comment='Last element'/>
				<Argument form='Int' comment='Increment'/>
			</Argument>
		</Group>
	</Keyword>
	<Keyword name='*END STEP'/>
	<Keyword name='*EQUATION'>
		<!--TODO Bad solution-->
		<Group form='Tabs2'>
			<Group form='VBox' name='ADD' newline='1'>
				<Argument form='Int' comment='Number of terms in the equation' required='1'/>
				<Group form='HBox' newline='1'>
					<Argument form='Int' comment='Node1'/>
					<Argument form='Int' comment='DOF at Node1'/>
					<Argument form='Float' comment='Coefficient1'/>
				</Group>
				<Group form='HBox'>
					<Argument form='Int' comment='Node2'/>
					<Argument form='Int' comment='DOF at Node2'/>
					<Argument form='Float' comment='Coefficient2'/>
				</Group>
				<Group form='HBox'>
					<Argument form='Int' comment='Node3'/>
					<Argument form='Int' comment='DOF at Node3'/>
					<Argument form='Float' comment='Coefficient3'/>
				</Group>
				<Group form='HBox'>
					<Argument form='Int' comment='Node4'/>
					<Argument form='Int' comment='DOF at Node4'/>
					<Argument form='Float' comment='Coefficient4'/>
				</Group>
			</Group>
			<Group form='VBox' name='REMOVE'>
				<Argument form='Bool' name='REMOVE' required='1'/>
				<Group form='OrH' required='1' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Int' comment='First DOF' required='1'/>
				<Argument form='Int' comment='Last DOF'/>
			</Group>
			<Argument form='Bool' name='REMOVE ALL' required='1'/>
		</Group>
	</Keyword>
	<Keyword name='*EXPANSION'>
		<Argument form='Line' name='ZERO'/>
		<Group form='Tabs2' required='1'>
			<Group form='VBox' name='ISO'>
				<Argument form='Line' name='TYPE' readonly='1'>ISO</Argument>
				<Argument form='Float' comment='Alpha' newline='1'/>
			</Group>
			<Group form='VBox' name='ORTHO'>
				<Argument form='Line' name='TYPE' readonly='1'>ORTHO</Argument>
				<Group form='HBox' newline='1'>
					<Argument form='Float' comment='Alpha11'/>
					<Argument form='Float' comment='Alpha22'/>
					<Argument form='Float' comment='Alpha33'/>
				</Group>
			</Group>
			<Group form='VBox' name='ANISO'>
				<Argument form='Line' name='TYPE' readonly='1'>ANISO</Argument>
				<Group form='HBox' newline='1'>
					<Argument form='Float' comment='Alpha11'/>
					<Argument form='Float' comment='Alpha22'/>
					<Argument form='Float' comment='Alpha33'/>
				</Group>
				<Group form='HBox'>
					<Argument form='Float' comment='Alpha12'/>
					<Argument form='Float' comment='Alpha13'/>
					<Argument form='Float' comment='Alpha23'/>
				</Group>
			</Group>
		</Group>
		<Argument form='Float' comment='Temperature'/>
	</Keyword>
	<Keyword name='*FEASIBLE DIRECTION'/>
	<Keyword name='*FILM'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument use='*AMPLITUDE' name='FILM AMPLITUDE'/>
		<Argument form='Float' name='FILM TIME DELAY'/>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='ELEMENT or...'/>
			<Argument use='*ELSET' comment='...ELSET'/>
		</Group>
		<Group form='Tabs2'>
			<Group form='VBox' name='Explicit, uniform'>
				<Argument form='Repl' comment='Film flux type label (Fx)'>F*</Argument>
				<Argument form='Float' comment='Sink temperature'/>
				<Argument form='Float' comment='Film coefficient'/>
			</Group>
			<Group form='VBox' name='Explicit, nonuniform'>
				<Argument form='Repl' comment='Film flux type label (FxNUy)'>F*NU*</Argument>
			</Group>
			<Group form='VBox' name='Forced, uniform'>
				<Argument form='Repl' comment='Film flux type label (FxFC)'>F*FC</Argument>
				<Argument form='Int' comment='Fluid node'/>
				<Argument form='Float' comment='Film coefficient'/>
			</Group>
			<Group form='VBox' name='Forced, nonuniform'>
				<Argument form='Repl' comment='Film flux type label (FxFCNUy)'>F*FCNU*</Argument>
				<Argument form='Int' comment='Fluid node'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*FILTER'>
		<Argument form='Combo' name='TYPE'>|LINEAR|QUADRATIC|CUBIC|GAUSS</Argument>
		<Argument form='Bool' name='BOUNDARY WEIGHTING=YES'/>
		<Argument form='Bool' name='EDGE PRESERVATION=YES'/>
		<Argument form='Bool' name='DIRECTION WEIGHTING=YES'/>
		<Argument form='Float' comment='The filter radius' newline='1'/>
		<Argument form='Float' comment='The boundary weighting distance'/>
	</Keyword>
	<Keyword name='*FLUID CONSTANTS'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Specific heat'/>
			<Argument form='Float' comment='Dynamic viscosity'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*FLUID SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument form='Combo' name='TYPE'>
			|ABSOLUTE TO RELATIVE
			|BRANCH JOINT GE
			|BRANCH JOINT IDELCHIK1
			|BRANCH JOINT IDELCHIK2
			|BRANCH SPLIT GE
			|BRANCH SPLIT IDELCHIK1
			|BRANCH SPLIT IDELCHIK2
			|CARBONSEAL
			|CHANNEL CONTRACTION
			|CHANNEL ENLARGEMENT
			|CHANNEL INOUT
			|CHANNEL RESERVOIR
			|CHANNEL SLUICE GATE
			|CHANNEL STEP
			|CHANNEL STRAIGHT
			|CHANNEL WEIR
			|CHARACTERISTIC
			|GAS PIPE FANNO ADIABATIC
			|GAS PIPE FANNO ISOTHERMAL
			|GASPIPE FANNO ADIABATIC
			|INOUT
			|LABYRINTHSINGLE
			|LABYRINTHSTEPPED
			|LABYRINTHSTRAIGHT
			|LIQUID PUMP
			|MASSFLOWPERCENT
			|MOEHRING CENTRIPETAL
			|ORIFICE
			|PIPE BEND
			|PIPE CONTRACTION
			|PIPE ENLARGEMENT
			|PIPE ENTRANCE
			|PIPE GATE VALVE
			|PIPE INOUT
			|PIPE MANNING
			|PIPE MANNING FLEXIBLE
			|PIPE WHITE-COLEBROOK
			|PRESWIRLNOZZLE
			|RELATIVE TO ABSOLUTE
			|RESTRICTOR BEND IDEL CIRC
			|RESTRICTOR BEND IDEL RECT
			|RESTRICTOR BEND MILLER
			|RESTRICTOR BEND OWN
			|RESTRICTOR CONTRACTION
			|RESTRICTOR ENLARGEMENT
			|RESTRICTOR LONG ORIFICE IDELCHIK
			|RESTRICTOR LONG ORIFICE LICHTAROWICZ
			|RESTRICTOR USER
			|ROTATING GAS PIPE
			|U1
			|UP1
			|VORTEX FORCED
			|VORTEX FREE
		</Argument>
		<Argument use='*MATERIAL' name='OIL'/>
		<Argument form='Int' name='CONSTANTS'/>
		<Argument form='Bool' name='LIQUID'/>
		<Argument form='Bool' name='MANNING'/>
		<Group form='Table' newline='1'>
			<Argument comment='1'/>
			<Argument comment='2'/>
			<Argument comment='3'/>
			<Argument comment='4'/>
			<Argument comment='5'/>
			<Argument comment='6'/>
			<Argument comment='7'/>
			<Argument comment='8'/>
		</Group>
	</Keyword>
	<Keyword name='*FREQUENCY'>
		<Group form='Tabs2'>
			<Group form='VBox' name='SOLVER'>
				<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX</Argument>
				<Argument form='Combo' name='STORAGE'>|NO|YES</Argument>
			</Group>
			<Group form='VBox' name='MATRIXSTORAGE'>
				<Argument form='Line' name='SOLVER' readonly='1'>MATRIXSTORAGE</Argument>
				<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
				<Argument form='Combo' name='CYCMPC'>|ACTIVE|INACTIVE</Argument>
			</Group>
		</Group>
		<Argument form='Int' comment='Number of eigenfrequencies desired' newline='1'/>
		<Argument form='Float' comment='Lower value of requested eigenfrequency range'/>
	</Keyword>
	<Keyword name='*FRICTION'>
		<Argument form='Float' comment='Mu' newline='1'/>
		<Argument form='Float' comment='Lambda'/>
	</Keyword>
	<Keyword name='*GAP'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument form='Float' comment='Gap clearance'/>
		<Group form='HBox' comment='Normalized gap direction'>
			<Argument form='Float'/>
			<Argument form='Float'/>
			<Argument form='Float'/>
		</Group>
		<Argument form='Empty'/>
		<Argument form='Float' comment='Spring stiffness'/>
		<Argument form='Float' comment='Tensile force at -INF'/>
	</Keyword>
	<Keyword name='*GAP CONDUCTANCE'>
		<Group form='Tabs2'>
			<Group form='Table' newline='1' name='Table' required='1'>
				<Argument form='Float' comment='Conductance'/>
				<Argument form='Float' comment='Contact pressure'/>
				<Argument form='Float' comment='Temperature'/>
			</Group>
			<Argument form='Bool' name='USER' required='1'/>
		</Group>
	</Keyword>
	<Keyword name='*GAP HEAT GENERATION'>
		<Group form='Tabs2'>
			<Group form='VBox' newline='1' name='Table' required='1'>
				<Argument form='Float' comment='Heat conversion factor'/>
				<Argument form='Float' comment='Surface weighting factor'/>
				<Argument form='Float' comment='Differential tangential velocity'/>
			</Group>
			<Argument form='Bool' name='USER' required='1'/>
		</Group>
	</Keyword>
	<Keyword name='*GEOMETRIC CONSTRAINT'>
		<Argument form='Combo' newline='1' comment='The type of the geometric constraint'>FIXSHRINKAGE|FIXGROWTH|MAXMEMBERSIZE|MINMEMBERSIZE</Argument>
		<Argument use='*NSET' comment='A node set'/>
		<Argument use='*NSET' comment='An opposite node set'/>
		<Argument form='Float' comment='An absolute value'/>
	</Keyword>
	<Keyword name='*GEOMETRIC TOLERANCES'>
		<Argument form='Line' name='TYPE' required='1' readonly='1'>NORMAL</Argument>
		<Argument form='Bool' name='CONSTRAINED'/>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Argument form='Float' comment='Mean value of the tolerance'/>
		<Argument form='Float' comment='Standard deviation of the tolerance'/>
	</Keyword>
	<Keyword name='*GREEN'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX</Argument>
		<Argument form='Combo' name='STORAGE'>|NO|YES</Argument>
	</Keyword>
	<Keyword name='*HCF'>
		<Argument form='SelectFile' name='INPUT' required='1'/>
		<Argument form='Int' name='MODE' required='1'/>
		<Argument form='Int' name='MISSION STEP' required='1'/>
		<Argument form='Int' name='MAX CYCLE'/>
		<Argument form='Float' name='SCALING'/>
	</Keyword>
	<Keyword name='*HEADING'>
		<Argument form='Line' newline='1' comment='Description of the problem'/>
	</Keyword>
	<Keyword name='*HEAT TRANSFER'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Combo' name='STORAGE'>|NO|YES</Argument>
		<Group form='HBox'>
			<Argument form='Bool' name='MATRIXSTORAGE'/>
			<Argument form='Bool' name='DIRECT'/>
			<Argument form='Bool' name='STEADY STATE'/>
			<Argument form='Bool' name='TIME RESET'/>
		</Group>
		<Argument form='Float' name='DELTMX'/>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='HEAT TRANSFER'>
				<Argument form='Float' comment='Initial time increment' newline='1'>1</Argument>
				<Argument form='Float' comment='Time period of the step'>1</Argument>
				<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
				<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
			</Group>
			<Group form='VBox' name='FREQUENCY'>
				<Argument form='Bool' name='FREQUENCY' required='1'/>
				<Argument form='Int' comment='Number of eigenfrequencies desired' newline='1'/>
				<Argument form='Float' comment='Lower value'/>
				<Argument form='Float' comment='Upper value'/>
			</Group>
			<Group form='VBox' name='MODAL DYNAMIC'>
				<Argument form='Bool' name='MODAL DYNAMIC' required='1'/>
				<Argument form='Float' comment='Initial time increment' newline='1'>1</Argument>
				<Argument form='Float' comment='Time period of the step'>1</Argument>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*HYPERELASTIC'>
		<Group form='Tabs2'>
			<Group form='VBox' name='ARRUDA-BOYCE'>
			 	<Argument form='Line' readonly='1'>ARRUDA-BOYCE</Argument>
				<Argument form='Line' comment='μ, λm, D, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='MOONEY-RIVLIN'>
			 	<Argument form='Line' readonly='1'>MOONEY-RIVLIN</Argument>
				<Argument form='Line' comment='C10, C01, D1, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='NEO HOOKE'>
			 	<Argument form='Line' readonly='1'>NEO HOOKE</Argument>
				<Argument form='Line' comment='C10, D1, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='OGDEN'>
			 	<Argument form='Line' readonly='1'>OGDEN</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' name='N=1'>
						<Argument form='Line' readonly='1'>N=1</Argument>
						<Argument form='Line' comment='μ1, a1, D1, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=2'>
						<Argument form='Line' readonly='1'>N=2</Argument>
						<Argument form='Line' comment='μ1, a1, μ2, a2, D1, D2, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=3'>
						<Argument form='Line' readonly='1'>N=3</Argument>
						<Argument form='Line' comment='μ1, a1, μ2, a2, μ3, a3, D1, D2,' newline='1'/>
						<Argument form='Line' comment='D3, Temperature' newline='1'/>
					</Group>
				</Group>
			</Group>
			<Group form='VBox' name='POLYNOMIAL'>
			 	<Argument form='Line' readonly='1'>POLYNOMIAL</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' name='N=1'>
						<Argument form='Line' readonly='1'>N=1</Argument>
						<Argument form='Line' comment='C10, C01, D1, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=2'>
						<Argument form='Line' readonly='1'>N=2</Argument>
						<Argument form='Line' comment='C10, C01, C20, C11, C02, D1, D2, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=3'>
						<Argument form='Line' readonly='1'>N=3</Argument>
						<Argument form='Line' comment='C10, C01, C20, C11, C02, C30, C21, C12' newline='1'/>
						<Argument form='Line' comment='C03, D1, D2, D3, Temperature' newline='1'/>
					</Group>
				</Group>
			</Group>
			<Group form='VBox' name='REDUCED POLYNOMIAL'>
			 	<Argument form='Line' readonly='1'>REDUCED POLYNOMIAL</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' name='N=1'>
						<Argument form='Line' readonly='1'>N=1</Argument>
						<Argument form='Line' comment='C10, D1, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=2'>
						<Argument form='Line' readonly='1'>N=2</Argument>
						<Argument form='Line' comment='C10, C20, D1, D2, Temperature' newline='1'/>
					</Group>
					<Group form='VBox' name='N=3'>
						<Argument form='Line' readonly='1'>N=3</Argument>
						<Argument form='Line' comment='C10, C20, C30, D1, D2, D3, Temperature' newline='1'/>
					</Group>
				</Group>
			</Group>
			<Group form='VBox' name='YEOH'>
			 	<Argument form='Line' readonly='1'>YEOH</Argument>
				<Argument form='Line' comment='C10, C20, C30, D1, D2, D3, Temperature' newline='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*HYPERFOAM'>
		<Group form='Tabs2'>
			<Group form='VBox' name='N=1'>
				<Argument form='Line' readonly='1'>N=1</Argument>
				<Argument form='Line' comment='μ1, a1, v1, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='N=2'>
				<Argument form='Line' readonly='1'>N=2</Argument>
				<Argument form='Line' comment='μ1, a1, μ2, a2, v1, v2, Temperature' newline='1'/>
			</Group>
			<Group form='VBox' name='N=3'>
				<Argument form='Line' readonly='1'>N=3</Argument>
				<Argument form='Line' comment='μ1, a1, μ2, a2, μ3, a3, v1, v2,' newline='1'/>
				<Argument form='Line' comment='v3, Temperature' newline='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*INCLUDE'>
		<Argument form='SelectFile' name='INPUT' required='1'/>
	</Keyword>
	<Keyword name='*INITIAL CONDITIONS'>
		<Group form='Tabs2'>
			<Group form='VBox' name='DISPLACEMENT'>
				<Argument form='Line' name='TYPE' readonly='1'>DISPLACEMENT</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Int' comment='Degree of freedom in the GLOBAL CSYS'/>
				<Argument form='Float' comment='Magnitude of the displacement'/>
			</Group>
			<Group form='VBox' name='PLASTIC STRAIN'>
				<Argument form='Line' name='TYPE' readonly='1'>PLASTIC STRAIN</Argument>
				<Argument form='Int' comment='Element number' newline='1'/>
				<Argument form='Int' comment='Integration point number'/>
				<Argument form='Line' comment='Plastic strain components in the GLOBAL CSYS (xx, yy, zz, xy, xz, yz)'/>
			</Group>
			<Group form='VBox' name='TEMPERATURE'>
				<Argument form='Line' name='TYPE' readonly='1'>TEMPERATURE</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Float' comment='Initial temperature value at the node'/>
				<Argument form='Float' comment='Initial temperature gradient in normal direction (shells) or in 2-direction (beams)'/>
				<Argument form='Float' comment='Initial temperature gradient in 1-direction (beams)'/>
			</Group>
			<Group form='VBox' name='TURBULENCE'>
				<Argument form='Line' name='TYPE' readonly='1'>TURBULENCE</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Line' comment='Comma separated turbulence parameters'/>
			</Group>
			<Group form='VBox' name='SOLUTION'>
				<Argument form='Line' name='TYPE' readonly='1'>SOLUTION</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' newline='1' name='SOLUTION' required='1'>
						<Argument form='Int' comment='Element number'/>
						<Argument form='Int' comment='Integration point number'/>
						<Argument form='Line' comment='Comma separated internal variable values'/>
					</Group>
					<Argument form='Bool' name='USER' required='1'/>
				</Group>
			</Group>
			<Group form='VBox' name='STRESS'>
				<Argument form='Line' name='TYPE' readonly='1'>STRESS</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' newline='1' name='STRESS' required='1'>
						<Argument form='Int' comment='Element number'/>
						<Argument form='Int' comment='Integration point number'/>
						<Argument form='Float' comment='Stress components in the GLOBAL CSYS (xx, yy, zz, xy, xz, yz)'/>
					</Group>
					<Argument form='Bool' name='USER' required='1'/>
				</Group>
			</Group>
			<Group form='VBox' name='MASS FLOW'>
				<Argument form='Line' name='TYPE' readonly='1'>MASS FLOW</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Float' comment='Mass flow value at the node'/>
			</Group>
			<Group form='VBox' name='PRESSURE'>
				<Group form='OrH'>
					<Argument form='Line' name='TYPE' readonly='1'>PRESSURE</Argument>
					<Argument form='Line' name='TYPE' readonly='1'>TOTAL PRESSURE</Argument>
				</Group>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Float' comment='Pressure value at the node'/>
			</Group>
			<Group form='VBox' name='VELOCITY'>
				<Group form='OrH'>
					<Argument form='Line' name='TYPE' readonly='1'>VELOCITY</Argument>
					<Argument form='Line' name='TYPE' readonly='1'>FLUID VELOCITY</Argument>
				</Group>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Float' comment='Degree of freedom in the GLOBAL CSYS'/>
				<Argument form='Float' comment='Magnitude of the velocity'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*INITIAL STRAIN INCREASE'>
		<Argument form='Int' comment='Element number' newline='1' required='1'/>
		<Argument form='Int' comment='Integration point number' required='1'/>
		<Group form='HBox' comment='Initial strain increase components in the GLOBAL CSYS' required='1'>
			<Argument form='Float' comment='xx'/>
			<Argument form='Float' comment='yy'/>
			<Argument form='Float' comment='zz'/>
		</Group>
		<Group form='HBox' required='1'>
			<Argument form='Float' comment='xy'/>
			<Argument form='Float' comment='xz'/>
			<Argument form='Float' comment='yz'/>
		</Group>
	</Keyword>
	<Keyword name='*KINEMATIC'>
		<Argument form='Combo' comment='First DOF' newline='1'>1|2|3</Argument>
		<Argument form='Combo' comment='Last DOF'>|1|2|3</Argument>
	</Keyword>
	<Keyword name='*MAGNETIC PERMEABILITY'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Mu'/>
			<Argument form='Float' comment='Domain number'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*MASS'>
		<Argument use='*ELSET' name='ELSET' required='1' comment='Set with MASS elements'/>
		<Argument form='Float' required='1' newline='1' comment='Mass'/>
	</Keyword>
	<Keyword name='*MASS FLOW'>
		<Group form='OrH' newline='1' required='1'>
			<Argument form='Int' comment='ELEMENT or...'/>
			<Argument use='*ELSET' comment='...ELSET'/>
		</Group>
		<Argument form='Repl' comment='Mass flow type label' required='1'>M*</Argument>
	</Keyword>
	<Keyword name='*MATERIAL'>
		<Argument form='Line' name='NAME' required='1'/>
	</Keyword>
	<Keyword name='*MEMBRANE SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument form='Float' name='OFFSET'/>
		<Argument form='Float' comment='Thickness' newline='1' required='1'/>
	</Keyword>
	<Keyword name='*MODAL DAMPING'>
		<Group form='Tabs2'>
			<Group form='VBox' name='RAYLEIGH'>
				<Argument form='Bool' name='RAYLEIGH' required='1'/>
				<Argument form='Empty' newline='1'/>
				<Argument form='Empty'/>
				<Argument form='Float' comment='Coefficient of the mass matrix α'/>
				<Argument form='Float' comment='Coefficient of the stiffness matrix β'/>
			</Group>
			<Group form='VBox' name='MODAL=DIRECT'>
				<Argument form='Line' name='MODAL' readonly='1'>DIRECT</Argument>
				<Argument form='Float' comment='Lowest mode of the range' newline='1'/>
				<Argument form='Float' comment='Highest mode of the range'/>
				<Argument form='Float' comment='Viscous damping factor ζ'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*MODAL DYNAMIC'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Combo' name='DIRECT'>|NO|YES</Argument>
		<Argument form='Float' name='DELTMX'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='TRANSIENT'>
				<Argument form='Float' comment='Initial time increment' newline='1'/>
				<Argument form='Float' comment='Time period of the step'/>
			</Group>
			<Group form='VBox' name='STEADY STATE'>
				<Argument form='Bool' name='STEADY STATE' required='1'/>
				<Argument form='Float' comment='Initial time increment' newline='1'/>
				<Argument form='Float' comment='Relative error for steady state conditions'/>
			</Group>
		</Group>
		<Argument form='Float' comment='Minimum time increment'/>
		<Argument form='Float' comment='Maximum time increment'/>
	</Keyword>
	<Keyword name='*MODEL CHANGE'>
		<Group form='Tabs2'>
			<Group form='VBox' name='ELEMENT'>
				<Argument form='Line' name='TYPE' readonly='1'>ELEMENT</Argument>
				<Group form='Tabs2'>
					<Group form='VBox' name='ADD'>
						<Argument form='Combo' name='ADD'>|STRAIN FREE|WITH STRAIN</Argument>
						<Argument form='Bool' name='MECHSTRAINTORESIDUAL'/>
					</Group>
					<Group form='VBox' name='REMOVE'>
						<Argument form='Bool' name='REMOVE' required='1'/>
					</Group>
				</Group>
				<Argument form='Text' comment='Elements/sets to be (de)activated (max. 16 per line)' newline='1'/>
			</Group>
			<Group form='VBox' name='CONTACT PAIR'>
				<Argument form='Line' name='TYPE' readonly='1'>CONTACT PAIR</Argument>
				<Argument form='Bool' name='ADD|REMOVE' required='1'/>
				<Argument use='*SURFACE' required='1' comment='Slave surface (nodal / element face)' newline='1'/>
				<Argument use='*SURFACE' required='1' comment='Master surface (element face based)'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*MPC'>
		<Group form='OrH' newline='1' required='1'>
			<Argument form='Combo' comment='Predefined'>PLANE|STRAIGHT|BEAM</Argument>
			<Argument form='Line' comment='User'/>
		</Group>
		<Argument form='Text' comment='List of nodes: max. 16 per line.' required='1'/>
	</Keyword>
	<Keyword name='*NETWORK MPC'>
		<Argument form='Combo' name='TYPE'>|QUADRATIC</Argument>
		<Argument form='Int' comment='Number of terms in the constraint' required='1' newline='1'/>
		<Argument form='Text' comment='Node1, DOF1, Coef.1, Node2, DOF2, Coef.2, etc.' required='1' newline='1'/>
	</Keyword>
	<Keyword name='*NO ANALYSIS'/>
	<Keyword name='*NODAL THICKNESS'>
		<Group form='OrH' newline='1' required='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Argument form='Float' comment='Thickness 1' required='1'/>
		<Argument form='Float' comment='Thickness 2'/>
	</Keyword>
	<Keyword name='*NODE'>
		<Argument form='Line' name='NSET'/>
		<Group form='Table' newline='1'>
			<Argument form='Int' comment='Node number'/>
			<Argument form='Float' comment='X'/>
			<Argument form='Float' comment='Y'/>
			<Argument form='Float' comment='Z'/>
		</Group>
	</Keyword>
	<Keyword name='*NODE FILE'>
		<Group form='OrH'>
			<Argument form='Int' name='FREQUENCY' comment='FREQUENCY or...'/>
			<Argument use='*TIME POINTS' comment='...TIME POINTS'/>
		</Group>
		<Argument form='Int' name='FREQUENCYF'/>
		<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
		<Argument use='*NSET' name='NSET'/>
		<Group form='HBox'>
			<Argument form='Bool' name='OUTPUT ALL'/>
			<Argument form='Bool' name='LAST ITERATIONS'/>
			<Argument form='Bool' name='CONTACT ELEMENTS'/>
		</Group>
		<Argument form='Combo' name='OUTPUT'>|2D|3D</Argument>
		<Argument form='Grid' newline='1' name='Node variables'>CP,DEPF,DEPT,DTF,HCRI,KEQ,MACH,MAXU,MF,NT,PNT,POT,PRF,PS,PSF,PT,PTF,PU,RF,RFL,SEN,TS,TSF,TT,TTF,TURB,U,V,VF</Argument>
	</Keyword>
	<Keyword name='*NODE OUTPUT'>
		<Group form='OrH'>
			<Argument form='Int' name='FREQUENCY' comment='FREQUENCY or...'/>
			<Argument use='*TIME POINTS' comment='...TIME POINTS'/>
		</Group>
		<Argument form='Int' name='FREQUENCYF'/>
		<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
		<Argument use='*NSET' name='NSET'/>
		<Group form='HBox'>
			<Argument form='Bool' name='OUTPUT ALL'/>
			<Argument form='Bool' name='LAST ITERATIONS'/>
			<Argument form='Bool' name='CONTACT ELEMENTS'/>
		</Group>
		<Argument form='Combo' name='OUTPUT'>|2D|3D</Argument>
		<Argument form='Grid' newline='1' name='Node variables'>CP,DEPF,DEPT,DTF,HCRI,KEQ,MACH,MAXU,MF,NT,PNT,POT,PRF,PS,PSF,PT,PTF,PU,RF,RFL,SEN,TS,TSF,TT,TTF,TURB,U,V,VF</Argument>
	</Keyword>
	<Keyword name='*NODE PRINT'>
		<Argument use='*NSET' name='NSET' required='1'/>
		<Group form='OrH'>
			<Argument form='Int' name='FREQUENCY' comment='FREQUENCY or...'/>
			<Argument use='*TIME POINTS' comment='...TIME POINTS'/>
		</Group>
		<Argument form='Int' name='FREQUENCYF'/>
		<Argument form='Combo' name='GLOBAL'>|YES|NO</Argument>
		<Argument form='Combo' name='TOTALS'>|NO|YES|ONLY</Argument>
		<Argument form='Grid' newline='1' name='Node variables'>U,NT,TSF,TTF,PN,PSF,PTF,MACH,CP,VF,DEPF,TURB,MF,RF,RFL</Argument>
	</Keyword>
	<Keyword name='*NORMAL'>
		<Group form='HBox' newline='1'>
			<Argument form='Int' comment='Element number'/>
			<Argument form='Int' comment='Node number'/>
		</Group>
		<Group form='HBox' comment='Global coordinates of the normal'>
			<Argument form='Float' comment='X'/>
			<Argument form='Float' comment='Y'/>
			<Argument form='Float' comment='Z'/>
		</Group>
	</Keyword>
	<Keyword name='*NSET'>
		<Argument form='Line' name='NSET' required='1'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='LIST'>
				<Argument form='Text' comment='List of nodes' required='1' newline='1'/>
			</Group>
			<Argument form='HGroup' name='GENERATE' required='1'>
				<Argument form='Int' comment='First node' newline='1'/>
				<Argument form='Int' comment='Last node'/>
				<Argument form='Int' comment='Increment'/>
			</Argument>
		</Group>
	</Keyword>
	<Keyword name='*OBJECTIVE'>
		<Argument form='Combo' name='TARGET'>|MIN|MAX</Argument>
		<Argument use='*DESIGN RESPONSE' newline='1' comment='Name of a design response'/>
	</Keyword>
	<Keyword name='*ORIENTATION'>
		<Argument form='Line' name='NAME' required='1'/>
		<Argument form='Combo' name='SYSTEM'>|RECTANGULAR|CYLINDRICAL</Argument>
		<Group form='Tabs2'>
			<Group form='VBox' name='A and B' required='1'>
				<Group form='HBox' newline='1'>
					<Argument form='Float' comment='Xa'/>
					<Argument form='Float' comment='Ya'/>
					<Argument form='Float' comment='Za'/>
				</Group>
				<Group form='HBox'>
					<Argument form='Float' comment='Xb'/>
					<Argument form='Float' comment='Yb'/>
					<Argument form='Float' comment='Zb'/>
				</Group>
			</Group>
			<Group form='HBox' name='Distribution'>
				<Argument use='*DISTRIBUTION' comment='Name of the distribution' required='1'/>
			</Group>
		</Group>
		<Argument form='Combo' comment='Local axis of additional rotation' newline='1'>|1|2|3</Argument>
		<Argument form='Float' comment='Angle of rotation in degrees'/>
	</Keyword>
	<Keyword name='*OUTPUT'>
		<Argument form='Int' name='FREQUENCY'/>
		<Argument form='Int' name='FREQUENCYF'/>
	</Keyword>
	<Keyword name='*PHYSICAL CONSTANTS'>
		<Argument form='Float' name='ABSOLUTE ZERO'/>
		<Argument form='Float' name='STEFAN BOLTZMANN'/>
		<Argument form='Float' name='NEWTON GRAVITY'/>
	</Keyword>
	<Keyword name='*PLASTIC'>
		<Group form='Tabs2'>
			<Group form='VBox' name='Table'>
				<Argument form='Combo' name='HARDENING'>|ISOTROPIC|KINEMATIC|COMBINED</Argument>
				<Group form='Table' newline='1' required='1'>
					<Argument form='Float' comment='Mises stress'/>
					<Argument form='Float' comment='Plastic strain'/>
					<Argument form='Float' comment='Temperature'/>
				</Group>
			</Group>
			<Argument form='Bool' name='USER' required='1'/>
		</Group>
	</Keyword>
	<Keyword name='*PRE-TENSION SECTION'>
		<Group form='OrV' required='1'>
			<Argument use='*SURFACE' name='SURFACE' comment='Surface or...'/>
			<Argument form='Int' name='ELEMENT' comment='...element'/>
		</Group>
		<Argument form='Int' name='NODE' required='1'/>
		<Group form='HBox' required='1' newline='1' comment='Components in global coordinates of the normal on the surface'>
			<Argument form='Float'/>
			<Argument form='Float'/>
			<Argument form='Float'/>
		</Group>
	</Keyword>
	<Keyword name='*RADIATE'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument use='*AMPLITUDE' name='RADIATION AMPLITUDE'/>
		<Argument form='Float' name='RADIATION TIME DELAY'/>
		<Argument form='Int' name='CAVITY'/>
		<Argument form='Bool' name='ENVNODE'/>
		<Group form='OrH' newline='1'>
			<Argument form='Int' comment='ELEMENT or...'/>
			<Argument use='*ELSET' comment='...ELSET'/>
		</Group>
		<Group form='Tabs2'>
			<Group form='VBox' name='Uniform explicit'>
				<Argument form='Repl' comment='Radiation flux type label (Rx)'>R*</Argument>
				<Argument form='Float' comment='Sink temperature / Sink node'/>
				<Argument form='Float' comment='Emissivity'/>
			</Group>
			<Group form='VBox' name='Nonuniform explicit'>
				<Argument form='Repl' comment='Radiation flux type label (RxNUy)'>R*NU*</Argument>
			</Group>
			<Group form='VBox' name='Uniform emissivity'>
				<Argument form='Repl' comment='Radiation flux type label (RxCR)'>R*CR</Argument>
				<Argument form='Float' comment='Sink temperature / Sink node'/>
				<Argument form='Float' comment='Emissivity'/>
			</Group>
			<Group form='VBox' name='Nonuniform emissivity'>
				<Argument form='Repl' comment='Radiation flux type label (RxCRNUy)'>R*CRNU*</Argument>
				<Argument form='Float' comment='Sink temperature / Sink node'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*REFINE MESH'>
		<Argument form='Float' name='LIMIT'/>
		<Argument use='*ELSET' name='ELSET'/>
		<Argument form='Bool' name='USER'/>
		<Argument form='Grid' newline='1' comment='The label of the selected criterion'>U,V,S,E,ME,PEEQ,ENER,HFL,ERR</Argument>
	</Keyword>
	<Keyword name='*RESTART'>
		<Group form='Tabs2'>
			<Group form='VBox' name='WRITE'>
				<Argument form='Bool' name='WRITE' required='1'/>
				<Argument form='Float' name='FREQUENCY'/>
				<Argument form='Bool' name='OVERLAY'/>
			</Group>
			<Group form='VBox' name='READ'>
				<Argument form='Bool' name='READ' required='1'/>
				<Argument form='Int' name='STEP'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*RETAINED NODAL DOFS'>
		<Argument form='Combo' name='SORTED'>|NO</Argument>
		<Group form='OrH' required='1' newline='1'>
			<Argument form='Int' comment='NODE or...'/>
			<Argument use='*NSET' comment='...NSET'/>
		</Group>
		<Argument form='Int' comment='First DOF retained'/>
		<Argument form='Int' comment='Last DOF retained'/>
	</Keyword>
	<Keyword name='*RIGID BODY'>
		<Group form='OrV' required='1'>
			<Argument use='*NSET' name='NSET'/>
			<Argument use='*ELSET' name='ELSET'/>
		</Group>
		<Argument form='Int' name='REF NODE'/>
		<Argument form='Int' name='ROT NODE'/>
	</Keyword>
	<Keyword name='*ROBUST DESIGN'>
		<Argument form='Bool' name='RANDOM FIELD ONLY' required='1'/>
		<Argument form='Float' newline='1' comment='Requested accuracy'/>
	</Keyword>
	<Keyword name='*SECTION PRINT'>
		<Argument use='*SURFACE' name='SURFACE' required='1'/>
		<Argument form='Line' name='NAME' required='1'/>
		<Group form='OrV'>
			<Argument form='Int' name='FREQUENCY'/>
			<Argument use='*TIME POINTS' name='TIME POINTS'/>
		</Group>
		<Argument form='Grid' newline='1' comment='Identifying keys for the variables to be printed,'>DRAG,FLUX,SOF,SOM,SOAREA</Argument>
	</Keyword>
	<Keyword name='*SELECT CYCLIC SYMMETRY MODES'>
		<Argument form='Int' name='NMIN'/>
		<Argument form='Int' name='NMAX'/>
	</Keyword>
	<Keyword name='*SENSITIVITY'>
		<Argument form='Bool' name='NLGEOM'/>
		<Argument form='Bool' name='READ|WRITE'/>
	</Keyword>
	<Keyword name='*SHELL SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument form='Bool' name='ORIENTATION'/>
		<Argument form='Bool' name='NODAL THICKNESS'/>
		<Argument form='Float' name='OFFSET'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='MATERIAL'>
				<Argument use='*MATERIAL' name='MATERIAL'/>
				<Argument form='Float' comment='Thickness' newline='1'/>
			</Group>
			<Group form='VBox' name='COMPOSITE'>
				<Argument form='Bool' name='COMPOSITE' required='1'/>
				<Argument form='Float' comment='Thickness' newline='1'/>
				<Argument form='Empty'/>
				<Argument use='*MATERIAL' comment='Material for the layer'/>
				<Argument use='*ORIENTATION' comment='Orientation for the layer'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*SOLID SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument use='*ORIENTATION' name='ORIENTATION'/>
		<Argument form='Bool' name='NODAL THICKNESS'/>
		<Argument form='Float' comment='Thickness' newline='1'/>
	</Keyword>
	<Keyword name='*SPECIFIC GAS CONSTANT'>
		<Argument form='Float' comment='Specific gas constant' newline='1' required='1'/>
	</Keyword>
	<Keyword name='*SPECIFIC HEAT'>
		<Group form='Table' newline='1'>
			<Argument form='Float' comment='Specific heat'/>
			<Argument form='Float' comment='Temperature'/>
		</Group>
	</Keyword>
	<Keyword name='*SPRING'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*ORIENTATION' name='ORIENTATION'/>
		<Argument form='Bool' name='NONLINEAR'/>
		<Group form='Tabs2' newline='1'>
			<Group form='VBox' name='SPRINGA'>
				<Argument form='Empty' comment='No params needed'/>
			</Group>
			<Group form='VBox' name='SPRING1/SPRING2'>
				<Argument form='Int' comment='First DOF'/>
				<Argument form='Int' comment='Second DOF'/>
			</Group>
		</Group>
		<Group form='Tabs2' newline='1'>
			<Group form='VBox' name='LINEAR'>
				<Group form='Table'>
					<Argument form='Float' comment='Spring constant'/>
					<Argument form='Empty' comment='Empty'/>
					<Argument form='Float' comment='Temperature'/>
				</Group>
			</Group>
			<Group form='VBox' name='NONLINEAR'>
				<Group form='Table'>
					<Argument form='Float' comment='Spring force'/>
					<Argument form='Float' comment='Elongation'/>
					<Argument form='Float' comment='Temperature'/>
				</Group>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*STATIC'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Group form='HBox'>
			<Argument form='Bool' name='DIRECT'/>
			<Argument form='Bool' name='EXPLICIT'/>
			<Argument form='Bool' name='TIME RESET'/>
		</Group>
		<Argument form='Float' comment='Initial time increment' newline='1'>0.1</Argument>
		<Argument form='Float' comment='Time period of the step'>1</Argument>
		<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
		<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
		<Argument form='Float' comment='Initial time increment for CFD'>1.e-2</Argument>
	</Keyword>
	<Keyword name='*STEADY STATE DYNAMICS'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX</Argument>
		<Group form='Tabs2'>
			<Group form='VBox' name='HARMONIC=YES'>
				<Argument form='Line' name='HARMONIC' readonly='1'>YES</Argument>
				<Argument form='Float' comment='Lower bound of the frequency range' newline='1'/>
				<Argument form='Float' comment='Upper bound of the frequency range'/>
				<Argument form='Int' comment='Number of data points'>20</Argument>
				<Argument form='Float' comment='Bias'>3.</Argument>
			</Group>
			<Group form='VBox' name='HARMONIC=NO'>
				<Argument form='Line' name='HARMONIC' readonly='1'>NO</Argument>
				<Argument form='Float' comment='Lower bound of the frequency range' newline='1'/>
				<Argument form='Float' comment='Upper bound of the frequency range'/>
				<Argument form='Int' comment='Number of data points'>20</Argument>
				<Argument form='Float' comment='Bias'>3.</Argument>
				<Argument form='Int' comment='Number of Fourier terms'>20</Argument>
				<Argument form='Float' comment='Lower bound of the time range'>0</Argument>
				<Argument form='Float' comment='Upper bound of the time range'>1</Argument>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*STEP'>
		<Argument form='Bool' name='PERTURBATION'/>
		<Argument form='Bool' name='NLGEOM'/>
		<Argument form='Bool' name='THERMAL NETWORK'/>
		<Argument form='Int' name='INC'/>
		<Argument form='Int' name='INCF'/>
		<Argument form='Combo' name='AMPLITUDE'>|RAMP|STEP</Argument>
		<Argument form='Float' name='SHOCK SMOOTHING'/>
	</Keyword>
	<Keyword name='*SUBMODEL'>
		<Argument form='SelectFile' name='INPUT' required='1' comment='FRD file:'/>
		<Argument use='*ELSET' name='GLOBAL ELSET'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='TYPE=NODE'>
				<Argument form='Line' name='TYPE' readonly='1'>NODE</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
			</Group>
			<Group form='VBox' name='TYPE=SURFACE'>
				<Argument form='Line' name='TYPE' readonly='1'>SURFACE</Argument>
				<Argument form='Line' comment='Element face surface' newline='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*SUBSTRUCTURE GENERATE'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO</Argument>
	</Keyword>
	<Keyword name='*SUBSTRUCTURE MATRIX OUTPUT'>
		<Argument form='SelectFile' name='FILE NAME' required='1' comment='.mtx file'/>
		<Argument form='Combo' name='STIFFNESS'>|YES</Argument>
		<Argument form='Combo' name='OUTPUT FILE'>|USER DEFINED</Argument>
	</Keyword>
	<Keyword name='*SURFACE'>
		<Argument form='Line' name='NAME' required='1'/>
		<Group form='Tabs2'>
			<Group form='VBox' name='Element face surface'>
				<Argument form='Line' name='TYPE' readonly='1'>ELEMENT</Argument>
				<Group form='Tabs2' newline='1'>
					<Group form='VBox' name='ELEMENT'>
						<Argument form='Int' comment='ELEMENT'/>
						<Argument form='Repl' comment='Facet label'>S*</Argument>
					</Group>
					<Group form='VBox' name='ELSET'>
						<Argument use='*ELSET' comment='ELSET'/>
						<Argument form='Combo' comment='Surface label'>SPOS|SNEG</Argument>
					</Group>
				</Group>
			</Group>
			<Group form='VBox' name='Nodal surface'>
				<Argument form='Line' name='TYPE' readonly='1'>NODE</Argument>
				<Group form='OrH' newline='1'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*SURFACE BEHAVIOR'>
		<Group form='Tabs2'>
			<Group form='VBox' name='EXPONENTIAL'>
				<Argument form='Line' name='PRESSURE-OVERCLOSURE' readonly='1'>EXPONENTIAL</Argument>
				<Argument form='Float' comment='c0' newline='1'/>
				<Argument form='Float' comment='p0'/>
			</Group>
			<Group form='VBox' name='LINEAR'>
				<Argument form='Line' name='PRESSURE-OVERCLOSURE' readonly='1'>LINEAR</Argument>
				<Argument form='Float' comment='Slope K of the pressure-overclosure curve' newline='1'/>
				<Argument form='Float' comment='σ∞'/>
				<Argument form='Float' comment='c0'/>
			</Group>
			<Group form='VBox' name='TABULAR'>
				<Argument form='Line' name='PRESSURE-OVERCLOSURE' readonly='1'>TABULAR</Argument>
				<Group form='Table' newline='1'>
					<Argument form='Float' comment='Pressure'/>
					<Argument form='Float' comment='Overclosure'/>
				</Group>
			</Group>
			<Group form='VBox' name='TIED'>
				<Argument form='Line' name='PRESSURE-OVERCLOSURE' readonly='1'>TIED</Argument>
				<Argument form='Float' comment='Slope K of the pressure-overclosure curve' newline='1'/>
			</Group>
			<Group form='VBox' name='HARD'>
				<Argument form='Line' name='PRESSURE-OVERCLOSURE' readonly='1'>HARD</Argument>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*SURFACE INTERACTION'>
		<Argument form='Line' name='NAME' required='1'/>
	</Keyword>
	<Keyword name='*TEMPERATURE'>
		<Argument form='Combo' name='OP'>|MOD|NEW</Argument>
		<Argument use='*AMPLITUDE' name='AMPLITUDE'/>
		<Argument form='Float' name='TIME DELAY'/>
		<Argument form='VGroup' name='SUBMODEL'>
			<Argument form='Int' name='STEP'/>
			<Argument form='Int' name='DATA SET'/>
		</Argument>
		<Group form='Tabs2'>
			<Group form='VBox' name='Table' newline='1'>
				<Group form='OrH'>
					<Argument form='Int' comment='NODE or...'/>
					<Argument use='*NSET' comment='...NSET'/>
				</Group>
				<Argument form='Float' comment='Temperature value at the node'/>
				<Argument form='Float' comment='Temperature gradient in normal direction (shells) or in 2-direction (beams)'/>
				<Argument form='Float' comment='Temperature gradient in 1-direction (beams)'/>
			</Group>
			<Group form='VBox' name='File'>
				<Argument form='SelectFile' name='INPUT' required='1' comment='FRD file'/>
				<Argument form='Int' name='BSTEP'/>
			</Group>
			<Group form='VBox' name='User'>
				<Argument form='Bool' name='USER' required='1'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*TIE'>
		<Argument form='Line' name='NAME' required='1'/>
		<Argument form='Float' name='POSITION TOLERANCE'/>
		<Argument form='Combo' name='ADJUST'>|YES|NO</Argument>
		<Argument form='Combo'>|CYCLIC SYMMETRY|MULTISTAGE|FLUID PERIODIC|FLUID CYCLIC</Argument>
		<Group form='HBox' newline='1'>
			<Argument use='*SURFACE' comment='Slave surface'/>
			<Argument use='*SURFACE' comment='Master surface'/>
		</Group>
	</Keyword>
	<Keyword name='*TIME POINTS'>
		<Argument form='Line' name='NAME' required='1'/>
		<Argument form='Combo' name='TIME'>|TOTAL TIME</Argument>
		<Group form='Tabs2'>
			<Group form='VBox' name='List of values' newline='1'>
				<Argument form='Text' comment='Comma separated values, max. 8 per line.'/>
			</Group>
			<Argument form='HGroup' name='GENERATE' required='1'>
				<Argument form='Int' comment='First element' newline='1'/>
				<Argument form='Int' comment='Last element'/>
				<Argument form='Int' comment='Increment'/>
			</Argument>
		</Group>
	</Keyword>
	<Keyword name='*TRANSFORM'>
		<Argument form='Line' name='NSET' required='1'/>
		<Argument form='Combo' name='TYPE'>R|C</Argument>
		<Group form='HBox' newline='1' required='1'>
			<Argument form='Float' comment='Xa'/>
			<Argument form='Float' comment='Ya'/>
			<Argument form='Float' comment='Za'/>
		</Group>
		<Group form='HBox' required='1'>
			<Argument form='Float' comment='Xb'/>
			<Argument form='Float' comment='Yb'/>
			<Argument form='Float' comment='Zb'/>
		</Group>
	</Keyword>
	<Keyword name='*UNCOUPLED TEMPERATURE-DISPLACEMENT'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Group form='HBox'>
			<Argument form='Bool' name='STEADY STATE'/>
			<Argument form='Bool' name='DIRECT'/>
		</Group>
		<Group form='HBox'>
			<Argument form='Bool' name='EXPLICIT'/>
			<Argument form='Bool' name='TIME RESET'/>
		</Group>
		<Argument form='Float' name='ALPHA'/>
		<Argument form='Float' name='DELTMX'/>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Argument form='Float' comment='Initial time increment' newline='1'/>
		<Argument form='Float' comment='Total step time'/>
		<Argument form='Float' comment='Minimum time increment allowed'/>
		<Argument form='Float' comment='Maximum time increment allowed'/>
	</Keyword>
	<Keyword name='*USER ELEMENT'>
		<Argument form='Repl' name='TYPE' required='1'>U*</Argument>
		<Argument form='Int' name='INTEGRATION POINTS' required='1'/>
		<Argument form='Int' name='MAXDOF' required='1'/>
		<Argument form='Int' name='NODES' required='1'/>
	</Keyword>
	<Keyword name='*USER MATERIAL'>
		<Argument form='Line' name='NAME'/>
		<Argument form='Int' name='CONSTANTS' required='1'/>
		<Argument form='Combo' name='TYPE'>|MECHANICAL|THERMAL</Argument>
		<Argument form='Text' comment='Material parameters (8 values per line)' newline='1'/>
	</Keyword>
	<Keyword name='*USER SECTION'>
		<Argument use='*ELSET' name='ELSET' required='1'/>
		<Argument use='*MATERIAL' name='MATERIAL' required='1'/>
		<Argument form='Int' name='CONSTANTS' required='1'/>
		<Argument form='Text' comment='Section parameters (8 values per line)' newline='1'/>
	</Keyword>
	<Keyword name='*VALUES AT INFINITY'>
		<Argument form='Float' comment='Static temperature at infinity' newline='1' required='1'/>
		<Argument form='Float' comment='Norm of the velocity vector at infinity' required='1'/>
		<Argument form='Float' comment='Static pressure at infinity' required='1'/>
		<Argument form='Float' comment='Density at infinity' required='1'/>
		<Argument form='Float' comment='Length of the computational domain' required='1'/>
	</Keyword>
	<Keyword name='*VIEWFACTOR'>
		<Group form='Tabs2'>
			<Group form='VBox' name='Read'>
				<Argument form='Combo'>READ|NO CHANGE</Argument>
				<Argument form='SelectFile' name='INPUT'/>
			</Group>
			<Group form='VBox' name='Write'>
				<Argument form='Combo'>WRITE|WRITE ONLY</Argument>
				<Argument form='SelectFile' name='OUTPUT'/>
			</Group>
		</Group>
	</Keyword>
	<Keyword name='*VISCO'>
		<Argument form='Combo' name='SOLVER'>|SPOOLES|PARDISO|SGI|TAUCS|PaStiX|ITERATIVE SCALING|ITERATIVE CHOLESKY</Argument>
		<Argument form='Float' name='TOTAL TIME AT START'/>
		<Group form='HBox'>
			<Argument form='Bool' name='DIRECT'/>
			<Argument form='Bool' name='EXPLICIT'/>
			<Argument form='Bool' name='TIME RESET'/>
		</Group>
		<Argument form='Float' name='CETOL'/>
		<Argument form='Float' comment='Initial time increment' newline='1'>0.1</Argument>
		<Argument form='Float' comment='Time period of the step'>1</Argument>
		<Argument form='Float' comment='Minimum time increment'>1.e-5</Argument>
		<Argument form='Float' comment='Maximum time increment'>1.e+30</Argument>
		<Argument form='Float' comment='Initial time increment for CFD'>1.e-2</Argument>
	</Keyword>
</list>