diff options
Diffstat (limited to 'externals/gridflow/doc/format.xml')
| -rw-r--r-- | externals/gridflow/doc/format.xml | 780 |
1 files changed, 0 insertions, 780 deletions
diff --git a/externals/gridflow/doc/format.xml b/externals/gridflow/doc/format.xml deleted file mode 100644 index 030a777d..00000000 --- a/externals/gridflow/doc/format.xml +++ /dev/null @@ -1,780 +0,0 @@ -<?xml version="1.0" standalone="no" ?> -<!DOCTYPE documentation SYSTEM 'jmax.dtd'> -<documentation title="Reference Manual: Format Classes"> -<!-- $Id: format.xml,v 1.2 2006-03-15 04:44:50 matju Exp $ --> -<!-- - GridFlow Reference Manual: Format Handler Reference - Copyright (c) 2001,2002,2003,2004,2005 by Mathieu Bouchard ---> - -<section name="Objects for Input/Output"> - - <class name="#in"> - <icon text="[#in]"/> - <help text="[#in]" image="#inout"/> - - <method name="init" min="0"> - <arg name="format"/> - <rest name="format_specific_part"/> - - If no arguments given, creates an input object for an unspecified - format. You then need to use the <k>"open"</k> command to link - a format handler to it. - - If arguments given, the <k>"open"</k> command is immediately called - with those arguments. - - Remember that most formats produce Dim[rows,columns,3] grids with - 0-255 values. (Most.) - </method> - - <inlet id="0"> - <method name="open" min="1"> - <arg name="format"/> - <rest name="format_specific_part"/> - This is the command that gives a particular resource - to a <k>[#out]</k> object. This is done through a "format" - (there is a list of formats in this manual). The other - arguments depend on the chosen format. The format may - be a file format or a protocol or a hardware device, etc. - - The format called "file" is a special shortcut that autodetects the - type of file (by name suffix) and picks up the appropriate handler. - </method> - <method name="open"> - <arg name="filename"/> - This is a shortcut for <k>"open file"</k> followed by a filename. - The filename must contain a dot, else it will be seen as a handler name. - </method> - <method name="close"> - close may be necessary if you operate on <k>"/dev/video"</k>, - which can only be read by one at a time. otherwise it's - usually not necessary. - </method> - <method name="int"> - <arg name="frame_number"/> - selects one picture from a multi-picture format - and then does the same as a bang. - </method> - <method name="set"> - <arg name="frame_number"/> - selects one picture from a multi-picture format, - to be displayed by the next bang. - </method> - <method name="bang"> - sends a grid through the outlet. the grid may be the - result of reading from a file, acquiring from a device, - capturing from the screen etc. - - this is format-specific. most formats - produce grid(rows columns {red green blue}). - - In formats that read from a file, reading another picture - will continue if there are several pictures in the - same file, but if the end of file is reached instead, - it will rewind and send the first picture again. - - see section "External Picture Formats". - - </method> - <method name="option"> - <arg name="selector" type="symbol"/> - <rest name="stuff"/> - Obsolete. the word "option" is optional now. - </method> - <method name="rewind"> - rewinds to beginning of file if applicable. - </method> - <method name="loop"> - <arg name="flag" type="bool"/> - controls the automatic looping of movies. - </method> - </inlet> - - <outlet id="1"> - <method name="int"> - frame number of frame just sent, - for formats that have frame numbers. - </method> - - <method name="bang"> - tried to read a frame that does not exist - (signals end of file) - </method> - </outlet> - </class> - - <class name="#out"> - <icon text="[#out]"/> - <help text="[#out]" image="#inout"/> - - <method name="init" min="0"> - <arg name="format"/> - <rest name="format_specific_part"/> - - If no arguments given, creates an output object for an unspecified - format. You then need to use the <k>"open"</k> command to link - a format handler to it. - - If arguments given, the <k>"open"</k> command is immediately called - with those arguments. - - Remember that most formats expect dim(rows,columns,3) grids with - 0-255 values. (Most.) - </method> - <method name="init"> - <arg name="rows" type="integer"/> - <arg name="columns" type="integer"/> - - This alternate way to create an <k>[#out]</k> automatically calls - <k>"open window"</k> and <k>"out_size <i>rows columns</i>"</k>. - </method> - <inlet id="0"> - <method name="open" min="1"> - <arg name="format"/> - <rest name="format_specific_part"/> - This is the command that gives a particular resource - to a <k>[#out]</k> object. This is done through a "format" - (there is a list of formats in this manual). The other - arguments depend on the chosen format. The format may - be a file format or a protocol or a hardware device, etc. - </method> - <method name="open file"> - The format called "file" is a special shortcut that autodetects the - type of file (by name suffix) and picks up the appropriate handler. - </method> - <method name="open"> - <arg name="filename"/> - This is a shortcut for "open file" followed by a filename. - The filename must contain a dot, else it will be seen as a handler name. - </method> - <method name="grid"><arg name="grid" type="grid"/> - this is format-specific. most formats - expect grid(rows columns {red green blue}). - - In formats that write to a file, sending a 2nd picture - overwrites the first. - - see section "External Picture Formats". - </method> - <method name="close"> - closes the file. usually not necessary. - </method> - <method name="option"> - <arg name="selector" type="symbol"/> - <rest name="stuff"/> - Obsolete. Omit the word "option" now. - </method> - <method name="timelog"> - <arg name="status" type="0,1"/> - when status=1, current time (unix clock) and time since last - frame-end are printed in the console. when status=0, it is off. - default is 0. - </method> - <method name="rewind"> - rewinds to beginning of file if applicable. - will overwrite the previous data. - </method> - </inlet> - <outlet id="0"> - <method name="bang"> - sent when a complete grid has been received. - </method> - </outlet> - </class> - - <class name="#peephole"> - <p> - This object class only works with a X11-based version of Pd. - (e.g. on Linux, BSD, but not MacOS X). - </p> - <p>Similar to <k>[#out window]</k>, except it creates an inset in the patch you put it - in, and a scaled version of the picture appears in the inset. It also emits the same messages - as <k>[#out window]</k> and automatically scales cursor position according to the current scale factor. - The scale factor is decided automatically. - </p> - <method name="init"> - <arg name="height" type="int"/> - <arg name="width" type="int"/> - </method> - <p>All other methods are as in <k>[#out window]</k>.</p> - </class> - <class name="#mouse"> - This will process the "position" messages emitted by <k>[#out]</k> or <k>[#peephole]</k> in - useful ways. - <outlet id="0"><method name="list"> - y,x coords of a click - </method></outlet> - <outlet id="1"><method name="list"> - y,x coords of a drag (any button is kept pressed) - </method></outlet> - <outlet id="2"><method name="list"> - y,x coords of an unclick - </method></outlet> - <outlet id="3"><method name="list"> - y,x coords of a move (no button is pressed) - </method></outlet> - <outlet id="4"><method name="float" type="0,1">button 1 status</method></outlet> - <outlet id="5"><method name="float" type="0,1">button 2 status</method></outlet> - <outlet id="6"><method name="float" type="0,1">button 3 status</method></outlet> - <outlet id="7"><method name="float" type="-1,1"> - wheel difference: -1 = roll up; 1 = roll down. - </method></outlet> - </class> - <class name="#camera"> - Works about like <k>[#in videodev]</k> except you can right-click-open it to access all of the - camera settings visually. - </class> -</section> - -<section name="Picture/Movie Formats"> - - <class name="format ppm #in/#out"> - <icon image="format_ppm" text="[open filename.ppm]"/> - - <p>Subformat P6 only. - Max-number can only be 255 (24-bit RGB). - </p> - - <method name="open ppm file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - - <method name="open ppm gzfile"> - <arg name="filename" type="symbol"/> - same but for .ppm.gz files - </method> - - <method name="grid"> - <arg name="grid" type="grid(rows columns {r g b})"/> - values 0-255 - </method> - </class> - - <class name="format targa #in/#out"> - <icon image="format_targa" text="[open filename.tga]"/> - <p>Support for RGB-24 (3 channels) and RGBA-32 (4 channels)</p> - - <method name="open targa file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - - <method name="open targa gzfile"> - <arg name="filename" type="symbol"/> - same but for .tga.gz files - </method> - - <method name="grid"><arg name="grid" type="grid(rows columns 3)"/>RGB-24</method> - <method name="grid"><arg name="grid" type="grid(rows columns 4)"/>RGBA-32</method> - </class> - - <class name="format jpeg #in/#out"> - <!--<icon image="format_jpeg" text="[open foo.jpg]"/>--> - <p>Support for RGB non-progressive</p> - - <method name="open jpeg file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - - <method name="grid"> - <arg name="grid" type="grid(rows columns 3)"/>RGB-24 - </method> - </class> - - <class name="format png #in"> - <!--<icon image="format_jpeg" text="[open foo.jpg]"/>--> - <p>Support for RGB non-progressive</p> - - <method name="open png file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - - <method name="grid"><arg name="grid" type="grid(rows columns 1)"/>Y-8 (greyscale)</method> - <method name="grid"><arg name="grid" type="grid(rows columns 2)"/>YA-16 (greyscale and transparency)</method> - <method name="grid"><arg name="grid" type="grid(rows columns 3)"/>RGB-24 (colour)</method> - <method name="grid"><arg name="grid" type="grid(rows columns 4)"/>RGBA-32 (colour and transparency)</method> - </class> - - <class name="format quicktime #in/#out"> - <p>Support for .mov files.</p> - <p>This format supports frame-seek and frame-tell.</p> - <p>Uses the HW-QuickTime library aka QuickTime4Linux - (libquicktime.so). There is also a variant on the same library and that project - is just called LibQuickTime.</p> - <p>Some versions of those libraries may include support for different codecs, - and some also may support entirely different wrapper formats such as AVI.</p> - <p>On Macintosh, Apple QuickTime is used instead, but several of the following - messages may not be available.</p> - - <method name="open quicktime file"> - <arg name="filename" type="symbol" /> - </method> - <method name="codec"> - <arg name="codec" type="symbol"/> - Allowed values are at least: raw, jpeg, png, mjpa, yuv2, yuv4. - Some other values may allowed, depending on the version of the library - and which codec plugins are installed. - Must be set before the first frame is written. - only applies to <k>[#out]</k>. Choosing a codec is important - because codecs influence greatly the speed of - encoding, the speed of decoding, - the size of the written file, and its fidelity to the - original content. Note that there exist other Apple-QuickTime - codecs that are not supported by HW-QuickTime. - </method> - <method name="parameter"> - <arg name="key" type="symbol"/> - <arg name="value" type="int"/> - Sets special codec-specific settings. - For example: <k>"parameter jpeg_quality 75"</k> - </method> - <method name="framerate"> - <arg name="fps" type="int"/> - Sets the framerate of the file. - This is not used by GridFlow when reading a file, but other - programs usually care. - </method> - - <method name="colorspace"> - <arg name="colorspace" type="symbol"/> - Allowed values are rgb, rgba, bgr, bgra, yuv, yuva. - Normally you don't need this. - </method> - <method name="size"> - <arg name="height" type="int"/> - <arg name="width" type="int"/> - Forces a window size when writing. Usually this has to be used <u>after</u> - setting the framerate and codec and <u>before</u> setting the codec-parameters. - (Strange. Sorry.) - </method> - <method name="force_size"> - <arg name="height" type="int"/> - <arg name="width" type="int"/> - forces a window size when reading. - this is a workaround for a problem in HW-QuickTime. - </method> - </class> - - <class name="format mpeg #in"> - <icon image="format_mpeg" text="[open mpeg file filename.mpeg]"/> - <p>support for .mpeg files</p> - <p>this format supports frame-seek and frame-tell.</p> - <p>Two different libraries are available for dealing with - MPEG files. Those have different details, capabilities and quirks.</p> - <p>In any case, GridFlow does not support importing audio from - those files.</p> - <p>If you use the HeroineWarrior library, you may open several - mpeg files at once, but not with the GregWard library.</p> - <p>Libraries may scream error messages in a rude way.</p> - <p>By opposition to PPM and TARGA, this format driver only - allows a single MPEG stream per file (you cannot "cat" - several MPEG files together). - </p> - <p>Supports Rewind and Frame Select.</p> - <method name="open mpeg file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - </class> - - <class name="format grid #in/#out"> - <icon image="format_grid" text="[open grid file filename.grid]"/> - <icon image="format_grid_tcp" text="[open grid tcp artengine.ca 4242]"/> - <icon image="format_grid_tcpserver" text="[open grid tcpserver 4242]"/> - - <p> - This is GridFlow's special file format. This is the only I/O - format that can hold anything that the <k>[#store]</k> object can. - </p> - <p> - This is the picture format that would support TCP connections - if that feature actually worked. More on this later. - </p> - - <method name="open grid file"> - <arg name="filename" type="symbol"/> - opens the specified file, taken from the current - directory. - </method> - <method name="open grid gzfile"> - <arg name="filename" type="symbol"/> - same but for .grid.gz files - </method> - <method name="open grid tcp"> - <arg name="hostname" type="symbol"/> - <arg name="port" type="integer"/> - dials an specified hostname/port on the InterNet or - compatible network. the TCP protocol is used. - </method> - <method name="open grid tcpserver"> - <arg name="port" type="integer"/> - waits for a call (and answers) for this port on the - local machine via InterNet or compatible network. - Answers the call. - </method> - <method name="type int32"> - output will be as 32 bit signed integers. - </method> - <method name="type uint8"> - output will be as 8 bit unsigned integers. - </method> - <method name="headerful"> - cancels "headerless" (and back to reading .grid) - </method> - <method name="headerless"> - <rest name="dimensions" type="integer"/> - instead of reading .grid files with header, will read raw data, - faking a .grid header to itself. It will use the hereby specified - dimension list, as well as two other settings: - <k>type</k> and <k>endian</k>. - </method> - - <p>When writing "raw" data, a file may be considered a long string of - base 256 digits (called bytes), but different computers have different - conventions for dealing with them: - - <method name="endian" type="symbol(big|endian|same)"> - <list><li>big: - A number will be written starting with the biggest digit. - This is the natural way on the Macintosh, Sun, Amiga, and so on. - </li> - <li>little: - A number will be written starting with the smallest digit. - This is the natural way on the Intel 386/Pentium. - </li> - <li>same: - A number will be written in whichever way is more natural - on this computer. The natural way is slightly faster to handle. - This is the default setting. - </li> - </list> - </method> - </p> - </class> -</section> - -<section name="Acquisition Devices"> - - <class name="format videodev #in"> - <icon image="format_videodev" text="[open /dev/video0]"/> - - <method name="open"> - <arg name="device"/> - </method> - - <p>Video4Linux-1 devices, RGB-24 only. Variable picture size.</p> - - <p>We have been testing it using cards of the BT-848 family, - such as Miro DC10plus and Hauppauge WinTV, using the <k>bttv.o</k> linux driver. - Also we have been testing using Logitech QuickCam (and similar Labtec hardware), - but don't use the <k>qce-ga</k> driver, which is buggy and obsolete: the <k>qc-usb</k> - works better.</p> - - <p>Some hardware doesn't support RGB, so you may have to select a YUV colorspace - (see below) and then use <k>[#yuv_to_rgb]</k>. Don't forget to also do - <k>[# min 255]</k> and <k>[# max 0]</k>. - </p> - - <p>If for some reason there's a bug that causes a driver to produce BGR instead of RGB, - so that red and blue are swapped, you can swap them back by filtering through a RGB-BGR - converter, such as <k>[#inner * + 0 {3 3 # 0 0 1 0 1 0 1 0 0}]</k>.</p> - - <p>color adjustments: - <method name="brightness"><arg name="level" type="0-65535"/></method> - <method name="hue" ><arg name="level" type="0-65535"/></method> - <method name="colour" ><arg name="level" type="0-65535"/></method> - <method name="contrast" ><arg name="level" type="0-65535"/></method> - <method name="whiteness" ><arg name="level" type="0-65535"/></method> - </p> - <method name="get"> - <arg name="attr" type="symbol"/> - gets a specific attribute. a message is sent through right outlet. - valid attributes are: brightness, hue, colour, contrast, whiteness. - </method> - <method name="get"> - gets all attributes. - </method> - - <p>other options: - <method name="channel" ><arg type="integer"/></method> - <method name="tuner" ><arg type="integer"/></method> - <method name="norm" ><arg type="integer"/></method> - <method name="frequency" ><arg type="integer"/></method> - <method name="transfer" > - <arg type="symbol(read|mmap)"/> - <arg type="integer" default="2"/> - <list> - <li>mmap: - This is the normal (and fast) way of transferring pictures - from the camera. - </li> - <li>read: - Some cameras/drivers only support this instead of mmap. - </li></list> - In case of mmap, the extra numeric argument sets the - queue length in number of frames, so you can select an - appropriate tradeoff between efficiency and latency. - </method> - - <method name="colorspace"> - <arg name="colorspace" type="symbol"/> - Allowed values are: RGB24, YUV420P. - Use this if your driver doesn't support RGB24. - </method> - - <method name="size"> - <arg name="height"/> - <arg name="width"/> - sets the input size, especially when using a video digitalizer - device. - </method> - </p> - </class> -</section> - -<section name="Window Output"> - - <class name="format x11 #in/#out"> - <icon image="format_x11" text="[open window]"/> - <icon image="format_x11_remote" text="[open x11 remote artengine.ca 10]"/> - - <p>supports 15,16,24,32-bit truecolor displays</p> - - <p>now also support 8-bit indexed displays, using a private colormap - configured as 3:3:2 RGB. When using 8-bit you can specify the - "use_stripes" option to use a completely different color scheme - involving R,G,B diagonal stripes, a kind of 6:6:6 RGB spread over three - pixels.</p> - - <p>If you are using Windows or MacOS 10: you will have to install - a X11 server. This will emulate Unix display on your OS. (note: - Unix systems also need a X11 server, but it's built-in and handles - the video driver directly). In the case of MacOS 10 and QNX that both - use non-X11 display technology on top of a basically Unix OS, the - OS comes with a X11 server, but it may be on a "bundled software" - CD.</p> - - <method name="open x11"> - synonym of "open x11 here". - </method> - - <method name="open x11 here"> - connects to the default X11 server, - according to your environment variable "DISPLAY". - </method> - - <method name="open x11 local"> - <arg name="display_number" type="integer"/> - connects to a display server on this machine. - </method> - - <method name="open x11 remote"> - <arg name="host_name" type="symbol"/> - <arg name="display_number" type="integer"/> - connects to a remote X11 display server using TCP. - Sorry, IP addresses are not supported. - Port number will be 6000 plus the display number, because - of the X11 standard. - </method> - - <method name="grid"> - <arg name="grid" type="grid(rows columns {red green blue})"/> - resizes the window to the size of the grid; - encodes that grid in the display's pixel format; - also displays it if autodraw > 0 - the values must be in range 0-255, - or else they will be "wrapped". - </method> - - <p> - Destroying the object (or sending "close") should close the window. - </p> - - <p>because of the design of Xlib, or if any of the connections - involved crashes, then the whole program has to be terminated. - (don't you love xlib). Something similar happens if you close any - of the windows yourself, but IIRC this could be fixed.</p> - - <p>only one window may be used per connection (to simplify matters; - this doesn't reduce flexibility).</p> - - <p>there is an additional argument that may be added to every - <k>"open"</k> message; if you don't put it, a new toplevel window is created. - if you put "root" then the screen's wallpaper will be used instead - (it may fail to work with some popular window managers). You can also - put a window number, e.g. <k>0x28003ff</k>, you may connect to - an existing window; you can find out the number of a window by using - a tool like <k>xwininfo</k>, part of X11 standard tools.</p> - - <method name="out_size"> - <arg name="height" type="integer"/> - <arg name="width" type="integer"/> - changes the window's size, just like sending a grid - dim(height,width,3) would. - - this affects the size of screen captures too. - </method> - - <method name="draw"> - forces a redraw of the window's contents. - </method> - - <method name="autodraw"> - <arg name="level" type="0,1,2"/> - <list start="0"> - <li>draw() is never automatically invoked</li> - <li>draw() is invoked after each grid is finished</li> - <li>draw() is invoked incrementally after each row is - received. (but buffering may cause lines to come in groups - anyway)</li> - </list> - </method> - - <method name="setcursor"> - <arg name="cursor" type="0..63"/> - Selects one of the 64 predefined cursors of X11. (Note that if - your cursor table has them numbered from 0 to 126 using only even - numbers, then those cursor numbers are all doubled compared to - the ones GridFlow uses.) - </method> - - <method name="hidecursor"> - This makes the cursor invisible. - </method> - - <outlet id="0"> - <method name="position"> - <arg name="y" type="integer"/> - <arg name="x" type="integer"/> - <arg name="buttons" type="integer"/> - - <p>This is emitted every time the cursor moves inside - the window connected to this format handler. This is also - emitted when the cursor is dragging from inside to outside - the window. This is also emitted when a mouse button is pressed.</p> - - <p>The y and x coordinates are relative to the upper - right corner of the window. Specific button states may be - extracted from the button value by applying [>> - buttonnumber] and then checking whether the result is odd. - Button numbers normally are: - <list start="0"> - <li>Shift</li> - <li>CapsLock</li> - <li>Control</li> - <li>Alternate</li> - <li>NumLock</li> - <li>???</li> - <li>Meta</li> - <li>ScrollLock</li> - <li>Left Button</li> - <li>Middle Button</li> - <li>Right Button</li> - <li>Wheel Up</li> - <li>Wheel Down</li> - </list></p> - <p>NOTE: This message form may become longer in the future, but the already defined parts will stay the same.</p> - </method> - <method name="keypress"> - <arg name="y" type="integer"/> - <arg name="x" type="integer"/> - <arg name="buttons" type="integer"/> - <arg name="keyname" type="symbol"/> - <p>Similar to <k>position</k> above, but this is emitted when a - keyboard key is pressed while this format handler's window - is active. Keynames follow the X11 standard, similarly to PureData's [keyname] object. - The only exception is that keynames that are digits get prefixed by a capital D so that - they don't get mistaken for actual numbers.</p> - <p>NOTE: This message form may become longer in the future, but the already defined parts will stay the same.</p> - </method> - <method name="keyrelease"> - <arg name="y" type="integer"/> - <arg name="x" type="integer"/> - <arg name="buttons" type="integer"/> - <arg name="keyname" type="symbol"/> - Same as keypress but when a key gets released instead. - <p>NOTE: This message form may become longer in the future, but the already defined parts will stay the same.</p> - </method> - </outlet> - </class> - - <class name="format quartz #out"> - The equivalent of format x11 on MacOS 10.x, but with less features (sorry). - <method name="open"> - opens a dim(240,320,3) rgb window (default). - </method> - <method name="grid"> - <arg name="grid" type="grid(rows columns {red green blue})"/> - Sends image to screen. Window will be resized to fit the image exactly. - </method> - </class> - - <class name="format sdl #out"> - <method name="open"> - Opens a dim(240,320,3) rgb window (default). - </method> - <method name="grid"> - <arg name="grid" type="grid(rows columns {red green blue})"/> - Sends image to screen. Window will be resized to fit the image exactly. - </method> - </class> - - <class name="format aalib #out"> - <method name="open aalib"> - <arg name="driver"> - Normally "X11" with uppercase X; else consult - the AALib manual. - </arg> - <rest name="args"> - You can pass "commandline options" of AALib here. - </rest> - </method> - <method name="grid"> - <arg name="grid" type="grid(rows columns {white})"/> - converts a greyscale image to an ascii image and possibly - displays it. note that the image is typically downscaled by - a factor of 2 by aalib itself. - </method> - <method name="grid"> - <arg name="grid" type="grid(rows columns {ascii attr})"/> - the inverse of "dump". Both together in a loop allow to - post-process aalib's buffer before displaying. Goes well - with "draw", "autodraw". - </method> - <method name="print"> - <arg name="y" type="int"/> - <arg name="x" type="int"/> - <arg name="attr" type="int"/> - <arg name="text" type="symbol"/> - </method> - <method name="autodraw"> - like X11's autodraw. - </method> - <method name="draw"> - like X11's draw. - </method> - <method name="dump"> - produces a Dim[y,x,2] grid whose two channels are - ascii character codes and character attributes. - </method> - </class> - - <class name="format window #out"> - <method name="open window"> - Equivalent to "open x11", but this can be set by putting a line like - this in the config file: <k>GridFlow.formats[:window] = GridFlow.formats[:x11]</k> - (and similarly other aliases can be created too) - </method> - </class> -</section> - -</documentation> |