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traffic shaper, bandwidth manager and delay emulator
fold long lines for finite width output device
device driver for IDT NICStAR-based ATM interfaces
device driver for IDT77252 based ATM interfaces (ProSum and IDT)
pmc_capabilities(3), pmc_cpuinfo(3), pmc_ncpu(3), pmc_npmc(3), pmc_pmcinfo(3), pmc_width(3)
retrieve information about performance monitoring counters
number of column positions in wide-character string
number of column positions of a wide-character code
Click element; classifies packet stream by arrival rate
Click element; splits flow of packets at specified bandwidth rate
Click element; pull-to-push converter
Click element; shapes traffic to maximum rate (bytes/s)
BlackPixelOfScreen(3), WhitePixelOfScreen(3), CellsOfScreen(3), DefaultColormapOfScreen(3), DefaultDepthOfScreen(3), DefaultGCOfScreen(3), DefaultVisualOfScreen(3), DoesBackingStore(3), DoesSaveUnders(3), DisplayOfScreen(3), XScreenNumberOfScreen(3), EventMaskOfScreen(3), HeightOfScreen(3), HeightMMOfScreen(3), MaxCmapsOfScreen(3), MinCmapsOfScreen(3), PlanesOfScreen(3), RootWindowOfScreen(3), WidthOfScreen(3), WidthMMOfScreen(3)
screen information functions and macros
EZ_GetItemWidth(3), EZ_GetItemHeight(3), EZ_GetItemDimension(3), EZ_GetItemPosition(3), EZ_SetItemDimension(3), EZ_SetItemHeight(3), EZ_SetItemPosition(3), EZ_SetItemWidth(3)
set/retrieve the geometry of a display item
EZ_GetWidgetGeometry(3), EZ_GetWidgetPosition(3), EZ_GetWidgetWidth(3), EZ_GetWidgetHeight(3), EZ_GetWidgetBorderWidth(3), EZ_GetWidgetDimension(3), EZ_GetWidgetMinDimension(3), EZ_GetWidgetMinHeight(3), EZ_GetWidgetMinWidth(3)
retrieve the geometry of a widget
set the font width of an LCD widget
EZ_SetWidgetPosition(3), EZ_SetWidgetWidth(3), EZ_SetWidgetHeight(3)
set the geometry of a widget
ImageByteOrder(3), BitmapBitOrder(3), BitmapPad(3), BitmapUnit(3), DisplayHeight(3), DisplayHeightMM(3), DisplayWidth(3), DisplayWidthMM(3), XListPixmapFormats(3), XPixmapFormatValues(3)
image format functions and macros
Get the video width in pixels of the specified video track
Sets width of a line
Get width of a string
Gets width of a string
Get width of a glyph
Point(3), Rectangle(3), Bitmap(3), Cursor(3), xtbinit(3), bclose(3), berror(3), bscreenrect(3), bflush(3), clipr(3), cursorswitch(3), cursorset(3), rdfontfile(3), ffree(3), charwidth(3), getsubfont(3), mkfont(3), scrollfwdbut(3)
RkCvtHan(3), RkCvtHan / RkwCvtHan(3)
convert double-width symbols, alphanumeric characters, hiragana, and katakana to single-width characters
convert double-width katakana to double-width hiragana
convert double-width hiragana to double-width katakana
convert ASCII characters and single-width katakana to double-width characters
Set up a video mode with the specified width, height and bits-per-pixel
spotlight shaped dragger that allows you to change position, direction, and width of the beam
spotlight node with 3D interface for editing location, direction, and beam width
Get the size of TIFF data types
XConfigureWindow(3), XMoveWindow(3), XResizeWindow(3), XMoveResizeWindow(3), XSetWindowBorderWidth(3), XWindowChanges(3)
configure windows and window changes structure
XTextWidth(3), XTextWidth16(3)
compute text width
Computes the width of the type associated with the group grp for the key corresponding to keycode
Computes the maximum width associated with the key corresponding to keycode
A compound string function that returns the width of the widest line in a compound string "XmStringWidth" "compound string functions" "XmStringWidth"
returns width of the emulated image in pixels
returns width of the output screen in millimeters
returns width of the output screen in characters
bitblt(3), bitbltclip(3), copymasked(3), clipline(3), point(3), segment(3), polysegment(3), arc(3), circle(3), disc(3), ellipse(3), texture(3), border(3), string(3), strsize(3), strwidth(3), Fcode(3)
graphics functions
Portable bandwidth monitor and rate estimator
time memory bandwidth
UNIX pipe bandwidth
Bandwidth Monitor NG (Next Generation), a live bandwidth monitor for network and disk io
is a tool to measure bandwidth and response times between two hosts using Internet Control Message Protocol (ICMP) echo request/echo reply mechanism
direct data streams, with bandwidth limiting, FIFO, audio, duplication and extended reporting support
eq(3), ecq(3)
string equality test. countchar, countchar2, countstr count characters and strings within the string. replace, replace_detach, limittextwidth miscellaneous text functions
gfold(1), fold(1)
wrap each input line to fit in specified width
glLineWidth(3), "glLineWidth(3)
specify the width of rasterized lines
gl_setcontextwidth(3), gl_setcontextheight(3)
set the dimension of a context
returns the width of a bitmap character, glutBitmapLength returns the length of a bitmap font string
glutSolidTeapot(3), glutWireTeapot(3)
render a solid or wireframe teapot respectively
glutSolidTetrahedron(3), glutWireTetrahedron(3)
render a solid or wireframe tetrahedron (4-sided regular solid) respectively
glutSolidTorus(3), glutWireTorus(3)
render a solid or wireframe torus (doughnut) respectively
returns the width of a stroke character, glutStrokeLength returns the length of a stroke font string
display bandwidth usage on an interface by host
guess the width and height of an image file
automatically splice in height and width params for HTML IMG tags
mav_windowLineWidthSet(3), Header "NAME" mav_windowLineWidthSet(3)
Set the line width for a window
Compute text pixel width
sets the width of the line that we are drawing
pcdbtrf(l), PCDBTRF(l)
compute a LU factorization of an N-by-N complex banded diagonally dominant-like distributed matrix with bandwidth BWL, BWU
pcgbtrf(l), PCGBTRF(l)
compute a LU factorization of an N-by-N complex banded distributed matrix with bandwidth BWL, BWU
pcpbtrf(l), PCPBTRF(l)
compute a Cholesky factorization of an N-by-N complex banded symmetric positive definite distributed matrix with bandwidth BW
pddbtrf(l), PDDBTRF(l)
compute a LU factorization of an N-by-N real banded diagonally dominant-like distributed matrix with bandwidth BWL, BWU
pdgbtrf(l), PDGBTRF(l)
compute a LU factorization of an N-by-N real banded distributed matrix with bandwidth BWL, BWU
pdpbtrf(l), PDPBTRF(l)
compute a Cholesky factorization of an N-by-N real banded symmetric positive definite distributed matrix with bandwidth BW
ppd_get_page_length(3), ppd_get_page_size(3), ppd_get_page_width(3)
set of functions for retrieving the page dimension from a PPD file
psdbtrf(l), PSDBTRF(l)
compute a LU factorization of an N-by-N real banded diagonally dominant-like distributed matrix with bandwidth BWL, BWU
psgbtrf(l), PSGBTRF(l)
compute a LU factorization of an N-by-N real banded distributed matrix with bandwidth BWL, BWU
pspbtrf(l), PSPBTRF(l)
compute a Cholesky factorization of an N-by-N real banded symmetric positive definite distributed matrix with bandwidth BW
puzzle_set(3), puzzle_set_max_width(3), puzzle_set_max_height(3), puzzle_set_lambdas(3), puzzle_set_p_ratio(3), puzzle_set_noise_cutoff(3), puzzle_set_contrast_barrier_for_cropping(3), puzzle_set_max_cropping_ratio(3), puzzle_set_autocrop(3)
set tunables for libpuzzle functions
Returns the host of the specified PVM process
pzdbtrf(l), PZDBTRF(l)
compute a LU factorization of an N-by-N complex banded diagonally dominant-like distributed matrix with bandwidth BWL, BWU
pzgbtrf(l), PZGBTRF(l)
compute a LU factorization of an N-by-N complex banded distributed matrix with bandwidth BWL, BWU
pzpbtrf(l), PZPBTRF(l)
compute a Cholesky factorization of an N-by-N complex banded symmetric positive definite distributed matrix with bandwidth BW
tunes svgalib modes
TCP/IP bandwidth measurement tool (Discard and Echo client)
bandwidth limiting pipe
Create and manipulate Tix Grid widgets -background -borderWidth -cursor -font -foreground -height -highlightColor -highlightThickness -relief -selectBackground -selectForeground -width -xScrollCommand -yScrollCommand '"
trafd(8), -(8)
-tag -width 9n -compact trafd ip traffic collector daemon. trafdump Script to dump current traffic to disk. trafsave Script to save current traffic to disk. trafstart Startup script for trafd. trafstop Shutgown script for trafd. Start/stop script for trafd, placed to the local startup directory ( */rc.d)
a lightweight userspace bandwidth shaper
userspace bandwidth manager daemon
Low level helper function for testing Unicode text data. Allegro game programming library
Low level helper function for testing Unicode text data. Allegro game programming library
Number of bytes a character can occupy. Allegro game programming library
set the logical scanline width
video mode tuner for Xorg
A sectioned map of configuration options (a map of maps), with a default section. Intended to augment existing tag->value semantics (ie. of Bio::AnnotationCollectionI) for object-representation information (eg. foreground color), and for general interface preferences (eg. image width in gbrowse)
A base class fixed width glyphs
PostScript plot of tree + data table (from NEXUS infile) =head1 SYNOPSIS [options] foo.nex [tree_name] > =head1 OPTIONS -h Brief help message -d Full documentation -v Verbose mode -V Print version information and quit -f Specify output file (default: STDOUT) INFORMATION TO DISPLAY -b Turn on bootstrap values, if any -i Turn on internal node labeling -t Tree only (ignore any characters) -I Specify character block (by "Title") to be used in matrix (e.g. "dna", "protein", "intron") -m Matrix only (ignore any trees) -c Cladogram mode: (auto if no branch lengths present in tree) normal: all branch lengths equal accelerated: same as normal except OTUs are aligned at end -U Display taxa sets in color (-U "set1 color1 [set2 color2 ...]") Color options are red, orange, green, forest, aqua, blue, purple, pink, brown, gray, black PLOT FORMATTING -r Right-justify labels (default: left-justified) -C Columns of characters per block (default = 10) -T Specify tree width (longest branch; default: 10") -S Spacing (vertically) between OTUs (default: .25") -R Ratio of font height to Spacing (default: 0.8; rec: 0.5-1) -F Font to use for labels and titles -B Draw a box indicating postscriptes bounds of the plot area -g Include gray lines after OTU labels, even if -t (tree only) option is used PAGE SETUP -s Print on multiple pages, but shrink to page height -o Print on multiple pages at actual size -W Specify output page width (default: 8.5") -H Specify output page height (default: 11") -a Change page dimensions to fit plot =head1 DESCRIPTION B<This program> will read a NEXUS file and output a PostScript display of trees (one file for each tree in the tree block), as well as any character matrix (e.g. sequences) if present in the file. =head1 FILES =over 4 =back =head1 VERSION $Id:,v 1.2 2008/06/16 19:53:41 astoltzfus Exp $
A width and height
Create a simple fixed-width text table
Lineup(3), XMLTV::Lineup(3)
Perl extension to read and write TV lineup information in XMLTV lineup format "write_data(data, options...)" 4 Item "write_data(data, options...)" Takes a data structure and writes it as XML to standard output. Any extra arguments are passed on to XML::Writer's constructor, for example my $f = new IO::File >out.xml; die if not $f; write_data($data, OUTPUT => $f); The encoding used for the output is given by the first element of the data. Normally, there will be a warning for any Perl data which is not understood and cannot be written as XMLTV, such as strange keys in hashes. But as an exception, any hash key beginning with an underscore will be skipped over silently. You can store 'internal use only' data this way. If a display name or channel hash contains a key beginning with 'debug', this key and its value will be written out as a comment inside the <display-name> or <channel> element. This lets you include small debugging messages in the XML output. "best_name(languages, pairs [, comparator])" 4 Item "best_name(languages, pairs [, comparator])" The XMLTV format contains many places where human-readable text is given an optional 'lang' attribute, to allow mixed languages. This is represented in Perl as a pair [ text, lang ], although the second element may be missing or undef if the language is unknown. When several alernatives for an element (such as <title>) can be given, the representation is a list of [ text, lang ] pairs. Given such a list, what is the best text to use? It depends on the user's preferred language. This function takes a list of acceptable languages and a list of [string, language] pairs, and finds the best one to use. This means first finding the appropriate language and then picking the 'best' string in that language. The best is normally defined as the first one found in a usable language, since the XMLTV format puts the most canonical versions first. But you can pass in your own comparison function, for example if you want to choose the shortest piece of text that is in an acceptable language. The acceptable languages should be a reference to a list of language codes looking like 'ru', or like 'de_DE'. The text pairs should be a reference to a list of pairs [ string, language ]. (As a special case if this list is empty or undef, that means no text is present, and the result is undef.) The third argument if present should be a cmp-style function that compares two strings of text and returns 1 if the first argument is better, -1 if the second better, 0 if they're equally good. Returns: [s, l] pair, where s is the best of the strings to use and l is its language. This pair is 'live' - it is one of those from the list passed in. So you can use best_name() to find the best pair from a list and then modify the content of that pair. (This routine depends on the Lingua::Preferred module being installed; if that module is missing then the first available language is always chosen.) Example: my $langs = [ de, fr ]; # German or French, please # Say we found the following under $ch->{display-name} for a channel $ch. my $pairs = [ [ BBC Trois, fr ], [ BBC One, en_US ] ]; my $best = best_name($langs, $pairs); print "chose title $best->[0]en"; "list_display_name_keys(), list_channel_keys()" 4 Item "list_display_name_keys(), list_channel_keys()" Some users of this module may wish to enquire at runtime about which keys a programme or channel hash can contain. The data in the hash comes from the attributes and subelements of the corresponding element in the XML. The values of attributes are simply stored as strings, while subelements are processed with a handler which may return a complex data structure. These subroutines returns a hash mapping key to handler name and multiplicity. This lets you know what data types can be expected under each key. For keys which come from attributes rather than subelements, the handler is set to 'scalar', just as for subelements which give a simple string. "scalar" 4 Item "scalar" Reads and writes a simple string as the content of the XML element. "icon" 4 Item "icon" An icon in XMLTV files is like the <img> element in HTML. It is represented in Perl as a hashref with 'src' and optionally 'width' and 'height' keys. "with-lang" 4 Item "with-lang" In XML something like title can be either <title>Foo</title> or <title lang=en>Foo</title>. In Perl these are stored as [ 'Foo' ] and [ 'Foo', 'en' ]. For the former [ 'Foo', undef ] would also be okay. This handler also has two modifiers which may be added to the name after '/'. /e means that empty text is allowed, and will be returned as the empty tuple [], to mean that the element is present but has no text. When writing with /e, undef will also be understood as present-but-empty. You cannot however specify a language if the text is empty. The modifier /m means that the text is allowed to span multiple lines. So for example with-lang/em is a handler for text with language, where the text may be empty and may contain newlines. Note that the with-lang-or-empty of earlier releases has been replaced by with-lang/e. Now, which handlers are used for which subelements (keys) of display names and channels? And what is the multiplicity (should you expect a single value or a list of values)? The following tables map subelements of <display-name> and of <channel> to the handlers used to read and write them. Many elements have their own handler with the same name, and most of the others use with-lang. The third column specifies the multiplicity of the element: * (any number) will give a list of values in Perl, + (one or more) will give a nonempty list, ? (maybe one) will give a scalar, and 1 (exactly one) will give a scalar which is not undef
Easily create secure, bandwidth-friendly TCP/IP clients and servers
Fetch image info (width/height etc.) for feed and entry images
Get number of occupied columns of a string on terminal
Line wrapping module with support for multibyte, fullwidth, and combining characters and languages without whitespaces between words
East Asian Width properties
acid(1), acidtypes(1)
wrap each input line to fit in specified width
memdraw(3), Memimage(3), Memdata(3), Memdrawparam(3), memimageinit(3), wordaddr(3), byteaddr(3), memimagemove(3), allocmemimage(3), allocmemimaged(3), readmemimage(3), creadmemimage(3), writememimage(3), freememimage(3), memsetchan(3), loadmemimage(3), cloadmemimage(3), unloadmemimage(3), memfillcolor(3), memarc(3), mempoly(3), memellipse(3), memfillpoly(3), memimageline(3), memimagedraw(3), drawclip(3), memlinebbox(3), memlineendsize(3), allocmemsubfont(3), openmemsubfont(3), freememsubfont(3), memsubfontwidth(3), getmemdefont(3), memimagestring(3), iprint(3), hwdraw(3)
drawing routines for memory-resident images
stringsize(3), stringwidth(3), stringnwidth(3), runestringsize(3), runestringwidth(3), runestringnwidth(3)
graphical size of strings
subfont(3), allocsubfont(3), freesubfont(3), installsubfont(3), lookupsubfont(3), uninstallsubfont(3), subfontname(3), readsubfont(3), readsubfonti(3), writesubfont(3), stringsubfont(3), strsubfontwidth(3), mkfont(3)
subfont manipulation
uxmon_readbandwidth(1), readbandwidth(1)
Monitors data transfer bandwidth (reading mode)
uxmon_writebandwidth(1), writebandwidth(1)
Monitors data transfer bandwidth (writing mode)
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