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add autoloads

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Daniel Weschke
2025-12-25 12:38:51 +01:00
parent 04ede48d21
commit bf26d1918b
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lisp/apdl-mode/apdl-mode-autoloads.el Normal file
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;;; apdl-mode-autoloads.el --- automatically extracted autoloads (do not edit) -*- lexical-binding: t -*-
;; Generated by the `loaddefs-generate' function.
;; This file is part of GNU Emacs.
;;; Code:
(add-to-list 'load-path (or (and load-file-name (directory-file-name (file-name-directory load-file-name))) (car load-path)))
;;; Generated autoloads from apdl-initialise.el
(autoload 'apdl-initialise "apdl-initialise" "\
Initialise the customisation variables.
When argument FORCE is non-nil overwrite some of the already set
customisation variables.
(fn &optional FORCE)")
(register-definition-prefixes "apdl-initialise" '("apdl-"))
;;; Generated autoloads from apdl-keyword.el
(register-definition-prefixes "apdl-keyword" '("apdl-"))
;;; Generated autoloads from apdl-mode.el
(add-to-list 'auto-mode-alist '("\\.mac\\'" . apdl-mode))
(add-to-list 'auto-mode-alist '("\\.ans\\'" . apdl-mode))
(add-to-list 'auto-mode-alist '("\\.dat\\'" . apdl-mode))
(add-to-list 'auto-mode-alist '("\\.inp\\'" . apdl-mode))
(autoload 'apdl-mode "apdl-mode" "\
Editor support for the APDL language and working with Ansys MAPDL.
APDL-Mode (formerly Ansys-Mode) - in conjunction with the
GNU-Emacs editor - is an advanced APDL environment with features
like, pin-pointing the APDL reference documentation, keyword
completion, code templates, dedicated highlighting, solver
communication (GNU-Linux only), license reporting, etc. Over the
years it has accumulated lots of features for writing WorkBench /
Discovery AIM Command (APDL) objects and debugging complete FEA
models in APDL code.
The extensive documentation can be accessed from the APDL-Mode
menu or by calling the function `apdl-mode-help' with
\\[apdl-mode-help].
\\{apdl-mode-map}" t)
(autoload 'apdl "apdl-mode" "\
Open a new buffer in APDL-Mode.
You must save the buffer (connect it with a file-name), otherwise
possible edits are lost." t)
(autoload 'apdl-mode-version "apdl-mode" "\
Display the APDL-Mode version numbering scheme.
Together with the APDL-Mode update date and the Ansys version on
which the keyword- and completion system is based upon." t)
(register-definition-prefixes "apdl-mode" '("apdl-"))
;;; Generated autoloads from apdl-process.el
(autoload 'apdl-start-classics "apdl-process" "\
Start the Ansys MAPDL Classics graphical user interface.
The output of the solver is captured in an Emacs buffer called
*Classics* under GNU-Linux. Under Windows it is not possible to
capture the output here, only the exit code. Please
see `apdl-start-batch-run' for the documentation of these codes.
MAPDL command line options:
-aas : implies -b
-b : implies -i and -o
-lch : undocumented, command line built from the Ansys Launcher
-t : undocumented, maximum solver time -t 10:30:00
V2020R2:
-aas : Enables server mode. When enabling server mode, a custom
name for the keyfile can be specified using the -iorFile
option. For more information, see Mechanical APDL as a Server
User's Guide.
-acc device : Enables the use of GPU hardware to accelerate the
analysis. See GPU Accelerator Capability in the Parallel
Processing Guide for more information.
-amfg : Enables the additive manufacturing capability (requires
an additive manufacturing license). For general information
about this feature, see AM Process Simulation in Ansys
Workbench.
-ansexe : In the Ansys Workbench environment, activates a custom
Mechanical APDL executable.
-b list or nolist : Activates the Mechanical APDL program in
batch mode. The options -b list or -b by itself cause the input
listing to be included in the output. The -b nolist option
causes the input listing not to be included. For more
information about running Mechanical APDL in batch mode, see
Batch Mode.
-custom : Calls a custom Mechanical APDL executable. See Running
Your Custom Executable in the Programmer's Reference for more
information.
-d device : Specifies the type of graphics device. This option
applies only to interactive mode. For Linux systems, graphics
device choices are X11, X11C, or 3D. For Windows systems,
graphics device options are WIN32 or WIN32C, or 3D.
-db value : Defines the portion of workspace (memory) to be used
as the initial allocation for the database. The default is 1024
MB. Specify a negative number (-value) to force a fixed size
throughout the run; useful on small memory systems.
-dir : Defines the initial working directory. Using the -dir
option overrides the ANSYS212_WORKING_DIRECTORY environment
variable.
-dis : Enables Distributed Ansys. See the Parallel Processing
Guide for more information.
-dvt : Enables Ansys DesignXplorer advanced task (add-on).
-g : Launches the Mechanical APDL program with the Graphical User
Interface (GUI) on. If you select this option, an X11 graphics
device is assumed for Linux unless the -d option specifies a
different device. This option is not used on Windows
systems. To activate the GUI after Mechanical APDL has started,
enter two commands in the input window: /SHOW to define the
graphics device, and /MENU,ON to activate the GUI. The -g
option is valid only for interactive mode. Note: If you start
Mechanical APDL via the -g option, the program ignores any
/SHOW command in the start.ans file and displays a splash
screen briefly before opening the GUI windows.
-i inputname : Specifies the name of the file to read input into
Mechanical APDL for batch processing. On Linux, the preferred
method to indicate an input file is <.
-iorFile keyfile_name : Specifies the name of the server keyfile
when enabling server mode. If this option is not supplied, the
default name of the keyfile is aas_MapdlID.txt. For more
information, see Mechanical APDL as a Server Keyfile in the
Mechanical APDL as a Server User's Guide.
-j Jobname : Specifies the initial jobname, a name assigned to
all files generated by the program for a specific model. If you
omit the -j option, the jobname is assumed to be file.
-l language : Specifies a language file to use other than US
English. This option is valid only if you have a translated
message file in an appropriately named subdirectory in
/ansys_inc/v212/ansys/docu (or Program Files\\ANSYS
Inc\\V212\\ANSYS\\docu on Windows systems).
-m workspace : Specifies the total size of the workspace (memory)
in megabytes used for the initial allocation. If you omit the
-m option, the default is 2 GB (2048 MB). Specify a negative
number (-value) to force a fixed size throughout the run.
-machines : Specifies the machines on which to run a Distributed
Ansys analysis. See Starting Distributed Ansys in the Parallel
Processing Guide for more information.
-mpi : Specifies the type of MPI to use. See the Parallel
Processing Guide for more information.
-mpifile : Specifies an existing MPI file (appfile) to be used in
a Distributed Ansys run. See Using MPI Files in the Parallel
Processing Guide for more information.
-na : Specifies the number of GPU accelerator devices per machine
or compute node when running with the GPU accelerator
feature. See GPU Accelerator Capability in the Parallel
Processing Guide for more information.
-name value : Defines Mechanical APDL parameters at program
start-up. The parameter name must be at least two characters
long. For details about parameters, see the Ansys Parametric
Design Language Guide.
-np : Specifies the number of processors to use when running
Distributed Ansys or Shared-memory Ansys. See the Parallel
Processing Guide for more information.
-o outputname : Specifies the name of the file to store the
output from a batch execution of Mechanical APDL. On Linux, the
preferred method to indicate an output file is >.
-p productname : Defines which Ansys product will run during the
session. For more detailed information about the -p option, see
Selecting an Ansys Product via the Command Line.
-ppf license feature name : Specifies which HPC license to use
during a parallel processing run. See HPC Licensing in the
Parallel Processing Guide for more information.
-rcopy : On a Linux cluster, specifies the full path to the
program used to perform remote copy of files. The default value
is /usr/bin/scp.
-s read or noread : Specifies whether the program reads the
start.ans file at start-up. If you omit the -s option,
Mechanical APDL reads the start.ans file in interactive mode
and not in batch mode.
-schost host name : Specifies the host machine on which the
coupling service is running (to which the co-simulation
participant/solver must connect) in a System Coupling analysis.
-scid value : Specifies the licensing ID of the System Coupling
analysis.
-sclic port@host : Specifies the licensing port@host to use for
the System Coupling analysis.
-scname name of the solver : Specifies the unique name used by
the co-simulation participant to identify itself to the
coupling service in a System Coupling analysis. For Linux
systems, you need to quote the name to have the name recognized
if it contains a space: ansys212 -scname \"Solution 1\"
-scport port number : Specifies the port on the host machine upon
which the coupling service is listening for connections from
co-simulation participants in a System Coupling analysis.
-smp : Enables shared-memory parallelism. See the Parallel
Processing Guide for more information.
-usersh : Directs the MPI software (used by Distributed Ansys) to
use the remote shell (rsh) protocol instead of the default
secure shell (ssh) protocol. See Configuring Distributed Ansys
in the Parallel Processing Guide for more information.
-v : Returns the Mechanical APDL release number, update number,
copyright date, customer number, and license manager version
number.
" t)
(autoload 'apdl-start-launcher "apdl-process" "\
Start the Ansys Launcher." t)
(autoload 'apdl-user-license-status "apdl-process" "\
Display only licenses which are used by the user.
Show the status for the user `apdl-username' in a separate buffer
*User-Licenses*. The license type variable `apdl-license'
determines a highlighting of the license server summary rows.
There are additional keybindings for the license buffer
*User-licenses*:
- `d' for a license description of all available features
- `g' for updating the license status
- `?' and `h' for showing this help,
- `l' for the general license status and
- `q' for burying the *User-licenses* buffer
- `Q' for killing the Buffer" t)
(autoload 'apdl-license-status "apdl-process" "\
Display the lmutil license status.
With the optional argument FEATURES non nil summarise all license
features with the Ansys license feature description. Show the
status and summary in a separate buffer, the license type
variable `apdl-license' determines a highlighting of the license
server summary rows. There are additional keybindings for the
license buffer *APDL-licenses*:
- `g' updating the license status,
- `d' updating the license status with feature descriptions
- `o' for showing an occur buffer with the interesting licenses from
`apdl-license-occur-regexp',
- `u' for displaying all the user license,
- `?' and `h' for showing this help,
- `Q' for killing the Buffer and
- `q' for burying it below another buffer.
(fn &optional FEATURES)" t)
(autoload 'apdl-license "apdl-process" "\
Change the Ansys license type.
And store it in the variable `apdl-license'." t)
(register-definition-prefixes "apdl-process" '("apdl-"))
;;; Generated autoloads from apdl-template.el
(register-definition-prefixes "apdl-template" '("apdl"))
;;; Generated autoloads from apdl-wb-template.el
(register-definition-prefixes "apdl-wb-template" '("apdl-"))
;;; End of scraped data
(provide 'apdl-mode-autoloads)
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; no-native-compile: t
;; coding: utf-8-emacs-unix
;; End:
;;; apdl-mode-autoloads.el ends here