From 5c0a9573675792a0a0d20027e9d119975dc86b74 Mon Sep 17 00:00:00 2001
From: luz paz
setPDFBookmark("toggle", ["name"])
-Sets wether (toggle = 1) the text frame "name" is a bookmark nor not. If "name" is not given the currently selected item is used.
+Sets whether (toggle = 1) the text frame "name" is a bookmark or not. If "name" is not given the currently selected item is used.
May raise WrongFrameTypeError if the target frame is not a text frame
The PDF Compression section tells us that you can now specify per-frame values.
The Image Effects button brings up its dialog, which allows you to apply some selected imaging manipulation, such as adjusting Brightness or Contrast, Blurring, and so on.
-If you see this warning triangle in the lower right corner of your frame, it indicates that the image resolution is below 144 DPI, or whatever you have set as your minimum value in the Preflight Verifier settings in File > Preferences or File > Document Settings. This is strictly a warning.
A blue “X” in the Render Frame along with an error message will then indicate that no content could be rendered:
If you look at the Context Menu for Render Frames, you will get the impression that they are image frames. In a sense, that’s correct, as you can change the preview settings for Render Frames or update the content. There is, however, a major difference: As said above, the markup text ist stored within a Scribus file, and the rendered content is always created “on the fly.” Each time you open a Scribus file that contains a Render Frame, Scribus will run the program that’s necessary to render the content and create a temporary image file which will then be loaded into the frame. This is why Render Frames aren’t listed in Extras > Manage Images.
+If you look at the Context Menu for Render Frames, you will get the impression that they are image frames. In a sense, that’s correct, as you can change the preview settings for Render Frames or update the content. There is, however, a major difference: As said above, the markup text is stored within a Scribus file, and the rendered content is always created “on the fly.” Each time you open a Scribus file that contains a Render Frame, Scribus will run the program that’s necessary to render the content and create a temporary image file which will then be loaded into the frame. This is why Render Frames aren’t listed in Extras > Manage Images.
This behavior has some consequences. While you can use a Scribus file with images on another computer by using File > Collect for Output and copying the resulting archive to another machine, Render Frames require the presence of the used software on this machine. Moreover, the feature might not work between different operating systems, because the command-line options can be different.
Another limitation is that you can’t apply any image effects to Render Frames.
@@ -113,7 +113,7 @@ and copying the resulting archive to another machine, Render Frames require the<editorsettings description="Gnuplot" icon="gnuplot.png">
This line sets the description of the program, as well as the icon for the drop-down list in the Render Frame Editor. It must be stored in the same directory as the XML file. You can use PNG, XPM and SVG icons.
<executable command="gnuplot">
This is the command-line call of the program. You can only use software that can work on the command-line. Also, the program needs to be able to create output in either PNG, PDF or EPS format. By default, Scribus uses the command-line options for Linux/UNIX systems.
<imagefile extension=".png"/>
Here you tell the editor which file format it has to expect from the external program.
<highlighter> </highlighter>
This part is mainly interesting for programmers, as it allows for the creation of indvidual syntax highlighting schemes by using Regular Expressions. For further information see: http://docs.kde.org/kde3/en/kdeutils/KRegExpEditor/index.html and http://doc.trolltech.com/4.4/qregexp.html.
<highlighter> </highlighter>
This part is mainly interesting for programmers, as it allows for the creation of individual syntax highlighting schemes by using Regular Expressions. For further information see: http://docs.kde.org/kde3/en/kdeutils/KRegExpEditor/index.html and http://doc.trolltech.com/4.4/qregexp.html.
<empty-frame-text>
Here you can enter sample text in the markup language of the program you want to use, for instance:
plot sin(x), (cos(x))**2
<preamble>
If the markup language you want to use requires a preamble, you can enter it here. It will not be displayed in the editor.
Baumann System Prase
Paul Baumann, Aue, Sachsen
Color type: n/a; Vendor color reference: n/a
“Baumanns Neue Farbtonkarte, System Prase” is an older color system, developed by the painter Otto Prase, which was published for the first time in 1912 by the Saxonian paint manufacturer Baumann. It includes the colors and their mixtures, as well as many informations about color and chromatics and serves as the foundation for many modern color systems.
Color type: n/a; Vendor color reference: n/a
“Baumanns Neue Farbtonkarte, System Prase” is an older color system, developed by the painter Otto Prase, which was published for the first time in 1912 by the Saxonian paint manufacturer Baumann. It includes the colors and their mixtures, along with a lot of information about color and chromatics. It serves as the foundation for many modern color systems.
1372
CMYK
Yes
A complex and feature-rich program like Scribus can't suit everybody's needs with a single configuration, especially if one considers that it also works on many different platforms. As Scribus grew over time, it was inevitable that users asked for more and more options to customize Scribus to suit their personal preferences/requirements. As a result, Scribus has become one of the most configurable DTP programs. Nevertheless, there will always be users for whom Scribus isn't configurable enough and others who don't want to be bothered with dozens of adjustable screws.
-This part of the Online Help is intended to describe what you can adjust, but also to show what can be safely ignored in most cases. Please note that editorial decisions had to be made in cases of overlaps between “setup” and “usage” (e.g. color palette managament) or a special case like color management, which is complex enough to justify a separate chapter. The chapter will also attempt to help you set up other parts of your system to get the most out of Scribus.
+This part of the Online Help is intended to describe what you can adjust, but also to show what can be safely ignored in most cases. Please note that editorial decisions had to be made in cases of overlaps between “setup” and “usage” (e.g. color palette management) or a special case like color management, which is complex enough to justify a separate chapter. The chapter will also attempt to help you set up other parts of your system to get the most out of Scribus.
diff --git a/doc/en/configfiles.html b/doc/en/configfiles.html index eb8efa7ec9..b87f551935 100644 --- a/doc/en/configfiles.html +++ b/doc/en/configfiles.html @@ -15,7 +15,7 @@In the 1.5.x versions of Scribus, these locations have changed, at least in Linux. Even before the change, different operating systems had different schemes.
There are two places where you can look for these files when you are using Linux. The first is in your home directory, something like /home/username, which we'll abbreviate as $HOME. There are directories which are normally hidden from view, so if you are using a file manager you may have to select a setting such as Show Hidden Files. What you wnat to locate is $HOME/.config/scribus/. Inside this directory, you should find the following:
+There are two places where you can look for these files when you are using Linux. The first is in your home directory, something like /home/username, which we'll abbreviate as $HOME. There are directories which are normally hidden from view, so if you are using a file manager you may have to select a setting such as Show Hidden Files. What you want to locate is $HOME/.config/scribus/. Inside this directory, you should find the following:
What is the difference between PDF 1.3, PDF 1.4 and PDF 1.5?
PDF 1.2 = Acrobat 3.0 – Relatively obsolete now.
PDF 1.3 = Acrobat 4.0 – The first version of PDF which truly had all the needed features to support “press-ready” PDFs including color management, ICC profiles etc. It also added JavaScript, interactive and multimedia capabilities. This standard is probably the safest to send if you are unsure of the capabilities of the receiver of your file. PDF/X-3 and a number of commercial print work flows are based on PDF 1.3.
-PDF 1.4 = Acrobat 5.0 – actually introduced with Illustrator 9, The main difference to concern Scribus users is that PDF 1.4, has both transparency and alpha transparency capabilites, which make a major difference in where a PDF with these features can be printed. It takes either the latest commercial RIPs or a Level 3 PostScript printer to use these features properly. The latest versions of Ghostscript support the advanced PDF 1.4 features Scribus can create when exporting PDF.
+PDF 1.4 = Acrobat 5.0 – actually introduced with Illustrator 9, The main difference to concern Scribus users is that PDF 1.4, has both transparency and alpha transparency capabilities, which make a major difference in where a PDF with these features can be printed. It takes either the latest commercial RIPs or a Level 3 PostScript printer to use these features properly. The latest versions of Ghostscript support the advanced PDF 1.4 features Scribus can create when exporting PDF.
PDF 1.5 = Acrobat 6.0 – Among the most interesting for Scribus users: Many improvements for “press-ready” PDF, the capability to have true layering within the PDF, PDF-X “pre-flight” capability, more security and interactive features, like the ability to add comments which are separate from the original document.
Back to topThere is a large number of TIFF variants, some very esoteric and requiring a particular display program. In addition, not every image editor saves them with the same fidelity to the standards. GIMP, through its use of libtiff, shared with Scribus, does a fine job of supporting TIFFs. One way to work with files from GIMP is to save the original file in the native GIMP XCF format and then, once edited to your satisfaction, export as a TIFF or, with screen shots meant for the web, PNG.
PNG is an exception to the aforementioned rule, especially for screenshots. PNG has a number of advanced features, like ICC profile support and real alpha transparency. PNG also compresses very well, and can show a much better result than JPEG where there are sharp transitions in color and contrast. The only time JPEG may be preferrable over PNG is for photos with high dynamic range, mostly for reasons of size on a web page. For creating PDFs with screenshots, PNG is superb and will print well, as long as you do not make any scaling adjustments that reduce the image size. So if you have a screenshot, which is typically at 72–96dpi, but you need to shrink it, do so by scaling the image in an image manipulation program or within Scribus. Whenever you are scaling screenshots, disable re-sampling in any image editor. With screenshots you should never reduce the number of pixels or you will lose sharpness quickly.
+PNG is an exception to the aforementioned rule, especially for screenshots. PNG has a number of advanced features, like ICC profile support and real alpha transparency. PNG also compresses very well, and can show a much better result than JPEG where there are sharp transitions in color and contrast. The only time JPEG may be preferable over PNG is for photos with high dynamic range, mostly for reasons of size on a web page. For creating PDFs with screenshots, PNG is superb and will print well, as long as you do not make any scaling adjustments that reduce the image size. So if you have a screenshot, which is typically at 72–96dpi, but you need to shrink it, do so by scaling the image in an image manipulation program or within Scribus. Whenever you are scaling screenshots, disable re-sampling in any image editor. With screenshots you should never reduce the number of pixels or you will lose sharpness quickly.
There are two basic methods of importing EPS files, and both have pluses and minuses. For some files you can choose which method suits your needs best, while other files can only be imported one way.
One of the idiosyncracies of the EPS format that frequently causes confusion with inexperienced users is the EPS preview. The PostScript language had been designed to describe pages for a printing device, and at the time the format was introduced, computers weren’t capable of rendering the highly complex content of a PS file on screen. The same was, of course, true for EPS, and to provide users some visual indication of a file’s content, preview images were embedded in an EPS file. Unfortunately, there is no uniform standard for the format of the preview image, and the preview isn’t even required. As a result, applications on Macs used the Mac’s PICT format for previews, Windows applications Windows Metafiles, and UNIX programs ASCII-encoded bitmaps, which made the preview unworkable across platforms. For those who previously avoided using EPS files because of their lacking preview and/or poor support by programs like word processors, there is some good news: Scribus will always create a usable preview in its file dialogs, either based on the embedded preview, or, if the latter doesn’t work, by using Ghostscript to create a low-resolution PNG that displays the content of an EPS file. Likewise, no matter how you import an EPS, what you see in Scribus is always the original content, not a preview. Be aware, though, that a Scribus file dialog always indicates the color space and the resolution of the preview image, not the ones in the EPS itself. Also note that creating the preview for a large and complex EPS file in a file dialog may take some time to render:
One of the idiosyncrasies of the EPS format that frequently causes confusion with inexperienced users is the EPS preview. The PostScript language had been designed to describe pages for a printing device, and at the time the format was introduced, computers weren’t capable of rendering the highly complex content of a PS file on screen. The same was, of course, true for EPS, and to provide users some visual indication of a file’s content, preview images were embedded in an EPS file. Unfortunately, there is no uniform standard for the format of the preview image, and the preview isn’t even required. As a result, applications on Macs used the Mac’s PICT format for previews, Windows applications Windows Metafiles, and UNIX programs ASCII-encoded bitmaps, which made the preview unworkable across platforms. For those who previously avoided using EPS files because of their lacking preview and/or poor support by programs like word processors, there is some good news: Scribus will always create a usable preview in its file dialogs, either based on the embedded preview, or, if the latter doesn’t work, by using Ghostscript to create a low-resolution PNG that displays the content of an EPS file. Likewise, no matter how you import an EPS, what you see in Scribus is always the original content, not a preview. Be aware, though, that a Scribus file dialog always indicates the color space and the resolution of the preview image, not the ones in the EPS itself. Also note that creating the preview for a large and complex EPS file in a file dialog may take some time to render:
Unlike some other programs, Scribus doesn’t have an upgrade mechanism. When a new version of Scribus has been released, you need to wait until your distribution has made it available in its repositories. If you are running Scribus on Mac OS X, Windows, Haiku, OS/2 or eComStation, you need to wait until the installers, DMGs or ZIP archives have been made available. As a rule of thumb, versions for Windows and Mac OS X are available immediately after the announcement of a new release. The same goes for RPM and DEB packages for all major Linux distributions either via the OpenSUSE build service or our own Debian repository. Updated ZIP archives for OS/2, eComStation and Haiku are usually available a few days or weeks later.
-While Scribus doesn’t have an update mechanism, it does have an “Upgrade Checker,” which is avialable via Help > Check for Upgrades. This will only check whether a new Scribus version for your operating system is available. It will not install anything on your computer.
+While Scribus doesn’t have an update mechanism, it does have an “Upgrade Checker,” which is available via Help > Check for Upgrades. This will only check whether a new Scribus version for your operating system is available. It will not install anything on your computer.
If you are eager to always use the latest version with new features and bugfixes, even between official releases, you can check out SVN to get the source code and compile it yourself.
This document outlines the build process for Scribus 1.4 or higher from SVN on Mac OS X. This does not currently outline the processs for packaging and bundling Scribus (yet).
+This document outlines the build process for Scribus 1.4 or higher from SVN on Mac OS X. This does not currently outline the process for packaging and bundling Scribus (yet).
Install a few ports from MacPorts. Any other required dependencies will be installed automatically if they are not already. If you have already installed MacPorts for other software, then you should run sudo port selfupdate
and sudo port upgrade installed
in order that the newest versions of your current ports and libaries are installed.
Install a few ports from MacPorts. Any other required dependencies will be installed automatically if they are not already. If you have already installed MacPorts for other software, then you should run sudo port selfupdate
and sudo port upgrade installed
in order that the newest versions of your current ports and libraries are installed.
sudo port install cmake
) Here, we are going to focus on creation a monitor profile with the Monitor Profile tool. Without some sort of reasonably accurate monitor profiler, you will find it difficult to get consistent on screen color soft proofs with color management enabled, nor obtain good results from the other tools. Before starting, you need to find if possible, your monitor manual or a spec sheet from your vendor's website. In addition, you might wish to locate the factory ICC profile, if available, which we will use for comparison purposes later on.
diff --git a/doc/en/pagenumber.html b/doc/en/pagenumber.html index 63d62f7684..d33ef0ccf2 100644 --- a/doc/en/pagenumber.html +++ b/doc/en/pagenumber.html @@ -24,7 +24,7 @@One question is which printer profile one should use. There are two strategies: The first is to have an actual ICC profile from your printing company for the matching paper type. The second is to use a well-known printing standard as SWOP, ECI or others. Using PDF/X-3 requires cooperation with your printer, but can really improve your print color matching. As always, a short visit to your printer in advance is strongly recommended. If answers are not forthcoming, try another one. Printing is a competitive business, and alternatives almost always can be found.
In the Document Setup make sure color management is enabled and the correct color profiles are chosen. Ideally, the color print profile matches either a standarized ISO printing condition or is a custom profile from your print provider. Without color management, you won’t be able to export to PDF/X-3. Then select File > Export …> Save as PDF … or click the PDF icon from the toolbar.
+In the Document Setup make sure color management is enabled and the correct color profiles are chosen. Ideally, the color print profile matches either a standardized ISO printing condition or is a custom profile from your print provider. Without color management, you won’t be able to export to PDF/X-3. Then select File > Export …> Save as PDF … or click the PDF icon from the toolbar.
This panel will open first, and you have to select “PDF/X-3” from the “Compatibility” drop-down list as shown below. This will change the default settings, as needed, automatically.
Next, select the “Color” tab, as shown below:
diff --git a/doc/en/psd.html b/doc/en/psd.html index fb433a2546..ad54834e85 100644 --- a/doc/en/psd.html +++ b/doc/en/psd.html @@ -22,7 +22,7 @@If you look at the Context Menu for Render Frames, you will get the impression that they are image frames. In a sense, that’s correct, as you can change the preview settings for Render Frames or update the content. There is, however, a major difference: As said above, the markup text ist stored within a Scribus file, and the rendered content is always created “on the fly.” Each time you open a Scribus file that contains a Render Frame, Scribus will run the program that’s necessary to render the content and create a temporary image file which will then be loaded into the frame. This is why Render Frames aren’t listed in Extras > Manage Images.
+If you look at the Context Menu for Render Frames, you will get the impression that they are image frames. In a sense, that’s correct, as you can change the preview settings for Render Frames or update the content. There is, however, a major difference: As said above, the markup text is stored within a Scribus file, and the rendered content is always created “on the fly.” Each time you open a Scribus file that contains a Render Frame, Scribus will run the program that’s necessary to render the content and create a temporary image file which will then be loaded into the frame. This is why Render Frames aren’t listed in Extras > Manage Images.
This behavior has some consequences. While you can use a Scribus file with images on another computer by using File > Collect for Output and copying the resulting archive to another machine, Render Frames require the presence of the used software on this machine. Moreover, the feature might not work between different operating systems, because the command-line options can be different.
Another limitation is that you can’t apply any image effects to Render Frames.
@@ -116,7 +116,7 @@ and copying the resulting archive to another machine, Render Frames require the<editorsettings description="Gnuplot" icon="gnuplot.png">
This line sets the description of the program, as well as the icon for the drop-down list in the Render Frame Editor. It must be stored in the same directory as the XML file. You can use PNG, XPM and SVG icons.
<executable command="gnuplot">
This is the command-line call of the program. You can only use software that can work on the command-line. Also, the program needs to be able to create output in either PNG, PDF or EPS format. By default, Scribus uses the command-line options for Linux/UNIX systems.
<imagefile extension=".png"/>
Here you tell the editor which file format it has to expect from the external program.
<highlighter> </highlighter>
This part is mainly interesting for programmers, as it allows for the creation of indvidual syntax highlighting schemes by using Regular Expressions. For further information see: http://docs.kde.org/kde3/en/kdeutils/KRegExpEditor/index.html and http://doc.trolltech.com/4.4/qregexp.html.
<highlighter> </highlighter>
This part is mainly interesting for programmers, as it allows for the creation of individual syntax highlighting schemes by using Regular Expressions. For further information see: http://docs.kde.org/kde3/en/kdeutils/KRegExpEditor/index.html and http://doc.trolltech.com/4.4/qregexp.html.
<empty-frame-text>
Here you can enter sample text in the markup language of the program you want to use, for instance:
plot sin(x), (cos(x))**2
<preamble>
If the markup language you want to use requires a preamble, you can enter it here. It will not be displayed in the editor.
diff --git a/doc/en/scribus-svg.html b/doc/en/scribus-svg.html
index aa0bfc9b86..078a5d03da 100644
--- a/doc/en/scribus-svg.html
+++ b/doc/en/scribus-svg.html
@@ -12,7 +12,7 @@
SVG (Scalable Vector Graphics) is an open standard, or, since version 1.1, a family of open standards for two-dimensional vector graphics. It is based on XML and maintained by the World Wide Web Consortium (W3C). Since the original (primary) purpose of SVG was usage for static and dynamic vector graphics for the web, only a subset of the specification(s) is relevant for use in Scribus. The huge success of SVG resulted in considerations to expand its scope to a universal 2D vector format, and “universal” includes support for professional printing, which is all the more interesting for Scribus. The broadened scope of the standard, however, made it necessary to define subsets of SVG, called “profiles.” As of version 1.1, two profiles have been defined, SVG Tiny for devices like mobile phones and SVG Basic for devices like PDAs. The W3C Working Draft for SVG 1.2 also includes a profile called SVG::Print, which provides the features required by professional printers. The SVG 1.2 draft also included support for other color spaces than sRGB, like CMYK or even spot colors. However, 1.2 will probably be skipped in favor of SVG 2.0, which may take some time to develop.
The major advantage of SVG is its openness and the availabilty of the full specification with no strings attached. As a result, SVGs have become ubiquitous in many areas like cartography or geo services. Most vector graphics available via Wikimedia are also SVG files.
+The major advantage of SVG is its openness and the availability of the full specification with no strings attached. As a result, SVGs have become ubiquitous in many areas like cartography or geo services. Most vector graphics available via Wikimedia are also SVG files.
Another advantage of SVG is its XML base. In other words, SVG files, like Scribus SLA files, consist of plain text, which can be easily read by other programs or even human beings.
SVG is also more or less well-supported by many vector drawing programs, including Adobe Illustrator or CorelDraw. The leading Open Source vector drawing program Inkscape is even primarily designed as an SVG editor.
Unlike many other graphics formats, SVG supports color management by referencing an ICC profile in its XML code.
diff --git a/doc/en/scripter-extensions.html b/doc/en/scripter-extensions.html index b3b4b22f92..89351a7da9 100644 --- a/doc/en/scripter-extensions.html +++ b/doc/en/scripter-extensions.html @@ -16,7 +16,7 @@The Scribus Python plugin offers some additional features for extending Scribus with new capabilities and features, as opposed to automating tasks. In particular, it is possible to use 'extension scripts' -to create new palettes and dockable windoes that can be used just like +to create new palettes and dockable windows that can be used just like they were a part of Scribus.
setVGuides()
-The usage is analagous to that of setHGuides for either adding to existing guides or replacing them.
The usage is analogous to that of setHGuides for either adding to existing guides or replacing them.
diff --git a/doc/en/scripterapi-textframes.html b/doc/en/scripterapi-textframes.html index c89e7ea379..e553921b9d 100644 --- a/doc/en/scripterapi-textframes.html +++ b/doc/en/scripterapi-textframes.html @@ -194,7 +194,7 @@ is not given the currently selected item is used.setPDFBookmark("toggle", ["name"])
-Sets wether (toggle = 1) the text frame "name" is a bookmark nor not. If "name" is not given the currently selected item is used.
+Sets whether (toggle = 1) the text frame "name" is a bookmark or not. If "name" is not given the currently selected item is used.
May raise WrongFrameTypeError if the target frame is not a text frame
In Great Britain, as well as the Commonwealth, the Acorn/RISC OS platform used to play an imortant role during the 90s and early 2000s. Being side-lined and becoming more or less a niche operating system doesn't take away the value of legacy Acorn/RISC OS graphics and files.
-While UniConvertor offers an import filter for AFF files, its capabilties are severely limited. Whether an AFF file can be imported into Scribus using UniConvertor remains a game of chance.
+While UniConvertor offers an import filter for AFF files, its capabilities are severely limited. Whether an AFF file can be imported into Scribus using UniConvertor remains a game of chance.
Here's where DrawView comes to the rescue. DrawView can open all Acorn Draw file types (AFF, C4B, C56, CC3). Moreover, DrawView can convert Acorn Draw files into either PostScript or PDF, and the export results can be flawlessly imported into Scribus.
Unfortunately, the availability of the DrawView source code has escaped the attention of most Linux distributions as well as build experts for other operating systems, so you probably have to build the program yourself. Apart from the usual build tools (e.g., gcc++ on Linux) you also need the Qt4 and Qt4 devel packages.
diff --git a/doc/en/toolbox5.html b/doc/en/toolbox5.html index 1df478360e..6cbb62a6e0 100644 --- a/doc/en/toolbox5.html +++ b/doc/en/toolbox5.html @@ -14,7 +14,7 @@Likewise, Scribus uses Ghostscript, sometimes taking advantage of the most sophisticated features that are available only in the latest versions. Scribus uses gs
for three purposes, the first one being the import of rasterized EPS files and certain DCS files into image frames. The second feature that requires gs
is the Print Preview, and the third one is the Barcode Generator.
If gs
is not installed on your system or Scribus can’t find the gs
executable, the features mentioned before won’t work, and Scribus will display a warning each time it is being launched:
In case gs
has been installed on your computer, but Scribus can’t find it, you can add the path to the gs
exceutable file in the Scribus Preferences.
In case gs
has been installed on your computer, but Scribus can’t find it, you can add the path to the gs
executable file in the Scribus Preferences.
We always encourage you to have the latest Ghostscript available for your system.
Click the text icon and drag a new frame on the page. Then Right Click > Properties from the contect menu. From there you can adjust the defaults. Including borders, the fill color and column gap, spacing of text from the text frame edge and others.
+Click the text icon and drag a new frame on the page. Then Right Click > Properties from the context menu. From there you can adjust the defaults. Including borders, the fill color and column gap, spacing of text from the text frame edge and others.
diff --git a/doc/it/scripterapi-ImageExport.html b/doc/it/scripterapi-ImageExport.html index f3b7c53a25..8e41841a1a 100644 --- a/doc/it/scripterapi-ImageExport.html +++ b/doc/it/scripterapi-ImageExport.html @@ -56,7 +56,7 @@ i.save()Quality/compression: minimum 1 (poor), maximum 100 (qaulity). Read/write integer.
This is the scaling of the image. 100 = 100% etc. Read/write iteger.
This is the scaling of the image. 100 = 100% etc. Read/write integer.
Bitmap type. See allTypes list for more info. Read/write string.
setPDFBookmark("toggle", ["name"])
-Sets wether (toggle = 1) the text frame "name" is a bookmark nor not. If "name" is not given the currently selected item is used.
+Sets whether (toggle = 1) the text frame "name" is a bookmark or not. If "name" is not given the currently selected item is used.
May raise WrongFrameTypeError if the target frame is not a text frame
en_GB
in this example with the language code
<img>textbased/textbased.png</img>
<psize>A4</psize>
<color>color</color>
- <descr>A decent newsletter/magazine originaly created for one non-profit organization. Unrealized unfortunately.</descr>
+ <descr>A decent newsletter/magazine originally created for one non-profit organization. Unrealized unfortunately.</descr>
<usage>Right click on text replace what's inside with your own. Or whatever you want to... ;)</usage>
<scribus_version>1.2RC1cvs</scribus_version>
<date>2004-07-10</date>
diff --git a/doc/ru/scripter2.html b/doc/ru/scripter2.html
index 6c6a707547..7811b60a6a 100644
--- a/doc/ru/scripter2.html
+++ b/doc/ru/scripter2.html
@@ -12,7 +12,7 @@
There are 2 types of calendar supported:
But everything works with both orientations well of course too.
Creates a text frame (caption) in selected location relative to one or more selected frames.
ИСПОЛЬЗОВАНИЕ
Select one or more object (can be any kind of frame, or even imported vector graphics),
run script. Dialog appears for choosing placement of all caption frames
B/T/R/L (Bottom/Top/Right/Left).
Bottom and Top caption frames are sized to width of parent object and height
of 24 points. Right and Left caption frames sized to 150 points width and
40 points height.
ABOUT THIS SCRIPT:
Export Scribus Colors to CSV
color2csv.py allows a user to export the colors of a given scribus document in a csv file.
The file will be a text file with comma separated values in the following format:
"colorname", c,m,y,k
If there is a document opened in scribus, color2csv uses this document as color source.
If there is no document opened in scribus, color2csv displays a file open dialog to allow
the user to chose a scribus file to get the colors from.
Use csv2color to import the colors into a scribus document from a csv file.
ABOUT THIS SCRIPT:
ColorChart.py allows a user to create color charts with all
the colors of a given scribus document.
It generates a color field for each color and a description
of the color, containing the color name, the CMYK values and
the RGB values.
If there is a document opened in scribus, ColorChart uses this
document as color source and creates a new document with the
color chart.
If there is no document opened in scribus, ColorChart displays
a file open dialog to allow the user to chose a scribus file
to generate a colorchart of.
You will be asked to give a name for the color chart. This name
will be displayed in the pages headlines.
ABOUT THIS SCRIPT:
Import Colors from a CSV file to Scribus
csv2color.py allows a user to import colors from a given csv file into a scribus document.
The file must be a text file with comma separated values in the following format:
"colorname", c,m,y,k
There must be a document opened in scribus where the colors can be defined in.
If the csv contanins one or more color names that already exist in the document,
the colors will be imported with a `*` as prefix.
This script is especially helpful if you want to use CMYK color representations of
color systems like HKS, Pantone or RAL in Scribus. Lots of such CMYK translation tables
can be found on the Web.
One can easily copy such a table into a text file, save it in the obove described format
and import it into a scribus document.
Use color2csv to export the colors from a scribus document into a csv file.
Diese Skript importiert ein Bild und setzt es auf die akutelle Seite.
Der Bildrahmen wird dem Bild angepasst und in den nicht-proportionalen Modus
gesetzt, das heisst, beliebige Verzerrungen sind moeglich.
Um das Bild proportional zu vergroessern, die STRG-Taste beim Bearbeiten druecken.
Tested with scribus 1.3.3.3
Author: Konrad Stania
some modifications 2009 by Gregory Pittman, tested on Scribus 1.3.3.13svn
This newer version uses the Python Imaging Library to get the dimensions of the
image to be imported, and adjusts the frame accordingly. Initially the frame will
be created centered, at 80% of the page's width or height, whichever is smaller.
There is an adjustment to 80% of the height of the page in case this is exceeded
by the initial calculation.
USAGE:
You must have a document open. Run the script, a dialog asks you to choose an
image to load. A proportional frame is automatically created and image loaded,
then adjusted to frame size.
DESCRIPTION & USAGE:
This script needs Tkinter. It will create a GUI with an alphabetical list
of fonts using the names as they will be shown in Scribus. User can select
one or more fonts and create an example sheet(s) to print or create a PDF
from. It is heavily commented to make it easier for the user to adjust it
for his / her own needs.
Note: this version needs read/write access to .scribus directory in users
home. You will also need Python Imaging Library (PIL) installed.
If your system does not meet these requirements then change showPreviewPanel
to a value of 0. This will disable the new preview features.
ABOUT THIS SCRIPT:
Import CSV data files as tables into Scribus
But everything works with both orientations well of course too.
Creates a text frame (caption) in selected location relative to one or more selected frames.
ИСПОЛЬЗОВАНИЕ
Select one or more object (can be any kind of frame, or even imported vector graphics),
run script. Dialog appears for choosing placement of all caption frames
B/T/R/L (Bottom/Top/Right/Left).
Bottom and Top caption frames are sized to width of parent object and height
of 24 points. Right and Left caption frames sized to 150 points width and
40 points height.
ABOUT THIS SCRIPT:
Export Scribus Colors to CSV
color2csv.py allows a user to export the colors of a given scribus document in a csv file.
The file will be a text file with comma separated values in the following format:
"colorname", c,m,y,k
If there is a document opened in scribus, color2csv uses this document as color source.
If there is no document opened in scribus, color2csv displays a file open dialog to allow
the user to chose a scribus file to get the colors from.
Use csv2color to import the colors into a scribus document from a csv file.
ABOUT THIS SCRIPT:
ColorChart.py allows a user to create color charts with all
the colors of a given scribus document.
It generates a color field for each color and a description
of the color, containing the color name, the CMYK values and
the RGB values.
If there is a document opened in scribus, ColorChart uses this
document as color source and creates a new document with the
color chart.
If there is no document opened in scribus, ColorChart displays
a file open dialog to allow the user to chose a scribus file
to generate a colorchart of.
You will be asked to give a name for the color chart. This name
will be displayed in the pages headlines.
ABOUT THIS SCRIPT:
Import Colors from a CSV file to Scribus
csv2color.py allows a user to import colors from a given csv file into a scribus document.
The file must be a text file with comma separated values in the following format:
"colorname", c,m,y,k
There must be a document opened in scribus where the colors can be defined in.
If the csv contains one or more color names that already exist in the document,
the colors will be imported with a `*` as prefix.
This script is especially helpful if you want to use CMYK color representations of
color systems like HKS, Pantone or RAL in Scribus. Lots of such CMYK translation tables
can be found on the Web.
One can easily copy such a table into a text file, save it in the obove described format
and import it into a scribus document.
Use color2csv to export the colors from a scribus document into a csv file.
Diese Skript importiert ein Bild und setzt es auf die akutelle Seite.
Der Bildrahmen wird dem Bild angepasst und in den nicht-proportionalen Modus
gesetzt, das heisst, beliebige Verzerrungen sind moeglich.
Um das Bild proportional zu vergroessern, die STRG-Taste beim Bearbeiten druecken.
Tested with scribus 1.3.3.3
Author: Konrad Stania
some modifications 2009 by Gregory Pittman, tested on Scribus 1.3.3.13svn
This newer version uses the Python Imaging Library to get the dimensions of the
image to be imported, and adjusts the frame accordingly. Initially the frame will
be created centered, at 80% of the page's width or height, whichever is smaller.
There is an adjustment to 80% of the height of the page in case this is exceeded
by the initial calculation.
USAGE:
You must have a document open. Run the script, a dialog asks you to choose an
image to load. A proportional frame is automatically created and image loaded,
then adjusted to frame size.
DESCRIPTION & USAGE:
This script needs Tkinter. It will create a GUI with an alphabetical list
of fonts using the names as they will be shown in Scribus. User can select
one or more fonts and create an example sheet(s) to print or create a PDF
from. It is heavily commented to make it easier for the user to adjust it
for his / her own needs.
Note: this version needs read/write access to .scribus directory in users
home. You will also need Python Imaging Library (PIL) installed.
If your system does not meet these requirements then change showPreviewPanel
to a value of 0. This will disable the new preview features.
ABOUT THIS SCRIPT:
Import CSV data files as tables into Scribus
setPDFBookmark("toggle", ["name"])
-Sets wether (toggle = 1) the text frame "name" is a bookmark nor not. If "name" is not given the currently selected item is used.
+Sets whether (toggle = 1) the text frame "name" is a bookmark or not. If "name" is not given the currently selected item is used.
May raise WrongFrameTypeError if the target frame is not a text frame