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# For complete documentation of this file, please see Geany's main documentation | ||
[styling] | ||
# Edit these in the colorscheme .conf file instead | ||
default=default | ||
comment=comment_line | ||
number=number | ||
string=string_1 | ||
operator=operator | ||
processor=preprocessor | ||
starcommand=keyword | ||
argument=parameter | ||
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[keywords] | ||
# all items must be in one line | ||
starcommands=amplitude base motion beam section boundary buckle cflux change contact type change friction change material change plastic change solid section change surface behavior | ||
clearence cload complex frequency conductivity contact file contact output contact pair contact print controls correlation length coupled temperature-displacement coupling | ||
crack propagation creep cyclic hardening cyclic symmetry model damping dashpot deformation plasticity density depvar design response design variables dflux | ||
distributing distributing coupling distribution dload dsload dynamic elastic electrical conductivity electromagnetics element element output el file el print elset | ||
end step equation expansion feasible direction filter film fluid constants fluid section frequency gap gap conductance gap heat generation geometric constraint geometric tolerances | ||
green hcf heading heat transfer hyperelastic hyperfoam include initial conditions initial mesh initial strain increase konematic magnetic permeability mass mass flow | ||
material matrix assemble membrane section modal damping modal dynamic modal change mohr coulomb mohr coulomb hardening mpc network mpc no analysis nodal thickness | ||
node node file node output node print normal print normal nset objective orientation physical constants plastic pre-tension section radiate rate dependent refine mesh | ||
restart retained nodal dofs rigid body robust design section print select cyclic symmmetry modes sensitivity shell section solid section specific gas constant specific heat spring static | ||
steady state dynamics step submodel substructure generate substructure matrix output surface surface behavior surface interaction temperature tie time points transform | ||
uncoupled temperature-displacement user element user material values at infinity viewfactor visco | ||
arguments=2d 3d elset material name stiffness file mass file nset output section forces section type generate perturbation nlgeom storage absolute zero stefan boltzmann newton gravity | ||
inc input incf frequencyf op amplitude film amplitude film time delay time delay time reset time points time reset total time at start last iterations contact elements load case | ||
user add fixed submodel step data step data set file bstep mass flow coriolis steady state compressible turbulence model shallow water node surface element compressible shock smoothing | ||
manning constants constraint name composite edge preservation direction weighting totals no heat transfer limit orientation offset offset1 offset2 nodal thickness solver submodel | ||
to node to surface to massless interaction type zero small sliding adjust master slave value sector omega omega0 pressure-overclosure parameters reset ref node rot node direct | ||
alpha deltmx magnetostatics material length law n ngraph tie elset matrix check alpha beta structural direct rayleigh explicit relative to absolute remove remove all method | ||
boundary weighting edge preservation direction weighting oil liquid storage global cycmpc mode mission step max cycle scaling arruda-boyce mooney-rivlin neo hoke ogden polynomial | ||
reduced polynomial yeoh plane straight beam dist constrained stiffness file radiation amplitude radiation time delay envnode cavity read write write only no change sorted random field only | ||
nmin nmax nonlinear harmonic thermal network file name output file position tolerance integration points maxdof nodes cetol system | ||
[settings] | ||
# default extension used when saving files | ||
extension=inp | ||
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# the following characters are these which a "word" can contains, see documentation | ||
#wordchars=_abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 | ||
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# single comments, like # in this file | ||
comment_single=** | ||
# multiline comments | ||
#comment_open= | ||
#comment_close= | ||
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# set to false if a comment character/string should start at column 0 of a line, true uses any | ||
# indentation of the line, e.g. setting to true causes the following on pressing CTRL+d | ||
#command_example(); | ||
# setting to false would generate this | ||
# command_example(); | ||
# This setting works only for single line comments | ||
comment_use_indent=false | ||
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# context action command (please see Geany's main documentation for details) | ||
context_action_cmd= | ||
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[indentation] | ||
#width=4 | ||
# 0 is spaces, 1 is tabs, 2 is tab & spaces | ||
#type=1 | ||
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[build_settings] | ||
# %f will be replaced by the complete filename | ||
# %e will be replaced by the filename without extension | ||
# (use only one of it at one time) | ||
compiler= | ||
run_cmd=ccx "%e" | ||
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[build-menu] | ||
FT_00_LB=Datacheck | ||
FT_00_CM=cgx -c "%f" | ||
FT_00_BD=false | ||
FT_01_LB=Run Job | ||
FT_01_CM=cgx -v "%e".frd | ||
FT_01_BD=false | ||
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