- Updated the OMC usage text.

git-svn-id: https://openmodelica.org/svn/OpenModelica/trunk@9949 f25d12d1-65f4-0310-ae8a-bbce733d8d8e

Author: perost

Compiler/Main/Main.mo

@@ -1069,28 +1069,27 @@ algorithm
   print("\t                           Model_functions.cpp the model functions C++ code\n");
   print("\t                           Model.makefile      the makefile to compile the model.\n");
   print("\t                           Model_init.xml      the initial values for parameters and start values\n");
-  print("\t+d=interactive             will start omc as a server listening on the socket interface\n");
-  print("\t+d=interactiveCorba        will start omc as a server listening on the Corba interface\n");
+  print("\t+d=interactive             start omc as a server listening on the socket interface\n");
+  print("\t+d=interactiveCorba        start omc as a server listening on the Corba interface\n");
   print("\t+c=corbaName               works togheter with +d=interactiveCorba;\n");
   print("\t                           will start omc with a different Corba session name; \n");
   print("\t                           this way multiple omc compilers can be started\n");
-  print("\t+s                         generate simulation code\n");
-  print("\t+annotationVersion=1.x     what annotation version should we use\n");
+  print("\t+annotationVersion=1.x     what annotation version should be used\n");
   print("\t                           accept 1.x or 2.x (default) or 3.x\n");
   print("\t+noSimplify                do not simplify expressions (default is to simplify)\n");
   print("\t+preOptModules=module1,..  pre optimisation modules (default is removeFinalParameters,removeEqualFunctionCalls,removeSimpleEquations,expandDerOperator)\n");
   print("\t+pastOptModules=module1,.. past optimisation modules (default is lateInline,inlineArrayEqn,removeSimpleEquations)\n");
   print("\t+indexReductionMethod=method index reduction method (default is dummyDerivative)\n");
-  print("\t+q                         run in quiet mode, output nothing\n");
+  //print("\t+q                         run in quiet mode, output nothing\n");
   print("\t+g=MetaModelica            accept MetaModelica grammar and semantics\n");
   print("\t+showErrorMessages         show error messages while they happen; default to no. \n");
   print("\t+showAnnotations           show annotations in the flat modelica output.\n");
   print("\t+orderConnections=false    disables alphabetical ordering of connections; default is true.\n");
-  print("\t+d=flags                   set debug flags: \n");
+  print("\t+d=flags                   set debug flags, where flags is a comma-delimited list: \n");
   print("\t+d=bltdump                 dump the blt form\n");
   print("\t+d=failtrace               prints a lot of error messages; use if your model fails; see also below.\n");
   print("\t+d=parsedump               dump the parsing tree\n");
-  print("\t+d=parseonly               will only parse the given file and exit\n");
+  //print("\t+d=parseonly               will only parse the given file and exit\n");
   print("\t+d=dynload                 display debug information about dynamic loading of compiled functions\n");
   print("\t+d=nogen                   do not use the dynamic loading.\n");
   print("\t+d=usedep                  use dependency analysis to speed up the compilation. [experimental].\n");
@@ -1105,14 +1104,14 @@ algorithm
   print("\n");
   print("* Examples:\n");
   print("\tomc Model.mo               will produce flattened Model on standard output\n");
-  print("\tomc Model.mof              will produce flattened Model on standard output\n");
+  //print("\tomc Model.mof              will produce flattened Model on standard output\n");
   print("\tomc Script.mos             will run the commands from Script.mos\n");
   print("\tomc Model.mo Modelica      will first load the Modelica library and then produce \n");
   print("\t                           flattened Model on standard output\n");
   print("\tomc Model1.mo Model2.mo    will load both Model1.mo and Model2.mo, and produce \n");
   print("\t                           flattened Model1 on standard output\n");
   print("\t*.mo (Modelica files) \n");
-  print("\t*.mof (Flat Modelica files) \n");
+  //print("\t*.mof (Flat Modelica files) \n");
   print("\t*.mos (Modelica Script files) \n");
 end printUsage;