Server : Apache/2.4.41 (Ubuntu) System : Linux absol.cf 5.4.0-198-generic #218-Ubuntu SMP Fri Sep 27 20:18:53 UTC 2024 x86_64 User : www-data ( 33) PHP Version : 7.4.33 Disable Function : pcntl_alarm,pcntl_fork,pcntl_waitpid,pcntl_wait,pcntl_wifexited,pcntl_wifstopped,pcntl_wifsignaled,pcntl_wifcontinued,pcntl_wexitstatus,pcntl_wtermsig,pcntl_wstopsig,pcntl_signal,pcntl_signal_get_handler,pcntl_signal_dispatch,pcntl_get_last_error,pcntl_strerror,pcntl_sigprocmask,pcntl_sigwaitinfo,pcntl_sigtimedwait,pcntl_exec,pcntl_getpriority,pcntl_setpriority,pcntl_async_signals,pcntl_unshare, Directory : /proc/self/root/usr/share/GNUstep/Documentation/Developer/Gui/Reference/
Upload File :
Current File : //proc/self/root/usr/share/GNUstep/Documentation/Developer/Gui/Reference/NSBitmapImageRep.gsdoc
<?xml version="1.0"?>
<!DOCTYPE gsdoc PUBLIC "-//GNUstep//DTD gsdoc 1.0.4//EN" "http://www.gnustep.org/gsdoc-1_0_4.dtd">
<gsdoc base="NSBitmapImageRep" up="Gui">
<head>
<title>NSBitmapImageRep.m</title>
<author name="Adam Fedor">
<email address="fedor@gnu.org">
fedor@gnu.org
</email>
</author>
<abstract>Bitmap image representation.</abstract>
<copy>1996-2017 Free Software Foundation, Inc.</copy>
</head>
<body>
<front><contents /></front>
<chapter>
<heading><strong>Class</strong> Description</heading>
<p>
NSBitmapImageRep is an image representation
for handling images composed of pixels. The standard image
format for NSBitmapImageRep is the TIFF format. However,
through the use of image filters and other methods,
many other standard image formats can be handled by
NSBitmapImageRep. Images are typically
handled through the NSImage class and there is often no
need to use the NSBitmapImageRep class directly. However
there may be cases where you want to manipulate the image
bitmap data directly.
</p>
<class name="NSBitmapImageRep" super="NSImageRep" ovadd="1.0.0">
<declared>AppKit/NSBitmapImageRep.h</declared>
<desc>
<em>Description forthcoming.</em>
</desc>
<ivariable type="NSInteger" name="_bitsPerPixel" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="NSInteger" name="_bytesPerRow" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="float" name="_comp_factor" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="unsigned short int" name="_compression" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="unsigned int" name="_format" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="NSData*" name="_imageData" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="unsigned char**" name="_imagePlanes" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="BOOL" name="_isPlanar" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="NSInteger" name="_numColors" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<ivariable type="NSMutableDictionary*" name="_properties" validity="protected" ovadd="1.0.0">
<desc>
<em>Warning</em> the underscore at the start of the
name of this instance variable indicates that, even
though it is not technically <em>private</em>, it is
intended for internal use within the package, and
you should not use the variable in other code.
</desc>
</ivariable>
<method type="NSData*" factory="yes" ovadd="1.0.0">
<sel>TIFFRepresentationOfImageRepsInArray:</sel>
<arg type="NSArray*">anArray</arg>
<desc>
Produces an NSData object containing a TIFF
representation of all the images stored in
<var>anArray</var>. BUGS: Currently this only works
if the images are NSBitmapImageRep objects.
</desc>
</method>
<method type="NSData*" factory="yes" ovadd="1.0.0">
<sel>TIFFRepresentationOfImageRepsInArray:</sel>
<arg type="NSArray*">anArray</arg>
<sel>usingCompression:</sel>
<arg type="NSTIFFCompression">compression</arg>
<sel>factor:</sel>
<arg type="float">factor</arg>
<desc>
Produces an NSData object containing a TIFF
representation of all the images stored in
<var>anArray</var>. The image is compressed according
to the <var>compression</var> type and <var>factor</var>
. BUGS: Currently this only works if the images are
NSBitmapImageRep objects.
</desc>
</method>
<method type="void" factory="yes" ovadd="1.0.0">
<sel>getTIFFCompressionTypes:</sel>
<arg type="const NSTIFFCompression**">list</arg>
<sel>count:</sel>
<arg type="NSInteger*">numTypes</arg>
<desc>
Returns a C-array of available TIFF compression
types.
</desc>
</method>
<method type="id" factory="yes" ovadd="1.0.0">
<sel>imageRepWithData:</sel>
<arg type="NSData*">imageData</arg>
<desc>
<p>
Returns a newly allocated NSBitmapImageRep object
representing the image stored in
<var>imageData</var>. If the image data contains
more than one image, the first one is choosen.
</p>
<p>
See Also:
<ref type="method" id="+imageRepsWithData:">
+imageRepsWithData:
</ref>
</p>
</desc>
</method>
<method type="NSArray*" factory="yes" ovadd="1.0.0">
<sel>imageRepsWithData:</sel>
<arg type="NSData*">imageData</arg>
<desc>
<p>
Returns an array containing newly allocated
NSBitmapImageRep objects representing
the images stored in <var>imageData</var>.
</p>
<p>
See Also:
<ref type="method" id="+imageRepWithData:">
+imageRepWithData:
</ref>
</p>
</desc>
</method>
<method type="NSString*" factory="yes" ovadd="1.0.0">
<sel>localizedNameForTIFFCompressionType:</sel>
<arg type="NSTIFFCompression">type</arg>
<desc>
Returns a localized string describing a TIFF
compression <var>type</var>.
</desc>
</method>
<method type="NSData*" factory="yes" ovadd="10.0.0">
<sel>representationOfImageRepsInArray:</sel>
<arg type="NSArray*">imageReps</arg>
<sel>usingType:</sel>
<arg type="NSBitmapImageFileType">storageType</arg>
<sel>properties:</sel>
<arg type="NSDictionary*">properties</arg>
<desc>
<p>
Returns a data object in the selected format with
multiple images.
</p>
<p>
See Also:
<ref type="method" id="-setProperty:withValue:">
-setProperty:withValue:
</ref>
for the options supported in the
<var>properties</var>.
</p>
<p>
FIXME: returns only the first image in the array,
and only works for NSBitmapImageRep or subclasses
thereof.
</p>
</desc>
</method>
<method type="NSData*" ovadd="1.0.0">
<sel>TIFFRepresentation</sel>
<desc>
Returns an NSData object containing a TIFF
representation of the receiver.
</desc>
</method>
<method type="NSData*" ovadd="1.0.0">
<sel>TIFFRepresentationUsingCompression:</sel>
<arg type="NSTIFFCompression">compression</arg>
<sel>factor:</sel>
<arg type="float">factor</arg>
<desc>
Returns an NSData object containing a TIFF
representation of the receiver. The TIFF
data is compressed using compresssion type and
<var>factor</var>.
</desc>
</method>
<method type="unsigned char*" ovadd="1.0.0">
<sel>bitmapData</sel>
<desc>
Returns the first plane of data representing the
image.
</desc>
</method>
<method type="NSBitmapFormat" ovadd="10.4.0">
<sel>bitmapFormat</sel>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="NSInteger" ovadd="1.0.0">
<sel>bitsPerPixel</sel>
<desc>
Returns the number of bits need to contain one
pixels worth of data. This is normally the number of
samples per pixel times the number of bits in one
sample.
</desc>
</method>
<method type="NSInteger" ovadd="1.0.0">
<sel>bytesPerPlane</sel>
<desc>
Returns the number of bytes in a plane. This is the
number of bytes in a row times tne height of the
image.
</desc>
</method>
<method type="NSInteger" ovadd="1.0.0">
<sel>bytesPerRow</sel>
<desc>
Returns the number of bytes in a row. This is
typically based on the width of the image and the
bits per sample and samples per pixel (if in medhed
configuration). However it may differ from
this if set explicitly in
<ref type="method" id="-initWithBitmapDataPlanes:pixelsWide:pixelsHigh:bitsPerSample:samplesPerPixel:hasAlpha:isPlanar:colorSpaceName:bytesPerRow:bitsPerPixel:">-initWithBitmapDataPlanes:pixelsWide:pixelsHigh:bitsPerSample:samplesPerPixel:hasAlpha:isPlanar:colorSpaceName:bytesPerRow:bitsPerPixel:</ref>.
</desc>
</method>
<method type="BOOL" ovadd="1.0.0">
<sel>canBeCompressedUsing:</sel>
<arg type="NSTIFFCompression">compression</arg>
<desc>
Returns <code>YES</code> if the receiver can be
stored in a representation compressed using the
<var>compression</var> type.
</desc>
</method>
<method type="NSColor*" ovadd="10.4.0">
<sel>colorAtX:</sel>
<arg type="NSInteger">x</arg>
<sel>y:</sel>
<arg type="NSInteger">y</arg>
<desc>
Returns an NSColor object representing the color of
the pixel (<var>x</var>,y), where (0,0) is the top-left
pixel in the image.
</desc>
</method>
<method type="void" ovadd="10.0.0">
<sel>colorizeByMappingGray:</sel>
<arg type="CGFloat">midPoint</arg>
<sel>toColor:</sel>
<arg type="NSColor*">midPointColor</arg>
<sel>blackMapping:</sel>
<arg type="NSColor*">shadowColor</arg>
<sel>whiteMapping:</sel>
<arg type="NSColor*">lightColor</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="void" ovadd="1.0.0">
<sel>getBitmapDataPlanes:</sel>
<arg type="unsigned char**">data</arg>
<desc>
Files the array <var>data</var> with pointers to each
of the <var>data</var> planes representing the image.
The <var>data</var> array must be allocated to contain
at least
<ref type="method" id="-samplesPerPixel">
-samplesPerPixel
</ref>
pointers.
</desc>
</method>
<method type="void" ovadd="1.0.0">
<sel>getCompression:</sel>
<arg type="NSTIFFCompression*">compression</arg>
<sel>factor:</sel>
<arg type="float*">factor</arg>
<desc>
Returns the receivers <var>compression</var> and
<var>compression</var> <var>factor</var>, which is
set either when the image is read in or by
<ref type="method" id="-setCompression:factor:">
-setCompression:factor:
</ref>
. Factor is ignored in many <var>compression</var>
schemes. For JPEG <var>compression</var>,
<var>factor</var> can be any value from 0 to 1, with
1 being the maximum quality.
</desc>
</method>
<method type="void" ovadd="10.4.0">
<sel>getPixel:</sel>
<arg type="NSUInteger[]">pixelData</arg>
<sel>atX:</sel>
<arg type="NSInteger">x</arg>
<sel>y:</sel>
<arg type="NSInteger">y</arg>
<desc>
Returns the values of the components of pixel (
<var>x</var>,y), where (0,0) is the top-left pixel in
the image, by storing them in the array
<var>pixelData</var>.
</desc>
</method>
<method type="NSInteger" ovadd="10.2.0">
<sel>incrementalLoadFromData:</sel>
<arg type="NSData*">data</arg>
<sel>complete:</sel>
<arg type="BOOL">complete</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="id" ovadd="10.2.0">
<sel>initForIncrementalLoad</sel>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="id" ovadd="10.4.0">
<sel>initWithBitmapDataPlanes:</sel>
<arg type="unsigned char**">planes</arg>
<sel>pixelsWide:</sel>
<arg type="NSInteger">width</arg>
<sel>pixelsHigh:</sel>
<arg type="NSInteger">height</arg>
<sel>bitsPerSample:</sel>
<arg type="NSInteger">bps</arg>
<sel>samplesPerPixel:</sel>
<arg type="NSInteger">spp</arg>
<sel>hasAlpha:</sel>
<arg type="BOOL">alpha</arg>
<sel>isPlanar:</sel>
<arg type="BOOL">isPlanar</arg>
<sel>colorSpaceName:</sel>
<arg type="NSString*">colorSpaceName</arg>
<sel>bitmapFormat:</sel>
<arg type="NSBitmapFormat">bitmapFormat</arg>
<sel>bytesPerRow:</sel>
<arg type="NSInteger">rowBytes</arg>
<sel>bitsPerPixel:</sel>
<arg type="NSInteger">pixelBits</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="id" init="yes" ovadd="1.0.0">
<sel>initWithBitmapDataPlanes:</sel>
<arg type="unsigned char**">planes</arg>
<sel>pixelsWide:</sel>
<arg type="NSInteger">width</arg>
<sel>pixelsHigh:</sel>
<arg type="NSInteger">height</arg>
<sel>bitsPerSample:</sel>
<arg type="NSInteger">bitsPerSample</arg>
<sel>samplesPerPixel:</sel>
<arg type="NSInteger">samplesPerPixel</arg>
<sel>hasAlpha:</sel>
<arg type="BOOL">alpha</arg>
<sel>isPlanar:</sel>
<arg type="BOOL">isPlanar</arg>
<sel>colorSpaceName:</sel>
<arg type="NSString*">colorSpaceName</arg>
<sel>bytesPerRow:</sel>
<arg type="NSInteger">rowBytes</arg>
<sel>bitsPerPixel:</sel>
<arg type="NSInteger">pixelBits</arg>
<desc>
<p>
Initializes a newly created NSBitmapImageRep
object to hold image data specified in the
<var>planes</var> buffer and organized according to
the additional arguments passed into the method.
</p>
<p>
The <var>planes</var> argument is an array of
<strong>char</strong> pointers where each array
holds a single component or plane of data. Note
that if data is passed into the method via
<var>planes</var>, the data is NOT copied and not
freed when the object is deallocated. It is assumed
that the data will always be available. If
<var>planes</var> is NULL, then a suitable amount
of memory will be allocated to store the information
needed. One can then obtain a pointer to the
<var>planes</var> data using the
<ref type="method" id="-bitmapData">
-bitmapData
</ref>
or
<ref type="method" id="-getBitmapDataPlanes:">
-getBitmapDataPlanes:
</ref>
method.
</p>
<p>
Each component of the data is in "standard" order,
such as red, green, blue for RGB color images. The
transparency component, if these is one,
should always be last.
</p>
<p>
The other arguments to the method consist of:
</p>
<deflist>
<term>
<var>width</var> and <var>height</var>
</term>
<desc>
The <var>width</var> and <var>height</var> of the
image in pixels
</desc>
<term>bps</term>
<desc>
The bits per sample or the number of bits used to
store a number in one component of one pixel of
the image. Typically this is 8 (bits) but can be 2
or 4, although not all values are supported.
</desc>
<term>spp</term>
<desc>
Samples per pixel, or the number of components
of color in the pixel. For instance this would be 4
for an RGB image with transparency.
</desc>
<term><var>alpha</var></term>
<desc>
Set to <code>YES</code> if the image has a
transparency component.
</desc>
<term><var>isPlanar</var></term>
<desc>
Set to <code>YES</code> if the data is arranged in
<var>planes</var>, i.e. one component per buffer
as stored in the <var>planes</var> array. If
<code>NO</code>, then the image data is mixed in
one buffer. For instance, for RGB data, the first
sample would contain red, then next green, then
blue, followed by red for the next pixel.
</desc>
<term><var>colorSpaceName</var></term>
<desc>
This argument specifies how the data values are to
be interpreted. Possible values include the typical
colorspace names (although not all values
are currently supported)
</desc>
<term><var>rowBytes</var></term>
<desc>
Specifies the number of bytes contained in a
single scan line of the data. Normally this can
be computed from the <var>width</var> of the image,
the samples per pixel and the bits per sample.
However, if the data is aligned along word
boundaries, this value may differ from
this. If <var>rowBytes</var> is 0, the method
will calculate the value assuming there are no
extra bytes at the end of the scan line.
</desc>
<term><var>pixelBits</var></term>
<desc>
This is normally bps for planar data and bps times
spp for non-planar data, but sometimes images have
extra bits. If <var>pixelBits</var> is 0 it will
be calculated as described above.
</desc>
</deflist>
</desc>
</method>
<method type="id" ovadd="10.0.0">
<sel>initWithBitmapHandle:</sel>
<arg type="void*">bitmap</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="id" ovadd="1.0.0">
<sel>initWithData:</sel>
<arg type="NSData*">imageData</arg>
<desc>
Loads only the default (first) image from the image
contained in data.
</desc>
</method>
<method type="id" ovadd="1.0.0">
<sel>initWithFocusedViewRect:</sel>
<arg type="NSRect">rect</arg>
<desc>
Initialize with bitmap data from a
<var>rect</var> within the focused view
</desc>
</method>
<method type="id" ovadd="10.0.0">
<sel>initWithIconHandle:</sel>
<arg type="void*">icon</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="BOOL" ovadd="1.0.0">
<sel>isPlanar</sel>
<desc>
Returns <code>YES</code> if the image components
are stored separately. Returns <code>NO</code> if the
components are meshed (i.e. all the samples for
one pixel come before the next pixel).
</desc>
</method>
<method type="NSInteger" ovadd="1.0.0">
<sel>numberOfPlanes</sel>
<desc>
Returns the number of planes in an image. Typically
this is equal to the number of samples in a planar
image or 1 for a non-planar image.
</desc>
</method>
<method type="NSData*" ovadd="10.0.0">
<sel>representationUsingType:</sel>
<arg type="NSBitmapImageFileType">storageType</arg>
<sel>properties:</sel>
<arg type="NSDictionary*">properties</arg>
<desc>
<p>
Returns a data object in one of the supported
bitmap graphics file types. A limited set of
options may be passed via the
<var>properties</var>. If the passed in
<var>properties</var> is <code>nil</code>, it falls
back to the options set with
<ref type="method" id="-setProperty:withValue:">
-setProperty:withValue:
</ref>
. File types not yet implemented return
<code>nil</code> and log an error message.
</p>
<p>
See Also:
<ref type="method" id="-setProperty:withValue:">
-setProperty:withValue:
</ref>
for supported options in the <var>properties</var>.
</p>
</desc>
</method>
<method type="NSInteger" ovadd="1.0.0">
<sel>samplesPerPixel</sel>
<desc>
Returns the number of samples in a pixel. For
instance, a normal RGB image with transparency
would have a samplesPerPixel of 4.
</desc>
</method>
<method type="void" ovadd="10.4.0">
<sel>setColor:</sel>
<arg type="NSColor*">color</arg>
<sel>atX:</sel>
<arg type="NSInteger">x</arg>
<sel>y:</sel>
<arg type="NSInteger">y</arg>
<desc>
Sets the <var>color</var> of pixel (<var>x</var>,y),
where (0,0) is the top-left pixel in the image.
</desc>
</method>
<method type="void" ovadd="1.0.0">
<sel>setCompression:</sel>
<arg type="NSTIFFCompression">compression</arg>
<sel>factor:</sel>
<arg type="float">factor</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
<method type="void" ovadd="10.4.0">
<sel>setPixel:</sel>
<arg type="NSUInteger[]">pixelData</arg>
<sel>atX:</sel>
<arg type="NSInteger">x</arg>
<sel>y:</sel>
<arg type="NSInteger">y</arg>
<desc>
Sets the components of pixel (<var>x</var>,y), where
(0,0) is the top-left pixel in the image, to the
given array of pixel components.
</desc>
</method>
<method type="void" ovadd="10.0.0">
<sel>setProperty:</sel>
<arg type="NSString*">property</arg>
<sel>withValue:</sel>
<arg type="id">value</arg>
<desc>
<p>
Properties are key-value pairs associated with
the representation. Arbitrary key-value pairs may be
set. If the <var>value</var> is <code>nil</code>,
the key is erased from properties. There are standard
keys that are used to pass information and options
related to the standard file types that may be
read from or written to. Certain properties are
automatically set when reading in image
data. Certain properties may be set by the user
prior to writing image data in order to set options
for the data format.
</p>
<deflist>
<term>NSImageCompressionMethod</term>
<desc>
NSNumber; automatically set when reading TIFF
data; writing TIFF data
</desc>
<term>NSImageCompressionFactor</term>
<desc>
NSNumber 0.0 to 1.0; writing JPEG data
(GNUstep extension: JPEG-compressed TIFFs too)
</desc>
<term>NSImageProgressive</term>
<desc>
NSNumber boolean; automatically set when
reading JPEG data; writing JPEG data. Note:
progressive display is not supported in
GNUstep at this time.
</desc>
<term>NSImageInterlaced</term>
<desc>
NSNumber boolean; only for writing PNG data
</desc>
<term>NSImageGamma</term>
<desc>
NSNumber 0.0 to 1.0; only for reading or
writing PNG data
</desc>
<term>NSImageRGBColorTable</term>
<desc>
NSData; automatically set when reading GIF
data; writing GIF data
</desc>
<term>NSImageFrameCount</term>
<desc>
NSNumber integer; automatically set when
reading animated GIF data. Not currently
implemented.
</desc>
<term>NSImageCurrentFrame</term>
<desc>
NSNumber integer; only for animated GIF files.
Not currently implemented.
</desc>
<term>NSImageCurrentFrameDuration</term>
<desc>
NSNumber <strong>float</strong>; automatically
set when reading animated GIF data
</desc>
<term>NSImageLoopCount</term>
<desc>
NSNumber integer; automatically set when
reading animated GIF data
</desc>
<term>NSImageDitherTranparency</term>
<desc>
NSNumber boolean; only for writing GIF data.
Not currently supported.
</desc>
</deflist>
</desc>
</method>
<method type="id" ovadd="10.0.0">
<sel>valueForProperty:</sel>
<arg type="NSString*">property</arg>
<desc>
Returns the value of a <var>property</var>
</desc>
</method>
</class>
</chapter>
<chapter>
<heading>
Software documentation for the
NSBitmapImageRep(GNUstepExtension)
category
</heading>
<category name="GNUstepExtension" class="NSBitmapImageRep" ovadd="1.0.0">
<declared>AppKit/NSBitmapImageRep.h</declared>
<desc>
<em>Description forthcoming.</em>
</desc>
<method type="NSArray*" factory="yes" ovadd="1.0.0">
<sel>imageRepsWithFile:</sel>
<arg type="NSString*">filename</arg>
<desc>
<em>Description forthcoming.</em>
</desc>
</method>
</category>
</chapter>
</body>
</gsdoc>
Server : Apache/2.4.41 (Ubuntu)