Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
config:mbdyn [2016/03/07 14:45]
louisgag changed to C++ inspired file (only problem is the comment starting at midline but at least it recognises multiline comments)
config:mbdyn [2018/02/13 14:58] (current)
louisgag adding from keyword
Line 14: Line 14:
 <file properties filetypes.MBDyn.conf>​ <file properties filetypes.MBDyn.conf>​
 # For complete documentation of this file, please see Geany'​s main documentation # For complete documentation of this file, please see Geany'​s main documentation
 +# Using the Perl lexer seems to be the best option to have both # single line and /* multiline comment work, multiline comments however still suffer when / ar present within them
 [styling] [styling]
-foreground;​background;​bold;​italic+Edit these in the colorscheme .conf file instead
 default=default default=default
-comment=0x0000FF;​0xFFFFFF +error=error 
-commentline=0x0000FF;​0xFFFFFF +commentline=comment_line 
-commentdoc=commentdoc +number=number_1 
-number=0xFF00FF +word=keyword_1 
-word=0x00805C;​0xFFFFFF;​true;​false +string=string_1 
-word2=0xA51D1D;​0xFFFFFF;​true;​false +character=character 
-string=string +preprocessor=preprocessor
-character=string +
-uuid=0x404080 +
-preprocessor=0x8000FF;​0xFFFFFF+
 operator=operator operator=operator
 identifier=identifier identifier=identifier
-stringeol=stringeol +scalar=identifier_1 
-# @"​verbatim"​ +pod=comment_doc 
-verbatim=0x101030 +regex=regex 
-# (/regex/) +array=identifier_2 
-regex=0x105090 +hash=identifier_3 
-commentlinedoc=commentdoc,​bold +symboltable=identifier_4 
-commentdockeyword=commentdoc,bold,italic +backticks=backticks 
-commentdockeyworderror=commentdoc +pod_verbatim=comment_doc_keyword 
-#​globalclass=type +reg_subst=regex 
-globalclass=0x505050;​0xffffff;​true;​false +datasection=value 
- +here_delim=here_doc 
 +here_q=here_doc 
 +here_qq=here_doc 
 +here_qx=here_doc 
 +string_q=string_2 
 +string_qq=string_2 
 +string_qx=string_2 
 +string_qr=string_2 
 +string_qw=string_2 
 +variable_indexer=default 
 +# *_var mappings may need checking 
 +string_var=identifier_1 
 +regex_var=identifier_2 
 +regsubst_var=identifier_2 
 +backticks_var=identifier_2 
 +here_qq_var=identifier_2 
 +here_qx_var=identifier_2 
 +string_qq_var=identifier_2 
 +string_qx_var=identifier_2 
 +string_qr_var=identifier_2 
 +# translation:​ tr{}{} y{}{} 
 +xlat=string_2 
 +# not used 
 +punctuation=default 
 +# obsolete: replaced by qqqxqr, qw 
 +longquote=here_doc 
 +sub_prototype=here_doc 
 +format_ident=string_2 
 +format=string_2 
 [keywords] [keywords]
-# all items must be in one line +primary=structural reference asbtract node body drive caller driver diag null eye string genel matrix amplitude gravity uniform single angular velocity acceleration axial rotation revolute hinge cardano brake pin clamp coincidence deformable displacement joint distance gimbal in line plane kinematic linear velocity acceleration plane prismatic rod total bezier spherical viscous abstract algebraic array state space SISO MIMO a b c differential air properties const file data control iterations max output meter steps forever netcdf elements ​ position component absolute integer ramp include force results default initial value rigid loadable aerodynamic genels drivers global dynamic variable step interpolation pad zeroes no mult orientation element user defined induced jacobian c81 real cosine driven constraint active inactive condense inertial inertia beam3 accelerations yes proportional damping origin alpha first angle units degrees problem all  module load cyclocopter delay omegacut kappa timestep polimi inflow time naive colamd nonlinear solver newton raphson modified time method tolerance none derivatives assembly skip hydraulic beams hydraulic static beam  viscoelastic generic inline super compressible incompressible thermal exponential orifice flow valve density fluid uncompressible final same elastic follower half sine dof ms offset direct parameter couple bind with offset coefficient rotor eta correction crank nicholson couple isotropic spring support bodies joints nodes bodies forces ​sync notext sometext print equation description residual umfpack threads disable integrator scalar filter balance canonical form observable gain function piecewise custom other mt list modal aircraft instruments scale variant ring tire min change strategy lapack klu superlu map pivot factor drop euler123 euler313 euler321 vector test norm modify implicit euler bdf order third hope minmax keep honor requests double cc moment from
-secondary=begin end set +
-primary=structural reference asbtract node body drive caller driver diag null eye string genel matrix amplitude gravity uniform single angular velocity acceleration axial rotation revolute hinge cardano brake pin clamp coincidence deformable displacement joint distance gimbal in line plane kinematic linear velocity acceleration plane prismatic rod total bezier spherical viscous abstract algebraic array state space siso mimo a b c differential air properties const file data control iterations max output meter steps forever netcdf elements ​ position component absolute integer ramp include force results default initial value rigid loadable aerodynamic genels drivers global dynamic variable step interpolation pad zeroes no mult orientation element user defined induced jacobian c81 real cosine driven constraint active inactive condense inertial inertia beam3 accelerations yes proportional damping origin alpha first angle units degrees problem all  module load cyclocopter delay omegacut kappa timestep polimi inflow time naive colamd nonlinear solver newton raphson modified time method tolerance none derivatives assembly skip hydraulic beams hydraulic static beam  viscoelastic generic inline super compressible incompressible thermal exponential orifice flow valve density fluid uncompressible final same elastic follower half sine dof ms offset direct parameter couple bind with offset coefficient rotor eta correction crank nicholson couple isotropic spring support bodies joints nodes bodies forces+
  
 +[lexer_properties]
 +styling.within.preprocessor=0
  
 [settings] [settings]
 # default extension used when saving files # default extension used when saving files
 extension=mbd extension=mbd
-lexer_filetype=C +lexer_filetype=Perl 
-#fold.comment.python=1 +fold.perl.at.else=0 
-#fold.quotes.python=1+fold.perl.comment.explicit=0 
 +fold=0
  
-# single ​comment char, like # in this file+# the following characters are these which a "​word"​ can contains, see documentation 
 +#​wordchars=_abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789 
 + 
 +# single ​comments, like # in this file
 comment_single=#​ comment_single=#​
 # multiline comments # multiline comments
 comment_open=/​* comment_open=/​*
-comment_close=*/​+comment_close==*/ 
 + 
 +# 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 comment_use_indent=false
  
 +# context action command (please see Geany'​s main documentation for details)
 +context_action_cmd=
 +
 +[indentation]
 +#width=4
 +# 0 is spaces, 1 is tabs, 2 is tab & spaces
 +#type=1
 </​file>​ </​file>​
  
 {{tag>​configure MBDyn filetype}} {{tag>​configure MBDyn filetype}}
Print/export