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diff --git a/www/defines.html b/www/defines.html index 0f01f58ab..e43b8a123 100644 --- a/www/defines.html +++ b/www/defines.html @@ -6,7 +6,7 @@ <html lang="en"> <head> <meta charset="utf-8" /> - <meta name="viewport" content="width=device-width,minimum-scale=1,initial-scale=1,shrink-to-fit=no" /> + <meta name="viewport" content="width=device-width, initial-scale=1, shrink-to-fit=no" /> <title>ImageMagick - Defines</title> <meta name="application-name" content="ImageMagick" /> <meta name="description" content="Use ImageMagick® to create, edit, compose, and convert bitmap images. Resize an image, crop it, change its shades and colors, add captions, and more." /> @@ -69,7 +69,7 @@ </li> </ul> </div> - <form class="form-inline my-2 my-md-0" action="https://imagemagick.org/script/search.php"> + <form class="form-inline my-2 my-md-0" action="search.html"> <input class="form-control mr-sm-2" type="text" name="q" placeholder="Search" aria-label="Search"> <button class="btn btn-outline-success my-2 my-sm-0" type="submit" name="sa">Search</button> </form> @@ -127,7 +127,7 @@ use:</p> <div class="table-responsive" style="font-size:87.5% !important;"> <table class="table table-sm table-hover"> - <tr> + <tr> <th align="center" colspan=2>Command-line Defines</th> </tr> @@ -135,7 +135,7 @@ use:</p> <td colspan=2><p></p></td> </tr> - <tr> + <tr> <td>auto-threshold:verbose</td> <td>return derived threshold as the <code>auto-threshold:threshold</code> image property.</td> </tr> @@ -148,24 +148,24 @@ use:</p> -type truecolor. JPG and PSD will need this define.</td> </tr> - <tr> + <tr> <td>compare:ssim-radius=<var>value</var></td> - <td>Set the structural similarity index radius.</td> + <td>Set the structural similarity index radius.</td> </tr> - <tr> + <tr> <td>compare:ssim-sigma=<var>value</var></td> - <td>Set the structural similarity index sigma.</td> + <td>Set the structural similarity index sigma.</td> </tr> - <tr> + <tr> <td>compare:ssim-k1=<var>value</var></td> - <td>Set the structural similarity index k1 argument.</td> + <td>Set the structural similarity index k1 argument.</td> </tr> - <tr> + <tr> <td>compare:ssim-k2=<var>value</var></td> - <td>Set the structural similarity index k2 argument.</td> + <td>Set the structural similarity index k2 argument.</td> </tr> <tr> @@ -246,12 +246,12 @@ use:</p> <td>Comma and/or hyphenated list of id values to keep in the output. Supported in Imagemagick 6.9.3-0.</td> </tr> - <tr> + <tr> <td>connected-components:keep-colors=<var>red;green;blue</var></td> <td>Keeps objects identified by their color in a semicolon separated list. Supported in Imagemagick 6.9.3-0.</td> </tr> - <tr> + <tr> <td>connected-components:keep-top=<var>number-of-objects</var></td> <td>Keeps only the top number of objects by area. Supported in Imagemagick 7.0.9.21.</td> </tr> @@ -284,7 +284,7 @@ use:</p> Supported in Imagemagick 6.9.2-9.</td> </tr> - <tr> + <tr> <td>connected-components:remove-colors=<var>red;green;blue</var></td> <td>Remove objects identified by their color in a semicolon separated list. Supported in Imagemagick 6.9.3-0.</td> @@ -317,7 +317,7 @@ use:</p> <tr> <td>delegate:bimodal=<var>true</var></td> - <td>Specify direct conversion from Postscript to PDF.</td> + <td>Specify direct conversion from Postscript to PDF.</td> </tr> <tr> @@ -344,108 +344,108 @@ use:</p> <tr> <td>filter:b=<var>value</var></td> - <td>Redefine the spline factor used for cubic filters such as Cubic, - Catrom, Mitchel, and Hermite, as well as the Parzen cubic windowing - function. If only one of the b or c values are defined, the other is - set so as to generate a 'Cubic-Keys' filter. The meaning of the b and c - values was defined in a research paper by Mitchell-Netravali.</td> + <td>Redefine the spline factor used for cubic filters such as Cubic, + Catrom, Mitchel, and Hermite, as well as the Parzen cubic windowing + function. If only one of the b or c values are defined, the other is + set so as to generate a 'Cubic-Keys' filter. The meaning of the b and c + values was defined in a research paper by Mitchell-Netravali.</td> </tr> <tr> <td>filter:blur=<var>factor</var></td> - <td>Scale the X axis of the filter (and its window). Use > 1.0 for blurry - or < 1.0 for sharp. This should only be used with Gaussian and - Gaussian-like filters simple filters, or you may not get the - expected results.</td> + <td>Scale the X axis of the filter (and its window). Use > 1.0 for blurry + or < 1.0 for sharp. This should only be used with Gaussian and + Gaussian-like filters simple filters, or you may not get the + expected results.</td> </tr> <tr> <td>filter:c=<var>value</var></td> - <td>Redefine the Keys alpha factor used for cubic filters such as Cubic, - Catrom, Mitchel, and Hermite, as well as the Parzen cubic windowing - function. If only one of the b or c values are defined, the other is - set so as to generate a 'Cubic-Keys' filter. The meaning of the b and c - values was defined in a research paper by Mitchell-Netravali.</td> + <td>Redefine the Keys alpha factor used for cubic filters such as Cubic, + Catrom, Mitchel, and Hermite, as well as the Parzen cubic windowing + function. If only one of the b or c values are defined, the other is + set so as to generate a 'Cubic-Keys' filter. The meaning of the b and c + values was defined in a research paper by Mitchell-Netravali.</td> </tr> <tr> <td>filter:kaiser-alpha=<var>value</var></td> - <td>Set the Kaiser window alpha value. When it is multiplied by 'PI', - it is equivalent to "kaiser-beta" and will override that setting. - It only affects the Kaiser windowing function and does not affect - any other attributes.</td> + <td>Set the Kaiser window alpha value. When it is multiplied by 'PI', + it is equivalent to "kaiser-beta" and will override that setting. + It only affects the Kaiser windowing function and does not affect + any other attributes.</td> </tr> - <tr> + <tr> <td>filter:kaiser-beta=<var>value</var></td> - <td>Set the Kaiser window beta value. It only affects Kaiser windowing - function and does not affect any other attributes. Before ImageMagick - v6.7.6-10, this option was known as "filter:alpha" (an inheritance - from the very old "zoom" program). It was changed to bring the function - in line with more modern academic research usage and better assign it - be more definitive. The default value is 6.5</td> + <td>Set the Kaiser window beta value. It only affects Kaiser windowing + function and does not affect any other attributes. Before ImageMagick + v6.7.6-10, this option was known as "filter:alpha" (an inheritance + from the very old "zoom" program). It was changed to bring the function + in line with more modern academic research usage and better assign it + be more definitive. The default value is 6.5</td> </tr> <tr> <td>filter:lobes=<var>count</var></td> - <td>Set the number of lobes to use for the Sinc/Bessel filter. - This is an alternate way of specifying the 'support' range of the filter, - that is designed to be more suited to windowed filters, especially when - used for image distorts.</td> + <td>Set the number of lobes to use for the Sinc/Bessel filter. + This is an alternate way of specifying the 'support' range of the filter, + that is designed to be more suited to windowed filters, especially when + used for image distorts.</td> </tr> <tr> <td>filter:sigma=<var>value</var></td> - <td>Set the 'sigma' value used to define the Gaussian filter. - The default sigma value is '0.5'. It only affects the Gaussian filter, - but does not shrink (but may enlarge) the filter's 'support'. - It can be used to generate very small blurs, but without the filter - 'missing' pixels due to using a small support setting. - A larger value of '0.707' (a value of '1/sqrt(2)') is another - common setting.</td> + <td>Set the 'sigma' value used to define the Gaussian filter. + The default sigma value is '0.5'. It only affects the Gaussian filter, + but does not shrink (but may enlarge) the filter's 'support'. + It can be used to generate very small blurs, but without the filter + 'missing' pixels due to using a small support setting. + A larger value of '0.707' (a value of '1/sqrt(2)') is another + common setting.</td> </tr> <tr> <td>filter:support=<var>radius</var></td> - <td>Set the filter support radius. It defines how large the filter - should be and thus directly defines how slow the filtered resampling - process is. All filters have a default 'preferred' support size. - Some filters like Lagrange and windowed filters adjust themselves - depending on this value. With simple filters this value either does - nothing (but slow the resampling), or will clip the filter function - in a detrimental way.</td> + <td>Set the filter support radius. It defines how large the filter + should be and thus directly defines how slow the filtered resampling + process is. All filters have a default 'preferred' support size. + Some filters like Lagrange and windowed filters adjust themselves + depending on this value. With simple filters this value either does + nothing (but slow the resampling), or will clip the filter function + in a detrimental way.</td> </tr> <tr> <td>filter:verbose=<var>true</var></td> - <td>Enable printing of information about the final internal - filter selection to standard output. This includes a commented header - on the filter settings being used and data allowing the filter weights - to be easily graphed. Note however that some filters are internally - defined in terms of other filters. The Lanczos filter, for example, - is defined in terms of a SincFast windowed SincFast filter, while - the Mitchell filter is defined as a general Cubic family filter - with specific 'B' and 'C' settings.</td> + <td>Enable printing of information about the final internal + filter selection to standard output. This includes a commented header + on the filter settings being used and data allowing the filter weights + to be easily graphed. Note however that some filters are internally + defined in terms of other filters. The Lanczos filter, for example, + is defined in terms of a SincFast windowed SincFast filter, while + the Mitchell filter is defined as a general Cubic family filter + with specific 'B' and 'C' settings.</td> </tr> <tr> <td>filter:window=<var>filter_function</var></td> - <td>The IIR (infinite impulse response) filters Sinc and Jinc are - windowed (brought down to zero over the defined support range) with - the given filter. This allows you to specify a filter function to be - used as a windowing function for these IIR filters. Many of the defined - filters are actually windowing functions for these IIR filters. A typical - choices is Box, (which effectively turns off the windowing function).</td> + <td>The IIR (infinite impulse response) filters Sinc and Jinc are + windowed (brought down to zero over the defined support range) with + the given filter. This allows you to specify a filter function to be + used as a windowing function for these IIR filters. Many of the defined + filters are actually windowing functions for these IIR filters. A typical + choices is Box, (which effectively turns off the windowing function).</td> </tr> <tr> <td>filter:window-support=<var>radius</var></td> - <td>Scale the windowing function to this size. This causes - the windowing (or self-windowing Lagrange filter) to act is if the - support window is larger than what is actually supplied to the calling - operator. The filter, however, is still clipped to the true support - size that is provided. If unset, this will equal the normal filter - support size.</td> + <td>Scale the windowing function to this size. This causes + the windowing (or self-windowing Lagrange filter) to act is if the + support window is larger than what is actually supplied to the calling + operator. The filter, however, is still clipped to the true support + size that is provided. If unset, this will equal the normal filter + support size.</td> </tr> <tr> @@ -462,22 +462,21 @@ use:</p> <tr> <td>h:format=<var>value</var></td> - <td>Set the image encoding format use when writing a C-style header. - <var>format</var> can be any output format supported by ImageMagick - except for <var>h</var> and <var>magick</var>. If this - option is omitted, the default is <var>GIF</var> for PseudoClass - images and <var>PNM</var> for DirectClass images. - </td> + <td>Set the image encoding format use when writing a C-style header. + <var>format</var> can be any output format supported by ImageMagick + except for <var>h</var> and <var>magick</var>. If this + option is omitted, the default is <var>GIF</var> for PseudoClass + images and <var>PNM</var> for DirectClass images.</td> </tr> <tr> <td>hough-lines:accumulator=true</td> - <td>Return the accumulator image in addition to the lines image.</td> + <td>Return the accumulator image in addition to the lines image.</td> </tr> <tr> <td>json:features</td> - <td>Include features in verbose information.</td> + <td>Include features in verbose information.</td> </tr> <tr> @@ -492,37 +491,37 @@ use:</p> <tr> <td>json:moments</td> - <td>Include image moments in verbose information.</td> + <td>Include image moments in verbose information.</td> </tr> - <tr> + <tr> <td>kmeans:seed-colors=<var>color-list</var></td> - <td>Initialize the colors, where color-list is a semicolon delimited - list of seed colors (e.g. red;sRGB(19,167,254);#00ffff)</td> + <td>Initialize the colors, where color-list is a semicolon delimited + list of seed colors (e.g. red;sRGB(19,167,254);#00ffff)</td> </tr> <tr> <td>magick:format=<var>value</var></td> - <td>Set the image encoding format use when writing a C-style header. - This is the same as "h:format=format" described above.</td> + <td>Set the image encoding format use when writing a C-style header. + This is the same as "h:format=format" described above.</td> </tr> - <tr> + <tr> <td>magnify:method=<var>value</var></td> <td>Choose the method of pixel art magnification. The choices are: eagle2X, eagle3X, eagle3XB, epb2X, fish2X, hq2X, scale2X (default), scale3X, xbr2X</td> - </tr> + </tr> - <tr> + <tr> <td>modulate:colorspace=<var>colorspace</var></td> <td>Define the colorspace to use with <a href="command-line-options.html#modulate">-modulate</a>. Any hue-based colorspace may be use. The default is HSL.</td> - </tr> + </tr> <tr> <td>morphology:compose=<var>compose-method</var></td> - <td>Specify how to merge results generated by multiple<a + <td>Specify how to merge results generated by multiple<a href="defines.html#morphology" >-morphology</a> kernel. The default is none. One typical value is 'lighten' as used, for example, with the sobel edge kernels. </td> @@ -530,7 +529,7 @@ use:</p> <tr> <td>morphology:showKernel=<var>1</var></td> - <td>Output (to 'standard error') all the information about a generated <a + <td>Output (to 'standard error') all the information about a generated <a href="defines.html#morphology" >-morphology</a> kernel.</td> </tr> @@ -550,32 +549,32 @@ use:</p> <tr> <td>profile:skip=<var>name1,name2,...</var></td> - <td>Skip the named profile[s] when reading the image. Use skip="*" to + <td>Skip the named profile[s] when reading the image. Use skip="*" to skip all named profiles in the image. Many named profiles exist, including ICC, EXIF, APP1, IPTC, XMP, and others.</td> </tr> <tr> <td>precision:highres-transform=<var>true</var></td> - <td>Increase the profile transform precision. Note, there is a slight - performance penalty as the high-precision transform is floating point - rather than unsigned. It is important to note that results may depend - on whether or not the original image already has an included profile.</td> + <td>Increase the profile transform precision. Note, there is a slight + performance penalty as the high-precision transform is floating point + rather than unsigned. It is important to note that results may depend + on whether or not the original image already has an included profile.</td> </tr> <tr> <td>preserve-timestamp=<var>true|false</var></td> - <td>Preserve file timestamp (<code>mogrify</code> only).</td> + <td>Preserve file timestamp (<code>mogrify</code> only).</td> </tr> <tr> <td>q-table=<var>quantization-table.xml</var></td> - <td>Custom JPEG quantization tables.</td> + <td>Custom JPEG quantization tables.</td> </tr> <tr> <td>quantum:format=<var>type</var></td> - <td>Set the type to <code>floating-point</code> to specify a floating-point + <td>Set the type to <code>floating-point</code> to specify a floating-point format for raw files (e.g. GRAY:) or for MIFF and TIFF images in HDRI mode to preserve negative values. If <a href="command-line-options.html#depth">-depth</a> 16 is included, the result is a single precision floating point format. @@ -583,63 +582,73 @@ use:</p> double precision floating point format. For signed pixel data, use <code>-define quantum:format=signed</code></td> </tr> - <tr> + <tr> <td>quantum:maximum=<var>value</var></td> - <td>Maximum value for certain image types such as DCM. If not set, the - the maximum value is QuantumRange.</td> + <td>Maximum value for certain image types such as DCM. If not set, the + the maximum value is QuantumRange.</td> </tr> - <tr> + <tr> <td>quantum:minimum=<var>value</var></td> - <td>Minimum value for certain image types such as DCM. If not set, the - the minimum value is zero.</td> + <td>Minimum value for certain image types such as DCM. If not set, the + the minimum value is zero.</td> </tr> <tr> <td>quantum:polarity=<var>photometric-interpretation</var></td> - <td>Set the photometric-interpretation of an image (typically for TIFF - image file format) to either <code>min-is-black</code> (default) or + <td>Set the photometric-interpretation of an image (typically for TIFF + image file format) to either <code>min-is-black</code> (default) or <code>min-is-white</code>.</td> </tr> <tr> <td>registry:<var>attribute</var>=<var>value</var></td> - <td>Set attributes of the image registry, for example, - registry:temporary-path=/data/tmp. + <td>Set attributes of the image registry, for example, + registry:temporary-path=/data/tmp. </td> </tr> <tr> <td>resample:verbose=<var>true</var></td> - <td>Output the cylindrical filter lookup table created by the EWA - (Elliptical Weighted Average) resampling algorithm. Note this table - uses a squared radius lookup value. This is typically only used for - debugging EWA resampling. + <td>Output the cylindrical filter lookup table created by the EWA + (Elliptical Weighted Average) resampling algorithm. Note this table + uses a squared radius lookup value. This is typically only used for + debugging EWA resampling. </td> </tr> <tr> <td>sample:offset=<var>geometry</var></td> - <td>Location of the sampling point within the sub-region being sampled, + <td>Location of the sampling point within the sub-region being sampled, expressed as percentages (see <a href="command-line-options.html#sample" >-sample</a>).</td> </tr> - <tr> + <tr> <td>shepards:power=<var>value</var></td> - <td>Set the exponent in the Shepard's distortion. The default is 2.</td> + <td>Set the exponent in the Shepard's distortion. The default is 2.</td> </tr> -<tr> + <tr> <td>stream:buffer-size=<var>value</var></td> - <td>Set the stream buffer size. Select 0 for unbuffered I/O.</td> + <td>Set the stream buffer size. Select 0 for unbuffered I/O.</td> </tr> - <tr> + <tr> <td>trim:percent-background=<var>X%</var></td> - <td>Set the amount of background that is tolerated in an edge. It is - specified as a percent. 0% means no background is tolerated. - 50% means an edge can contain up to 50% pixels that are background per - the fuzz-factor.</td> + <td>Set the amount of background that is tolerated in an edge. It is + specified as a percent. 0% means no background is tolerated. + 50% means an edge can contain up to 50% pixels that are background per + the fuzz-factor.</td> + </tr> + + <tr> + <td>trim:horizontal=<var>true</var></td> + <td>Only trim the horizontal edges of the image.</td> + </tr> + + <tr> + <td>trim:vertical=<var>true</var></td> + <td>Only trim the vertical edges of the image.</td> </tr> <tr> @@ -677,21 +686,20 @@ use:</p> <td>Turn off the beep when importing an image.</td> </tr> - <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> - <th align="center" colspan=2>IMAGE FORMATS</th> + <th align="center" colspan=2>IMAGE FORMATS</th> </tr> <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> @@ -702,9 +710,9 @@ use:</p> <tr> <td>bmp:format=<var>value</var></td> <td>Valid values are <var>bmp2</var>, <var>bmp3</var>, - and <var>bmp4</var>. This option can be useful when the - method of prepending "BMP2:" to the output filename is inconvenient or - is not available, such as when using the <a href="mogrify.html">mogrify</a> utility.</td> + and <var>bmp4</var>. This option can be useful when the + method of prepending "BMP2:" to the output filename is inconvenient or + is not available, such as when using the <a href="mogrify.html">mogrify</a> utility.</td> </tr> <tr> @@ -716,7 +724,7 @@ use:</p> <tr> <td>dcm:display-range=<var>reset</var></td> - <td>Set the display range to the minimum and maximum pixel values for the + <td>Set the display range to the minimum and maximum pixel values for the DCM image format.</td> </tr> @@ -726,87 +734,87 @@ use:</p> in the file.</td> </tr> - <tr> + <tr> <td>dcm:rescale=<var>true</var></td> - <td>Enable interpretation of the rescale slope and intercept settings - in the file.</td> + <td>Enable interpretation of the rescale slope and intercept settings + in the file.</td> </tr> - <tr> + <tr> <td>dcm:window=<var>CxW</var></td> - <td>Specify the dcm window center and width.</td> + <td>Specify the dcm window center and width.</td> </tr> -<tr> + <tr> <td>dds:cluster-fit=<var>true|false</var></td> - <td>Enable the DDS cluster-fit.</td> + <td>Enable the DDS cluster-fit.</td> </tr> <tr> <td>dds:compression=<var>dxt1|dxt5|none</var></td> - <td>Set the dds compression.</td> + <td>Set the dds compression.</td> </tr> <tr> <td>dds:mipmaps=<var>value</var></td> - <td>Set the dds number of mipmaps.</td> + <td>Set the dds number of mipmaps.</td> </tr> <tr> - <td>dds:weight-by-alpha=<var>true|false</var></td> - <td>Enable the DDS alpha weighting.</td> + <td>dds:weight-by-alpha=<var>true|false</var></td> + <td>Enable the DDS alpha weighting.</td> </tr> <tr> <td>dng:output-color=<var>value</var></td> - <td>Select the output colorspace. The choices are: - 0 - Raw color (unique to each camera), - 1 - sRGB D65 (default), - 2 - Adobe RGB (1998) D65, - 3 - Wide Gamut RGB D65, - 4 - Kodak ProPhoto RGB D65, - 5 - XYZ, - 6 - ACES</td> - </tr> + <td>Select the output colorspace. The choices are: + 0 - Raw color (unique to each camera), + 1 - sRGB D65 (default), + 2 - Adobe RGB (1998) D65, + 3 - Wide Gamut RGB D65, + 4 - Kodak ProPhoto RGB D65, + 5 - XYZ, + 6 - ACES</td> + </tr> <tr> <td>dng:use-auto-bright=<var>false</var></td> - <td>Disable the histogram-based white level.</td> + <td>Disable the histogram-based white level.</td> </tr> - <tr> + <tr> <td>dng:use-auto-wb=<var>true</var></td> - <td>Compute the white balance by averaging the entire image.</td> + <td>Compute the white balance by averaging the entire image.</td> </tr> <tr> <td>dng:use-camera-wb=<var>true</var></td> - <td>Uses the white balance specified by the camera.</td> + <td>Uses the white balance specified by the camera.</td> </tr> <tr> <td>dot:layout-engine=<var>value</var></td> - <td>Specify the layout engine for the DOT image format (e.g. + <td>Specify the layout engine for the DOT image format (e.g. <code>neato</code>).</td> </tr> <tr> <td>eps:use-cropbox=<var>true</var></td> - <td>Force Imagemagick to respect the crop box.</td> + <td>Force Imagemagick to respect the crop box.</td> </tr> <tr> <td>exr:color-type=<var>value</var></td> - <td>Specify the color type for the EXR format: RGB, RGBA, YC, YCA, Y, - YA, R, G, B, A).</td> + <td>Specify the color type for the EXR format: RGB, RGBA, YC, YCA, Y, + YA, R, G, B, A).</td> </tr> <tr> <td>fpx:view=<var>value</var></td> - <td>Specify the FlashPix viewing object, which contains the specification - of a viewing transform. The viewing transform enables applications to - represent a set of simple edits as a list of "commands" which are applied - to the image in real time without altering the original image.</td> + <td>Specify the FlashPix viewing object, which contains the specification + of a viewing transform. The viewing transform enables applications to + represent a set of simple edits as a list of "commands" which are applied + to the image in real time without altering the original image.</td> </tr> <tr> @@ -819,30 +827,30 @@ use:</p> <tr> <td>icon:auto-resize</td> - <td>Automatically stores multiple sizes when writing an ico image (requires a 256x256 input image).</td> + <td>Automatically stores multiple sizes when writing an ico image (requires a 256x256 input image).</td> </tr> <tr> <td>jp2:layer-number=<var>value</var></td> - <td>Set the maximum number of quality layers to decode. Same for JPT, JC2, + <td>Set the maximum number of quality layers to decode. Same for JPT, JC2, and J2K.</td> </tr> <tr> <td>jp2:number-resolutions=<var>value</var></td> - <td>Set the number of resolutions to encode.Same for JPT, JC2, and - J2K.</td> + <td>Set the number of resolutions to encode.Same for JPT, JC2, and + J2K.</td> </tr> <tr> <td>jp2:progression-order=<var>value</var></td> - <td>Choose from LRCP, RLCP, RPCL, PCRL or CPRL. Same for JPT, JC2, and + <td>Choose from LRCP, RLCP, RPCL, PCRL or CPRL. Same for JPT, JC2, and J2K.</td> </tr> <tr> <td>jp2:quality=<var>value,value...</var></td> - <td>Set the quality layer PSNR, given in dB. The order is from left to + <td>Set the quality layer PSNR, given in dB. The order is from left to right in ascending order. The default is a single lossless quality layer. Same for JPT, JC2, and J2K.</td> </tr> @@ -858,7 +866,7 @@ use:</p> <tr> <td>jp2:reduce-factor=<var>value</var></td> - <td>Set the number of highest resolution levels to be discarded.Same for + <td>Set the number of highest resolution levels to be discarded.Same for JPT, JC2, and J2K.</td> </tr> @@ -875,13 +883,13 @@ use:</p> <tr> <td>jpeg:dct-method=<var>value</var></td> - <td>Choose from <code>default</code>, <code>fastest</code>, + <td>Choose from <code>default</code>, <code>fastest</code>, <code>float</code>, <code>ifast</code>, and <code>islow</code>.</td> </tr> <tr> <td>jpeg:extent=<var>value</var></td> - <td>Restrict the maximum JPEG file size, for example <code>-define + <td>Restrict the maximum JPEG file size, for example <code>-define jpeg:extent=400KB</code>. The JPEG encoder will search for the highest compression quality level that results in an output file that does not exceed the value. The <code>-quality</code> option also will be respected @@ -912,7 +920,7 @@ use:</p> <tr> <td>jpeg:size=<var>geometry</var></td> - <td>Set the size hint of a JPEG image, for + <td>Set the size hint of a JPEG image, for example, <code>-define jpeg:size=128x128</code>. It is most useful for increasing performance and reducing the memory requirements when reducing the size of a large JPEG image.</td> @@ -920,7 +928,7 @@ use:</p> <tr> <td>mng:need-cacheoff</td> - <td>turn playback caching off for streaming MNG.</td> + <td>turn playback caching off for streaming MNG.</td> </tr> <tr> @@ -928,9 +936,9 @@ use:</p> <td> </td> </tr> - <tr> + <tr> <td>pdf:fit-page=<var>geometry</var></td> - <td><var>Geometry</var> specifies the scaling dimensions for resizing when the PDF is being read. The geometry is either WxH{%} or page size. No offsets are allowed. (introduced in IM 6.8.8-8)</td> + <td><var>Geometry</var> specifies the scaling dimensions for resizing when the PDF is being read. The geometry is either WxH{%} or page size. No offsets are allowed. (introduced in IM 6.8.8-8)</td> </tr> <tr> @@ -953,9 +961,9 @@ use:</p> <td> </td> </tr> - <tr> + <tr> <td>pdf:thumbnail=<var>false</var></td> - <td>Skip writing a thumbnail when saving a PDF file.</td> + <td>Skip writing a thumbnail when saving a PDF file.</td> </tr> <tr> @@ -975,7 +983,7 @@ use:</p> <tr> <td>png:color-type=<var>value</var></td> - <td>Desired bit-depth and color-type for PNG output. You can force the + <td>Desired bit-depth and color-type for PNG output. You can force the PNG encoder to use a different bit-depth and color-type than it would have normally selected, but only if this does not cause any loss of image quality. Any attempt to reduce image quality is treated as an error and no @@ -994,56 +1002,58 @@ use:</p> <tr> <td>png:compression-filter=<var>value</var></td> <td>Valid values are 0 through 9. 0-4 are the corresponding PNG filters, - 5 means adaptive filtering except for images with a colormap, 6 means - adaptive filtering for all images, 7 means MNG "loco" compression, 8 means - Z_RLE strategy with adaptive filtering, and 9 means Z_RLE strategy with no - filtering.</td> + 5 means adaptive filtering except for images with a colormap, 6 means + adaptive filtering for all images, 7 means MNG "loco" compression, 8 means + Z_RLE strategy with adaptive filtering, and 9 means Z_RLE strategy with no + filtering.</td> </tr> <tr> <td>png:compression-level=<var>value</var></td> <td>Valid values are 0 through 9, with 0 providing the least, but fastest - compression and 9 usually providing the best and always the slowest.</td> + compression and 9 usually providing the best and always the slowest.</td> </tr> <tr> <td>png:compression-strategy=<var>value</var></td> <td>Valid values are 0 through 4, meaning default, filtered, huffman_only, - rle, and fixed ZLIB compression strategy. If you are using an old zlib - that does not support Z_RLE (before 1.2.0) or Z_FIXED (before 1.2.2.2), - values 3 and 4, respectively, will use the zlib default strategy - instead.</td> + rle, and fixed ZLIB compression strategy. If you are using an old zlib + that does not support Z_RLE (before 1.2.0) or Z_FIXED (before 1.2.2.2), + values 3 and 4, respectively, will use the zlib default strategy + instead.</td> </tr> <tr> <td>png:format=<var>value</var></td> <td> valid values are <var>png8</var>, <var>png24</var>, - <var>png32</var>, <var>png48</var>, - <var>png64</var>, and <var>png00</var>. - This property is useful for specifying - the specific PNG format to be used, when the usual method of prepending the - format name to the output filename is inconvenient, such as when writing - a PNG-encoded ICO file or when using <a href="mogrify.html">mogrify</a>. - Value = <var>png8</var> reduces the number of colors to 256, - only one of which may be fully transparent, if necessary. The other - values do not force any reduction of quality; it is an error to request - a format that cannot represent the image data without loss (except that - it is allowed to reduce the bit-depth from 16 to 8 for all formats). - Value = <var>png24</var> and <var>png48</var> - allow transparency, only if a single color is fully transparent and that - color does not also appear in an opaque pixel; such transparency is - written in a PNG <code>tRNS</code> chunk. - Value = <var>png00</var> causes the image to inherit its - color-type and bit-depth from the input image, if the input was also - a PNG.</td> + <var>png32</var>, <var>png48</var>, + <var>png64</var>, and <var>png00</var>. + This property is useful for specifying + the specific PNG format to be used, when the usual method of prepending the + format name to the output filename is inconvenient, such as when writing + a PNG-encoded ICO file or when using <a href="mogrify.html">mogrify</a>. + Value = <var>png8</var> reduces the number of colors to 256, + only one of which may be fully transparent, if necessary. The other + values do not force any reduction of quality; it is an error to request + a format that cannot represent the image data without loss (except that + it is allowed to reduce the bit-depth from 16 to 8 for all formats). + Value = <var>png24</var> and <var>png48</var> + allow transparency, only if a single color is fully transparent and that + color does not also appear in an opaque pixel; such transparency is + written in a PNG <code>tRNS</code> chunk. + Value = <var>png00</var> causes the image to inherit its + color-type and bit-depth from the input image, if the input was also + a PNG.</td> </tr> <tr> <td>png:exclude-chunk=<var>value</var></td> + <td> </td> + </tr> <tr> <td>png:include-chunk=<var>value</var></td> - <td>ancillary chunks to be excluded from or included in PNG output. + <td>ancillary chunks to be excluded from or included in PNG output. <p>The <var>value</var> can be the name of a PNG chunk-type such as <var>bKGD</var>, a comma-separated list of chunk-names @@ -1062,8 +1072,8 @@ use:</p> the PNG file. Because the list is processed from left to right, you can achieve this with a single define:</p> -<pre class="highlight"><code>-define png:include-chunk=none,gAMA -</code></pre> + <pre class="highlight"><code>-define png:include-chunk=none,gAMA + </code></pre> <p>As a special case, if the <code>sRGB</code> chunk is not excluded and the PNG encoder recognizes that the image contains the sRGB ICC profile, @@ -1082,10 +1092,10 @@ use:</p> <code>tRNS</code> chunk isn't written anyhow, and there is no effect on the PNG colortype of the output image.</p> - <p>The <a href="command-line-options.html#strip">-strip</a> option does the equivalent of the - following for PNG output:</p> + <p>The <a href="command-line-options.html#strip">-strip</a> + option does the equivalent of the following for PNG output:</p> -<pre class="highlight"><code>-define png:exclude-chunk=EXIF,iCCP,iTXt,sRGB,tEXt,zCCP,zTXt,date</code></pre> + <pre class="highlight"><code>-define png:exclude-chunk=EXIF,iCCP,iTXt,sRGB,tEXt,zCCP,zTXt,date</code></pre> <p>The default behavior is to include all known PNG ancillary chunks plus ImageMagick's private <code>vpAg</code> ("virtual page") chunk, @@ -1107,13 +1117,13 @@ use:</p> <tr> <td>png:ignore-crc[=<var>true</var>]</td> - <td>When you know your image has no CRC or ADLER32 errors, this can speed - up decoding. It is also helpful in debugging bug reports from "fuzzers".</td> + <td>When you know your image has no CRC or ADLER32 errors, this can speed + up decoding. It is also helpful in debugging bug reports from "fuzzers".</td> </tr> <tr> <td>png:preserve-colormap[=<var>true</var>]</td> - <td>Use the existing image->colormap. Normally the PNG encoder will + <td>Use the existing image->colormap. Normally the PNG encoder will try to optimize the palette, eliminating unused entries and putting the transparent colors first. If this flag is set, that behavior is suppressed.</td> @@ -1121,7 +1131,7 @@ use:</p> <tr> <td>png:preserve-iCCP[=<var>true</var>]</td> - <td>By default, the PNG decoder and encoder examine any ICC profile + <td>By default, the PNG decoder and encoder examine any ICC profile that is present, either from an <code>iCCP</code> chunk in the PNG input or supplied via an option, and if the profile is recognized to be the sRGB profile, converts it to the <code>sRGB</code> chunk. @@ -1138,7 +1148,7 @@ use:</p> <tr> <td>png:swap-bytes[=<var>true</var>]</td> - <td>The PNG specification requires that any multi-byte integers be stored + <td>The PNG specification requires that any multi-byte integers be stored in network byte order (MSB-LSB endian). This option allows you to fix any invalid PNG files that have 16-bit samples stored incorrectly in little-endian order (LSB-MSB). The "-define png:swap-bytes" option @@ -1148,43 +1158,43 @@ use:</p> <tr> <td>ps:imagemask</td> - <td>If the ps:imagemask flag is defined, the PS3 and EPS3 coders will + <td>If the ps:imagemask flag is defined, the PS3 and EPS3 coders will create Postscript files that render bilevel images with the Postscript imagemask operator instead of the image operator.</td> </tr> <tr> <td>psd:additional-info=all|selective</td> - <td>This option should only be used when converting from a PSD file to - another PSD file. This should be placed after the image is read. The two - options are 'all' and 'selective'. The 'selective' option will preserve - all additional information that is not related to the geometry of the - image. The 'all' option should only be used when the geometry of the - image has not been changed. This option is helpful when transferring - non-simple layers, such as adjustment layers from the input PSD file to - the output PSD file. If this option is not used, the additional - information will not be preserved. This define is available as of - Imagemagick version 6.9.5-8. + <td>This option should only be used when converting from a PSD file to + another PSD file. This should be placed after the image is read. The two + options are 'all' and 'selective'. The 'selective' option will preserve + all additional information that is not related to the geometry of the + image. The 'all' option should only be used when the geometry of the + image has not been changed. This option is helpful when transferring + non-simple layers, such as adjustment layers from the input PSD file to + the output PSD file. If this option is not used, the additional + information will not be preserved. This define is available as of + Imagemagick version 6.9.5-8. </td> </tr> <tr> <td>psd:alpha-unblend=off</td> - <td>Disable new automatic un-blending of transparency with the base image - for the flattened layer 0 before adding the alpha channel to the output - image. This define must be placed before the input psd image. (Available - as of IM 6.9.2.5). The automatic un-blending is new to IM 6.9.2.5 and - prevents the transparency from being applied twice in the output - image. This option should be set before reading the image.</td> + <td>Disable new automatic un-blending of transparency with the base image + for the flattened layer 0 before adding the alpha channel to the output + image. This define must be placed before the input psd image. (Available + as of IM 6.9.2.5). The automatic un-blending is new to IM 6.9.2.5 and + prevents the transparency from being applied twice in the output + image. This option should be set before reading the image.</td> </tr> <tr> <td>psd:preserve-opacity-mask=<var>true</var></td> - <td>This option should only be used when converting from a PSD file to - another PSD file. It will preserve the opacity mask of a layer and add it - back to the layer when the image is saved. Setting this to 'true' will - enable this feature. This define is available as of Imagemagick version - 6.9.5-10. + <td>This option should only be used when converting from a PSD file to + another PSD file. It will preserve the opacity mask of a layer and add it + back to the layer when the image is saved. Setting this to 'true' will + enable this feature. This define is available as of Imagemagick version + 6.9.5-10. </td> </tr> @@ -1248,15 +1258,15 @@ use:</p> <tr> <td>tiff:tile-geometry=<var>WxH</var></td> <td>Set the tile size for pyramid tiffs. Requires the suffix - PTIF: before the outputname.</td> + PTIF: before the outputname.</td> </tr> <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> @@ -1265,176 +1275,176 @@ use:</p> <tr> <td>caption:max-pointsize=<var>pointsize</var></td> - <td>Limit the maximum point size</td> + <td>Limit the maximum point size</td> </tr> - <tr> + <tr> <td>gradient:angle=<var>angle (in degrees)</var></td> - <td>For a linear gradient, this specifies the direction of - the gradient going from color1 to color2 in a clockwise - positive manner relative to north (up). For a radial - gradient, this specifies the rotation of the gradient in a - clockwise positive manner from its normal X-Y orientation. - Supported in Imagemagick 6.9.2-5.</td> + <td>For a linear gradient, this specifies the direction of + the gradient going from color1 to color2 in a clockwise + positive manner relative to north (up). For a radial + gradient, this specifies the rotation of the gradient in a + clockwise positive manner from its normal X-Y orientation. + Supported in Imagemagick 6.9.2-5.</td> </tr> - <tr> - <td>gradient:bounding-box=<var>WxH+X+Y</var></td> - <td>Limit the gradient to a larger or smaller region than - the image dimensions. If the region defined by the bounding - box is smaller than the image, then color1 will be the color - of the background. - Supported in Imagemagick 6.9.2-5.</td> - </tr> + <tr> + <td>gradient:bounding-box=<var>WxH+X+Y</var></td> + <td>Limit the gradient to a larger or smaller region than + the image dimensions. If the region defined by the bounding + box is smaller than the image, then color1 will be the color + of the background. + Supported in Imagemagick 6.9.2-5.</td> + </tr> - <tr> + <tr> <td>gradient:center=<var>x,y</var></td> - <td>Specify the coordinates of the center point for the - radial gradient. The default is the center of the image. - Supported in Imagemagick 6.9.2-5.</td> - </tr> + <td>Specify the coordinates of the center point for the + radial gradient. The default is the center of the image. + Supported in Imagemagick 6.9.2-5.</td> + </tr> - <tr> + <tr> <td>gradient:direction=<var>value</var></td> - <td>Specify the direction of the linear gradient towards - the top/bottom/left/right or diagonal corners. The choices are: - NorthWest, North, Northeast, West, East, SouthWest, South, SouthEast. - Supported in Imagemagick 6.9.2-5.</td> + <td>Specify the direction of the linear gradient towards + the top/bottom/left/right or diagonal corners. The choices are: + NorthWest, North, Northeast, West, East, SouthWest, South, SouthEast. + Supported in Imagemagick 6.9.2-5.</td> </tr> - <tr> + <tr> <td>gradient:extent=<var>value</var></td> - <td>Specify the shape of an image centered radial gradient. - The choices are: Circle, Diagonal, Ellipse, Maximum, Minimum. - Circle and Maximum draw a circular radial gradient even for - rectangular shaped images of radius equal to the larger of - the half-width and half-height of the image. The Circle and - Maximum options are both equivalent to the default radial - gradient. The Minimum option draws a circular radial gradient - even for rectangular shaped images of radius equal to the - smaller of the half-width and half-height of the image. - The Diagonal option draws a circular radial gradient even - for rectangular shaped images of radius equal to the - half-diagonal of the image. The Ellipse options draws an - elliptical radial gradient for rectangular shaped images of - radii equal to half the width and half the height of the image. - Supported in Imagemagick 6.9.2-5.</td> + <td>Specify the shape of an image centered radial gradient. + The choices are: Circle, Diagonal, Ellipse, Maximum, Minimum. + Circle and Maximum draw a circular radial gradient even for + rectangular shaped images of radius equal to the larger of + the half-width and half-height of the image. The Circle and + Maximum options are both equivalent to the default radial + gradient. The Minimum option draws a circular radial gradient + even for rectangular shaped images of radius equal to the + smaller of the half-width and half-height of the image. + The Diagonal option draws a circular radial gradient even + for rectangular shaped images of radius equal to the + half-diagonal of the image. The Ellipse options draws an + elliptical radial gradient for rectangular shaped images of + radii equal to half the width and half the height of the image. + Supported in Imagemagick 6.9.2-5.</td> </tr> - <tr> + <tr> <td>gradient:radii=<var>x,y</var></td> - <td>Specify the x and y radii of the gradient. If the - x radius and the y radius are equal, the shape of the - radial gradient will be a circle. If they differ, then - the shape will be an ellipse. The default values are the - maximum of the half width and half height of the image. - Supported in Imagemagick 6.9.2-5.</td> - </tr> + <td>Specify the x and y radii of the gradient. If the + x radius and the y radius are equal, the shape of the + radial gradient will be a circle. If they differ, then + the shape will be an ellipse. The default values are the + maximum of the half width and half height of the image. + Supported in Imagemagick 6.9.2-5.</td> + </tr> - <tr> + <tr> <td>gradient:vector=<var>x1,y1,x2,y2</var></td> - <td>Specify the direction of the linear gradient going from - vector1 (x1,y1) to vector2 (x2,y2). Color1 (fromColor) will be - located at vector position x1,y1 and color2 (toColor) will be - located at vector position x2,y2. - Supported in Imagemagick 6.9.2-5.</td> - </tr> + <td>Specify the direction of the linear gradient going from + vector1 (x1,y1) to vector2 (x2,y2). Color1 (fromColor) will be + located at vector position x1,y1 and color2 (toColor) will be + located at vector position x2,y2. + Supported in Imagemagick 6.9.2-5.</td> + </tr> <tr> <td>histogram:unique-colors=<var>false</var></td> - <td>Suppress the textual listing of the image's unique colors.</td> - </tr> + <td>Suppress the textual listing of the image's unique colors.</td> + </tr> <tr> <td>pango:align=<var>left|center|right</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:auto-dir=<var>true|false</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:ellipsize=<var>start|middle|end</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:gravity-hint=<var>natural|strong|line</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:hinting=<var>none|auto|full</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:indent=<var>points</var></td> - <td></td> - </tr> + <td></td> + </tr> - <tr> + <tr> <td>pango:justify=<var>true|false</var></td> - <td></td> - </tr> + <td></td> + </tr> - <tr> + <tr> <td>pango:language=<var>en_US|others</var></td> - <td></td> - </tr> + <td></td> + </tr> - <tr> + <tr> <td>pango:markup=<var>true|false</var></td> - <td></td> - </tr> + <td></td> + </tr> - <tr> + <tr> <td>pango:single-paragraph=<var>true|false</var></td> - <td></td> - </tr> + <td></td> + </tr> <tr> <td>pango:wrap=<var>word|char|word-char</var></td> - <td></td> - </tr> + <td></td> + </tr> - <tr> + <tr> <td>pixel:compliance=<var>value</var></td> - <td>Set the "pixel:" output format according to several standards. - The choices are SVG, None, Undefined, MVG, X11, XPM. The default - list values for (s)RGB colors in the form of (s)rgb(r,g,b) or - (s)rgba(r,g,b,a). Color names will no longer be presented. For sRGB or - RGB colors, the SVG, X11, XPM and None options lists color names, - if they exist. The MVG and Undefined options list hex values. When - colors are presented or converted to hue-based colorspaces, the values - listed will be integers for hue and percents for the other two components. - For other colorspaces, values may be listed as either percents or - fractional value. Setting the depth to 8 will limit values to the 8-bit - range, except for hue-based colors.</td> - </tr> + <td>Set the "pixel:" output format according to several standards. + The choices are SVG, None, Undefined, MVG, X11, XPM. The default + list values for (s)RGB colors in the form of (s)rgb(r,g,b) or + (s)rgba(r,g,b,a). Color names will no longer be presented. For sRGB or + RGB colors, the SVG, X11, XPM and None options lists color names, + if they exist. The MVG and Undefined options list hex values. When + colors are presented or converted to hue-based colorspaces, the values + listed will be integers for hue and percents for the other two components. + For other colorspaces, values may be listed as either percents or + fractional value. Setting the depth to 8 will limit values to the 8-bit + range, except for hue-based colors.</td> + </tr> - <tr> + <tr> <td>txt:compliance=<var>value</var></td> - <td>Set the "txt:" format for the values in parentheses according to - several standards. The choices are svg, none, undefined, mvg, x11, xpm. - The default will list values for (s)RGB colors in the quantum range. - The SVG, X11, XPM, MVG and None options lists values in the 8-bit range - for all Q-level compiles. The undefined option also lists values in the - quantum range. When colors are presented or converted to hue-based - colorspaces, the values listed will be integers for hue and percents for - the other two components. For other colorspaces, values may be listed as - either percents or fractional value. Setting the depth to 8 will limit - values to the 8-bit range, except for hue-based colors.</td> + <td>Set the "txt:" format for the values in parentheses according to + several standards. The choices are svg, none, undefined, mvg, x11, xpm. + The default will list values for (s)RGB colors in the quantum range. + The SVG, X11, XPM, MVG and None options lists values in the 8-bit range + for all Q-level compiles. The undefined option also lists values in the + quantum range. When colors are presented or converted to hue-based + colorspaces, the values listed will be integers for hue and percents for + the other two components. For other colorspaces, values may be listed as + either percents or fractional value. Setting the depth to 8 will limit + values to the 8-bit range, except for hue-based colors.</td> </tr> -<tr> - <td colspan=2><p></p></td> + <tr> + <td colspan=2><p></p></td> </tr> - <tr> - <td colspan=2><p></p></td> + <tr> + <td colspan=2><p></p></td> </tr> <tr> @@ -1442,17 +1452,17 @@ use:</p> </tr> <tr> - <td colspan=2><p></p></td> + <td colspan=2><p></p></td> </tr> <tr> <td>identify:locate=<var>minimum|maximum</var></td> - <td>Locate the coordinates of one or more image minimum or maximum.</td> + <td>Locate the coordinates of one or more image minimum or maximum.</td> </tr> <tr> <td>identify:limit=<var>number</var></td> - <td>Locate the coordinates for the number of minima or maxima specified.</td> + <td>Locate the coordinates for the number of minima or maxima specified.</td> </tr> </table> @@ -1479,7 +1489,7 @@ use:</p> <a href="https://github.com/imagemagick/imagemagick" target="_blank" rel="noopener" aria-label="GitHub"><svg xmlns="http://www.w3.org/2000/svg" class="navbar-nav-svg" viewBox="0 0 512 499.36" width="2%" height="2%" role="img" focusable="false"><title>GitHub</title><path fill="currentColor" fill-rule="evenodd" d="M256 0C114.64 0 0 114.61 0 256c0 113.09 73.34 209 175.08 242.9 12.8 2.35 17.47-5.56 17.47-12.34 0-6.08-.22-22.18-.35-43.54-71.2 15.49-86.2-34.34-86.2-34.34-11.64-29.57-28.42-37.45-28.42-37.45-23.27-15.84 1.73-15.55 1.73-15.55 25.69 1.81 39.21 26.38 39.21 26.38 22.84 39.12 59.92 27.82 74.5 21.27 2.33-16.54 8.94-27.82 16.25-34.22-56.84-6.43-116.6-28.43-116.6-126.49 0-27.95 10-50.8 26.35-68.69-2.63-6.48-11.42-32.5 2.51-67.75 0 0 21.49-6.88 70.4 26.24a242.65 242.65 0 0 1 128.18 0c48.87-33.13 70.33-26.24 70.33-26.24 14 35.25 5.18 61.27 2.55 67.75 16.41 17.9 26.31 40.75 26.31 68.69 0 98.35-59.85 120-116.88 126.32 9.19 7.9 17.38 23.53 17.38 47.41 0 34.22-.31 61.83-.31 70.23 0 6.85 4.61 14.81 17.6 12.31C438.72 464.97 512 369.08 512 256.02 512 114.62 397.37 0 256 0z"/></svg></a> • <a href="https://twitter.com/imagemagick" target="_blank" rel="noopener" aria-label="Twitter"><svg xmlns="http://www.w3.org/2000/svg" class="navbar-nav-svg" viewBox="0 0 512 416.32" width="2%" height="2%" role="img" focusable="false"><title>Twitter</title><path fill="currentColor" d="M160.83 416.32c193.2 0 298.92-160.22 298.92-298.92 0-4.51 0-9-.2-13.52A214 214 0 0 0 512 49.38a212.93 212.93 0 0 1-60.44 16.6 105.7 105.7 0 0 0 46.3-58.19 209 209 0 0 1-66.79 25.37 105.09 105.09 0 0 0-181.73 71.91 116.12 116.12 0 0 0 2.66 24c-87.28-4.3-164.73-46.3-216.56-109.82A105.48 105.48 0 0 0 68 159.6a106.27 106.27 0 0 1-47.53-13.11v1.43a105.28 105.28 0 0 0 84.21 103.06 105.67 105.67 0 0 1-47.33 1.84 105.06 105.06 0 0 0 98.14 72.94A210.72 210.72 0 0 1 25 370.84a202.17 202.17 0 0 1-25-1.43 298.85 298.85 0 0 0 160.83 46.92"/></svg></a> <br/> - <small>© 1999-2020 ImageMagick Studio LLC</small></p> + <small>© 1999-2021 ImageMagick Studio LLC</small></p> <div> </footer> @@ -1487,4 +1497,4 @@ use:</p> <script>window.jQuery || document.write('<script src="assets/jquery.slim.min.js"><\/script>')</script><script src="assets/bootstrap.bundle.min.js" integrity="sha384-LtrjvnR4Twt/qOuYxE721u19sVFLVSA4hf/rRt6PrZTmiPltdZcI7q7PXQBYTKyf" crossorigin="anonymous"> </body> </html> -<!-- Magick Cache 19th November 2020 22:12 -->
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