This is octave.info, produced by makeinfo version 5.2 from octave.texi. START-INFO-DIR-ENTRY * Octave: (octave). Interactive language for numerical computations. END-INFO-DIR-ENTRY Copyright (C) 1996-2013 John W. Eaton. Permission is granted to make and distribute verbatim copies of this manual provided the copyright notice and this permission notice are preserved on all copies. Permission is granted to copy and distribute modified versions of this manual under the conditions for verbatim copying, provided that the entire resulting derived work is distributed under the terms of a permission notice identical to this one. Permission is granted to copy and distribute translations of this manual into another language, under the above conditions for modified versions.  File: octave.info, Node: Emacs Octave Support, Next: Grammar and Parser, Prev: Installation, Up: Top Appendix H Emacs Octave Support ******************************* The development of Octave code can greatly be facilitated using Emacs with Octave mode, a major mode for editing Octave files which can e.g. automatically indent the code, do some of the typing (with Abbrev mode) and show keywords, comments, strings, etc. in different faces (with Font-lock mode on devices that support it). It is also possible to run Octave from within Emacs, either by directly entering commands at the prompt in a buffer in Inferior Octave mode, or by interacting with Octave from within a file with Octave code. This is useful in particular for debugging Octave code. Finally, you can convince Octave to use the Emacs info reader for 'help -i'. All functionality is provided by the Emacs Lisp package EOS (for "Emacs Octave Support"). This chapter describes how to set up and use this package. Please contact if you have any questions or suggestions on using EOS. * Menu: * Installing EOS:: * Using Octave Mode:: * Running Octave from Within Emacs:: * Using the Emacs Info Reader for Octave::  File: octave.info, Node: Installing EOS, Next: Using Octave Mode, Up: Emacs Octave Support H.1 Installing EOS ================== The Emacs package EOS consists of the three files 'octave-mod.el', 'octave-inf.el', and 'octave-hlp.el'. These files, or better yet their byte-compiled versions, should be somewhere in your Emacs load-path. If you have GNU Emacs with a version number at least as high as 19.35, you are all set up, because EOS is respectively will be part of GNU Emacs as of version 19.35. Otherwise, copy the three files from the 'emacs' subdirectory of the Octave distribution to a place where Emacs can find them (this depends on how your Emacs was installed). Byte-compile them for speed if you want.  File: octave.info, Node: Using Octave Mode, Next: Running Octave from Within Emacs, Prev: Installing EOS, Up: Emacs Octave Support H.2 Using Octave Mode ===================== If you are lucky, your sysadmins have already arranged everything so that Emacs automatically goes into Octave mode whenever you visit an Octave code file as characterized by its extension '.m'. If not, proceed as follows. 1. To begin using Octave mode for all '.m' files you visit, add the following lines to a file loaded by Emacs at startup time, typically your '~/.emacs' file: (autoload 'octave-mode "octave-mod" nil t) (setq auto-mode-alist (cons '("\\.m$" . octave-mode) auto-mode-alist)) 2. Finally, to turn on the abbrevs, auto-fill and font-lock features automatically, also add the following lines to one of the Emacs startup files: (add-hook 'octave-mode-hook (lambda () (abbrev-mode 1) (auto-fill-mode 1) (if (eq window-system 'x) (font-lock-mode 1)))) See the Emacs manual for more information about how to customize Font-lock mode. In Octave mode, the following special Emacs commands can be used in addition to the standard Emacs commands. 'C-h m' Describe the features of Octave mode. 'LFD' Reindent the current Octave line, insert a newline and indent the new line ('octave-reindent-then-newline-and-indent'). An abbrev before point is expanded if 'abbrev-mode' is non-'nil'. 'TAB' Indents current Octave line based on its contents and on previous lines ('indent-according-to-mode'). ';' Insert an "electric" semicolon ('octave-electric-semi'). If 'octave-auto-indent' is non-'nil', reindent the current line. If 'octave-auto-newline' is non-'nil', automagically insert a newline and indent the new line. '`' Start entering an abbreviation ('octave-abbrev-start'). If Abbrev mode is turned on, typing '`C-h' or '`?' lists all abbrevs. Any other key combination is executed normally. Note that all Octave abbrevs start with a grave accent. 'M-LFD' Break line at point and insert continuation marker and alignment ('octave-split-line'). 'M-TAB' Perform completion on Octave symbol preceding point, comparing that symbol against Octave's reserved words and built-in variables ('octave-complete-symbol'). 'M-C-a' Move backward to the beginning of a function ('octave-beginning-of-defun'). With prefix argument N, do it that many times if N is positive; otherwise, move forward to the N-th following beginning of a function. 'M-C-e' Move forward to the end of a function ('octave-end-of-defun'). With prefix argument N, do it that many times if N is positive; otherwise, move back to the N-th preceding end of a function. 'M-C-h' Puts point at beginning and mark at the end of the current Octave function, i.e., the one containing point or following point ('octave-mark-defun'). 'M-C-q' Properly indents the Octave function which contains point ('octave-indent-defun'). 'M-;' If there is no comment already on this line, create a code-level comment (started by two comment characters) if the line is empty, or an in-line comment (started by one comment character) otherwise ('octave-indent-for-comment'). Point is left after the start of the comment which is properly aligned. 'C-c ;' Puts the comment character '#' (more precisely, the string value of 'octave-comment-start') at the beginning of every line in the region ('octave-comment-region'). With just 'C-u' prefix argument, uncomment each line in the region. A numeric prefix argument N means use N comment characters. 'C-c :' Uncomments every line in the region ('octave-uncomment-region'). 'C-c C-p' Move one line of Octave code backward, skipping empty and comment lines ('octave-previous-code-line'). With numeric prefix argument N, move that many code lines backward (forward if N is negative). 'C-c C-n' Move one line of Octave code forward, skipping empty and comment lines ('octave-next-code-line'). With numeric prefix argument N, move that many code lines forward (backward if N is negative). 'C-c C-a' Move to the 'real' beginning of the current line ('octave-beginning-of-line'). If point is in an empty or comment line, simply go to its beginning; otherwise, move backwards to the beginning of the first code line which is not inside a continuation statement, i.e., which does not follow a code line ending in '...' or '\', or is inside an open parenthesis list. 'C-c C-e' Move to the 'real' end of the current line ('octave-end-of-line'). If point is in a code line, move forward to the end of the first Octave code line which does not end in '...' or '\' or is inside an open parenthesis list. Otherwise, simply go to the end of the current line. 'C-c M-C-n' Move forward across one balanced begin-end block of Octave code ('octave-forward-block'). With numeric prefix argument N, move forward across N such blocks (backward if N is negative). 'C-c M-C-p' Move back across one balanced begin-end block of Octave code ('octave-backward-block'). With numeric prefix argument N, move backward across N such blocks (forward if N is negative). 'C-c M-C-d' Move forward down one begin-end block level of Octave code ('octave-down-block'). With numeric prefix argument, do it that many times; a negative argument means move backward, but still go down one level. 'C-c M-C-u' Move backward out of one begin-end block level of Octave code ('octave-backward-up-block'). With numeric prefix argument, do it that many times; a negative argument means move forward, but still to a less deep spot. 'C-c M-C-h' Put point at the beginning of this block, mark at the end ('octave-mark-block'). The block marked is the one that contains point or follows point. 'C-c ]' Close the current block on a separate line ('octave-close-block'). An error is signaled if no block to close is found. 'C-c f' Insert a function skeleton, prompting for the function's name, arguments and return values which have to be entered without parentheses ('octave-insert-defun'). 'C-c C-h' Search the function, operator and variable indices of all info files with documentation for Octave for entries ('octave-help'). If used interactively, the entry is prompted for with completion. If multiple matches are found, one can cycle through them using the standard ',' ('Info-index-next') command of the Info reader. The variable 'octave-help-files' is a list of files to search through and defaults to '("octave"). If there is also an Octave Local Guide with corresponding info file, say, 'octave-LG', you can have 'octave-help' search both files by (setq octave-help-files '("octave" "octave-LG")) in one of your Emacs startup files. A common problem is that the key does _not_ indent the line to where the new text should go after inserting the newline. This is because the standard Emacs convention is that (aka 'C-m') just adds a newline, whereas (aka 'C-j') adds a newline and indents it. This is particularly inconvenient for users with keyboards which do not have a special key at all; in such cases, it is typically more convenient to use as the key (rather than typing 'C-j'). You can make do this by adding (define-key octave-mode-map "\C-m" 'octave-reindent-then-newline-and-indent) to one of your Emacs startup files. Another, more generally applicable solution is (defun RET-behaves-as-LFD () (let ((x (key-binding "\C-j"))) (local-set-key "\C-m" x))) (add-hook 'octave-mode-hook 'RET-behaves-as-LFD) (this works for all modes by adding to the startup hooks, without having to know the particular binding of in that mode!). Similar considerations apply for using as . As Barry A. Warsaw says in the documentation for his 'cc-mode', "This is a very common question. ':-)' If you want this to be the default behavior, don't lobby me, lobby RMS!" The following variables can be used to customize Octave mode. 'octave-auto-indent' Non-'nil' means auto-indent the current line after a semicolon or space. Default is 'nil'. 'octave-auto-newline' Non-'nil' means auto-insert a newline and indent after semicolons are typed. The default value is 'nil'. 'octave-blink-matching-block' Non-'nil' means show matching begin of block when inserting a space, newline or ';' after an else or end keyword. Default is 't'. This is an extremely useful feature for automatically verifying that the keywords match--if they don't, an error message is displayed. 'octave-block-offset' Extra indentation applied to statements in block structures. Default is 2. 'octave-continuation-offset' Extra indentation applied to Octave continuation lines. Default is 4. 'octave-continuation-string' String used for Octave continuation lines. Normally '\'. 'octave-mode-startup-message' If 't' (default), a startup message is displayed when Octave mode is called. If Font Lock mode is enabled, Octave mode will display * strings in 'font-lock-string-face' * comments in 'font-lock-comment-face' * the Octave reserved words (such as all block keywords) and the text functions (such as 'cd' or 'who') which are also reserved using 'font-lock-keyword-face' * the built-in operators ('&&', '==', ...) using 'font-lock-reference-face' * and the function names in function declarations in 'font-lock-function-name-face'. There is also rudimentary support for Imenu (currently, function names can be indexed). You can generate TAGS files for Emacs from Octave '.m' files using the shell script 'octave-tags' that is installed alongside your copy of Octave. Customization of Octave mode can be performed by modification of the variable 'octave-mode-hook'. If the value of this variable is non-'nil', turning on Octave mode calls its value. If you discover a problem with Octave mode, you can conveniently send a bug report using 'C-c C-b' ('octave-submit-bug-report'). This automatically sets up a mail buffer with version information already added. You just need to add a description of the problem, including a reproducible test case and send the message.  File: octave.info, Node: Running Octave from Within Emacs, Next: Using the Emacs Info Reader for Octave, Prev: Using Octave Mode, Up: Emacs Octave Support H.3 Running Octave from Within Emacs ==================================== The package 'octave' provides commands for running an inferior Octave process in a special Emacs buffer. Use M-x run-octave to directly start an inferior Octave process. If Emacs does not know about this command, add the line (autoload 'run-octave "octave-inf" nil t) to your '.emacs' file. This will start Octave in a special buffer the name of which is specified by the variable 'inferior-octave-buffer' and defaults to "*Inferior Octave*". From within this buffer, you can interact with the inferior Octave process 'as usual', i.e., by entering Octave commands at the prompt. The buffer is in Inferior Octave mode, which is derived from the standard Comint mode, a major mode for interacting with an inferior interpreter. See the documentation for 'comint-mode' for more details, and use 'C-h b' to find out about available special keybindings. You can also communicate with an inferior Octave process from within files with Octave code (i.e., buffers in Octave mode), using the following commands. 'C-c i l' Send the current line to the inferior Octave process ('octave-send-line'). With positive prefix argument N, send that many lines. If 'octave-send-line-auto-forward' is non-'nil', go to the next unsent code line. 'C-c i b' Send the current block to the inferior Octave process ('octave-send-block'). 'C-c i f' Send the current function to the inferior Octave process ('octave-send-defun'). 'C-c i r' Send the region to the inferior Octave process ('octave-send-region'). 'C-c i s' Make sure that 'inferior-octave-buffer' is displayed ('octave-show-process-buffer'). 'C-c i h' Delete all windows that display the inferior Octave buffer ('octave-hide-process-buffer'). 'C-c i k' Kill the inferior Octave process and its buffer ('octave-kill-process'). The effect of the commands which send code to the Octave process can be customized by the following variables. 'octave-send-echo-input' Non-'nil' means echo input sent to the inferior Octave process. Default is 't'. 'octave-send-show-buffer' Non-'nil' means display the buffer running the Octave process after sending a command (but without selecting it). Default is 't'. If you send code and there is no inferior Octave process yet, it will be started automatically. The startup of the inferior Octave process is highly customizable. The variable 'inferior-octave-startup-args' can be used for specifying command lines arguments to be passed to Octave on startup as a list of strings. For example, to suppress the startup message and use 'traditional' mode, set this to '("-q" "-traditional"). You can also specify a startup file of Octave commands to be loaded on startup; note that these commands will not produce any visible output in the process buffer. Which file to use is controlled by the variable 'inferior-octave-startup-file'. If this is 'nil', the file '~/.emacs-octave' is used if it exists. And finally, 'inferior-octave-mode-hook' is run after starting the process and putting its buffer into Inferior Octave mode. Hence, if you like the up and down arrow keys to behave in the interaction buffer as in the shell, and you want this buffer to use nice colors, add (add-hook 'inferior-octave-mode-hook (lambda () (turn-on-font-lock) (define-key inferior-octave-mode-map [up] 'comint-previous-input) (define-key inferior-octave-mode-map [down] 'comint-next-input))) to your '.emacs' file. You could also swap the roles of 'C-a' ('beginning-of-line') and 'C-c C-a' ('comint-bol') using this hook. *Note* that if you set your Octave prompts to something different from the defaults, make sure that 'inferior-octave-prompt' matches them. Otherwise, _nothing_ will work, because Emacs will not know when Octave is waiting for input, or done sending output.  File: octave.info, Node: Using the Emacs Info Reader for Octave, Prev: Running Octave from Within Emacs, Up: Emacs Octave Support H.4 Using the Emacs Info Reader for Octave ========================================== You may also use the Emacs Info reader with Octave's 'doc' function. For this, the package 'gnuserv' needs to be installed. If 'gnuserv' is installed, add the lines (autoload 'octave-help "octave-hlp" nil t) (require 'gnuserv) (gnuserv-start) to your '.emacs' file. You can use either 'plain' Emacs Info or the function 'octave-help' as your Octave info reader (for 'help -i'). In the former case, use 'info_program ("info-emacs-info")'. The latter is perhaps more attractive because it allows one to look up keys in the indices of _several_ info files related to Octave (provided that the Emacs variable 'octave-help-files' is set correctly). In this case, use 'info_program ("info-emacs-octave-help")'. If you use Octave from within Emacs, it is best to add these settings to your '~/.emacs-octave' startup file (or the file pointed to by the Emacs variable 'inferior-octave-startup-file').  File: octave.info, Node: Grammar and Parser, Next: Copying, Prev: Emacs Octave Support, Up: Top Appendix I Grammar and Parser ***************************** This appendix will eventually contain a semi-formal description of Octave's language. * Menu: * Keywords:: * Parser::  File: octave.info, Node: Keywords, Next: Parser, Up: Grammar and Parser I.1 Keywords ============ The following identifiers are keywords, and may not be used as variable or function names: '__FILE__' '__LINE__' 'break' 'case' 'catch' 'classdef' 'continue' 'do' 'else' 'elseif' 'end' 'end_try_catch' 'end_unwind_protect' 'endclassdef' 'endenumeration' 'endevents' 'endfor' 'endfunction' 'endif' 'endmethods' 'endparfor' 'endproperties' 'endswitch' 'endwhile' 'enumeration' 'events' 'for' 'function' 'global' 'if' 'methods' 'otherwise' 'parfor' 'persistent' 'properties' 'return' 'switch' 'try' 'until' 'unwind_protect' 'unwind_protect_cleanup' 'while' The function 'iskeyword' can be used to quickly check whether an identifier is reserved by Octave. -- Built-in Function: iskeyword () -- Built-in Function: iskeyword (NAME) Return true if NAME is an Octave keyword. If NAME is omitted, return a list of keywords. See also: *note isvarname: XREFisvarname, *note exist: XREFexist.  File: octave.info, Node: Parser, Prev: Keywords, Up: Grammar and Parser I.2 Parser ========== The parser has a number of variables that affect its internal operation. These variables are generally documented in the manual alongside the code that they affect. For example, 'allow_noninteger_range_as_index' is discussed in the section on index expressions. In addition, there are three non-specific parser customization functions. 'add_input_event_hook' can be used to schedule a user function for periodic evaluation. 'remove_input_event_hook' will stop a user function from being evaluated periodically. -- Built-in Function: ID = add_input_event_hook (FCN) -- Built-in Function: ID = add_input_event_hook (FCN, DATA) Add the named function or function handle FCN to the list of functions to call periodically when Octave is waiting for input. The function should have the form FCN (DATA) If DATA is omitted, Octave calls the function without any arguments. The returned identifier may be used to remove the function handle from the list of input hook functions. See also: *note remove_input_event_hook: XREFremove_input_event_hook. -- Built-in Function: remove_input_event_hook (NAME) -- Built-in Function: remove_input_event_hook (FCN_ID) Remove the named function or function handle with the given identifier from the list of functions to call periodically when Octave is waiting for input. See also: *note add_input_event_hook: XREFadd_input_event_hook. Finally, when the parser cannot identify an input token it calls a particular function to handle this. By default, this is the internal function "__unimplemented__" which makes suggestions about possible Octave substitutes for MATLAB functions. -- Built-in Function: VAL = missing_function_hook () -- Built-in Function: OLD_VAL = missing_function_hook (NEW_VAL) -- Built-in Function: missing_function_hook (NEW_VAL, "local") Query or set the internal variable that specifies the function to call when an unknown identifier is requested. When called from inside a function with the "local" option, the variable is changed locally for the function and any subroutines it calls. The original variable value is restored when exiting the function. See also: *note missing_component_hook: XREFmissing_component_hook.  File: octave.info, Node: Copying, Next: Concept Index, Prev: Grammar and Parser, Up: Top Appendix J GNU GENERAL PUBLIC LICENSE ************************************* Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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Convey individual copies of the object code with a copy of the written offer to provide the Corresponding Source. This alternative is allowed only occasionally and noncommercially, and only if you received the object code with such an offer, in accord with subsection 6b. d. Convey the object code by offering access from a designated place (gratis or for a charge), and offer equivalent access to the Corresponding Source in the same way through the same place at no further charge. You need not require recipients to copy the Corresponding Source along with the object code. If the place to copy the object code is a network server, the Corresponding Source may be on a different server (operated by you or a third party) that supports equivalent copying facilities, provided you maintain clear directions next to the object code saying where to find the Corresponding Source. Regardless of what server hosts the Corresponding Source, you remain obligated to ensure that it is available for as long as needed to satisfy these requirements. e. Convey the object code using peer-to-peer transmission, provided you inform other peers where the object code and Corresponding Source of the work are being offered to the general public at no charge under subsection 6d. A separable portion of the object code, whose source code is excluded from the Corresponding Source as a System Library, need not be included in conveying the object code work. A "User Product" is either (1) a "consumer product", which means any tangible personal property which is normally used for personal, family, or household purposes, or (2) anything designed or sold for incorporation into a dwelling. In determining whether a product is a consumer product, doubtful cases shall be resolved in favor of coverage. For a particular product received by a particular user, "normally used" refers to a typical or common use of that class of product, regardless of the status of the particular user or of the way in which the particular user actually uses, or expects or is expected to use, the product. A product is a consumer product regardless of whether the product has substantial commercial, industrial or non-consumer uses, unless such uses represent the only significant mode of use of the product. "Installation Information" for a User Product means any methods, procedures, authorization keys, or other information required to install and execute modified versions of a covered work in that User Product from a modified version of its Corresponding Source. The information must suffice to ensure that the continued functioning of the modified object code is in no case prevented or interfered with solely because modification has been made. If you convey an object code work under this section in, or with, or specifically for use in, a User Product, and the conveying occurs as part of a transaction in which the right of possession and use of the User Product is transferred to the recipient in perpetuity or for a fixed term (regardless of how the transaction is characterized), the Corresponding Source conveyed under this section must be accompanied by the Installation Information. But this requirement does not apply if neither you nor any third party retains the ability to install modified object code on the User Product (for example, the work has been installed in ROM). The requirement to provide Installation Information does not include a requirement to continue to provide support service, warranty, or updates for a work that has been modified or installed by the recipient, or for the User Product in which it has been modified or installed. Access to a network may be denied when the modification itself materially and adversely affects the operation of the network or violates the rules and protocols for communication across the network. Corresponding Source conveyed, and Installation Information provided, in accord with this section must be in a format that is publicly documented (and with an implementation available to the public in source code form), and must require no special password or key for unpacking, reading or copying. 7. Additional Terms. "Additional permissions" are terms that supplement the terms of this License by making exceptions from one or more of its conditions. Additional permissions that are applicable to the entire Program shall be treated as though they were included in this License, to the extent that they are valid under applicable law. If additional permissions apply only to part of the Program, that part may be used separately under those permissions, but the entire Program remains governed by this License without regard to the additional permissions. When you convey a copy of a covered work, you may at your option remove any additional permissions from that copy, or from any part of it. (Additional permissions may be written to require their own removal in certain cases when you modify the work.) You may place additional permissions on material, added by you to a covered work, for which you have or can give appropriate copyright permission. Notwithstanding any other provision of this License, for material you add to a covered work, you may (if authorized by the copyright holders of that material) supplement the terms of this License with terms: a. Disclaiming warranty or limiting liability differently from the terms of sections 15 and 16 of this License; or b. Requiring preservation of specified reasonable legal notices or author attributions in that material or in the Appropriate Legal Notices displayed by works containing it; or c. Prohibiting misrepresentation of the origin of that material, or requiring that modified versions of such material be marked in reasonable ways as different from the original version; or d. Limiting the use for publicity purposes of names of licensors or authors of the material; or e. Declining to grant rights under trademark law for use of some trade names, trademarks, or service marks; or f. Requiring indemnification of licensors and authors of that material by anyone who conveys the material (or modified versions of it) with contractual assumptions of liability to the recipient, for any liability that these contractual assumptions directly impose on those licensors and authors. All other non-permissive additional terms are considered "further restrictions" within the meaning of section 10. If the Program as you received it, or any part of it, contains a notice stating that it is governed by this License along with a term that is a further restriction, you may remove that term. If a license document contains a further restriction but permits relicensing or conveying under this License, you may add to a covered work material governed by the terms of that license document, provided that the further restriction does not survive such relicensing or conveying. If you add terms to a covered work in accord with this section, you must place, in the relevant source files, a statement of the additional terms that apply to those files, or a notice indicating where to find the applicable terms. Additional terms, permissive or non-permissive, may be stated in the form of a separately written license, or stated as exceptions; the above requirements apply either way. 8. Termination. You may not propagate or modify a covered work except as expressly provided under this License. Any attempt otherwise to propagate or modify it is void, and will automatically terminate your rights under this License (including any patent licenses granted under the third paragraph of section 11). However, if you cease all violation of this License, then your license from a particular copyright holder is reinstated (a) provisionally, unless and until the copyright holder explicitly and finally terminates your license, and (b) permanently, if the copyright holder fails to notify you of the violation by some reasonable means prior to 60 days after the cessation. Moreover, your license from a particular copyright holder is reinstated permanently if the copyright holder notifies you of the violation by some reasonable means, this is the first time you have received notice of violation of this License (for any work) from that copyright holder, and you cure the violation prior to 30 days after your receipt of the notice. Termination of your rights under this section does not terminate the licenses of parties who have received copies or rights from you under this License. If your rights have been terminated and not permanently reinstated, you do not qualify to receive new licenses for the same material under section 10. 9. Acceptance Not Required for Having Copies. You are not required to accept this License in order to receive or run a copy of the Program. Ancillary propagation of a covered work occurring solely as a consequence of using peer-to-peer transmission to receive a copy likewise does not require acceptance. However, nothing other than this License grants you permission to propagate or modify any covered work. These actions infringe copyright if you do not accept this License. Therefore, by modifying or propagating a covered work, you indicate your acceptance of this License to do so. 10. Automatic Licensing of Downstream Recipients. Each time you convey a covered work, the recipient automatically receives a license from the original licensors, to run, modify and propagate that work, subject to this License. You are not responsible for enforcing compliance by third parties with this License. An "entity transaction" is a transaction transferring control of an organization, or substantially all assets of one, or subdividing an organization, or merging organizations. If propagation of a covered work results from an entity transaction, each party to that transaction who receives a copy of the work also receives whatever licenses to the work the party's predecessor in interest had or could give under the previous paragraph, plus a right to possession of the Corresponding Source of the work from the predecessor in interest, if the predecessor has it or can get it with reasonable efforts. You may not impose any further restrictions on the exercise of the rights granted or affirmed under this License. For example, you may not impose a license fee, royalty, or other charge for exercise of rights granted under this License, and you may not initiate litigation (including a cross-claim or counterclaim in a lawsuit) alleging that any patent claim is infringed by making, using, selling, offering for sale, or importing the Program or any portion of it. 11. Patents. A "contributor" is a copyright holder who authorizes use under this License of the Program or a work on which the Program is based. The work thus licensed is called the contributor's "contributor version". A contributor's "essential patent claims" are all patent claims owned or controlled by the contributor, whether already acquired or hereafter acquired, that would be infringed by some manner, permitted by this License, of making, using, or selling its contributor version, but do not include claims that would be infringed only as a consequence of further modification of the contributor version. For purposes of this definition, "control" includes the right to grant patent sublicenses in a manner consistent with the requirements of this License. Each contributor grants you a non-exclusive, worldwide, royalty-free patent license under the contributor's essential patent claims, to make, use, sell, offer for sale, import and otherwise run, modify and propagate the contents of its contributor version. In the following three paragraphs, a "patent license" is any express agreement or commitment, however denominated, not to enforce a patent (such as an express permission to practice a patent or covenant not to sue for patent infringement). To "grant" such a patent license to a party means to make such an agreement or commitment not to enforce a patent against the party. If you convey a covered work, knowingly relying on a patent license, and the Corresponding Source of the work is not available for anyone to copy, free of charge and under the terms of this License, through a publicly available network server or other readily accessible means, then you must either (1) cause the Corresponding Source to be so available, or (2) arrange to deprive yourself of the benefit of the patent license for this particular work, or (3) arrange, in a manner consistent with the requirements of this License, to extend the patent license to downstream recipients. "Knowingly relying" means you have actual knowledge that, but for the patent license, your conveying the covered work in a country, or your recipient's use of the covered work in a country, would infringe one or more identifiable patents in that country that you have reason to believe are valid. If, pursuant to or in connection with a single transaction or arrangement, you convey, or propagate by procuring conveyance of, a covered work, and grant a patent license to some of the parties receiving the covered work authorizing them to use, propagate, modify or convey a specific copy of the covered work, then the patent license you grant is automatically extended to all recipients of the covered work and works based on it. A patent license is "discriminatory" if it does not include within the scope of its coverage, prohibits the exercise of, or is conditioned on the non-exercise of one or more of the rights that are specifically granted under this License. You may not convey a covered work if you are a party to an arrangement with a third party that is in the business of distributing software, under which you make payment to the third party based on the extent of your activity of conveying the work, and under which the third party grants, to any of the parties who would receive the covered work from you, a discriminatory patent license (a) in connection with copies of the covered work conveyed by you (or copies made from those copies), or (b) primarily for and in connection with specific products or compilations that contain the covered work, unless you entered into that arrangement, or that patent license was granted, prior to 28 March 2007. Nothing in this License shall be construed as excluding or limiting any implied license or other defenses to infringement that may otherwise be available to you under applicable patent law. 12. No Surrender of Others' Freedom. If conditions are imposed on you (whether by court order, agreement or otherwise) that contradict the conditions of this License, they do not excuse you from the conditions of this License. If you cannot convey a covered work so as to satisfy simultaneously your obligations under this License and any other pertinent obligations, then as a consequence you may not convey it at all. For example, if you agree to terms that obligate you to collect a royalty for further conveying from those to whom you convey the Program, the only way you could satisfy both those terms and this License would be to refrain entirely from conveying the Program. 13. Use with the GNU Affero General Public License. Notwithstanding any other provision of this License, you have permission to link or combine any covered work with a work licensed under version 3 of the GNU Affero General Public License into a single combined work, and to convey the resulting work. The terms of this License will continue to apply to the part which is the covered work, but the special requirements of the GNU Affero General Public License, section 13, concerning interaction through a network will apply to the combination as such. 14. Revised Versions of this License. The Free Software Foundation may publish revised and/or new versions of the GNU General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies that a certain numbered version of the GNU General Public License "or any later version" applies to it, you have the option of following the terms and conditions either of that numbered version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of the GNU General Public License, you may choose any version ever published by the Free Software Foundation. If the Program specifies that a proxy can decide which future versions of the GNU General Public License can be used, that proxy's public statement of acceptance of a version permanently authorizes you to choose that version for the Program. Later license versions may give you additional or different permissions. However, no additional obligations are imposed on any author or copyright holder as a result of your choosing to follow a later version. 15. Disclaimer of Warranty. THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 16. Limitation of Liability. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. 17. Interpretation of Sections 15 and 16. If the disclaimer of warranty and limitation of liability provided above cannot be given local legal effect according to their terms, reviewing courts shall apply local law that most closely approximates an absolute waiver of all civil liability in connection with the Program, unless a warranty or assumption of liability accompanies a copy of the Program in return for a fee. END OF TERMS AND CONDITIONS =========================== How to Apply These Terms to Your New Programs ============================================= If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively state the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. ONE LINE TO GIVE THE PROGRAM'S NAME AND A BRIEF IDEA OF WHAT IT DOES. Copyright (C) YEAR NAME OF AUTHOR This program is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . Also add information on how to contact you by electronic and paper mail. If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: PROGRAM Copyright (C) YEAR NAME OF AUTHOR This program comes with ABSOLUTELY NO WARRANTY; for details type 'show w'. This is free software, and you are welcome to redistribute it under certain conditions; type 'show c' for details. The hypothetical commands 'show w' and 'show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read .  File: octave.info, Node: Concept Index, Next: Function Index, Prev: Copying, Up: Top Concept Index ************* [index] * Menu: * '#': Single Line Comments. (line 6) * '#!': Executable Octave Programs. (line 6) * '#{': Block Comments. (line 6) * '%': Single Line Comments. (line 6) * '%{': Block Comments. (line 6) * '--braindead': Command Line Options. (line 142) * '--built-in-docstrings-file FILENAME': Command Line Options. (line 9) * '--debug': Command Line Options. (line 15) * '--debug-jit': Command Line Options. (line 21) * '--doc-cache-file FILENAME': Command Line Options. (line 24) * '--echo-commands': Command Line Options. (line 31) * '--exec-path PATH': Command Line Options. (line 38) * '--force-gui': Command Line Options. (line 46) * '--help': Command Line Options. (line 51) * '--image-path PATH': Command Line Options. (line 54) * '--info-file FILENAME': Command Line Options. (line 61) * '--info-program PROGRAM': Command Line Options. (line 68) * '--interactive': Command Line Options. (line 76) * '--jit-compiler': Command Line Options. (line 82) * '--line-editing': Command Line Options. (line 85) * '--no-gui': Command Line Options. (line 88) * '--no-history': Command Line Options. (line 93) * '--no-init-file': Command Line Options. (line 96) * '--no-init-path': Command Line Options. (line 99) * '--no-line-editing': Command Line Options. (line 103) * '--no-site-file': Command Line Options. (line 106) * '--no-window-system': Command Line Options. (line 110) * '--norc': Command Line Options. (line 115) * '--path PATH': Command Line Options. (line 121) * '--persist': Command Line Options. (line 128) * '--quiet': Command Line Options. (line 134) * '--silent': Command Line Options. (line 134) * '--texi-macros-file FILENAME': Command Line Options. (line 137) * '--traditional': Command Line Options. (line 142) * '--verbose': Command Line Options. (line 175) * '--version': Command Line Options. (line 179) * '-?': Command Line Options. (line 51) * '-d': Command Line Options. (line 15) * '-f': Command Line Options. (line 115) * '-h': Command Line Options. (line 51) * '-H': Command Line Options. (line 93) * '-i': Command Line Options. (line 76) * '-p PATH': Command Line Options. (line 121) * '-q': Command Line Options. (line 134) * '-V': Command Line Options. (line 175) * '-v': Command Line Options. (line 179) * '-x': Command Line Options. (line 31) * '...' continuation marker: Continuation Lines. (line 6) * '.octaverc': Startup Files. (line 36) * :end: Index Expressions. (line 46) * '\' continuation marker: Continuation Lines. (line 6) * '~/.inputrc': Customizing readline. (line 6) * '~/.octaverc': Startup Files. (line 32) * acknowledgements: Acknowledgements. (line 6) * addition: Arithmetic Ops. (line 6) * addition <1>: Operator Overloading. (line 6) * and operator: Boolean Expressions. (line 6) * and operator <1>: Operator Overloading. (line 6) * anonymous functions: Function Handles Anonymous Functions Inline Functions. (line 6) * 'ans': Variables. (line 44) * answers, incorrect: Bug Criteria. (line 12) * answers, incorrect <1>: Bug Reporting. (line 70) * application-defined data: Application-defined Data. (line 6) * apply: Function Application. (line 6) * area series: Area Series. (line 6) * arguments in function call: Calling Functions. (line 15) * arithmetic operators: Arithmetic Ops. (line 6) * arithmetic operators <1>: Operator Overloading. (line 6) * array, creating a Java array: Java Interface Functions. (line 24) * assignment expressions: Assignment Ops. (line 6) * assignment operators: Assignment Ops. (line 6) * axes activepositionproperty: Axes Properties. (line 10) * axes alim: Axes Properties. (line 12) * axes alimmode: Axes Properties. (line 16) * axes ambientlightcolor: Axes Properties. (line 18) * axes beingdeleted: Axes Properties. (line 22) * axes box: Axes Properties. (line 24) * axes busyaction: Axes Properties. (line 27) * axes buttondownfcn: Axes Properties. (line 29) * axes cameraposition: Axes Properties. (line 31) * axes camerapositionmode: Axes Properties. (line 33) * axes cameratarget: Axes Properties. (line 35) * axes cameratargetmode: Axes Properties. (line 37) * axes cameraupvector: Axes Properties. (line 39) * axes cameraupvectormode: Axes Properties. (line 41) * axes cameraviewangle: Axes Properties. (line 43) * axes cameraviewanglemode: Axes Properties. (line 45) * axes children: Axes Properties. (line 47) * axes clim: Axes Properties. (line 50) * axes climmode: Axes Properties. (line 56) * axes clipping: Axes Properties. (line 58) * axes color: Axes Properties. (line 61) * axes colororder: Axes Properties. (line 64) * axes createfcn: Axes Properties. (line 67) * axes currentpoint: Axes Properties. (line 72) * axes dataaspectratio: Axes Properties. (line 82) * axes dataaspectratiomode: Axes Properties. (line 89) * axes deletefcn: Axes Properties. (line 91) * axes drawmode: Axes Properties. (line 94) * axes fontangle: Axes Properties. (line 96) * axes fontname: Axes Properties. (line 98) * axes fontsize: Axes Properties. (line 101) * axes fontunits: Axes Properties. (line 105) * axes fontweight: Axes Properties. (line 108) * axes graphics object: Graphics Objects. (line 19) * axes gridlinestyle: Axes Properties. (line 110) * axes handlevisibility: Axes Properties. (line 112) * axes hittest: Axes Properties. (line 116) * axes interpreter: Axes Properties. (line 118) * axes interruptible: Axes Properties. (line 120) * axes layer: Axes Properties. (line 122) * axes linestyleorder: Axes Properties. (line 126) * axes linewidth: Axes Properties. (line 128) * axes minorgridlinestyle: Axes Properties. (line 130) * axes mousewheelzoom: Axes Properties. (line 132) * axes nextplot: Axes Properties. (line 135) * axes outerposition: Axes Properties. (line 137) * axes parent: Axes Properties. (line 146) * axes plotboxaspectratio: Axes Properties. (line 149) * axes plotboxaspectratiomode: Axes Properties. (line 151) * axes position: Axes Properties. (line 153) * axes projection: Axes Properties. (line 162) * axes properties: Axes Properties. (line 6) * axes selected: Axes Properties. (line 164) * axes selectionhighlight: Axes Properties. (line 166) * axes tag: Axes Properties. (line 168) * axes tickdir: Axes Properties. (line 171) * axes tickdirmode: Axes Properties. (line 175) * axes ticklength: Axes Properties. (line 177) * axes tightinset: Axes Properties. (line 181) * axes title: Axes Properties. (line 183) * axes type: Axes Properties. (line 186) * axes uicontextmenu: Axes Properties. (line 189) * axes units: Axes Properties. (line 193) * axes userdata: Axes Properties. (line 195) * axes view: Axes Properties. (line 198) * axes visible: Axes Properties. (line 202) * axes xaxislocation: Axes Properties. (line 205) * axes xcolor: Axes Properties. (line 207) * axes xdir: Axes Properties. (line 210) * axes xgrid: Axes Properties. (line 212) * axes xlabel: Axes Properties. (line 215) * axes xlim: Axes Properties. (line 218) * axes xlimmode: Axes Properties. (line 223) * axes xminorgrid: Axes Properties. (line 225) * axes xminortick: Axes Properties. (line 228) * axes xscale: Axes Properties. (line 230) * axes xtick: Axes Properties. (line 232) * axes xticklabel: Axes Properties. (line 236) * axes xticklabelmode: Axes Properties. (line 240) * axes xtickmode: Axes Properties. (line 242) * axes yaxislocation: Axes Properties. (line 244) * axes ycolor: Axes Properties. (line 246) * axes ydir: Axes Properties. (line 249) * axes ygrid: Axes Properties. (line 251) * axes ylabel: Axes Properties. (line 254) * axes ylim: Axes Properties. (line 257) * axes ylimmode: Axes Properties. (line 262) * axes yminorgrid: Axes Properties. (line 264) * axes yminortick: Axes Properties. (line 267) * axes yscale: Axes Properties. (line 269) * axes ytick: Axes Properties. (line 271) * axes yticklabel: Axes Properties. (line 275) * axes yticklabelmode: Axes Properties. (line 279) * axes ytickmode: Axes Properties. (line 281) * axes zcolor: Axes Properties. (line 283) * axes zdir: Axes Properties. (line 286) * axes zgrid: Axes Properties. (line 288) * axes zlabel: Axes Properties. (line 291) * axes zlim: Axes Properties. (line 294) * axes zlimmode: Axes Properties. (line 299) * axes zminorgrid: Axes Properties. (line 301) * axes zminortick: Axes Properties. (line 304) * axes zscale: Axes Properties. (line 306) * axes ztick: Axes Properties. (line 308) * axes zticklabel: Axes Properties. (line 312) * axes zticklabelmode: Axes Properties. (line 316) * axes ztickmode: Axes Properties. (line 318) * axes __modified__: Axes Properties. (line 8) * bar series: Bar Series. (line 6) * batch processing: Executable Octave Programs. (line 6) * block comments: Block Comments. (line 6) * body of a loop: The while Statement. (line 6) * boolean expressions: Boolean Expressions. (line 6) * boolean expressions <1>: Operator Overloading. (line 6) * boolean operators: Boolean Expressions. (line 6) * boolean operators <1>: Operator Overloading. (line 6) * 'break' statement: The break Statement. (line 6) * broadcast: Broadcasting. (line 6) * broadcasting: Broadcasting. (line 6) * BSX: Broadcasting. (line 6) * bug criteria: Bug Criteria. (line 6) * bug tracker: Bug Tracker. (line 6) * bugs: Reporting Bugs. (line 6) * bugs, investigating: Bug Reporting. (line 102) * bugs, known: Trouble. (line 6) * bugs, reporting: Bug Tracker. (line 6) * bugs, reporting <1>: Bug Reporting. (line 6) * built-in data types: Built-in Data Types. (line 6) * built-in function: A Sample Function Description. (line 59) * callbacks: Callbacks. (line 6) * calling Java from Octave: Java Interface. (line 6) * calling Octave from Java: Java Interface. (line 6) * 'case' statement: The switch Statement. (line 6) * 'catch': The try Statement. (line 6) * cell arrays: Cell Array Objects. (line 6) * cell arrays <1>: Cell Arrays. (line 6) * character strings: String Objects. (line 6) * character strings <1>: Strings. (line 6) * Cholesky factorization: Matrix Factorizations. (line 12) * Citations: Citing Octave in Publications. (line 6) * Citing Octave: Citing Octave in Publications. (line 6) * classes, making available to Octave: How to make Java classes available?. (line 6) * classpath, adding new path: Java Interface Functions. (line 201) * classpath, difference between static and dynamic: How to make Java classes available?. (line 6) * classpath, displaying: Java Interface Functions. (line 167) * classpath, dynamic: Java Interface Functions. (line 167) * classpath, dynamic <1>: Java Interface Functions. (line 201) * classpath, removing path: Java Interface Functions. (line 212) * classpath, setting: How to make Java classes available?. (line 6) * classpath, static: Java Interface Functions. (line 167) * 'classpath.txt': How to make Java classes available?. (line 6) * clearing the screen: Cursor Motion. (line 56) * code profiling: Profiling. (line 6) * coding standards: Tips and Standards. (line 6) * coding standards <1>: Contributing Guidelines. (line 6) * colors, graphics: Colors. (line 6) * comma separated lists: Comma Separated Lists. (line 6) * command and output logs: Diary and Echo Commands. (line 6) * command completion: Commands For Completion. (line 6) * command descriptions: A Sample Command Description. (line 6) * command echoing: Diary and Echo Commands. (line 6) * command history: Commands For History. (line 6) * command options: Command Line Options. (line 6) * command-line editing: Command Line Editing. (line 6) * comments: Comments. (line 6) * comparison expressions: Comparison Ops. (line 6) * comparison expressions <1>: Operator Overloading. (line 6) * complex-conjugate transpose: Arithmetic Ops. (line 6) * complex-conjugate transpose <1>: Operator Overloading. (line 6) * containers: Data Containers. (line 6) * continuation lines: Continuation Lines. (line 6) * 'continue' statement: The continue Statement. (line 6) * contour series: Contour Groups. (line 6) * contributing to Octave: How You Can Contribute to Octave. (line 6) * contributors: Preface. (line 6) * conversion specifications ('printf'): Formatted Output. (line 79) * conversion specifications ('scanf'): Formatted Input. (line 95) * copy-on-write: Miscellaneous Techniques. (line 16) * copyright: Copying. (line 6) * core dump: Bug Criteria. (line 9) * COW: Miscellaneous Techniques. (line 16) * creating graphics objects: Graphics Objects. (line 40) * cs-lists: Comma Separated Lists. (line 6) * customizing 'readline': Customizing readline. (line 6) * customizing the prompt: Customizing the Prompt. (line 6) * DAE: Differential Equations. (line 14) * data sources in object groups: Data Sources in Object Groups. (line 6) * data structures: Data Structure Objects. (line 6) * data structures <1>: Structures. (line 6) * data types: Data Types. (line 6) * data types, built-in: Built-in Data Types. (line 6) * data types, user-defined: User-defined Data Types. (line 6) * decrement operator: Assignment Ops. (line 170) * default arguments: Default Arguments. (line 6) * default graphics properties: Managing Default Properties. (line 6) * defining functions: Functions and Scripts. (line 6) * deprecated functions: Obsolete Functions. (line 6) * description format: Format of Descriptions. (line 6) * diagonal and permutation matrices: Diagonal and Permutation Matrices. (line 6) * diagonal matrix expressions: Expressions Involving Diagonal Matrices. (line 6) * dialog, displaying a help dialog: Dialog Box Functions. (line 55) * dialog, displaying a list dialog: Dialog Box Functions. (line 114) * dialog, displaying a question dialog: Dialog Box Functions. (line 172) * dialog, displaying a warning dialog: Dialog Box Functions. (line 9) * dialog, displaying a warning dialog <1>: Dialog Box Functions. (line 205) * dialog, displaying an error dialog: Dialog Box Functions. (line 34) * dialog, displaying an input dialog: Dialog Box Functions. (line 72) * diary of commands and output: Diary and Echo Commands. (line 6) * differential equations: Differential Equations. (line 15) * diffs, submitting: Sending Patches. (line 6) * distribution of Octave: Distribution. (line 6) * division: Arithmetic Ops. (line 6) * division <1>: Operator Overloading. (line 6) * 'do-until' statement: The do-until Statement. (line 6) * documentation fonts: Fonts. (line 6) * documentation notation: Evaluation Notation. (line 6) * documenting functions: Comments and the Help System. (line 6) * documenting Octave programs: Comments. (line 6) * documenting user scripts: Comments and the Help System. (line 6) * Dulmage-Mendelsohn decomposition: Mathematical Considerations. (line 370) * dynamic classpath: Java Interface Functions. (line 167) * dynamic classpath <1>: How to make Java classes available?. (line 6) * dynamic classpath, adding new path: Java Interface Functions. (line 201) * dynamic naming: Creating Structures. (line 6) * dynamic-linking: External Code Interface. (line 6) * Dynamically Linked Functions: External Code Interface. (line 6) * echoing executing commands: Diary and Echo Commands. (line 6) * editing the command line: Command Line Editing. (line 6) * element-by-element evaluation: Element-by-element Boolean Operators. (line 6) * 'else' statement: The if Statement. (line 6) * 'elseif' statement: The if Statement. (line 6) * Emacs TAGS files: Using Octave Mode. (line 254) * 'end' statement: Statements. (line 16) * 'end', indexing: Index Expressions. (line 46) * 'endfor' statement: The for Statement. (line 6) * 'endfunction' statement: Defining Functions. (line 6) * 'endif' statement: The if Statement. (line 6) * 'endswitch' statement: The switch Statement. (line 6) * 'endwhile' statement: The while Statement. (line 6) * 'end_try_catch': The try Statement. (line 6) * 'end_unwind_protect': The unwind_protect Statement. (line 6) * equality operator: Comparison Ops. (line 6) * equality operator <1>: Operator Overloading. (line 6) * equality, tests for: Comparison Ops. (line 6) * equality, tests for <1>: Operator Overloading. (line 6) * equations, nonlinear: Nonlinear Equations. (line 6) * erroneous messages: Bug Criteria. (line 21) * erroneous results: Bug Criteria. (line 12) * erroneous results <1>: Bug Reporting. (line 70) * error bar series: Error Bar Series. (line 6) * error ids: Catching Errors. (line 136) * error message notation: Error Messages. (line 6) * error messages: Errors. (line 6) * error messages, incorrect: Bug Criteria. (line 21) * escape sequence notation: Escape Sequences in String Constants. (line 6) * evaluation notation: Evaluation Notation. (line 6) * executable scripts: Executable Octave Programs. (line 6) * execution speed: Miscellaneous Techniques. (line 6) * exiting octave: Running Octave. (line 19) * exiting octave <1>: Quitting Octave. (line 6) * exponentiation: Arithmetic Ops. (line 6) * exponentiation <1>: Operator Overloading. (line 6) * expression, range: Ranges. (line 6) * expressions: Expressions. (line 6) * expressions, assignment: Assignment Ops. (line 6) * expressions, boolean: Boolean Expressions. (line 6) * expressions, boolean <1>: Operator Overloading. (line 6) * expressions, comparison: Comparison Ops. (line 6) * expressions, comparison <1>: Operator Overloading. (line 6) * expressions, logical: Boolean Expressions. (line 6) * expressions, logical <1>: Operator Overloading. (line 6) * factorial function: Recursion. (line 6) * fatal signal: Bug Criteria. (line 9) * field, returning value of Java object field: Java Interface Functions. (line 76) * field, setting value of Java object field: Java Interface Functions. (line 104) * fields, displaying available fields of a Java object: Java Interface Functions. (line 57) * figure alphamap: Figure Properties. (line 10) * figure beingdeleted: Figure Properties. (line 14) * figure busyaction: Figure Properties. (line 16) * figure buttondownfcn: Figure Properties. (line 18) * figure children: Figure Properties. (line 20) * figure clipping: Figure Properties. (line 23) * figure closerequestfcn: Figure Properties. (line 26) * figure color: Figure Properties. (line 28) * figure colormap: Figure Properties. (line 31) * figure createfcn: Figure Properties. (line 34) * figure currentaxes: Figure Properties. (line 40) * figure currentcharacter: Figure Properties. (line 43) * figure currentobject: Figure Properties. (line 46) * figure currentpoint: Figure Properties. (line 48) * figure deletefcn: Figure Properties. (line 63) * figure dockcontrols: Figure Properties. (line 66) * figure doublebuffer: Figure Properties. (line 69) * figure filename: Figure Properties. (line 71) * figure graphics object: Graphics Objects. (line 16) * figure handlevisibility: Figure Properties. (line 74) * figure hittest: Figure Properties. (line 78) * figure integerhandle: Figure Properties. (line 80) * figure interruptible: Figure Properties. (line 83) * figure inverthardcopy: Figure Properties. (line 85) * figure keypressfcn: Figure Properties. (line 87) * figure keyreleasefcn: Figure Properties. (line 89) * figure menubar: Figure Properties. (line 104) * figure mincolormap: Figure Properties. (line 108) * figure name: Figure Properties. (line 110) * figure nextplot: Figure Properties. (line 115) * figure numbertitle: Figure Properties. (line 117) * figure outerposition: Figure Properties. (line 121) * figure paperorientation: Figure Properties. (line 123) * figure paperposition: Figure Properties. (line 125) * figure paperpositionmode: Figure Properties. (line 131) * figure papersize: Figure Properties. (line 137) * figure papertype: Figure Properties. (line 142) * figure paperunits: Figure Properties. (line 146) * figure parent: Figure Properties. (line 149) * figure pointer: Figure Properties. (line 152) * figure pointershapecdata: Figure Properties. (line 155) * figure pointershapehotspot: Figure Properties. (line 158) * figure position: Figure Properties. (line 161) * figure properties: Figure Properties. (line 6) * figure renderer: Figure Properties. (line 163) * figure renderermode: Figure Properties. (line 165) * figure resize: Figure Properties. (line 167) * figure resizefcn: Figure Properties. (line 169) * figure selected: Figure Properties. (line 171) * figure selectionhighlight: Figure Properties. (line 173) * figure selectiontype: Figure Properties. (line 175) * figure tag: Figure Properties. (line 178) * figure toolbar: Figure Properties. (line 181) * figure type: Figure Properties. (line 184) * figure uicontextmenu: Figure Properties. (line 187) * figure units: Figure Properties. (line 191) * figure userdata: Figure Properties. (line 195) * figure visible: Figure Properties. (line 198) * figure windowbuttondownfcn: Figure Properties. (line 201) * figure windowbuttonmotionfcn: Figure Properties. (line 204) * figure windowbuttonupfcn: Figure Properties. (line 207) * figure windowkeypressfcn: Figure Properties. (line 214) * figure windowkeyreleasefcn: Figure Properties. (line 216) * figure windowscrollwheelfcn: Figure Properties. (line 218) * figure windowstyle: Figure Properties. (line 220) * figure wvisual: Figure Properties. (line 222) * figure wvisualmode: Figure Properties. (line 224) * figure xdisplay: Figure Properties. (line 226) * figure xvisual: Figure Properties. (line 228) * figure xvisualmode: Figure Properties. (line 230) * figure __modified__: Figure Properties. (line 8) * finding minimums: Minimizers. (line 6) * finish.m: Quitting Octave. (line 6) * flag character ('printf'): Output Conversion Syntax. (line 28) * flag character ('scanf'): Input Conversion Syntax. (line 34) * 'for' statement: The for Statement. (line 6) * Frobenius norm: Basic Matrix Functions. (line 315) * function application: Function Application. (line 6) * function descriptions: A Sample Function Description. (line 6) * function file: A Sample Function Description. (line 55) * function file <1>: Function Files. (line 6) * 'function' statement: Defining Functions. (line 6) * functions, deprecated: Obsolete Functions. (line 6) * functions, obsolete: Obsolete Functions. (line 6) * functions, user-defined: Functions and Scripts. (line 6) * funding Octave development: How You Can Contribute to Octave. (line 6) * general p-norm: Basic Matrix Functions. (line 318) * 'global' statement: Global Variables. (line 6) * global variables: Global Variables. (line 6) * grammar rules: Grammar and Parser. (line 6) * graphics: Plotting. (line 6) * graphics colors: Colors. (line 6) * graphics data structures: Graphics Data Structures. (line 6) * graphics line styles: Line Styles. (line 6) * graphics marker styles: Marker Styles. (line 6) * graphics object properties: Graphics Object Properties. (line 6) * graphics object, axes: Graphics Objects. (line 19) * graphics object, figure: Graphics Objects. (line 16) * graphics object, image: Graphics Objects. (line 29) * graphics object, line: Graphics Objects. (line 23) * graphics object, patch: Graphics Objects. (line 32) * graphics object, root figure: Graphics Objects. (line 12) * graphics object, surface: Graphics Objects. (line 35) * graphics object, text: Graphics Objects. (line 26) * graphics objects: Graphics Objects. (line 6) * graphics objects, saving: Graphics Objects. (line 462) * graphics properties, default: Managing Default Properties. (line 6) * graphics toolkits: Graphics Toolkits. (line 6) * greater than operator: Comparison Ops. (line 6) * greater than operator <1>: Operator Overloading. (line 6) * group objects: Quiver Group. (line 6) * group objects <1>: Scatter Group. (line 6) * group objects <2>: Stair Group. (line 6) * group objects <3>: Surface Group. (line 6) * handle functions: Graphics Objects. (line 185) * handle, function handles: Function Handles Anonymous Functions Inline Functions. (line 6) * header comments: Function Headers. (line 6) * help, online: Getting Help. (line 6) * help, user-defined functions: Comments and the Help System. (line 6) * help, where to find: Service. (line 6) * Hermitian operator: Arithmetic Ops. (line 6) * Hermitian operator <1>: Operator Overloading. (line 6) * Hessenberg decomposition: Matrix Factorizations. (line 147) * history: Preface. (line 6) * history of commands: Commands For History. (line 6) * 'if' statement: The if Statement. (line 6) * image alphadata: Image Properties. (line 10) * image alphadatamapping: Image Properties. (line 14) * image beingdeleted: Image Properties. (line 18) * image busyaction: Image Properties. (line 20) * image buttondownfcn: Image Properties. (line 22) * image cdata: Image Properties. (line 24) * image cdatamapping: Image Properties. (line 26) * image children: Image Properties. (line 28) * image clipping: Image Properties. (line 31) * image createfcn: Image Properties. (line 35) * image deletefcn: Image Properties. (line 41) * image displayname: Image Properties. (line 44) * image erasemode: Image Properties. (line 47) * image graphics object: Graphics Objects. (line 29) * image handlevisibility: Image Properties. (line 50) * image hittest: Image Properties. (line 54) * image interruptible: Image Properties. (line 56) * image parent: Image Properties. (line 58) * image properties: Image Properties. (line 6) * image selected: Image Properties. (line 61) * image selectionhighlight: Image Properties. (line 63) * image tag: Image Properties. (line 65) * image type: Image Properties. (line 68) * image uicontextmenu: Image Properties. (line 71) * image userdata: Image Properties. (line 75) * image visible: Image Properties. (line 78) * image xdata: Image Properties. (line 81) * image ydata: Image Properties. (line 88) * image __modified__: Image Properties. (line 8) * improving Octave: Bug Criteria. (line 28) * improving Octave <1>: Sending Patches. (line 6) * incorrect error messages: Bug Criteria. (line 21) * incorrect output: Bug Criteria. (line 12) * incorrect output <1>: Bug Reporting. (line 70) * incorrect results: Bug Criteria. (line 12) * incorrect results <1>: Bug Reporting. (line 70) * increment operator: Assignment Ops. (line 170) * infinity norm: Basic Matrix Functions. (line 311) * initialization: Startup Files. (line 6) * inline, inline functions: Function Handles Anonymous Functions Inline Functions. (line 6) * input conversions, for 'scanf': Table of Input Conversions. (line 6) * input history: Commands For History. (line 6) * installation trouble: Trouble. (line 6) * installing Octave: Installation. (line 6) * instance, how to create: How to create an instance of a Java class?. (line 6) * introduction: Introduction. (line 6) * introduction to graphics structures: Introduction to Graphics Structures. (line 6) * invalid input: Bug Criteria. (line 23) * Java, calling from Octave: Java Interface. (line 6) * Java, using with Octave: Java Interface. (line 6) * 'javaclasspath.txt': How to make Java classes available?. (line 6) * Kendall's Tau: Correlation and Regression Analysis. (line 76) * keywords: Keywords. (line 6) * known causes of trouble: Trouble. (line 6) * language definition: Grammar and Parser. (line 6) * less than operator: Comparison Ops. (line 6) * less than operator <1>: Operator Overloading. (line 6) * line beingdeleted: Line Properties. (line 10) * line busyaction: Line Properties. (line 12) * line buttondownfcn: Line Properties. (line 14) * line children: Line Properties. (line 16) * line clipping: Line Properties. (line 19) * line color: Line Properties. (line 23) * line createfcn: Line Properties. (line 26) * line deletefcn: Line Properties. (line 31) * line displayname: Line Properties. (line 34) * line erasemode: Line Properties. (line 37) * line graphics object: Graphics Objects. (line 23) * line handlevisibility: Line Properties. (line 40) * line hittest: Line Properties. (line 44) * line interpreter: Line Properties. (line 46) * line interruptible: Line Properties. (line 48) * line linestyle: Line Properties. (line 50) * line linewidth: Line Properties. (line 53) * line marker: Line Properties. (line 56) * line markeredgecolor: Line Properties. (line 59) * line markerfacecolor: Line Properties. (line 65) * line markersize: Line Properties. (line 71) * line parent: Line Properties. (line 74) * line properties: Line Properties. (line 6) * line selected: Line Properties. (line 77) * line selectionhighlight: Line Properties. (line 79) * line series: Line Series. (line 6) * line styles, graphics: Line Styles. (line 6) * line tag: Line Properties. (line 81) * line type: Line Properties. (line 84) * line uicontextmenu: Line Properties. (line 87) * line userdata: Line Properties. (line 91) * line visible: Line Properties. (line 94) * line xdata: Line Properties. (line 97) * line xdatasource: Line Properties. (line 100) * line ydata: Line Properties. (line 103) * line ydatasource: Line Properties. (line 106) * line zdata: Line Properties. (line 109) * line zdatasource: Line Properties. (line 112) * line __modified__: Line Properties. (line 8) * linear algebra: Linear Algebra. (line 6) * linear algebra, techniques: Techniques Used for Linear Algebra. (line 6) * loadable function: A Sample Function Description. (line 63) * loading data: Simple File I/O. (line 6) * local minimum: Minimizers. (line 6) * logging commands and output: Diary and Echo Commands. (line 6) * logical expressions: Boolean Expressions. (line 6) * logical expressions <1>: Operator Overloading. (line 6) * logical operators: Boolean Expressions. (line 6) * logical operators <1>: Operator Overloading. (line 6) * loop: The while Statement. (line 6) * looping over structure elements: Looping Over Structure Elements. (line 6) * LP: Optimization. (line 18) * LU decomposition: Matrix Factorizations. (line 170) * lvalue: Assignment Ops. (line 33) * map: Function Application. (line 6) * mapping function: A Sample Function Description. (line 69) * marker styles, graphics: Marker Styles. (line 6) * matching failure, in 'scanf': Formatted Input. (line 100) * matrices: Matrices. (line 6) * matrices, diagonal and permutation: Diagonal and Permutation Matrices. (line 6) * matrix factorizations: Matrix Factorizations. (line 6) * matrix functions, basic: Basic Matrix Functions. (line 6) * matrix multiplication: Arithmetic Ops. (line 6) * matrix multiplication <1>: Operator Overloading. (line 6) * matrix, functions of: Functions of a Matrix. (line 6) * matrix, permutation functions: Permutation Matrix Functions. (line 6) * matrix, specialized solvers: Specialized Solvers. (line 6) * matrix, zero elements: Zeros Treatment. (line 6) * maximum field width ('scanf'): Input Conversion Syntax. (line 42) * memory management: Miscellaneous Techniques. (line 16) * memory, displaying Java memory status: Java Interface Functions. (line 307) * memory, limitations: How can I handle memory limitations?. (line 6) * messages, error: Errors. (line 6) * method, invoking a method of a Java object: Java Interface Functions. (line 142) * methods, displaying available methods of a Java object: Java Interface Functions. (line 120) * mex: Mex-Files. (line 6) * mex-files: Mex-Files. (line 6) * minimum field width ('printf'): Output Conversion Syntax. (line 35) * missing data: Missing Data. (line 6) * mkoctfile: Oct-Files. (line 6) * multi-line comments: Block Comments. (line 6) * multiplication: Arithmetic Ops. (line 6) * multiplication <1>: Operator Overloading. (line 6) * negation: Arithmetic Ops. (line 6) * negation <1>: Operator Overloading. (line 6) * NLP: Optimization. (line 17) * nonlinear equations: Nonlinear Equations. (line 6) * nonlinear programming: Optimization. (line 18) * not operator: Boolean Expressions. (line 6) * not operator <1>: Operator Overloading. (line 6) * numeric constant: Numeric Objects. (line 6) * numeric constant <1>: Numeric Data Types. (line 6) * numeric value: Numeric Objects. (line 6) * numeric value <1>: Numeric Data Types. (line 6) * object groups: Object Groups. (line 6) * object, creating a Java object: Java Interface Functions. (line 10) * object, how to create: How to create an instance of a Java class?. (line 6) * obsolete functions: Obsolete Functions. (line 6) * oct: Oct-Files. (line 6) * oct-files: Oct-Files. (line 6) * Octave and MATLAB, how to distinguish between: How to distinguish between Octave and Matlab?. (line 6) * Octave API: External Code Interface. (line 6) * Octave command options: Command Line Options. (line 6) * Octave development: Contributing Guidelines. (line 6) * Octave, calling from Java: Java Interface. (line 6) * 'octave-tags': Using Octave Mode. (line 254) * ODE: Differential Equations. (line 15) * online help: Getting Help. (line 6) * operator precedence: Operator Precedence. (line 6) * operators, arithmetic: Arithmetic Ops. (line 6) * operators, arithmetic <1>: Operator Overloading. (line 6) * operators, assignment: Assignment Ops. (line 6) * operators, boolean: Boolean Expressions. (line 6) * operators, boolean <1>: Operator Overloading. (line 6) * operators, decrement: Assignment Ops. (line 169) * operators, increment: Assignment Ops. (line 170) * operators, logical: Boolean Expressions. (line 6) * operators, logical <1>: Operator Overloading. (line 6) * operators, relational: Comparison Ops. (line 6) * operators, relational <1>: Operator Overloading. (line 6) * optimization: Miscellaneous Techniques. (line 6) * optimization <1>: Optimization. (line 18) * options, Octave command: Command Line Options. (line 6) * or operator: Boolean Expressions. (line 6) * or operator <1>: Operator Overloading. (line 6) * oregonator: Ordinary Differential Equations. (line 153) * 'otherwise' statement: The switch Statement. (line 6) * output conversions, for 'printf': Table of Output Conversions. (line 6) * parser: Parser. (line 6) * patch alphadatamapping: Patch Properties. (line 10) * patch ambientstrength: Patch Properties. (line 14) * patch backfacelighting: Patch Properties. (line 18) * patch beingdeleted: Patch Properties. (line 22) * patch busyaction: Patch Properties. (line 24) * patch buttondownfcn: Patch Properties. (line 26) * patch cdata: Patch Properties. (line 28) * patch cdatamapping: Patch Properties. (line 41) * patch children: Patch Properties. (line 43) * patch clipping: Patch Properties. (line 46) * patch createfcn: Patch Properties. (line 50) * patch deletefcn: Patch Properties. (line 56) * patch diffusestrength: Patch Properties. (line 59) * patch displayname: Patch Properties. (line 63) * patch edgealpha: Patch Properties. (line 66) * patch edgecolor: Patch Properties. (line 70) * patch edgelighting: Patch Properties. (line 72) * patch erasemode: Patch Properties. (line 76) * patch facealpha: Patch Properties. (line 79) * patch facecolor: Patch Properties. (line 83) * patch facelighting: Patch Properties. (line 85) * patch faces: Patch Properties. (line 89) * patch facevertexalphadata: Patch Properties. (line 91) * patch facevertexcdata: Patch Properties. (line 95) * patch graphics object: Graphics Objects. (line 32) * patch handlevisibility: Patch Properties. (line 97) * patch hittest: Patch Properties. (line 101) * patch interpreter: Patch Properties. (line 103) * patch interruptible: Patch Properties. (line 106) * patch linestyle: Patch Properties. (line 108) * patch linewidth: Patch Properties. (line 110) * patch marker: Patch Properties. (line 112) * patch markeredgecolor: Patch Properties. (line 115) * patch markerfacecolor: Patch Properties. (line 118) * patch markersize: Patch Properties. (line 121) * patch normalmode: Patch Properties. (line 124) * patch parent: Patch Properties. (line 126) * patch properties: Patch Properties. (line 6) * patch selected: Patch Properties. (line 129) * patch selectionhighlight: Patch Properties. (line 131) * patch specularcolorreflectance: Patch Properties. (line 133) * patch specularexponent: Patch Properties. (line 137) * patch specularstrength: Patch Properties. (line 141) * patch tag: Patch Properties. (line 145) * patch type: Patch Properties. (line 148) * patch uicontextmenu: Patch Properties. (line 151) * patch userdata: Patch Properties. (line 155) * patch vertexnormals: Patch Properties. (line 158) * patch vertices: Patch Properties. (line 160) * patch visible: Patch Properties. (line 162) * patch xdata: Patch Properties. (line 165) * patch ydata: Patch Properties. (line 167) * patch zdata: Patch Properties. (line 169) * patch __modified__: Patch Properties. (line 8) * patches, submitting: Sending Patches. (line 6) * path, adding to classpath: Java Interface Functions. (line 201) * path, removing from classpath: Java Interface Functions. (line 212) * permutation matrix functions: Permutation Matrix Functions. (line 6) * 'persistent' statement: Persistent Variables. (line 6) * persistent variables: Persistent Variables. (line 6) * personal startup file: Startup Files. (line 32) * PKG_ADD: Creating Packages. (line 45) * PKG_DEL: Creating Packages. (line 63) * plotting: Plotting. (line 6) * plotting, high-level: High-Level Plotting. (line 6) * plotting, multiple plot windows: Multiple Plot Windows. (line 6) * plotting, multiple plots per figure: Multiple Plots on One Page. (line 6) * plotting, object manipulation: Manipulation of Plot Objects. (line 6) * plotting, saving and printing plots: Printing and Saving Plots. (line 6) * plotting, three-dimensional: Three-Dimensional Plots. (line 6) * plotting, two-dimensional functions: Two-dimensional Function Plotting. (line 6) * plotting, window manipulation: Manipulation of Plot Windows. (line 6) * precision ('printf'): Output Conversion Syntax. (line 47) * printing notation: Printing Notation. (line 6) * printing plots: Printing and Saving Plots. (line 6) * profiler: Profiling. (line 6) * program, self contained: Executable Octave Programs. (line 6) * Progress Bar: Progress Bar. (line 6) * project startup file: Startup Files. (line 36) * prompt customization: Customizing the Prompt. (line 6) * pseudoinverse: Basic Matrix Functions. (line 394) * pseudoinverse <1>: Expressions Involving Diagonal Matrices. (line 27) * QP: Optimization. (line 18) * QR factorization: Matrix Factorizations. (line 274) * quadratic programming: Optimization. (line 18) * quitting octave: Running Octave. (line 19) * quitting octave <1>: Quitting Octave. (line 6) * quiver group: Quiver Group. (line 6) * quotient: Arithmetic Ops. (line 6) * quotient <1>: Operator Overloading. (line 6) * range expressions: Ranges. (line 6) * 'readline' customization: Customizing readline. (line 6) * recycling: Broadcasting. (line 6) * relational operators: Comparison Ops. (line 6) * relational operators <1>: Operator Overloading. (line 6) * reporting bugs: Reporting Bugs. (line 6) * reporting bugs <1>: Bug Tracker. (line 6) * results, incorrect: Bug Criteria. (line 12) * results, incorrect <1>: Bug Reporting. (line 70) * root beingdeleted: Root Figure Properties. (line 10) * root busyaction: Root Figure Properties. (line 13) * root buttondownfcn: Root Figure Properties. (line 16) * root callbackobject: Root Figure Properties. (line 19) * root children: Root Figure Properties. (line 21) * root clipping: Root Figure Properties. (line 24) * root commandwindowsize: Root Figure Properties. (line 27) * root createfcn: Root Figure Properties. (line 29) * root currentfigure: Root Figure Properties. (line 32) * root deletefcn: Root Figure Properties. (line 35) * root diary: Root Figure Properties. (line 38) * root diaryfile: Root Figure Properties. (line 42) * root echo: Root Figure Properties. (line 45) * root errormessage: Root Figure Properties. (line 50) * root figure graphics object: Graphics Objects. (line 12) * root figure properties: Root Figure Properties. (line 6) * root fixedwidthfontname: Root Figure Properties. (line 54) * root format: Root Figure Properties. (line 56) * root formatspacing: Root Figure Properties. (line 60) * root handlevisibility: Root Figure Properties. (line 64) * root hittest: Root Figure Properties. (line 67) * root interruptible: Root Figure Properties. (line 70) * root language: Root Figure Properties. (line 73) * root monitorpositions: Root Figure Properties. (line 75) * root parent: Root Figure Properties. (line 78) * root pointerlocation: Root Figure Properties. (line 82) * root pointerwindow: Root Figure Properties. (line 85) * root recursionlimit: Root Figure Properties. (line 88) * root screendepth: Root Figure Properties. (line 93) * root screenpixelsperinch: Root Figure Properties. (line 95) * root screensize: Root Figure Properties. (line 97) * root selected: Root Figure Properties. (line 99) * root selectionhighlight: Root Figure Properties. (line 102) * root showhiddenhandles: Root Figure Properties. (line 105) * root tag: Root Figure Properties. (line 110) * root type: Root Figure Properties. (line 113) * root uicontextmenu: Root Figure Properties. (line 116) * root units: Root Figure Properties. (line 119) * root userdata: Root Figure Properties. (line 121) * root visible: Root Figure Properties. (line 124) * root __modified__: Root Figure Properties. (line 8) * saving data: Simple File I/O. (line 6) * saving graphics objects: Graphics Objects. (line 462) * saving plots: Printing and Saving Plots. (line 6) * scatter group: Scatter Group. (line 6) * Schur decomposition: Matrix Factorizations. (line 521) * script files: Functions and Scripts. (line 6) * scripts: Executable Octave Programs. (line 6) * self contained programs: Executable Octave Programs. (line 6) * series objects: Area Series. (line 6) * series objects <1>: Bar Series. (line 6) * series objects <2>: Contour Groups. (line 6) * series objects <3>: Error Bar Series. (line 6) * series objects <4>: Line Series. (line 6) * series objects <5>: Stem Series. (line 6) * short-circuit evaluation: Short-circuit Boolean Operators. (line 6) * side effect: Assignment Ops. (line 26) * SIMD: Broadcasting. (line 6) * singular value decomposition: Matrix Factorizations. (line 609) * site exiting file: Quitting Octave. (line 6) * site startup file: Startup Files. (line 11) * Spearman's Rho: Correlation and Regression Analysis. (line 61) * speedups: Miscellaneous Techniques. (line 6) * stair group: Stair Group. (line 6) * standards of coding style: Tips and Standards. (line 6) * startup: Startup Files. (line 6) * startup files: Startup Files. (line 10) * statements: Statements. (line 6) * static classpath: Java Interface Functions. (line 167) * static classpath <1>: How to make Java classes available?. (line 6) * stem series: Stem Series. (line 6) * strings: String Objects. (line 6) * strings <1>: Strings. (line 6) * structural rank: Sparse Linear Algebra. (line 259) * structure elements, looping over: Looping Over Structure Elements. (line 6) * structures: Data Structure Objects. (line 6) * structures <1>: Structures. (line 6) * submitting diffs: Sending Patches. (line 6) * submitting patches: Sending Patches. (line 6) * subtraction: Arithmetic Ops. (line 6) * subtraction <1>: Operator Overloading. (line 6) * suggestions: Bug Criteria. (line 28) * surface alphadata: Surface Properties. (line 10) * surface alphadatamapping: Surface Properties. (line 14) * surface ambientstrength: Surface Properties. (line 18) * surface backfacelighting: Surface Properties. (line 22) * surface beingdeleted: Surface Properties. (line 26) * surface busyaction: Surface Properties. (line 28) * surface buttondownfcn: Surface Properties. (line 30) * surface cdata: Surface Properties. (line 32) * surface cdatamapping: Surface Properties. (line 34) * surface cdatasource: Surface Properties. (line 36) * surface children: Surface Properties. (line 38) * surface clipping: Surface Properties. (line 41) * surface createfcn: Surface Properties. (line 45) * surface deletefcn: Surface Properties. (line 51) * surface diffusestrength: Surface Properties. (line 54) * surface displayname: Surface Properties. (line 58) * surface edgealpha: Surface Properties. (line 61) * surface edgecolor: Surface Properties. (line 65) * surface edgelighting: Surface Properties. (line 67) * surface erasemode: Surface Properties. (line 71) * surface facealpha: Surface Properties. (line 74) * surface facecolor: Surface Properties. (line 78) * surface facelighting: Surface Properties. (line 80) * surface graphics object: Graphics Objects. (line 35) * surface group: Surface Group. (line 6) * surface handlevisibility: Surface Properties. (line 84) * surface hittest: Surface Properties. (line 88) * surface interpreter: Surface Properties. (line 90) * surface interruptible: Surface Properties. (line 92) * surface linestyle: Surface Properties. (line 94) * surface linewidth: Surface Properties. (line 97) * surface marker: Surface Properties. (line 100) * surface markeredgecolor: Surface Properties. (line 103) * surface markerfacecolor: Surface Properties. (line 106) * surface markersize: Surface Properties. (line 109) * surface meshstyle: Surface Properties. (line 112) * surface normalmode: Surface Properties. (line 114) * surface parent: Surface Properties. (line 116) * surface properties: Surface Properties. (line 6) * surface selected: Surface Properties. (line 119) * surface selectionhighlight: Surface Properties. (line 121) * surface specularcolorreflectance: Surface Properties. (line 123) * surface specularexponent: Surface Properties. (line 127) * surface specularstrength: Surface Properties. (line 131) * surface tag: Surface Properties. (line 135) * surface type: Surface Properties. (line 138) * surface uicontextmenu: Surface Properties. (line 141) * surface userdata: Surface Properties. (line 145) * surface vertexnormals: Surface Properties. (line 148) * surface visible: Surface Properties. (line 150) * surface xdata: Surface Properties. (line 153) * surface xdatasource: Surface Properties. (line 155) * surface ydata: Surface Properties. (line 157) * surface ydatasource: Surface Properties. (line 159) * surface zdata: Surface Properties. (line 161) * surface zdatasource: Surface Properties. (line 163) * surface __modified__: Surface Properties. (line 8) * 'switch' statement: The switch Statement. (line 6) * symbols, translation table: Which TeX symbols are implemented in dialog functions?. (line 6) * TAGS: Using Octave Mode. (line 254) * test functions: Test and Demo Functions. (line 6) * tests for equality: Comparison Ops. (line 6) * tests for equality <1>: Operator Overloading. (line 6) * TeX symbols, translation table: Which TeX symbols are implemented in dialog functions?. (line 6) * text backgroundcolor: Text Properties. (line 10) * text beingdeleted: Text Properties. (line 14) * text busyaction: Text Properties. (line 16) * text buttondownfcn: Text Properties. (line 18) * text children: Text Properties. (line 20) * text clipping: Text Properties. (line 23) * text color: Text Properties. (line 27) * text createfcn: Text Properties. (line 30) * text deletefcn: Text Properties. (line 35) * text displayname: Text Properties. (line 38) * text edgecolor: Text Properties. (line 40) * text editing: Text Properties. (line 44) * text erasemode: Text Properties. (line 46) * text extent: Text Properties. (line 49) * text fontangle: Text Properties. (line 51) * text fontname: Text Properties. (line 55) * text fontsize: Text Properties. (line 58) * text fontunits: Text Properties. (line 61) * text fontweight: Text Properties. (line 64) * text graphics object: Graphics Objects. (line 26) * text handlevisibility: Text Properties. (line 67) * text hittest: Text Properties. (line 71) * text horizontalalignment: Text Properties. (line 73) * text interpreter: Text Properties. (line 75) * text interruptible: Text Properties. (line 77) * text linestyle: Text Properties. (line 79) * text linewidth: Text Properties. (line 83) * text margin: Text Properties. (line 87) * text parent: Text Properties. (line 91) * text position: Text Properties. (line 94) * text properties: Text Properties. (line 6) * text rotation: Text Properties. (line 99) * text selected: Text Properties. (line 102) * text selectionhighlight: Text Properties. (line 104) * text string: Text Properties. (line 106) * text tag: Text Properties. (line 109) * text type: Text Properties. (line 112) * text uicontextmenu: Text Properties. (line 115) * text units: Text Properties. (line 119) * text userdata: Text Properties. (line 121) * text verticalalignment: Text Properties. (line 124) * text visible: Text Properties. (line 126) * text __modified__: Text Properties. (line 8) * tips: Tips and Standards. (line 6) * toolkit customization: Customizing Toolkit Behavior. (line 6) * toolkits, graphics: Graphics Toolkits. (line 6) * translation table for TeX symbols: Which TeX symbols are implemented in dialog functions?. (line 6) * transpose: Arithmetic Ops. (line 6) * transpose <1>: Operator Overloading. (line 6) * transpose, complex-conjugate: Arithmetic Ops. (line 6) * transpose, complex-conjugate <1>: Operator Overloading. (line 6) * troubleshooting: Trouble. (line 6) * 'try' statement: The try Statement. (line 6) * unary minus: Arithmetic Ops. (line 6) * unary minus <1>: Operator Overloading. (line 6) * undefined behavior: Bug Criteria. (line 15) * undefined function value: Bug Criteria. (line 15) * 'unwind_protect' statement: The unwind_protect Statement. (line 6) * 'unwind_protect_cleanup': The unwind_protect Statement. (line 6) * use of comments: Comments. (line 6) * user-defined data types: User-defined Data Types. (line 6) * user-defined functions: Functions and Scripts. (line 6) * user-defined variables: Variables. (line 6) * using Octave with Java: Java Interface. (line 6) * 'varargin': Variable-length Argument Lists. (line 6) * 'varargout': Variable-length Return Lists. (line 6) * variable-length argument lists: Variable-length Argument Lists. (line 6) * variable-length return lists: Variable-length Return Lists. (line 6) * variables, global: Global Variables. (line 6) * variables, persistent: Persistent Variables. (line 6) * variables, user-defined: Variables. (line 6) * vectorization: Vectorization and Faster Code Execution. (line 6) * vectorize: Vectorization and Faster Code Execution. (line 6) * version startup file: Startup Files. (line 21) * warning ids: Issuing Warnings. (line 109) * warranty: Copying. (line 6) * 'while' statement: The while Statement. (line 6) * wrong answers: Bug Criteria. (line 12) * wrong answers <1>: Bug Reporting. (line 70)  File: octave.info, Node: Function Index, Next: Operator Index, Prev: Concept Index, Up: Top Function Index ************** [index] * Menu: * abs: Complex Arithmetic. (line 9) * accumarray: Accumulation. (line 10) * accumarray <1>: Accumulation. (line 11) * accumdim: Accumulation. (line 101) * acos: Trigonometry. (line 70) * acosd: Trigonometry. (line 218) * acosh: Trigonometry. (line 133) * acot: Trigonometry. (line 90) * acotd: Trigonometry. (line 244) * acoth: Trigonometry. (line 153) * acsc: Trigonometry. (line 85) * acscd: Trigonometry. (line 239) * acsch: Trigonometry. (line 148) * addlistener: Object Groups. (line 122) * addpath: Manipulating the Load Path. (line 21) * addpath <1>: Manipulating the Load Path. (line 22) * addpref: User-Defined Preferences. (line 51) * addproperty: Object Groups. (line 51) * addproperty <1>: Object Groups. (line 52) * addtodate: Timing Utilities. (line 664) * add_input_event_hook: Parser. (line 16) * add_input_event_hook <1>: Parser. (line 17) * airy: Special Functions. (line 6) * all: Finding Elements and Checking Conditions. (line 31) * all <1>: Finding Elements and Checking Conditions. (line 32) * allchild: Graphics Objects. (line 442) * allow_noninteger_range_as_index: Advanced Indexing. (line 174) * allow_noninteger_range_as_index <1>: Advanced Indexing. (line 175) * allow_noninteger_range_as_index <2>: Advanced Indexing. (line 177) * amd: Mathematical Considerations. (line 120) * amd <1>: Mathematical Considerations. (line 121) * ancestor: Graphics Objects. (line 425) * ancestor <1>: Graphics Objects. (line 426) * and: Element-by-element Boolean Operators. (line 65) * and <1>: Element-by-element Boolean Operators. (line 66) * angle: Complex Arithmetic. (line 22) * annotation: Plot Annotations. (line 327) * annotation <1>: Plot Annotations. (line 328) * annotation <2>: Plot Annotations. (line 329) * annotation <3>: Plot Annotations. (line 330) * annotation <4>: Plot Annotations. (line 331) * annotation <5>: Plot Annotations. (line 332) * annotation <6>: Plot Annotations. (line 333) * annotation <7>: Plot Annotations. (line 334) * annotation <8>: Plot Annotations. (line 335) * annotation <9>: Plot Annotations. (line 336) * annotation <10>: Plot Annotations. (line 337) * anova: Tests. (line 38) * any: Finding Elements and Checking Conditions. (line 11) * any <1>: Finding Elements and Checking Conditions. (line 12) * arch_fit: Signal Processing. (line 385) * arch_rnd: Signal Processing. (line 408) * arch_test: Signal Processing. (line 420) * area: Two-Dimensional Plots. (line 1545) * area <1>: Two-Dimensional Plots. (line 1546) * area <2>: Two-Dimensional Plots. (line 1547) * area <3>: Two-Dimensional Plots. (line 1548) * area <4>: Two-Dimensional Plots. (line 1549) * area <5>: Two-Dimensional Plots. (line 1550) * arg: Complex Arithmetic. (line 21) * argnames: Inline Functions. (line 47) * argv: Command Line Options. (line 189) * arma_rnd: Signal Processing. (line 451) * arrayfun: Function Application. (line 13) * arrayfun <1>: Function Application. (line 14) * arrayfun <2>: Function Application. (line 15) * arrayfun <3>: Function Application. (line 16) * arrayfun <4>: Function Application. (line 17) * arrayfun <5>: Function Application. (line 18) * ascii: FTP Objects. (line 83) * asctime: Timing Utilities. (line 160) * asec: Trigonometry. (line 80) * asecd: Trigonometry. (line 234) * asech: Trigonometry. (line 143) * asin: Trigonometry. (line 65) * asind: Trigonometry. (line 213) * asinh: Trigonometry. (line 128) * assert: Test Functions. (line 362) * assert <1>: Test Functions. (line 363) * assert <2>: Test Functions. (line 364) * assert <3>: Test Functions. (line 365) * assert <4>: Test Functions. (line 366) * assert <5>: Test Functions. (line 367) * assignin: Evaluation in a Different Context. (line 75) * atan: Trigonometry. (line 75) * atan2: Trigonometry. (line 158) * atan2d: Trigonometry. (line 228) * atand: Trigonometry. (line 223) * atanh: Trigonometry. (line 138) * atexit: Quitting Octave. (line 31) * atexit <1>: Quitting Octave. (line 32) * audiodevinfo: Audio Device Information. (line 6) * audiodevinfo <1>: Audio Device Information. (line 8) * audiodevinfo <2>: Audio Device Information. (line 9) * audiodevinfo <3>: Audio Device Information. (line 10) * audiodevinfo <4>: Audio Device Information. (line 11) * audiodevinfo <5>: Audio Device Information. (line 13) * audioinfo: Audio File Utilities. (line 10) * audioplayer: Audio Player. (line 12) * audioplayer <1>: Audio Player. (line 13) * audioplayer <2>: Audio Player. (line 14) * audioplayer <3>: Audio Player. (line 15) * audioplayer <4>: Audio Player. (line 16) * audioread: Audio File Utilities. (line 13) * audioread <1>: Audio File Utilities. (line 14) * audioread <2>: Audio File Utilities. (line 16) * audioread <3>: Audio File Utilities. (line 17) * audiorecorder: Audio Recorder. (line 13) * audiorecorder <1>: Audio Recorder. (line 14) * audiorecorder <2>: Audio Recorder. (line 15) * audiowrite: Audio File Utilities. (line 31) * audiowrite <1>: Audio File Utilities. (line 32) * autoload: Overloading and Autoloading. (line 47) * autoload <1>: Overloading and Autoloading. (line 48) * autoload <2>: Overloading and Autoloading. (line 49) * autoreg_matrix: Signal Processing. (line 467) * autumn: Representing Images. (line 177) * autumn <1>: Representing Images. (line 178) * available_graphics_toolkits: Graphics Toolkits. (line 26) * axes: Graphics Objects. (line 55) * axes <1>: Graphics Objects. (line 56) * axes <2>: Graphics Objects. (line 57) * axes <3>: Graphics Objects. (line 58) * axis: Axis Configuration. (line 10) * axis <1>: Axis Configuration. (line 11) * axis <2>: Axis Configuration. (line 12) * axis <3>: Axis Configuration. (line 13) * axis <4>: Axis Configuration. (line 14) * axis <5>: Axis Configuration. (line 15) * axis <6>: Axis Configuration. (line 16) * axis <7>: Axis Configuration. (line 17) * balance: Basic Matrix Functions. (line 6) * balance <1>: Basic Matrix Functions. (line 7) * balance <2>: Basic Matrix Functions. (line 8) * balance <3>: Basic Matrix Functions. (line 9) * balance <4>: Basic Matrix Functions. (line 10) * bandwidth: Basic Matrix Functions. (line 44) * bandwidth <1>: Basic Matrix Functions. (line 45) * bar: Two-Dimensional Plots. (line 297) * bar <1>: Two-Dimensional Plots. (line 298) * bar <2>: Two-Dimensional Plots. (line 299) * bar <3>: Two-Dimensional Plots. (line 300) * bar <4>: Two-Dimensional Plots. (line 301) * bar <5>: Two-Dimensional Plots. (line 302) * bar <6>: Two-Dimensional Plots. (line 303) * barh: Two-Dimensional Plots. (line 373) * barh <1>: Two-Dimensional Plots. (line 374) * barh <2>: Two-Dimensional Plots. (line 375) * barh <3>: Two-Dimensional Plots. (line 376) * barh <4>: Two-Dimensional Plots. (line 377) * barh <5>: Two-Dimensional Plots. (line 378) * barh <6>: Two-Dimensional Plots. (line 379) * bartlett: Signal Processing. (line 478) * bartlett_test: Tests. (line 64) * base2dec: String Conversions. (line 120) * base64_decode: Base64 and Binary Data Transmission. (line 15) * base64_decode <1>: Base64 and Binary Data Transmission. (line 16) * base64_encode: Base64 and Binary Data Transmission. (line 10) * beep: Raising Errors. (line 137) * beep_on_error: Raising Errors. (line 147) * beep_on_error <1>: Raising Errors. (line 148) * beep_on_error <2>: Raising Errors. (line 149) * besselh: Special Functions. (line 43) * besseli: Special Functions. (line 41) * besselj: Special Functions. (line 39) * besselk: Special Functions. (line 42) * bessely: Special Functions. (line 40) * beta: Special Functions. (line 96) * betacdf: Distributions. (line 57) * betainc: Special Functions. (line 111) * betaincinv: Special Functions. (line 128) * betainv: Distributions. (line 61) * betaln: Special Functions. (line 138) * betapdf: Distributions. (line 53) * betarnd: Random Number Generation. (line 43) * betarnd <1>: Random Number Generation. (line 44) * betarnd <2>: Random Number Generation. (line 45) * betarnd <3>: Random Number Generation. (line 46) * bicg: Specialized Solvers. (line 6) * bicg <1>: Specialized Solvers. (line 7) * bicg <2>: Specialized Solvers. (line 8) * bicgstab: Specialized Solvers. (line 52) * bicgstab <1>: Specialized Solvers. (line 53) * bicgstab <2>: Specialized Solvers. (line 54) * bin2dec: String Conversions. (line 13) * binary: FTP Objects. (line 92) * bincoeff: Special Functions. (line 155) * binocdf: Distributions. (line 71) * binoinv: Distributions. (line 77) * binopdf: Distributions. (line 65) * binornd: Random Number Generation. (line 60) * binornd <1>: Random Number Generation. (line 61) * binornd <2>: Random Number Generation. (line 62) * binornd <3>: Random Number Generation. (line 63) * bitand: Bit Manipulations. (line 80) * bitcmp: Bit Manipulations. (line 112) * bitget: Bit Manipulations. (line 24) * bitmax: Bit Manipulations. (line 60) * bitmax <1>: Bit Manipulations. (line 61) * bitmax <2>: Bit Manipulations. (line 62) * bitor: Bit Manipulations. (line 89) * bitpack: Built-in Data Types. (line 141) * bitset: Bit Manipulations. (line 10) * bitset <1>: Bit Manipulations. (line 11) * bitshift: Bit Manipulations. (line 132) * bitshift <1>: Bit Manipulations. (line 133) * bitunpack: Built-in Data Types. (line 172) * bitxor: Bit Manipulations. (line 98) * blackman: Signal Processing. (line 485) * blackman <1>: Signal Processing. (line 486) * blackman <2>: Signal Processing. (line 487) * blanks: Creating Strings. (line 12) * blkdiag: Rearranging Matrices. (line 584) * blkmm: Functions of a Matrix. (line 79) * bone: Representing Images. (line 187) * bone <1>: Representing Images. (line 188) * box: Plot Annotations. (line 221) * box <1>: Plot Annotations. (line 222) * box <2>: Plot Annotations. (line 223) * box <3>: Plot Annotations. (line 224) * brighten: Representing Images. (line 435) * brighten <1>: Representing Images. (line 436) * brighten <2>: Representing Images. (line 437) * brighten <3>: Representing Images. (line 438) * bsxfun: Broadcasting. (line 85) * builtin: Overloading and Autoloading. (line 14) * built_in_docstrings_file: Getting Help. (line 225) * built_in_docstrings_file <1>: Getting Help. (line 226) * built_in_docstrings_file <2>: Getting Help. (line 227) * bunzip2: File Archiving Utilities. (line 6) * bunzip2 <1>: File Archiving Utilities. (line 7) * byte_size: Matrices and Arrays in Oct-Files. (line 92) * bzip2: File Archiving Utilities. (line 172) * bzip2 <1>: File Archiving Utilities. (line 173) * calendar: Timing Utilities. (line 673) * calendar <1>: Timing Utilities. (line 674) * calendar <2>: Timing Utilities. (line 675) * calendar <3>: Timing Utilities. (line 676) * canonicalize_file_name: Filesystem Utilities. (line 551) * cart2pol: Coordinate Transformations. (line 6) * cart2pol <1>: Coordinate Transformations. (line 7) * cart2pol <2>: Coordinate Transformations. (line 8) * cart2pol <3>: Coordinate Transformations. (line 9) * cart2pol <4>: Coordinate Transformations. (line 10) * cart2sph: Coordinate Transformations. (line 52) * cart2sph <1>: Coordinate Transformations. (line 53) * cart2sph <2>: Coordinate Transformations. (line 54) * cast: Built-in Data Types. (line 49) * cat: Rearranging Matrices. (line 123) * cauchy_cdf: Distributions. (line 91) * cauchy_cdf <1>: Distributions. (line 92) * cauchy_inv: Distributions. (line 99) * cauchy_inv <1>: Distributions. (line 100) * cauchy_pdf: Distributions. (line 83) * cauchy_pdf <1>: Distributions. (line 84) * cauchy_rnd: Random Number Generation. (line 78) * cauchy_rnd <1>: Random Number Generation. (line 79) * cauchy_rnd <2>: Random Number Generation. (line 80) * cauchy_rnd <3>: Random Number Generation. (line 81) * caxis: Axis Configuration. (line 113) * caxis <1>: Axis Configuration. (line 114) * caxis <2>: Axis Configuration. (line 115) * caxis <3>: Axis Configuration. (line 116) * caxis <4>: Axis Configuration. (line 117) * cbrt: Exponents and Logarithms. (line 103) * ccolamd: Mathematical Considerations. (line 152) * ccolamd <1>: Mathematical Considerations. (line 153) * ccolamd <2>: Mathematical Considerations. (line 154) * ccolamd <3>: Mathematical Considerations. (line 155) * cd: FTP Objects. (line 64) * cd <1>: FTP Objects. (line 65) * cd <2>: Current Working Directory. (line 6) * cd <3>: Current Working Directory. (line 7) * cd <4>: Current Working Directory. (line 8) * ceil: Utility Functions. (line 6) * cell: Creating Cell Arrays. (line 44) * cell <1>: Creating Cell Arrays. (line 45) * cell <2>: Creating Cell Arrays. (line 46) * cell <3>: Creating Cell Arrays. (line 47) * cell2mat: Processing Data in Cell Arrays. (line 17) * cell2struct: Processing Data in Cell Arrays. (line 28) * cell2struct <1>: Processing Data in Cell Arrays. (line 29) * celldisp: Basic Usage of Cell Arrays. (line 53) * celldisp <1>: Basic Usage of Cell Arrays. (line 54) * cellfun: Function Application. (line 115) * cellfun <1>: Function Application. (line 116) * cellfun <2>: Function Application. (line 117) * cellfun <3>: Function Application. (line 118) * cellfun <4>: Function Application. (line 119) * cellfun <5>: Function Application. (line 120) * cellfun <6>: Function Application. (line 121) * cellfun <7>: Function Application. (line 122) * cellindexmat: Indexing Cell Arrays. (line 113) * cellslices: Creating Cell Arrays. (line 130) * cellstr: Cell Arrays of Strings. (line 25) * center: Basic Statistical Functions. (line 11) * center <1>: Basic Statistical Functions. (line 12) * cgs: Specialized Solvers. (line 98) * cgs <1>: Specialized Solvers. (line 99) * cgs <2>: Specialized Solvers. (line 100) * char: Concatenating Strings. (line 92) * char <1>: Concatenating Strings. (line 93) * char <2>: Concatenating Strings. (line 94) * char <3>: Concatenating Strings. (line 95) * chdir: Current Working Directory. (line 9) * chi2cdf: Distributions. (line 112) * chi2inv: Distributions. (line 117) * chi2pdf: Distributions. (line 107) * chi2rnd: Random Number Generation. (line 95) * chi2rnd <1>: Random Number Generation. (line 96) * chi2rnd <2>: Random Number Generation. (line 97) * chi2rnd <3>: Random Number Generation. (line 98) * chisquare_test_homogeneity: Tests. (line 77) * chisquare_test_independence: Tests. (line 92) * chol: Matrix Factorizations. (line 6) * chol <1>: Matrix Factorizations. (line 7) * chol <2>: Matrix Factorizations. (line 8) * chol <3>: Matrix Factorizations. (line 9) * chol <4>: Matrix Factorizations. (line 10) * chol <5>: Matrix Factorizations. (line 11) * chol2inv: Matrix Factorizations. (line 64) * choldelete: Matrix Factorizations. (line 122) * cholinsert: Matrix Factorizations. (line 99) * cholinsert <1>: Matrix Factorizations. (line 100) * cholinv: Matrix Factorizations. (line 57) * cholshift: Matrix Factorizations. (line 132) * cholupdate: Matrix Factorizations. (line 75) * chop: Utility Functions. (line 433) * circshift: Rearranging Matrices. (line 279) * citation: Citing Octave in Publications. (line 13) * citation <1>: Citing Octave in Publications. (line 14) * cla: Manipulation of Plot Windows. (line 185) * cla <1>: Manipulation of Plot Windows. (line 186) * cla <2>: Manipulation of Plot Windows. (line 187) * cla <3>: Manipulation of Plot Windows. (line 188) * clabel: Plot Annotations. (line 180) * clabel <1>: Plot Annotations. (line 181) * clabel <2>: Plot Annotations. (line 182) * clabel <3>: Plot Annotations. (line 183) * clabel <4>: Plot Annotations. (line 184) * clabel <5>: Plot Annotations. (line 185) * class: Built-in Data Types. (line 16) * class <1>: Built-in Data Types. (line 17) * class <2>: Built-in Data Types. (line 18) * clc: Cursor Motion. (line 59) * clear: Status of Variables. (line 262) * clf: Manipulation of Plot Windows. (line 161) * clf <1>: Manipulation of Plot Windows. (line 162) * clf <2>: Manipulation of Plot Windows. (line 163) * clf <3>: Manipulation of Plot Windows. (line 164) * clf <4>: Manipulation of Plot Windows. (line 165) * clock: Timing Utilities. (line 338) * cloglog: Basic Statistical Functions. (line 195) * close: Manipulation of Plot Windows. (line 228) * close <1>: Manipulation of Plot Windows. (line 229) * close <2>: Manipulation of Plot Windows. (line 230) * close <3>: Manipulation of Plot Windows. (line 231) * close <4>: Manipulation of Plot Windows. (line 232) * close <5>: Manipulation of Plot Windows. (line 233) * close <6>: FTP Objects. (line 35) * closereq: Manipulation of Plot Windows. (line 260) * cmpermute: Representing Images. (line 531) * cmpermute <1>: Representing Images. (line 532) * cmunique: Representing Images. (line 498) * cmunique <1>: Representing Images. (line 499) * cmunique <2>: Representing Images. (line 500) * colamd: Mathematical Considerations. (line 233) * colamd <1>: Mathematical Considerations. (line 234) * colamd <2>: Mathematical Considerations. (line 235) * colamd <3>: Mathematical Considerations. (line 236) * colloc: Orthogonal Collocation. (line 6) * colon: Defining Indexing And Indexed Assignment. (line 197) * colon <1>: Defining Indexing And Indexed Assignment. (line 198) * colorbar: Plot Annotations. (line 260) * colorbar <1>: Plot Annotations. (line 261) * colorbar <2>: Plot Annotations. (line 262) * colorbar <3>: Plot Annotations. (line 263) * colorbar <4>: Plot Annotations. (line 264) * colorbar <5>: Plot Annotations. (line 265) * colorbar <6>: Plot Annotations. (line 266) * colorbar <7>: Plot Annotations. (line 267) * colorbar <8>: Plot Annotations. (line 268) * colorcube: Representing Images. (line 197) * colorcube <1>: Representing Images. (line 198) * colormap: Representing Images. (line 115) * colormap <1>: Representing Images. (line 116) * colormap <2>: Representing Images. (line 117) * colormap <3>: Representing Images. (line 118) * colormap <4>: Representing Images. (line 119) * colormap <5>: Representing Images. (line 120) * colormap <6>: Representing Images. (line 121) * colormap <7>: Representing Images. (line 122) * colormap <8>: Representing Images. (line 123) * colperm: Mathematical Considerations. (line 301) * colstyle: Marker Styles. (line 27) * columns: Object Sizes. (line 23) * comet: Two-Dimensional Plots. (line 1625) * comet <1>: Two-Dimensional Plots. (line 1626) * comet <2>: Two-Dimensional Plots. (line 1627) * comet <3>: Two-Dimensional Plots. (line 1628) * comet3: Two-Dimensional Plots. (line 1643) * comet3 <1>: Two-Dimensional Plots. (line 1644) * comet3 <2>: Two-Dimensional Plots. (line 1645) * comet3 <3>: Two-Dimensional Plots. (line 1646) * command_line_path: Manipulating the Load Path. (line 158) * common_size: Finding Elements and Checking Conditions. (line 143) * commutation_matrix: Special Functions. (line 175) * compan: Finding Roots. (line 55) * compare_versions: System Information. (line 169) * compass: Two-Dimensional Plots. (line 1452) * compass <1>: Two-Dimensional Plots. (line 1453) * compass <2>: Two-Dimensional Plots. (line 1454) * compass <3>: Two-Dimensional Plots. (line 1455) * compass <4>: Two-Dimensional Plots. (line 1456) * completion_append_char: Commands For Completion. (line 16) * completion_append_char <1>: Commands For Completion. (line 17) * completion_append_char <2>: Commands For Completion. (line 18) * completion_matches: Commands For Completion. (line 29) * complex: Numeric Data Types. (line 53) * complex <1>: Numeric Data Types. (line 54) * computer: System Information. (line 6) * computer <1>: System Information. (line 7) * computer <2>: System Information. (line 8) * computer <3>: System Information. (line 9) * computer <4>: System Information. (line 10) * cond: Basic Matrix Functions. (line 58) * cond <1>: Basic Matrix Functions. (line 59) * condest: Sparse Linear Algebra. (line 136) * condest <1>: Sparse Linear Algebra. (line 137) * condest <2>: Sparse Linear Algebra. (line 138) * condest <3>: Sparse Linear Algebra. (line 139) * condest <4>: Sparse Linear Algebra. (line 140) * confirm_recursive_rmdir: Filesystem Utilities. (line 139) * confirm_recursive_rmdir <1>: Filesystem Utilities. (line 140) * confirm_recursive_rmdir <2>: Filesystem Utilities. (line 141) * conj: Complex Arithmetic. (line 34) * contour: Two-Dimensional Plots. (line 868) * contour <1>: Two-Dimensional Plots. (line 869) * contour <2>: Two-Dimensional Plots. (line 870) * contour <3>: Two-Dimensional Plots. (line 871) * contour <4>: Two-Dimensional Plots. (line 872) * contour <5>: Two-Dimensional Plots. (line 873) * contour <6>: Two-Dimensional Plots. (line 874) * contour3: Two-Dimensional Plots. (line 989) * contour3 <1>: Two-Dimensional Plots. (line 990) * contour3 <2>: Two-Dimensional Plots. (line 991) * contour3 <3>: Two-Dimensional Plots. (line 992) * contour3 <4>: Two-Dimensional Plots. (line 993) * contour3 <5>: Two-Dimensional Plots. (line 994) * contour3 <6>: Two-Dimensional Plots. (line 995) * contourc: Two-Dimensional Plots. (line 948) * contourc <1>: Two-Dimensional Plots. (line 949) * contourc <2>: Two-Dimensional Plots. (line 950) * contourc <3>: Two-Dimensional Plots. (line 951) * contourf: Two-Dimensional Plots. (line 907) * contourf <1>: Two-Dimensional Plots. (line 908) * contourf <2>: Two-Dimensional Plots. (line 909) * contourf <3>: Two-Dimensional Plots. (line 910) * contourf <4>: Two-Dimensional Plots. (line 911) * contourf <5>: Two-Dimensional Plots. (line 912) * contourf <6>: Two-Dimensional Plots. (line 913) * contrast: Representing Images. (line 398) * contrast <1>: Representing Images. (line 399) * conv: Products of Polynomials. (line 6) * conv <1>: Products of Polynomials. (line 7) * conv2: Products of Polynomials. (line 60) * conv2 <1>: Products of Polynomials. (line 61) * conv2 <2>: Products of Polynomials. (line 62) * convhull: Convex Hull. (line 11) * convhull <1>: Convex Hull. (line 12) * convhulln: Convex Hull. (line 32) * convhulln <1>: Convex Hull. (line 33) * convhulln <2>: Convex Hull. (line 34) * convn: Products of Polynomials. (line 27) * convn <1>: Products of Polynomials. (line 28) * cool: Representing Images. (line 212) * cool <1>: Representing Images. (line 213) * copper: Representing Images. (line 221) * copper <1>: Representing Images. (line 222) * copyfile: Filesystem Utilities. (line 45) * copyfile <1>: Filesystem Utilities. (line 46) * copyobj: Graphics Objects. (line 505) * copyobj <1>: Graphics Objects. (line 506) * corr: Correlation and Regression Analysis. (line 42) * corr <1>: Correlation and Regression Analysis. (line 43) * cor_test: Tests. (line 104) * cos: Trigonometry. (line 35) * cosd: Trigonometry. (line 183) * cosh: Trigonometry. (line 101) * cot: Trigonometry. (line 59) * cotd: Trigonometry. (line 208) * coth: Trigonometry. (line 123) * cov: Correlation and Regression Analysis. (line 6) * cov <1>: Correlation and Regression Analysis. (line 7) * cov <2>: Correlation and Regression Analysis. (line 8) * cov <3>: Correlation and Regression Analysis. (line 9) * cplxpair: Complex Arithmetic. (line 41) * cplxpair <1>: Complex Arithmetic. (line 42) * cplxpair <2>: Complex Arithmetic. (line 43) * cputime: Timing Utilities. (line 386) * crash_dumps_octave_core: Saving Data on Unexpected Exits. (line 12) * crash_dumps_octave_core <1>: Saving Data on Unexpected Exits. (line 13) * crash_dumps_octave_core <2>: Saving Data on Unexpected Exits. (line 14) * cross: Utility Functions. (line 279) * cross <1>: Utility Functions. (line 280) * csc: Trigonometry. (line 53) * cscd: Trigonometry. (line 203) * csch: Trigonometry. (line 118) * cstrcat: Concatenating Strings. (line 193) * csvread: Simple File I/O. (line 430) * csvread <1>: Simple File I/O. (line 431) * csvwrite: Simple File I/O. (line 418) * csvwrite <1>: Simple File I/O. (line 419) * csymamd: Mathematical Considerations. (line 308) * csymamd <1>: Mathematical Considerations. (line 309) * csymamd <2>: Mathematical Considerations. (line 310) * csymamd <3>: Mathematical Considerations. (line 311) * ctime: Timing Utilities. (line 75) * ctranspose: Arithmetic Ops. (line 122) * cubehelix: Representing Images. (line 231) * cubehelix <1>: Representing Images. (line 232) * cummax: Utility Functions. (line 165) * cummax <1>: Utility Functions. (line 166) * cummax <2>: Utility Functions. (line 167) * cummin: Utility Functions. (line 187) * cummin <1>: Utility Functions. (line 188) * cummin <2>: Utility Functions. (line 189) * cumprod: Sums and Products. (line 80) * cumprod <1>: Sums and Products. (line 81) * cumsum: Sums and Products. (line 65) * cumsum <1>: Sums and Products. (line 66) * cumsum <2>: Sums and Products. (line 67) * cumsum <3>: Sums and Products. (line 68) * cumsum <4>: Sums and Products. (line 69) * cumtrapz: Functions of One Variable. (line 492) * cumtrapz <1>: Functions of One Variable. (line 493) * cumtrapz <2>: Functions of One Variable. (line 494) * curl: Utility Functions. (line 315) * curl <1>: Utility Functions. (line 316) * curl <2>: Utility Functions. (line 317) * curl <3>: Utility Functions. (line 318) * curl <4>: Utility Functions. (line 319) * cylinder: Three-dimensional Geometric Shapes. (line 6) * cylinder <1>: Three-dimensional Geometric Shapes. (line 7) * cylinder <2>: Three-dimensional Geometric Shapes. (line 8) * cylinder <3>: Three-dimensional Geometric Shapes. (line 9) * cylinder <4>: Three-dimensional Geometric Shapes. (line 10) * daspect: Aspect Ratio. (line 10) * daspect <1>: Aspect Ratio. (line 11) * daspect <2>: Aspect Ratio. (line 12) * daspect <3>: Aspect Ratio. (line 13) * daspect <4>: Aspect Ratio. (line 14) * daspk: Differential-Algebraic Equations. (line 13) * daspk_options: Differential-Algebraic Equations. (line 80) * daspk_options <1>: Differential-Algebraic Equations. (line 81) * daspk_options <2>: Differential-Algebraic Equations. (line 82) * dasrt: Differential-Algebraic Equations. (line 379) * dasrt <1>: Differential-Algebraic Equations. (line 381) * dasrt <2>: Differential-Algebraic Equations. (line 382) * dasrt <3>: Differential-Algebraic Equations. (line 383) * dasrt_options: Differential-Algebraic Equations. (line 483) * dasrt_options <1>: Differential-Algebraic Equations. (line 484) * dasrt_options <2>: Differential-Algebraic Equations. (line 485) * dassl: Differential-Algebraic Equations. (line 248) * dassl_options: Differential-Algebraic Equations. (line 316) * dassl_options <1>: Differential-Algebraic Equations. (line 317) * dassl_options <2>: Differential-Algebraic Equations. (line 318) * date: Timing Utilities. (line 357) * datenum: Timing Utilities. (line 485) * datenum <1>: Timing Utilities. (line 486) * datenum <2>: Timing Utilities. (line 487) * datenum <3>: Timing Utilities. (line 488) * datenum <4>: Timing Utilities. (line 489) * datenum <5>: Timing Utilities. (line 491) * datenum <6>: Timing Utilities. (line 492) * datenum <7>: Timing Utilities. (line 493) * datenum <8>: Timing Utilities. (line 494) * datestr: Timing Utilities. (line 550) * datestr <1>: Timing Utilities. (line 551) * datestr <2>: Timing Utilities. (line 552) * datetick: Timing Utilities. (line 726) * datetick <1>: Timing Utilities. (line 727) * datetick <2>: Timing Utilities. (line 728) * datetick <3>: Timing Utilities. (line 729) * datetick <4>: Timing Utilities. (line 730) * datetick <5>: Timing Utilities. (line 731) * datevec: Timing Utilities. (line 638) * datevec <1>: Timing Utilities. (line 639) * datevec <2>: Timing Utilities. (line 640) * datevec <3>: Timing Utilities. (line 641) * datevec <4>: Timing Utilities. (line 642) * dawson: Special Functions. (line 193) * dbclear: Breakpoints. (line 96) * dbclear <1>: Breakpoints. (line 97) * dbclear <2>: Breakpoints. (line 98) * dbclear <3>: Breakpoints. (line 99) * dbclear <4>: Breakpoints. (line 100) * dbclear <5>: Breakpoints. (line 101) * dbclear <6>: Breakpoints. (line 102) * dbclear <7>: Breakpoints. (line 103) * dbclear <8>: Breakpoints. (line 104) * dbclear <9>: Breakpoints. (line 105) * dbclear <10>: Breakpoints. (line 106) * dbcont: Leaving Debug Mode. (line 9) * dbdown: Call Stack. (line 63) * dbdown <1>: Call Stack. (line 64) * dblist: Debug Mode. (line 41) * dblist <1>: Debug Mode. (line 42) * dblquad: Functions of Multiple Variables. (line 44) * dblquad <1>: Functions of Multiple Variables. (line 45) * dblquad <2>: Functions of Multiple Variables. (line 46) * dblquad <3>: Functions of Multiple Variables. (line 47) * dbnext: Debug Mode. (line 66) * dbquit: Leaving Debug Mode. (line 18) * dbstack: Call Stack. (line 14) * dbstack <1>: Call Stack. (line 15) * dbstack <2>: Call Stack. (line 16) * dbstack <3>: Call Stack. (line 17) * dbstatus: Breakpoints. (line 63) * dbstatus <1>: Breakpoints. (line 64) * dbstatus <2>: Breakpoints. (line 65) * dbstep: Debug Mode. (line 62) * dbstep <1>: Debug Mode. (line 63) * dbstep <2>: Debug Mode. (line 64) * dbstep <3>: Debug Mode. (line 65) * dbstop: Breakpoints. (line 9) * dbstop <1>: Breakpoints. (line 10) * dbstop <2>: Breakpoints. (line 11) * dbstop <3>: Breakpoints. (line 12) * dbstop <4>: Breakpoints. (line 13) * dbstop <5>: Breakpoints. (line 14) * dbstop <6>: Breakpoints. (line 15) * dbstop <7>: Breakpoints. (line 16) * dbstop <8>: Breakpoints. (line 17) * dbtype: Debug Mode. (line 18) * dbtype <1>: Debug Mode. (line 19) * dbtype <2>: Debug Mode. (line 20) * dbtype <3>: Debug Mode. (line 21) * dbtype <4>: Debug Mode. (line 22) * dbtype <5>: Debug Mode. (line 23) * dbtype <6>: Debug Mode. (line 24) * dbtype <7>: Debug Mode. (line 25) * dbup: Call Stack. (line 55) * dbup <1>: Call Stack. (line 56) * dbwhere: Debug Mode. (line 11) * deal: Variable-length Return Lists. (line 33) * deal <1>: Variable-length Return Lists. (line 34) * deblank: Manipulating Strings. (line 20) * debug_java: Java Interface Functions. (line 381) * debug_java <1>: Java Interface Functions. (line 382) * debug_java <2>: Java Interface Functions. (line 383) * debug_jit: JIT Compiler. (line 77) * debug_jit <1>: JIT Compiler. (line 78) * debug_jit <2>: JIT Compiler. (line 79) * debug_on_error: Entering Debug Mode. (line 46) * debug_on_error <1>: Entering Debug Mode. (line 47) * debug_on_error <2>: Entering Debug Mode. (line 48) * debug_on_interrupt: Entering Debug Mode. (line 14) * debug_on_interrupt <1>: Entering Debug Mode. (line 15) * debug_on_interrupt <2>: Entering Debug Mode. (line 16) * debug_on_warning: Entering Debug Mode. (line 32) * debug_on_warning <1>: Entering Debug Mode. (line 33) * debug_on_warning <2>: Entering Debug Mode. (line 34) * dec2base: String Conversions. (line 95) * dec2base <1>: String Conversions. (line 96) * dec2bin: String Conversions. (line 37) * dec2hex: String Conversions. (line 56) * deconv: Products of Polynomials. (line 48) * del2: Utility Functions. (line 337) * del2 <1>: Utility Functions. (line 338) * del2 <2>: Utility Functions. (line 339) * delaunay: Delaunay Triangulation. (line 17) * delaunay <1>: Delaunay Triangulation. (line 18) * delaunay <2>: Delaunay Triangulation. (line 19) * delaunay <3>: Delaunay Triangulation. (line 20) * delaunayn: Delaunay Triangulation. (line 74) * delaunayn <1>: Delaunay Triangulation. (line 75) * delete: Manipulation of Plot Windows. (line 212) * delete <1>: Manipulation of Plot Windows. (line 213) * delete <2>: Manipulation of Plot Windows. (line 214) * delete <3>: FTP Objects. (line 100) * dellistener: Object Groups. (line 152) * demo: Demonstration Functions. (line 6) * demo <1>: Demonstration Functions. (line 7) * demo <2>: Demonstration Functions. (line 8) * demo <3>: Demonstration Functions. (line 9) * desktop: GUI Utility Functions. (line 10) * det: Basic Matrix Functions. (line 80) * det <1>: Basic Matrix Functions. (line 81) * detrend: Signal Processing. (line 498) * diag: Rearranging Matrices. (line 559) * diag <1>: Rearranging Matrices. (line 560) * diag <2>: Rearranging Matrices. (line 561) * diag <3>: Rearranging Matrices. (line 562) * diag <4>: Rearranging Matrices. (line 563) * diary: A Sample Command Description. (line 12) * diary <1>: A Sample Command Description. (line 13) * diary <2>: A Sample Command Description. (line 14) * diary <3>: A Sample Command Description. (line 15) * diary <4>: Diary and Echo Commands. (line 10) * diary <5>: Diary and Echo Commands. (line 11) * diary <6>: Diary and Echo Commands. (line 12) * diary <7>: Diary and Echo Commands. (line 13) * diff: Finding Elements and Checking Conditions. (line 85) * diff <1>: Finding Elements and Checking Conditions. (line 86) * diff <2>: Finding Elements and Checking Conditions. (line 87) * diffpara: Signal Processing. (line 514) * diffuse: Three-Dimensional Plots. (line 652) * dims: Matrices and Arrays in Oct-Files. (line 95) * dir: FTP Objects. (line 77) * dir <1>: Current Working Directory. (line 70) * dir <2>: Current Working Directory. (line 71) * dir <3>: Current Working Directory. (line 72) * dir_in_loadpath: Manipulating the Load Path. (line 166) * dir_in_loadpath <1>: Manipulating the Load Path. (line 167) * disable_diagonal_matrix: Basic Usage. (line 24) * disable_diagonal_matrix <1>: Basic Usage. (line 25) * disable_diagonal_matrix <2>: Basic Usage. (line 26) * disable_permutation_matrix: Basic Usage. (line 41) * disable_permutation_matrix <1>: Basic Usage. (line 42) * disable_permutation_matrix <2>: Basic Usage. (line 43) * disable_range: Ranges. (line 44) * disable_range <1>: Ranges. (line 45) * disable_range <2>: Ranges. (line 46) * discrete_cdf: Distributions. (line 126) * discrete_inv: Distributions. (line 131) * discrete_pdf: Distributions. (line 121) * discrete_rnd: Random Number Generation. (line 112) * discrete_rnd <1>: Random Number Generation. (line 113) * discrete_rnd <2>: Random Number Generation. (line 114) * discrete_rnd <3>: Random Number Generation. (line 115) * disp: Terminal Output. (line 21) * display: Manipulating Classes. (line 13) * divergence: Utility Functions. (line 298) * divergence <1>: Utility Functions. (line 299) * divergence <2>: Utility Functions. (line 300) * divergence <3>: Utility Functions. (line 301) * dlmread: Simple File I/O. (line 388) * dlmread <1>: Simple File I/O. (line 389) * dlmread <2>: Simple File I/O. (line 390) * dlmread <3>: Simple File I/O. (line 391) * dlmread <4>: Simple File I/O. (line 392) * dlmwrite: Simple File I/O. (line 335) * dlmwrite <1>: Simple File I/O. (line 336) * dlmwrite <2>: Simple File I/O. (line 337) * dlmwrite <3>: Simple File I/O. (line 338) * dlmwrite <4>: Simple File I/O. (line 339) * dmperm: Mathematical Considerations. (line 367) * dmperm <1>: Mathematical Considerations. (line 368) * doc: Getting Help. (line 41) * doc <1>: Getting Help. (line 42) * doc_cache_create: Getting Help. (line 259) * doc_cache_create <1>: Getting Help. (line 260) * doc_cache_create <2>: Getting Help. (line 261) * doc_cache_file: Getting Help. (line 198) * doc_cache_file <1>: Getting Help. (line 199) * doc_cache_file <2>: Getting Help. (line 200) * dos: Controlling Subprocesses. (line 73) * dos <1>: Controlling Subprocesses. (line 74) * dos <2>: Controlling Subprocesses. (line 75) * dos <3>: Controlling Subprocesses. (line 76) * dot: Utility Functions. (line 264) * double: Numeric Data Types. (line 48) * do_string_escapes: String Conversions. (line 321) * drawnow: Manipulation of Plot Windows. (line 10) * drawnow <1>: Manipulation of Plot Windows. (line 11) * drawnow <2>: Manipulation of Plot Windows. (line 12) * dsearch: Identifying Points in Triangulation. (line 104) * dsearch <1>: Identifying Points in Triangulation. (line 105) * dsearchn: Identifying Points in Triangulation. (line 113) * dsearchn <1>: Identifying Points in Triangulation. (line 114) * dsearchn <2>: Identifying Points in Triangulation. (line 115) * dsearchn <3>: Identifying Points in Triangulation. (line 116) * dup2: Controlling Subprocesses. (line 280) * duplication_matrix: Special Functions. (line 185) * durbinlevinson: Signal Processing. (line 532) * e: Mathematical Constants. (line 6) * e <1>: Mathematical Constants. (line 7) * e <2>: Mathematical Constants. (line 8) * e <3>: Mathematical Constants. (line 9) * e <4>: Mathematical Constants. (line 10) * echo: Diary and Echo Commands. (line 37) * echo <1>: Diary and Echo Commands. (line 38) * echo <2>: Diary and Echo Commands. (line 39) * echo <3>: Diary and Echo Commands. (line 40) * echo <4>: Diary and Echo Commands. (line 41) * echo_executing_commands: Diary and Echo Commands. (line 64) * echo_executing_commands <1>: Diary and Echo Commands. (line 65) * echo_executing_commands <2>: Diary and Echo Commands. (line 66) * edit: Function Files. (line 51) * edit <1>: Function Files. (line 52) * edit <2>: Function Files. (line 53) * EDITOR: Commands For History. (line 252) * EDITOR <1>: Commands For History. (line 253) * EDITOR <2>: Commands For History. (line 254) * edit_history: Commands For History. (line 90) * edit_history <1>: Commands For History. (line 91) * edit_history <2>: Commands For History. (line 92) * eig: Basic Matrix Functions. (line 96) * eig <1>: Basic Matrix Functions. (line 97) * eig <2>: Basic Matrix Functions. (line 98) * eig <3>: Basic Matrix Functions. (line 99) * eigs: Sparse Linear Algebra. (line 366) * eigs <1>: Sparse Linear Algebra. (line 367) * eigs <2>: Sparse Linear Algebra. (line 368) * eigs <3>: Sparse Linear Algebra. (line 369) * eigs <4>: Sparse Linear Algebra. (line 370) * eigs <5>: Sparse Linear Algebra. (line 371) * eigs <6>: Sparse Linear Algebra. (line 372) * eigs <7>: Sparse Linear Algebra. (line 373) * eigs <8>: Sparse Linear Algebra. (line 374) * eigs <9>: Sparse Linear Algebra. (line 375) * eigs <10>: Sparse Linear Algebra. (line 376) * eigs <11>: Sparse Linear Algebra. (line 377) * eigs <12>: Sparse Linear Algebra. (line 378) * eigs <13>: Sparse Linear Algebra. (line 379) * eigs <14>: Sparse Linear Algebra. (line 380) * eigs <15>: Sparse Linear Algebra. (line 381) * eigs <16>: Sparse Linear Algebra. (line 382) * eigs <17>: Sparse Linear Algebra. (line 383) * eigs <18>: Sparse Linear Algebra. (line 384) * eigs <19>: Sparse Linear Algebra. (line 385) * elem: Matrices and Arrays in Oct-Files. (line 77) * ellipj: Special Functions. (line 204) * ellipj <1>: Special Functions. (line 205) * ellipke: Special Functions. (line 235) * ellipke <1>: Special Functions. (line 236) * ellipke <2>: Special Functions. (line 237) * ellipsoid: Three-dimensional Geometric Shapes. (line 62) * ellipsoid <1>: Three-dimensional Geometric Shapes. (line 63) * ellipsoid <2>: Three-dimensional Geometric Shapes. (line 64) * ellipsoid <3>: Three-dimensional Geometric Shapes. (line 65) * empirical_cdf: Distributions. (line 141) * empirical_inv: Distributions. (line 146) * empirical_pdf: Distributions. (line 136) * empirical_rnd: Random Number Generation. (line 129) * empirical_rnd <1>: Random Number Generation. (line 130) * empirical_rnd <2>: Random Number Generation. (line 131) * empirical_rnd <3>: Random Number Generation. (line 132) * endgrent: Group Database Functions. (line 56) * endpwent: Password Database Functions. (line 67) * eomday: Timing Utilities. (line 719) * eps: Mathematical Constants. (line 146) * eps <1>: Mathematical Constants. (line 147) * eps <2>: Mathematical Constants. (line 148) * eps <3>: Mathematical Constants. (line 149) * eps <4>: Mathematical Constants. (line 150) * eq: Comparison Ops. (line 53) * erf: Special Functions. (line 273) * erfc: Special Functions. (line 288) * erfcinv: Special Functions. (line 330) * erfcx: Special Functions. (line 297) * erfi: Special Functions. (line 308) * erfinv: Special Functions. (line 319) * errno: Catching Errors. (line 192) * errno <1>: Catching Errors. (line 193) * errno <2>: Catching Errors. (line 194) * errno_list: Catching Errors. (line 202) * error: Raising Errors. (line 20) * error <1>: Raising Errors. (line 21) * errorbar: Two-Dimensional Plots. (line 1046) * errorbar <1>: Two-Dimensional Plots. (line 1047) * errorbar <2>: Two-Dimensional Plots. (line 1048) * errorbar <3>: Two-Dimensional Plots. (line 1049) * errorbar <4>: Two-Dimensional Plots. (line 1050) * errorbar <5>: Two-Dimensional Plots. (line 1051) * errorbar <6>: Two-Dimensional Plots. (line 1052) * errorbar <7>: Two-Dimensional Plots. (line 1053) * errorbar <8>: Two-Dimensional Plots. (line 1054) * errorbar <9>: Two-Dimensional Plots. (line 1055) * errordlg: Dialog Box Functions. (line 34) * errordlg <1>: Dialog Box Functions. (line 35) * errordlg <2>: Dialog Box Functions. (line 36) * etime: Timing Utilities. (line 369) * etree: Information. (line 137) * etree <1>: Information. (line 138) * etree <2>: Information. (line 139) * etreeplot: Information. (line 152) * etreeplot <1>: Information. (line 153) * eval: Evaluation. (line 14) * eval <1>: Evaluation. (line 15) * evalin: Evaluation in a Different Context. (line 68) * evalin <1>: Evaluation in a Different Context. (line 69) * example: Demonstration Functions. (line 70) * example <1>: Demonstration Functions. (line 71) * example <2>: Demonstration Functions. (line 72) * example <3>: Demonstration Functions. (line 73) * example <4>: Demonstration Functions. (line 74) * exec: Controlling Subprocesses. (line 256) * EXEC_PATH: Controlling Subprocesses. (line 213) * EXEC_PATH <1>: Controlling Subprocesses. (line 214) * EXEC_PATH <2>: Controlling Subprocesses. (line 215) * exist: Status of Variables. (line 186) * exist <1>: Status of Variables. (line 187) * exit: Quitting Octave. (line 14) * exit <1>: Quitting Octave. (line 15) * exp: Exponents and Logarithms. (line 6) * expcdf: Distributions. (line 155) * expint: Special Functions. (line 341) * expinv: Distributions. (line 161) * expm: Functions of a Matrix. (line 6) * expm1: Exponents and Logarithms. (line 13) * exppdf: Distributions. (line 151) * exprnd: Random Number Generation. (line 146) * exprnd <1>: Random Number Generation. (line 147) * exprnd <2>: Random Number Generation. (line 148) * exprnd <3>: Random Number Generation. (line 149) * eye: Special Utility Matrices. (line 6) * eye <1>: Special Utility Matrices. (line 7) * eye <2>: Special Utility Matrices. (line 8) * eye <3>: Special Utility Matrices. (line 9) * ezcontour: Two-dimensional Function Plotting. (line 123) * ezcontour <1>: Two-dimensional Function Plotting. (line 124) * ezcontour <2>: Two-dimensional Function Plotting. (line 125) * ezcontour <3>: Two-dimensional Function Plotting. (line 126) * ezcontour <4>: Two-dimensional Function Plotting. (line 127) * ezcontourf: Two-dimensional Function Plotting. (line 158) * ezcontourf <1>: Two-dimensional Function Plotting. (line 159) * ezcontourf <2>: Two-dimensional Function Plotting. (line 160) * ezcontourf <3>: Two-dimensional Function Plotting. (line 161) * ezcontourf <4>: Two-dimensional Function Plotting. (line 162) * ezmesh: Three-dimensional Function Plotting. (line 38) * ezmesh <1>: Three-dimensional Function Plotting. (line 39) * ezmesh <2>: Three-dimensional Function Plotting. (line 40) * ezmesh <3>: Three-dimensional Function Plotting. (line 41) * ezmesh <4>: Three-dimensional Function Plotting. (line 42) * ezmesh <5>: Three-dimensional Function Plotting. (line 43) * ezmesh <6>: Three-dimensional Function Plotting. (line 44) * ezmeshc: Three-dimensional Function Plotting. (line 88) * ezmeshc <1>: Three-dimensional Function Plotting. (line 89) * ezmeshc <2>: Three-dimensional Function Plotting. (line 90) * ezmeshc <3>: Three-dimensional Function Plotting. (line 91) * ezmeshc <4>: Three-dimensional Function Plotting. (line 92) * ezmeshc <5>: Three-dimensional Function Plotting. (line 93) * ezmeshc <6>: Three-dimensional Function Plotting. (line 94) * ezplot: Two-dimensional Function Plotting. (line 73) * ezplot <1>: Two-dimensional Function Plotting. (line 74) * ezplot <2>: Two-dimensional Function Plotting. (line 75) * ezplot <3>: Two-dimensional Function Plotting. (line 76) * ezplot <4>: Two-dimensional Function Plotting. (line 77) * ezplot <5>: Two-dimensional Function Plotting. (line 78) * ezplot <6>: Two-dimensional Function Plotting. (line 79) * ezplot3: Three-dimensional Function Plotting. (line 6) * ezplot3 <1>: Three-dimensional Function Plotting. (line 7) * ezplot3 <2>: Three-dimensional Function Plotting. (line 8) * ezplot3 <3>: Three-dimensional Function Plotting. (line 9) * ezplot3 <4>: Three-dimensional Function Plotting. (line 10) * ezpolar: Two-dimensional Function Plotting. (line 193) * ezpolar <1>: Two-dimensional Function Plotting. (line 194) * ezpolar <2>: Two-dimensional Function Plotting. (line 195) * ezpolar <3>: Two-dimensional Function Plotting. (line 196) * ezpolar <4>: Two-dimensional Function Plotting. (line 197) * ezsurf: Three-dimensional Function Plotting. (line 132) * ezsurf <1>: Three-dimensional Function Plotting. (line 133) * ezsurf <2>: Three-dimensional Function Plotting. (line 134) * ezsurf <3>: Three-dimensional Function Plotting. (line 135) * ezsurf <4>: Three-dimensional Function Plotting. (line 136) * ezsurf <5>: Three-dimensional Function Plotting. (line 137) * ezsurf <6>: Three-dimensional Function Plotting. (line 138) * ezsurfc: Three-dimensional Function Plotting. (line 182) * ezsurfc <1>: Three-dimensional Function Plotting. (line 183) * ezsurfc <2>: Three-dimensional Function Plotting. (line 184) * ezsurfc <3>: Three-dimensional Function Plotting. (line 185) * ezsurfc <4>: Three-dimensional Function Plotting. (line 186) * ezsurfc <5>: Three-dimensional Function Plotting. (line 187) * ezsurfc <6>: Three-dimensional Function Plotting. (line 188) * factor: Utility Functions. (line 382) * factor <1>: Utility Functions. (line 383) * factorial: Utility Functions. (line 367) * fail: Test Functions. (line 410) * fail <1>: Test Functions. (line 411) * fail <2>: Test Functions. (line 412) * fail <3>: Test Functions. (line 413) * false: Logical Values. (line 63) * false <1>: Logical Values. (line 64) * false <2>: Logical Values. (line 65) * fcdf: Distributions. (line 169) * fclear: EOF and Errors. (line 56) * fclose: Opening and Closing Files. (line 118) * fclose <1>: Opening and Closing Files. (line 119) * fclose <2>: Opening and Closing Files. (line 120) * fcntl: Controlling Subprocesses. (line 457) * fdisp: Simple File I/O. (line 318) * feather: Two-Dimensional Plots. (line 1480) * feather <1>: Two-Dimensional Plots. (line 1481) * feather <2>: Two-Dimensional Plots. (line 1482) * feather <3>: Two-Dimensional Plots. (line 1483) * feather <4>: Two-Dimensional Plots. (line 1484) * feof: EOF and Errors. (line 24) * ferror: EOF and Errors. (line 35) * ferror <1>: EOF and Errors. (line 36) * ferror <2>: EOF and Errors. (line 37) * feval: Calling a Function by its Name. (line 50) * fflush: Paging Screen Output. (line 108) * fft: Signal Processing. (line 10) * fft <1>: Signal Processing. (line 11) * fft <2>: Signal Processing. (line 12) * fft2: Signal Processing. (line 57) * fft2 <1>: Signal Processing. (line 58) * fftconv: Signal Processing. (line 216) * fftconv <1>: Signal Processing. (line 217) * fftfilt: Signal Processing. (line 231) * fftfilt <1>: Signal Processing. (line 232) * fftn: Signal Processing. (line 87) * fftn <1>: Signal Processing. (line 88) * fftshift: Signal Processing. (line 542) * fftshift <1>: Signal Processing. (line 543) * fftw: Signal Processing. (line 129) * fftw <1>: Signal Processing. (line 130) * fftw <2>: Signal Processing. (line 131) * fftw <3>: Signal Processing. (line 132) * fftw <4>: Signal Processing. (line 133) * fftw <5>: Signal Processing. (line 134) * fgetl: Line-Oriented Input. (line 18) * fgetl <1>: Line-Oriented Input. (line 19) * fgets: Line-Oriented Input. (line 35) * fgets <1>: Line-Oriented Input. (line 36) * fieldnames: Manipulating Structures. (line 14) * fieldnames <1>: Manipulating Structures. (line 15) * fieldnames <2>: Manipulating Structures. (line 16) * fieldnames <3>: Manipulating Structures. (line 17) * figure: Multiple Plot Windows. (line 17) * figure <1>: Multiple Plot Windows. (line 18) * figure <2>: Multiple Plot Windows. (line 19) * figure <3>: Multiple Plot Windows. (line 20) * figure <4>: Multiple Plot Windows. (line 21) * fileattrib: Filesystem Utilities. (line 324) * filemarker: Filesystem Utilities. (line 473) * filemarker <1>: Filesystem Utilities. (line 474) * filemarker <2>: Filesystem Utilities. (line 475) * fileparts: Filesystem Utilities. (line 500) * fileread: Simple File I/O. (line 296) * filesep: Filesystem Utilities. (line 461) * filesep <1>: Filesystem Utilities. (line 462) * file_in_loadpath: Manipulating the Load Path. (line 131) * file_in_loadpath <1>: Manipulating the Load Path. (line 132) * file_in_path: Filesystem Utilities. (line 439) * file_in_path <1>: Filesystem Utilities. (line 440) * fill: Two-Dimensional Plots. (line 1581) * fill <1>: Two-Dimensional Plots. (line 1582) * fill <2>: Two-Dimensional Plots. (line 1583) * fill <3>: Two-Dimensional Plots. (line 1584) * fill <4>: Two-Dimensional Plots. (line 1585) * filter: Signal Processing. (line 246) * filter <1>: Signal Processing. (line 247) * filter <2>: Signal Processing. (line 248) * filter <3>: Signal Processing. (line 249) * filter2: Signal Processing. (line 292) * filter2 <1>: Signal Processing. (line 293) * find: Finding Elements and Checking Conditions. (line 160) * find <1>: Finding Elements and Checking Conditions. (line 161) * find <2>: Finding Elements and Checking Conditions. (line 162) * find <3>: Finding Elements and Checking Conditions. (line 163) * find <4>: Finding Elements and Checking Conditions. (line 164) * findall: Searching Properties. (line 58) * findall <1>: Searching Properties. (line 59) * findall <2>: Searching Properties. (line 60) * findall <3>: Searching Properties. (line 62) * findall <4>: Searching Properties. (line 63) * findall <5>: Searching Properties. (line 64) * findall <6>: Searching Properties. (line 65) * findall <7>: Searching Properties. (line 66) * findfigs: Graphics Objects. (line 455) * findobj: Searching Properties. (line 6) * findobj <1>: Searching Properties. (line 7) * findobj <2>: Searching Properties. (line 8) * findobj <3>: Searching Properties. (line 10) * findobj <4>: Searching Properties. (line 11) * findobj <5>: Searching Properties. (line 12) * findobj <6>: Searching Properties. (line 13) * findobj <7>: Searching Properties. (line 14) * findstr: Manipulating Strings. (line 62) * findstr <1>: Manipulating Strings. (line 63) * finv: Distributions. (line 173) * fix: Utility Functions. (line 19) * fixed_point_format: Matrices. (line 206) * fixed_point_format <1>: Matrices. (line 207) * fixed_point_format <2>: Matrices. (line 208) * flag: Representing Images. (line 253) * flag <1>: Representing Images. (line 254) * flintmax: Integer Data Types. (line 164) * flintmax <1>: Integer Data Types. (line 165) * flintmax <2>: Integer Data Types. (line 166) * flip: Rearranging Matrices. (line 34) * flip <1>: Rearranging Matrices. (line 35) * fliplr: Rearranging Matrices. (line 6) * flipud: Rearranging Matrices. (line 20) * floor: Utility Functions. (line 31) * fminbnd: Minimizers. (line 19) * fminsearch: Minimizers. (line 121) * fminsearch <1>: Minimizers. (line 122) * fminsearch <2>: Minimizers. (line 123) * fminunc: Minimizers. (line 51) * fminunc <1>: Minimizers. (line 52) * fminunc <2>: Minimizers. (line 53) * foo: A Sample Function Description. (line 20) * foo <1>: A Sample Function Description. (line 21) * foo <2>: A Sample Function Description. (line 22) * fopen: Opening and Closing Files. (line 19) * fopen <1>: Opening and Closing Files. (line 20) * fopen <2>: Opening and Closing Files. (line 21) * fopen <3>: Opening and Closing Files. (line 22) * fopen <4>: Opening and Closing Files. (line 23) * fopen <5>: Opening and Closing Files. (line 24) * fork: Controlling Subprocesses. (line 236) * format: Terminal Output. (line 73) * format <1>: Terminal Output. (line 74) * formula: Inline Functions. (line 54) * fortran_vec: Matrices and Arrays in Oct-Files. (line 107) * fpdf: Distributions. (line 165) * fplot: Two-dimensional Function Plotting. (line 18) * fplot <1>: Two-dimensional Function Plotting. (line 19) * fplot <2>: Two-dimensional Function Plotting. (line 20) * fplot <3>: Two-dimensional Function Plotting. (line 21) * fplot <4>: Two-dimensional Function Plotting. (line 22) * fprintf: Formatted Output. (line 33) * fprintf <1>: Formatted Output. (line 34) * fprintf <2>: Formatted Output. (line 35) * fputs: Simple Output. (line 16) * fputs <1>: Simple Output. (line 17) * fractdiff: Signal Processing. (line 572) * frame2im: Two-Dimensional Plots. (line 1661) * fread: Binary I/O. (line 12) * fread <1>: Binary I/O. (line 13) * fread <2>: Binary I/O. (line 14) * fread <3>: Binary I/O. (line 15) * fread <4>: Binary I/O. (line 16) * fread <5>: Binary I/O. (line 17) * freport: EOF and Errors. (line 62) * freqz: Signal Processing. (line 313) * freqz <1>: Signal Processing. (line 314) * freqz <2>: Signal Processing. (line 315) * freqz <3>: Signal Processing. (line 316) * freqz <4>: Signal Processing. (line 317) * freqz <5>: Signal Processing. (line 318) * freqz <6>: Signal Processing. (line 319) * freqz_plot: Signal Processing. (line 358) * freqz_plot <1>: Signal Processing. (line 359) * frewind: File Positioning. (line 52) * frewind <1>: File Positioning. (line 53) * frnd: Random Number Generation. (line 163) * frnd <1>: Random Number Generation. (line 164) * frnd <2>: Random Number Generation. (line 165) * frnd <3>: Random Number Generation. (line 166) * fscanf: Formatted Input. (line 11) * fscanf <1>: Formatted Input. (line 13) * fseek: File Positioning. (line 16) * fseek <1>: File Positioning. (line 17) * fseek <2>: File Positioning. (line 18) * fskipl: Line-Oriented Input. (line 52) * fskipl <1>: Line-Oriented Input. (line 53) * fskipl <2>: Line-Oriented Input. (line 54) * fsolve: Solvers. (line 15) * fsolve <1>: Solvers. (line 16) * ftell: File Positioning. (line 9) * ftp: FTP Objects. (line 10) * ftp <1>: FTP Objects. (line 11) * full: Creating Sparse Matrices. (line 212) * fullfile: Filesystem Utilities. (line 509) * fullfile <1>: Filesystem Utilities. (line 510) * func2str: Function Handles. (line 81) * functions: Function Handles. (line 42) * fwrite: Binary I/O. (line 168) * fwrite <1>: Binary I/O. (line 169) * fwrite <2>: Binary I/O. (line 170) * fwrite <3>: Binary I/O. (line 171) * fwrite <4>: Binary I/O. (line 172) * fzero: Solvers. (line 182) * fzero <1>: Solvers. (line 183) * fzero <2>: Solvers. (line 184) * f_test_regression: Tests. (line 144) * gallery: Famous Matrices. (line 8) * gallery <1>: Famous Matrices. (line 9) * gallery <2>: Famous Matrices. (line 12) * gallery <3>: Famous Matrices. (line 13) * gallery <4>: Famous Matrices. (line 16) * gallery <5>: Famous Matrices. (line 17) * gallery <6>: Famous Matrices. (line 20) * gallery <7>: Famous Matrices. (line 21) * gallery <8>: Famous Matrices. (line 24) * gallery <9>: Famous Matrices. (line 25) * gallery <10>: Famous Matrices. (line 26) * gallery <11>: Famous Matrices. (line 29) * gallery <12>: Famous Matrices. (line 32) * gallery <13>: Famous Matrices. (line 33) * gallery <14>: Famous Matrices. (line 36) * gallery <15>: Famous Matrices. (line 37) * gallery <16>: Famous Matrices. (line 40) * gallery <17>: Famous Matrices. (line 41) * gallery <18>: Famous Matrices. (line 42) * gallery <19>: Famous Matrices. (line 45) * gallery <20>: Famous Matrices. (line 46) * gallery <21>: Famous Matrices. (line 47) * gallery <22>: Famous Matrices. (line 50) * gallery <23>: Famous Matrices. (line 51) * gallery <24>: Famous Matrices. (line 52) * gallery <25>: Famous Matrices. (line 55) * gallery <26>: Famous Matrices. (line 56) * gallery <27>: Famous Matrices. (line 59) * gallery <28>: Famous Matrices. (line 62) * gallery <29>: Famous Matrices. (line 63) * gallery <30>: Famous Matrices. (line 64) * gallery <31>: Famous Matrices. (line 67) * gallery <32>: Famous Matrices. (line 68) * gallery <33>: Famous Matrices. (line 71) * gallery <34>: Famous Matrices. (line 78) * gallery <35>: Famous Matrices. (line 79) * gallery <36>: Famous Matrices. (line 80) * gallery <37>: Famous Matrices. (line 83) * gallery <38>: Famous Matrices. (line 84) * gallery <39>: Famous Matrices. (line 87) * gallery <40>: Famous Matrices. (line 88) * gallery <41>: Famous Matrices. (line 92) * gallery <42>: Famous Matrices. (line 93) * gallery <43>: Famous Matrices. (line 96) * gallery <44>: Famous Matrices. (line 97) * gallery <45>: Famous Matrices. (line 98) * gallery <46>: Famous Matrices. (line 100) * gallery <47>: Famous Matrices. (line 102) * gallery <48>: Famous Matrices. (line 119) * gallery <49>: Famous Matrices. (line 120) * gallery <50>: Famous Matrices. (line 123) * gallery <51>: Famous Matrices. (line 126) * gallery <52>: Famous Matrices. (line 127) * gallery <53>: Famous Matrices. (line 130) * gallery <54>: Famous Matrices. (line 131) * gallery <55>: Famous Matrices. (line 134) * gallery <56>: Famous Matrices. (line 135) * gallery <57>: Famous Matrices. (line 136) * gallery <58>: Famous Matrices. (line 139) * gallery <59>: Famous Matrices. (line 140) * gallery <60>: Famous Matrices. (line 143) * gallery <61>: Famous Matrices. (line 144) * gallery <62>: Famous Matrices. (line 145) * gallery <63>: Famous Matrices. (line 148) * gallery <64>: Famous Matrices. (line 149) * gallery <65>: Famous Matrices. (line 152) * gallery <66>: Famous Matrices. (line 155) * gallery <67>: Famous Matrices. (line 158) * gallery <68>: Famous Matrices. (line 161) * gallery <69>: Famous Matrices. (line 164) * gallery <70>: Famous Matrices. (line 165) * gallery <71>: Famous Matrices. (line 168) * gallery <72>: Famous Matrices. (line 172) * gallery <73>: Famous Matrices. (line 173) * gallery <74>: Famous Matrices. (line 174) * gallery <75>: Famous Matrices. (line 190) * gallery <76>: Famous Matrices. (line 191) * gallery <77>: Famous Matrices. (line 194) * gallery <78>: Famous Matrices. (line 198) * gallery <79>: Famous Matrices. (line 199) * gallery <80>: Famous Matrices. (line 202) * gallery <81>: Famous Matrices. (line 205) * gallery <82>: Famous Matrices. (line 206) * gallery <83>: Famous Matrices. (line 210) * gallery <84>: Famous Matrices. (line 213) * gallery <85>: Famous Matrices. (line 214) * gallery <86>: Famous Matrices. (line 217) * gallery <87>: Famous Matrices. (line 218) * gallery <88>: Famous Matrices. (line 219) * gallery <89>: Famous Matrices. (line 220) * gallery <90>: Famous Matrices. (line 221) * gallery <91>: Famous Matrices. (line 224) * gallery <92>: Famous Matrices. (line 228) * gallery <93>: Famous Matrices. (line 231) * gallery <94>: Famous Matrices. (line 234) * gallery <95>: Famous Matrices. (line 235) * gallery <96>: Famous Matrices. (line 238) * gallery <97>: Famous Matrices. (line 239) * gallery <98>: Famous Matrices. (line 240) * gallery <99>: Famous Matrices. (line 241) * gallery <100>: Famous Matrices. (line 244) * gallery <101>: Famous Matrices. (line 245) * gallery <102>: Famous Matrices. (line 246) * gallery <103>: Famous Matrices. (line 247) * gallery <104>: Famous Matrices. (line 248) * gallery <105>: Famous Matrices. (line 249) * gallery <106>: Famous Matrices. (line 252) * gallery <107>: Famous Matrices. (line 253) * gallery <108>: Famous Matrices. (line 254) * gallery <109>: Famous Matrices. (line 257) * gallery <110>: Famous Matrices. (line 258) * gallery <111>: Famous Matrices. (line 259) * gallery <112>: Famous Matrices. (line 263) * gallery <113>: Famous Matrices. (line 264) * gallery <114>: Famous Matrices. (line 265) * gallery <115>: Famous Matrices. (line 281) * gallery <116>: Famous Matrices. (line 282) * gallery <117>: Famous Matrices. (line 285) * gamcdf: Distributions. (line 182) * gaminv: Distributions. (line 187) * gamma: Special Functions. (line 363) * gammainc: Special Functions. (line 383) * gammainc <1>: Special Functions. (line 384) * gammainc <2>: Special Functions. (line 385) * gammaln: Special Functions. (line 478) * gampdf: Distributions. (line 177) * gamrnd: Random Number Generation. (line 180) * gamrnd <1>: Random Number Generation. (line 181) * gamrnd <2>: Random Number Generation. (line 182) * gamrnd <3>: Random Number Generation. (line 183) * gca: Graphics Objects. (line 256) * gcbf: Callbacks. (line 70) * gcbo: Callbacks. (line 52) * gcbo <1>: Callbacks. (line 53) * gcd: Utility Functions. (line 398) * gcd <1>: Utility Functions. (line 399) * gcf: Graphics Objects. (line 228) * gco: Graphics Objects. (line 282) * gco <1>: Graphics Objects. (line 283) * ge: Comparison Ops. (line 62) * genpath: Manipulating the Load Path. (line 40) * genpath <1>: Manipulating the Load Path. (line 41) * genvarname: Variables. (line 60) * genvarname <1>: Variables. (line 61) * geocdf: Distributions. (line 199) * geoinv: Distributions. (line 206) * geopdf: Distributions. (line 192) * geornd: Random Number Generation. (line 197) * geornd <1>: Random Number Generation. (line 198) * geornd <2>: Random Number Generation. (line 199) * geornd <3>: Random Number Generation. (line 200) * get: Graphics Objects. (line 355) * get <1>: Graphics Objects. (line 356) * get <2>: Player Properties. (line 9) * get <3>: Player Properties. (line 10) * get <4>: Recorder Properties. (line 9) * get <5>: Recorder Properties. (line 10) * getappdata: Application-defined Data. (line 24) * getappdata <1>: Application-defined Data. (line 25) * getaudiodata: Data Retrieval. (line 9) * getaudiodata <1>: Data Retrieval. (line 10) * getegid: Process ID Information. (line 29) * getenv: Environment Variables. (line 6) * geteuid: Process ID Information. (line 19) * getfield: Manipulating Structures. (line 121) * getfield <1>: Manipulating Structures. (line 122) * getgid: Process ID Information. (line 34) * getgrent: Group Database Functions. (line 24) * getgrgid: Group Database Functions. (line 32) * getgrnam: Group Database Functions. (line 41) * gethostname: Networking Utilities. (line 12) * getpgrp: Process ID Information. (line 6) * getpid: Process ID Information. (line 9) * getplayer: Data Retrieval. (line 18) * getppid: Process ID Information. (line 14) * getpref: User-Defined Preferences. (line 6) * getpref <1>: User-Defined Preferences. (line 7) * getpref <2>: User-Defined Preferences. (line 8) * getpwent: Password Database Functions. (line 33) * getpwnam: Password Database Functions. (line 51) * getpwuid: Password Database Functions. (line 42) * getrusage: System Information. (line 255) * getuid: Process ID Information. (line 24) * get_first_help_sentence: Getting Help. (line 296) * get_first_help_sentence <1>: Getting Help. (line 297) * get_first_help_sentence <2>: Getting Help. (line 298) * get_help_text: Getting Help. (line 277) * get_help_text_from_file: Getting Help. (line 287) * get_home_directory: Environment Variables. (line 35) * ginput: Interacting with Plots. (line 11) * ginput <1>: Interacting with Plots. (line 12) * givens: Basic Matrix Functions. (line 111) * givens <1>: Basic Matrix Functions. (line 112) * glob: Filesystem Utilities. (line 393) * glpk: Linear Programming. (line 15) * gls: Linear Least Squares. (line 42) * gmap40: Representing Images. (line 415) * gmap40 <1>: Representing Images. (line 416) * gmres: Specialized Solvers. (line 143) * gmres <1>: Specialized Solvers. (line 144) * gmres <2>: Specialized Solvers. (line 145) * gmtime: Timing Utilities. (line 89) * gnuplot_binary: Customizing Toolkit Behavior. (line 10) * gnuplot_binary <1>: Customizing Toolkit Behavior. (line 11) * gplot: Information. (line 162) * gplot <1>: Information. (line 163) * gplot <2>: Information. (line 164) * gradient: Utility Functions. (line 223) * gradient <1>: Utility Functions. (line 224) * gradient <2>: Utility Functions. (line 225) * gradient <3>: Utility Functions. (line 226) * gradient <4>: Utility Functions. (line 227) * gradient <5>: Utility Functions. (line 228) * gradient <6>: Utility Functions. (line 229) * graphics_toolkit: Graphics Toolkits. (line 6) * graphics_toolkit <1>: Graphics Toolkits. (line 7) * graphics_toolkit <2>: Graphics Toolkits. (line 8) * graphics_toolkit <3>: Graphics Toolkits. (line 9) * gray: Representing Images. (line 263) * gray <1>: Representing Images. (line 264) * gray2ind: Representing Images. (line 37) * gray2ind <1>: Representing Images. (line 38) * gray2ind <2>: Representing Images. (line 39) * gray2ind <3>: Representing Images. (line 40) * gray2ind <4>: Representing Images. (line 41) * grid: Plot Annotations. (line 235) * grid <1>: Plot Annotations. (line 236) * grid <2>: Plot Annotations. (line 237) * grid <3>: Plot Annotations. (line 238) * grid <4>: Plot Annotations. (line 239) * grid <5>: Plot Annotations. (line 240) * grid <6>: Plot Annotations. (line 241) * griddata: Interpolation on Scattered Data. (line 14) * griddata <1>: Interpolation on Scattered Data. (line 15) * griddata <2>: Interpolation on Scattered Data. (line 16) * griddata3: Interpolation on Scattered Data. (line 32) * griddata3 <1>: Interpolation on Scattered Data. (line 33) * griddata3 <2>: Interpolation on Scattered Data. (line 34) * griddatan: Interpolation on Scattered Data. (line 53) * griddatan <1>: Interpolation on Scattered Data. (line 54) * griddatan <2>: Interpolation on Scattered Data. (line 55) * gt: Comparison Ops. (line 68) * gtext: Interacting with Plots. (line 43) * gtext <1>: Interacting with Plots. (line 44) * gtext <2>: Interacting with Plots. (line 45) * gtext <3>: Interacting with Plots. (line 46) * gtext <4>: Interacting with Plots. (line 47) * guidata: GUI Utility Functions. (line 15) * guidata <1>: GUI Utility Functions. (line 16) * guihandles: GUI Utility Functions. (line 30) * guihandles <1>: GUI Utility Functions. (line 31) * gunzip: File Archiving Utilities. (line 39) * gunzip <1>: File Archiving Utilities. (line 40) * gzip: File Archiving Utilities. (line 18) * gzip <1>: File Archiving Utilities. (line 19) * hadamard: Famous Matrices. (line 288) * hamming: Signal Processing. (line 576) * hamming <1>: Signal Processing. (line 577) * hamming <2>: Signal Processing. (line 578) * hankel: Famous Matrices. (line 314) * hankel <1>: Famous Matrices. (line 315) * hanning: Signal Processing. (line 589) * hanning <1>: Signal Processing. (line 590) * hanning <2>: Signal Processing. (line 591) * have_window_system: GUI Utility Functions. (line 48) * hdl2struct: Graphics Objects. (line 475) * help: Getting Help. (line 14) * help <1>: Getting Help. (line 15) * help <2>: Getting Help. (line 16) * help <3>: Getting Help. (line 17) * helpdlg: Dialog Box Functions. (line 55) * helpdlg <1>: Dialog Box Functions. (line 56) * hess: Matrix Factorizations. (line 145) * hess <1>: Matrix Factorizations. (line 146) * hex2dec: String Conversions. (line 75) * hex2num: String Conversions. (line 168) * hex2num <1>: String Conversions. (line 169) * hggroup: Object Groups. (line 12) * hggroup <1>: Object Groups. (line 13) * hggroup <2>: Object Groups. (line 14) * hggroup <3>: Object Groups. (line 15) * hgload: Printing and Saving Plots. (line 384) * hgsave: Printing and Saving Plots. (line 353) * hgsave <1>: Printing and Saving Plots. (line 354) * hgsave <2>: Printing and Saving Plots. (line 355) * hidden: Three-Dimensional Plots. (line 160) * hidden <1>: Three-Dimensional Plots. (line 161) * hidden <2>: Three-Dimensional Plots. (line 162) * hidden <3>: Three-Dimensional Plots. (line 163) * hilb: Famous Matrices. (line 332) * hist: Two-Dimensional Plots. (line 423) * hist <1>: Two-Dimensional Plots. (line 424) * hist <2>: Two-Dimensional Plots. (line 425) * hist <3>: Two-Dimensional Plots. (line 426) * hist <4>: Two-Dimensional Plots. (line 427) * hist <5>: Two-Dimensional Plots. (line 428) * hist <6>: Two-Dimensional Plots. (line 429) * histc: Basic Statistical Functions. (line 54) * histc <1>: Basic Statistical Functions. (line 55) * histc <2>: Basic Statistical Functions. (line 56) * history: Commands For History. (line 50) * history <1>: Commands For History. (line 51) * history <2>: Commands For History. (line 52) * history <3>: Commands For History. (line 53) * history_control: Commands For History. (line 179) * history_control <1>: Commands For History. (line 180) * history_file: Commands For History. (line 205) * history_file <1>: Commands For History. (line 206) * history_save: Commands For History. (line 163) * history_save <1>: Commands For History. (line 164) * history_save <2>: Commands For History. (line 165) * history_size: Commands For History. (line 217) * history_size <1>: Commands For History. (line 218) * history_timestamp_format_string: Commands For History. (line 230) * history_timestamp_format_string <1>: Commands For History. (line 231) * history_timestamp_format_string <2>: Commands For History. (line 233) * hold: Manipulation of Plot Windows. (line 109) * hold <1>: Manipulation of Plot Windows. (line 110) * hold <2>: Manipulation of Plot Windows. (line 111) * hold <3>: Manipulation of Plot Windows. (line 112) * hold <4>: Manipulation of Plot Windows. (line 113) * home: Cursor Motion. (line 60) * horzcat: Rearranging Matrices. (line 155) * hot: Representing Images. (line 273) * hot <1>: Representing Images. (line 274) * hotelling_test: Tests. (line 159) * hotelling_test_2: Tests. (line 174) * housh: Matrix Factorizations. (line 674) * hsv: Representing Images. (line 283) * hsv2rgb: Color Conversion. (line 25) * hsv2rgb <1>: Color Conversion. (line 26) * hurst: Signal Processing. (line 602) * hygecdf: Distributions. (line 224) * hygeinv: Distributions. (line 235) * hygepdf: Distributions. (line 213) * hygernd: Random Number Generation. (line 217) * hygernd <1>: Random Number Generation. (line 218) * hygernd <2>: Random Number Generation. (line 219) * hygernd <3>: Random Number Generation. (line 220) * hypot: Utility Functions. (line 209) * hypot <1>: Utility Functions. (line 210) * i: Mathematical Constants. (line 57) * I: Mathematical Constants. (line 57) * I <1>: Mathematical Constants. (line 58) * I <2>: Mathematical Constants. (line 59) * I <3>: Mathematical Constants. (line 60) * I <4>: Mathematical Constants. (line 61) * ichol: Iterative Techniques. (line 279) * ichol <1>: Iterative Techniques. (line 280) * idivide: Integer Arithmetic. (line 25) * ifelse: Short-circuit Boolean Operators. (line 86) * ifft: Signal Processing. (line 33) * ifft <1>: Signal Processing. (line 34) * ifft <2>: Signal Processing. (line 35) * ifft2: Signal Processing. (line 72) * ifft2 <1>: Signal Processing. (line 73) * ifftn: Signal Processing. (line 102) * ifftn <1>: Signal Processing. (line 103) * ifftshift: Signal Processing. (line 563) * ifftshift <1>: Signal Processing. (line 564) * ignore_function_time_stamp: Function Files. (line 156) * ignore_function_time_stamp <1>: Function Files. (line 157) * ilu: Iterative Techniques. (line 399) * ilu <1>: Iterative Techniques. (line 400) * ilu <2>: Iterative Techniques. (line 401) * ilu <3>: Iterative Techniques. (line 402) * im2frame: Two-Dimensional Plots. (line 1674) * im2frame <1>: Two-Dimensional Plots. (line 1675) * imag: Complex Arithmetic. (line 64) * image: Displaying Images. (line 59) * image <1>: Displaying Images. (line 60) * image <2>: Displaying Images. (line 61) * image <3>: Displaying Images. (line 62) * image <4>: Displaying Images. (line 63) * imagesc: Displaying Images. (line 101) * imagesc <1>: Displaying Images. (line 102) * imagesc <2>: Displaying Images. (line 103) * imagesc <3>: Displaying Images. (line 104) * imagesc <4>: Displaying Images. (line 105) * imagesc <5>: Displaying Images. (line 106) * imagesc <6>: Displaying Images. (line 107) * IMAGE_PATH: Loading and Saving Images. (line 152) * IMAGE_PATH <1>: Loading and Saving Images. (line 153) * IMAGE_PATH <2>: Loading and Saving Images. (line 154) * imfinfo: Loading and Saving Images. (line 171) * imfinfo <1>: Loading and Saving Images. (line 172) * imfinfo <2>: Loading and Saving Images. (line 173) * imformats: Loading and Saving Images. (line 323) * imformats <1>: Loading and Saving Images. (line 324) * imformats <2>: Loading and Saving Images. (line 325) * imformats <3>: Loading and Saving Images. (line 326) * imformats <4>: Loading and Saving Images. (line 327) * imformats <5>: Loading and Saving Images. (line 328) * imformats <6>: Loading and Saving Images. (line 329) * importdata: Simple File I/O. (line 580) * importdata <1>: Simple File I/O. (line 581) * importdata <2>: Simple File I/O. (line 582) * importdata <3>: Simple File I/O. (line 583) * importdata <4>: Simple File I/O. (line 584) * imread: Loading and Saving Images. (line 17) * imread <1>: Loading and Saving Images. (line 18) * imread <2>: Loading and Saving Images. (line 19) * imread <3>: Loading and Saving Images. (line 20) * imread <4>: Loading and Saving Images. (line 21) * imshow: Displaying Images. (line 10) * imshow <1>: Displaying Images. (line 11) * imshow <2>: Displaying Images. (line 12) * imshow <3>: Displaying Images. (line 13) * imshow <4>: Displaying Images. (line 14) * imshow <5>: Displaying Images. (line 15) * imshow <6>: Displaying Images. (line 16) * imwrite: Loading and Saving Images. (line 77) * imwrite <1>: Loading and Saving Images. (line 78) * imwrite <2>: Loading and Saving Images. (line 79) * imwrite <3>: Loading and Saving Images. (line 80) * ind2gray: Representing Images. (line 53) * ind2rgb: Representing Images. (line 95) * ind2rgb <1>: Representing Images. (line 96) * ind2sub: Advanced Indexing. (line 146) * index: Manipulating Strings. (line 97) * index <1>: Manipulating Strings. (line 98) * inf: Mathematical Constants. (line 84) * Inf: Mathematical Constants. (line 84) * Inf <1>: Mathematical Constants. (line 85) * Inf <2>: Mathematical Constants. (line 86) * Inf <3>: Mathematical Constants. (line 87) * Inf <4>: Mathematical Constants. (line 88) * inferiorto: Precedence of Objects. (line 22) * info: Getting Help. (line 104) * info_file: Getting Help. (line 114) * info_file <1>: Getting Help. (line 115) * info_file <2>: Getting Help. (line 116) * info_program: Getting Help. (line 135) * info_program <1>: Getting Help. (line 136) * info_program <2>: Getting Help. (line 137) * inline: Inline Functions. (line 19) * inline <1>: Inline Functions. (line 20) * inline <2>: Inline Functions. (line 21) * inpolygon: Voronoi Diagrams. (line 145) * inpolygon <1>: Voronoi Diagrams. (line 146) * input: Terminal Input. (line 11) * input <1>: Terminal Input. (line 12) * inputdlg: Dialog Box Functions. (line 72) * inputdlg <1>: Dialog Box Functions. (line 73) * inputdlg <2>: Dialog Box Functions. (line 74) * inputdlg <3>: Dialog Box Functions. (line 75) * inputname: Defining Functions. (line 174) * inputParser: Multiple Return Values. (line 404) * inputParser.CaseSensitive: Multiple Return Values. (line 437) * inputParser.FunctionName: Multiple Return Values. (line 441) * inputParser.KeepUnmatched: Multiple Return Values. (line 445) * inputParser.Parameters: Multiple Return Values. (line 422) * inputParser.Results: Multiple Return Values. (line 425) * inputParser.StructExpand: Multiple Return Values. (line 454) * inputParser.Unmatched: Multiple Return Values. (line 429) * inputParser.UsingDefaults: Multiple Return Values. (line 433) * int16: Integer Data Types. (line 52) * int2str: Converting Numerical Data to Strings. (line 96) * int32: Integer Data Types. (line 66) * int64: Integer Data Types. (line 80) * int8: Integer Data Types. (line 38) * interp1: One-dimensional Interpolation. (line 11) * interp1 <1>: One-dimensional Interpolation. (line 12) * interp1 <2>: One-dimensional Interpolation. (line 13) * interp1 <3>: One-dimensional Interpolation. (line 14) * interp1 <4>: One-dimensional Interpolation. (line 15) * interp1 <5>: One-dimensional Interpolation. (line 16) * interp1 <6>: One-dimensional Interpolation. (line 17) * interp2: Multi-dimensional Interpolation. (line 10) * interp2 <1>: Multi-dimensional Interpolation. (line 11) * interp2 <2>: Multi-dimensional Interpolation. (line 12) * interp2 <3>: Multi-dimensional Interpolation. (line 13) * interp2 <4>: Multi-dimensional Interpolation. (line 14) * interp2 <5>: Multi-dimensional Interpolation. (line 15) * interp3: Multi-dimensional Interpolation. (line 68) * interp3 <1>: Multi-dimensional Interpolation. (line 69) * interp3 <2>: Multi-dimensional Interpolation. (line 70) * interp3 <3>: Multi-dimensional Interpolation. (line 71) * interp3 <4>: Multi-dimensional Interpolation. (line 72) * interp3 <5>: Multi-dimensional Interpolation. (line 73) * interpft: One-dimensional Interpolation. (line 128) * interpft <1>: One-dimensional Interpolation. (line 129) * interpn: Multi-dimensional Interpolation. (line 124) * interpn <1>: Multi-dimensional Interpolation. (line 125) * interpn <2>: Multi-dimensional Interpolation. (line 126) * interpn <3>: Multi-dimensional Interpolation. (line 127) * interpn <4>: Multi-dimensional Interpolation. (line 128) * interpn <5>: Multi-dimensional Interpolation. (line 129) * intersect: Set Operations. (line 23) * intersect <1>: Set Operations. (line 24) * intersect <2>: Set Operations. (line 25) * intmax: Integer Data Types. (line 94) * intmin: Integer Data Types. (line 129) * inv: Basic Matrix Functions. (line 142) * inv <1>: Basic Matrix Functions. (line 143) * invhilb: Famous Matrices. (line 352) * ipermute: Rearranging Matrices. (line 202) * iqr: Descriptive Statistics. (line 105) * iqr <1>: Descriptive Statistics. (line 106) * isa: Built-in Data Types. (line 27) * isalnum: Character Class Functions. (line 15) * isalpha: Character Class Functions. (line 25) * isappdata: Application-defined Data. (line 49) * isargout: Ignoring Arguments. (line 30) * isascii: Character Class Functions. (line 110) * isaxes: Graphics Objects. (line 206) * isbanded: Predicates for Numeric Objects. (line 148) * isbool: Predicates for Numeric Objects. (line 37) * iscell: Basic Usage of Cell Arrays. (line 85) * iscellstr: Cell Arrays of Strings. (line 59) * ischar: Character Arrays. (line 25) * iscntrl: Character Class Functions. (line 89) * iscolormap: Representing Images. (line 27) * iscolumn: Predicates for Numeric Objects. (line 93) * iscomplex: Predicates for Numeric Objects. (line 62) * isdebugmode: Debug Mode. (line 53) * isdefinite: Predicates for Numeric Objects. (line 137) * isdefinite <1>: Predicates for Numeric Objects. (line 138) * isdeployed: System Information. (line 95) * isdiag: Predicates for Numeric Objects. (line 158) * isdigit: Character Class Functions. (line 60) * isdir: Filesystem Utilities. (line 374) * isempty: Object Sizes. (line 98) * isequal: Comparison Ops. (line 74) * isequaln: Comparison Ops. (line 79) * isfield: Manipulating Structures. (line 35) * isfield <1>: Manipulating Structures. (line 36) * isfigure: Graphics Objects. (line 215) * isfinite: Finding Elements and Checking Conditions. (line 131) * isfloat: Predicates for Numeric Objects. (line 44) * isglobal: Global Variables. (line 64) * isgraph: Character Class Functions. (line 96) * isguirunning: GUI Utility Functions. (line 54) * ishandle: Graphics Objects. (line 189) * ishermitian: Predicates for Numeric Objects. (line 124) * ishermitian <1>: Predicates for Numeric Objects. (line 125) * ishghandle: Graphics Objects. (line 198) * ishold: Manipulation of Plot Windows. (line 143) * ishold <1>: Manipulation of Plot Windows. (line 144) * ishold <2>: Manipulation of Plot Windows. (line 145) * isieee: System Information. (line 89) * isindex: Advanced Indexing. (line 159) * isindex <1>: Advanced Indexing. (line 160) * isinf: Finding Elements and Checking Conditions. (line 107) * isinteger: Integer Data Types. (line 28) * isjava: Java Interface Functions. (line 48) * iskeyword: Keywords. (line 27) * iskeyword <1>: Keywords. (line 28) * isletter: Character Class Functions. (line 36) * islogical: Predicates for Numeric Objects. (line 36) * islower: Character Class Functions. (line 46) * ismac: System Information. (line 83) * ismatrix: Predicates for Numeric Objects. (line 69) * ismember: Set Operations. (line 106) * ismember <1>: Set Operations. (line 107) * ismember <2>: Set Operations. (line 108) * ismethod: Creating a Class. (line 121) * isna: Missing Data. (line 36) * isnan: Finding Elements and Checking Conditions. (line 119) * isnull: Object Sizes. (line 104) * isnumeric: Predicates for Numeric Objects. (line 24) * isobject: Creating a Class. (line 97) * isocolors: Three-Dimensional Plots. (line 531) * isocolors <1>: Three-Dimensional Plots. (line 532) * isocolors <2>: Three-Dimensional Plots. (line 533) * isocolors <3>: Three-Dimensional Plots. (line 534) * isocolors <4>: Three-Dimensional Plots. (line 535) * isocolors <5>: Three-Dimensional Plots. (line 536) * isonormals: Three-Dimensional Plots. (line 457) * isonormals <1>: Three-Dimensional Plots. (line 458) * isonormals <2>: Three-Dimensional Plots. (line 459) * isonormals <3>: Three-Dimensional Plots. (line 460) * isonormals <4>: Three-Dimensional Plots. (line 461) * isonormals <5>: Three-Dimensional Plots. (line 462) * isosurface: Three-Dimensional Plots. (line 366) * isosurface <1>: Three-Dimensional Plots. (line 367) * isosurface <2>: Three-Dimensional Plots. (line 368) * isosurface <3>: Three-Dimensional Plots. (line 369) * isosurface <4>: Three-Dimensional Plots. (line 370) * isosurface <5>: Three-Dimensional Plots. (line 371) * isosurface <6>: Three-Dimensional Plots. (line 372) * ispc: System Information. (line 71) * isplaying: Playback. (line 39) * ispref: User-Defined Preferences. (line 83) * ispref <1>: User-Defined Preferences. (line 84) * isprime: Predicates for Numeric Objects. (line 185) * isprint: Character Class Functions. (line 103) * isprop: Introduction to Graphics Structures. (line 105) * ispunct: Character Class Functions. (line 74) * isreal: Predicates for Numeric Objects. (line 53) * isrecording: Recording. (line 30) * isrow: Predicates for Numeric Objects. (line 86) * isscalar: Predicates for Numeric Objects. (line 99) * issorted: Rearranging Matrices. (line 410) * issorted <1>: Rearranging Matrices. (line 411) * issorted <2>: Rearranging Matrices. (line 412) * isspace: Character Class Functions. (line 81) * issparse: Information. (line 21) * issquare: Predicates for Numeric Objects. (line 105) * isstrprop: Character Class Functions. (line 115) * isstruct: Creating Structures. (line 161) * isstudent: System Information. (line 102) * issymmetric: Predicates for Numeric Objects. (line 111) * issymmetric <1>: Predicates for Numeric Objects. (line 112) * istril: Predicates for Numeric Objects. (line 165) * istriu: Predicates for Numeric Objects. (line 175) * isunix: System Information. (line 77) * isupper: Character Class Functions. (line 53) * isvarname: Variables. (line 54) * isvector: Predicates for Numeric Objects. (line 76) * isxdigit: Character Class Functions. (line 68) * is_absolute_filename: Filesystem Utilities. (line 572) * is_dq_string: Escape Sequences in String Constants. (line 76) * is_function_handle: Function Handles. (line 36) * is_leap_year: Timing Utilities. (line 403) * is_leap_year <1>: Timing Utilities. (line 404) * is_rooted_relative_filename: Filesystem Utilities. (line 579) * is_sq_string: Escape Sequences in String Constants. (line 82) * is_valid_file_id: Opening and Closing Files. (line 134) * j: Mathematical Constants. (line 57) * J: Mathematical Constants. (line 57) * javaaddpath: Java Interface Functions. (line 201) * javaaddpath <1>: Java Interface Functions. (line 201) * javaaddpath <2>: Java Interface Functions. (line 202) * javaArray: Java Interface Functions. (line 24) * javaArray <1>: Java Interface Functions. (line 25) * javachk: Java Interface Functions. (line 227) * javachk <1>: Java Interface Functions. (line 228) * javachk <2>: Java Interface Functions. (line 229) * javaclasspath: Java Interface Functions. (line 167) * javaclasspath <1>: Java Interface Functions. (line 168) * javaclasspath <2>: Java Interface Functions. (line 169) * javaclasspath <3>: Java Interface Functions. (line 170) * javamem: Java Interface Functions. (line 307) * javamem <1>: Java Interface Functions. (line 308) * javaMethod: Java Interface Functions. (line 142) * javaMethod <1>: Java Interface Functions. (line 143) * javaObject: Java Interface Functions. (line 10) * javaObject <1>: Java Interface Functions. (line 11) * javarmpath: Java Interface Functions. (line 212) * javarmpath <1>: Java Interface Functions. (line 213) * java_get: Java Interface Functions. (line 88) * java_matrix_autoconversion: Java Interface Functions. (line 347) * java_matrix_autoconversion <1>: Java Interface Functions. (line 348) * java_matrix_autoconversion <2>: Java Interface Functions. (line 349) * java_set: Java Interface Functions. (line 104) * java_unsigned_autoconversion: Java Interface Functions. (line 363) * java_unsigned_autoconversion <1>: Java Interface Functions. (line 364) * java_unsigned_autoconversion <2>: Java Interface Functions. (line 365) * jet: Representing Images. (line 298) * jet <1>: Representing Images. (line 299) * jit_enable: JIT Compiler. (line 31) * jit_enable <1>: JIT Compiler. (line 32) * jit_enable <2>: JIT Compiler. (line 33) * jit_failcnt: JIT Compiler. (line 63) * jit_failcnt <1>: JIT Compiler. (line 64) * jit_failcnt <2>: JIT Compiler. (line 65) * jit_startcnt: JIT Compiler. (line 45) * jit_startcnt <1>: JIT Compiler. (line 46) * jit_startcnt <2>: JIT Compiler. (line 47) * kbhit: Terminal Input. (line 85) * kbhit <1>: Terminal Input. (line 86) * kendall: Correlation and Regression Analysis. (line 74) * kendall <1>: Correlation and Regression Analysis. (line 75) * keyboard: Breakpoints. (line 157) * keyboard <1>: Breakpoints. (line 158) * kill: Controlling Subprocesses. (line 510) * kolmogorov_smirnov_cdf: Distributions. (line 247) * kolmogorov_smirnov_test: Tests. (line 193) * kolmogorov_smirnov_test_2: Tests. (line 224) * kron: Functions of a Matrix. (line 57) * kron <1>: Functions of a Matrix. (line 58) * kruskal_wallis_test: Tests. (line 250) * krylov: Matrix Factorizations. (line 700) * kurtosis: Descriptive Statistics. (line 238) * kurtosis <1>: Descriptive Statistics. (line 239) * kurtosis <2>: Descriptive Statistics. (line 240) * laplace_cdf: Distributions. (line 266) * laplace_inv: Distributions. (line 270) * laplace_pdf: Distributions. (line 262) * laplace_rnd: Random Number Generation. (line 237) * laplace_rnd <1>: Random Number Generation. (line 238) * laplace_rnd <2>: Random Number Generation. (line 239) * lasterr: Catching Errors. (line 93) * lasterr <1>: Catching Errors. (line 94) * lasterr <2>: Catching Errors. (line 95) * lasterror: Catching Errors. (line 50) * lasterror <1>: Catching Errors. (line 51) * lasterror <2>: Catching Errors. (line 52) * lastwarn: Issuing Warnings. (line 91) * lastwarn <1>: Issuing Warnings. (line 92) * lastwarn <2>: Issuing Warnings. (line 93) * lcm: Utility Functions. (line 423) * lcm <1>: Utility Functions. (line 424) * ldivide: Arithmetic Ops. (line 129) * le: Comparison Ops. (line 86) * legend: Plot Annotations. (line 43) * legend <1>: Plot Annotations. (line 44) * legend <2>: Plot Annotations. (line 45) * legend <3>: Plot Annotations. (line 46) * legend <4>: Plot Annotations. (line 47) * legend <5>: Plot Annotations. (line 48) * legend <6>: Plot Annotations. (line 49) * legend <7>: Plot Annotations. (line 50) * legend <8>: Plot Annotations. (line 51) * legend <9>: Plot Annotations. (line 52) * legendre: Special Functions. (line 414) * legendre <1>: Special Functions. (line 415) * length: Object Sizes. (line 60) * lgamma: Special Functions. (line 479) * license: System Information. (line 205) * license <1>: System Information. (line 206) * license <2>: System Information. (line 207) * license <3>: System Information. (line 208) * license <4>: System Information. (line 209) * license <5>: System Information. (line 210) * license <6>: System Information. (line 211) * license <7>: System Information. (line 212) * lin2mu: Audio Data Processing. (line 27) * line: Graphics Objects. (line 75) * line <1>: Graphics Objects. (line 76) * line <2>: Graphics Objects. (line 77) * line <3>: Graphics Objects. (line 78) * line <4>: Graphics Objects. (line 79) * line <5>: Graphics Objects. (line 80) * line <6>: Graphics Objects. (line 81) * line <7>: Graphics Objects. (line 82) * lines: Representing Images. (line 308) * lines <1>: Representing Images. (line 309) * link: Filesystem Utilities. (line 73) * link <1>: Filesystem Utilities. (line 74) * linkaxes: Object Groups. (line 230) * linkaxes <1>: Object Groups. (line 231) * linkprop: Object Groups. (line 198) * linkprop <1>: Object Groups. (line 199) * linsolve: Basic Matrix Functions. (line 161) * linsolve <1>: Basic Matrix Functions. (line 162) * linsolve <2>: Basic Matrix Functions. (line 163) * linspace: Special Utility Matrices. (line 128) * linspace <1>: Special Utility Matrices. (line 129) * listdlg: Dialog Box Functions. (line 114) * list_in_columns: Terminal Output. (line 38) * list_primes: Utility Functions. (line 490) * list_primes <1>: Utility Functions. (line 491) * load: Simple File I/O. (line 201) * load <1>: Simple File I/O. (line 202) * load <2>: Simple File I/O. (line 203) * load <3>: Simple File I/O. (line 204) * load <4>: Simple File I/O. (line 205) * load <5>: Simple File I/O. (line 206) * load <6>: Simple File I/O. (line 207) * loaded_graphics_toolkits: Graphics Toolkits. (line 32) * loadobj: Manipulating Classes. (line 167) * localtime: Timing Utilities. (line 118) * log: Exponents and Logarithms. (line 18) * log10: Exponents and Logarithms. (line 41) * log1p: Exponents and Logarithms. (line 35) * log2: Exponents and Logarithms. (line 47) * log2 <1>: Exponents and Logarithms. (line 48) * logical: Logical Values. (line 36) * logistic_cdf: Distributions. (line 278) * logistic_inv: Distributions. (line 282) * logistic_pdf: Distributions. (line 274) * logistic_regression: Correlation and Regression Analysis. (line 96) * logistic_rnd: Random Number Generation. (line 249) * logistic_rnd <1>: Random Number Generation. (line 250) * logistic_rnd <2>: Random Number Generation. (line 251) * logit: Basic Statistical Functions. (line 185) * loglog: Two-Dimensional Plots. (line 265) * loglog <1>: Two-Dimensional Plots. (line 266) * loglog <2>: Two-Dimensional Plots. (line 267) * loglog <3>: Two-Dimensional Plots. (line 268) * loglog <4>: Two-Dimensional Plots. (line 269) * loglog <5>: Two-Dimensional Plots. (line 270) * loglogerr: Two-Dimensional Plots. (line 1227) * loglogerr <1>: Two-Dimensional Plots. (line 1228) * loglogerr <2>: Two-Dimensional Plots. (line 1229) * loglogerr <3>: Two-Dimensional Plots. (line 1230) * loglogerr <4>: Two-Dimensional Plots. (line 1231) * loglogerr <5>: Two-Dimensional Plots. (line 1232) * loglogerr <6>: Two-Dimensional Plots. (line 1233) * loglogerr <7>: Two-Dimensional Plots. (line 1234) * loglogerr <8>: Two-Dimensional Plots. (line 1235) * loglogerr <9>: Two-Dimensional Plots. (line 1236) * logm: Functions of a Matrix. (line 30) * logm <1>: Functions of a Matrix. (line 31) * logm <2>: Functions of a Matrix. (line 32) * logncdf: Distributions. (line 297) * logncdf <1>: Distributions. (line 298) * logninv: Distributions. (line 308) * logninv <1>: Distributions. (line 309) * lognpdf: Distributions. (line 286) * lognpdf <1>: Distributions. (line 287) * lognrnd: Random Number Generation. (line 261) * lognrnd <1>: Random Number Generation. (line 262) * lognrnd <2>: Random Number Generation. (line 263) * lognrnd <3>: Random Number Generation. (line 264) * logspace: Special Utility Matrices. (line 147) * logspace <1>: Special Utility Matrices. (line 148) * logspace <2>: Special Utility Matrices. (line 149) * lookfor: Getting Help. (line 58) * lookfor <1>: Getting Help. (line 59) * lookfor <2>: Getting Help. (line 60) * lookfor <3>: Getting Help. (line 61) * lookup: Finding Elements and Checking Conditions. (line 207) * lookup <1>: Finding Elements and Checking Conditions. (line 208) * lower: String Conversions. (line 296) * ls: Current Working Directory. (line 33) * ls <1>: Current Working Directory. (line 34) * ls <2>: Current Working Directory. (line 35) * ls <3>: Current Working Directory. (line 36) * ls <4>: Current Working Directory. (line 37) * lscov: Linear Least Squares. (line 117) * lscov <1>: Linear Least Squares. (line 118) * lscov <2>: Linear Least Squares. (line 119) * lscov <3>: Linear Least Squares. (line 120) * lsode: Ordinary Differential Equations. (line 14) * lsode <1>: Ordinary Differential Equations. (line 15) * lsode_options: Ordinary Differential Equations. (line 88) * lsode_options <1>: Ordinary Differential Equations. (line 89) * lsode_options <2>: Ordinary Differential Equations. (line 90) * lsqnonneg: Linear Least Squares. (line 65) * lsqnonneg <1>: Linear Least Squares. (line 66) * lsqnonneg <2>: Linear Least Squares. (line 67) * lsqnonneg <3>: Linear Least Squares. (line 68) * lsqnonneg <4>: Linear Least Squares. (line 69) * lsqnonneg <5>: Linear Least Squares. (line 70) * lsqnonneg <6>: Linear Least Squares. (line 71) * lsqnonneg <7>: Linear Least Squares. (line 73) * lstat: Filesystem Utilities. (line 186) * lstat <1>: Filesystem Utilities. (line 187) * ls_command: Current Working Directory. (line 64) * ls_command <1>: Current Working Directory. (line 65) * lt: Comparison Ops. (line 92) * lu: Matrix Factorizations. (line 163) * lu <1>: Matrix Factorizations. (line 164) * lu <2>: Matrix Factorizations. (line 165) * lu <3>: Matrix Factorizations. (line 166) * lu <4>: Matrix Factorizations. (line 167) * lu <5>: Matrix Factorizations. (line 168) * lu <6>: Matrix Factorizations. (line 169) * luupdate: Matrix Factorizations. (line 235) * luupdate <1>: Matrix Factorizations. (line 236) * magic: Famous Matrices. (line 383) * mahalanobis: Basic Statistical Functions. (line 202) * makeinfo_program: Getting Help. (line 158) * makeinfo_program <1>: Getting Help. (line 159) * makeinfo_program <2>: Getting Help. (line 160) * make_absolute_filename: Filesystem Utilities. (line 561) * manova: Tests. (line 277) * mat2cell: Creating Cell Arrays. (line 90) * mat2cell <1>: Creating Cell Arrays. (line 91) * mat2cell <2>: Creating Cell Arrays. (line 92) * mat2str: Converting Numerical Data to Strings. (line 15) * mat2str <1>: Converting Numerical Data to Strings. (line 16) * matlabroot: System Information. (line 115) * matrix_type: Basic Matrix Functions. (line 214) * matrix_type <1>: Basic Matrix Functions. (line 215) * matrix_type <2>: Basic Matrix Functions. (line 216) * matrix_type <3>: Basic Matrix Functions. (line 217) * matrix_type <4>: Basic Matrix Functions. (line 218) * matrix_type <5>: Basic Matrix Functions. (line 219) * max: Utility Functions. (line 65) * max <1>: Utility Functions. (line 66) * max <2>: Utility Functions. (line 67) * max <3>: Utility Functions. (line 68) * max_recursion_depth: Recursion. (line 28) * max_recursion_depth <1>: Recursion. (line 29) * max_recursion_depth <2>: Recursion. (line 30) * mcnemar_test: Tests. (line 294) * md5sum: Hashing Functions. (line 26) * md5sum <1>: Hashing Functions. (line 27) * mean: Descriptive Statistics. (line 11) * mean <1>: Descriptive Statistics. (line 12) * mean <2>: Descriptive Statistics. (line 13) * mean <3>: Descriptive Statistics. (line 14) * meansq: Descriptive Statistics. (line 121) * meansq <1>: Descriptive Statistics. (line 122) * median: Descriptive Statistics. (line 44) * median <1>: Descriptive Statistics. (line 45) * menu: Terminal Input. (line 44) * menu <1>: Terminal Input. (line 45) * merge: Short-circuit Boolean Operators. (line 85) * mesh: Three-Dimensional Plots. (line 44) * mesh <1>: Three-Dimensional Plots. (line 45) * mesh <2>: Three-Dimensional Plots. (line 46) * mesh <3>: Three-Dimensional Plots. (line 47) * mesh <4>: Three-Dimensional Plots. (line 48) * mesh <5>: Three-Dimensional Plots. (line 49) * meshc: Three-Dimensional Plots. (line 83) * meshc <1>: Three-Dimensional Plots. (line 84) * meshc <2>: Three-Dimensional Plots. (line 85) * meshc <3>: Three-Dimensional Plots. (line 86) * meshc <4>: Three-Dimensional Plots. (line 87) * meshc <5>: Three-Dimensional Plots. (line 88) * meshgrid: Three-Dimensional Plots. (line 677) * meshgrid <1>: Three-Dimensional Plots. (line 678) * meshgrid <2>: Three-Dimensional Plots. (line 679) * meshgrid <3>: Three-Dimensional Plots. (line 680) * meshz: Three-Dimensional Plots. (line 122) * meshz <1>: Three-Dimensional Plots. (line 123) * meshz <2>: Three-Dimensional Plots. (line 124) * meshz <3>: Three-Dimensional Plots. (line 125) * meshz <4>: Three-Dimensional Plots. (line 126) * meshz <5>: Three-Dimensional Plots. (line 127) * methods: Creating a Class. (line 107) * methods <1>: Creating a Class. (line 108) * methods <2>: Creating a Class. (line 109) * mex: Getting Started with Mex-Files. (line 12) * mexext: Getting Started with Mex-Files. (line 19) * mfilename: Function Files. (line 143) * mfilename <1>: Function Files. (line 144) * mfilename <2>: Function Files. (line 145) * mget: FTP Objects. (line 40) * mget <1>: FTP Objects. (line 41) * mget <2>: FTP Objects. (line 42) * mgorth: Basic Matrix Functions. (line 371) * min: Utility Functions. (line 115) * min <1>: Utility Functions. (line 116) * min <2>: Utility Functions. (line 117) * min <3>: Utility Functions. (line 118) * minus: Arithmetic Ops. (line 137) * mislocked: Function Locking. (line 65) * mislocked <1>: Function Locking. (line 66) * missing_component_hook: Missing Components. (line 12) * missing_component_hook <1>: Missing Components. (line 13) * missing_component_hook <2>: Missing Components. (line 14) * missing_function_hook: Parser. (line 47) * missing_function_hook <1>: Parser. (line 48) * missing_function_hook <2>: Parser. (line 49) * mkdir: Filesystem Utilities. (line 104) * mkdir <1>: Filesystem Utilities. (line 105) * mkdir <2>: Filesystem Utilities. (line 106) * mkdir <3>: FTP Objects. (line 111) * mkfifo: Filesystem Utilities. (line 153) * mkfifo <1>: Filesystem Utilities. (line 154) * mkoctfile: Getting Started with Oct-Files. (line 16) * mkoctfile <1>: Getting Started with Oct-Files. (line 17) * mkpp: Polynomial Interpolation. (line 285) * mkpp <1>: Polynomial Interpolation. (line 286) * mkstemp: Temporary Files. (line 11) * mkstemp <1>: Temporary Files. (line 12) * mktime: Timing Utilities. (line 144) * mldivide: Arithmetic Ops. (line 142) * mlock: Function Locking. (line 50) * mod: Utility Functions. (line 456) * mode: Descriptive Statistics. (line 62) * mode <1>: Descriptive Statistics. (line 63) * mode <2>: Descriptive Statistics. (line 64) * moment: Descriptive Statistics. (line 272) * moment <1>: Descriptive Statistics. (line 273) * moment <2>: Descriptive Statistics. (line 274) * moment <3>: Descriptive Statistics. (line 275) * moment <4>: Descriptive Statistics. (line 276) * more: Paging Screen Output. (line 24) * more <1>: Paging Screen Output. (line 25) * more <2>: Paging Screen Output. (line 26) * movefile: Filesystem Utilities. (line 11) * movefile <1>: Filesystem Utilities. (line 12) * movefile <2>: Filesystem Utilities. (line 13) * movefile <3>: Filesystem Utilities. (line 14) * mpoles: Finding Roots. (line 76) * mpoles <1>: Finding Roots. (line 77) * mpoles <2>: Finding Roots. (line 78) * mpower: Arithmetic Ops. (line 150) * mput: FTP Objects. (line 55) * mrdivide: Arithmetic Ops. (line 158) * msgbox: Dialog Box Functions. (line 9) * msgbox <1>: Dialog Box Functions. (line 10) * msgbox <2>: Dialog Box Functions. (line 11) * msgbox <3>: Dialog Box Functions. (line 12) * mtimes: Arithmetic Ops. (line 166) * mtimes <1>: Arithmetic Ops. (line 167) * mu2lin: Audio Data Processing. (line 39) * munlock: Function Locking. (line 56) * munlock <1>: Function Locking. (line 57) * NA: Missing Data. (line 11) * NA <1>: Missing Data. (line 12) * NA <2>: Missing Data. (line 13) * NA <3>: Missing Data. (line 14) * NA <4>: Missing Data. (line 15) * namelengthmax: Variables. (line 122) * nan: Mathematical Constants. (line 114) * NaN: Mathematical Constants. (line 114) * NaN <1>: Mathematical Constants. (line 115) * NaN <2>: Mathematical Constants. (line 116) * NaN <3>: Mathematical Constants. (line 117) * NaN <4>: Mathematical Constants. (line 118) * nargin: Defining Functions. (line 145) * nargin <1>: Defining Functions. (line 146) * narginchk: Multiple Return Values. (line 170) * nargout: Multiple Return Values. (line 115) * nargout <1>: Multiple Return Values. (line 116) * nargoutchk: Multiple Return Values. (line 186) * nargoutchk <1>: Multiple Return Values. (line 187) * nargoutchk <2>: Multiple Return Values. (line 188) * nargoutchk <3>: Multiple Return Values. (line 190) * native_float_format: Simple File I/O. (line 302) * nbincdf: Distributions. (line 330) * nbininv: Distributions. (line 341) * nbinpdf: Distributions. (line 319) * nbinrnd: Random Number Generation. (line 278) * nbinrnd <1>: Random Number Generation. (line 279) * nbinrnd <2>: Random Number Generation. (line 280) * nbinrnd <3>: Random Number Generation. (line 281) * nchoosek: Basic Statistical Functions. (line 78) * nchoosek <1>: Basic Statistical Functions. (line 79) * ndgrid: Three-Dimensional Plots. (line 713) * ndgrid <1>: Three-Dimensional Plots. (line 714) * ndims: Object Sizes. (line 12) * ndims <1>: Matrices and Arrays in Oct-Files. (line 98) * ne: Comparison Ops. (line 98) * newplot: Manipulation of Plot Windows. (line 55) * newplot <1>: Manipulation of Plot Windows. (line 56) * newplot <2>: Manipulation of Plot Windows. (line 57) * newplot <3>: Manipulation of Plot Windows. (line 58) * news: Getting Help. (line 93) * news <1>: Getting Help. (line 94) * nextpow2: Exponents and Logarithms. (line 67) * nnz: Information. (line 26) * nonzeros: Information. (line 32) * norm: Basic Matrix Functions. (line 295) * norm <1>: Basic Matrix Functions. (line 296) * norm <2>: Basic Matrix Functions. (line 297) * normcdf: Distributions. (line 360) * normcdf <1>: Distributions. (line 361) * normest: Sparse Linear Algebra. (line 89) * normest <1>: Sparse Linear Algebra. (line 90) * normest <2>: Sparse Linear Algebra. (line 91) * norminv: Distributions. (line 368) * norminv <1>: Distributions. (line 369) * normpdf: Distributions. (line 352) * normpdf <1>: Distributions. (line 353) * normrnd: Random Number Generation. (line 295) * normrnd <1>: Random Number Generation. (line 296) * normrnd <2>: Random Number Generation. (line 297) * normrnd <3>: Random Number Generation. (line 298) * not: Element-by-element Boolean Operators. (line 79) * now: Timing Utilities. (line 62) * nproc: System Information. (line 54) * nproc <1>: System Information. (line 55) * nthargout: Multiple Return Values. (line 45) * nthargout <1>: Multiple Return Values. (line 46) * nthroot: Exponents and Logarithms. (line 110) * nth_element: Rearranging Matrices. (line 427) * nth_element <1>: Rearranging Matrices. (line 428) * ntsc2rgb: Color Conversion. (line 60) * ntsc2rgb <1>: Color Conversion. (line 61) * null: Basic Matrix Functions. (line 347) * null <1>: Basic Matrix Functions. (line 348) * num2cell: Creating Cell Arrays. (line 62) * num2cell <1>: Creating Cell Arrays. (line 63) * num2hex: String Conversions. (line 143) * num2str: Converting Numerical Data to Strings. (line 50) * num2str <1>: Converting Numerical Data to Strings. (line 51) * num2str <2>: Converting Numerical Data to Strings. (line 52) * numel: Object Sizes. (line 38) * numel <1>: Object Sizes. (line 39) * numfields: Manipulating Structures. (line 9) * nzmax: Information. (line 37) * ocean: Representing Images. (line 319) * ocean <1>: Representing Images. (line 320) * octave_config_info: System Information. (line 245) * octave_config_info <1>: System Information. (line 246) * octave_core_file_limit: Saving Data on Unexpected Exits. (line 72) * octave_core_file_limit <1>: Saving Data on Unexpected Exits. (line 73) * octave_core_file_limit <2>: Saving Data on Unexpected Exits. (line 74) * octave_core_file_name: Saving Data on Unexpected Exits. (line 95) * octave_core_file_name <1>: Saving Data on Unexpected Exits. (line 96) * octave_core_file_name <2>: Saving Data on Unexpected Exits. (line 97) * octave_core_file_options: Saving Data on Unexpected Exits. (line 52) * octave_core_file_options <1>: Saving Data on Unexpected Exits. (line 53) * octave_core_file_options <2>: Saving Data on Unexpected Exits. (line 54) * OCTAVE_HOME: System Information. (line 109) * octave_idx_type: Matrices and Arrays in Oct-Files. (line 89) * OCTAVE_VERSION: System Information. (line 123) * ols: Linear Least Squares. (line 13) * onCleanup: Recovering From Errors. (line 28) * onenormest: Sparse Linear Algebra. (line 104) * onenormest <1>: Sparse Linear Algebra. (line 105) * ones: Special Utility Matrices. (line 45) * ones <1>: Special Utility Matrices. (line 46) * ones <2>: Special Utility Matrices. (line 47) * ones <3>: Special Utility Matrices. (line 48) * ones <4>: Special Utility Matrices. (line 49) * open: Controlling Subprocesses. (line 89) * open <1>: Controlling Subprocesses. (line 90) * operator: Matrices and Arrays in Oct-Files. (line 76) * optimget: Linear Least Squares. (line 244) * optimget <1>: Linear Least Squares. (line 245) * optimize_subsasgn_calls: Defining Indexing And Indexed Assignment. (line 120) * optimize_subsasgn_calls <1>: Defining Indexing And Indexed Assignment. (line 121) * optimize_subsasgn_calls <2>: Defining Indexing And Indexed Assignment. (line 122) * optimset: Linear Least Squares. (line 151) * optimset <1>: Linear Least Squares. (line 152) * optimset <2>: Linear Least Squares. (line 153) * optimset <3>: Linear Least Squares. (line 154) * optimset <4>: Linear Least Squares. (line 155) * or: Element-by-element Boolean Operators. (line 86) * or <1>: Element-by-element Boolean Operators. (line 87) * orderfields: Manipulating Structures. (line 148) * orderfields <1>: Manipulating Structures. (line 149) * orderfields <2>: Manipulating Structures. (line 150) * orderfields <3>: Manipulating Structures. (line 151) * orderfields <4>: Manipulating Structures. (line 152) * ordschur: Matrix Factorizations. (line 569) * orient: Printing and Saving Plots. (line 317) * orient <1>: Printing and Saving Plots. (line 318) * orient <2>: Printing and Saving Plots. (line 319) * orient <3>: Printing and Saving Plots. (line 320) * orth: Basic Matrix Functions. (line 359) * orth <1>: Basic Matrix Functions. (line 360) * ostrsplit: Manipulating Strings. (line 354) * ostrsplit <1>: Manipulating Strings. (line 355) * output_max_field_width: Matrices. (line 131) * output_max_field_width <1>: Matrices. (line 132) * output_max_field_width <2>: Matrices. (line 133) * output_precision: Matrices. (line 146) * output_precision <1>: Matrices. (line 147) * output_precision <2>: Matrices. (line 148) * pack: Status of Variables. (line 328) * PAGER: Paging Screen Output. (line 37) * PAGER <1>: Paging Screen Output. (line 38) * PAGER <2>: Paging Screen Output. (line 39) * PAGER_FLAGS: Paging Screen Output. (line 55) * PAGER_FLAGS <1>: Paging Screen Output. (line 56) * PAGER_FLAGS <2>: Paging Screen Output. (line 57) * page_output_immediately: Paging Screen Output. (line 90) * page_output_immediately <1>: Paging Screen Output. (line 91) * page_output_immediately <2>: Paging Screen Output. (line 92) * page_screen_output: Paging Screen Output. (line 70) * page_screen_output <1>: Paging Screen Output. (line 71) * page_screen_output <2>: Paging Screen Output. (line 72) * pan: Manipulation of Plot Objects. (line 6) * pan <1>: Manipulation of Plot Objects. (line 7) * pan <2>: Manipulation of Plot Objects. (line 8) * pan <3>: Manipulation of Plot Objects. (line 9) * pan <4>: Manipulation of Plot Objects. (line 10) * pan <5>: Manipulation of Plot Objects. (line 11) * pareto: Two-Dimensional Plots. (line 792) * pareto <1>: Two-Dimensional Plots. (line 793) * pareto <2>: Two-Dimensional Plots. (line 794) * pareto <3>: Two-Dimensional Plots. (line 795) * parseparams: Variable-length Argument Lists. (line 63) * parseparams <1>: Variable-length Argument Lists. (line 64) * pascal: Famous Matrices. (line 393) * pascal <1>: Famous Matrices. (line 394) * patch: Graphics Objects. (line 99) * patch <1>: Graphics Objects. (line 100) * patch <2>: Graphics Objects. (line 101) * patch <3>: Graphics Objects. (line 102) * patch <4>: Graphics Objects. (line 103) * patch <5>: Graphics Objects. (line 104) * patch <6>: Graphics Objects. (line 105) * patch <7>: Graphics Objects. (line 106) * path: Manipulating the Load Path. (line 85) * pathdef: Manipulating the Load Path. (line 104) * pathsep: Manipulating the Load Path. (line 122) * pathsep <1>: Manipulating the Load Path. (line 123) * pause: Playback. (line 29) * pause <1>: Recording. (line 20) * pause <2>: Timing Utilities. (line 451) * pause <3>: Timing Utilities. (line 452) * pbaspect: Aspect Ratio. (line 36) * pbaspect <1>: Aspect Ratio. (line 37) * pbaspect <2>: Aspect Ratio. (line 38) * pbaspect <3>: Aspect Ratio. (line 39) * pbaspect <4>: Aspect Ratio. (line 40) * pcg: Iterative Techniques. (line 11) * pcg <1>: Iterative Techniques. (line 12) * pchip: Signal Processing. (line 608) * pchip <1>: Signal Processing. (line 609) * pclose: Controlling Subprocesses. (line 163) * pcolor: Two-Dimensional Plots. (line 1507) * pcolor <1>: Two-Dimensional Plots. (line 1508) * pcolor <2>: Two-Dimensional Plots. (line 1509) * pcolor <3>: Two-Dimensional Plots. (line 1510) * pcr: Iterative Techniques. (line 158) * pcr <1>: Iterative Techniques. (line 159) * peaks: Test Plotting Functions. (line 33) * peaks <1>: Test Plotting Functions. (line 34) * peaks <2>: Test Plotting Functions. (line 35) * peaks <3>: Test Plotting Functions. (line 36) * peaks <4>: Test Plotting Functions. (line 37) * periodogram: Signal Processing. (line 635) * periodogram <1>: Signal Processing. (line 636) * periodogram <2>: Signal Processing. (line 637) * periodogram <3>: Signal Processing. (line 638) * periodogram <4>: Signal Processing. (line 639) * periodogram <5>: Signal Processing. (line 640) * perl: Controlling Subprocesses. (line 108) * perl <1>: Controlling Subprocesses. (line 109) * perl <2>: Controlling Subprocesses. (line 110) * perms: Basic Statistical Functions. (line 123) * permute: Rearranging Matrices. (line 177) * pi: Mathematical Constants. (line 31) * pi <1>: Mathematical Constants. (line 32) * pi <2>: Mathematical Constants. (line 33) * pi <3>: Mathematical Constants. (line 34) * pi <4>: Mathematical Constants. (line 35) * pie: Two-Dimensional Plots. (line 1300) * pie <1>: Two-Dimensional Plots. (line 1301) * pie <2>: Two-Dimensional Plots. (line 1302) * pie <3>: Two-Dimensional Plots. (line 1303) * pie <4>: Two-Dimensional Plots. (line 1304) * pie3: Two-Dimensional Plots. (line 1333) * pie3 <1>: Two-Dimensional Plots. (line 1334) * pie3 <2>: Two-Dimensional Plots. (line 1335) * pie3 <3>: Two-Dimensional Plots. (line 1336) * pie3 <4>: Two-Dimensional Plots. (line 1337) * pink: Representing Images. (line 329) * pink <1>: Representing Images. (line 330) * pinv: Basic Matrix Functions. (line 382) * pinv <1>: Basic Matrix Functions. (line 383) * pipe: Controlling Subprocesses. (line 271) * pkg: Packages. (line 22) * pkg <1>: Installing and Removing Packages. (line 57) * pkg <2>: Installing and Removing Packages. (line 58) * planerot: Basic Matrix Functions. (line 136) * play: Playback. (line 8) * play <1>: Playback. (line 9) * play <2>: Playback. (line 10) * play <3>: Data Retrieval. (line 22) * play <4>: Data Retrieval. (line 23) * play <5>: Data Retrieval. (line 24) * playblocking: Playback. (line 19) * playblocking <1>: Playback. (line 20) * playblocking <2>: Playback. (line 21) * plot: Two-Dimensional Plots. (line 26) * plot <1>: Two-Dimensional Plots. (line 27) * plot <2>: Two-Dimensional Plots. (line 28) * plot <3>: Two-Dimensional Plots. (line 29) * plot <4>: Two-Dimensional Plots. (line 30) * plot <5>: Two-Dimensional Plots. (line 31) * plot <6>: Two-Dimensional Plots. (line 32) * plot3: Three-Dimensional Plots. (line 733) * plot3 <1>: Three-Dimensional Plots. (line 734) * plot3 <2>: Three-Dimensional Plots. (line 735) * plot3 <3>: Three-Dimensional Plots. (line 736) * plot3 <4>: Three-Dimensional Plots. (line 737) * plot3 <5>: Three-Dimensional Plots. (line 738) * plot3 <6>: Three-Dimensional Plots. (line 739) * plotmatrix: Two-Dimensional Plots. (line 750) * plotmatrix <1>: Two-Dimensional Plots. (line 751) * plotmatrix <2>: Two-Dimensional Plots. (line 752) * plotmatrix <3>: Two-Dimensional Plots. (line 753) * plotmatrix <4>: Two-Dimensional Plots. (line 754) * plotyy: Two-Dimensional Plots. (line 185) * plotyy <1>: Two-Dimensional Plots. (line 186) * plotyy <2>: Two-Dimensional Plots. (line 187) * plotyy <3>: Two-Dimensional Plots. (line 188) * plotyy <4>: Two-Dimensional Plots. (line 189) * plus: Arithmetic Ops. (line 183) * plus <1>: Arithmetic Ops. (line 184) * poisscdf: Distributions. (line 380) * poissinv: Distributions. (line 384) * poisspdf: Distributions. (line 376) * poissrnd: Random Number Generation. (line 312) * poissrnd <1>: Random Number Generation. (line 313) * poissrnd <2>: Random Number Generation. (line 314) * poissrnd <3>: Random Number Generation. (line 315) * pol2cart: Coordinate Transformations. (line 30) * pol2cart <1>: Coordinate Transformations. (line 31) * pol2cart <2>: Coordinate Transformations. (line 32) * pol2cart <3>: Coordinate Transformations. (line 33) * pol2cart <4>: Coordinate Transformations. (line 34) * polar: Two-Dimensional Plots. (line 1267) * polar <1>: Two-Dimensional Plots. (line 1268) * polar <2>: Two-Dimensional Plots. (line 1269) * polar <3>: Two-Dimensional Plots. (line 1270) * polar <4>: Two-Dimensional Plots. (line 1271) * polar <5>: Two-Dimensional Plots. (line 1272) * poly: Miscellaneous Functions. (line 6) * poly <1>: Miscellaneous Functions. (line 7) * polyaffine: Derivatives / Integrals / Transforms. (line 42) * polyarea: Voronoi Diagrams. (line 96) * polyarea <1>: Voronoi Diagrams. (line 97) * polyder: Derivatives / Integrals / Transforms. (line 16) * polyder <1>: Derivatives / Integrals / Transforms. (line 17) * polyder <2>: Derivatives / Integrals / Transforms. (line 18) * polyeig: Finding Roots. (line 35) * polyeig <1>: Finding Roots. (line 36) * polyfit: Polynomial Interpolation. (line 15) * polyfit <1>: Polynomial Interpolation. (line 16) * polyfit <2>: Polynomial Interpolation. (line 17) * polygcd: Products of Polynomials. (line 86) * polygcd <1>: Products of Polynomials. (line 87) * polyint: Derivatives / Integrals / Transforms. (line 32) * polyint <1>: Derivatives / Integrals / Transforms. (line 33) * polyout: Miscellaneous Functions. (line 32) * polyout <1>: Miscellaneous Functions. (line 33) * polyout <2>: Miscellaneous Functions. (line 34) * polyreduce: Miscellaneous Functions. (line 49) * polyval: Evaluating Polynomials. (line 23) * polyval <1>: Evaluating Polynomials. (line 24) * polyval <2>: Evaluating Polynomials. (line 25) * polyval <3>: Evaluating Polynomials. (line 26) * polyvalm: Evaluating Polynomials. (line 45) * popen: Controlling Subprocesses. (line 133) * popen2: Controlling Subprocesses. (line 170) * postpad: Rearranging Matrices. (line 539) * postpad <1>: Rearranging Matrices. (line 540) * postpad <2>: Rearranging Matrices. (line 541) * pow2: Exponents and Logarithms. (line 58) * pow2 <1>: Exponents and Logarithms. (line 59) * power: Arithmetic Ops. (line 196) * powerset: Set Operations. (line 144) * powerset <1>: Set Operations. (line 145) * ppder: Polynomial Interpolation. (line 350) * ppder <1>: Polynomial Interpolation. (line 351) * ppint: Polynomial Interpolation. (line 360) * ppint <1>: Polynomial Interpolation. (line 361) * ppjumps: Polynomial Interpolation. (line 369) * ppplot: Statistical Plots. (line 43) * ppval: Polynomial Interpolation. (line 339) * pqpnonneg: Quadratic Programming. (line 77) * pqpnonneg <1>: Quadratic Programming. (line 78) * pqpnonneg <2>: Quadratic Programming. (line 79) * pqpnonneg <3>: Quadratic Programming. (line 80) * pqpnonneg <4>: Quadratic Programming. (line 81) * pqpnonneg <5>: Quadratic Programming. (line 82) * prctile: Descriptive Statistics. (line 393) * prctile <1>: Descriptive Statistics. (line 394) * prctile <2>: Descriptive Statistics. (line 395) * prefdir: User-Defined Preferences. (line 99) * prefdir <1>: User-Defined Preferences. (line 100) * preferences: User-Defined Preferences. (line 117) * prepad: Rearranging Matrices. (line 519) * prepad <1>: Rearranging Matrices. (line 520) * prepad <2>: Rearranging Matrices. (line 521) * primes: Utility Functions. (line 473) * print: Printing and Saving Plots. (line 25) * print <1>: Printing and Saving Plots. (line 26) * print <2>: Printing and Saving Plots. (line 27) * print <3>: Printing and Saving Plots. (line 28) * printd: Two-Dimensional Plots. (line 523) * printd <1>: Two-Dimensional Plots. (line 524) * printf: Formatted Output. (line 17) * print_empty_dimensions: Empty Matrices. (line 29) * print_empty_dimensions <1>: Empty Matrices. (line 30) * print_empty_dimensions <2>: Empty Matrices. (line 31) * print_struct_array_contents: Basic Usage and Examples. (line 110) * print_struct_array_contents <1>: Basic Usage and Examples. (line 111) * print_struct_array_contents <2>: Basic Usage and Examples. (line 112) * print_usage: Raising Errors. (line 128) * print_usage <1>: Raising Errors. (line 129) * prism: Representing Images. (line 341) * prism <1>: Representing Images. (line 342) * probit: Basic Statistical Functions. (line 179) * prod: Sums and Products. (line 39) * prod <1>: Sums and Products. (line 40) * prod <2>: Sums and Products. (line 41) * prod <3>: Sums and Products. (line 42) * profexplore: Profiling. (line 98) * profexplore <1>: Profiling. (line 99) * profile: Profiling. (line 20) * profile <1>: Profiling. (line 21) * profile <2>: Profiling. (line 22) * profile <3>: Profiling. (line 23) * profile <4>: Profiling. (line 24) * profile <5>: Profiling. (line 25) * profshow: Profiling. (line 78) * profshow <1>: Profiling. (line 79) * profshow <2>: Profiling. (line 80) * profshow <3>: Profiling. (line 81) * program_invocation_name: Command Line Options. (line 211) * program_name: Command Line Options. (line 204) * prop_test_2: Tests. (line 309) * PS1: Customizing the Prompt. (line 56) * PS1 <1>: Customizing the Prompt. (line 57) * PS1 <2>: Customizing the Prompt. (line 58) * PS2: Customizing the Prompt. (line 88) * PS2 <1>: Customizing the Prompt. (line 89) * PS2 <2>: Customizing the Prompt. (line 90) * PS4: Customizing the Prompt. (line 106) * PS4 <1>: Customizing the Prompt. (line 107) * PS4 <2>: Customizing the Prompt. (line 108) * putenv: Environment Variables. (line 19) * puts: Simple Output. (line 33) * puts <1>: Simple Output. (line 34) * pwd: Current Working Directory. (line 117) * pwd <1>: Current Working Directory. (line 118) * python: Controlling Subprocesses. (line 120) * python <1>: Controlling Subprocesses. (line 121) * python <2>: Controlling Subprocesses. (line 123) * P_tmpdir: Temporary Files. (line 79) * qmr: Specialized Solvers. (line 193) * qmr <1>: Specialized Solvers. (line 194) * qmr <2>: Specialized Solvers. (line 195) * qp: Quadratic Programming. (line 16) * qp <1>: Quadratic Programming. (line 17) * qp <2>: Quadratic Programming. (line 18) * qp <3>: Quadratic Programming. (line 19) * qp <4>: Quadratic Programming. (line 20) * qp <5>: Quadratic Programming. (line 22) * qqplot: Statistical Plots. (line 13) * qqplot <1>: Statistical Plots. (line 14) * qqplot <2>: Statistical Plots. (line 15) * qqplot <3>: Statistical Plots. (line 16) * qqplot <4>: Statistical Plots. (line 17) * qr: Matrix Factorizations. (line 270) * qr <1>: Matrix Factorizations. (line 271) * qr <2>: Matrix Factorizations. (line 272) * qr <3>: Matrix Factorizations. (line 273) * qrdelete: Matrix Factorizations. (line 394) * qrinsert: Matrix Factorizations. (line 371) * qrshift: Matrix Factorizations. (line 418) * qrupdate: Matrix Factorizations. (line 356) * quad: Functions of One Variable. (line 96) * quad <1>: Functions of One Variable. (line 97) * quad <2>: Functions of One Variable. (line 98) * quad <3>: Functions of One Variable. (line 99) * quadcc: Functions of One Variable. (line 354) * quadcc <1>: Functions of One Variable. (line 355) * quadcc <2>: Functions of One Variable. (line 356) * quadcc <3>: Functions of One Variable. (line 357) * quadgk: Functions of One Variable. (line 259) * quadgk <1>: Functions of One Variable. (line 260) * quadgk <2>: Functions of One Variable. (line 261) * quadgk <3>: Functions of One Variable. (line 262) * quadgk <4>: Functions of One Variable. (line 263) * quadl: Functions of One Variable. (line 221) * quadl <1>: Functions of One Variable. (line 222) * quadl <2>: Functions of One Variable. (line 223) * quadl <3>: Functions of One Variable. (line 224) * quadv: Functions of One Variable. (line 176) * quadv <1>: Functions of One Variable. (line 177) * quadv <2>: Functions of One Variable. (line 178) * quadv <3>: Functions of One Variable. (line 179) * quadv <4>: Functions of One Variable. (line 180) * quad_options: Functions of One Variable. (line 143) * quad_options <1>: Functions of One Variable. (line 144) * quad_options <2>: Functions of One Variable. (line 145) * quantile: Descriptive Statistics. (line 316) * quantile <1>: Descriptive Statistics. (line 317) * quantile <2>: Descriptive Statistics. (line 318) * quantile <3>: Descriptive Statistics. (line 319) * questdlg: Dialog Box Functions. (line 172) * questdlg <1>: Dialog Box Functions. (line 173) * questdlg <2>: Dialog Box Functions. (line 174) * questdlg <3>: Dialog Box Functions. (line 175) * questdlg <4>: Dialog Box Functions. (line 176) * quit: Quitting Octave. (line 16) * quit <1>: Quitting Octave. (line 17) * quiver: Two-Dimensional Plots. (line 1366) * quiver <1>: Two-Dimensional Plots. (line 1367) * quiver <2>: Two-Dimensional Plots. (line 1368) * quiver <3>: Two-Dimensional Plots. (line 1369) * quiver <4>: Two-Dimensional Plots. (line 1370) * quiver <5>: Two-Dimensional Plots. (line 1371) * quiver <6>: Two-Dimensional Plots. (line 1372) * quiver3: Two-Dimensional Plots. (line 1408) * quiver3 <1>: Two-Dimensional Plots. (line 1409) * quiver3 <2>: Two-Dimensional Plots. (line 1410) * quiver3 <3>: Two-Dimensional Plots. (line 1411) * quiver3 <4>: Two-Dimensional Plots. (line 1412) * quiver3 <5>: Two-Dimensional Plots. (line 1413) * quiver3 <6>: Two-Dimensional Plots. (line 1414) * qz: Matrix Factorizations. (line 430) * qz <1>: Matrix Factorizations. (line 431) * qzhess: Matrix Factorizations. (line 492) * rainbow: Representing Images. (line 351) * rainbow <1>: Representing Images. (line 352) * rand: Special Utility Matrices. (line 164) * rand <1>: Special Utility Matrices. (line 165) * rand <2>: Special Utility Matrices. (line 166) * rand <3>: Special Utility Matrices. (line 167) * rand <4>: Special Utility Matrices. (line 168) * rand <5>: Special Utility Matrices. (line 169) * rand <6>: Special Utility Matrices. (line 170) * rand <7>: Special Utility Matrices. (line 171) * rand <8>: Special Utility Matrices. (line 172) * rand <9>: Special Utility Matrices. (line 173) * rand <10>: Special Utility Matrices. (line 174) * rande: Special Utility Matrices. (line 303) * rande <1>: Special Utility Matrices. (line 304) * rande <2>: Special Utility Matrices. (line 305) * rande <3>: Special Utility Matrices. (line 306) * rande <4>: Special Utility Matrices. (line 307) * rande <5>: Special Utility Matrices. (line 308) * rande <6>: Special Utility Matrices. (line 309) * rande <7>: Special Utility Matrices. (line 310) * rande <8>: Special Utility Matrices. (line 311) * rande <9>: Special Utility Matrices. (line 312) * rande <10>: Special Utility Matrices. (line 313) * randg: Special Utility Matrices. (line 378) * randg <1>: Special Utility Matrices. (line 379) * randg <2>: Special Utility Matrices. (line 380) * randg <3>: Special Utility Matrices. (line 381) * randg <4>: Special Utility Matrices. (line 382) * randg <5>: Special Utility Matrices. (line 383) * randg <6>: Special Utility Matrices. (line 384) * randg <7>: Special Utility Matrices. (line 385) * randg <8>: Special Utility Matrices. (line 386) * randg <9>: Special Utility Matrices. (line 387) * randg <10>: Special Utility Matrices. (line 388) * randi: Special Utility Matrices. (line 241) * randi <1>: Special Utility Matrices. (line 242) * randi <2>: Special Utility Matrices. (line 243) * randi <3>: Special Utility Matrices. (line 244) * randi <4>: Special Utility Matrices. (line 245) * randn: Special Utility Matrices. (line 274) * randn <1>: Special Utility Matrices. (line 275) * randn <2>: Special Utility Matrices. (line 276) * randn <3>: Special Utility Matrices. (line 277) * randn <4>: Special Utility Matrices. (line 278) * randn <5>: Special Utility Matrices. (line 279) * randn <6>: Special Utility Matrices. (line 280) * randn <7>: Special Utility Matrices. (line 281) * randn <8>: Special Utility Matrices. (line 282) * randn <9>: Special Utility Matrices. (line 283) * randn <10>: Special Utility Matrices. (line 284) * randp: Special Utility Matrices. (line 331) * randp <1>: Special Utility Matrices. (line 332) * randp <2>: Special Utility Matrices. (line 333) * randp <3>: Special Utility Matrices. (line 334) * randp <4>: Special Utility Matrices. (line 335) * randp <5>: Special Utility Matrices. (line 336) * randp <6>: Special Utility Matrices. (line 337) * randp <7>: Special Utility Matrices. (line 338) * randp <8>: Special Utility Matrices. (line 339) * randp <9>: Special Utility Matrices. (line 340) * randp <10>: Special Utility Matrices. (line 341) * randperm: Special Utility Matrices. (line 491) * randperm <1>: Special Utility Matrices. (line 492) * range: Descriptive Statistics. (line 88) * range <1>: Descriptive Statistics. (line 89) * rank: Basic Matrix Functions. (line 394) * rank <1>: Basic Matrix Functions. (line 395) * ranks: Basic Statistical Functions. (line 146) * rat: Rational Approximations. (line 6) * rat <1>: Rational Approximations. (line 7) * rats: Rational Approximations. (line 23) * rcond: Basic Matrix Functions. (line 427) * rdivide: Arithmetic Ops. (line 209) * readdir: Filesystem Utilities. (line 381) * readdir <1>: Filesystem Utilities. (line 382) * readline_read_init_file: Customizing readline. (line 15) * readline_re_read_init_file: Customizing readline. (line 26) * readlink: Filesystem Utilities. (line 93) * readlink <1>: Filesystem Utilities. (line 94) * real: Complex Arithmetic. (line 69) * reallog: Exponents and Logarithms. (line 26) * realmax: Mathematical Constants. (line 174) * realmax <1>: Mathematical Constants. (line 175) * realmax <2>: Mathematical Constants. (line 176) * realmax <3>: Mathematical Constants. (line 177) * realmax <4>: Mathematical Constants. (line 178) * realmin: Mathematical Constants. (line 204) * realmin <1>: Mathematical Constants. (line 205) * realmin <2>: Mathematical Constants. (line 206) * realmin <3>: Mathematical Constants. (line 207) * realmin <4>: Mathematical Constants. (line 208) * realpow: Exponents and Logarithms. (line 76) * realsqrt: Exponents and Logarithms. (line 94) * record: Recording. (line 8) * record <1>: Recording. (line 9) * record <2>: Audio Data Processing. (line 50) * record <3>: Audio Data Processing. (line 51) * recordblocking: Recording. (line 15) * rectangle: Two-dimensional Geometric Shapes. (line 6) * rectangle <1>: Two-dimensional Geometric Shapes. (line 7) * rectangle <2>: Two-dimensional Geometric Shapes. (line 8) * rectangle <3>: Two-dimensional Geometric Shapes. (line 9) * rectangle <4>: Two-dimensional Geometric Shapes. (line 10) * rectangle <5>: Two-dimensional Geometric Shapes. (line 11) * rectangle <6>: Two-dimensional Geometric Shapes. (line 12) * rectint: Voronoi Diagrams. (line 124) * recycle: Filesystem Utilities. (line 586) * recycle <1>: Filesystem Utilities. (line 587) * refresh: Manipulation of Plot Windows. (line 30) * refresh <1>: Manipulation of Plot Windows. (line 31) * refreshdata: Data Sources in Object Groups. (line 11) * refreshdata <1>: Data Sources in Object Groups. (line 12) * refreshdata <2>: Data Sources in Object Groups. (line 13) * regexp: Manipulating Strings. (line 568) * regexp <1>: Manipulating Strings. (line 569) * regexpi: Manipulating Strings. (line 764) * regexpi <1>: Manipulating Strings. (line 765) * regexprep: Manipulating Strings. (line 775) * regexprep <1>: Manipulating Strings. (line 776) * regexptranslate: Manipulating Strings. (line 807) * register_graphics_toolkit: Graphics Toolkits. (line 38) * rehash: Manipulating the Load Path. (line 128) * rem: Utility Functions. (line 444) * remove_input_event_hook: Parser. (line 34) * remove_input_event_hook <1>: Parser. (line 35) * rename: Filesystem Utilities. (line 35) * rename <1>: Filesystem Utilities. (line 36) * rename <2>: FTP Objects. (line 105) * repelems: Special Utility Matrices. (line 105) * repmat: Special Utility Matrices. (line 90) * repmat <1>: Special Utility Matrices. (line 91) * repmat <2>: Special Utility Matrices. (line 92) * repmat <3>: Special Utility Matrices. (line 93) * repmat <4>: Special Utility Matrices. (line 94) * reset: Managing Default Properties. (line 59) * reshape: Rearranging Matrices. (line 213) * reshape <1>: Rearranging Matrices. (line 214) * reshape <2>: Rearranging Matrices. (line 215) * reshape <3>: Rearranging Matrices. (line 216) * residue: Products of Polynomials. (line 110) * residue <1>: Products of Polynomials. (line 111) * residue <2>: Products of Polynomials. (line 112) * resize: Rearranging Matrices. (line 242) * resize <1>: Rearranging Matrices. (line 243) * resize <2>: Rearranging Matrices. (line 244) * resize <3>: Matrices and Arrays in Oct-Files. (line 102) * restoredefaultpath: Manipulating the Load Path. (line 150) * resume: Playback. (line 32) * resume <1>: Recording. (line 23) * rethrow: Catching Errors. (line 181) * return: Returning from a Function. (line 37) * rgb2hsv: Color Conversion. (line 9) * rgb2hsv <1>: Color Conversion. (line 10) * rgb2ind: Representing Images. (line 72) * rgb2ind <1>: Representing Images. (line 73) * rgb2ntsc: Color Conversion. (line 41) * rgb2ntsc <1>: Color Conversion. (line 42) * rgbplot: Representing Images. (line 151) * rgbplot <1>: Representing Images. (line 152) * rgbplot <2>: Representing Images. (line 153) * ribbon: Three-Dimensional Plots. (line 880) * ribbon <1>: Three-Dimensional Plots. (line 881) * ribbon <2>: Three-Dimensional Plots. (line 882) * ribbon <3>: Three-Dimensional Plots. (line 883) * ribbon <4>: Three-Dimensional Plots. (line 884) * rindex: Manipulating Strings. (line 114) * rmappdata: Application-defined Data. (line 38) * rmappdata <1>: Application-defined Data. (line 39) * rmdir: Filesystem Utilities. (line 123) * rmdir <1>: Filesystem Utilities. (line 124) * rmdir <2>: Filesystem Utilities. (line 125) * rmdir <3>: FTP Objects. (line 116) * rmfield: Manipulating Structures. (line 137) * rmfield <1>: Manipulating Structures. (line 138) * rmpath: Manipulating the Load Path. (line 47) * rmpref: User-Defined Preferences. (line 67) * rmpref <1>: User-Defined Preferences. (line 68) * roots: Finding Roots. (line 10) * rose: Two-Dimensional Plots. (line 834) * rose <1>: Two-Dimensional Plots. (line 835) * rose <2>: Two-Dimensional Plots. (line 836) * rose <3>: Two-Dimensional Plots. (line 837) * rose <4>: Two-Dimensional Plots. (line 838) * rose <5>: Two-Dimensional Plots. (line 839) * rosser: Famous Matrices. (line 412) * rot90: Rearranging Matrices. (line 62) * rot90 <1>: Rearranging Matrices. (line 63) * rotate: Manipulation of Plot Objects. (line 27) * rotate <1>: Manipulation of Plot Objects. (line 28) * rotate3d: Manipulation of Plot Objects. (line 41) * rotate3d <1>: Manipulation of Plot Objects. (line 42) * rotate3d <2>: Manipulation of Plot Objects. (line 43) * rotate3d <3>: Manipulation of Plot Objects. (line 44) * rotdim: Rearranging Matrices. (line 92) * rotdim <1>: Rearranging Matrices. (line 93) * rotdim <2>: Rearranging Matrices. (line 94) * round: Utility Functions. (line 43) * roundb: Utility Functions. (line 56) * rows: Object Sizes. (line 30) * rref: Basic Matrix Functions. (line 447) * rref <1>: Basic Matrix Functions. (line 448) * rref <2>: Basic Matrix Functions. (line 449) * rsf2csf: Matrix Factorizations. (line 556) * run: Calling a Function by its Name. (line 81) * run <1>: Calling a Function by its Name. (line 82) * rundemos: Demonstration Functions. (line 89) * rundemos <1>: Demonstration Functions. (line 90) * runlength: Basic Statistical Functions. (line 165) * runlength <1>: Basic Statistical Functions. (line 166) * runtests: Demonstration Functions. (line 102) * runtests <1>: Demonstration Functions. (line 103) * run_count: Basic Statistical Functions. (line 155) * run_count <1>: Basic Statistical Functions. (line 156) * run_history: Commands For History. (line 121) * run_history <1>: Commands For History. (line 122) * run_history <2>: Commands For History. (line 123) * run_test: Tests. (line 329) * save: Simple File I/O. (line 28) * save <1>: Simple File I/O. (line 29) * save <2>: Simple File I/O. (line 30) * save <3>: Simple File I/O. (line 31) * save <4>: Simple File I/O. (line 32) * save <5>: Simple File I/O. (line 33) * saveas: Printing and Saving Plots. (line 282) * saveas <1>: Printing and Saving Plots. (line 283) * saveobj: Manipulating Classes. (line 143) * savepath: Manipulating the Load Path. (line 60) * savepath <1>: Manipulating the Load Path. (line 61) * savepath <2>: Manipulating the Load Path. (line 62) * save_default_options: Simple File I/O. (line 153) * save_default_options <1>: Simple File I/O. (line 154) * save_default_options <2>: Simple File I/O. (line 155) * save_header_format_string: Simple File I/O. (line 180) * save_header_format_string <1>: Simple File I/O. (line 181) * save_header_format_string <2>: Simple File I/O. (line 182) * save_precision: Simple File I/O. (line 169) * save_precision <1>: Simple File I/O. (line 170) * save_precision <2>: Simple File I/O. (line 171) * scanf: Formatted Input. (line 60) * scanf <1>: Formatted Input. (line 61) * scatter: Two-Dimensional Plots. (line 704) * scatter <1>: Two-Dimensional Plots. (line 705) * scatter <2>: Two-Dimensional Plots. (line 706) * scatter <3>: Two-Dimensional Plots. (line 707) * scatter <4>: Two-Dimensional Plots. (line 708) * scatter <5>: Two-Dimensional Plots. (line 709) * scatter <6>: Two-Dimensional Plots. (line 710) * scatter <7>: Two-Dimensional Plots. (line 711) * scatter3: Three-Dimensional Plots. (line 923) * scatter3 <1>: Three-Dimensional Plots. (line 924) * scatter3 <2>: Three-Dimensional Plots. (line 925) * scatter3 <3>: Three-Dimensional Plots. (line 926) * scatter3 <4>: Three-Dimensional Plots. (line 927) * scatter3 <5>: Three-Dimensional Plots. (line 928) * scatter3 <6>: Three-Dimensional Plots. (line 929) * scatter3 <7>: Three-Dimensional Plots. (line 930) * schur: Matrix Factorizations. (line 516) * schur <1>: Matrix Factorizations. (line 517) * schur <2>: Matrix Factorizations. (line 518) * schur <3>: Matrix Factorizations. (line 519) * schur <4>: Matrix Factorizations. (line 520) * sec: Trigonometry. (line 47) * secd: Trigonometry. (line 198) * sech: Trigonometry. (line 113) * SEEK_CUR: File Positioning. (line 36) * SEEK_END: File Positioning. (line 37) * SEEK_SET: File Positioning. (line 35) * semilogx: Two-Dimensional Plots. (line 225) * semilogx <1>: Two-Dimensional Plots. (line 226) * semilogx <2>: Two-Dimensional Plots. (line 227) * semilogx <3>: Two-Dimensional Plots. (line 228) * semilogx <4>: Two-Dimensional Plots. (line 229) * semilogx <5>: Two-Dimensional Plots. (line 230) * semilogxerr: Two-Dimensional Plots. (line 1169) * semilogxerr <1>: Two-Dimensional Plots. (line 1170) * semilogxerr <2>: Two-Dimensional Plots. (line 1171) * semilogxerr <3>: Two-Dimensional Plots. (line 1172) * semilogxerr <4>: Two-Dimensional Plots. (line 1173) * semilogxerr <5>: Two-Dimensional Plots. (line 1174) * semilogxerr <6>: Two-Dimensional Plots. (line 1175) * semilogxerr <7>: Two-Dimensional Plots. (line 1176) * semilogxerr <8>: Two-Dimensional Plots. (line 1177) * semilogxerr <9>: Two-Dimensional Plots. (line 1178) * semilogy: Two-Dimensional Plots. (line 245) * semilogy <1>: Two-Dimensional Plots. (line 246) * semilogy <2>: Two-Dimensional Plots. (line 247) * semilogy <3>: Two-Dimensional Plots. (line 248) * semilogy <4>: Two-Dimensional Plots. (line 249) * semilogy <5>: Two-Dimensional Plots. (line 250) * semilogyerr: Two-Dimensional Plots. (line 1198) * semilogyerr <1>: Two-Dimensional Plots. (line 1199) * semilogyerr <2>: Two-Dimensional Plots. (line 1200) * semilogyerr <3>: Two-Dimensional Plots. (line 1201) * semilogyerr <4>: Two-Dimensional Plots. (line 1202) * semilogyerr <5>: Two-Dimensional Plots. (line 1203) * semilogyerr <6>: Two-Dimensional Plots. (line 1204) * semilogyerr <7>: Two-Dimensional Plots. (line 1205) * semilogyerr <8>: Two-Dimensional Plots. (line 1206) * semilogyerr <9>: Two-Dimensional Plots. (line 1207) * set: Graphics Objects. (line 367) * set <1>: Graphics Objects. (line 368) * set <2>: Graphics Objects. (line 369) * set <3>: Graphics Objects. (line 370) * set <4>: Graphics Objects. (line 371) * set <5>: Player Properties. (line 19) * set <6>: Player Properties. (line 20) * set <7>: Player Properties. (line 21) * set <8>: Recorder Properties. (line 19) * set <9>: Recorder Properties. (line 20) * set <10>: Recorder Properties. (line 21) * setappdata: Application-defined Data. (line 10) * setappdata <1>: Application-defined Data. (line 11) * setdiff: Set Operations. (line 65) * setdiff <1>: Set Operations. (line 66) * setdiff <2>: Set Operations. (line 67) * setenv: Environment Variables. (line 17) * setenv <1>: Environment Variables. (line 18) * setfield: Manipulating Structures. (line 45) * setfield <1>: Manipulating Structures. (line 46) * setgrent: Group Database Functions. (line 50) * setpref: User-Defined Preferences. (line 33) * setpwent: Password Database Functions. (line 60) * setxor: Set Operations. (line 84) * setxor <1>: Set Operations. (line 85) * setxor <2>: Set Operations. (line 86) * shading: Three-Dimensional Plots. (line 900) * shading <1>: Three-Dimensional Plots. (line 901) * shg: Manipulation of Plot Windows. (line 205) * shift: Rearranging Matrices. (line 305) * shift <1>: Rearranging Matrices. (line 306) * shiftdim: Rearranging Matrices. (line 315) * shiftdim <1>: Rearranging Matrices. (line 316) * shrinkfaces: Three-Dimensional Plots. (line 608) * shrinkfaces <1>: Three-Dimensional Plots. (line 609) * shrinkfaces <2>: Three-Dimensional Plots. (line 610) * shrinkfaces <3>: Three-Dimensional Plots. (line 611) * shrinkfaces <4>: Three-Dimensional Plots. (line 612) * SIG: Controlling Subprocesses. (line 529) * sighup_dumps_octave_core: Saving Data on Unexpected Exits. (line 28) * sighup_dumps_octave_core <1>: Saving Data on Unexpected Exits. (line 29) * sighup_dumps_octave_core <2>: Saving Data on Unexpected Exits. (line 30) * sign: Utility Functions. (line 498) * signbit: Utility Functions. (line 515) * sign_test: Tests. (line 340) * sigterm_dumps_octave_core: Saving Data on Unexpected Exits. (line 40) * sigterm_dumps_octave_core <1>: Saving Data on Unexpected Exits. (line 41) * sigterm_dumps_octave_core <2>: Saving Data on Unexpected Exits. (line 42) * silent_functions: Defining Functions. (line 183) * silent_functions <1>: Defining Functions. (line 184) * silent_functions <2>: Defining Functions. (line 185) * sin: Trigonometry. (line 29) * sinc: Signal Processing. (line 368) * sind: Trigonometry. (line 176) * sinetone: Signal Processing. (line 688) * sinewave: Signal Processing. (line 698) * single: Single Precision Data Types. (line 11) * sinh: Trigonometry. (line 95) * size: Object Sizes. (line 70) * size <1>: Object Sizes. (line 71) * sizemax: Matrices. (line 114) * sizeof: Object Sizes. (line 121) * size_equal: Object Sizes. (line 126) * skewness: Descriptive Statistics. (line 207) * skewness <1>: Descriptive Statistics. (line 208) * skewness <2>: Descriptive Statistics. (line 209) * sleep: Timing Utilities. (line 469) * slice: Three-Dimensional Plots. (line 822) * slice <1>: Three-Dimensional Plots. (line 823) * slice <2>: Three-Dimensional Plots. (line 824) * slice <3>: Three-Dimensional Plots. (line 825) * slice <4>: Three-Dimensional Plots. (line 826) * slice <5>: Three-Dimensional Plots. (line 827) * slice <6>: Three-Dimensional Plots. (line 828) * sombrero: Test Plotting Functions. (line 10) * sombrero <1>: Test Plotting Functions. (line 11) * sombrero <2>: Test Plotting Functions. (line 12) * sombrero <3>: Test Plotting Functions. (line 13) * sort: Rearranging Matrices. (line 343) * sort <1>: Rearranging Matrices. (line 344) * sort <2>: Rearranging Matrices. (line 345) * sort <3>: Rearranging Matrices. (line 346) * sortrows: Rearranging Matrices. (line 399) * sortrows <1>: Rearranging Matrices. (line 400) * sound: Audio Data Processing. (line 63) * sound <1>: Audio Data Processing. (line 64) * sound <2>: Audio Data Processing. (line 65) * soundsc: Audio Data Processing. (line 81) * soundsc <1>: Audio Data Processing. (line 82) * soundsc <2>: Audio Data Processing. (line 83) * soundsc <3>: Audio Data Processing. (line 84) * source: Script Files. (line 90) * spalloc: Creating Sparse Matrices. (line 218) * sparse: Creating Sparse Matrices. (line 251) * sparse <1>: Creating Sparse Matrices. (line 252) * sparse <2>: Creating Sparse Matrices. (line 253) * sparse <3>: Creating Sparse Matrices. (line 254) * sparse <4>: Creating Sparse Matrices. (line 255) * sparse <5>: Creating Sparse Matrices. (line 256) * sparse_auto_mutate: Return Types of Operators and Functions. (line 52) * sparse_auto_mutate <1>: Return Types of Operators and Functions. (line 53) * sparse_auto_mutate <2>: Return Types of Operators and Functions. (line 54) * spaugment: Sparse Linear Algebra. (line 322) * spconvert: Creating Sparse Matrices. (line 314) * spdiags: Creating Sparse Matrices. (line 47) * spdiags <1>: Creating Sparse Matrices. (line 48) * spdiags <2>: Creating Sparse Matrices. (line 49) * spdiags <3>: Creating Sparse Matrices. (line 50) * spdiags <4>: Creating Sparse Matrices. (line 51) * spearman: Correlation and Regression Analysis. (line 59) * spearman <1>: Correlation and Regression Analysis. (line 60) * spectral_adf: Signal Processing. (line 706) * spectral_adf <1>: Signal Processing. (line 707) * spectral_adf <2>: Signal Processing. (line 708) * spectral_xdf: Signal Processing. (line 721) * spectral_xdf <1>: Signal Processing. (line 722) * spectral_xdf <2>: Signal Processing. (line 723) * specular: Three-Dimensional Plots. (line 662) * specular <1>: Three-Dimensional Plots. (line 663) * speed: Demonstration Functions. (line 115) * speed <1>: Demonstration Functions. (line 116) * spencer: Signal Processing. (line 736) * speye: Creating Sparse Matrices. (line 81) * speye <1>: Creating Sparse Matrices. (line 82) * speye <2>: Creating Sparse Matrices. (line 83) * spfun: Function Application. (line 105) * sph2cart: Coordinate Transformations. (line 74) * sph2cart <1>: Coordinate Transformations. (line 75) * sph2cart <2>: Coordinate Transformations. (line 76) * sphere: Three-dimensional Geometric Shapes. (line 36) * sphere <1>: Three-dimensional Geometric Shapes. (line 37) * sphere <2>: Three-dimensional Geometric Shapes. (line 38) * sphere <3>: Three-dimensional Geometric Shapes. (line 39) * spinmap: Representing Images. (line 457) * spinmap <1>: Representing Images. (line 458) * spinmap <2>: Representing Images. (line 459) * spinmap <3>: Representing Images. (line 460) * spline: One-dimensional Interpolation. (line 165) * spline <1>: One-dimensional Interpolation. (line 166) * splinefit: Polynomial Interpolation. (line 74) * splinefit <1>: Polynomial Interpolation. (line 75) * splinefit <2>: Polynomial Interpolation. (line 76) * splinefit <3>: Polynomial Interpolation. (line 77) * splinefit <4>: Polynomial Interpolation. (line 78) * splinefit <5>: Polynomial Interpolation. (line 79) * splinefit <6>: Polynomial Interpolation. (line 80) * split_long_rows: Matrices. (line 166) * split_long_rows <1>: Matrices. (line 167) * split_long_rows <2>: Matrices. (line 168) * spones: Creating Sparse Matrices. (line 96) * spparms: Sparse Linear Algebra. (line 186) * spparms <1>: Sparse Linear Algebra. (line 187) * spparms <2>: Sparse Linear Algebra. (line 188) * spparms <3>: Sparse Linear Algebra. (line 189) * spparms <4>: Sparse Linear Algebra. (line 190) * spparms <5>: Sparse Linear Algebra. (line 191) * spparms <6>: Sparse Linear Algebra. (line 192) * spparms <7>: Sparse Linear Algebra. (line 193) * sprand: Creating Sparse Matrices. (line 105) * sprand <1>: Creating Sparse Matrices. (line 106) * sprand <2>: Creating Sparse Matrices. (line 107) * sprandn: Creating Sparse Matrices. (line 125) * sprandn <1>: Creating Sparse Matrices. (line 126) * sprandn <2>: Creating Sparse Matrices. (line 127) * sprandsym: Creating Sparse Matrices. (line 145) * sprandsym <1>: Creating Sparse Matrices. (line 146) * sprank: Sparse Linear Algebra. (line 258) * spring: Representing Images. (line 361) * spring <1>: Representing Images. (line 362) * sprintf: Formatted Output. (line 54) * spstats: Information. (line 48) * spstats <1>: Information. (line 49) * spy: Information. (line 124) * spy <1>: Information. (line 125) * spy <2>: Information. (line 126) * sqp: Nonlinear Programming. (line 9) * sqp <1>: Nonlinear Programming. (line 10) * sqp <2>: Nonlinear Programming. (line 11) * sqp <3>: Nonlinear Programming. (line 12) * sqp <4>: Nonlinear Programming. (line 13) * sqp <5>: Nonlinear Programming. (line 14) * sqrt: Exponents and Logarithms. (line 85) * sqrtm: Functions of a Matrix. (line 47) * sqrtm <1>: Functions of a Matrix. (line 48) * squeeze: Object Sizes. (line 135) * sscanf: Formatted Input. (line 70) * sscanf <1>: Formatted Input. (line 72) * stairs: Two-Dimensional Plots. (line 537) * stairs <1>: Two-Dimensional Plots. (line 538) * stairs <2>: Two-Dimensional Plots. (line 539) * stairs <3>: Two-Dimensional Plots. (line 540) * stairs <4>: Two-Dimensional Plots. (line 541) * stairs <5>: Two-Dimensional Plots. (line 542) * stairs <6>: Two-Dimensional Plots. (line 543) * stat: Filesystem Utilities. (line 184) * stat <1>: Filesystem Utilities. (line 185) * statistics: Descriptive Statistics. (line 416) * statistics <1>: Descriptive Statistics. (line 417) * std: Descriptive Statistics. (line 138) * std <1>: Descriptive Statistics. (line 139) * std <2>: Descriptive Statistics. (line 140) * stderr: C-Style I/O Functions. (line 37) * stdin: C-Style I/O Functions. (line 19) * stdnormal_cdf: Distributions. (line 393) * stdnormal_inv: Distributions. (line 398) * stdnormal_pdf: Distributions. (line 388) * stdnormal_rnd: Random Number Generation. (line 329) * stdnormal_rnd <1>: Random Number Generation. (line 330) * stdnormal_rnd <2>: Random Number Generation. (line 331) * stdout: C-Style I/O Functions. (line 28) * stem: Two-Dimensional Plots. (line 575) * stem <1>: Two-Dimensional Plots. (line 576) * stem <2>: Two-Dimensional Plots. (line 577) * stem <3>: Two-Dimensional Plots. (line 578) * stem <4>: Two-Dimensional Plots. (line 579) * stem <5>: Two-Dimensional Plots. (line 580) * stem <6>: Two-Dimensional Plots. (line 581) * stem3: Two-Dimensional Plots. (line 664) * stem3 <1>: Two-Dimensional Plots. (line 665) * stem3 <2>: Two-Dimensional Plots. (line 666) * stem3 <3>: Two-Dimensional Plots. (line 667) * stem3 <4>: Two-Dimensional Plots. (line 668) * stem3 <5>: Two-Dimensional Plots. (line 669) * stemleaf: Two-Dimensional Plots. (line 469) * stemleaf <1>: Two-Dimensional Plots. (line 470) * stemleaf <2>: Two-Dimensional Plots. (line 471) * stft: Signal Processing. (line 739) * stft <1>: Signal Processing. (line 740) * stft <2>: Signal Processing. (line 741) * stft <3>: Signal Processing. (line 742) * stft <4>: Signal Processing. (line 743) * stft <5>: Signal Processing. (line 744) * stop: Playback. (line 35) * stop <1>: Recording. (line 26) * str2double: String Conversions. (line 193) * str2func: Function Handles. (line 88) * str2func <1>: Function Handles. (line 89) * str2num: String Conversions. (line 258) * str2num <1>: String Conversions. (line 259) * strcat: Concatenating Strings. (line 154) * strchr: Manipulating Strings. (line 83) * strchr <1>: Manipulating Strings. (line 84) * strchr <2>: Manipulating Strings. (line 85) * strchr <3>: Manipulating Strings. (line 86) * strcmp: Comparing Strings. (line 20) * strcmpi: Comparing Strings. (line 60) * strfind: Manipulating Strings. (line 130) * strfind <1>: Manipulating Strings. (line 131) * strfind <2>: Manipulating Strings. (line 132) * strftime: Timing Utilities. (line 174) * string_fill_char: Character Arrays. (line 51) * string_fill_char <1>: Character Arrays. (line 52) * string_fill_char <2>: Character Arrays. (line 53) * strjoin: Manipulating Strings. (line 169) * strjoin <1>: Manipulating Strings. (line 170) * strjust: String Conversions. (line 236) * strjust <1>: String Conversions. (line 237) * strmatch: Manipulating Strings. (line 189) * strmatch <1>: Manipulating Strings. (line 190) * strncmp: Comparing Strings. (line 37) * strncmpi: Comparing Strings. (line 79) * strptime: Timing Utilities. (line 317) * strread: Manipulating Strings. (line 386) * strread <1>: Manipulating Strings. (line 387) * strread <2>: Manipulating Strings. (line 388) * strread <3>: Manipulating Strings. (line 389) * strread <4>: Manipulating Strings. (line 390) * strrep: Manipulating Strings. (line 524) * strrep <1>: Manipulating Strings. (line 525) * strrep <2>: Manipulating Strings. (line 526) * strsplit: Manipulating Strings. (line 249) * strsplit <1>: Manipulating Strings. (line 250) * strsplit <2>: Manipulating Strings. (line 251) * strsplit <3>: Manipulating Strings. (line 252) * strtok: Manipulating Strings. (line 220) * strtok <1>: Manipulating Strings. (line 221) * strtrim: Manipulating Strings. (line 37) * strtrunc: Manipulating Strings. (line 54) * struct: Creating Structures. (line 104) * struct <1>: Creating Structures. (line 105) * struct <2>: Creating Structures. (line 106) * struct2cell: Processing Data in Structures. (line 14) * struct2hdl: Graphics Objects. (line 485) * struct2hdl <1>: Graphics Objects. (line 486) * struct2hdl <2>: Graphics Objects. (line 487) * structfun: Function Application. (line 229) * structfun <1>: Function Application. (line 230) * structfun <2>: Function Application. (line 231) * structfun <3>: Function Application. (line 232) * struct_levels_to_print: Basic Usage and Examples. (line 96) * struct_levels_to_print <1>: Basic Usage and Examples. (line 97) * struct_levels_to_print <2>: Basic Usage and Examples. (line 98) * strvcat: Concatenating Strings. (line 123) * strvcat <1>: Concatenating Strings. (line 124) * strvcat <2>: Concatenating Strings. (line 125) * strvcat <3>: Concatenating Strings. (line 126) * sub2ind: Advanced Indexing. (line 132) * sub2ind <1>: Advanced Indexing. (line 133) * subplot: Multiple Plots on One Page. (line 22) * subplot <1>: Multiple Plots on One Page. (line 23) * subplot <2>: Multiple Plots on One Page. (line 24) * subplot <3>: Multiple Plots on One Page. (line 25) * subplot <4>: Multiple Plots on One Page. (line 26) * subplot <5>: Multiple Plots on One Page. (line 27) * subplot <6>: Multiple Plots on One Page. (line 28) * subplot <7>: Multiple Plots on One Page. (line 29) * subsasgn: Defining Indexing And Indexed Assignment. (line 92) * subsindex: Defining Indexing And Indexed Assignment. (line 165) * subspace: Matrix Factorizations. (line 602) * subsref: Defining Indexing And Indexed Assignment. (line 14) * substr: Manipulating Strings. (line 545) * substr <1>: Manipulating Strings. (line 546) * substruct: Manipulating Structures. (line 213) * sum: Sums and Products. (line 6) * sum <1>: Sums and Products. (line 7) * sum <2>: Sums and Products. (line 8) * sum <3>: Sums and Products. (line 9) * sum <4>: Sums and Products. (line 10) * summer: Representing Images. (line 371) * summer <1>: Representing Images. (line 372) * sumsq: Sums and Products. (line 89) * sumsq <1>: Sums and Products. (line 90) * superiorto: Precedence of Objects. (line 13) * suppress_verbose_help_message: Getting Help. (line 243) * suppress_verbose_help_message <1>: Getting Help. (line 244) * suppress_verbose_help_message <2>: Getting Help. (line 245) * surf: Three-Dimensional Plots. (line 186) * surf <1>: Three-Dimensional Plots. (line 187) * surf <2>: Three-Dimensional Plots. (line 188) * surf <3>: Three-Dimensional Plots. (line 189) * surf <4>: Three-Dimensional Plots. (line 190) * surf <5>: Three-Dimensional Plots. (line 191) * surface: Graphics Objects. (line 154) * surface <1>: Graphics Objects. (line 155) * surface <2>: Graphics Objects. (line 156) * surface <3>: Graphics Objects. (line 157) * surface <4>: Graphics Objects. (line 158) * surface <5>: Graphics Objects. (line 159) * surface <6>: Graphics Objects. (line 160) * surfc: Three-Dimensional Plots. (line 229) * surfc <1>: Three-Dimensional Plots. (line 230) * surfc <2>: Three-Dimensional Plots. (line 231) * surfc <3>: Three-Dimensional Plots. (line 232) * surfc <4>: Three-Dimensional Plots. (line 233) * surfc <5>: Three-Dimensional Plots. (line 234) * surfl: Three-Dimensional Plots. (line 272) * surfl <1>: Three-Dimensional Plots. (line 273) * surfl <2>: Three-Dimensional Plots. (line 274) * surfl <3>: Three-Dimensional Plots. (line 275) * surfl <4>: Three-Dimensional Plots. (line 276) * surfl <5>: Three-Dimensional Plots. (line 277) * surfl <6>: Three-Dimensional Plots. (line 278) * surfl <7>: Three-Dimensional Plots. (line 279) * surfnorm: Three-Dimensional Plots. (line 328) * surfnorm <1>: Three-Dimensional Plots. (line 329) * surfnorm <2>: Three-Dimensional Plots. (line 330) * surfnorm <3>: Three-Dimensional Plots. (line 331) * surfnorm <4>: Three-Dimensional Plots. (line 332) * svd: Matrix Factorizations. (line 606) * svd <1>: Matrix Factorizations. (line 607) * svd <2>: Matrix Factorizations. (line 608) * svds: Sparse Linear Algebra. (line 523) * svds <1>: Sparse Linear Algebra. (line 524) * svds <2>: Sparse Linear Algebra. (line 525) * svds <3>: Sparse Linear Algebra. (line 526) * svds <4>: Sparse Linear Algebra. (line 527) * svds <5>: Sparse Linear Algebra. (line 528) * svd_driver: Matrix Factorizations. (line 659) * svd_driver <1>: Matrix Factorizations. (line 660) * svd_driver <2>: Matrix Factorizations. (line 661) * swapbytes: Built-in Data Types. (line 130) * syl: Functions of a Matrix. (line 91) * symamd: Mathematical Considerations. (line 387) * symamd <1>: Mathematical Considerations. (line 388) * symamd <2>: Mathematical Considerations. (line 389) * symamd <3>: Mathematical Considerations. (line 390) * symbfact: Sparse Linear Algebra. (line 270) * symbfact <1>: Sparse Linear Algebra. (line 271) * symbfact <2>: Sparse Linear Algebra. (line 272) * symlink: Filesystem Utilities. (line 83) * symlink <1>: Filesystem Utilities. (line 84) * symrcm: Mathematical Considerations. (line 451) * symvar: Inline Functions. (line 62) * synthesis: Signal Processing. (line 776) * system: Controlling Subprocesses. (line 16) * system <1>: Controlling Subprocesses. (line 17) * system <2>: Controlling Subprocesses. (line 18) * system <3>: Controlling Subprocesses. (line 19) * S_ISBLK: Filesystem Utilities. (line 275) * S_ISCHR: Filesystem Utilities. (line 282) * S_ISDIR: Filesystem Utilities. (line 289) * S_ISFIFO: Filesystem Utilities. (line 296) * S_ISLNK: Filesystem Utilities. (line 303) * S_ISREG: Filesystem Utilities. (line 310) * S_ISSOCK: Filesystem Utilities. (line 317) * table: Basic Statistical Functions. (line 209) * table <1>: Basic Statistical Functions. (line 210) * tan: Trigonometry. (line 41) * tand: Trigonometry. (line 190) * tanh: Trigonometry. (line 107) * tar: File Archiving Utilities. (line 55) * tar <1>: File Archiving Utilities. (line 56) * tcdf: Distributions. (line 408) * tempdir: Temporary Files. (line 68) * tempname: Temporary Files. (line 49) * tempname <1>: Temporary Files. (line 50) * tempname <2>: Temporary Files. (line 51) * terminal_size: Terminal Output. (line 67) * test: Test Functions. (line 6) * test <1>: Test Functions. (line 7) * test <2>: Test Functions. (line 8) * test <3>: Test Functions. (line 9) * test <4>: Test Functions. (line 10) * test <5>: Test Functions. (line 11) * test <6>: Test Functions. (line 12) * test <7>: Test Functions. (line 13) * test <8>: Test Functions. (line 14) * tetramesh: Plotting the Triangulation. (line 100) * tetramesh <1>: Plotting the Triangulation. (line 101) * tetramesh <2>: Plotting the Triangulation. (line 102) * tetramesh <3>: Plotting the Triangulation. (line 103) * texi_macros_file: Getting Help. (line 176) * texi_macros_file <1>: Getting Help. (line 177) * texi_macros_file <2>: Getting Help. (line 178) * text: Plot Annotations. (line 138) * text <1>: Plot Annotations. (line 139) * text <2>: Plot Annotations. (line 140) * text <3>: Plot Annotations. (line 141) * textread: Simple File I/O. (line 444) * textread <1>: Simple File I/O. (line 445) * textread <2>: Simple File I/O. (line 446) * textread <3>: Simple File I/O. (line 447) * textread <4>: Simple File I/O. (line 449) * textscan: Simple File I/O. (line 520) * textscan <1>: Simple File I/O. (line 521) * textscan <2>: Simple File I/O. (line 522) * textscan <3>: Simple File I/O. (line 523) * textscan <4>: Simple File I/O. (line 524) * textscan <5>: Simple File I/O. (line 525) * tic: Timing Utilities. (line 417) * tic <1>: Timing Utilities. (line 418) * tilde_expand: Filesystem Utilities. (line 533) * time: Timing Utilities. (line 48) * times: Arithmetic Ops. (line 217) * times <1>: Arithmetic Ops. (line 218) * tinv: Distributions. (line 413) * title: Plot Annotations. (line 25) * title <1>: Plot Annotations. (line 26) * title <2>: Plot Annotations. (line 27) * title <3>: Plot Annotations. (line 28) * tmpfile: Temporary Files. (line 35) * toascii: String Conversions. (line 284) * toc: Timing Utilities. (line 419) * toc <1>: Timing Utilities. (line 420) * toc <2>: Timing Utilities. (line 421) * toeplitz: Famous Matrices. (line 420) * toeplitz <1>: Famous Matrices. (line 421) * tolower: String Conversions. (line 295) * toupper: String Conversions. (line 308) * tpdf: Distributions. (line 403) * trace: Basic Matrix Functions. (line 439) * transpose: Arithmetic Ops. (line 231) * trapz: Functions of One Variable. (line 458) * trapz <1>: Functions of One Variable. (line 459) * trapz <2>: Functions of One Variable. (line 460) * treelayout: Information. (line 192) * treelayout <1>: Information. (line 193) * treeplot: Information. (line 178) * treeplot <1>: Information. (line 179) * tril: Rearranging Matrices. (line 451) * tril <1>: Rearranging Matrices. (line 452) * tril <2>: Rearranging Matrices. (line 453) * trimesh: Plotting the Triangulation. (line 29) * trimesh <1>: Plotting the Triangulation. (line 30) * trimesh <2>: Plotting the Triangulation. (line 31) * trimesh <3>: Plotting the Triangulation. (line 32) * trimesh <4>: Plotting the Triangulation. (line 33) * triplequad: Functions of Multiple Variables. (line 73) * triplequad <1>: Functions of Multiple Variables. (line 74) * triplequad <2>: Functions of Multiple Variables. (line 75) * triplequad <3>: Functions of Multiple Variables. (line 76) * triplot: Plotting the Triangulation. (line 10) * triplot <1>: Plotting the Triangulation. (line 11) * triplot <2>: Plotting the Triangulation. (line 12) * trisurf: Plotting the Triangulation. (line 66) * trisurf <1>: Plotting the Triangulation. (line 67) * trisurf <2>: Plotting the Triangulation. (line 68) * trisurf <3>: Plotting the Triangulation. (line 69) * triu: Rearranging Matrices. (line 454) * triu <1>: Rearranging Matrices. (line 455) * triu <2>: Rearranging Matrices. (line 456) * trnd: Random Number Generation. (line 342) * trnd <1>: Random Number Generation. (line 343) * trnd <2>: Random Number Generation. (line 344) * trnd <3>: Random Number Generation. (line 345) * true: Logical Values. (line 49) * true <1>: Logical Values. (line 50) * true <2>: Logical Values. (line 51) * tsearch: Identifying Points in Triangulation. (line 55) * tsearchn: Identifying Points in Triangulation. (line 64) * tsearchn <1>: Identifying Points in Triangulation. (line 65) * type: Status of Variables. (line 340) * type <1>: Status of Variables. (line 341) * type <2>: Status of Variables. (line 342) * typecast: Built-in Data Types. (line 84) * typeinfo: Data Types. (line 18) * typeinfo <1>: Data Types. (line 19) * t_test: Tests. (line 360) * t_test_2: Tests. (line 379) * t_test_regression: Tests. (line 399) * uicontextmenu: UI Elements. (line 10) * uicontrol: UI Elements. (line 12) * uicontrol <1>: UI Elements. (line 13) * uicontrol <2>: UI Elements. (line 14) * uigetdir: I/O Dialogs. (line 10) * uigetdir <1>: I/O Dialogs. (line 11) * uigetdir <2>: I/O Dialogs. (line 12) * uigetfile: I/O Dialogs. (line 22) * uigetfile <1>: I/O Dialogs. (line 23) * uigetfile <2>: I/O Dialogs. (line 24) * uigetfile <3>: I/O Dialogs. (line 25) * uigetfile <4>: I/O Dialogs. (line 26) * uigetfile <5>: I/O Dialogs. (line 27) * uimenu: Interacting with Plots. (line 64) * uimenu <1>: Interacting with Plots. (line 65) * uint16: Integer Data Types. (line 59) * uint32: Integer Data Types. (line 73) * uint64: Integer Data Types. (line 87) * uint8: Integer Data Types. (line 45) * uipanel: UI Elements. (line 16) * uipanel <1>: UI Elements. (line 17) * uipushtool: UI Elements. (line 19) * uipushtool <1>: UI Elements. (line 20) * uiputfile: I/O Dialogs. (line 68) * uiputfile <1>: I/O Dialogs. (line 69) * uiputfile <2>: I/O Dialogs. (line 70) * uiputfile <3>: I/O Dialogs. (line 71) * uiresume: GUI Utility Functions. (line 78) * uitoggletool: UI Elements. (line 22) * uitoggletool <1>: UI Elements. (line 23) * uitoolbar: UI Elements. (line 25) * uitoolbar <1>: UI Elements. (line 26) * uiwait: GUI Utility Functions. (line 59) * uiwait <1>: GUI Utility Functions. (line 60) * uiwait <2>: GUI Utility Functions. (line 61) * umask: Filesystem Utilities. (line 166) * uminus: Arithmetic Ops. (line 238) * uname: System Information. (line 37) * undo_string_escapes: String Conversions. (line 330) * unidcdf: Distributions. (line 430) * unidinv: Distributions. (line 435) * unidpdf: Distributions. (line 421) * unidrnd: Random Number Generation. (line 359) * unidrnd <1>: Random Number Generation. (line 360) * unidrnd <2>: Random Number Generation. (line 361) * unidrnd <3>: Random Number Generation. (line 362) * unifcdf: Distributions. (line 447) * unifcdf <1>: Distributions. (line 448) * unifinv: Distributions. (line 454) * unifinv <1>: Distributions. (line 455) * unifpdf: Distributions. (line 440) * unifpdf <1>: Distributions. (line 441) * unifrnd: Random Number Generation. (line 379) * unifrnd <1>: Random Number Generation. (line 380) * unifrnd <2>: Random Number Generation. (line 381) * unifrnd <3>: Random Number Generation. (line 382) * union: Set Operations. (line 44) * union <1>: Set Operations. (line 45) * union <2>: Set Operations. (line 46) * unique: Sets. (line 14) * unique <1>: Sets. (line 15) * unique <2>: Sets. (line 16) * unique <3>: Sets. (line 17) * unique <4>: Sets. (line 18) * unix: Controlling Subprocesses. (line 57) * unix <1>: Controlling Subprocesses. (line 58) * unix <2>: Controlling Subprocesses. (line 59) * unix <3>: Controlling Subprocesses. (line 60) * unlink: Filesystem Utilities. (line 65) * unmkpp: Polynomial Interpolation. (line 311) * unpack: File Archiving Utilities. (line 119) * unpack <1>: File Archiving Utilities. (line 120) * unpack <2>: File Archiving Utilities. (line 121) * unsetenv: Environment Variables. (line 27) * untabify: Manipulating Strings. (line 835) * untabify <1>: Manipulating Strings. (line 836) * untabify <2>: Manipulating Strings. (line 837) * untar: File Archiving Utilities. (line 74) * untar <1>: File Archiving Utilities. (line 75) * unwrap: Signal Processing. (line 373) * unwrap <1>: Signal Processing. (line 374) * unwrap <2>: Signal Processing. (line 375) * unzip: File Archiving Utilities. (line 106) * unzip <1>: File Archiving Utilities. (line 107) * uplus: Arithmetic Ops. (line 243) * upper: String Conversions. (line 309) * urlread: URL Manipulation. (line 6) * urlread <1>: URL Manipulation. (line 7) * urlread <2>: URL Manipulation. (line 8) * urlread <3>: URL Manipulation. (line 9) * urlwrite: URL Manipulation. (line 38) * urlwrite <1>: URL Manipulation. (line 39) * urlwrite <2>: URL Manipulation. (line 40) * urlwrite <3>: URL Manipulation. (line 41) * usejava: Java Interface Functions. (line 281) * usleep: Timing Utilities. (line 475) * u_test: Tests. (line 420) * validateattributes: Multiple Return Values. (line 251) * validateattributes <1>: Multiple Return Values. (line 252) * validateattributes <2>: Multiple Return Values. (line 253) * validateattributes <3>: Multiple Return Values. (line 255) * validateattributes <4>: Multiple Return Values. (line 257) * validatestring: Multiple Return Values. (line 216) * validatestring <1>: Multiple Return Values. (line 217) * validatestring <2>: Multiple Return Values. (line 218) * validatestring <3>: Multiple Return Values. (line 220) * vander: Famous Matrices. (line 441) * vander <1>: Famous Matrices. (line 442) * var: Descriptive Statistics. (line 175) * var <1>: Descriptive Statistics. (line 176) * var <2>: Descriptive Statistics. (line 177) * var_test: Tests. (line 440) * vec: Rearranging Matrices. (line 494) * vec <1>: Rearranging Matrices. (line 495) * vech: Rearranging Matrices. (line 508) * vectorize: Basic Vectorization. (line 66) * ver: System Information. (line 137) * ver <1>: System Information. (line 138) * ver <2>: System Information. (line 139) * ver <3>: System Information. (line 140) * version: System Information. (line 128) * vertcat: Rearranging Matrices. (line 166) * view: Three-Dimensional Plots. (line 798) * view <1>: Three-Dimensional Plots. (line 799) * view <2>: Three-Dimensional Plots. (line 800) * view <3>: Three-Dimensional Plots. (line 801) * view <4>: Three-Dimensional Plots. (line 802) * view <5>: Three-Dimensional Plots. (line 803) * view <6>: Three-Dimensional Plots. (line 804) * voronoi: Voronoi Diagrams. (line 14) * voronoi <1>: Voronoi Diagrams. (line 15) * voronoi <2>: Voronoi Diagrams. (line 16) * voronoi <3>: Voronoi Diagrams. (line 17) * voronoi <4>: Voronoi Diagrams. (line 18) * voronoi <5>: Voronoi Diagrams. (line 19) * voronoin: Voronoi Diagrams. (line 51) * voronoin <1>: Voronoi Diagrams. (line 52) * waitbar: Progress Bar. (line 6) * waitbar <1>: Progress Bar. (line 7) * waitbar <2>: Progress Bar. (line 8) * waitbar <3>: Progress Bar. (line 9) * waitbar <4>: Progress Bar. (line 10) * waitbar <5>: Progress Bar. (line 11) * waitfor: GUI Utility Functions. (line 87) * waitfor <1>: GUI Utility Functions. (line 88) * waitfor <2>: GUI Utility Functions. (line 89) * waitfor <3>: GUI Utility Functions. (line 90) * waitforbuttonpress: Interacting with Plots. (line 33) * waitforbuttonpress <1>: Interacting with Plots. (line 34) * waitpid: Controlling Subprocesses. (line 290) * warndlg: Dialog Box Functions. (line 205) * warndlg <1>: Dialog Box Functions. (line 206) * warndlg <2>: Dialog Box Functions. (line 207) * warning: Issuing Warnings. (line 33) * warning <1>: Issuing Warnings. (line 34) * warning <2>: Issuing Warnings. (line 35) * warning <3>: Issuing Warnings. (line 36) * warning <4>: Issuing Warnings. (line 37) * warning <5>: Issuing Warnings. (line 38) * warning <6>: Issuing Warnings. (line 39) * warning <7>: Issuing Warnings. (line 40) * warranty: Getting Help. (line 107) * waterfall: Three-Dimensional Plots. (line 966) * waterfall <1>: Three-Dimensional Plots. (line 967) * waterfall <2>: Three-Dimensional Plots. (line 968) * waterfall <3>: Three-Dimensional Plots. (line 969) * waterfall <4>: Three-Dimensional Plots. (line 970) * waterfall <5>: Three-Dimensional Plots. (line 971) * wavread: Audio Data Processing. (line 106) * wavread <1>: Audio Data Processing. (line 107) * wavread <2>: Audio Data Processing. (line 108) * wavread <3>: Audio Data Processing. (line 109) * wavread <4>: Audio Data Processing. (line 110) * wavread <5>: Audio Data Processing. (line 111) * wavread <6>: Audio Data Processing. (line 112) * wavwrite: Audio Data Processing. (line 136) * wavwrite <1>: Audio Data Processing. (line 137) * wavwrite <2>: Audio Data Processing. (line 138) * wblcdf: Distributions. (line 475) * wblcdf <1>: Distributions. (line 476) * wblcdf <2>: Distributions. (line 477) * wblinv: Distributions. (line 490) * wblinv <1>: Distributions. (line 491) * wblinv <2>: Distributions. (line 492) * wblpdf: Distributions. (line 461) * wblpdf <1>: Distributions. (line 462) * wblpdf <2>: Distributions. (line 463) * wblrnd: Random Number Generation. (line 396) * wblrnd <1>: Random Number Generation. (line 397) * wblrnd <2>: Random Number Generation. (line 398) * wblrnd <3>: Random Number Generation. (line 399) * WCONTINUE: Controlling Subprocesses. (line 336) * WCOREDUMP: Controlling Subprocesses. (line 344) * weekday: Timing Utilities. (line 690) * weekday <1>: Timing Utilities. (line 691) * welch_test: Tests. (line 460) * WEXITSTATUS: Controlling Subprocesses. (line 359) * what: Status of Variables. (line 362) * what <1>: Status of Variables. (line 363) * what <2>: Status of Variables. (line 364) * which: Status of Variables. (line 354) * white: Representing Images. (line 380) * white <1>: Representing Images. (line 381) * whitebg: Representing Images. (line 474) * whitebg <1>: Representing Images. (line 475) * whitebg <2>: Representing Images. (line 476) * whitebg <3>: Representing Images. (line 477) * who: Status of Variables. (line 17) * who <1>: Status of Variables. (line 18) * who <2>: Status of Variables. (line 19) * who <3>: Status of Variables. (line 20) * whos: Status of Variables. (line 52) * whos <1>: Status of Variables. (line 53) * whos <2>: Status of Variables. (line 54) * whos <3>: Status of Variables. (line 55) * whos_line_format: Status of Variables. (line 111) * whos_line_format <1>: Status of Variables. (line 112) * whos_line_format <2>: Status of Variables. (line 113) * wienrnd: Random Number Generation. (line 413) * WIFCONTINUED: Controlling Subprocesses. (line 371) * WIFEXITED: Controlling Subprocesses. (line 404) * WIFSIGNALED: Controlling Subprocesses. (line 381) * WIFSTOPPED: Controlling Subprocesses. (line 391) * wilcoxon_test: Tests. (line 480) * wilkinson: Famous Matrices. (line 459) * winter: Representing Images. (line 389) * winter <1>: Representing Images. (line 390) * WNOHANG: Controlling Subprocesses. (line 414) * WSTOPSIG: Controlling Subprocesses. (line 422) * WTERMSIG: Controlling Subprocesses. (line 435) * WUNTRACED: Controlling Subprocesses. (line 448) * xlabel: Plot Annotations. (line 161) * xlabel <1>: Plot Annotations. (line 162) * xlabel <2>: Plot Annotations. (line 163) * xlabel <3>: Plot Annotations. (line 164) * xlim: Axis Configuration. (line 142) * xlim <1>: Axis Configuration. (line 143) * xlim <2>: Axis Configuration. (line 144) * xlim <3>: Axis Configuration. (line 145) * xlim <4>: Axis Configuration. (line 146) * xlim <5>: Axis Configuration. (line 147) * xor: Finding Elements and Checking Conditions. (line 61) * xor <1>: Finding Elements and Checking Conditions. (line 62) * yes_or_no: Terminal Input. (line 65) * ylim: Axis Configuration. (line 142) * yulewalker: Signal Processing. (line 787) * zeros: Special Utility Matrices. (line 70) * zeros <1>: Special Utility Matrices. (line 71) * zeros <2>: Special Utility Matrices. (line 72) * zeros <3>: Special Utility Matrices. (line 73) * zeros <4>: Special Utility Matrices. (line 74) * zip: File Archiving Utilities. (line 87) * zip <1>: File Archiving Utilities. (line 88) * zlim: Axis Configuration. (line 142) * zoom: Manipulation of Plot Objects. (line 57) * zoom <1>: Manipulation of Plot Objects. (line 58) * zoom <2>: Manipulation of Plot Objects. (line 59) * zoom <3>: Manipulation of Plot Objects. (line 60) * zoom <4>: Manipulation of Plot Objects. (line 61) * zoom <5>: Manipulation of Plot Objects. (line 62) * zoom <6>: Manipulation of Plot Objects. (line 63) * zoom <7>: Manipulation of Plot Objects. (line 64) * zoom <8>: Manipulation of Plot Objects. (line 65) * zscore: Basic Statistical Functions. (line 31) * zscore <1>: Basic Statistical Functions. (line 32) * zscore <2>: Basic Statistical Functions. (line 33) * zscore <3>: Basic Statistical Functions. (line 34) * z_test: Tests. (line 502) * z_test_2: Tests. (line 522)