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<a id="introduction"></a>
<p class="lead magick-description"><a href="download.html">PerlMagick</a> is an objected-oriented <a href="http://www.perl.com/perl/">Perl</a> interface to ImageMagick. Use the module to read, manipulate, or write an image or image sequence from within a Perl script. This makes it very suitable for Web CGI scripts. You must have ImageMagick 6.5.5 or above and Perl version 5.005_02 or greater installed on your system for PerlMagick to build properly.</p>
-<p>There are a number of useful scripts available to show you the value of PerlMagick. You can do Web based image manipulation and conversion with <a href="http
://www.imagemagick.org/download/perl">MagickStudio</a>, or use <a href="https://www.imagemagick.org/subversion/ImageMagick/trunk/PerlMagick/demo/">L-systems</a> to create images of plants using mathematical constructs, and finally navigate through collections of thumbnail images and select the image to view with the <a href="http://webmagick.sourceforge.net/">WebMagick Image Navigator</a>.</p>
+<p>There are a number of useful scripts available to show you the value of PerlMagick. You can do Web based image manipulation and conversion with <a href="http
s://www.imagemagick.org/download/perl">MagickStudio</a>, or use <a href="http://git.imagemagick.org/repos/ImageMagick/PerlMagick/demo">L-systems</a> to create images of plants using mathematical constructs, and finally navigate through collections of thumbnail images and select the image to view with the <a href="http://webmagick.sourceforge.net/">WebMagick Image Navigator</a>.</p>
-<p>You can try PerlMagick from your Web browser at the <a href="http://www.imagemagick.org/MagickStudio/scripts/MagickStudio.cgi">ImageMagick Studio</a>. Or, you can see <a href="examples.html">examples</a> of select PerlMagick functions.</p>
+<p>You can try PerlMagick from your Web browser at the <a href="http
s://www.imagemagick.org/MagickStudio/scripts/MagickStudio.cgi">ImageMagick Studio</a>. Or, you can see <a href="examples.html">examples</a> of select PerlMagick functions.</p>
<h2 class="magick-header"><a id="installation"></a>Installation</h2>
yum install ImageMagick-perl
</pre>
-<p>If not, you must install PerlMagick from the ImageMagick source distribution. Download the latest <a href="http://www.imagemagick.org/download/ImageMagick.tar.gz">source</a> release.</p>
+<p>If not, you must install PerlMagick from the ImageMagick source distribution. Download the latest <a href="https://www.imagemagick.org/download/ImageMagick.tar.gz">source</a> release.</p>
<p>Unpack the distribution with this command:</p>
-<pre><span class="crtprompt"> </span><span class="crtin">tar xvzf ImageMagick.tar.gz</span></pre>
+<pre>
+tar xvzf ImageMagick.tar.gz
+</pre>
+
<p>Next configure and compile ImageMagick:</p>
-<pre><span class="crtprompt"> </span><span class="crtin">cd ImageMagick-6.9.1</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">./configure -with-perl</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">make</span></pre>
+<pre><span class="crtprompt"> </span><span class='crtin'>cd ImageMagick-7.0.3</span><span class='crtout'></span><span class="crtprompt"> </span><span class='crtin'>./configure -with-perl</span><span class='crtout'></span><span class="crtprompt"> </span><span class='crtin'>make</span></pre>
<p>If ImageMagick / PerlMagick configured and compiled without complaint, you are ready to install it on your system. Administrator privileges are required to install. To install, type</p>
-<pre><span class="crtprompt"> </span><span class="crtin">sudo make install</span></pre>
+<pre>
+sudo make install
+</pre>
+
<p>You may need to configure the dynamic linker run-time bindings:</p>
-<pre><span class="crtprompt"> </span><span class="crtin">sudo ldconfig /usr/local/lib</span></pre>
+<pre>
+sudo ldconfig /usr/local/lib
+</pre>
+
+
<p>Finally, verify the PerlMagick install worked properly, type</p>
-<pre><span class="crtprompt"> </span><span class="crtin">perl -e "use Image::Magick; print Image::Magick->QuantumDepth"</span></pre>
-<p>Congratulations, you have a working ImageMagick distribution and you are ready to use PerlMagick to <a href="http://www.imagemagick.org/Usage/">convert, compose, or edit</a> your images.</p>
+<pre>
+perl -MImage::Magick -le 'print Image::Magick->QuantumDepth'
+</pre>
+
+<p>Congratulations, you have a working ImageMagick distribution and you are ready to use PerlMagick to <a href="https://www.imagemagick.org/Usage/">convert, compose, or edit</a> your images.</p>
<p><b>Windows XP / Windows 2000</b></p>
<p>Next, type</p>
-<pre><span class="crtprompt"> </span><span class="crtin">cd PerlMagick</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">perl Makefile.nt</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">nmake</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">nmake install</span></pre>
+<pre>
+cd PerlMagick
+perl Makefile.nt
+nmake
+nmake install
+</pre>
+
<p>See the <a href="http://www.dylanbeattie.net/magick/">PerlMagick Windows HowTo</a> page for further installation instructions.</p>
<p><b>Running the Regression Tests</b></p>
<p>To verify a correct installation, type</p>
-<pre><span class="crtprompt"> </span><span class="crtin">make test</span></pre>
+<pre>
+make test
+</pre>
+
<p>Use <code>nmake test</code> under Windows. There are a few demonstration scripts available to exercise many of the functions PerlMagick can perform. Type</p>
-<pre><span class="crtprompt"> </span><span class="crtin">cd demo</span><span class="crtout"></span><span class="crtprompt"> </span><span class="crtin">make</span></pre>
+<pre>
+cd demo
+make
+</pre>
+
<p>You are now ready to utilize the PerlMagick methods from within your Perl scripts.</p>
<h2 class="magick-header"><a id="overview"></a>Overview</h2>
<p>Some of the PerlMagick methods require external programs such as <a href="http://www.cs.wisc.edu/~ghost/">Ghostscript</a>. This may require an explicit path in your PATH environment variable to work properly. For example (in Unix),</p>
-<pre><span class="crtprompt"> </span><span class="crtin">$ENV{PATH}='/../bin:/usr/bin:/usr/local/bin';</span></pre>
+<pre>
+$ENV{PATH}' . "='/../bin:/usr/bin:/usr/local/bin';
+</pre>
+
<h2 class="magick-header"><a id="example"></a>Example Script</h2>
<p>Here is an example script to get you started:</p>
<pre>
#!/usr/local/bin/perl
-use Image::Magick;<br>
-my($image, $x);<br>
+use Image::Magick;<br />
+my($image, $x);<br />
$image = Image::Magick->new;
$x = $image->Read('girl.png', 'logo.png', 'rose.png');
-warn "$x" if "$x";<br>
+warn "$x" if "$x";<br />
$x = $image->Crop(geometry=>'100x100+100+100');
-warn "$x" if "$x";<br>
+warn "$x" if "$x";<br />
$x = $image->Write('x.png');
warn "$x" if "$x";
</pre>
<p>The script reads three images, crops them, and writes a single image as a GIF animation sequence. In many cases you may want to access individual images of a sequence. The next example illustrates how this done:</p>
<pre class="pre-scrollable">#!/usr/local/bin/perl
-use Image::Magick;<br>
-my($image, $p, $q);<br>
+use Image::Magick;<br />
+my($image, $p, $q);<br />
$image = new Image::Magick;
$image->Read('x1.png');
$image->Read('j*.jpg');
<table class="table table-condensed table-striped">
<caption>Read or Write Methods</caption>
<colgroup>
- <col width="20%">
- <col width="20%">
- <col width="20%">
- <col width="40%">
+ <col width="20%" />
+ <col width="20%" />
+ <col width="20%" />
+ <col width="40%" />
</colgroup>
<tbody>
<pre>
$filename = "image.png";
-open(IMAGE, ">$filename");
+open(IMAGE, ">$filename");
$image->Write(file=>\*IMAGE, filename=>$filename);
close(IMAGE);
</pre>
<tr>
<td>AutoOrient</td>
- <td><br></td>
+ <td><br /></td>
<td>adjusts an image so that its orientation is suitable for viewing (i.e. top-left orientation)</td>
</tr>
<tr>
<td>BlackThreshold</td>
- <td>threshold=><i>string</i>, , channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}</td>
+ <td>threshold=><i>string</i>, channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}</td>
<td>force all pixels below the threshold intensity into black</td>
</tr>
<tr>
<td>Coalesce</td>
- <td><br></td>
+ <td><br /></td>
<td>merge a sequence of images</td>
</tr>
<td>apply a convolution kernel to the image. Given a kernel <i>order</i> , you would supply <i>order*order</i> float values (e.g. 3x3 implies 9 values).</td>
</tr>
+ <tr>
+ <td>CopyPixels</td>
+ <td>image=><i>image-handle</i>, geometry=><i>geometry</i>, width=><i>integer</i>, height=><i>integer</i>, x=><i>integer</i>, y=><i>integer</i>, offset=><i>geometry</i>, gravity=>{NorthWest, North, NorthEast, West, Center, East, SouthWest, South, SouthEast}, dx=><i>integer</i>, dy=><i>integer</i></td>
+ <td>copy pixels from the image as defined by the <code>width</code>x<code>height</code>+<code>x</code>+<code>y</code> to image at offset +<code>dx</code>,+<code>dy</code>.</td>
+ </tr>
+
+ <tr>
+ <td>ConnectedComponents</td>
+ <td>connectivity=><i>integer</i>,</td>
+ <td>connected-components uniquely labeled, choose from 4 or 8 w
+ay connectivity.</td>
+ </tr>
+
<tr>
<td>Crop</td>
<td>geometry=><i>geometry</i>, width=><i>integer</i>, height=><i>integer</i>, x=><i>integer</i>, y=><i>integer</i>, fuzz=><i>double</i>, gravity=>{NorthWest, North, NorthEast, West, Center, East, SouthWest, South, SouthEast}</td>
<tr>
<td>Deconstruct</td>
- <td><br></td>
+ <td><br /></td>
<td>break down an image sequence into constituent parts</td>
</tr>
<tr>
<td>Distort</td>
- <td>points=><i>array of float values</i>, method=>{Affine, AffineProjection, Bilinear, Perspective, Resize, ScaleRotateTranslate}, 'virtual-pixel'=>{Background Black Constant Dither Edge Gray Mirror Random Tile Transparent White}, 'best-fit'=>{True, False}</td>
+ <td>points=><i>array of float values</i>, method=>{Affine, AffineProjection, ScaleRotateTranslate, SRT, Perspective, PerspectiveProjection, BilinearForward, BilinearReverse, Polynomial, Arc, Polar, DePolar, Barrel, BarrelInverse, Shepards, Resize}, 'virtual-pixel'=>{Background Black Constant Dither Edge Gray Mirror Random Tile Transparent White}, 'best-fit'=>{True, False}</td>
<td>distort image</td>
</tr>
<tr>
<td>Enhance</td>
- <td><br></td>
+ <td><br /></td>
<td>apply a digital filter to enhance a noisy image</td>
</tr>
<tr>
<td>Equalize</td>
- <td>channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}<br></td>
+ <td>channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}<br /></td>
<td>perform histogram equalization to the image</td>
</tr>
<tr>
<td>Flip</td>
- <td><br></td>
+ <td><br /></td>
<td>reflect the image scanlines in the vertical direction</td>
</tr>
<tr>
<td>Flop</td>
- <td><br></td>
+ <td><br /></td>
<td>reflect the image scanlines in the horizontal direction</td>
</tr>
<tr>
<td>Magnify</td>
- <td><br></td>
+ <td><br /></td>
<td>double the size of the image with pixel art scaling</td>
</tr>
<tr>
<td>Minify</td>
- <td><br></td>
+ <td><br /></td>
<td>half the size of an image</td>
</tr>
<tr>
<td>Normalize</td>
- <td>channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}<br></td>
+ <td>channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}<br /></td>
<td>transform image to span the full range of color values</td>
</tr>
<tr>
<td>Signature</td>
- <td><br></td>
+ <td><br /></td>
<td>generate an SHA-256 message digest for the image pixel stream</td>
</tr>
<tr>
<td>Strip</td>
- <td><br></td>
+ <td><br /></td>
<td>strip an image of all profiles and comments.</td>
</tr>
<tr>
<td>Transpose</td>
- <td><br></td>
+ <td><br /></td>
<td>flip image in the vertical direction and rotate 90 degrees</td>
</tr>
<tr>
<td>Transverse</td>
- <td><br></td>
+ <td><br /></td>
<td>flop image in the horizontal direction and rotate 270 degrees</td>
</tr>
<tr>
<td>Trim</td>
- <td><br></td>
+ <td><br /></td>
<td>remove edges that are the background color from the image</td>
</tr>
<td>alter an image along a sine wave</td>
</tr>
+ <tr>
+ <td>WaveDenoise</td>
+ <td>geometry=><i>geometry</i>, threshold=><i>double</i>, threshold=><i>double</i></td>
+ <td>removes noise from the image using a wavelet transform</td>
+ </tr>
+
<tr>
<td>WhiteThreshold</td>
<td>threshold=><i>string</i>, , channel=>{All, Default, Alpha, Black, Blue, CMYK, Cyan, Gray, Green, Index, Magenta, Opacity, Red, RGB, Yellow}</td>
<td>the number of rows or height of an image</td>
</tr>
+ <tr>
+ <td>icc</td>
+ <td><i>string</i></td>
+ <td>ICC profile</td>
+ </tr>
+
+ <tr>
+ <td>icc</td>
+ <td><i>string</i></td>
+ <td>ICM profile</td>
+ </tr>
+
<tr>
<td>id</td>
<td><i>integer</i></td>
<td>ImageMagick registry id</td>
</tr>
+ <tr>
+ <td>IPTC</td>
+ <td><i>string</i></td>
+ <td>IPTC profile</td>
+ </tr>
+
<tr>
<td>mean-error</td>
<td><i>double</i></td>
<td>the number of columns or width of an image</td>
</tr>
+ <tr>
+ <td>XMP</td>
+ <td><i>string</i></td>
+ <td>XMP profile</td>
+ </tr>
+
<tr>
<td>x-resolution</td>
<td><i>integer</i></td>
<pre>
use Image::Magick;
-$logo=Image::Magick->New();
-$logo->Read('logo:');
-$sharp=Image::Magick->New();
-$sharp->Read('logo:');
-$sharp->Sharpen('0x1');
-$difference=$logo->Compare(image=>$sharp, metric=>'rmse');
-print $difference->Get('error'), "\n";
-$difference->Display();
+$logo=Image::Magick->New();
+$logo->Read('logo:');
+$sharp=Image::Magick->New();
+$sharp->Read('logo:');
+$sharp->Sharpen('0x1');
+$difference=$logo->Compare(image=>$sharp, metric=>'rmse');
+print $difference->Get('error'), "\n";
+$difference->Display();
</pre>
<p>In addition to the reported root mean squared error of around 0.024, a difference image is displayed so you can visually identify the difference between the images.</p>
<td>geometry</td>
<td><i>geometry</i></td>
<td>preferred tile and border size of each tile of the composite
-image (e.g. 120x120+4+3>)</td>
+image (e.g. 120x120+4+3>)</td>
</tr>
<tr>
<tr>
<td>GetAuthenticPixels</td>
<td>geometry=><i>geometry</i>, width=><i>integer</i>, height=><i>integer</i>, x=><i>integer</i>, y=><i>integer</i></td>
- <td>return image pixels as a C pointer</td>
+ <td>return authentic pixels as a C pointer</td>
</tr>
<tr>
<td>GetVirtualPixels</td>
<td>geometry=><i>geometry</i>, width=><i>integer</i>, height=><i>integer</i>, x=><i>integer</i>, y=><i>integer</i></td>
- <td>return image pixels as a const C pointer</td>
+ <td>return virtual pixels as a const C pointer</td>
</tr>
<tr>
<td>GetAuthenticIndexQueue</td>
<td></td>
- <td>return image indexes as a C pointer</td>
+ <td>return colormap indexes or black pixels as a C pointer</td>
</tr>
<tr>
<td>GetVirtualIndexQueue</td>
<td></td>
- <td>return image indexes as a const C pointer</td>
+ <td>return colormap indexes or black pixels as a const C pointer</td>
</tr>
<tr>
<td>SyncAuthenticPixels</td>
<td></td>
- <td>sync image pixels to pixel cache</td>
+ <td>sync authentic pixels to pixel cache</td>
</tr>
</tbody>
$p = $image->ComplexImages('conjugate');
</pre>
-<p>The EvaluateImages() method applies an arithemtic, logical or relational expression to a set of images. For example,</p>
+<p>The EvaluateImages() method applies an arithmetic, logical or relational expression to a set of images. For example,</p>
+
<pre>
$p = $image->EvaluateImages('mean');
<p>Finally, the Transform() method accepts a fully-qualified geometry specification for cropping or resizing one or more images. For example,</p>
<pre>
-$p = $images->Transform(crop=>'100x100+10+60');
+$p = $images->Transform(crop=>'100x100+10+60');
</pre>
<p>The Flatten() method flattens a set of images and returns it. For example,</p>
<p>PerlMagick includes these constants:</p>
-<pre class="pre-scrollable">
-BlobError
+<pre class="pre-scrollable">BlobError
BlobWarning
CacheError
CacheWarning
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