Adobe InDesign CS5 Guide
Pubblicità
Pubblicità
ADOBE
®
INDESIGN
®
CS5
ADOBE INDESIGN CS5
SCRIPTING GUIDE: VBSCRIPT
© 2010 Adobe Systems Incorporated. All rights reserved.
Adobe® InDesign® CS5 Scripting Guide: VBScript
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Contents
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1
Introduction
This document shows how to do the following:
X Work with the Adobe® InDesign® scripting environment.
X Use advanced scripting features.
X Perform basic document tasks like setting up master spreads, printing, and exporting.
X Work with page items (rectangles, ellipses, graphic lines, polygons, text frames, and groups).
X Work with text and type in an InDesign document, including finding and changing text.
X Create dialog boxes and other user-interface items.
X Customize and add menus and create menu actions.
X Respond to user-interface events.
X Work with XML, from creating XML elements and importing XML to adding XML elements to a layout.
X Apply XML rules, a new scripting feature that makes working with XML in InDesign faster and easier.
We assume that you have already read the Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run scripts. If you need to know how to connect with your scripting environment or view the
InDesign scripting object model from your script editor, that information can be found in the Adobe
InDesign CS5 Scripting Tutorial .
How to Use the Scripts in this Document
For the most part, the scripts shown in this document are not complete scripts. They are only fragments of scripts, and are intended to show only the specific part of a script relevant to the point being discussed in the text. You can copy the script lines shown in this document and paste them into your script editor, but you should not expect them to run without further editing. Note, in addition, that scripts copied out of this document may contain line breaks and other characters (due to the document layout) that will prevent them from executing properly.
A zip archive of all of the scripts shown in this document is available at the InDesign scripting home page, at: http://www.adobe.com/products/indesign/scripting/index.html
. After you have downloaded and expanded the archive, move the folders corresponding to the scripting language(s) of your choice into the
Scripts Panel folder inside the Scripts folder in your InDesign folder. At that point, you can run the scripts from the Scripts panel inside InDesign.
About the Structure of the Scripts
The script examples are all written using a common template that includes the functions “main,”
“mySetup,” “mySnippet,” and “myTeardown.” We did this to simplify automated testing and publication—there is no reason for you to construct your scripts this way. Most of the time, the part of the script you will be interested in will be inside the “mySnippet” function.
9
C HAPTER 1: Introduction For More Information 10
For More Information
For more information on InDesign scripting, you also can visit the InDesign Scripting User to User forum, at http://www.adobeforums.com
. In the forum, scripters can ask questions, post answers, and share their newest scripts. The forum contains hundreds of sample scripts.
2
Scripting Features
This chapter covers scripting techniques related to InDesign’s scripting environment. Almost every other object in the InDesign scripting model controls a feature that can change a document or the application defaults. By contrast, the features in this chapter control how scripts operate.
This document discusses the following:
X The
ScriptPreferences
object and its properties.
X Getting a reference to the executing script.
X Running scripts in prior versions of the scripting object model.
X Using the DoScript method to run scripts.
X Working with script labels.
X Running scripts at InDesign start-up.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to write, install, and run InDesign scripts in the scripting language of your choice.
Script Preferences
The
ScriptPreferences
object provides objects and properties related to the way InDesign runs scripts.
The following table provides more detail on each property of the ScriptPreferences object:
Property
EnableRedraw
ScriptsFolder
ScriptsList
Description
Turns screen redraw on or off while a script is running from the Scripts panel.
The path to the scripts folder.
A list of the available scripts. This property is an array of arrays, in the following form:
[[ fileName , filePath ], ...]
Where fileName
is the name of the script file and filePath
is the full path to the script. You can use this feature to check for the existence of a script in the installed set of scripts.
11
C HAPTER 2: Scripting Features Getting the Current Script 12
Property Description
UserInteractionLevel This property controls the alerts and dialogs InDesign presents to the user.
When you set this property to idUserInteractionLevels.idNeverInteract
, InDesign does not display any alerts or dialogs. Set it to idUserInteractionLevels.idInteractWithAlerts
to enable alerts but disable dialogs. Set it to idUserInteractionLevels.idInteractWithAll
to restore the normal display of alerts and dialogs. The ability to turn off alert displays is very useful when you are opening documents via script; often,
InDesign displays an alert for missing fonts or linked graphics files. To avoid this alert, set the user-interaction level to idUserInteractionLevels.idNeverInteract
before opening the document, then restore user interaction (set the property to idUserInteractionLevels.idInteractWithAll
) before completing script execution.
Version The version of the scripting environment in use. For more information, see
“Script Versioning” on page 12
. Note this property is not the same as the version of the application.
Getting the Current Script
You can get a reference to the current script using the
ActiveScript
property of the application object.
You can use this property to help you locate files and folders relative to the script, as shown in the following example (from the ActiveScript tutorial script):
Set myInDesign = CreateObject("InDesign.Application") myActiveScript = myInDesign.ActiveScript
MsgBox ("The current script is: " & myActiveScript)
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject") myParentFolder = myFileSystemObject.GetFile(myActiveScript).ParentFolder
MsgBox ("The folder containing the active script is: " & myParentFolder)
When you debug scripts using a script editor, the
ActiveScript
property returns an error. Only scripts run from the Scripts palette appear in the ActiveScript property.
Script Versioning
InDesign CS5 can run scripts using earlier versions of the InDesign scripting object model. To run an older script in a newer version of InDesign, you must consider the following:
X Targeting — Scripts must be targeted to the version of the application in which they are being run
(i.e., the current version). The mechanics of targeting are language specific.
X Compilation — This involves mapping the names in the script to the underlying script ids, which are what the application understands. The mechanics of compilation are language specific.
X Interpretation — This involves matching the ids to the appropriate request handler within the application. InDesign CS5 correctly interprets a script written for an earlier version of the scripting object model. To do this, run the script from a folder in the Scripts panel folder named
Version 5.0
Scripts (for InDesign CS3 scripts) or Version 2.0
Scripts (for InDesign CS2 scripts), or explicitly set
C HAPTER 2: Scripting Features Using the DoScript Method 13 the application's script preferences to the old object model within the script (as shown below). Put the previous version scripts in the folder, and run them from the Scripts panel.
Targeting
Targeting for Visual Basic applications and VBScripts must be done using the
CreateObject
method:
Rem Target InDesign CS5 Roman:
Set myApp = CreateObject("InDesign.Application.CS5")
Rem Target InDesign CS5 J:
Set myApp = CreateObject("InDesign.Application.CS5_J")
Rem Target the last version of InDesign that was launched:
Set myApp = CreateObject("InDesign.Application")
Compilation
Compilation of Visual Basic applications may be versioned by referencing the CS2 type library. To generate a CS2 version of the type library, use the PublishTerminology method, which is exposed on the Application object. The type library is published into a folder (named with the version of the DOM) that is in the
Scripting Support
folder in your application’s preferences folder. For example,
C:\Documents and
Settings\ <username> \Application Data\Adobe\InDesign\Version 4.0\ <locale>\ Scripting
Support\3.0
(where <username> is your user name).
Set myApp = CreateObject("InDesign.Application")
Rem Publish the InDesign CS3 type library (version 5.0 DOM) myApp.PublishTerminology(5.0)
VBScripts are not precompiled. The application generates and references the appropriate type library automatically, based on the version of the DOM set for interpretation.
Interpretation
The InDesign application object contains a
ScriptPreferences
object, which allows a script to get/set the version of the scripting object model to use for interpreting scripts. The version defaults to the current version of the application and persists.
The following examples show how to set the version to the CS3 (5.0) version of the scripting object model.
Set myInDesign = CreateObject("InDesign.Application")
Rem Set to 5.0 DOM myInDesign.ScriptPreferences.Version = 5.0
Using the DoScript Method
The
DoScript
method gives a script a way to execute another script. The script can be a string of valid scripting code or a file on disk. The script can be in the same scripting language as the current script or another scripting language. The available languages vary by platform: on Mac OS
®
, you can run
AppleScript or JavaScript; on Windows
®
, VBScript or JavaScript.
The
DoScript
method has many possible uses:
X Running a script in another language that provides a feature missing in your main scripting language.
For example, VBScript lacks the ability to display a file or folder browser, which JavaScript has.
C HAPTER 2: Scripting Features Using the DoScript Method 14
AppleScript can be very slow to compute trigonometric functions (sine and cosine), but JavaScript performs these calculations rapidly. JavaScript does not have a way to query Microsoft
®
Excel for the contents of a specific spreadsheet cell, but both AppleScript and VBScript have this capability. In all these examples, the
DoScript
method can execute a snippet of scripting code in another language, to overcome a limitation of the language used for the body of the script.
X Creating a script “on the fly.” Your script can create a script (as a string) during its execution, which it can then execute using the
DoScript
method. This is a great way to create a custom dialog or panel based on the contents of the selection or the attributes of objects the script creates.
X Embedding scripts in objects. Scripts can use the
DoScript
method to run scripts that were saved as strings in the label
property of objects. Using this technique, an object can contain a script that controls its layout properties or updates its content according to certain parameters. Scripts also can be embedded in XML elements as an attribute of the element or as the contents of an element. See
“Running Scripts at Startup” on page 17
.
Sending parameters to DoScript
To send a parameter to a script executed by
DoScript
, use the following form (from the
DoScriptParameters tutorial script):
Set myInDesign = CreateObject("InDesign.Application") myJavaScript = "alert(""First argument: "" + arguments[0] + ""\rSecond argument: "" + arguments[1]);" myInDesign.DoScript myJavaScript, idScriptLanguage.idJavascript, Array("Hello from
DoScript", "Your message here.") myVBScript = "msgbox arguments(1), vbOKOnly, ""First argument: "" & arguments(0)" myInDesign.DoScript myVBScript, idScriptLanguage.idVisualBasic, Array("Hello from
DoScript", "Your message here.")
Returning values from DoScript
The following script fragment shows how to return a value from a script executed by
DoScript
. This example uses a JavaScript that is executed as a string, but the same method works for script files. This example returns a single value, but you can return multiple values by returning an array (for the complete script, refer to the DoScriptReturnValues script).
C HAPTER 2: Scripting Features Controlling Undo with DoScript 15
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Set myDestinationPage = myDocument.Pages.Add(idLocationOptions.idAfter, myPage) myPageIndex = myDestinationPage.Name
myID = myTextFrame.Id
myJavaScript = "var myDestinationPage = arguments[1];" & vbCr myJavaScript = myJavaScript & "myID = arguments[0];" & vbCr myJavaScript = myJavaScript & "var myX = arguments[2];" & vbCr myJavaScript = myJavaScript & "var myY = arguments[3];" & vbCr myJavaScript = myJavaScript & "var myPageItem = app.documents.item(0).pages.item(0).pageItems.itemByID(myID);" & vbCr myJavaScript = myJavaScript &
"myPageItem.duplicate(app.documents.item(0).pages.item(myDestinationPage));" & vbCr
Rem Create an array for the parameters we want to pass to the JavaScript.
myArguments = Array(myID, myPageIndex, 0, 0)
Set myDuplicate = myInDesign.DoScript(myJavaScript, idScriptLanguage.idJavascript, myArguments)
Rem myDuplicate now contains a reference to the duplicated text frame.
Rem Change the text in the duplicated text frame.
myDuplicate.contents = "Duplicated text frame."
Another way to get values from another script is to use the ScriptArgs (short for “script arguments”) object of the application. The following script fragment shows how to do this (for the complete script, see
DoScriptScriptArgs):
Set myInDesign = CreateObject("InDesign.Application") myJavaScript = "app.scriptArgs.setValue(""ScriptArgumentA"", ""This is the first script argument value."");" & vbCr myJavaScript = myJavaScript & "app.scriptArgs.setValue(""ScriptArgumentB"", ""This is the second script argument value."");" & vbCr myInDesign.DoScript myJavaScript, idScriptLanguage.idJavascript
myScriptArgumentA = myInDesign.ScriptArgs.GetValue("ScriptArgumentA") myScriptArgumentB = myInDesign.ScriptArgs.GetValue("ScriptArgumentB")
MsgBox "ScriptArgumentA: " & myScriptArgumentA & vbCr & "ScriptArgumentB: " & myScriptArgumentB myVBScript = "Set myInDesign = CreateObject(""InDesign.Application"")" & vbCr myVBScript = myVBScript & "myInDesign.ScriptArgs.SetValue ""ScriptArgumentA"", ""This is the first script argument value.""" & vbCr myVBScript = myVBScript & "myInDesign.ScriptArgs.SetValue ""ScriptArgumentB"", ""This is the second script argument value.""" myInDesign.DoScript myVBScript, idScriptLanguage.idVisualBasic
myScriptArgumentA = myInDesign.ScriptArgs.GetValue("ScriptArgumentA") myScriptArgumentB = myInDesign.ScriptArgs.GetValue("ScriptArgumentB")
MsgBox "ScriptArgumentA: " & myScriptArgumentA & vbCr & "ScriptArgumentB: " & myScriptArgumentB
Controlling Undo with DoScript
InDesign gives you the ability to undo almost every action, but this comes at a price: for almost every action you make, InDesign writes to disk. For normal work you using the tools presented by the user interface, this does not present any problem. For scripts, which can perform thousands of actions in the time a human being can blink, the constant disk access can be a serious drag on performance.
The
DoScript
method offers a way around this performance bottleneck by providing two parameters that control the way that scripts are executed relative to InDesign’s Undo behavior. These parameters are shown in the following examples:
C HAPTER 2: Scripting Features Working with Script Labels 16
Rem Given a script "myVBScript" and an array of parameters "myParameters"...
myInDesign.DoScript myVBScript, idScriptLanguage.idVisualBasic, myParameters, idUndoModes.idFastEntireScript, "Script Action"
Rem idUndoModes can be:
Rem idUndoModes.idAutoUnto: Add no events to the Undo queue.
Rem idUndoModes.idEntireScript: Put a single event in the Undo queue.
Rem idUndoModes.idFastEntireScript: Put a single event in the Undo queue.
Rem idUndoModes.idScriptRequest: Undo each script action as a separate event.
Rem The last parameter is the text that appears in the Undo menu item.
Working with Script Labels
Many objects in InDesign scripting have a label property, including page items (rectangles, ovals, groups, polygons, text frames, and graphic lines), table cells, documents, stories, and pages. This property can store a very large amount of text.
The label of page items can be viewed, entered, or edited using the Script Label panel (choose Window >
Utilities > Script Label to display this panel), shown below. You also can add a label to an object using scripting, and you can read the script label via scripting. For many objects, like stories, pages, and paragraph styles, you cannot set or view the label using the Script Label panel.
The label
property can contain any form of text data, such as tab- or comma-delimited text, HTML, or
XML. Because scripts also are text, they can be stored in the label property.
Page items can be referred to by their label
, just like named items (such as paragraph styles, colors, or layers) can be referred to by their name . The following script fragment demonstrates this special case of the label property (for the complete script, see ScriptLabel):
Set myDocument = myInDesign.Documents.Add
Set myPage = myDocument.Pages.Item(1) myPageWidth = myDocument.DocumentPreferences.PageWidth
myPageHeight = myDocument.DocumentPreferences.PageHeight
Rem Create 10 random page items.
For i = 1 To 10
myX1 = myGetRandom(0, myPageWidth, False)
myY1 = myGetRandom(0, myPageHeight, False)
myX2 = myGetRandom(0, myPageWidth, False)
myY2 = myGetRandom(0, myPageHeight, False)
Set myRectangle = myPage.Rectangles.Add
myRectangle.GeometricBounds = Array(myY1, myX1, myY2, myX2)
If myGetRandom(0, 1, True) > 0 Then
myRectangle.Label = "myScriptLabel"
End If
Next
Count = 0
For i = 1 To myPage.PageItems.Count
C HAPTER 2: Scripting Features Running Scripts at Startup 17
If myPage.PageItems.Item(i).Label = "myScriptLabel" Then
Count = Count + 1
End If
Next
MsgBox ("Found " & CStr(Count) & " page items with the label.")
Rem This function gets a random number in the range myStart to myEnd.
Function myGetRandom(myStart, myEnd, myInteger)
Rem Here's how to generate a random number from a given range:
Rem Int((upperbound - lowerbound + 1) * Rnd + lowerbound)
If myInteger = True Then
myGetRandom = Int(((myEnd - myStart + 1) * Rnd) + myStart)
Else
myGetRandom = ((myEnd - myStart + 1) * Rnd) + myStart
End If
End Function
In addition, all objects that support the label property also support custom labels. A script can set a custom label using the
InsertLabel
method, and extract the custom label using the
ExtractLabel method, as shown in the following script fragment (from the CustomLabel tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Set myPage = myDocument.Pages.Item(1) myDocument.ViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myDocument.ViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
Set myRectangle = myPage.Rectangles.Add
myRectangle.GeometricBounds = Array(72, 72, 144, 144)
Rem Insert a custom label using insertLabel. The first parameter is the
Rem name of the label, the second is the text to add to the label.
myRectangle.InsertLabel "CustomLabel", "This is some text stored in a custom label."
Rem Extract the text from the label and display it in an message box.
myString = myRectangle.ExtractLabel("CustomLabel")
MsgBox ("Custom label contained: " + myString)
Running Scripts at Startup
To run a script when InDesign starts, put the script in the Startup Scripts folder in the Scripts folder (for more information, see “Installing Scripts” in Adobe InDesign CS5 Scripting Tutorial ).
3
Documents
The work you do in InDesign revolves around documents—creating them, saving them, printing or exporting them, and populating them with page items, colors, styles, and text. Almost every document-related task can be automated using InDesign scripting.
This chapter shows you how to do the following
X Perform basic document-management tasks, including:
Z Creating a new document.
Z Opening a document.
Z Saving a document.
Z Closing a document.
X Perform basic page-layout operations, including:
Z Setting the page size and document length.
Z Defining bleed and slug areas.
Z Specifying page columns and margins.
X Change the appearance of the pasteboard.
X Use guides and grids.
X Change measurement units and ruler origin.
X Define and apply document presets.
X Set up master pages (master spreads)
X Set text-formatting defaults.
X Add XMP metadata (information about a file).
X Create a document template.
X Create watermarks.
X Apply different sizes to different pages (multiple pages sizes).
X Print a document.
X Export a document as Adobe PDF.
X Export pages of a document as EPS.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script.
18
C HAPTER 3: Documents Basic Document Operations 19
Basic Document Operations
Opening, closing, and saving documents are some of the most basic document tasks. This section shows how to do them using scripting.
Creating a new document
The following script shows how to make a new document using scripting. (For the complete script, see
MakeDocument.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
To create a document using a document preset, the Add method includes an optional parameter you can use to specify a document preset, as shown in the following script. (For the complete script, see
MakeDocumentWithPreset.)
Rem Creates a new document using the specified document preset.
Set myInDesign = CreateObject("InDesign.Application")
Rem Replace "myDocumentPreset" in the following line with the name
Rem of the document preset you want to use.
Set myDocument = myInDesign.Documents.Add(True, myInDesign.DocumentPresets.Item("myDocumentPreset"))
You can create a document without displaying it in a window, as shown in the following script fragment
(from the MakeDocumentWithParameters tutorial script):
Rem Creates a new document using the specified document preset.
Set myInDesign = CreateObject("InDesign.Application")
Rem Replace "myDocumentPreset" in the following line with the name
Rem of the document preset you want to use.
Set myDocument = myInDesign.Documents.Add(False)
Rem To show the window:
Set myWindow = myDocument.Windows.Add
Some script operations are much faster when the document window is hidden.
Opening a document
The following script shows how to open an existing document. (For the complete script, see
OpenDocument.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Open("c:\myTestDocument.indd")
You can choose to prevent the document from displaying (that is, hide it) by setting the showing window parameter of the
Open
method to false (the default is true). You might want to do this to improve performance of a script. To show a hidden document, create a new window, as shown in the following script fragment (from the OpenDocumentInBackground tutorial script):
C HAPTER 3: Documents Basic Document Operations 20
Rem Opens an existing document in the background, then shows the document.
Rem Youíll have to fill in your own file path.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Open("c:\myTestDocument.indd", False)
Rem At this point, you can do things with the document without showing
Rem the document window. In some cases, scripts will run faster when
Rem the document window is not visible.
Rem When you want to show the hidden document, create a new window.
Set myLayoutWindow = myDocument.Windows.Add
Saving a document
In the InDesign user interface, you save a file by choosing File > Save, and you save a file to another file name by choosing File > Save As. In InDesign scripting, the
Save
method can do either operation, as shown in the following script fragment (from the SaveDocument tutorial script):
Rem If the active document has been changed since it was last saved, save it.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.ActiveDocument.Modified = True Then myInDesign.ActiveDocument.Save
End If
The
Save
method has two optional parameters: The first ( to
) specifies the file to save to; the second
( stationery
) can be set to true to save the document as a template, as shown in the following script fragment (from the SaveDocumentAs tutorial script):
Rem If the active document has not been saved (ever), save it.
Set myInDesign = CreateObject("InDesign.Application")
If myDocument.Saved = False Then
Rem If you do not provide a file name,
Rem InDesign displays the Save dialog box.
myInDesign.ActiveDocument.Save "c:\myTestDocument.indd"
End If
You can save a document as a template, as shown in the following script fragment (from the
SaveAsTemplate tutorial script):
Rem Save the active document as a template.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.ActiveDocument.Saved = True Then
Rem Convert the file name to a string.
myFileName = myInDesign.ActiveDocument.FullName
Rem If the file name contains the extension ".indd",
Rem change it to ".indt".
If InStr(1, myFileName, ".indd") <> 0 Then myFileName = Replace(myFileName, ".indd", ".indt")
End If
Else
Rem If the document has not been saved, then give it a
Rem default file name/file path.
myFileName = "c:\myTestDocument.indt"
End If myInDesign.ActiveDocument.Save myFileName, True
C HAPTER 3: Documents Basic Page Layout 21
Closing a document
The Close method closes a document, as shown in the following script fragment (from the
CloseDocument tutorial script):
Set myInDesign = CreateObject("InDesign.Application") myInDesign.ActiveDocument.Close
Rem Note that you could also use:
Rem myInDesign.Documents.Item(1).Close
The Close method can take up to two optional parameters, as shown in the following script fragment
(from the CloseWithParameters tutorial script):
Rem Use idSaveOptions.idYes to save the document,idSaveOptions.idNo
Rem to close the document without saving, or idSaveOptions.idAsk to
Rem display a prompt. If you use idSaveOptions.idYes, you'll need to
Rem provide a reference to a file to save to in the second parameter Rem(SavingIn).
Set myInDesign = CreateObject("InDesign.Application")
Rem If the file has not been saved, display a prompt.
If myInDesign.ActiveDocument.Saved <> True Then myInDesign.ActiveDocument.Close idSaveOptions.idAsk
Rem Or, to save to a specific file name:
Rem myFile = "c:\myTestDocument.indd"
Rem myInDesign.ActiveDocument.Close idSaveOptions.idYes, myFile
Else
Rem If the file has already been saved, save it.
myInDesign.ActiveDocument.Close idSaveOptions.idYes
End If
You can close all open documents without saving them, as shown in the following script fragment (from the CloseAll tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
For myCounter = myInDesign.Documents.Length To 1 Step -1 myInDesign.Documents.Item(myCounter).Close idSaveOptions.idNo
Next
Basic Page Layout
Each document has a default page size, assigned number of pages, bleed and slug working areas, and columns and margins to define the area into which material is placed. Again, all these parameters are accessible to scripting, as shown in the examples in this section.
Defining page size and document length
When you create a new document using the InDesign user interface, you can specify the default page size, number of pages, page orientation, and whether the document uses facing pages. To create a document using InDesign scripting, use the
Documents.Add
method, which does not specify these settings. After creating a document, you can use the
DocumentPreferences
object to control the settings, as shown in the following script fragment (from the DocumentPreferences tutorial script):
C HAPTER 3: Documents Basic Page Layout 22
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
With myDocument.DocumentPreferences
.PageHeight = "800pt"
.PageWidth = "600pt"
.PageOrientation = idPageOrientation.idLandscape
.PagesPerDocument = 16
End With
N OTE : The
Application
object also has a
DocumentPreferences
object. You can set the application defaults for page height, page width, and other properties by changing the properties of this object. You
can also set individual page sizes; see “Adjusting Page Sizes and Layout” .
Defining bleed and slug areas
Within InDesign, a bleed or a slug is an area outside the page margins that can be printed or included in an exported PDF. Typically, these areas are used for objects that extend beyond the page edges (bleed) and job/document information (slug). The two areas can be printed and exported independently; for example, you might want to omit slug information for the final printing of a document. The following script shows how to set up the bleed and slug for a new document. (For the complete script, see BleedAndSlug.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem The bleed and slug properties belong to the DocumentPreferences object.
With myDocument.DocumentPreferences
Rem Bleed
.DocumentBleedBottomOffset = "3p"
.DocumentBleedTopOffset = "3p"
.DocumentBleedInsideOrLeftOffset = "3p"
.DocumentBleedOutsideOrRightOffset = "3p"
Rem Slug
.SlugBottomOffset = "18p"
.SlugTopOffset = "3p"
.SlugInsideOrLeftOffset = "3p"
.SlugRightOrOutsideOffset = "3p"
End With
Alternately, if all the bleed distances are equal, as in the preceding example, you can use the
DocumentBleedUniformSize property, as shown in the following script fragment (from the
UniformBleed tutorial script):
Rem Create a new document.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem The bleed properties belong to the documentPreferences object.
With myDocument.DocumentPreferences
Rem Bleed
.DocumentBleedTopOffset = "3p"
.DocumentBleedUniformSize = True
End With
If all the slug distances are equal, you can use the
DocumentSlugUniformSize
property, as shown in the following script fragment (from the UniformSlug tutorial script):
C HAPTER 3: Documents Basic Page Layout 23
Rem Create a new document.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem The slug properties belong to the documentPreferences object.
With myDocument.DocumentPreferences
Rem Slug:
.SlugTopOffset = "3p"
.DocumentSlugUniformSize = True
End With
In addition to setting the bleed and slug widths and heights, you can control the color used to draw the guides defining the bleed and slug. This property is not in the
DocumentPreferences
object; instead, it is in the
PasteboardPreferences
object, as shown in the following script fragment (from the
BleedSlugGuideColors tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
With myInDesign.ActiveDocument.PasteboardPreferences
Rem Any of InDesign's guides can use the UIColors constants...
.BleedGuideColor = idUIColors.idCuteTeal
.SlugGuideColor = idUIColors.idCharcoal
Rem ...or you can specify an array of RGB values
Rem(with values from 0 to 255)
Rem .BleedGuideColor = Array(0, 198, 192)
Rem .SlugGuideColor = Array(192, 192, 192)
End With
Setting page margins and columns
Each page in a document can have its own margin and column settings. With InDesign scripting, these properties are part of the
MarginPreferences
object for each page. This following sample script creates a new document, then sets the margins and columns for all pages in the master spread. (For the complete script, see PageMargins.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
With myDocument.Pages.Item(1).MarginPreferences
.ColumnCount = 3
Rem columnGutter can be a number or a measurement string.
.ColumnGutter = "1p"
.Top = "4p"
.Bottom = "6p"
Rem When document.documentPreferences.facingPages = true,
Rem "left" means inside "right" means outside.
.Left = "6p"
.Right = "4p"
End With
To set the page margins for an individual page, use the margin preferences for that page, as shown in the following script fragment (from the PageMarginsForOnePage tutorial script):
C HAPTER 3: Documents Basic Page Layout 24
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
With myDocument.Pages.Item(1).MarginPreferences
.ColumnCount = 3
Rem columnGutter can be a number or a measurement string.
.ColumnGutter = "1p"
.Top = "4p"
.Bottom = "6p"
Rem When document.documentPreferences.facingPages = true,
Rem "left" means inside "right" means outside.
.Left = "6p"
.Right = "4p"
End With
InDesign does not allow you to create a page that is smaller than the sum of the relevant margins; that is, the width of the page must be greater than the sum of the left and right page margins, and the height of the page must be greater than the sum of the top and bottom margins. If you are creating very small pages (for example, for individual newspaper advertisements) using the InDesign user interface, you can easily set the correct margin sizes as you create the document, by entering new values in the document default page Margin fields in the New Document dialog box.
From scripting, however, the solution is not as clear: when you create a document, it uses the application’s default-margin preferences. These margins are applied to all pages of the document, including master pages. Setting the document margin preferences affects only new pages and has no effect on existing pages. If you try to set the page height and page width to values smaller than the sum of the corresponding margins on any existing pages, InDesign does not change the page size.
There are two solutions. The first is to set the margins of the existing pages before you try to change the page size, as shown in the following script fragment (from the PageMarginsForSmallPages tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
myDocument.ViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myDocument.ViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
With myDocument.MarginPreferences
.Top = 0
.Left = 0
.Bottom = 0
.Right = 0
.ColumnCount = 1
.ColumnGutter = 0
End With
Rem The following assumes that your default document contains a single page.
With myDocument.Pages.Item(1).MarginPreferences
.Top = 0
.Left = 0
.Bottom = 0
.Right = 0
.ColumnCount = 1
.ColumnGutter = 0
End With
Rem The following assumes that your default master spread contains two pages.
With myDocument.MasterSpreads.Item(1).Pages.Item(1).MarginPreferences
.Top = 0
.Left = 0
C HAPTER 3: Documents Basic Page Layout 25
.Bottom = 0
.Right = 0
.ColumnCount = 1
.ColumnGutter = 0
End With
With myDocument.MasterSpreads.Item(1).Pages.Item(2).MarginPreferences
.Top = 0
.Left = 0
.Bottom = 0
.Right = 0
.ColumnCount = 1
.ColumnGutter = 0
End With myDocument.DocumentPreferences.PageHeight = "1p" myDocument.DocumentPreferences.PageWidth = "6p"
Alternately, you can change the application’s default-margin preferences before you create the document, as shown in the following script fragment (from the ApplicationPageMargins tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
With myInDesign.MarginPreferences
Rem Save the current application default margin preferences.
myY1 = .Top
myX1 = .Left
myY2 = .Bottom
myX2 = .Right
Rem Set the application default margin preferences.
.Top = 0
.Left = 0
.Bottom = 0
.Right = 0
End With
Rem Create a new example document to demonstrate the change.
Set myDocument = myInDesign.Documents.Add
myDocument.DocumentPreferences.PageHeight = "1p" myDocument.DocumentPreferences.PageWidth = "6p"
Rem Reset the application default margin preferences to their former state.
With myInDesign.MarginPreferences
.Top = myY1
.Left = myX1
.Bottom = myY2
.Right = myX2
End With
Changing the appearance of the pasteboard
The pasteboard is the area that surrounds InDesign pages and spreads. You can use it for temporary storage of page items or for job-tracking information. You can change the size of the pasteboard and its color using scripting. The PreviewBackgroundColor property sets the color of the pasteboard in Preview mode, as shown in the following script fragment (from the PasteboardPreferences tutorial script):
C HAPTER 3: Documents Basic Page Layout 26
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
With myDocument.PasteboardPreferences
Rem You can use either a number or a measurement
Rem string to set the space above/below.
.MinimumSpaceAboveAndBelow = "12p"
Rem You can set the preview background color (which you'll only see
Rem in Preview mode) to any of the predefined UIColor constants...
.PreviewBackgroundColor = idUIColors.idGrassGreen
Rem ...or you can specify an array of RGB values (with values from 0 to 255)
Rem .PreviewBackgroundColor = Array(192, 192, 192)
End With
Guides and grids
Guides and grids make it easy to position objects on your document pages. These are very useful items to add when you are creating templates for others to use.
Defining guides
Guides in InDesign give you an easy way to position objects on the pages of your document. The following script fragment shows how to use guides. (For the complete script, see Guides.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
myPageWidth = myDocument.DocumentPreferences.PageWidth
myPageHeight = myDocument.DocumentPreferences.PageHeight
With myDocument.Pages.Item(1)
Set myMarginPreferences = .MarginPreferences
Rem Place guides at the margins of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = myMarginPreferences.Left
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = (myPageWidth - myMarginPreferences.Right)
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myMarginPreferences.Top
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = (myPageHeight - myMarginPreferences.Bottom)
End With
Rem Place a guide at the vertical center of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = (myPageWidth / 2)
End With
Rem Place a guide at the horizontal center of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = (myPageHeight / 2)
End With
End With
C HAPTER 3: Documents Basic Page Layout 27
Horizontal guides can be limited to a given page or extend across all pages in a spread. From InDesign scripting, you can control this using the
FitToPage
property. This property is ignored by vertical guides.
You can use scripting to change the layer, color, and visibility of guides, just as you can from the user interface, as shown in the following script fragment (from the GuideOptions tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
myPageWidth = myDocument.DocumentPreferences.PageWidth
myPageHeight = myDocument.DocumentPreferences.PageHeight
With myDocument.Pages.Item(1)
Set myMarginPreferences = .MarginPreferences
Rem Place guides at the margins of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = myMarginPreferences.Left
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = (myPageWidth - myMarginPreferences.Right)
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myMarginPreferences.Top
End With
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = (myPageHeight - myMarginPreferences.Bottom)
End With
Rem Place a guide at the vertical center of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idVertical
.Location = (myPageWidth / 2)
End With
Rem Place a guide at the horizontal center of the page.
With .Guides.Add
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = (myPageHeight / 2)
End With
End With
You also can create guides using the
CreateGuides
method on spreads and master spreads, as shown in the following script fragment (from the CreateGuides tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem Parameters (all optional): row count, column count, row gutter,
Rem column gutter,guide color, fit margins, remove existing, layer.
Rem Note that the createGuides method does not take an RGB array
Rem for the guide color parameter.
myDocument.Spreads.Item(1).CreateGuides 4, 4, "1p", "1p", idUIColors.idGray, True,
True, myDocument.Layers.Item(0)
Setting grid preferences
To control the properties of the document and baseline grid, you set the properties of the
GridPreferences
object, as shown in the following script fragment (from the DocumentAndBaselineGrid tutorial script):
C HAPTER 3: Documents Basic Page Layout 28
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem Set the document measurement units to points.
myDocument.ViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myDocument.ViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
Rem Set up grid preferences.
With myDocument.GridPreferences
.BaselineStart = 56
.BaselineDivision = 14
.BaselineGridShown = True
.HorizontalGridlineDivision = 14
.HorizontalGridSubdivision = 5
.VerticalGridlineDivision = 14
.VerticalGridSubdivision = 5
.DocumentGridShown = True
End With
Snapping to guides and grids
All snap settings for a document’s grids and guides are in the properties of the
GuidePreferences
and
GridPreferences
objects. The following script fragment shows how to set guide and grid snap properties. (For the complete script, see GuideGridPreferences.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.ActiveDocument
With myDocument.guidePreferences
.GuidesInBack = True;
.GuidesLocked = False;
.GuidesShown = True;
.GuidesSnapTo = True;
End With
With myDocument.gridPreferences {
.DocumentGridShown = False;
.DocumentGridSnapTo = True;
.BaselineGridShown = True;
End With
}
//Objects "snap" to the baseline grid when
//guidePreferences.guideSnapTo is set to true.
Changing measurement units and ruler
Thus far, the sample scripts used measurement strings , strings that force InDesign to use a specific measurement unit (for example, “8.5i” for 8.5 inches). They do this because you might be using a different measurement system when you run the script.
To specify the measurement system used in a script, use the document’s
ViewPreferences
object, as shown in the following script fragment (from the ViewPreferences tutorial script):
C HAPTER 3: Documents Basic Page Layout 29
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.ActiveDocument
With myDocument.ViewPreferences
Rem Measurement unit choices are:
Rem * idMeasurementUnits.idAgates
Rem * idMeasurementUnits.idPicas
Rem * idMeasurementUnits.idPoints
Rem * idMeasurementUnits.idInches
Rem * idMeasurementUnits.idInchesDecimal
Rem * idMeasurementUnits.idMillimeters
Rem * idMeasurementUnits.idCentimeters
Rem * idMeasurementUnits.idCiceros
Rem * idMeasurementUnits.idCustom
Rem If you set the the vertical or horizontal measurement units
Rem to idMeasurementUnits.idCustom, you can also set a custom
Rem ruler increment (in points) using:
Rem .HorizontalCustomPoints = 15
Rem .VerticalCustomPoints = 15
Rem Set horizontal and vertical measurement units to points.
.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
.VerticalMeasurementUnits = idMeasurementUnits.idPoints
End With
If you are writing a script that needs to use a specific measurement system, you can change the measurement units at the beginning of the script, then restore the original measurement units at the end of the script. This is shown in the following script fragment (from the ResetMeasurementUnits tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.ActiveDocument
With myDocument.ViewPreferences
myOldXUnits = .HorizontalMeasurementUnits
myOldYUnits = .VerticalMeasurementUnits
.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
.VerticalMeasurementUnits = idMeasurementUnits.idPoints
End With
Rem At this point, you can perform any series of script actions that
Rem depend on the measurement units you've set. At the end of the
Rem script, reset the units to their original state.
With myDocument.ViewPreferences
.HorizontalMeasurementUnits = myOldXUnits
.VerticalMeasurementUnits = myOldYUnits
End With
Defining and applying document presets
InDesign document presets enable you to store and apply common document set-up information (page size, page margins, columns, and bleed and slug areas). When you create a new document, you can base the document on a document preset.
Creating a preset by copying values
To create a document preset using an existing document’s settings as an example, open a document that has the document set-up properties you want to use in the document preset, then run the following script
(from the DocumentPresetByExample tutorial script):
C HAPTER 3: Documents Basic Page Layout 30
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.ActiveDocument
Rem If the document preset "myDocumentPreset" does not
Rem already exist, create it.
Rem Disable normal error handling.
Err.Clear
On Error Resume Next
Set myDocumentPreset = myInDesign.DocumentPresets.Item("myDocumentPreset")
Rem If the document preset did not exist, the above line
Rem generates an error. Handle the error.
If (Err.Number <> 0) Then
Set myDocumentPreset = myInDesign.DocumentPresets.Add
myDocumentPreset.Name = "myDocumentPreset"
Err.Clear
End If
Rem Restore normal error handling.
On Error GoTo 0
Rem Fill in the properties of the document preset with the corresponding
Rem properties of the active document.
With myDocumentPreset
Rem Note that the following gets the page margins rem from the margin preferences of the document to get the margin
Rem preferences from the active page, replace "myDocument" with
Rem "myInDesign.activeWindow.activePage" in the following six lines
Rem (assuming the active window is a layout window).
.Left = myDocument.MarginPreferences.Left
.Right = myDocument.MarginPreferences.Right
.Top = myDocument.MarginPreferences.Top
.Bottom = myDocument.MarginPreferences.Bottom
.ColumnCount = myDocument.MarginPreferences.ColumnCount
.ColumnGutter = myDocument.MarginPreferences.ColumnGutter
.DocumentBleedBottomOffset = myDocument.DocumentPreferences.DocumentBleedBottomOffset
.DocumentBleedTopOffset = myDocument.DocumentPreferences.DocumentBleedTopOffset
.DocumentBleedInsideOrLeftOffset = myDocument.DocumentPreferences.DocumentBleedInsideOrLeftOffset
.DocumentBleedOutsideOrRightOffset = myDocument.DocumentPreferences.DocumentBleedOutsideOrRightOffset
.FacingPages = myDocument.DocumentPreferences.FacingPages
.PageHeight = myDocument.DocumentPreferences.PageHeight
.PageWidth = myDocument.DocumentPreferences.PageWidth
.PageOrientation = myDocument.DocumentPreferences.PageOrientation
.PagesPerDocument = myDocument.DocumentPreferences.PagesPerDocument
.SlugBottomOffset = myDocument.DocumentPreferences.SlugBottomOffset
.SlugTopOffset = myDocument.DocumentPreferences.SlugTopOffset
.SlugInsideOrLeftOffset = myDocument.DocumentPreferences.SlugInsideOrLeftOffset
.SlugRightOrOutsideOffset = myDocument.DocumentPreferences.SlugRightOrOutsideOffset
End With
End If
Creating a document preset
To create a document preset using explicit values, run the following script (from the DocumentPreset tutorial script):
C HAPTER 3: Documents Basic Page Layout 31
On Error Resume Next
Set myDocumentPreset = myInDesign.DocumentPresets.Item("myDocumentPreset")
If Err.Number <> 0 Then
Set myDocumentPreset = myInDesign.DocumentPresets.Add
myDocumentPreset.Name = "myDocumentPreset"
Err.Clear
End If
On Error GoTo 0
Rem Fill in the properties of the document preset.
With myDocumentPreset
.PageHeight = "9i"
.PageWidth = "7i"
.Left = "4p"
.Right = "6p"
.Top = "4p"
.Bottom = "9p"
.ColumnCount = 1
.DocumentBleedBottomOffset = "3p"
.DocumentBleedTopOffset = "3p"
.DocumentBleedInsideOrLeftOffset = "3p"
.DocumentBleedOutsideOrRightOffset = "3p"
.FacingPages = True
.PageOrientation = idPageOrientation.idPortrait
.PagesPerDocument = 1
.SlugBottomOffset = "18p"
.SlugTopOffset = "3p"
.SlugInsideOrLeftOffset = "3p"
.SlugRightOrOutsideOffset = "3p"
End With
Setting up master spreads
After setting up the basic document page size, slug, and bleed, you probably will want to define the document’s master spreads. The following script shows how to do that. (For the complete script, see
MasterSpread.)
Set myInDesign = CreateObject("InDesign.Application")
Rem Set up the first master spread in a new document.
Set myDocument = myInDesign.Documents.Add
Rem Set up the document.
With myDocument.DocumentPreferences
.PageHeight = "11i"
.PageWidth = "8.5i"
.FacingPages = True
.PageOrientation = idPageOrientation.idPortrait
End With
Rem Set the document's ruler origin to page origin. This is very important
Rem --if you don't do this, getting objects to the correct position on the
Rem page is much more difficult.
myDocument.ViewPreferences.RulerOrigin = idRulerOrigin.idPageOrigin
With myDocument.MasterSpreads.Item(1)
Rem Set up the left page (verso).
With .Pages.Item(1)
With .MarginPreferences
.ColumnCount = 3
.ColumnGutter = "1p"
.Bottom = "6p"
Rem "left" means inside "right" means outside.
.Left = "6p"
C HAPTER 3: Documents Basic Page Layout 32
.Right = "4p"
.Top = "4p"
End With
Rem Add a simple footer with a section number and page number.
With .TextFrames.Add
.GeometricBounds = Array("61p", "4p", "62p", "45p")
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idSectionMarker
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idEmSpace
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idAutoPageNumber
.Paragraphs.Item(1).Justification = idJustification.idLeftAlign
End With
End With
Rem Set up the right page (recto).
With .Pages.Item(2)
With .MarginPreferences
.ColumnCount = 3
.ColumnGutter = "1p"
.Bottom = "6p"
Rem "left" means inside "right" means outside.
.Left = "6p"
.Right = "4p"
.Top = "4p"
End With
Rem Add a simple footer with a section number and page number.
With .TextFrames.Add
.GeometricBounds = Array("61p", "6p", "62p", "47p")
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idAutoPageNumber
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idEmSpace
.InsertionPoints.Item(1).Contents = idSpecialCharacters.idSectionMarker
.Paragraphs.Item(1).Justification = idJustification.idRightAlign
End With
End With
End With
To apply a master spread to a document page, use the AppliedMaster property of the document page, as shown in the following script fragment (from the ApplyMaster tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Rem Assumes that the active document has a master page named "B-Master"
Rem and at least two pages.
myInDesign.ActiveDocument.Pages.Item(2).AppliedMaster = myInDesign.ActiveDocument.MasterSpreads.Item("B-Master")
Use the same property to apply a master spread to a master spread page, as shown in the following script fragment (from the ApplyMasterToMaster tutorial script):
Rem Assumes that the default master spread name is "A-Master".
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Rem Create a new master spread.
Set myBMaster = myDocument.MasterSpreads.Add
myBMaster.NamePrefix = "B" myBMaster.BaseName = "Master"
Rem Apply master spread "A" to the first page of the new master spread.
myInDesign.ActiveDocument.MasterSpreads.Item("B-Master").Pages.Item(1).AppliedMaster
= myInDesign.ActiveDocument.MasterSpreads.Item("A-Master")
C HAPTER 3: Documents Basic Page Layout 33
Adding XMP metadata
Metadata is information that describes the content, origin, or other attributes of a file. In the InDesign user interface, you enter, edit, and view metadata using the File Info dialog (choose File > File Info). This metadata includes the document’s creation and modification dates, author, copyright status, and other information. All this information is stored using XMP (Adobe Extensible Metadata Platform), an open standard for embedding metadata in a document.
To learn more about XMP, see the XMP specification at http://partners.adobe.com/asn/developer/pdf/MetadataFramework.pdf
.
You also can add XMP information to a document using InDesign scripting. All XMP properties for a document are in the document’s metadataPreferences object. The example below fills in the standard
XMP data for a document.
This example also shows that XMP information is extensible. If you need to attach metadata to a document and the data does not fall into a category provided by the metadata preferences object, you can create your own metadata container ( email
, in this example). (For the complete script, see MetadataExample.)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
With myDocument.MetadataPreferences
.Author = "Adobe"
.CopyrightInfoURL = "http://www.adobe.com"
.CopyrightNotice = "This document is copyrighted."
.CopyrightStatus = idCopyrightStatus.idYes
.Description = "Example of xmp metadata scripting in InDesign CS"
.DocumentTitle = "XMP Example"
.JobName = "XMP_Example_2004"
.Keywords = Array("animal", "mineral", "vegetable")
Rem The metadata preferences object also includes the read-only
Rem creator, format, creationDate, modificationDate, and serverURL properties that are
Rem automatically entered and maintained by InDesign.
Rem Create a custom XMP container, "email"
.CreateContainerItem "http://ns.adobe.com/xap/1.0/", "email"
.SetProperty "http://ns.adobe.com/xap/1.0/", "email/*[1]", "[email protected]"
End With
Creating a document template
This example creates a new document, defines slug and bleed areas, adds information to the document’s
XMP metadata, sets up master pages, adds page footers, and adds job information to a table in the slug area. (For the complete script, see DocumentTemplate.)
C HAPTER 3: Documents Basic Page Layout 34
Set myInDesign = CreateObject("InDesign.Application")
Rem Set the application measurement unit defaults to points.
myInDesign.ViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myInDesign.ViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
Rem Set the application default margin preferences.
With myInDesign.MarginPreferences
Rem Save the current application default margin preferences.
myY1 = .Top
myX1 = .Left
myY2 = .Bottom
myX2 = .Right
Rem Set the application default margin preferences.
Rem Document baseline grid will be based on 14 points, and
Rem all margins are set in increments of 14 points.
.Top = 14 * 4
.Left = 14 * 4
.Bottom = 74
.Right = 14 * 5
End With
Rem Make a new document.
Set myDocument = myInDesign.Documents.Add
myDocument.DocumentPreferences.PageWidth = "7i" myDocument.DocumentPreferences.PageHeight = "9i" myDocument.DocumentPreferences.PageOrientation = idPageOrientation.idPortrait
Rem At this point, we can reset the application default margins
Rem to their original state.
With myInDesign.MarginPreferences
.Top = myY1
.Left = myX1
.Bottom = myY2
.Right = myX2
End With
Rem Set up the bleed and slug areas.
With myDocument.DocumentPreferences
Rem Bleed
.DocumentBleedBottomOffset = "3p"
.DocumentBleedTopOffset = "3p"
.DocumentBleedInsideOrLeftOffset = "3p"
.DocumentBleedOutsideOrRightOffset = "3p"
Rem Slug
.SlugBottomOffset = "18p"
.SlugTopOffset = "3p"
.SlugInsideOrLeftOffset = "3p"
.SlugRightOrOutsideOffset = "3p"
End With
Rem Create a color.
Err.Clear
On Error Resume Next
Rem If the color does not already exist, InDesign will generate an error.
Set myColor = myDocument.Colors.Item("PageNumberRed")
If Err.Number <> 0 Then
Set myColor = myDocument.Colors.Add
myColor.Name = "PageNumberRed" myColor.colorModel = idColorModel.idProcess
myColor.ColorValue = Array(20, 100, 80, 10)
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Rem Next, set up some default styles.
C HAPTER 3: Documents Basic Page Layout 35
Rem Create up a character style for the page numbers.
Err.Clear
On Error Resume Next
Rem If the character style does not already exist, InDesign generates an error.
Set myCharacterStyle = myDocument.CharacterStyles.Item("page_number")
If Err.Number <> 0 Then
Set myCharacterStyle = myDocument.CharacterStyles.Add
myCharacterStyle.Name = "page_number"
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0 myDocument.CharacterStyles.Item("page_number").FillColor = myDocument.Colors.Item("PageNumberRed")
Rem Create up a pair of paragraph styles for the page footer text.
Rem These styles have only basic formatting.
Err.Clear
On Error Resume Next
Rem If the paragraph style does not already exist, InDesign generates an error.
Set myParagraphStyle = myDocument.ParagraphStyles.Item("footer_left")
If Err.Number <> 0 Then
Set myParagraphStyle = myDocument.ParagraphStyles.Add
myParagraphStyle.Name = "footer_left" myParagraphStyle.PointSize = 11 myParagraphStyle.Leading = 14
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Err.Clear
On Error Resume Next
Rem If the paragraph style does not already exist, InDesign generates an error.
Set myParagraphStyle = myDocument.ParagraphStyles.Item("footer_right")
If Err.Number <> 0 Then
Set myParagraphStyle = myDocument.ParagraphStyles.Add
myParagraphStyle.Name = "footer_right" myParagraphStyle.BasedOn = myDocument.ParagraphStyles.Item("footer_left") myParagraphStyle.Justification = idJustification.idRightAlign
myParagraphStyle.PointSize = 11 myParagraphStyle.Leading = 14
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Rem Create a layer for guides.
Err.Clear
On Error Resume Next
Set myLayer = myDocument.Layers.Item("GuideLayer")
If Err.Number <> 0 Then
Set myLayer = myDocument.Layers.Add
myLayer.Name = "GuideLayer"
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Rem Create a layer for the footer items.
Err.Clear
On Error Resume Next
Set myLayer = myDocument.Layers.Item("Footer")
If Err.Number <> 0 Then
C HAPTER 3: Documents Basic Page Layout 36
Set myLayer = myDocument.Layers.Add
myLayer.Name = "Footer"
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Rem Create a layer for the slug items.
Err.Clear
On Error Resume Next
Set myLayer = myDocument.Layers.Item("Slug")
If Err.Number <> 0 Then
Set myLayer = myDocument.Layers.Add
myLayer.Name = "Slug"
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
Rem Create a layer for the body text.
Err.Clear
On Error Resume Next
Set myLayer = myDocument.Layers.Item("BodyText")
If Err.Number <> 0 Then
Set myLayer = myDocument.Layers.Add
myLayer.Name = "BodyText"
Err.Clear
End If
Rem restore normal error handling
On Error GoTo 0
With myDocument.ViewPreferences
.RulerOrigin = idRulerOrigin.idPageOrigin
.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
.VerticalMeasurementUnits = idMeasurementUnits.idPoints
End With
Rem Document baseline grid and document grid
With myDocument.GridPreferences
.BaselineStart = 56
.BaselineDivision = 14
.BaselineGridShown = False
.HorizontalGridlineDivision = 14
.HorizontalGridSubdivision = 5
.VerticalGridlineDivision = 14
.VerticalGridSubdivision = 5
.DocumentGridShown = False
End With
Rem Document XMP information.
With myDocument.MetadataPreferences
.Author = "Olav Martin Kvern"
.CopyrightInfoURL = "http:rem www.adobe.com"
.CopyrightNotice = "This document is not copyrighted."
.CopyrightStatus = idCopyrightStatus.idNo
.Description = "Example 7 x 9 book layout"
.DocumentTitle = "Example"
.JobName = "7 x 9 book layout template"
.Keywords = Array("7 x 9", "book", "template")
.CreateContainerItem "http://ns.adobe.com/xap/1.0/", "email"
.SetProperty "http://ns.adobe.com/xap/1.0/", "email/*[1]", "[email protected]"
End With
Rem Set up the master spread.
With myDocument.MasterSpreads.Item(1)
With .Pages.Item(1)
C HAPTER 3: Documents Basic Page Layout 37
Rem Left and right are reversed for left-hand pages (becoming "inside" and
"outside"--
Rem this is also true in the InDesign user interface).
myTopMargin = .MarginPreferences.Top
myBottomMargin = myDocument.DocumentPreferences.PageHeight -
.MarginPreferences.Bottom
myRightMargin = myDocument.DocumentPreferences.PageWidth -
.MarginPreferences.Left
myLeftMargin = .MarginPreferences.Right
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idVertical
.Location = myLeftMargin
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idVertical
.Location = myRightMargin
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myTopMargin
.FitToPage = False
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myBottomMargin
.FitToPage = False
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myBottomMargin + 14
.FitToPage = False
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idHorizontal
.Location = myBottomMargin + 28
.FitToPage = False
End With
Set myLeftFooter = .TextFrames.Add
myLeftFooter.ItemLayer = myDocument.Layers.Item("Footer") myLeftFooter.GeometricBounds = Array(myBottomMargin + 14,
.MarginPreferences.Right, myBottomMargin + 28, myRightMargin) myLeftFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idSectionMarker
myLeftFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idEmSpace
myLeftFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idAutoPageNumber
myLeftFooter.ParentStory.Characters.Item(1).AppliedCharacterStyle = myDocument.CharacterStyles.Item("page_number") myLeftFooter.ParentStory.Paragraphs.Item(1).ApplyStyle myDocument.ParagraphStyles.Item("footer_left"), False
Rem Slug information.
myDate = Date
With myDocument.MetadataPreferences
C HAPTER 3: Documents Basic Page Layout 38 myString = "Author:" & vbTab & .Author & vbTab & "Description:" & vbTab &
.Description & vbCrLf & _
"Creation Date:" & vbTab & myDate & vbTab & "Email Contact" & vbTab &
.GetProperty("http://ns.adobe.com/xap/1.0/", "email/*[1]")
End With
Set myLeftSlug = .TextFrames.Add
myLeftSlug.ItemLayer = myDocument.Layers.Item("Slug") myLeftSlug.GeometricBounds = Array(myDocument.DocumentPreferences.PageHeight +
36, .MarginPreferences.Right, myDocument.DocumentPreferences.PageHeight + 144, myRightMargin) myLeftSlug.Contents = myString myLeftSlug.ParentStory.Texts.Item(1).ConvertToTable
Rem Body text master text frame.
Set myLeftFrame = .TextFrames.Add
myLeftFrame.ItemLayer = myDocument.Layers.Item("BodyText") myLeftFrame.GeometricBounds = Array(.MarginPreferences.Top,
.MarginPreferences.Right, myBottomMargin, myRightMargin)
End With
With .Pages.Item(2) myTopMargin = .MarginPreferences.Top
myBottomMargin = myDocument.DocumentPreferences.PageHeight -
.MarginPreferences.Bottom
myRightMargin = myDocument.DocumentPreferences.PageWidth -
.MarginPreferences.Right
myLeftMargin = .MarginPreferences.Left
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idVertical
.Location = myLeftMargin
End With
With .Guides.Add
.ItemLayer = myDocument.Layers.Item("GuideLayer")
.Orientation = idHorizontalOrVertical.idVertical
.Location = myRightMargin
End With
Set myRightFooter = .TextFrames.Add
myRightFooter.ItemLayer = myDocument.Layers.Item("Footer") myRightFooter.GeometricBounds = Array(myBottomMargin + 14,
.MarginPreferences.Left, myBottomMargin + 28, myRightMargin) myRightFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idAutoPageNumber
myRightFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idEmSpace
myRightFooter.ParentStory.InsertionPoints.Item(1).Contents = idSpecialCharacters.idSectionMarker
myRightFooter.ParentStory.Characters.Item(-1).AppliedCharacterStyle = myDocument.CharacterStyles.Item("page_number") myRightFooter.ParentStory.Paragraphs.Item(1).ApplyStyle myDocument.ParagraphStyles.Item("footer_right"), False
Rem Slug information.
Set myRightSlug = .TextFrames.Add
myRightSlug.ItemLayer = myDocument.Layers.Item("Slug") myRightSlug.GeometricBounds = Array(myDocument.DocumentPreferences.PageHeight +
36, myLeftMargin, myDocument.DocumentPreferences.PageHeight + 144, myRightMargin)
C HAPTER 3: Documents Basic Page Layout 39 myRightSlug.Contents = myString myRightSlug.ParentStory.Texts.Item(1).ConvertToTable
Rem Body text master text frame.
Set myRightFrame = .TextFrames.Add
myRightFrame.ItemLayer = myDocument.Layers.Item("BodyText") myRightFrame.GeometricBounds = Array(.MarginPreferences.Top,
.MarginPreferences.Left, myBottomMargin, myRightMargin) myRightFrame.PreviousTextFrame = myLeftFrame
End With
End With
Rem Add section marker text--this text will appear in the footer.
myDocument.Sections.Item(1).Marker = "Section 1"
Rem When you link the master page text frames, one of the frames
Rem sometimes becomes selected. Deselect it.
myInDesign.Select idNothingEnum.idNothing
Creating watermarks
You can apply watermarks to documents in InDesign or InDesign Server using scripting. Currently, no user interface component exists in InDesign for managing watermarks.
A document’s watermark preferences can be set in two ways using scripting:
X Application-level watermark preferences, if any are set, are applied to the document watermark preferences for each new document created by InDesign. This setting has no effect on existing documents.
X Document-level watermark preferences apply only to that document. Setting or changing a document’s watermark preferences replaces any previous watermark settings for the document.
Both the document and application watermark preference settings persist after the document or application is closed until a script changes them.
The same group of watermark preferences exist for both the document and the application objects.
Setting watermark preferences
The following script fragment shows how to set watermarks at the application level. A watermark will be applied to all documents created after this code finishes. (For the complete script for setting application preferences, see ApplicationWatermark.) myInDesign.watermarkPreferences.watermarkVisibility = true myInDesign.watermarkPreferences.watermarkDoPrint = true myInDesign.watermarkPreferences.watermarkDrawInBack = true myInDesign.watermarkPreferences.watermarkText = "Confidential" myInDesign.watermarkPreferences.watermarkFontFamily = "Arial" myInDesign.watermarkPreferences.watermarkFontStyle = "Bold" myInDesign.watermarkPreferences.watermarkFontPointSize = 72 myInDesign.watermarkPreferences.watermarkFontColor = idUIColors.idRed myInDesign.watermarkPreferences.watermarkOpacity = 60 myInDesign.watermarkPreferences.watermarkRotation = -45 myInDesign.watermarkPreferences.watermarkHorizontalPosition = idWatermarkHorizontalPositionEnum.idWatermarkHCenter
myInDesign.watermarkPreferences.watermarkHorizontalOffset = 0 myInDesign.watermarkPreferences.watermarkVerticalPosition = idWatermarkVerticalPositionEnum.idWatermarkVCenter
myInDesign.watermarkPreferences.watermarkVerticalOffset = 0
C HAPTER 3: Documents Adjusting Page Sizes and Layout 40
The same preferences can be applied to a document object by referring to a document, rather than to the application. (For the complete script for setting document preferences, see DocumentWatermark.) myInDesign.Documents.Item(1).WatermarkPreferences.watermarkVisibility = true myInDesign.Documents.Item(1).WatermarkPreferences.watermarkDoPrint = true myInDesign.Documents.Item(1).WatermarkPreferences.watermarkDrawInBack = true myInDesign.Documents.Item(1).WatermarkPreferences.watermarkText = "Confidential" myInDesign.Documents.Item(1).WatermarkPreferences.watermarkFontFamily = "Arial" myInDesign.Documents.Item(1).WatermarkPreferences.watermarkFontStyle = "Bold" myInDesign.Documents.Item(1).WatermarkPreferences.watermarkFontPointSize = 72 myInDesign.Documents.Item(1).WatermarkPreferences.watermarkFontColor = idUIColors.idRed myInDesign.Documents.Item(1).WatermarkPreferences.watermarkOpacity = 60 myInDesign.Documents.Item(1).WatermarkPreferences.watermarkRotation = -45 myInDesign.Documents.Item(1).WatermarkPreferences.watermarkHorizontalPosition = idWatermarkHorizontalPositionEnum.idWatermarkHCenter
myInDesign.Documents.Item(1).WatermarkPreferences.watermarkHorizontalOffset = 0 myInDesign.Documents.Item(1).WatermarkPreferences.watermarkVerticalPosition = idWatermarkVerticalPositionEnum.idWatermarkVCenter
myInDesign.Documents.Item(1).WatermarkPreferences.watermarkVerticalOffset = 0
Disabling watermarks
After turning off the application setting for watermarks, InDesign no longer turns on the watermark settings for new documents by default. However, you can still set watermarks for individual documents.
The following script fragment shows how to turn off application-level watermarks.
Rem Given a reference to the InDesign application object "myInDesign"...
myInDesign.WatermarkVisibility = False
You can turn off watermarks in an individual document at any time, as shown in the following script fragment.
Rem Given a reference to the InDesign application object "myInDesign"...
myInDesign.Documents.Item(1).WatermarkVisibility = False
Adjusting Page Sizes and Layout
Prior to InDesign CS5, pages in a document were limited to a single page size. InDesign CS5 removes this limitation and allows different page sizes within a single InDesign document. For information on setting the default page size, see
“Defining page size and document length” .
You can also apply geometric transformations to individual pages.
Selecting pages
Before changing a page’s size or applying a transformation to the page, you must select the page. In the
InDesign user interface, you do this using the Page Tool on the Tools Panel. You can also select a page using scripting. The following script shows how. (For the complete script, see PageSelect.)
C HAPTER 3: Documents Adjusting Page Sizes and Layout 41
Rem Given a document with four pages (1, 2, 3, 4)...
Set myDocument = myInDesign.ActiveDocument
Set myPages = myDocument.Pages
Rem Select page 2 and 3.
myPages.Item(2).Select() myPages.Item(3).select(idSelectionOptions.idAddTo)
Rem Select last page.
Call myDocument.Select(myPages.Item(-1), idSelectionOptions.idAddTo)
Resizing and reframing pages
You can resize or reframe page items on a page by scripting. With InDesign CS5, you can also apply the resize and reframe operations to pages to change their sizes.
NOTE:
The following script shows how to change a page’s size using the resize method. (For the complete script, see PageResize.)
Rem Given a document with four pages (1, 2, 3, 4)...
Set myDocument = myInDesign.ActiveDocument
Set myPages = myDocument.Pages
Rem Resize page to two times bigger
Call myPages.Item(2).Resize(idCoordinateSpaces.idInnerCoordinates, _ idAnchorPoint.idCenterAnchor, _ idResizeMethods.idMultiplyingCurrentDimensionsBy, _
Array(2, 2))
Rem Resize page to 400 points width and 600 points height.
Call myPages.item(3).Resize(idCoordinateSpaces.idInnerCoordinates, _ idAnchorPoint.idCenterAnchor, _ idResizeMethods.idReplacingCurrentDimensionsWith, _
Array(400, 600))
Reframing changes the bounding box of a page, so reframing can be used to change a page’s size by making the bounding box larger or smaller. The following script shows how to change a page’s size using the reframe method. (For the complete script, see PageReframe.)
Rem Given a document with four pages (1, 2, 3, 4)...
Set myDocument = myInDesign.ActiveDocument
Set myPages = myDocument.Pages
Rem Make the page one inch wider and one inch higher.
Set myPage = myPages.Item(2) myBounds = myPage.Bounds
myY1 = myBounds(0) myX1 = myBounds(1) myY2 = myBounds(2)+72 myX2 = myBounds(3)+72
Call myPage.Reframe(idCoordinateSpaces.idInnerCoordinates, _
Array(Array(myX1, myY1), _
Array(myX2, myY2)))
Transforming pages
Operations that change the geometry of objects are called transformations. Prior to InDesign CS5, the transform method could rotate, scale, shear, and move (translate) page items on a page. In InDesign CS5,
C HAPTER 3: Documents Adjusting Page Sizes and Layout 42 the transform method can also be used on pages. For technical details about transformation architecture, refer to
To transform a page:
1.
Create a transformation matrix.
2.
Apply the transformation matrix to the page using the transform method.
The following script shows how to transform a page with scripting. (For the complete script, see
PageTransform.)
Rem Given a document with four pages (1, 2, 3, 4)...
Set myDocument = myInDesign.ActiveDocument
Set myPages = myDocument.Pages
Rem Rotate a page around its center point.
Set myRotateMatrix = myInDesign.TransformationMatrices.Add(, , , 27) myTransform myPages.Item(1), myRotateMatrix
Rem Scale a page around its center point.
Set myScaleMatrix = myInDesign.TransformationMatrices.Add(0.8, 0.8) myTransform myPages.Item(2), myScaleMatrix
Rem Shear a page around its center point.
Set myShearMatrix = myInDesign.TransformationMatrices.Add(, , 30) myTransform myPages.Item(3), myShearMatrix
Function myTransform(myPage, myTransformationMatrix) myPage.Transform idCoordinateSpaces.idPasteboardCoordinates, _ idAnchorPoint.idCenterAnchor, _ myTransformationMatrix
End Function
Master page overlay
Because pages can have multiple sizes, it is possible for a page and its master page to be different sizes. In addition to tracking which master is applied, pages now also maintain a matrix that determines how the master page draws on the page. This is called the Master Page Overlay. When you select a page using the
Page Tool on the Tools Panel, you can see how the master page is positioned by checking the Show Master
Page Overlay checkbox on the control panel. You can move the overlay around with the mouse. InDesign achieves this by applying a transform to the master overlay matrix. Although the user interface allows only translation (moving x and y ), you can do more by scripting. The following script shows how to transform a master page overlay. (For the complete script, see MasterPageTransform.)
C HAPTER 3: Documents Printing a Document 43
Rem Given a document with four pages (1, 2, 3, 4)...
Set myDocument = myInDesign.ActiveDocument
Set myPages = myDocument.Pages
Rem Rotate master page overlay around its top-left corner.
Set myRotateMatrix = myInDesign.TransformationMatrices.Add(, , , 27) myPages.Item(1).MasterPageTransform = myRotateMatrix
Rem Scale master page overlay around its top-left corner.
Set myScaleMatrix = myInDesign.TransformationMatrices.Add(0.5, 0.5) myPages.Item(2).MasterPageTransform = myScaleMatrix
Rem Shear master page overlay around its top-left corner.
Set myShearMatrix = myInDesign.TransformationMatrices.Add(, , 30) myPages.Item(3).MasterPageTransform = myShearMatrix
Rem Translate master page overlay 1 inch right and 2 inches down.
Set myTranslateMatrix = myInDesign.TransformationMatrices.Add(, , , , 72, 144) myPages.Item(4).MasterPageTransform = myTranslateMatrix
Printing a Document
The following script prints the active document using the current print preferences. (For the complete script, see PrintDocument.)
Set myInDesign = CreateObject("InDesign.Application")
Rem The PrintOut method has two optional parameters:
Rem PrintDialog--if true, display the Print dialog box
Rem Using--the printer preset to use. The following line
Rem prints the document using the default settings and
Rem without displaying the Print dialog box.
myInDesign.ActiveDocument.PrintOut False
Printing using page ranges
To specify a page range to print, set the PageRange property of the document’s print preferences object before printing, as shown in the following script fragment (from the PrintPageRange tutorial script):
Rem Prints a page range from the active document.
Rem The page range can be either idPageRange.idAllPages or a page range string.
Rem A page number entered in the page range must correspond to a page
Rem name in the document (i.e., not the page index). If the page name is
Rem not found, InDesign will display an error message.
myInDesign.ActiveDocument.PrintPreferences.PageRange = "1-3, 6, 9" myInDesign.ActiveDocument.PrintOut False
Setting print preferences
The print preferences object contains properties corresponding to the options in the panels of the Print dialog. This following script shows how to set print preferences using scripting. (For the complete script, see PrintPreferences.)
C HAPTER 3: Documents Printing a Document 44
Rem PrintPreferences.vbs
Rem An InDesign CS5 VBScript
Rem Sets the print preferences of the active document.
Set myInDesign = CreateObject("InDesign.Application")
With myInDesign.ActiveDocument.PrintPreferences
Rem Properties corresponding to the controls in the General panel
Rem of the Print dialog box.
Rem ActivePrinterPreset is ignored in this example--we'll set our own
Rem print preferences.
Rem printer can be either a string (the name of the printer) or
Rem idPrinter.idPostscriptFile.
.Printer = idPrinter.idPostscriptFile
Rem If the printer property is the name of a printer, then the ppd property
Rem is locked (and will return an error if you try to set it).
On Error Resume Next
Rem ppd = "AGFA-SelectSet5000SF"
If Err.Number <> 0 Then
Err.Clear
End If
Rem If the printer property is set to Printer.postscript file, the copies
Rem property is unavailable. Attempting to set it will generate an error.
Rem.Copies = 1
Rem If the printer property is set to Printer.postscript file, or if the
Rem selected printer does not support collation, then the collating
Rem property is unavailable. Attempting to set it will generate an error.
Rem collating = false
.ReverseOrder = False
Rem pageRange can be either PageRange.allPages or a page range string.
.PageRange = idPageRange.idAllPages
.PrintSpreads = False
.PrintMasterPages = False
Rem If the printer property is set to Printer.postScript file, then
Rem the printFile property contains the file path to the output file.
Rem printFile = "/c/test.ps"
.Sequence = idSequences.idAll
Rem If trapping is set to either idTrapping.idApplicationBuiltIn
Rem or idTrapping.idAdobeInRIP,
Rem then setting the following properties will produce an error.
If (.ColorOutput = idColorOutputModes.idInRIPSeparations) Or _
(.ColorOutput = idColorOutputModes.idSeparations) Then
If .Trapping = idTrapping.idOff Then
.PrintBlankPages = False
.PrintGuidesGrids = False
.PrintNonprinting = False
End If
End If
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the Setup panel
Rem of the Print dialog box.
Rem-----------------------------------------------------------------------
.PaperSize = idPaperSizes.idCustom
Rem Page width and height are ignored if paperSize is not PaperSizes.custom.
Rem .PaperHeight = 1200
Rem .PaperWidth = 1200
.PrintPageOrientation = idPrintPageOrientation.idPortrait
.PagePosition = idPagePositions.idCentered
.PaperGap = 0
.PaperOffset = 0
.PaperTransverse = False
.ScaleHeight = 100
C HAPTER 3: Documents Printing a Document 45
.ScaleWidth = 100
.ScaleMode = idScaleModes.idScaleWidthHeight
.ScaleProportional = True
Rem If trapping is set to either idTrapping.idApplicationBuiltIn or
Rem idTrapping.idAdobeInRIP,then setting the following properties will
Rem produce an error.
If (.ColorOutput = idColorOutputModes.idInRIPSeparations) Or _
(.ColorOutput = idColorOutputModes.idSeparations) Then
If .Trapping = idTrapping.idOff Then
.TextAsBlack = False
.Thumbnails = False
Rem The following properties is not needed because thumbnails
Rem is set to false.
Rem thumbnailsPerPage = 4
.Tile = False
Rem The following properties are not needed
Rem because tile is set to false.
Rem .TilingOverlap = 12
Rem .TilingType = TilingTypes.auto
End If
End If
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the Marks and Bleed
Rem panel of the Print dialog box.
Rem-----------------------------------------------------------------------
Rem Set the following property to true to print all printer's marks.
Rem allPrinterMarks = true
.UseDocumentBleedToPrint = False
Rem If useDocumentBleedToPrint = false then setting any of
Rem the bleed properties will result in an error.
Rem Get the bleed amounts from the document's bleed and add a bit.
.BleedBottom = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedBottomOffset + 3
.BleedTop = myInDesign.ActiveDocument.
DocumentPreferences.DocumentBleedTopOffset + 3
.BleedInside = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedInsideOrLeftOffset + 3
.BleedOutside = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedOutsideOrRightOffset + 3
Rem If any bleed area is greater than zero, then print the bleed marks.
If ((.BleedBottom = 0) And (.BleedTop = 0) And (.BleedInside = 0) _
And (.BleedOutside = 0)) Then
.BleedMarks = True
Else
.BleedMarks = False
End If
.ColorBars = True
.CropMarks = True
.IncludeSlugToPrint = False
.MarkLineWeight = idMarkLineWeight.idP125pt
.MarkOffset = 6
Rem .MarkType = MarkTypes.default
.PageInformationMarks = True
.RegistrationMarks = True
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the
Rem Output panel of the Print dialog box.
Rem-----------------------------------------------------------------------
.Negative = True
.ColorOutput = idColorOutputModes.idSeparations
C HAPTER 3: Documents Printing a Document 46
Rem Note the lowercase "i" in "Builtin"
.Trapping = idTrapping.idApplicationBuiltin
.Screening = "175 lpi/2400 dpi"
.Flip = idFlip.idNone
Rem The following options are only applicable if trapping is set to
Rem idTrapping.idAdobeInRIP.
If .Trapping = idTrapping.idAdobeInRIP Then
.PrintBlack = True
.PrintCyan = True
.PrintMagenta = True
.PrintYellow = True
End If
Rem Only change the ink angle and frequency when you want to override the
Rem screening set by the screening specified by the screening property.
Rem .BlackAngle = 45
Rem .BlackFrequency = 175
Rem .CyanAngle = 15
Rem .CyanFrequency = 175
Rem .MagentaAngle = 75
Rem .MagentaFreqency = 175
Rem .YellowAngle = 0
Rem .YellowFrequency = 175
Rem The following properties are not needed (because colorOutput
Rem is set to separations).
Rem .CompositeAngle = 45
Rem .CompositeFrequency = 175
Rem .SimulateOverprint = false
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the Graphics
Rem panel of the Print dialog box.
Rem-----------------------------------------------------------------------
.SendImageData = idImageDataTypes.idAllImageData
.FontDownloading = idFontDownloading.idComplete
Err.Clear
On Error Resume Next
.DownloadPPDFonts = True
.DataFormat = idDataFormat.idBinary
.PostScriptLevel = idPostScriptLevels.idLevel3
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the Color
Rem Management panel of the Print dialog box.
Rem-----------------------------------------------------------------------
Rem If the UseColorManagement property of myInDesign.ColorSettings is false,
Rem attempting to set the following properties will return an error.
Err.Clear
On Error Resume Next
.SourceSpace = SourceSpaces.useDocument
.Intent = RenderingIntent.useColorSettings
.CRD = ColorRenderingDictionary.useDocument
.Profile = Profile.postscriptCMS
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
Rem-----------------------------------------------------------------------
Rem Properties corresponding to the controls in the
C HAPTER 3: Documents Exporting a Document as PDF 47
Rem Advanced panel of the Print dialog box.
Rem-----------------------------------------------------------------------
.OPIImageReplacement = False
.OmitBitmaps = False
.OmitEPS = False
.OmitPDF = False
Rem The following line assumes that you have a flattener
Rem preset named "high quality flattener".
Err.Clear
On Error Resume Next
.FlattenerPresetName = "high quality flattener"
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.IgnoreSpreadOverrides = False
End With
Printing with printer presets
To print a document using a printer preset, include the printer preset in the print
command.
Exporting a Document as PDF
InDesign scripting offers full control over the creation of PDF files from your page-layout documents.
Exporting to PDF
The following script exports the current document as PDF, using the current PDF export options. (For the complete script, see ExportPDF.)
Set myInDesign = CreateObject("InDesign.Application") myInDesign.ActiveDocument.Export idExportFormat.idPDFType, "c:\myTestDocument.pdf",
False
The following script fragment shows how to export to PDF using a PDF export preset. (For the complete script, see ExportPDFWithPreset.)
Set myInDesign = CreateObject("InDesign.Application") myInDesign.ActiveDocument.Export idExportFormat.idPDFType, "c:\myTestDocument.pdf",
False, myInDesign.PDFExportPresets.Item("[Press]")
Setting PDF export options
The following script sets the PDF export options before exporting. (For the complete script, see
ExportPDFWithOptions.)
C HAPTER 3: Documents Exporting a Document as PDF 48
Set myInDesign = CreateObject("InDesign.Application")
With myInDesign.PDFExportPreferences
Rem Basic PDF output options.
.PageRange = idPageRange.idAllPages
.AcrobatCompatibility = idAcrobatCompatibility.idAcrobat6
.ExportGuidesAndGrids = False
.ExportLayers = False
.ExportNonprintingObjects = False
.ExportReaderSpreads = False
.GenerateThumbnails = False
On Error Resume Next
.IgnoreSpreadOverrides = False
.IncludeICCProfiles = True
On Error GoTo 0
.IncludeBookmarks = True
.IncludeHyperlinks = True
.IncludeSlugWithPDF = False
.IncludeStructure = False
.InteractiveElementsOption = idInteractiveElementsOptions.idDoNotInclude
Rem Setting subsetFontsBelow to zero disallows font subsetting
Rem set subsetFontsBelow to some other value to use font subsetting.
.SubsetFontsBelow = 0
Rem Bitmap compression/sampling/quality options
Rem (note the additional "s" in "compression").
.ColorBitmapCompression = idBitmapCompression.idZip
.ColorBitmapQuality = idCompressionQuality.idEightBit
.ColorBitmapSampling = idSampling.idNone
Rem ThresholdToCompressColor is not needed in this example.
Rem ColorBitmapSamplingDPI is not needed when
Rem ColorBitmapSampling is set to none.
.GrayscaleBitmapCompression = idBitmapCompression.idZip
.GrayscaleBitmapQuality = idCompressionQuality.idEightBit
.GrayscaleBitmapSampling = idSampling.idNone
Rem ThresholdToCompressGray is not needed in this
Rem example.
Rem GrayscaleBitmapSamplingDPI is not needed when
Rem GrayscaleBitmapSampling is set to none.
.MonochromeBitmapCompression = idBitmapCompression.idZip
.MonochromeBitmapSampling = idSampling.idNone
Rem ThresholdToCompressMonochrome is not needed in this example.
Rem MonochromeBitmapSamplingDPI is not needed when
Rem MonochromeBitmapSampling is set to none.
Rem Other compression options.
.CompressionType = idPDFCompressionType.idCompressNone
.CompressTextAndLineArt = True
.CropImagesToFrames = True
.OptimizePDF = True
Rem Printers marks and prepress options.
Rem Get the bleed amounts from the document's bleed.
.BleedBottom = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedBottomOffset
.BleedTop = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedTopOffset
.BleedInside = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedInsideOrLeftOffset
.BleedOutside = myInDesign.ActiveDocument.DocumentPreferences.
DocumentBleedOutsideOrRightOffset
Rem If any bleed area is greater than zero, then export the bleed marks.
If ((.BleedBottom = 0) And (.BleedTop = 0) And (.BleedInside = 0) And
(.BleedOutside = 0)) Then
C HAPTER 3: Documents Exporting a Document as PDF 49
.BleedMarks = True
Else
.BleedMarks = False
End If
.ColorBars = True
Rem ColorTileSize and GrayTileSize are only used when
Rem the export format is set to JPEG2000.
Rem .ColorTileSize = 256
Rem .GrayTileSize = 256
.CropMarks = True
.OmitBitmaps = False
.OmitEPS = False
.OmitPDF = False
.PageInformationMarks = True
.PageMarksOffset = 12
.PDFColorSpace = idPDFColorSpace.idUnchangedColorSpace
.PDFMarkType = idMarkTypes.idDefault
.PrinterMarkWeight = idPDFMarkWeight.idP125pt
.RegistrationMarks = True
On Error Resume Next
.SimulateOverprint = False
On Error GoTo 0
.UseDocumentBleedWithPDF = True
Rem Set viewPDF to true to open the PDF in Acrobat or Adobe Reader.
.ViewPDF = False
End With
Rem Now export the document. You'll have to fill in your own file path.
myInDesign.ActiveDocument.Export idExportFormat.idPDFType, "c:\myTestDocument.pdf",
False
Exporting a range of pages to PDF
The following script shows how to export a specified page range as PDF. (For the complete script, see
ExportPageRangeAsPDF.)
Set myInDesign = CreateObject("InDesign.Application")
Rem Enter the names of the pages you want to export in the following line.
Rem Note that the page name is not necessarily the index of the page in the
Rem document (e.g., the first page of a document whose page numbering starts
Rem with page 21 will be "21", not 1).
myInDesign.PDFExportPreferences.PageRange = "1-3, 6, 9"
Rem Fill in your own file path.
myFile = "c:\myTestFile.pdf" myInDesign.ActiveDocument.Export idExportFormat.idPDFType, myFile, False
Exporting individual pages to PDF
The following script exports each page from a document as an individual PDF file. (For the complete script, see ExportEachPageAsPDF.)
C HAPTER 3: Documents Exporting a Document as PDF 50
Set myInDesign = CreateObject("InDesign.Application")
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
If myInDesign.Documents.Count <> 0 Then
Set myDocument = myInDesign.ActiveDocument
Rem VBScript doesn't have a native "get folder" statement, so we'll use
Rem InDesign's JavaScript to display a folder browser.
myJavaScript = "myFolder = Folder.selectDialog(""Choose a Folder""); myFolderName = myFolder.fsName;"
Rem Run the string "myJavaScript" as a JavaScript myFolderName = myInDesign.DoScript(myJavaScript, idScriptLanguage.idJavascript)
If myFileSystemObject.FolderExists(myFolderName) Then myExportPages myInDesign, myDocument, myFolderName
End If
End If
Function myExportPages(myInDesign, myDocument, myFolderName) myDocumentName = myDocument.Name
Set myDialog = myInDesign.Dialogs.Add
With myDialog
.Name = "ExportPages"
With .DialogColumns.Add
With .DialogRows.Add
With .StaticTexts.Add
.StaticLabel = "Base Name:"
End With
Set myBaseNameField = .TextEditboxes.Add
myBaseNameField.EditContents = myDocumentName myBaseNameField.MinWidth = 160
End With
End With
End With myResult = myDialog.Show
If myResult = True Then myBaseName = myBaseNameField.EditContents
Rem Remove the dialog box from memory.
myDialog.Destroy
For myCounter = 1 To myDocument.Pages.Count
myPageName = myDocument.Pages.Item(myCounter).Name
myInDesign.PDFExportPreferences.PageRange = myPageName
Rem Generate a file path from the folder name,
Rem the base document name, and the page name.
Rem Replace the colons in the page name (e.g., "Sec1:1") wtih
Rem underscores.
myPageName = Replace(myPageName, ":", "_") myFilePath = myFolderName & "\" & myBaseName & "_" & myPageName & ".pdf" myDocument.Export idExportFormat.idPDFType, myFilePath, False
Next
Else myDialog.Destroy
End If
End Function
Exporting PDF with Interactive Features
The following script shows how to export a document with interactive features as a PDF. (For the complete script, see ExportInteractivePDF.)
C HAPTER 3: Documents Exporting Pages as EPS 51
Rem Given a document "myDocument," add page transitions...
For myCounter = 1 To myDocument.Spreads.Count
myDocument.Spreads.Item(myCounter).PageTransitionType = idPageTransitionTypeOptions.idWipeTransition
myDocument.Spreads.Item(myCounter).PageTransitionDirection = idPageTransitionDirectionOptions.idDown
myDocument.Spreads.Item(myCounter).PageTransitionDuration = idPageTransitionDurationOptions.idMedium
Next myInDesign.InteractivePDFExportPreferences.FlipPages = True myInDesign.InteractivePDFExportPreferences.FlipPagesSpeed = 5 myInDesign.InteractivePDFExportPreferences.OpenInFullScreen = True myInDesign.InteractivePDFExportPreferences.InteractivePDFInteractiveElementsOption = idInteractivePDFInteractiveElementsOptions.idIncludeAllMedia
Rem Export the document to PDF.
Rem You'll have to fill in your own file path.
myDocument.Export idExportFormat.idInteractivePDF, "C:\InteractivePDF.pdf", False
Exporting Pages as EPS
When you export a document as EPS, InDesign saves each page of the file as a separate EPS graphic (an
EPS, by definition, can contain only a single page). If you export more than a single page, InDesign appends the index of the page to the filename. The index of the page in the document is not necessarily the name of the page (as defined by the section options for the section containing the page).
Exporting all pages to EPS
The following script exports the pages of the active document to one or more EPS files. (For the complete script, see ExportAsEPS.)
Set myInDesign = CreateObject("InDesign.Application") myFile = "c:\myTestFile.eps" myInDesign.ActiveDocument.Export idExportFormat.idEPSType, myFile, False
Exporting a range of pages to EPS
To control which pages are exported as EPS, set the page range
property of the EPS export preferences to a page-range string containing the page or pages you want to export, before exporting. (For the complete script, see ExportPageRangeAsEPS.)
Set myInDesign = CreateObject("InDesign.Application")
Rem Enter the name of the page you want to export in the following line.
Rem Note that the page name is not necessarily the index of the page in the
Rem document (e.g., the first page of a document whose page numbering starts
Rem with page 21 will be "21", not 1).
myInDesign.EPSExportPreferences.PageRange = "1-3, 6, 9"
Rem Fill in your own file path.
myFile = "c:\myTestFile.eps" myInDesign.ActiveDocument.Export idExportFormat.idEPSType, myFile, False
Exporting as EPS with file naming
The following script exports each page as an EPS, but it offers more control over file naming than the earlier example. (For the complete script, see ExportEachPageAsEPS.)
C HAPTER 3: Documents Exporting Pages as EPS 52
Set myInDesign = CreateObject("InDesign.Application")
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
If myInDesign.Documents.Count <> 0 Then
Set myDocument = myInDesign.ActiveDocument
Rem VBScript doesn't have a native "get folder" statement, so we'll use
Rem InDesign's JavaScript to display a folder browser.
myJavaScript = "myFolder = Folder.selectDialog(""Choose a Folder""); myFolderName = myFolder.fsName;"
Rem Run the string "myJavaScript" as a JavaScript myFolderName = myInDesign.DoScript(myJavaScript, idScriptLanguage.idJavascript)
If myFileSystemObject.FolderExists(myFolderName) Then myExportEPSPages myInDesign, myDocument, myFolderName
End If
End If
Function myExportEPSPages(myInDesign, myDocument, myFolderName) myDocumentName = myDocument.Name
Set myDialog = myInDesign.Dialogs.Add
With myDialog
.Name = "ExportPages"
With .DialogColumns.Add
With .DialogRows.Add
With .StaticTexts.Add
.StaticLabel = "Base Name:"
End With
Set myBaseNameField = .TextEditboxes.Add
myBaseNameField.EditContents = myDocumentName myBaseNameField.MinWidth = 160
End With
End With
End With myResult = myDialog.Show
If myResult = True Then myBaseName = myBaseNameField.EditContents
Rem Remove the dialog box from memory.
myDialog.Destroy
For myCounter = 1 To myDocument.Pages.Count
myPageName = myDocument.Pages.Item(myCounter).Name
myInDesign.EPSExportPreferences.PageRange = myPageName
Rem Generate a file path from the folder name, the base document
Rem name, and the page name.
Rem Replace the colons in the page name (e.g., "Sec1:1") with
Rem underscores.
myPageName = Replace(myPageName, ":", "_") myFilePath = myFolderName & "\" & myBaseName & "_" & _ myPageName & ".eps" myDocument.Export idExportFormat.idEPSType, myFilePath, False
Next
Else myDialog.Destroy
End If
End Function
4
Working with Layers
InDesign’s layers are the key to controlling the stacking order of objects in your layout. You can think of layers as transparent planes stacked on top of each other. You also can use layers as an organizational tool, putting one type of content on a given layer or set of layers.
A document can contain one or more layers, and each document includes at least one layer. Layers are document wide, not bound to specific pages or spreads.
This chapter covers scripting techniques related to layers in an InDesign layout and discusses common operations involving layers.
Understanding the Layer Object Model
The following figure shows the layer object model. Note the following about the diagram:
X It focuses on the location of a layer and its contents in the context of the object hierarchy of a document; it does not attempt to show all the other ways a script might work with the content of a layer (e.g., you can get a reference to a text-frame object from a story, text object, page, or spread, in addition to finding it inside a layer object).
X It uses the JavaScript form of the object names; however, the object hierarchy is the same in all scripting languages.
X The basic properties of a layer are shown in the column at the left of the figure; the objects that may be contained by the layer object, at the right.
It is important to note the distinction between the page-items collection and the
AllPageItems collection. The former is a collection containing only the top-level page items in a layer. If a page item is inside a group, for example, it will not appear in the
PageItems
collection. In contrast, the
AllPageItems collection is a flattened collection of all page items assigned to the layer, regardless of their location in the object hierarchy. A page item inside a group on the layer would appear in the
AllPageItems
collection.
Similarly, the
AllGraphics
property contains all graphics stored in page items assigned to the layer, regardless of their location in the object hierarchy.
53
C HAPTER 4: Working with Layers Scripting Layers 54
Scripting Layers
In InDesign’s user interface, you add, delete, rearrange, duplicate, and merge layers using the Layers panel.
You also can change the layer to which a selected page item is assigned by dragging and dropping the layer proxy in the Layers panel. (For more on assigning objects to a layer, see the InDesign online help.)
This section shows how to accomplish these tasks using InDesign scripting.
Creating layers
The following script fragment shows how to create a new layer. (For the complete script, see AddLayer.)
Rem Given a document "myDocument"...
Set myLayer = myDocument.Layers.Add()
When you create a new layer, the layer appears above all other layers in the document.
Referring to layers
InDesign scripting offers several ways to refer to a layer object. This section describes the most common ways to refer to layers.
C HAPTER 4: Working with Layers Scripting Layers 55
Getting the active layer
The active layer is the layer on which new objects are created. You can get the active layer using scripting, as shown in the following script fragment. (For the complete script, see ActiveLayer.)
Rem Given a document "myDocument"...
Set myDocument = myInDesign.Documents.Item(1)
Set myLayer = myDocument.ActiveLayer
Referring to layers by layer index
You can get a reference to a layer using the index of the layer in the layers collection of a document. The script fragment below uses the layer index to iterate through layers. (For the complete script, see
HideOtherLayers.)
Rem Given a document "myDocument"...
Set myTargetLayer = myDocument.ActiveLayer
For myCounter = 1 to myDocument.Layers.Count
Rem If the layer is not the target layer, hide it.
If myDocument.Layers.Item(myCounter).Name <> myTargetLayer.Name Then myDocument.Layers.Item(myCounter).Visible = False
End If
Next
Note that you can use negative numbers to refer to the layers in the layers collection of a document. Layer
-1 refers to the last (bottom) layer in the collection.
Referring to layers by layer name
You also can get a reference to a layer using the name of the layer, as shown in the following script fragment. (For the complete script, see LayerName.)
Rem Given a reference to the InDesign Application object "myInDesign"...
Set myLayer = myInDesign.Documents.Item(1).Layers.Item("Text Layer")
Using relative references
Given a layer, you can refer to the layer above using the
PreviousItem
method, or refer to the layer below using the NextItem method, as shown in the following script fragment. (For the complete script, see
RelativeLayerReferences.) Both methods take a reference layer as a parameter.
Rem Given a document "myDocument"...
Set myLayer = myDocument.Layers.Item(5) myDocument.activeLayer = myLayer
Set myNextLayer = myDocument.Layers.NextItem(myLayer)
Set myPreviousLayer = myDocument.Layers.PreviousItem(myLayer) myString = "The layer below the target layer is " & myNextLayer.name & VBCr myString = myString & "The layer above the target layer is " & myPreviousLayer.name
MsgBox(myString)
The PreviousItem and NextItem methods return an invalid layer reference if the specified (next or previous) layer does not exist, rather than generating an error.
C HAPTER 4: Working with Layers Scripting Layers 56
Referring to ranges of layers
To refer to a series of layers, you can use the
ItemByRange
method. The following script fragment shows how to get a reference to a range of layers, then set a property on all layers in the range. (For the complete script, see HideLayersAbove.)
Rem Given a document "myDocument"...
Set myLayer = myDocument.Layers.Item(5) myDocument.ActiveLayer = myLayer
Rem Now hide all of the layers above the current layer.
Set myLayers = myDocument.Layers.ItemByRange(1, myTargetLayer.Index - 1)
Rem Iterate through the range of layers.
For myCounter = 1 To myLayers.Count
myLayers.Item(myCounter).Visible = False
Next
Deleting layers
Use the
Delete
method to delete a layer from a specific document, as shown in the following script fragment. (For the complete script, see DeleteLayer.) You cannot delete the last remaining layer in a document.
Rem Given a document "myDocument" containing a layer named "Delete This Layer"...
Set myLayer = myDocument.Layers.Item("Delete This Layer") myLayer.Delete()
Moving layers
Use the move
method to change the stacking order of layers in a document, as shown in the following script fragment. (For the complete script, see MoveLayer.)
Rem Given a document "myDocument" containing at least two layers...
Set myLayerA = myDocument.Layers.Item(1)
Set myLayerB = myDocument.Layers.ITem(2) myLayerA.Move idLocationOptions.idAfter,myLayerB
Duplicating layers
Use the duplicate
method to create a copy of a layer, as shown in the following script fragment. (For the complete script, see DuplicateLayer.)
Rem Given a layer "myLayer"...
Set myNewLayer = myLayer.Duplicate()
Merging layers
The following script fragment shows how to merge two or more layers, including the page items assigned to them, into a single layer. (For the complete script, see MergeLayers.)
Rem Given the layers "myLayer1" and "myLayer2"...
myLayer1.Merge(myLayer2)
C HAPTER 4: Working with Layers Scripting Layers 57
Assigning page items to layers
You can assign a page item to a layer by either referring to the layer when you create the page item (the add
method of all page items can take a layer as a parameter) or setting the
ItemLayer
property of an existing page item. The following script fragment shows how to assign a page item to a layer using both techniques. (For the complete script, see AssignPageItemsToLayers.)
Rem Given a reference to a page "myPage," and a document "myDocument,"
Rem create a text frame on a layer named "TextFrames"
Set myTextFrame = myPage.TextFrames.Add(myDocument.Layers.Item("TextFrames")) myTextFrame.geometricBounds = Array(72, 72, 144, 144)
Rem Create a rectangle on the current target layer.
Set myRectangle = myPage.Rectangles.Add
myRectangle.geometricBounds = Array(72, 144, 144, 216)
Rem Move the rectangle to a specific layer.
myRectangle.ItemLayer = myDocument.Layers.Item("Rectangles")
Rem Create a series of ovals.
For myCounter = 72 To 172 Step 10
Set myOval = myPage.Ovals.Add
myOval.geometricBounds = Array(216, myCounter, 226, myCounter + 10)
Next
Rem Move all of the ovals on the page to a specific layer.
For myCounter = 1 To myPage.Ovals.Count
myPage.Ovals.Item(myCounter).ItemLayer = myDocument.Layers.Item("Ovals")
Next
Setting layer properties
Layer properties control the layer name, color, visibility, and other attributes of a layer. This section shows how to work with layer properties.
Setting basic layer properties
Basic layer properties include the name of the layer, the highlight color of the layer, the visibility of the layer, and whether text objects on the layer ignore text-wrap settings. The following script fragment shows how to set these basic properties of a layer. (For the complete script, see BasicLayerProperties.)
Rem Given a document "myDocument"...
Set myLayer = myDocument.Layers.Add
myLayer.Name = "myLayer" myLayer.LayerColor = idUIColors.idCHARCOAL
myLayer.IgnoreWrap = False myLayer.Visible = True
C HAPTER 4: Working with Layers Scripting Layers 58
Working with layer guides
Guides can be assigned to a specific layer, just like page items. You can choose to show or hide the guides for a layer, and you can lock or unlock the guides on a layer. The following script fragment shows how to work with the guides on a layer. (For the complete script, see LayerGuides.)
Rem Given a document "myDocument" and a page "myPage" containing at least one guide...
Rem Create a new layer.
Set myLayer = myDocument.Layers.Add
Rem Move all of the guides on the page to the new layer.
For myCounter = 1 to myPaqe.Guides.Count
myPage.Guides.Item(myCounter).ItemLayer = myLayer
Next myLayer.LockGuides = True myLayer.ShowGuides = True
Controlling layer printing and visibility
You can control the printing and visibility of objects on a layer, as shown in the following script fragment.
(For the complete script, see LayerControl.)
Rem Given a document "myDocument" containing layers named "Background,"
Rem "Language A,", "Language B," and "Language C," export the "Background"
Rem layer and each "Language" layer to PDF as separate PDF files...
Set myFileSystemObject = New FileSystemObject
Set myFolder = myFileSystemObject.GetSpecialFolder(TemporaryFolder) myPath = myFolder.ParentFolder.ParentFolder.Path & "\Desktop\"
For myCounter = 1 To 3
Select Case myCounter
Case 1: myVersion = "Language A"
Case 2: myVersion = "Language B"
Case 3: myVersion = "Language C"
End Select
For myLanguageCounter = 1 To myDocument.Layers.Count
If myDocument.Layers.Item(myLanguageCounter).name = myVersion Or myDocument.Layers.Item(myLanguageCounter).name = "Background" Then myDocument.Layers.Item(myLanguageCounter).Visible = True myDocument.Layers.Item(myLanguageCounter).Printable = True
Else myDocument.Layers.Item(myLanguageCounter).Visible = False myDocument.Layers.Item(myLanguageCounter).Printable = False
End If
Next myFilePath = myPath & myVersion & ".pdf" myDocument.Export idExportFormat.idPDFType, myFilePath
Next
C HAPTER 4: Working with Layers Scripting Layers 59
Locking layers
Layers can be locked, which means the page items on the layers cannot be edited. The following script fragment shows how to lock and unlock layers. (For the complete script, see LockLayersBelow.)
Rem Given a document "myDocument"...
Set myTargetLayer = myDocument.ActiveLayer
Set myLayers = myDocument.Layers.ItemByRange(myDocument.Layers.Count, myTargetLayer.Index + 1)
For myCounter = 1 To myLayers.Count
myLayers.Item(myCounter).Locked = True
Next
5
Working with Page Items
This chapter covers scripting techniques related to the page items (rectangles, ellipses, graphic lines, polygons, text frames, buttons, and groups) that can appear in an InDesign layout.
This document discusses the following:
X Creating page items.
X Page item geometry.
X Working with paths and path points
X Creating groups.
X Duplicating and moving page items.
X Transforming page items.
Creating Page Items
Page items in an InDesign layout are arranged in a hierarchy, and appear within a container object of some sort. Spreads, pages, other page items, groups, and text characters are all examples of objects that can contain page items. This hierarchy of containers in the InDesign scripting object model is the same as in the InDesign user interface--when you create a rectangle by dragging the Rectangle tool on a page, you are specifying that the page is the container, or parent , of the rectangle. When you paste an ellipse into a polygon, you are specifying that the polygon is the parent of the ellipse, which, in turn, is a child object of its parent, a page.
In general, creating a new page item is as simple as telling the object you want to contain the page item to create the page item, as shown in the MakeRectangle script.
Rem Given a page "myPage", create a new rectangle at the default size and location myPage.Rectangles.Add
In the above script, a new rectangle is created on the first page of a new document. The rectangle appears at the default location (near the upper left corner of the page) and has a default size (around ten points square). Moving the rectangle and changing its dimensions are both accomplished by filling its geometric bounds property with new values, as shown in the MakeRectangleWithProperties script.
Rem Given a page "myPage", create a new rectangle and specify its size and location...
Set myRectangle = myPage.Rectangles.Add
myRectangle.GeometricBounds = Array(72, 72, 144, 144)
Page item types
It is important to note that you cannot create a “generic” page item--you have to create a page item of a specific type (a rectangle, oval, graphic line, polygon, text frame, or button). You will also notice that
InDesign changes the type of a page item as the geometry of the page item changes. A rectangle, for example, is always made up of a single, closed path containing four path points and having 90 degree interior angles. Change the location of a single point, however, or add another path, and the type of the
60
C HAPTER 5: Working with Page Items Creating Page Items 61 page item changes to a polygon. Open the path and remove two of the four points, and InDesign will change the type to a graphic line. The only things that define the type of a rectangle, ellipse, graphic line, or polygon are:
X The number of paths in the object. Any page item with more than one path is a polygon.
X The number and location of points on the first path in the object.
To determine the type of a page item, use this example: myPageItemType = TypeName(myPageItem)
The result of the above will be a string containing the type of the page item.
Getting the type of a page item
When you have a reference to a generic page item, and want to find out what type of a page item it is, use
TypeName to get the specific type.
Rem Given a generic page item "myPageItem"...
myType = TypeName(myPageItem)
MsgBox myType
Referring to page items
When you refer to page items inside a given container (a document, layer, page, spread, group, text frame, or page item), you use the PageItems collection of the container object. This gives you a collection of the top level page items inside the object. For example:
Rem Given a reference to InDesign "myInDesign"...
SSet myPageItems = myInDesign.Documents.Item(1).Pages.Item(1).PageItems
The resulting collection ( myPageItems ) does not include objects inside groups (though it does include the group), objects inside other page items (thought it does contain the parent page item), or page items in text frames. To get a reference to all of the items in a given container, including items nested inside other page items, use the
AllPageItems
property.
Rem Given a reference to InDesign "myInDesign"...
Set myAllPageItems = myInDesign.Documents.Item(1).Pages.Item(1).AllPageItems
The resulting collection ( myAllPageItems
) includes all objects on the page, regardless of their position in the hierarchy.
Another way to refer to page items is to use their label property, much as you can use the name property of other objects (such as paragraph styles or layers). In the following examples, we will get an array of page items whose label has been set to myLabel .
Rem Given a reference to InDesign "myInDesign"...
Set myPageItems = myInDesign.Documents.Item(1).Pages.Item(1).PageItems.Item("myLabel")
If no page items on the page have the specified label, InDesign returns an empty array.
Page-item geometry
If you are working with page items, it is almost impossible to do anything without understanding the way that rulers and measurements work together to specify the location and shape of an InDesign page item. If
C HAPTER 5: Working with Page Items Creating Page Items 62 you use the Control panel in InDesign’s user interface, you probably are already familiar with InDesign’s geometry, but here is a quick summary:
X Object are constructed relative to the coordinates shown on the rulers.
X Changing the zero point location by either dragging the zero point or by changing the ruler origin changes the coordinates on the rulers.
X Page items are made up of one or more paths, which, in turn, are made up of two or more path points.
Paths can be open or closed.
X Path points contain an anchor point (the location of the point itself ) and two control handles (left direction, which controls the curve of the line segment preceding the point on the path; and right direction, which controls the curve of the segment following the point). Each of these properties contains an array in the form ( x , y ) (where x is the horizontal location of the point, and y is the vertical location). This array holds the location, in current ruler coordinates, of the point or control handle.
All of the above means that if your scripts need to construct page items, you also need to control the location of the zero point, and you may want to set the measurement units in use.
Working with paths and path points
For most simple page items, you do not need to worry about the paths and path points that define the shape of the object. Rectangles, ellipses, and text frames can be created by specifying their geometric bounds, as we did in the earlier example in this chapter.
In some cases, however, you may want to construct or change the shape of a path by specifying path point locations, you can either set the anchor point, left direction, and right direction of each path point on the path individually (as shown in the DrawRegularPolygon_Slow script), or you can use the EntirePath property of the path to set all of the path point locations at once (as shown in the
DrawRegularPolygon_Fast script). The latter approach is much faster.
The items in the array you use for the EntirePath property can contain anchor points only, or a anchor points and control handles. Here is an example array containing only anchor point locations:
Array(Array(x1, y1), Array(x2, y2), ...)
Where x
and y
specify the location of the anchor.
Here is an example containing fully-specified path points (i.e., arrays containing the left direction, anchor, and right direction, in that order):
Array(Array(Array(xL1, YL1), Array(x1, y1), Array(xR1, yR1)), Array(Array(xL2, YL2),
Array(x2, y2), Array(xR2, yR2)), ...)
Where xL
and yL
specify the left direction, x
and y
specify the anchor point, and xR
and yR
specify the right direction.
You can also mix the two approaches, as shown in the following example:
Array(Array(Array(xL1, YL1), Array(x1, y1), Array(xR1, yR1)), Array(x2, y2), ...)
Note that the original path does not have to have the same number of points as you specify in the array—InDesign will add or subtract points from the path as it applies the array to the EntirePath property.
The AddPathPoint script shows how to add path points to a path without using the EntirePath property.
C HAPTER 5: Working with Page Items Grouping Page Items 63
Rem Given a graphic line "myGraphicLine"...
Set myPathPoint = myGraphicLine.Paths.Item(1).PathPoints.Add
Rem Move the path point to a specific location.
myPathPoint.Anchor = Array(144, 144)
The DeletePathPoint script shows how to delete a path point from a path.
Rem Given a polygon "myPolygon", remove the
Rem last path point in the first path.
myPolygon.Paths.Item(1).PathPoints.Item(-1).Delete
Grouping Page Items
In the InDesign user interface, you create groups of page items by selecting them and then choosing
Group from the Object menu (or by pressing the corresponding keyboard shortcut). In InDesign scripting, you tell the object containing the page items you want to group (usually a page or spread) to group the page items, as shown in the Group script.
Rem Given a page "myPage" containing at least two ovals and two rectangles...
ReDim myArray(0)
Rem Add the items to the array.
myPush myArray, myPage.Rectangles.Item(1), True myPush myArray, myPage.Rectangles.Item(2), True myPush myArray, myPage.Ovals.Item(1), True myPush myArray, myPage.Ovals.Item(1), True
Rem Group the items.
myPage.Groups.Add myArray
To ungroup, you tell the group itself to ungroup, as shown in the Ungroup script.
Rem Given a group "myGroup"...
Set myPageItems = myGroup.Ungroup
There is no need to ungroup a group to change the shape, formatting, or content of the page items in the group. Instead, simply get a reference to the page item you want to change, just as you would with any other page item.
Duplicating and Moving Page Items
In the InDesign user interface, you can move page items by selecting them and dragging them to a new location. You can also create copies of page items by copying and pasting, by holding down Option/Alt as you drag an object, or by choosing Duplicate, Paste In Place, or Step and Repeat from the Edit menu. In
InDesign scripting, you can use the move method to change the location of page items, and the duplicate method to create a copy of a page item (and, optionally, move it to another location).
The move method can take one of two optional parameters: MoveTo and MoveBy. Both parameters consist of an array of two measurement units, consisting of a horizontal value and a vertical value. MoveTo specifies an absolute move to the location specified by the array, relative to the current location of the zero point. MoveBy specifies how far to move the page item relative to the current location of the page item itself. The Move script shows the difference between these two approaches.
C HAPTER 5: Working with Page Items Duplicating and Moving Page Items 64
Rem Given a reference to a rectangle "myRectangle"...
Rem Move the rectangle to the location (12, 12).
Rem Absolute move: myRectangle.Move Array(12, 12)
Rem Move the rectangle *by* 12 points horizontally, 12 points vertically.
Rem Relative move (note empty first parameter): myRectangle.Move , Array(12, 12)
Rem Move the rectangle to another page (rectangle appears at (0,0).
Set myPage = myInDesign.Documents.Item(1).Pages.Add
myRectangle.Move myPage
Rem To move a page item to another document, use the Duplicate method.
Note that the move method truly moves the object—when you move a page item to another document, it is deleted from the original document. To move the object to another while retaining the original, use the duplicate method (see below).
Use the duplicate method to create a copy of a page item. By default, the duplicate method creates a
“clone” of an object in the same location as the original object. Optional parameters can be used with the duplicate method to move the duplicated object to a new location (including other pages in the same document, or to another document entirely).
Rem Given a reference to a rectangle "myRectangle"...
Rem Duplicate the rectangle and move the
Rem duplicate to the location (12, 12).
Rem Absolute move:
Set myDuplicate = myRectangle.Duplicate(Array(12, 12))
Rem Duplicate the rectangle and move the duplicate *by* 12
Rem points horizontally, 12 points vertically.
Rem Relative move (note empty first parameter):
Set myDuplicate = myRectangle.Duplicate (, Array(12, 12))
Rem Duplicate the rectangle to another page (rectangle appears at (0,0).
Set myPage = myInDesign.Documents.Item(1).Pages.Add
Set myDuplicate = myRectangle.Duplicate(myPage)
Rem Duplicate the rectangle to another document.
Set myDocument = myInDesign.Documents.Add
Set myDuplicate = myRectangle.Duplicate(myDocument.Pages.Item(1))
You can also use copy and paste in InDesign scripting, but scripts using on these methods require that you select objects (to copy) and rely on the current view to set the location of the pasted elements (when you paste). This means that scripts that use copy and paste tend to be more fragile (i.e., more likely to fail) than scripts that use duplicate and move. Whenever possible, try to write scripts that do not depend on the current view or selection state.
Creating compound paths
InDesign can combine the paths of two or more page items into a single page item containing multiple paths using the Object > Paths > Make Compound Path menu option. You can do this in InDesign scripting using the MakeCompoundPath method of a page item, as shown in the following script fragment (for the complete script, refer to the MakeCompoundPath script).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myRectangle.MakeCompoundPath myOval
When you create a compound path, regardless of the types of the objects used to create the compound path, the type of the resulting object is polygon.
C HAPTER 5: Working with Page Items Duplicating and Moving Page Items 65
To release a compound path and convert each path in the compound path into a separate page item, use the ReleaseCompoundPath method of a page item, as shown in the following script fragment (for the complete script, refer to the ReleaseCompoundPath script).
Rem Given a polygon "myPolygon" (all compound paths are type Polygon)...
Set mPageItems = myPolygon.ReleaseCompoundPath
Using Pathfinder operations
The InDesign Pathfinder features offer ways to work with relationships between page items on an
InDesign page. You can merge the paths of page items, or subtract the area of one page item from another page item, or create a new page item from the area of intersection of two or more page items. Every page item supports the following methods related to the Pathfinder features: AddPath, ExcludeOverlapPath,
IntersectPath, MinusBack, and SubtractPath.
All of the Pathfinder methods work the same way--you provide an array of page items to use as the basis for the operation (just as you select a series of page items before choosing the Pathfinder operation in the user interface).
Note that it is very likely that the type of the object will change after you apply one of the Pathfinder operations. Which object type it will change to depends on the number and location of the points in the path or paths resulting from the operation.
To merge two page items into a single page item, for example, you would use something like the approach shown in the following fragment (for the complete script, refer to AddPath).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myRectangle.AddPath myOval
The ExcludeOverlapPath method creates a new path based on the non-intersecting areas of two or more overlapping page items, as shown in the following script fragment (for the complete script, refer to
ExcludeOverlapPath).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myRectangle.ExcludeOverlapPath myOval
The IntersectPath method creates a new page item from the area of intersection of two or more page items, as shown in the following script fragment (for the complete script, refer to IntersectPath).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myRectangle.IntersectPath myOval
The MinusBack method removes the area of intersection of the back-most object from the page item or page items in front of it, as shown in the following script fragment (for the complete script, refer to
MinusBack).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myRectangle.MinusBack myOval
The SubtractPath method removes the area of intersection of the frontmost object from the page item or page items behind it, as shown in the following script fragment (for the complete script, refer to
SubtractPath).
Rem Given a rectangle "myRectangle" and an Oval "myOval"...
myOval.SubtractPath myRectangle
C HAPTER 5: Working with Page Items Transforming Page Items 66
Converting page-item shapes
InDesign page items can be converted to other shapes using the options in the Object > Convert Shape menu or the Pathfinder panel (Window > Object and Layout > Pathfinder). In InDesign scripting, page items support the ConvertShape method, as demonstrated in the following script fragment (for the complete script, refer to ConvertShape).
Rem Given a rectangle "myRectangle"...
myRectangle.ConvertShape idConvertShapeOptions.idConvertToRoundedRectangle
The ConvertShape method also provides a way to open or close reverse paths, as shown in the following script fragment (for the complete script, refer to OpenPath).
Rem Given a rectangle "myRectangle"...
myRectangle.ConvertShape idConvertShapeOptions.idConvertToOpenPath
Arranging page items
Page items in an InDesign layout can be arranged in front of or behind each other by adjusting their stacking order within a layer, or can be placed on different layers. The following script fragment shows how to bring objects to the front or back of their layer, and how to control the stacking order of objects relative to each other (for the complete script, refer to StackingOrder).
Rem Given a rectangle "myRectangle" and an oval "myOval",
Rem where "myOval" is in front of "myRectangle", bring
Rem the rectangle to the front...
myRectangle.BringToFront
When you create a page item, you can specify its layer, but you can also move a page item from one layer to another. The item layeritemLayerItemLayer property of the page item is the key to doing this, as shown in the following script fragment (for the complete script, refer to ItemLayer).
Rem Given a rectangle "myRectangle" and a layer "myLayer",
Rem send the rectangle to the layer...
myRectangle.ItemLayer = myInDesign.Documents.Item(1).Layers.Item("myLayer")
The stacking order of layers in a document can also be changed using the move Move method of the layer itself, as shown in the following script fragment (for the complete script, refer to MoveLayer).
Rem Given a layer "myLayer", move the layer behind
Rem the default layer (the lowest layer in the document
Rem is Layers.Item(-1).
myLayer.Move idLocationOptions.idAfter, myInDesign.Documents.Item(1).Layers.Item(-1)
Transforming Page Items
Transformations include scaling, rotation, shearing (skewing), and movement (or translation). In scripting, you apply transformations using the transform
method. This one method replaces the resize
, rotate
, and shear
methods used in versions of InDesign prior to InDesign CS3 (5.0).
Using the transform method
The transform
method requires a transformation matrix (
TransformationMatrix
) object that defines the transformation or series of transformations to apply to the object. A transformation matrix can contain any combination of scale, rotate, shear, or translate operations.
C HAPTER 5: Working with Page Items Transforming Page Items 67
The order in which transformations are applied to an object is important. Applying transformations in differing orders can produce very different results.
To transform an object, you follow two steps:
1.
Create a transformation matrix.
2.
Apply the transformation matrix to the object using the transform method. When you do this, you also specify the coordinate system in which the transformation is to take place. For more on
coordinate systems, see “Coordinate spaces” on page 69
. In addition, you specify the center of transformation, or transformation origin. For more on specifying the transformation origin, see
“Transformation origin” on page 71 .
The following scripting example demonstrates the basic process of transforming a page item. (For the complete script, see TransformExamples.)
Rem Rotate a rectangle "myRectangle" around its center point.
set myRotateMatrix = myInDesign.transformationMatrices.add(, , , 27) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myRotateMatrix
Rem Scale a rectangle "myRectangle" around its center point.
set myScaleMatrix = myInDesign.TransformationMatrices.Add(.5, .5) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myScaleMatrix
Rem Shear a rectangle "myRectangle" around its center point.
set myShearMatrix = myInDesign.TransformationMatrices.Add(, , 30) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myShearMatrix
Rem Rotate a rectangle "myRectangle" around a specified ruler point ([72, 72]).
Set myRotateMatrix = myInDesign.transformationMatrices.add(, , , 27) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, Array(Array(72, 72), idAnchorPoint.idCenterAnchor), myRotateMatrix, , True
Rem Scale a rectangle "myRectangle" around a specified ruler point ([72, 72]).
Set myScaleMatrix = myInDesign.transformationMatrices.add(.5, .5) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, Array(Array(72, 72), idAnchorPoint.idCenterAnchor), myScaleMatrix, , True
For a script that “wraps” transformation routines in a series of easy-to-use functions, refer to the Transform script.
Working with transformation matrices
A transformation matrix cannot be changed once it has been created, but a variety of methods can interact with the transformation matrix to create a new transformation matrix based on the existing transformation matrix. In the following examples, we show how to apply transformations to a transformation matrix and replace the original matrix. (For the complete script, see TransformMatrix.)
Rem Scale a transformation matrix by 50% in
Rem both horizontal and vertical dimensions.
var myTransformationMatrix = myTransformationMatrix.scaleMatrix(.5, .5); var myTransformationMatrix = myTransformationMatrix.scaleMatrix(.5, .5);
//Rotate a transformation matrix by 45 degrees.
myTransformationMatrix = myTransformationMatrix.rotateMatrix(45);
//Shear a transformation matrix by 15 degrees.
myTransformationMatrix = myTransformationMatrix.shearMatrix(15);
When you use the
RotateMatrix
method, you can use a sine or cosine value to transform the matrix, rather than an angle in degrees, as shown in the RotateMatrix script.
C HAPTER 5: Working with Page Items Transforming Page Items 68
Rem The following statements are equivalent
Rem (0.25881904510252 is the sine of 15 degrees; 0.96592582628907, the cosine).
Set myTransformationMatrix = myTransformationMatrix.RotateMatrix(15)
Set myTransformationMatrix = myTransformationMatrix.RotateMatrix(, 0.96592582628907);
Set myTransformationMatrix = myTransformationMatrix.RotateMatrix(, ,
0.25881904510252);
When you use the shearMatrixmethod
, you can provide a slope, rather than an angle in degrees, as shown in the ShearMatrix script.
Set myRectangle = myInDesign.Documents.Item(1).Pages.Item(1).Rectangles.Item(1)
Set myTransformationMatrix = myInDesign.TransformationMatrices.Add(, , 0)
Rem ShearMatrix can take the following parameters: byAngle, bySlope
Rem Replace the current matrix with the sheared matrix.
Set myTransformationMatrix = myTransformationMatrix.ShearMatrix(45) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
Rem The following statements are equivalent.
Rem slope = rise/run--so a 45 degree slope is 1.
Set myTransformationMatrix = myTransformationMatrix.shearMatrix(45)
Set myTransformationMatrix = myTransformationMatrix.shearMatrix(, 1)
You can get the inverse of a transformation matrix using the InvertMatrix method, as shown in the following example. (For the complete script, see InvertMatrix.) You can use the inverted transformation matrix to undo the effect of the matrix.
Set myRectangle = myInDesign.Documents.Item(1).Pages.Item(1).Rectangles.Item(1)
Set myTransformationMatrix = myInDesign.TransformationMatrices.Add(, , , 30, 12, 12) myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
Set myNewRectangle = myRectangle.Duplicate
Rem Move the duplicated rectangle to the location of the original
Rem rectangle by inverting, then applying the transformation matrix.
Set myTransformationMatrix = myTransformationMatrix.InvertMatrix
myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
You can add transformation matrices using the
CatenateMatrix
method, as shown in the following example. (For the complete script, see CatenateMatrix.)
C HAPTER 5: Working with Page Items Transforming Page Items 69
Rem Transformation matrix with counterclockwise rotation angle = 30.
Set myTransformationMatrixA = myInDesign.TransformationMatrices.Add(, , , 30)
Rem Transformation matrix with horizontal translation = 12,
Rem vertical translation = 12.
Set myTransformationMatrixB = myInDesign.TransformationMatrices.Add(, , , , 12, 12)
Set myRectangle = myInDesign.Documents.Item(1).Pages.Item(1).Rectangles.Item(1)
Set myNewRectangle = myRectangle.Duplicate
Rem Rotate the duplicated rectangle.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrixA
Set myNewRectangle = myRectangle.Duplicate
Rem Move the duplicate (unrotated) rectangle.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrixB)
Rem Merge the two transformation matrices.
Set myTransformationMatrix = myTransformationMatrixA.CatenateMatrix(myTransformationMatrixB)
Set myNewRectangle = myRectangle.Duplicate
Rem The duplicated rectangle will be both moved and rotated.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
When an object is transformed, you can get the transformation matrix that was applied to it, using the
TransformValuesOf
method, as shown in the following script fragment. (For the complete script, see
TransformValuesOf.)
Set myRectangle = myInDesign.Documents.Item(1).Pages.Item(1).Rectangles.Item(1)
Rem Note that transformValuesOf() always returns an array containing a single transformationMatrix.
Set myTransformArray = myRectangle.TransformValuesOf(idCoordinateSpaces.idPasteboardCoordinates)
Set myTransformationMatrix = myTransformArray.Item(1) myRotationAngle = myTransformationMatrix.CounterclockwiseRotationAngle
myShearAngle = myTransformationMatrix.ClockwiseShearAngle
myXScale = myTransformationMatrix.HorizontalScaleFactor
myYScale = myTransformationMatrix.VerticalScaleFactor
myXTranslate = myTransformationMatrix.HorizontalTranslation
myYTranslate = myTransformationMatrix.VerticalTranslation
myString = "Rotation Angle: " & myRotationAngle & vbCr myString = myString & "Shear Angle: " & myShearAngle & vbCr myString = myString & "Horizontal Scale Factor: " & myXScale & vbCr myString = myString & "Vertical Scale Factor: " & myYScale & vbCr myString = myString & "Horizontal Translation: " & myXTranslate & vbCr myString = myString & "Vertical Translation: " & myYTranslate & vbCr & vbCr myString = myString & "Note that the Horizontal Translation and" & vbCr myString = myString & "Vertical Translation values are the location" & vbCr myString = myString & "of the center anchor in pasteboard coordinates."
MsgBox myString
N
OTE
: The values in the horizontal- and vertical-translation fields of the transformation matrix returned by this method are the location of the upper-left anchor of the object, in pasteboard coordinates.
Coordinate spaces
In the transformation scripts we presented earlier, you might have noticed the
CoordinateSpaces.pasteboardCoordinates
enumeration provided as a parameter for the transform method. This parameter determines the system of coordinates, or coordinate space , in which the transform operation occurs. The coordinate space can be one of the following values:
C HAPTER 5: Working with Page Items Transforming Page Items 70
X idCoordinateSpaces.idPasteboardCoordinates
is the coordinate space of the entire InDesign document. This coordinate space extends behind all spreads in a document. It does not correspond to
InDesign’s rulers or zero point, nor does it have anything to do with the pasteboard area you can see around pages in the InDesign user interface. Transformations applied to objects have no effect on this coordinate space (e.g., the angle of the horizontal and vertical axes do not change).
X idCoordinateSpaces.idParentCoordinates
is the coordinate space of the parent of the object.
Any transformations applied to the parent affect the parent coordinates; for example, rotating the parent object changes the angle of the horizontal and vertical axes of this coordinate space. In this case, the parent object refers to the group or page item containing the object; if the parent of the object is a page or spread, parent coordinates are the same as spread coordinates.
X idCoordinateSpaces.idInnerCoordinates
is the coordinate space in which the object itself was created.
X idCoordinateSpaces.idSpreadCoordinates
is the coordinate space of the spread. The origin of this space is at the center of the spread, and does not correspond to the rulers you see in the user interface.
The following script shows the differences between the coordinate spaces. (For the complete script, see
CoordinateSpaces.)
Set myRectangle = myInDesign.Documents.Item(1).Pages.Item(1).Groups.Item(1).Rectangles.Item(1)' myString = "The page contains a group which has been" & vbCr myString = myString & "rotated 45 degrees (counterclockwise)." & vbCr myString = myString & "The rectangle inside the group was" & vbCr myString = myString & "rotated 45 degrees counterclockwise" & vbCr myString = myString & "before it was added to the group." & vbCr & vbcr myString = myString & "Watch as we apply a series of scaling" & vbCr myString = myString & "operations in different coordinate spaces." & vbCr & vbCr myString = myString & "(You might need to move the alert aside" & vbCr myString = myString & "to see the effect of the transformations.)" & vbCr
MsgBox myString
Rem Create a transformation matrix with horizontal scale factor = 2.
Set myTransformationMatrix = myInDesign.TransformationMatrices.Add(2)
Rem Transform the rectangle using inner coordinates.
myRectangle.Transform idCoordinateSpaces.idInnerCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
Rem Select the rectangle and display an alert.
myInDesign.Select myRectangle
MsgBox "Transformed by inner coordinates."
Rem Undo the transformation.
myInDesign.Documents.Item(1).Undo
Rem Transform using parent coordinates.
myRectangle.Transform idCoordinateSpaces.idParentCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix myInDesign.Select myRectangle
MsgBox "Transformed by parent coordinates." myInDesign.Documents.Item(1).Undo
Rem Transform using pasteboard coordinates.
myRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix myInDesign.Select myRectangle
MsgBox "Transformed by pasteboard coordinates." myInDesign.Documents.Item(1).Undo
C HAPTER 5: Working with Page Items Transforming Page Items 71
Transformation origin
The transformation origin is the center point of the transformation. The transformation origin can be specified in several ways:
X Bounds space:
Z anchor — An anchor point on the object itself.
AnchorPoint.CenterAnchor
Z anchor, bounds type — An anchor point specified relative to the geometric bounds of the object
(
BoundingBoxLimits.GeometricPathBounds
) or the visible bounds of the object
(
BoundingBoxLimits.OuterStrokeBounds
).
Array(idAnchorPoint.idBottomLeftAnchor, idBoundingBoxLimits.idOuterStrokeBounds)
Z anchor, bounds type, coordinate system — An anchor point specified as the geometric bounds of the object (
BoundingBoxLimits.GeometricPathBounds
) or the visible bounds of the object
(
BoundingBoxLimits.OuterStrokeBounds
) in a given coordinate space.
Array(idAnchorPoint.idBottomLeftAnchor, idBoundingBoxLimits.idOuterStrokeBounds, idCoordinateSpaces.idPasteboardCoordinates)
Z (x,y), bounds type — A point specified relative to the geometric bounds of the object
(
BoundingBoxLimits.GeometricPathBounds
) or the visible bounds of the object
(
BoundingBoxLimits.OuterStrokeBounds
). In this case, the top-left corner of the bounding box is (0, 0); the bottom-right corner, (1, 1). The center anchor is located at (.5, .5).
Array(Array(.5, .5), idBoundingBoxLimits.idOuterStrokeBounds)
Z (x, y), bounds type, coordinate space — A point specified relative to the geometric bounds of the object (
BoundingBoxLimits.GeometricPathBounds
) or the visible bounds of the object
(
BoundingBoxLimits.OuterStrokeBounds
) in a given coordinate space. In this case, the top-left corner of the bounding box is (0, 0); the bottom-right corner, (1, 1). The center anchor is located at
(.5, .5).
Array(Array(.5, .5), idBoundingBoxLimits.idOuterStrokeBounds, idCoordinateSpaces.idPasteboardCoordinates)
X Ruler space:
Z (x, y), page index — A point, relative to the ruler origin on a specified page of a spread.
Array(Array(72, 144), 1)
Z (x, y), location — A point, relative to the parent page of the specified location of the object.
Location can be specified as an anchor point or a coordinate pair. It can be specified relative to the object’s geometric or visible bounds, and it can be specified in a given coordinate space.
Array(Array(72, 144), idAnchorPoint.idCenterAnchor)
X Transform space:
Z (x, y) — A point in the pasteboard coordinate space.
Array(72, 72)
C HAPTER 5: Working with Page Items Transforming Page Items 72
Z (x, y), coordinate system — A point in the specified coordinate space.
Array(Array(72, 72), idCoordinateSpaces.idParentCoordinates
Z ((x, y)) — A point in the coordinate space given as the in parameter of the transform method.
Array(Array(72, 72))
The following script example shows how to use some of the transformation origin options. (For the complete script, see TransformationOrigin.)
Set myPage = myInDesign.Documents.Item(1).Pages.Item(1)
Set myRectangle = myPage.Rectangles.Item(1) myString = "Watch as we rotate the rectangle using different anchor points," & vbCr myString = myString & "bounds types, and coordinate spaces." & vbCr & vbCr myString = myString & "(You might need to move the alert aside" & vbCr myString = myString & "to see the effect of the transformations.)"
MsgBox myString
Set myNewRectangle = myRectangle.Duplicate
Rem Create a transformation matrix with counterclockwise rotation angle = 30.
Set myTransformationMatrix = myInDesign.TransformationMatrices.Add(, , , 30)
Rem Rotate around the duplicated rectangle's center point.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
Rem Select the rectangle and display an alert.
myInDesign.Select myNewRectangle
MsgBox "Transformed around center anchor."
Rem Undo the transformation.
myInDesign.Documents.Item(1).Undo
Rem Rotate the rectangle around the ruler location [-100, -100].
Rem Note that the anchor point specified here specifes the page
Rem containing the point--*not* that transformation point itself.
Rem The transformation gets the ruler coordinate [-100, -100] based
Rem on that page. Setting the considerRulerUnits parameter to true
Rem makes certain that the transformation uses the current
Rem ruler units.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates,
Array(Array(-100, -100), idAnchorPoint.idTopLeftAnchor), myTransformationMatrix, ,
True
Rem Move the page guides to reflect the transformation point.
myPage.Guides.Item(1).Location = -100 myPage.Guides.Item(2).Location = -100
Rem Select the rectangle and display an alert.
myInDesign.Select myNewRectangle
MsgBox "Rotated around -100x, -100y."
Rem Undo the transformation and the guide moves.
myInDesign. Documents.Item(1).Undo
myInDesign. Documents.Item(1).Undo
myInDesign. Documents.Item(1).Undo
myNewRectangle.StrokeWeight = 12 myBounds = myNewRectangle.visibleBounds
C HAPTER 5: Working with Page Items Transforming Page Items 73
Rem Move the page guides to reflect the transformation point.
myPage.Guides.Item(1).Location = myBounds(1) myPage.Guides.Item(2).Location = myBounds(2)
Rem Rotate the rectangle around the outer edge of the lower left corner.
myNewRectangle.Transform idCoordinateSpaces.idPasteboardCoordinates,
Array(idAnchorPoint.idBottomLeftAnchor, idBoundingBoxLimits.idOuterStrokeBounds), myTransformationMatrix, idMatrixContent.idRotationValue, True
Rem Select the rectangle and display an alert.
myInDesign.Select myNewRectangle
MsgBox "Rotated around the outside edge of the bottom left corner."
Rem Undo the transformation and the guide moves.
myInDesign. Documents.Item(1).Undo
myInDesign. Documents.Item(1).Undo
myInDesign. Documents.Item(1).Undo
myInDesign. Documents.Item(1).Undo
Resolving locations
Sometimes, you need to get the location of a point specified in one coordinate space in the context of another coordinate space. To do this, you use the resolve
method, as shown in the following script example. (For the complete script, see ResolveLocation.)
Set myPage = myInDesign.Documents.Item(1).Pages.Item(1)
Set myRectangle = myPage.Groups.Item(1).Rectangles.Item(1)
Rem Template for resolve():
Rem PageItem.resolve (Location:any, in: CoordinateSpaces,
Rem ConsideringRulerUnits:boolean)
Rem Get a ruler coordinate in pasteboard coordinates.
Rem The following should work, but, due to a bug in InDesign CS5,
Rem it does not work in VBScript. It does work in VB6.
'myPageLocation = myRectangle.Resolve(Array(Array(72, 72), idAnchorPoint.idTopRightAnchor),idCoordinateSpaces.idPasteboardCoordinates, True)
Rem resolve() returns an array (in this case, the array containins a single item).
'myPageLocation = myPageLocation(0)
'myPageLocationX = myPageLocation(0)
'myPageLocationY = myPageLocation(1)
'MsgBox "X: " & CStr(myPageLocation(0)) & vbCr & "Y: " & CStr(myPageLocation(1))
Rem Because of the above bug, here's a workaround using JavaScript.
myString = "var myRectangle = app.documents.item(0).pages.item(0).groups.item(0).rectangles.item(0);" & vbCr myString = myString & "var myPageLocation = myRectangle.resolve([[72, 72],
AnchorPoint.topRightAnchor], CoordinateSpaces.pasteboardCoordinates, true);" & vbCr myString = myString & "alert(""X: "" + myPageLocation[0][0] + ""\rY: "" + myPageLocation[0][1])" myInDesign.DoScript myString, idScriptLanguage.idJavaScript
Transforming points
You can transform points as well as objects, which means scripts can perform a variety of mathematical operations without having to include the calculations in the script itself. The ChangeCoordinates sample script shows how to draw a series of regular polygons using this approach:
C HAPTER 5: Working with Page Items Transforming Page Items 74
Rem General purpose routine for drawing regular polygons from their center point.
Function myDrawPolygon(myInDesign, myParent, myCenterPoint, myNumberOfPoints, myRadius, myStarPolygon, myStarInset)
ReDim myPathPoints(0) myPoint = Array(0, 0)
If myStarPolygon = True Then myNumberOfPoints = myNumberOfPoints * 2
End If myInnerRadius = myRadius * myStarInset myAngle = 360 / myNumberOfPoints
Set myRotateMatrix = myInDesign.TransformationMatrices.Add(, , , myAngle)
Set myOuterTranslateMatrix = myInDesign.TransformationMatrices.Add
(, , , , myRadius)
Set myInnerTranslateMatrix = myInDesign.TransformationMatrices.Add
(, , , , myInnerRadius)
For myPointCounter = 0 To myNumberOfPoints
Rem Translate the point to the inner/outer radius.
If ((myStarInset = 1) Or (myIsEven(myPointCounter) = True)) Then myTransformedPoint = myOuterTranslateMatrix.ChangeCoordinates(myPoint)
Else myTransformedPoint = myInnerTranslateMatrix.ChangeCoordinates(myPoint)
End If myTransformedPoint = myRotateMatrix.ChangeCoordinates(myTransformedPoint) myPathPoints = myPush(myPathPoints, myTransformedPoint)
Set myRotateMatrix = myRotateMatrix.RotateMatrix(myAngle)
Next
Rem Create a new polygon.
Set myPolygon = myParent.Polygons.Add
Rem Set the entire path of the polygon to the array we've created.
myPolygon.Paths.Item(1).EntirePath = myPathPoints
Rem If the center point is somewhere other than [0,0],
Rem translate the polygon to the center point.
If (myCenterPoint(0) <> 0) Or (myCenterPoint(1) <> 0) Then
Set myTranslateMatrix = myInDesign.TransformationMatrices.Add
(, , , , myCenterPoint(0), myCenterPoint(1)) myPolygon.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTranslateMatrix
End If
Set myDrawPolygon = myPolygon
End Function
Rem Generic function for adding a value to an array.
Function myPush(myArray, myValue)
If Not (IsEmpty(myArray(0))) Then
ReDim Preserve myArray(UBound(myArray) + 1)
End If
Set myArray(UBound(myArray)) = myValue myPush = myArray
End Function
Rem This function returns true if myNumber is even, false if it is not.
Function myIsEven(myNumber) myResult = myNumber Mod 2
If myResult = 0 Then myResult = True
Else myResult = False
End If myIsEven = myResult
End Function
C HAPTER 5: Working with Page Items Resize and Reframe 75
You also can use the
ChangeCoordinate
method to change the positions of curve control points, as shown in the FunWithTransformations sample script.
Transforming again
Just as you can apply a transformation or sequence of transformations again in the user interface, you can do so using scripting. There are four methods for applying transformations again:
X
TransformAgain
X
TransformAgainIndividually
X
TransformSequenceAgain
X
TransformSequenceAgainIndividually
The following script fragment shows how to use
TransformAgain
. (For the complete script, see
TransformAgain.) set myRectangle = myPage.Rectangles.Item(1) myBounds = myRectangle.GeometricBounds
myX1 = myBounds(1) myY1 = myBounds(0)
Set myRectangleA = myPage.Rectangles.Add
myRectangleA.GeometricBounds = Array(myY1-12, myX1-12, myY1+12, myX1+12)
Set myTransformationMatrix = myInDesign.TransformationMatrices.add(, , , 45) myRectangleA.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix
Set myRectangleB = myRectangleA.Duplicate
myRectangleB.Transform idCoordinateSpaces.idPasteboardCoordinates, Array(Array(0,0), idAnchorPoint.idTopLeftAnchor), myTransformationMatrix, , True
Set myRectangleC = myRectangleB.Duplicate
myRectangleC.TransformAgain
Set myRectangleD = myRectangleC.Duplicate
myRectangleD.transformAgain
Set myRectangleE = myRectangleD.Duplicate
myRectangleE.TransformAgain
set myRectangleF = myRectangleE.Duplicate
myRectangleF.TransformAgain
set myRectangleG = myRectangleF.Duplicate
myRectangleG.TransformAgain
set myRectangleH = myRectangleG.Duplicate
myRectangleH.TransformAgain
myRectangleA.Transform idCoordinateSpaces.idPasteboardCoordinates, idAnchorPoint.idCenterAnchor, myTransformationMatrix myRectangleD.TransformAgain
myRectangleF.TransformAgain
myRectangleH.TransformAgain
Resize and Reframe
In addition to scaling page items using the TransformMethod, you can also change the size of the shape using two other methods: Resize and Reframe. These methods change the location of the path points of the page item without scaling the content or stroke weight of the page item. The following script fragment shows how to use the Resize method. For the complete script, see Resize.
C HAPTER 5: Working with Page Items Resize and Reframe 76
Rem Given a reference to a rectangle "myRectangle"...
Set myDuplicate = myRectangle.Duplicate
myDuplicate.Resize idCoordinateSpaces.idInnerCoordinates, idAnchorPoint.idCenterAnchor, idResizeMethods.idMultiplyingCurrentDimensionsBy,
Array(2, 2)
The following script fragment shows how to use the Reframe method. For the complete script, see
Reframe.
Rem Given a reference to a rectangle "myRectangle"...
myBounds = myRectangle.GeometricBounds
myX1 = myBounds(1)-72 myY1 = myBounds(0)-72 myX2 = myBounds(3)+72 myY2 = myBounds(2)+72
Set myDuplicate = myRectangle.Duplicate
myDuplicate.Reframe idCoordinateSpaces.idInnerCoordinates, Array(Array(myY1, myX1),
Array(myY2, myX2))
6
Text and Type
Entering, editing, and formatting text are the tasks that make up the bulk of the time spent working on most InDesign documents. Because of this, automating text and type operations can result in large productivity gains.
This chapter shows how to script the most common operations involving text and type. The sample scripts in this chapter are presented in order of complexity, starting with very simple scripts and building toward more complex operations.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script. We also assume that you have some knowledge of working with text in InDesign and understand basic typesetting terms.
Entering and Importing Text
This section covers the process of getting text into your InDesign documents. Just as you can type text into text frames and place text files using the InDesign user interface, you can create text frames, insert text into a story, or place text files on pages using scripting.
Creating a text frame
The following script creates a text frame, sets the bounds (size) of the frame, then enters text in the frame
(for the complete script, see the MakeTextFrame tutorial script):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Add
Rem Set the bounds of the text frame.
myTextFrame.GeometricBounds = Array(72, 72, 288, 288)
Rem Enter text in the text frame.
myTextFrame.Contents = "This is some example text."
The following script shows how to create a text frame that is the size of the area defined by the page margins. myGetBounds is a useful function that you can add to your own scripts, and it appears in many other examples in this chapter. (For the complete script, see MakeTextFrameWithinMargins.)
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Rem Create a text frame on the current page.
Set myTextFrame = myPage.TextFrames.Add
Rem Set the bounds of the text frame.
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1))
Rem Enter text in the text frame.
myTextFrame.Contents = "This is some example text."
The following script fragment shows the myGetBounds function.
77
C HAPTER 6: Text and Type Entering and Importing Text 78
Function myGetBounds(myDocument, myPage) myPageWidth = myDocument.DocumentPreferences.PageWidth
myPageHeight = myDocument.DocumentPreferences.PageHeight
If myPage.Side = idPageSideOptions.idLeftHand Then myX2 = myPage.MarginPreferences.Left
myX1 = myPage.MarginPreferences.Right
Else myX1 = myPage.MarginPreferences.Left
myX2 = myPage.MarginPreferences.Right
End If myY1 = myPage.marginPreferences.Top
myX2 = myPageWidth - myX2 myY2 = myPageHeight - myPage.MarginPreferences.Bottom
myGetBounds = Array(myY1, myX1, myY2, myX2)
End Function
Adding text
To add text to a story, use the contents
property of the insertion point at the location where you want to insert the text. The following sample script uses this technique to add text at the end of a story (for the complete script, see AddText): set myDocument = myInDesign.Documents.Item(1)
Set myTextFrame = myDocument.TextFrames.Item(1)
Rem Add text at the end of the text in the text frame.
Rem To do this, we'll use the last insertion point in the story.
Rem (vbCr is a return character, "&" concatenates two strings.) myNewText = "This is a new paragraph of example text." myTextFrame.ParentStory.InsertionPoints.Item(-1).Contents = vbCr & myNewText
Stories and text frames
All text in an InDesign layout is part of a story, and every story can contain one or more text frames.
Creating a text frame creates a story, and stories can contain multiple text frames.
In the preceding script, we added text at the end of the parent story rather than at the end of the text frame. This is because the end of the text frame might not be the end of the story; that depends on the length and formatting of the text. By adding the text to the end of the parent story, we can guarantee that the text is added, regardless of the composition of the text in the text frame.
You always can get a reference to the story using the
ParentTextFrame
property of a text frame. It can be useful to work with the text of a story instead of the text of a text frame; the following script demonstrates the difference. The alerts shows that the text frame does not contain the overset text, but the story does
(for the complete script, see StoryAndTextFrame).
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Now add text beyond the end of the text frame.
myTextFrame.InsertionPoints.Item(-1).Contents = vbCr & "This is some overset text" myString = myTextFrame.Contents
MsgBox ("The last paragraph in this alert should be ""This is some overset text"". Is it?" & vbCr & myString) myString = myTextFrame.ParentStory.Contents
MsgBox ("The last paragraph in this alert should be ""This is some overset text"". Is it?" & vbCr & myString)
C HAPTER 6: Text and Type Entering and Importing Text 79
For more on understanding the relationships between text objects in an InDesign document, see
“Understanding Text Objects” on page 87 .
Replacing text
The following script replaces a word with a phrase by changing the contents of the appropriate object (for the complete script, see ReplaceWord):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Replace the third word with the phrase
Rem "a little bit of".
myTextFrame.ParentStory.Words.Item(3).contents = "a little bit of"
The following script replaces the text in a paragraph (for the complete script, see ReplaceText):
Rem Replace the text in the second paragraph without replacing
Rem the return character at the end of the paragraph. To do this,
Rem we'll use the ItemByRange method.
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Set myStartCharacter = myTextFrame.ParentStory.Paragraphs.Item(2).Characters.Item(1)
Set myEndCharacter = myTextFrame.ParentStory.Paragraphs.Item(2).Characters.Item(-2) myTextFrame.Texts.ItemByRange(myStartCharacter, myEndCharacter).Item(1).Contents =
"This text replaces the text in paragraph 2."
In the preceding script, we used the
ItemByRange
method to get a reference to the text of the paragraph
(excluding the return character at the end of the paragraph), as a single text object. We excluded the return character because deleting the return might change the paragraph style applied to the paragraph.
To use the ItemByRange method, we used the texts collection of the story, but we supplied two characters—the starting and ending characters of the paragraph—as parameters. If we used myTextFrame.ParentStory.Characters.ItemByRange
, InDesign would return a collection of
Character
objects. We wanted one
Text
object, so we could replace the contents in one action.
Inserting special characters
Because most VBScript editors support Unicode, you can simply enter Unicode characters in text strings that you send to InDesign. The following script shows several ways to enter special characters. (We omitted the myGetBounds function from this listing; you can find it in
“Creating a text frame” on page 77
” or in the SpecialCharacters tutorial script.)
C HAPTER 6: Text and Type Placing Text and Setting Text-Import Preferences 80
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Entering special characters directly.
myTextFrame.contents = "Registered trademark: Æ" & vbCr & "Copyright: ©" & vbCr &
"Trademark: ?" & vbCr & ""
Rem Entering special characters by their Unicode glyph ID
Rem value ("&H" indicates a hexadecimal number): myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = "Not equal to: " &
ChrW(&H2260) & vbCr & "Square root: " & ChrW(&H221A) & vbCr & "Paragraph: " & ChrW(&HB6)
& vbCr
Rem Entering InDesign special characters by their enumerations: myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = "Page number marker:" myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = idSpecialCharacters.idAutoPageNumber
myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = vbCr myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = "Section symbol:" myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = idSpecialCharacters.idSectionSymbol
myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = vbCr myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = "En dash:" myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = idSpecialCharacters.idEnDash
myTextFrame.ParentStory.InsertionPoints.Item(-1).contents = vbCr
The easiest way to find the Unicode ID for a character is to use InDesign’s Glyphs palette: move the cursor over a character in the palette, and InDesign displays its Unicode value. To learn more about Unicode, visit http://www.unicode.org
.
Placing Text and Setting Text-Import Preferences
In addition to entering text strings, you can place text files created using word processors and text editors.
The following script shows how to place a text file on a document page (for the complete script, see
PlaceTextFile):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1) myX = myPage.MarginPreferences.Left
myY = myPage.MarginPreferences.Top
Rem Autoflow a text file on the current page.
Rem Parameters for Page.place():
Rem File as File object,
Rem [PlacePoint as Array [x, y]]
Rem [DestinationLayer as Layer object]
Rem [ShowingOptions as Boolean = False]
Rem [Autoflowing as Boolean = False]
Rem You'll have to fill in your own file path.
Set myTextFrame = myPage.Place("c:\test.txt", Array(myX, myY), , False, True)
Rem Note that if the PlacePoint parameter is inside a file, only the vertical (y)
Rem coordinate will be honored--the text frame will expand horizontally
Rem to fit the column.
The following script shows how to place a text file in an existing text frame. (We omitted the myGetBounds
function from this listing; you can find it in “Creating a text frame” on page 77 ,” or see the
PlaceTextFileInFrame tutorial script.)
C HAPTER 6: Text and Type Placing Text and Setting Text-Import Preferences 81
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Place a text file in the text frame.
Rem Parameters for TextFrame.place():
Rem File as string,
Rem [ShowingOptions as Boolean = False]
Rem You'll have to fill in your own file path.
myTextFrame.Place "c:\test.txt"
The following script shows how to insert a text file at a specific location in text. (We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77
,” or see the
InsertTextFile tutorial script.)
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Rem Create a text frame.
Set myTextFrame = myPage.TextFrames.Add
myTextFrame.geometricBounds = myGetBounds(myDocument, myPage) myTextFrame.Contents = "Inserted text file follows:" & vbCr
Rem Place a text file at the end of the text.
Rem Parameters for InsertionPoint.place():
Rem File as string (file path),
Rem [ShowingOptions as Boolean = False]
Rem You'll have to fill in your own file path.
myTextFrame.ParentStory.InsertionPoints.Item(-1).Place "c:\test.txt"
To specify the import options for the specific type of text file you are placing, use the corresponding import-preferences object. The following script shows how to set text-import preferences (for the complete script, see TextImportPreferences). The comments in the script show the possible values for each property.
With myInDesign.TextImportPreferences
Rem Options for characterSet: idTextImportCharacterSet
.CharacterSet = idTextImportCharacterSet.idUTF8
.ConvertSpacesIntoTabs = True
.SpacesIntoTabsCount = 3
Rem Dictionary can take many values, such as French, Italian.
.Dictionary = "English: USA"
Rem platform options: idImportPlatform
.Platform = idImportPlatform.idPC
.StripReturnsBetweenLines = True
.StripReturnsBetweenParagraphs = True
.UseTypographersQuotes = True
End With
The following script shows how to set tagged text import preferences (for the complete script, see
TaggedTextImportPreferences):
With myInDesign.TaggedTextImportPreferences
.RemoveTextFormatting = False
Rem .styleConflict property can be:
Rem idStyleConflict.idPublicationDefinition
Rem idStyleConflict.idTagFileDefinition
.StyleConflict = idStyleConflict.idPublicationDefinition
.UseTypographersQuotes = True
End With
The following script shows how to set Word and RTF import preferences (for the complete script, see
WordRTFImportPreferences):
C HAPTER 6: Text and Type Exporting Text and Setting Text-Export Preferences 82
With myInDesign.WordRTFImportPreferences
Rem convertPageBreaks property can be:
Rem idConvertPageBreaks.idColumnBreak
Rem idConvertPageBreaks.idNone
Rem idConvertPageBreaks.idPageBreak
.ConvertPageBreaks = idConvertPageBreaks.idNone
Rem convertTablesTo property can be:
Rem idConvertTablesOptions.idUnformattedTabbedText
Rem idConvertTablesOptions.idUnformattedTable
.ConvertTablesTo = idConvertTablesOptions.idUnformattedTable
.ImportEndnotes = True
.ImportFootnotes = True
.ImportIndex = True
.ImportTOC = True
.ImportUnusedStyles = False
.PreserveGraphics = False
.PreserveLocalOverrides = False
.PreserveTrackChanges = False
.RemoveFormatting = False
Rem resolveCharacterStyleClash and resolveParagraphStyleClash properties can be:
Rem idResolveStyleClash.idResolveClashAutoRename
Rem idResolveStyleClash.iduseExisting
Rem idResolveStyleClash.iduseNew
.ResolveCharacterStyleClash = idResolveStyleClash.idResolveClashUseExisting
.ResolveParagraphStyleClash = idResolveStyleClash.idResolveClashUseExisting
.UseTypographersQuotes = True
End With
The following script shows how to set Excel import preferences (for the complete script, see
ExcelImportPreferences):
With myInDesign.ExcelImportPreferences
Rem alignmentStyle property can be:
Rem AlignmentStyleOptions.centerAlign
Rem AlignmentStyleOptions.leftAlign
Rem AlignmentStyleOptions.rightAlign
Rem AlignmentStyleOptions.spreadsheet
.AlignmentStyle = idAlignmentStyleOptions.idSpreadsheet
.DecimalPlaces = 4
.PreserveGraphics = False
Rem Enter the range you want to import as "start cell:end cell".
.RangeName = "A1:B16"
.SheetIndex = 1
.SheetName = "pathpoints"
.ShowHiddenCells = False
Rem tableFormatting property can be:
Rem idTableFormattingOptions.idExcelFormattedTable
Rem idTableFormattingOptions.idExcelUnformattedTabbedText
Rem idTableFormattingOptions.idExcelUnformattedTable
.TableFormatting = idTableFormattingOptions.idExcelFormattedTable
.UseTypographersQuotes = True
.ViewName = ""
End With
Exporting Text and Setting Text-Export Preferences
The following script shows how to export text from an InDesign document. Note that you must use text or story objects to export into text file formats; you cannot export all text in a document in one operation.
C HAPTER 6: Text and Type Exporting Text and Setting Text-Export Preferences 83
(We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77 ,” or see the ExportTextFile tutorial script.)
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Text export method parameters:
Rem Format as idExportFormat
Rem To As File
Rem [ShowingOptions As Boolean = False]
Rem
Rem Format parameter can be:
Rem idExportFormat.idInCopy
Rem idExportFormat.idInCopyCS2Story
Rem idExportFormat.idRTF
Rem idExportFormat.idTaggedText
Rem idExportFormat.idTextType
Rem
Rem Export the story as text. You'll have to fill in a valid file path on your system.
myTextFrame.ParentStory.Export idExportFormat.idTextType, "C:\test.txt"
The following example shows how to export a specific range of text. (We omitted the myGetBounds function from this listing; you can find it in
“Creating a text frame” on page 77
,” or see the ExportTextRange tutorial script.)
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Set myStory = myTextFrame.ParentStory
Set myStartCharacter = myStory.Paragraphs.Item(1).Characters.Item(1)
Set myEndCharacter = myStory.Paragraphs.Item(1).Characters.Item(-1)
Set myText = myTextFrame.ParentStory.Texts.ItemByRange(myStartCharacter, myEndCharacter).Item(1)
Rem Text export method parameters:
Rem Format as idExportFormat
Rem To As File
Rem [ShowingOptions As Boolean = False]
Rem
Rem Format parameter can be:
Rem idExportFormat.idInCopy
Rem idExportFormat.idInCopyCS2Story
Rem idExportFormat.idRTF
Rem idExportFormat.idTaggedText
Rem idExportFormat.idTextType
Rem
Rem Export the text range. You'll have to fill in a valid file path on your system.
myText.Export idExportFormat.idTextType, "C:\test.txt"
To specify the export options for the specific type of text file you’re exporting, use the corresponding export preferences object. The following script sets text-export preferences (for the complete script, see
TextExportPreferences):
With myInDesign.TextExportPreferences
Rem Options for characterSet: idTextExportCharacterSet
.CharacterSet = idTextExportCharacterSet.idUTF8
Rem platform options: idImportPlatform
.Platform = idImportPlatform.idPC
End With
C HAPTER 6: Text and Type Exporting Text and Setting Text-Export Preferences 84
The following script sets tagged text export preferences (for the complete script, see
TaggedTextExportPreferences):
Set myInDesign = CreateObject("InDesign.Application")
With myInDesign.TaggedTextExportPreferences
Rem Options for characterSet:
Rem idTagTextExportCharacterSet.idAnsi
Rem idTagTextExportCharacterSet.idASCII
Rem idTagTextExportCharacterSet.idGB18030
Rem idTagTextExportCharacterSet.idKSC5601
Rem idTagTextExportCharacterSet.idShiftJIS
Rem idTagTextExportCharacterSet.idUnicode
.CharacterSet = idTagTextExportCharacterSet.idUnicode
Rem tagForm options:
Rem idTagTextForm.idAbbreviated
Rem idTagTextForm.idVerbose
.TagForm = idTagTextForm.idVerbose
End With
You cannot export all text in a document in one step. Instead, you need to either combine the text in the document into a single story and then export that story, or combine the text files by reading and writing files via scripting. The following script demonstrates the former approach. (We omitted the myGetBounds
tutorial script.) For any format other than text only, the latter method can become quite complex.
If myInDesign.Documents.Count <> 0 Then
If myInDesign.Documents.Item(1).Stories.Count <> 0 Then myExportAllText myInDesign, myInDesign.Documents.Item(1).Name
End If
End If
Here is the ExportAllText function referred to in the preceding fragment:
C HAPTER 6: Text and Type Exporting Text and Setting Text-Export Preferences 85
Function myExportAllText(myInDesign, myDocumentName) mySeparatorString = "----------------------------------------" & vbCr
Rem If you want to add a separator line between stories,
Rem set myAddSeparator to true.
myAddSeparator = True
Set myNewDocument = myInDesign.Documents.Add
Set myDocument = myInDesign.Documents.Item(myDocumentName)
Set myTextFrame = myNewDocument.Pages.Item(1).TextFrames.Add
myTextFrame.geometricBounds = myGetBounds(myNewDocument, myNewDocument.Pages.Item(1))
Set myNewStory = myTextFrame.ParentStory
For myCounter = 1 To myDocument.Stories.Count
Set myStory = myDocument.Stories.Item(myCounter) myStory.texts.item(1).duplicate idLocationOptions.idAfter, myNewStory.InsertionPoints.Item(1)
Rem If the text did not end with a return, enter a return
Rem to keep the stories from running together.
If myCounter <> myDocument.Stories.Count Then
If myNewStory.Characters.Item(-1).Contents <> vbCr Then myNewStory.InsertionPoints.Item(-1).Contents = vbCr
End If
If myAddSeparator = True Then myNewStory.InsertionPoints.Item(-1).Contents = mySeparatorString
End If
End If
Next myNewStory.Export idExportFormat.idTaggedText, "c:\test.txt" myNewDocument.Close idSaveOptions.idNo
End Function
Do not assume that you are limited to exporting text using existing export filters. Because VBScript can write text files to disk, you can have your script traverse the text in a document and export it in any order you like, using whatever text mark-up scheme you prefer. Here is a very simple example that shows how to export InDesign text as HTML. (We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77 ,” or see the ExportHTML tutorial script.)
Set myDocument = myInDesign.Documents.Item(1)
Rem Use the myStyleToTagMapping dictionary to set
Rem up your paragraph style to tag mapping.
Set myStyleToTagMapping = CreateObject("Scripting.Dictionary")
Rem For each style to tag mapping, add a new item to the dictionary.
myStyleToTagMapping.Add "body_text", "p" myStyleToTagMapping.Add "heading1", "h1" myStyleToTagMapping.Add "heading2", "h2" myStyleToTagMapping.Add "heading3", "h3"
Rem End of style to tag mapping.
If myDocument.Stories.Count <> 0 Then
Rem Open a new text file.
Set myDialog = CreateObject("UserAccounts.CommonDialog") myDialog.Filter = "HTML Files|*.html|All Files|*.*" myDialog.FilterIndex = 1 myDialog.InitialDir = "C:\" myResult = myDialog.ShowOpen
Rem If the user clicked the Cancel button, the result is null.
If myResult = True Then myTextFileName = myDialog.FileName
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Set myTextFile = myFileSystemObject.CreateTextFile(myTextFileName)
For myCounter = 1 To myInDesign.Documents.Item(1).Stories.Count
Set myStory = myDocument.Stories.Item(myCounter)
C HAPTER 6: Text and Type Exporting Text and Setting Text-Export Preferences 86
For myParagraphCounter = 1 To myStory.Paragraphs.Count
Set myParagraph = myStory.Paragraphs.Item(myParagraphCounter)
If myParagraph.Tables.Count = 0 Then
If myParagraph.TextStyleRanges.Count = 1 Then
Rem If the paragraph is a simple paragraph--no tables,
Rem no local formatting--then simply export the text
Rem of the pararaph with the appropriate tag.
myTag = myStyleToTagMapping.Item(myParagraph.
AppliedParagraphStyle.Name)
Rem If the tag comes back empty, map it to the basic paragraph tag.
If myTag = "" Then myTag = "p"
End If myStartTag = "<" & myTag & ">" myEndTag = "</" & myTag & ">"
Rem If the paragraph is not the last paragraph in the story,
Rem omit the return character.
If myParagraph.Characters.Item(-1).Contents = vbCr Then myString = myParagraph.Texts.ItemByRange(myParagraph.
Characters.Item(1), myParagraph.Characters.Item(-2)).
Item(1).Contents
Else myString = myParagraph.Contents
End If
Rem Write the paragraphs' text to the text file.
myTextFile.WriteLine myStartTag & myString & myEndTag
Else
Rem Handle text style range export by iterating
Rem through the text style ranges in the paragraph..
For myRangeCounter = 1 To myParagraph.TextStyleRanges.Length
myTextStyleRange = myParagraph.TextStyleRanges.Item
(myRangeCounter)
If myTextStyleRange.Characters.Item(-1) = vbCr Then myString = myTextStyleRange.Texts.ItemByRange
(myTextStyleRange.Characters.Item(1), myTextStyleRange.Characters.Item(-2)).Item(1).Contents
Else myString = myTextStyleRange.Contents
End If
Select Case myTextStyleRange.FontStyle
Case "Bold": myString = "<b>" & myString & "</b>"
Case "Italic": myString = "<i>" & myString & "</i>"
End Select myTextFile.write myString
Next myTextFile.write vbCr
End If
Else
Rem Handle table export (assumes that there is
Rem only one table per paragraph,
Rem and that the table is in the paragraph by itself).
Set myTable = myParagraph.Tables.Item(1) myTextFile.write "<table border = 1>"
For myRowCounter = 1 To myTable.Rows.Count
myTextFile.write "<tr>"
For myColumnCounter = 1 To myTable.Columns.Count
If myRowCounter = 1 Then myString = "<th>" & myTable.Rows.Item(myRowCounter).
C HAPTER 6: Text and Type Understanding Text Objects 87
Cells.Item(myColumnCounter).Texts.Item(1).Contents &
"</th>"
Else myString = "<td>" & myTable.Rows.Item(myRowCounter).
Cells.Item(myColumnCounter).Texts.Item(1).Contents &
"</td>"
End If myTextFile.write myString
Next myTextFile.WriteLine "</tr>"
Next myTextFile.WriteLine "</table>"
End If
Next
Rem Close the text file.
myTextFile.Close
Next
End If
End If
Here is the myFindTag function referred to in the above script: function myFindTag (myStyleName, myStyleToTagMapping){ var myTag = ""; var myDone = false; var myCounter = 0; do{ if(myStyleToTagMapping[myCounter][0] == myStyleName){ myTag = myStyleToTagMapping[myCounter][1]; break;
} myCounter ++;
} while((myDone == false)||(myCounter < myStyleToTagMapping.length)) return myTag;
}
Understanding Text Objects
The following diagram shows a view of InDesign’s text object model. As you can see, there are two main types of text object: layout objects (text frames) and text-stream objects (for example, stories, insertion points, characters, and words):
C HAPTER 6: Text and Type Understanding Text Objects 88 document story spread, page, layer insertion points characters words lines paragraphs text columns text style ranges texts notes text containers text frame insertion points characters words lines paragraphs text columns text style ranges texts notes
There are many ways to get a reference to a given text object. The following diagram shows a few ways to refer to the first character in the first text frame of the first page of a new document: document pages.item(0) textFrames.item(0) characters.item(0) textFrames.item(0) paragraphs.item(0) characters.item(0) stories.item(0) characters.item(0) stories.item(0) paragraphs.item(0) characters.item(0)
For any text stream object, the parent
of the object is the story containing the object. To get a reference to the text frame (or text frames) containing the text object, use the
ParentTextFrames
property.
C HAPTER 6: Text and Type Understanding Text Objects 89
For a text frame, the parent
of the text frame usually is the page or spread containing the text frame. If the text frame is inside a group or was pasted inside another page item, the parent
of the text frame is the containing page item. If the text frame was converted to an anchored frame, the parent of the text frame is the character containing the anchored frame.
Working with text selections
Text-related scripts often act on a text selection. The following script demonstrates a way to determine whether the current selection is a text selection. Unlike many of the other sample scripts, this script does not actually do anything; it simply presents a selection-filtering routine that you can use in your own scripts (for the complete script, see TextSelection).
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count <> 0 Then
Rem If the selection contains more than one item, the selection
Rem is not text selected with the Type tool.
If myInDesign.Selection.Count = 1 Then
Select Case TypeName(myInDesign.Selection.Item(1))
Case "InsertionPoint", "Character", "Word", "TextStyleRange",
"Line", "Paragraph", "TextColumn", "Text"
MsgBox "The selection is a text object."
Rem A real script would now act on the text object
Rem or pass it on to a function.
Case "TextFrame"
Rem In addition to checking for the above text objects, we can
Rem also continue if the selection is a text frame selected with
Rem the Selection tool or the Direct Selection tool.
Rem If the selection is a text frame, you get a reference to the
Rem text in the text frame and then pass it along to a function.
Rem Set myText = myInDesign.Selection.Item(1).Texts.Item(1)
MsgBox "The selected object is a text frame."
Case Else
MsgBox "The selected object is not a text object.
Select some text and try again."
End Select
Else
MsgBox "Please select some text and try again."
End If
Else
MsgBox "No documents are open. Please open a document, select some text, and try again."
End If
Moving and copying text
You can move a text object to another location in text using the move method. To copy the text, use the duplicate
method (whose arguments are identical to the move
method). The following script fragment shows how it works (for the complete script, see MoveText):
C HAPTER 6: Text and Type Understanding Text Objects 90
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Rem Set the bounds live area of the page.
myBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myX1 = myBounds(1) myY1 = myBounds(0) myX2 = myBounds(3) myY2 = myBounds(2) myWidth = myX2 - myX1 myHeight = myY2 - myY1
Rem Create a series of text frames.
Set myTextFrameA = myPage.TextFrames.Add
myTextFrameA.geometricBounds = Array(myY1, myX1, myY1 + (myHeight / 2), myX1 + (myWidth
/ 2)) myTextFrameA.Contents = "Before." & vbCr
Set myTextFrameB = myPage.TextFrames.Add
myTextFrameB.geometricBounds = Array(myY1, myX1 + (myWidth / 2), myY1 + (myHeight / 2), myX2) myTextFrameB.Contents = "After." & vbCr
Set myTextFrameC = myPage.TextFrames.Add
myTextFrameC.geometricBounds = Array(myY1 + (myHeight / 2), myX1, myY2, myX1 + (myWidth
/ 2)) myTextFrameC.Contents = "Between words." & vbCr
Set myTextFrameD = myPage.TextFrames.Add
myTextFrameD.geometricBounds = Array(myY1 + (myHeight / 2), myX1 + (myWidth / 2), myY2, myX2) myTextFrameD.Contents = "Text to move:" & vbCr & "WordA" & vbCr & "WordB" & vbCr &
"WordC" & vbCr
Rem Move WordC between the words in TextFrameC.
myTextFrameD.ParentStory.Paragraphs.Item(-1).Words.Item(1).Move idLocationOptions.idBefore, myTextFrameC.ParentStory.Paragraphs.Item(1).Words.Item(2)
Rem Move WordB after the word in TextFrameB.
myTextFrameD.ParentStory.Paragraphs.Item(-2).Words.Item(1).Move idLocationOptions.idAfter, myTextFrameB.ParentStory.Paragraphs.Item(1).Words.Item(1)
Rem Move WordA to before the word in TextFrameA.
myTextFrameD.ParentStory.Paragraphs.Item(-3).Words.Item(1).Move idLocationOptions.idBefore, myTextFrameA.ParentStory.Paragraphs.Item(1).Words.Item(1)
Rem Note that moving text removes it from its original location.
When you want to transfer formatted text from one document to another, you also can use the move method. Using the move
or duplicate
method is better than using copy and paste; to use copy and paste, you must make the document visible and select the text you want to copy. Using move or duplicate is much faster and more robust. The following script shows how to move text from one document to another using move
and duplicate
. (We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77 ,” or see the MoveTextBetweenDocuments tutorial script.)
C HAPTER 6: Text and Type Understanding Text Objects 91
Rem Create the source document
Set mySourceDocument = myInDesign.Documents.Add
Set mySourcePage = mySourceDocument.Pages.Item(1)
Set mySourceTextFrame = mySourcePage.TextFrames.Add
mySourceTextFrame.geometricBounds = myGetBounds(mySourceDocument, mySourcePage) mySourceTextFrame.Contents = "This is the source text." & vbCr & "This text is not the source text."
Set mySourceParagraph = mySourceTextFrame.ParentStory.Paragraphs.Item(1) mySourceParagraph.PointSize = 24
Rem Create the target document.
Set myTargetDocument = myInDesign.Documents.Add
Set myTargetPage = myTargetDocument.Pages.Item(1)
Set myTargetTextFrame = myTargetPage.TextFrames.Add
myTargetTextFrame.GeometricBounds = myGetBounds(myTargetDocument, myTargetPage) myTargetTextFrame.Contents = "This is the target text. Insert the source text before this paragraph." & vbCr
Rem Move the text from the source document to the target document.
Rem This deletes the text from the source document.
mySourceParagraph.Move idLocationOptions.idBefore, myTargetTextFrame.InsertionPoints.Item(1)
Rem To duplicate (rather than move) the text, use the following:
Rem mySourceParagraph.Duplicate idLocationOptions.idBefore, myTargetTextFrame.InsertionPoints.Item(1)
When you need to copy and paste text, you can use the copy
method of the application. You will need to select the text before you copy. Again, you should use copy and paste only as a last resort; other approaches are faster, less fragile, and do not depend on the document being visible. (We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77
,” or see the
CopyPasteText tutorial script.)
Set myDocumentA = myInDesign.Documents.Add
Set myPageA = myDocumentA.Pages.Item(1)
Set myTextFrameA = myPageA.TextFrames.Add
myTextFrameA.GeometricBounds = myGetBounds(myDocumentA, myPageA) myTextFrameA.Contents = "Example text." & vbCr
Set myDocumentB = myInDesign.Documents.Add
Set myPageB = myDocumentB.Pages.Item(1)
Set myTextFrameB = myPageB.TextFrames.Add
myTextFrameB.GeometricBounds = myGetBounds(myDocumentB, myPageB)
Rem Make document A the active document.
myInDesign.ActiveDocument = myDocumentA
Rem Select the text.
myInDesign.Select myTextFrameA.ParentStory.Texts.Item(1) myInDesign.Copy
Rem Make document B the active document.
myInDesign.ActiveDocument = myDocumentB
Rem Select the insertion point at which you want to paste the text.
myInDesign.Select myTextFrameB.ParentStory.InsertionPoints.Item(1) myInDesign.Paste
One way to copy unformatted text from one text object to another is to get the contents
property of a text object, then use that string to set the contents
property of another text object. The following script shows how to do this (for the complete script, see CopyUnformattedText):
C HAPTER 6: Text and Type Understanding Text Objects 92
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrameA = myPage.TextFrames.Add
myTextFrameA.geometricBounds = Array(72, 72, 144, 288) myTextFrameA.Contents = "This is a formatted string." myTextFrameA.ParentStory.Texts.Item(1).FontStyle = "Bold"
Set myTextFrameB = myPage.TextFrames.Add
myTextFrameB.geometricBounds = Array(228, 72, 300, 288) myTextFrameB.Contents = "This is the destination text frame. Text pasted here will retain its formatting." myTextFrameB.ParentStory.Texts.Item(1).FontStyle = "Italic"
Rem Copy from one frame to another using a simple copy.
myInDesign.Select myTextFrameA.Texts.Item(1) myInDesign.Copy
myInDesign.Select myTextFrameB.ParentStory.InsertionPoints.Item(-1) myInDesign.Paste
Rem Create another text frame on the active page.
Set myTextFrameC = myPage.TextFrames.Add
myTextFrameC.geometricBounds = Array(312, 72, 444, 288) myTextFrameC.Contents = "Text copied here will take on the formatting of the existing text." myTextFrameC.ParentStory.Texts.Item(1).FontStyle = "Italic"
Rem Copy the unformatted string from text frame A to the end of text frame C (note
Rem that this doesn't really copy the text it replicates the text string from one
Rem text frame in another text frame): myTextFrameC.ParentStory.InsertionPoints.Item(-1).Contents = myTextFrameA.ParentStory.Texts.Item(1).Contents
Text objects and iteration
When your script moves, deletes, or adds text while iterating through a series of text objects, you can easily end up with invalid text references. The following script demonstrates this problem. (We omitted the myGetBounds function from this listing; you can find it in
“Creating a text frame” on page 77
,” or see the
TextIterationWrong tutorial script.)
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Rem The following for loop cause an error.
For myParagraphCounter = 1 to myStory.Paragraphs.Count
If myStory.Paragraphs.Item(myParagraphCounter).Words.Item(1).contents = "Delete"
Then myStory.Paragraphs.Item(myParagraphCounter).Delete
Else myStory.Paragraphs.Item(myParagraphCounter).PointSize = 24
End If
Next
In the preceding example, some of the paragraphs are left unformatted. How does this happen? The loop in the script iterates through the paragraphs from the first paragraph in the story to the last. As it does so, it deletes paragraphs that begin with the word “Delete.” When the script deletes the second paragraph, the third paragraph moves up to take its place. When the loop counter reaches 3, the script processes the paragraph that had been the fourth paragraph in the story; the original third paragraph is now the second paragraph and is skipped.
To avoid this problem, iterate backward through the text objects, as shown in the following script. (We omitted the myGetBounds
function from this listing; you can find it in
“Creating a text frame” on page 77
,” or see the TextIterationRight tutorial script.)
C HAPTER 6: Text and Type Working with Text Frames 93
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Rem The following for loop will format all of the paragraphs by iterating
Rem backwards through the paragraphs in the story.
For myCounter = myStory.Paragraphs.Count To 1 Step -1
If myStory.Paragraphs.Item(myCounter).Words.Item(1).contents = "Delete" Then myStory.Paragraphs.Item(myCounter).Delete
Else myStory.Paragraphs.Item(myCounter).PointSize = 24
End If
Next
Working with Text Frames
In the previous sections of this chapter, we concentrated on working with text stream objects; in this section, we focus on text frames, the page-layout items that contain text in an InDesign document.
Linking text frames
The nextTextFrame and previousTextFrame properties of a text frame are the keys to linking (or
“threading”) text frames in InDesign scripting. These properties correspond to the in port and out port on
InDesign text frames, as shown in the following script fragment (for the complete script, see
LinkTextFrames):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrameA = myPage.TextFrames.Add
myTextFrameA.geometricBounds = Array(72, 72, 144, 144)
Set myTextFrameB = myPage.TextFrames.Add
myTextFrameB.geometricBounds = Array(228, 72, 300, 144)
Rem Add a page.
Set myNewPage = myDocument.Pages.Add
Rem Create another text frame on the new page.
Set myTextFrameC = myNewPage.TextFrames.Add
myTextFrameC.geometricBounds = Array(72, 72, 144, 144)
Rem Link TextFrameA to TextFrameB using the nextTextFrame property.
myTextFrameA.NextTextFrame = myTextFrameB
Rem Link TextFrameC to TextFrameB using the previousTextFrame property.
myTextFrameC.PreviousTextFrame = myTextFrameB
Rem Fill the text frames with placeholder text.
myTextFrameA.Contents = idTextFrameContents.idPlaceholderText
Unlinking text frames
The following example script shows how to unlink text frames (for the complete script, see
UnlinkTextFrames):
Rem Given two linked text frames on page 1...
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrameA = myPage.TextFrames.Item(-1)
Rem Unlink text frame A.
myTextFrameA.NextTextFrame = Nothing
C HAPTER 6: Text and Type Working with Text Frames 94
Removing a frame from a story
In InDesign, deleting a frame from a story does not delete the text in the frame, unless the frame is the only frame in the story. The following script fragment shows how to delete a frame and the text it contains from a story without disturbing the other frames in the story (for the complete script, see BreakFrame):
ReDim myObjectList(0)
Rem Script does nothing if no documents are open or if no objects are selected.
If myInDesign.Documents.Count <> 0 Then
If myInDesign.Selection.Count <> 0 Then
Rem Process the objects in the selection to create a list of
Rem qualifying objects (text frames).
For myCounter = 1 To myInDesign.Selection.Count
Select Case TypeName(myInDesign.Selection.Item(myCounter))
Case "TextFrame":
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.Selection.Item(myCounter)
Case "InsertionPoint", "Character", "Word", "TextStyleRange", "Line",
"Paragraph", "TextColumn", "Text":
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.Selection.Item(myCounter).ParentTextFrames.Item(1)
End Select
Next
Rem If the object list is not empty, pass it on to the function
Rem that does the real work.
If Not (IsEmpty(myObjectList(0))) Then myBreakFrames myObjectList
End If
End If
End If
Here is the myBreakFrames function referred to in the preceding script.
C HAPTER 6: Text and Type Working with Text Frames 95
Function myBreakFrames(myObjectList)
For myCounter = UBound(myObjectList) To 0 Step -1 myBreakOutFrame myObjectList(myCounter)
Next
End Function
Function myBreakFrame(myTextFrame) myProcessFrame = vbYes
If (TypeName(myTextFrame.NextTextFrame) <> "Nothing") Or
(TypeName(myTextFrame.PreviousTextFrame) <> "Nothing") Then
If myTextFrame.ParentStory.Tables.Count <> 0 Then myProcessFrame = MsgBox("This story contains tables. If the text frame you are trying to remove from the story contains a table, the results might not be what you expect. Do you want to continue?", vbYesNo)
End If
If myProcessFrame = vbYes Then
Set myNewFrame = myTextFrame.Duplicate
If myTextFrame.Contents <> "" Then myTextFrame.Texts.Item(1).Delete
End If myTextFrame.Delete
End If
End If
End Function
Splitting all frames in a story
The following script fragment shows how to split all frames in a story into separate, independent stories, each containing one unlinked text frame (for the complete script, see SplitStory):
Rem Get the first item in the selection.
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Set myStory = myTextFrame.ParentStory
Rem If the text frame is the only text frame in the story, do nothing.
If myStory.TextContainers.Count > 1 Then
Rem Splitting the story is a two-step process: first, duplicate
Rem the text frames, second, delete the original text frames.
mySplitStory myStory myRemoveFrames myStory
End If
Here is the mySplitStory
function referred to in the preceding script:
Function mySplitStory(myStory)
Rem Duplicate each text frame in the story.
For myCounter = myStory.TextContainers.Count To 1 Step -1
Set myTextFrame = myStory.TextContainers.Item(myCounter) myTextFrame.Duplicate
Next
End Function
Function myRemoveFrames(myStory)
Rem Remove each text frame in the story.
RemIterate backwards to avoid invalid references.
For myCounter = myStory.TextContainers.Count To 1 Step -1 myStory.TextContainers.Item(myCounter).Delete
Next
End Function
C HAPTER 6: Text and Type Formatting Text 96
Creating an anchored frame
To create an anchored frame (also known as an inline frame), you can create a text frame (or rectangle, oval, polygon, or graphic line) at a specific location in text (usually an insertion point). The following script fragment shows an example (for the complete script, see AnchoredFrame):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1) set myTextFrame = myPage.TextFrames.Item(1)
Set myInsertionPoint = myTextFrame.Paragraphs.Item(1).InsertionPoints.Item(1)
Set myInlineFrame = myInsertionPoint.TextFrames.Add
Rem Recompose the text to make sure that getting the
Rem geometric bounds of the inline graphic will work.
myTextFrame.Texts.Item(1).Recompose
Rem Get the geometric bounds of the inline frame.
myBounds = myInlineFrame.GeometricBounds
Rem Set the width and height of the inline frame. In this example, we'll
Rem make the frame 24 points tall by 72 points wide.
myArray = Array(myBounds(0), myBounds(1), myBounds(0) + 24, myBounds(1) + 72) myInlineFrame.GeometricBounds = myArray myInlineFrame.Contents = "This is an inline frame."
Set myInsertionPoint = myTextFrame.Paragraphs.Item(2).InsertionPoints.Item(1)
Set myAnchoredFrame = myInsertionPoint.TextFrames.Add
Rem Recompose the text to make sure that getting the
Rem geometric bounds of the inline graphic will work.
myTextFrame.Texts.Item(1).Recompose
Rem Get the geometric bounds of the inline frame.
myBounds = myAnchoredFrame.GeometricBounds
Rem Set the width and height of the inline frame. In this example, we'll
Rem make the frame 24 points tall by 72 points wide.
myArray = Array(myBounds(0), myBounds(1), myBounds(0) + 24, myBounds(1) + 72) myAnchoredFrame.GeometricBounds = myArray myAnchoredFrame.Contents = "This is an anchored frame."
With myAnchoredFrame.AnchoredObjectSettings
.AnchoredPosition = idAnchorPosition.idAnchored
.AnchorPoint = idAnchorPoint.idTopLeftAnchor
.HorizontalReferencePoint = idAnchoredRelativeTo.idAnchorLocation
.HorizontalAlignment = idHorizontalAlignment.idLeftAlign
.AnchorXoffset = 72
.VerticalReferencePoint = idVerticallyRelativeTo.idLineBaseline
.AnchorYoffset = 24
.AnchorSpaceAbove = 24
End With
Formatting Text
In the previous sections of this chapter, we added text to a document, linked text frames, and worked with stories and text objects. In this section, we apply formatting to text. All the typesetting capabilities of
InDesign are available to scripting.
Setting text defaults
You can set text defaults for both the application and each document. Text defaults for the application determine the text defaults in all new documents; text defaults for a document set the formatting of all new text objects in that document. (For the complete script, see TextDefaults.)
C HAPTER 6: Text and Type
With myInDesign.TextDefaults
.AlignToBaseline = True
Rem Because the font might not be available, it's usually best
Rem to trap errors using "On Error Resume Next" error handling.
Rem Fill in the name of a font on your system.
Err.Clear
On Error Resume Next
.AppliedFont = myInDesign.Fonts.Item("Minion Pro")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
Rem Because the font style might not be available, it's usually best
Rem to trap errors using "On Error Resume Next" error handling.
Err.Clear
On Error Resume Next
.FontStyle = "Regular"
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
Rem Because the language might not be available, it's usually best
Rem to trap errors using "On Error Resume Next" error handling.
Err.Clear
On Error Resume Next
.AppliedLanguage = "English: USA"
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.AutoLeading = 100
.BalanceRaggedLines = False
.BaselineShift = 0
.Capitalization = idCapitalization.idNormal
.Composer = "Adobe Paragraph Composer"
.DesiredGlyphScaling = 100
.DesiredLetterSpacing = 0
.DesiredWordSpacing = 100
.DropCapCharacters = 0
If .DropCapCharacters <> 0 Then
.DropCapLines = 3
On Error Resume Next
.DropCapStyle = myInDesign.CharacterStyles.Item("myDropCap")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
End If
On Error Resume Next
.FillColor = myInDesign.Colors.Item("Black")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.FillTint = 100
.FirstLineIndent = 14
.GridAlignFirstLineOnly = False
.HorizontalScale = 100
.HyphenateAfterFirst = 3
.HyphenateBeforeLast = 4
Formatting Text 97
C HAPTER 6: Text and Type
.HyphenateCapitalizedWords = False
.HyphenateLadderLimit = 1
.HyphenateWordsLongerThan = 5
.Hyphenation = True
.HyphenationZone = 36
.HyphenWeight = 9
.Justification = idJustification.idLeftAlign
.KeepAllLinesTogether = False
.KeepLinesTogether = True
.KeepFirstLines = 2
.KeepLastLines = 2
.KeepWithNext = 0
.KerningMethod = "Optical"
.Leading = 14
.LeftIndent = 0
.Ligatures = True
.MaximumGlyphScaling = 100
.MaximumLetterSpacing = 0
.MaximumWordSpacing = 160
.MinimumGlyphScaling = 100
.MinimumLetterSpacing = 0
.MinimumWordSpacing = 80
.NoBreak = False
.OTFContextualAlternate = True
.OTFDiscretionaryLigature = True
.OTFFigureStyle = idOTFFigureStyle.idProportionalOldstyle
.OTFFraction = True
.OTFHistorical = True
.OTFOrdinal = False
.OTFSlashedZero = True
.OTFSwash = False
.OTFTitling = False
.OverprintFill = False
.OverprintStroke = False
.PointSize = 11
.Position = idPosition.idNormal
.RightIndent = 0
.RuleAbove = False
If .RuleAbove = True Then
On Error Resume Next
.RuleAboveColor = myInDesign.Colors.Item("Black")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
On Error Resume Next
.RuleAboveGapColor = myInDesign.Swatches.Item("None")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.RuleAboveGapOverprint = False
.RuleAboveGapTint = 100
.RuleAboveLeftIndent = 0
.RuleAboveLineWeight = 0.25
.RuleAboveOffset = 14
.RuleAboveOverprint = False
.RuleAboveRightIndent = 0
.RuleAboveTint = 100
On Error Resume Next
Formatting Text 98
C HAPTER 6: Text and Type
.RuleAboveType = myInDesign.StrokeStyles.Item("Solid")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.RuleAboveWidth = idRuleWidth.idColumnWidth
End If
.RuleBelow = False
If .RuleBelow = True Then
On Error Resume Next
.RuleBelowColor = myInDesign.Colors.Item("Black")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
On Error Resume Next
.RuleBelowGapColor = myInDesign.Swatches.Item("None")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.RuleBelowGapOverPrint = False
.RuleBelowGapTint = 100
.RuleBelowLeftIndent = 0
.RuleBelowLineWeight = 0.25
.RuleBelowOffset = 0
.RuleBelowOverPrint = False
.RuleBelowRightIndent = 0
.RuleBelowTint = 100
On Error Resume Next
.RuleBelowType = myInDesign.StrokeStyles.Item("Solid")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.RuleBelowWidth = idRuleWidth.idColumnWidth
End If
.SingleWordJustification = idSingleWordJustification.idLeftAlign
.Skew = 0
.SpaceAfter = 0
.SpaceBefore = 0
.StartParagraph = idStartParagraph.idAnywhere
.StrikeThru = False
If .StrikeThru = True Then
On Error Resume Next
.StrikeThroughColor = myInDesign.Colors.Item("Black")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
On Error Resume Next
.StrikeThroughGapColor = myInDesign.Swatches.Item("None")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.StrikeThroughGapOverprint = False
.StrikeThroughGapTint = 100
.StrikeThroughOffset = 3
.StrikeThroughOverprint = False
Formatting Text 99
C HAPTER 6: Text and Type Formatting Text 100
.StrikeThroughTint = 100
On Error Resume Next
.StrikeThroughType = myInDesign.StrokeStyles.Item("Solid")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.StrikeThroughWeight = 0.25
End If
On Error Resume Next
.StrokeColor = myInDesign.Swatches.Item("None")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.StrokeTint = 100
.StrokeWeight = 0
.Tracking = 0
.Underline = False
If .Underline = True Then
On Error Resume Next
.UnderlineColor = myInDesign.Colors.Item("Black")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
On Error Resume Next
.UnderlineGapColor = myInDesign.Swatches.Item("None")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.UnderlineGapOverprint = False
.UnderlineGapTint = 100
.UnderlineOffset = 3
.UnderlineOverprint = False
.UnderlineTint = 100
On Error Resume Next
.UnderlineType = myInDesign.StrokeStyles.Item("Solid")
If Err.Number <> 0 Then
Err.Clear
End If
On Error GoTo 0
.UnderlineWeight = 0.25
End If
.VerticalScale = 100
End With
Working with fonts
The fonts collection of the InDesign application object contains all fonts accessible to InDesign. The fonts collection of a document, by contrast, contains only those fonts used in the document. The fonts collection of a document also contains any missing fonts—fonts used in the document that are not accessible to InDesign. The following script shows the difference between application fonts and document fonts. (We omitted the myGetBounds
function here; for the complete script, see FontCollections.)
C HAPTER 6: Text and Type Formatting Text 101
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myApplicationFonts = myInDesign.Fonts
myString = "Document Fonts:" & vbCr
For myCounter = 1 To myDocument.Fonts.Count
myString = myString & myDocument.Fonts.Item(myCounter).Name & vbCr
Next myString = myString & vbCr & "Application Fonts:" & vbCr
For myCounter = 1 To myInDesign.Fonts.Count
myString = myString & myInDesign.Fonts.Item(myCounter) & vbCr
Next
Set myTextFrame = myPage.TextFrames.Item(1)
Set myStory = myTextFrame.ParentStory
myStory.Contents = myString
N OTE : Font names typically are of the form familyName <tab> fontStyle
, where familyName
is the name of the font family,
<tab>
is a tab character, and fontStyle
is the name of the font style. For example:
"Adobe Caslon Pro<tab>Semibold Italic"
Applying a font
To apply a local font change to a range of text, use the appliedFont
property, as shown in the following script fragment (from the ApplyFont tutorial script):
Rem Given a font name "myFontName" and a text object "myText"...
myText.AppliedFont = myInDesign.Fonts.Item(myFontName)
You also can apply a font by specifying the font family name and font style, as shown in the following script fragment: myText.AppliedFont = myInDesign.Fonts.Item("Adobe Caslon Pro") myText.FontStyle = "Semibold Italic"
Changing text properties
Text objects in InDesign have literally dozens of properties corresponding to their formatting attributes.
Even one insertion point features properties that affect the formatting of text—up to and including properties of the paragraph containing the insertion point. The SetTextProperties tutorial script shows how to set every property of a text object. A fragment of the script is shown below:
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myTextObject = myStory.Characters.Item(1) myFontName = "Minion Pro" & vbTab & "Regular"
With myTextObject
.AlignToBaseline = False
.AppliedCharacterStyle = myDocument.CharacterStyles.Item("[None]")
On Error Resume Next
.AppliedFont = myInDesign.Fonts.Item(myFontName)
.FontStyle = "Regular"
If Err.Number <> 0 Then
Err.Clear
End If
On Error Goto 0
.AppliedLanguage = myInDesign.LanguagesWithVendors.Item("English: USA")
.AppliedNumberingList = myDocument.NumberingLists.Item("[Default]")
C HAPTER 6: Text and Type Formatting Text 102
.AppliedParagraphStyle = myDocument.ParagraphStyles.Item("[No Paragraph Style]")
.AutoLeading = 120
.BalanceRaggedLines = idBalanceLinesStyle.idNoBalancing
.BaselineShift = 0
.BulletsAlignment = idListAlignment.idLeftAlign
.BulletsAndNumberingListType = idListType.idNoList
.BulletsCharacterStyle = myDocument.CharacterStyles.Item("[None]")
.BulletsTextAfter = "^t"
.Capitalization = idCapitalization.idNormal
.Composer = "Adobe Paragraph Composer"
.DesiredGlyphScaling = 100
.DesiredLetterSpacing = 0
.DesiredWordSpacing = 100
.DropCapCharacters = 0
.DropCapLines = 0
.DropCapStyle = myDocument.CharacterStyles.Item("[None]")
.DropcapDetail = 0
.FillColor = myDocument.Colors.Item("Black")
.FillTint = -1
.FirstLineIndent = 0
.GradientFillAngle = 0
.GradientFillLength = -1
.GradientFillStart = Array(0, 0)
.GradientStrokeAngle = 0
.GradientStrokeLength = -1
.GradientStrokeStart = Array(0, 0)
.GridAlignFirstLineOnly = False
.HorizontalScale = 100
.HyphenWeight = 5
.HyphenateAcrossColumns = True
.HyphenateAfterFirst = 2
.HyphenateBeforeLast = 2
.HyphenateCapitalizedWords = True
.HyphenateLadderLimit = 3
.HyphenateLastWord = True
.HyphenateWordsLongerThan = 5
.Hyphenation = True
.HyphenationZone = 3
.IgnoreEdgeAlignment = False
.Justification = idJustification.idLeftAlign
.KeepAllLinesTogether = False
.KeepFirstLines = 2
.KeepLastLines = 2
.KeepLinesTogether = False
.KeepRuleAboveInFrame = False
.KeepWithNext = 0
.KerningMethod = "Optical"
.LastLineIndent = 0
.Leading = 12
.LeftIndent = 0
.Ligatures = True
.MaximumGlyphScaling = 100
.MaximumLetterSpacing = 0
.MaximumWordSpacing = 133
.MinimumGlyphScaling = 100
.MinimumLetterSpacing = 0
.MinimumWordSpacing = 80
.NoBreak = False
.NumberingAlignment = idListAlignment.idLeftAlign
.NumberingApplyRestartPolicy = True
C HAPTER 6: Text and Type Formatting Text 103
.NumberingCharacterStyle = myDocument.CharacterStyles.Item("[None]")
.NumberingContinue = True
.NumberingExpression = "^#.^t"
.NumberingFormat = "1, 2, 3, 4..."
.NumberingLevel = 1
.NumberingStartAt = 1
.OTFContextualAlternate = True
.OTFDiscretionaryLigature = False
.OTFFigureStyle = idOTFFigureStyle.idProportionalLining
.OTFFraction = False
.OTFHistorical = False
.OTFLocale = True
.OTFMark = True
.OTFOrdinal = False
.OTFSlashedZero = False
.OTFStylisticSets = 0
.OTFSwash = False
.OTFTitling = False
.OverprintFill = False
.OverprintStroke = False
.PointSize = 12
.Position = idPosition.idNormal
.PositionalForm = idPositionalForms.idNone
.RightIndent = 0
.RuleAbove = False
.RuleAboveColor = "Text Color"
.RuleAboveGapColor = myDocument.Swatches.Item("None")
.RuleAboveGapOverprint = False
.RuleAboveGapTint = -1
.RuleAboveLeftIndent = 0
.RuleAboveLineWeight = 1
.RuleAboveOffset = 0
.RuleAboveOverprint = False
.RuleAboveRightIndent = 0
.RuleAboveTint = -1
.RuleAboveType = myDocument.StrokeStyles.Item("Solid")
.RuleAboveWidth = idRuleWidth.idColumnWidth
.RuleBelow = False
.RuleBelowColor = "Text Color"
.RuleBelowGapColor = myDocument.Swatches.Item("None")
.RuleBelowGapOverprint = False
.RuleBelowGapTint = -1
.RuleBelowLeftIndent = 0
.RuleBelowLineWeight = 1
.RuleBelowOffset = 0
.RuleBelowOverprint = False
.RuleBelowRightIndent = 0
.RuleBelowTint = -1
.RuleBelowType = myDocument.StrokeStyles.Item("Solid")
.RuleBelowWidth = idRuleWidth.idColumnWidth
.SingleWordJustification = idSingleWordJustification.idLeftAlign
.Skew = 0
.SpaceAfter = 0
.SpaceBefore = 0
.StartParagraph = idStartParagraph.idAnywhere
.StrikeThroughColor = "Text Color"
.StrikeThroughGapColor = myDocument.Swatches.Item("None")
.StrikeThroughGapOverprint = False
.StrikeThroughGapTint = -1
.StrikeThroughOffset = -9999
C HAPTER 6: Text and Type Formatting Text 104
.StrikeThroughOverprint = False
.StrikeThroughTint = -1
.StrikeThroughType = myDocument.StrokeStyles.Item("Solid")
.StrikeThroughWeight = -9999
.StrikeThru = False
.StrokeColor = myDocument.Swatches.Item("None")
.StrokeTint = -1
.StrokeWeight = 1
.Tracking = 0
.Underline = False
.UnderlineColor = "Text Color"
.UnderlineGapColor = myDocument.Swatches.Item("None")
.UnderlineGapOverprint = False
.UnderlineGapTint = -1
.UnderlineOffset = -9999
.UnderlineOverprint = False
.UnderlineTint = -1
.UnderlineType = myDocument.StrokeStyles.Item("Solid")
.UnderlineWeight = -9999
.VerticalScale = 100
End With
Changing text color
You can apply colors to the fill and stroke of text characters, as shown in the following script fragment
(from the TextColors tutorial script):
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Rem Apply a color to the fill of the text.
Set myText = myStory.Paragraphs.Item(1) myText.FillColor = myDocument.Colors.Item("DGC1_446a")
Rem Use the itemByRange method to apply the color to the stroke of the text.
myText.StrokeColor = myDocument.Swatches.Item("DGC1_446b")
Set myText = myStory.Paragraphs.Item(2) myText.FillColor = myDocument.Swatches.Item("DGC1_446b") myText.StrokeColor = myDocument.Swatches.Item("DGC1_446a") myText.StrokeWeight = 3
Creating and applying styles
While you can use scripting to apply local formatting—as in some of the examples earlier in this chapter—you probably will want to use character and paragraph styles to format your text. Using styles creates a link between the formatted text and the style, which makes it easier to redefine the style, collect the text formatted with a given style, or find and/or change the text. Paragraph and character styles are the keys to text formatting productivity and should be a central part of any script that applies text formatting.
The following example script fragment shows how to create and apply paragraph and character styles (for the complete script, see CreateStyles):
C HAPTER 6: Text and Type Formatting Text 105
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1)
Rem Create a color for use by one of the paragraph styles we'll create.
Set myColor = myAddColor(myDocument, "Red", idColorModel.idProcess,
Array(0, 100, 100, 0))
Rem Create a character style named "myCharacterStyle" if
Rem no style by that name already exists.
Set myCharacterStyle = myAddStyle(myDocument, "myCharacterStyle", 1)
Rem At this point, the variable myCharacterStyle contains a reference to a character
Rem style object, which you can now use to specify formatting.
myCharacterStyle.FillColor = myColor
Rem Create a paragraph style named "myParagraphStyle" if
Rem no style by that name already exists.
Set myParagraphStyle = myAddStyle(myDocument, "myParagraphStyle", 2)
Rem At this point, the variable myParagraphStyle contains a reference to a paragraph
Rem style object, which you can now use to specify formatting.
myTextFrame.ParentStory.Texts.Item(1).ApplyParagraphStyle myParagraphStyle, True
Set myStartCharacter = myTextFrame.ParentStory.Characters.Item(14)
Set myEndCharacter = myTextFrame.ParentStory.Characters.Item(55)
Set myText = myTextFrame.ParentStory.Texts.ItemByRange(myStartCharacter, myEndCharacter) myText.Item(1).ApplyCharacterStyle myCharacterStyle, True
Why use the applyParagraphStyle method instead of setting the appliedParagraphStyle property of the text object? The applyParagraphStyle
method gives the ability to override existing formatting; setting the property to a style retains local formatting.
Why check for the existence of a style when creating a new document? It always is possible that the style exists as an application default style. If it does, trying to create a new style with the same name results in an error.
Nested styles apply character-style formatting to a paragraph according to a pattern. The following script fragment shows how to create a paragraph style containing nested styles (for the complete script, see
NestedStyles):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myParagraphStyle = myDocument.ParagraphStyles.Item("myParagraphStyle")
Rem At this point, the variable myParagraphStyle contains a reference to a paragraph
Rem style object, which you can now use to specify formatting.
Set myNestedStyle = myParagraphStyle.NestedStyles.Add
myNestedStyle.AppliedCharacterStyle = myDocument.CharacterStyles.Item("myCharacterStyle") myNestedStyle.Delimiter = "." myNestedStyle.Inclusive = True myNestedStyle.Repetition = 1
Rem Note that the story object does not have the ApplyParagraphStyle method.)
Set myText = myPage.TextFrames.Item(1).ParentStory.Texts.Item(1) myText.ApplyParagraphStyle myParagraphStyle, True
Deleting a style
When you delete a style using the user interface, you can choose the way you want to format any text tagged with that style. InDesign scripting works the same way, as shown in the following script fragment
(from the RemoveStyle tutorial script):
C HAPTER 6: Text and Type Finding and Changing Text 106
Set myDocument = myInDesign.Documents.Item(1)
Set myParagraphStyleA = myDocument.ParagraphStyles.Item("myParagraphStyleA")
Rem Delete the paragraph style myParagraphStyleA and replace with myParagraphStyleB.
myParagraphStyleA.Delete myDocument.ParagraphStyles.Item("myParagraphStyleB")
Importing paragraph and character styles
You can import character and paragraph styles from other InDesign documents, as shown in the following script fragment (from the ImportTextStyles tutorial script):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myNewDocument = myInDesign.Documents.Add
Rem Import the styles from the saved document.
Rem ImportStyles parameters:
Rem Format as idImportFormat enumeration. Options for text styles are:
Rem idImportFormat.idParagraphStylesFormat
Rem idImportFormat.idCharacterStylesFormat
Rem idImportFormat.idTextStylesFormat
Rem From as string (file path)
Rem GlobalStrategy as idGlobalClashResolutionStrategy enumeration. Options are:
Rem idGlobalClashResolutionStrategy.idDoNotLoadTheStyle
Rem idGlobalClashResolutionStrategy.idLoadAllWithOverwrite
Rem idGlobalClashResolutionStrategy.idLoadAllWithRename
myNewDocument.ImportStyles idImportFormat.idTextStylesFormat, "c:\styles.indd", idGlobalClashResolutionStrategy.idLoadAllWithOverwrite
Finding and Changing Text
The find/change feature is one of the most powerful InDesign tools for working with text. It is fully supported by scripting, and scripts can use find/change to go far beyond what can be done using the
InDesign user interface. InDesign has three ways of searching for text:
X You can find text and/or text formatting and change it to other text and/or text formatting. This type of find/change operation uses the findTextPreferences
and changeTextPreferences
objects to specify parameters for the findText
and changeText
methods.
X You can find text using regular expressions, or “grep.” This type of find/change operation uses the findGrepPreferences
and changeGrepPreferences
objects to specify parameters for the findGrep and changeGrep methods.
X You can find specific glyphs (and their formatting) and replace them with other glyphs and formatting.
This type of find/change operation uses the findGlyphPreferences and changeGlyphPreferences objects to specify parameters for the findGlyph
and changeGlyph
methods.
All the find/change methods take one optional parameter, ReverseOrder , which specifies the order in which the results of the search are returned. If you are processing the results of a find or change operation in a way that adds or removes text from a story, you might face the problem of invalid text references, as discussed earlier in this chapter. In this case, you can either construct your loops to iterate backward through the collection of returned text objects, or you can have the search operation return the results in reverse order and then iterate through the collection normally.
C HAPTER 6: Text and Type Finding and Changing Text 107
About find/change preferences
Before you search for text, you probably will want to clear find and change preferences, to make sure the settings from previous searches have no effect on your search. You also need to set some find/change preferences to specify the text, formatting, regular expression, or glyph you want to find and/or change. A typical find/change operation involves the following steps:
1.
Clear the find/change preferences. Depending on the type of find/change operation, this can take one of the following three forms:
Z
Rem Find/Change text preferences
Set myInDesign = CreateObject("InDesign.Application") myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Z
Rem Find/Change grep preferences
Set myInDesign = CreateObject("InDesign.Application") myInDesign.FindGrepPreferences = idNothingEnum.idNothing
myInDesign.ChangeGrepPreferences = idNothingEnum.idNothing
Z
Rem Find/Change glyph preferences
Set myInDesign = CreateObject("InDesign.Application") myInDesign.FindGlyphPreferences = idNothingEnum.idNothing
myInDesign.ChangeGlyphPreferences = idNothingEnum.idNothing
2.
Set up search parameters.
3.
Execute the find/change operation.
4.
Clear find/change preferences again.
Finding and changing text
The following script fragment shows how to find a specified string of text. While the following script fragment searches the entire document, you also can search stories, text frames, paragraphs, text columns, or any other text object. The findText
method and its parameters are the same for all text objects. (For the complete script, see FindText.)
C HAPTER 6: Text and Type Finding and Changing Text 108
Set myDocument = myInDesign.Documents.Item(1)
Rem Clear the find/change text preferences.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Rem Search the document for the string "text".
myInDesign.FindTextPreferences.FindWhat = "text"
Rem Set the find options.
myInDesign.FindChangeTextOptions.CaseSensitive = False myInDesign.FindChangeTextOptions.IncludeFootnotes = False myInDesign.FindChangeTextOptions.IncludeHiddenLayers = False myInDesign.FindChangeTextOptions.IncludeLockedLayersForFind = False myInDesign.FindChangeTextOptions.IncludeLockedStoriesForFind = False myInDesign.FindChangeTextOptions.IncludeMasterPages = False myInDesign.FindChangeTextOptions.WholeWord = False
Set myFoundItems = myInDesign.Documents.Item(1).FindText
MsgBox ("Found " & CStr(myFoundItems.Count) & " instances of the search string.")
Rem Clear the find/change text preferences after the search.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
The following script fragment shows how to find a specified string of text and replace it with a different string (for the complete script, see ChangeText):
Set myDocument = myInDesign.Documents.Item(1)
Rem Clear the find/change text preferences.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Rem Search the document for the string "copy" and replace with "text".
myInDesign.FindTextPreferences.FindWhat = "copy" myInDesign.ChangeTextPreferences.ChangeTo = "text"
Rem Set the find options.
myInDesign.FindChangeTextOptions.CaseSensitive = False myInDesign.FindChangeTextOptions.IncludeFootnotes = False myInDesign.FindChangeTextOptions.IncludeHiddenLayers = False myInDesign.FindChangeTextOptions.IncludeLockedLayersForFind = False myInDesign.FindChangeTextOptions.IncludeLockedStoriesForFind = False myInDesign.FindChangeTextOptions.IncludeMasterPages = False myInDesign.FindChangeTextOptions.WholeWord = False
Set myFoundItems = myInDesign.Documents.Item(1).ChangeText
MsgBox ("Changed " & CStr(myFoundItems.Count) & " instances of the search string.")
Rem Clear the find/change text preferences.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Finding and changing text formatting
To find and change text formatting, you set other properties of the findTextPreferences
and changeTextPreferences
objects, as shown in the script fragment below (from the
FindChangeFormatting tutorial script):
C HAPTER 6: Text and Type Finding and Changing Text 109
Rem Clear the find/change preferences.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Rem Set the find options.
myInDesign.FindChangeTextOptions.CaseSensitive = false myInDesign.FindChangeTextOptions.IncludeFootnotes = false myInDesign.FindChangeTextOptions.IncludeHiddenLayers = false myInDesign.FindChangeTextOptions.IncludeLockedLayersForFind = false myInDesign.FindChangeTextOptions.IncludeLockedStoriesForFind = false myInDesign.FindChangeTextOptions.IncludeMasterPages = false myInDesign.FindChangeTextOptions.WholeWord = false
Rem Search the document for the 24 point text and change it to 10 point text.
myInDesign.findTextPreferences.pointSize = 24 myInDesign.changeTextPreferences.pointSize = 10 myInDesign.documents.item(1).changeText
Rem Clear the find/change preferences after the search.
myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Using grep
InDesign supports regular expression find/change through the findGrep and changeGrep methods.
Regular-expression find/change also can find text with a specified format or replace the formatting of the text with formatting specified in the properties of the changeGrepPreferences
object. The following script fragment shows how to use these methods and the related preferences objects (for the complete script, see FindGrep):
Set myDocument = myInDesign.Documents.Item(1)
Rem Clear the find/change grep preferences.
myInDesign.FindGrepPreferences = idNothingEnum.idNothing
myInDesign.ChangeGrepPreferences = idNothingEnum.idNothing
Rem Set the find options.
myInDesign.FindChangeGrepOptions.IncludeFootnotes = False myInDesign.FindChangeGrepOptions.IncludeHiddenLayers = False myInDesign.FindChangeGrepOptions.IncludeLockedLayersForFind = False myInDesign.FindChangeGrepOptions.IncludeLockedStoriesForFind = False myInDesign.FindChangeGrepOptions.IncludeMasterPages = False
Rem Regular expression for finding an email address.
myInDesign.FindGrepPreferences.FindWhat = "(?i)[A-Z]*?@[A-Z]*?[.]..."
Rem Apply the change to 24-point text only.
myInDesign.FindGrepPreferences.PointSize = 24 myInDesign.ChangeGrepPreferences.Underline = True myDocument.ChangeGrep
Rem Clear the find/change grep preferences after the search.
myInDesign.FindGrepPreferences = idNothingEnum.idNothing
myInDesign.ChangeGrepPreferences = idNothingEnum.idNothing
N
OTE
: The findChangeGrepOptions
object lacks two properties of the findChangeTextOptions
object: wholeWord
and caseSensitive
. This is because you can set these options using the regular expression string itself. Use
(?i)
to turn case sensitivity on and
(?-i)
to turn case sensitivity off. Use
\>
to match the beginning of a word and \< to match the end of a word, or use \b to match a word boundary.
One handy use for grep find/change is to convert text mark-up (i.e., some form of tagging plain text with formatting instructions) into InDesign formatted text. PageMaker paragraph tags (which are not the same as PageMaker tagged-text format files) are an example of a simplified text mark-up scheme. In a text file marked up using this scheme, paragraph style names appear at the start of a paragraph, as shown below:
C HAPTER 6: Text and Type Finding and Changing Text 110
<heading1>This is a heading.
<body_text>This is body text.
We can create a script that uses grep find in conjunction with text find/change operations to apply formatting to the text and remove the mark-up tags, as shown in the following script fragment (from the
ReadPMTags tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Rem Access the active document.
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1) myReadPMTags myInDesign, myStory
Here is the myReadPMTags function referred to in the above script.
Function myReadPMTags(myInDesign, myStory)
Set myDocument = myStory.Parent
Rem Reset the findGrepPreferences to ensure that previous settings
Rem do not affect the search.
myInDesign.FindGrepPreferences = idNothingEnum.idNothing
myInDesign.ChangeGrepPreferences = idNothingEnum.idNothing
Rem Find the tags.
myInDesign.FindGrepPreferences.findWhat = "(?i)^<\s*\w+\s*>"
Set myFoundItems = myStory.findGrep
If myFoundItems.Count <> 0 Then
Set myFoundTags = CreateObject("Scripting.Dictionary")
For myCounter = 1 To myFoundItems.Count
If Not (myFoundTags.Exists(myFoundItems.Item(myCounter).Contents)) Then myFoundTags.Add myFoundItems.Item(myCounter).Contents, myFoundItems.Item(myCounter).Contents
End If
Next
Rem At this point, we have a list of tags to search for.
For Each myFoundTag In myFoundTags myString = myFoundTag
Rem Find the tag using findWhat.
myInDesign.FindTextPreferences.findWhat = myString
Rem Extract the style name from the tag.
myStyleName = Mid(myString, 2, Len(myString) - 2)
Rem Create the style if it does not already exist.
Set myStyle = myAddStyle(myDocument, myStyleName)
Rem Apply the style to each instance of the tag.
myInDesign.ChangeTextPreferences.AppliedParagraphStyle = myStyle myStory.ChangeText
Rem Reset the changeTextPreferences.
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Rem Set the changeTo to an empty string.
myInDesign.ChangeTextPreferences.ChangeTo = ""
Rem Search to remove the tags.
myStory.ChangeText
Rem Reset the find/change preferences again.
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
Next
End If myInDesign.FindGrepPreferences = idNothingEnum.idNothing
myInDesign.ChangeGrepPreferences = idNothingEnum.idNothing
End Function
C HAPTER 6: Text and Type Working with Tables 111
Using glyph search
You can find and change individual characters in a specific font using the findGlyph and changeGlyph methods and the associated findGlyphPreferences
and changeGlyphPreferences
objects. The following scripts fragment shows how to find and change a glyph in an example document (for the complete script, see FindChangeGlyph):
Rem Clear the find/change glyph preferences.
myInDesign.FindGlyphPreferences = idNothingEnum.idNothing
myInDesign.ChangeGlyphPreferences = idNothingEnum.idNothing
Rem Set the find options.
myInDesign.FindChangeGrepOptions.IncludeFootnotes = False myInDesign.FindChangeGrepOptions.IncludeHiddenLayers = False myInDesign.FindChangeGrepOptions.IncludeLockedLayersForFind = False myInDesign.FindChangeGrepOptions.IncludeLockedStoriesForFind = False myInDesign.FindChangeGrepOptions.IncludeMasterPages = False
Rem You must provide a font that is used in the document for the
Rem AppliedFont property of the FindGlyphPreferences object.
myInDesign.FindGlyphPreferences.AppliedFont = myInDesign.Fonts.Item("Minion Pro" & vbTab & "Regular")
Rem Provide the glyph ID, not the glyph Unicode value.
myInDesign.FindGlyphPreferences.GlyphID = 374
Rem The appliedFont of the changeGlyphPreferences object can be
Rem any font available to the application.
myInDesign.changeGlyphPreferences.AppliedFont = myInDesign.Fonts.Item("Times New
Roman" & vbTab & "Bold") myInDesign.changeGlyphPreferences.GlyphID = 85 myInDesign.Documents.Item(1).ChangeGlyph
Rem Clear the find/change glyph preferences after the search.
myInDesign.FindGlyphPreferences = idNothingEnum.idNothing
myInDesign.ChangeGlyphPreferences = idNothingEnum.idNothing
Working with Tables
Tables can be created from existing text using the convertTextToTable
method, or an empty table can be created at any insertion point in a story. The following script fragment shows three different ways to create a table (for the complete script, see MakeTable):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Add
Rem Set the bounds of the text frame.
myTextFrame.GeometricBounds = myGetBounds(myDocument, myPage)
Rem Fill the text frame with placeholder text.
myString = "Table 1" & vbCr myString = myString & "Column 1" & vbTab & "Column 2" & vbTab & "Column 3" & vbCr & "1a"
& vbTab & "1b" & vbTab & "1c" & vbCr & "2a" & vbTab & "2b" & vbTab & "2c" & vbCr & "3a" & vbTab & "3b" & vbTab & "3c" & vbCr myString = myString & "Table 2" & vbCr myString = myString & "Column 1,Column 2,Column 3;1a,1b,1c;2a,2b,2c;3a,3b,3c" & vbCr myString = myString & "Table 3" & vbCr myTextFrame.Contents = myString
Set myStory = myTextFrame.ParentStory
Set myStartCharacter = myStory.Paragraphs.Item(7).Characters.Item(1)
Set myEndCharacter = myStory.Paragraphs.Item(7).Characters.Item(-2)
Set myText = myStory.Texts.ItemByRange(myStartCharacter, myEndCharacter).Item(1)
Rem The convertToTable method takes three parameters:
C HAPTER 6: Text and Type Working with Tables 112
Rem [ColumnSeparator as string]
Rem [RowSeparator as string]
Rem [NumberOfColumns as integer] (only used if the ColumnSeparator
Rem and RowSeparator values are the same)
Rem In the last paragraph in the story, columns are separated by commas
Rem and rows are separated by semicolons, so we provide those characters
Rem to the method as parameters.
Set myTable = myText.ConvertToTable(",", ";")
Set myStartCharacter = myStory.Paragraphs.Item(2).Characters.Item(1)
Set myEndCharacter = myStory.Paragraphs.Item(5).Characters.Item(-2)
Set myText = myStory.Texts.ItemByRange(myStartCharacter, myEndCharacter).Item(1)
Rem In the second through the fifth paragraphs, colums are separated by
Rem tabs and rows are separated by returns. These are the default delimiter
Rem parameters, so we don't need to provide them to the method.
Set myTable = myText.ConvertToTable
Rem You can also explicitly add a table--you don't have to convert text to a table.
Set myTable = myStory.InsertionPoints.Item(-1).Tables.Add
myTable.ColumnCount = 3 myTable.BodyRowCount = 3
The following script fragment shows how to merge table cells. (For the complete script, see
MergeTableCells.)
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myTable = myStory.Tables.Item(1)
Rem Merge all of the cells in the first column.
myTable.Cells.Item(1).Merge myTable.Columns.Item(1).Cells.Item(-1)
Rem Convert column 2 into 2 cells (rather than 4).
myTable.Columns.Item(2).Cells.Item(-1).Merge myTable.Columns.Item(2).Cells.Item(-2) myTable.Columns.Item(2).Cells.Item(1).Merge myTable.Columns.Item(2).Cells.Item(2)
Rem Merge the last two cells in row 1.
myTable.Rows.Item(1).Cells.Item(-1).Merge myTable.Rows.Item(1).Cells.Item(-1)
Rem Merge the last two cells in row 3.
myTable.Rows.Item(3).Cells.Item(-2).Merge myTable.Rows.Item(3).Cells.Item(-1)
The following script fragment shows how to split table cells. (For the complete script, see SplitTableCells.)
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myTable = myStory.InsertionPoints.Item(-1).Tables.Add
myTable.ColumnCount = 1 myTable.BodyRowCount = 1 myArray = myGetBounds(myDocument, myDocument.Pages.Item(1)) myWidth = myArray(3) - myArray(1) myTable.Columns.Item(1).Width = myWidth myTable.Cells.Item(1).Split idHorizontalOrVertical.idHorizontal
myTable.Columns.Item(1).Split idHorizontalOrVertical.idVertical
myTable.Cells.Item(1).Split idHorizontalOrVertical.idVertical
myTable.Rows.Item(-1).Split idHorizontalOrVertical.idHorizontal
myTable.Cells.Item(-1).Split idHorizontalOrVertical.idVertical
For myRowCounter = 1 To myTable.Rows.Count
Set myRow = myTable.Rows.Item(myRowCounter)
For myCellCounter = 1 To myRow.Cells.Count
myString = "Row: " & myRowCounter & " Cell: " & myCellCounter myRow.Cells.Item(myCellCounter).contents = myString
Next
Next
C HAPTER 6: Text and Type Working with Tables 113
The following script fragment shows how to create header and footer rows in a table (for the complete script, see HeaderAndFooterRows):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Rem Create a text frame on page 1.
Set myTable = myDocument.Stories.Item(1).Tables.Item(1)
Rem Convert the first row to a header row.
myTable.Rows.Item(1).RowType = idRowTypes.idHeaderRow
Rem Convert the last row to a footer row.
myTable.Rows.Item(-1).RowType = idRowTypes.idFooterRow
The following script fragment shows how to apply formatting to a table (for the complete script, see
TableFormatting):
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myTable = myStory.Tables.Item(1)
Rem Convert the first row to a header row.
myTable.Rows.Item(1).RowType = idRowTypes.idHeaderRow
Rem Use a reference to a swatch, rather than to a color.
myTable.Rows.Item(1).FillColor = myDocument.Swatches.Item("DGC1_446b") myTable.Rows.Item(1).FillTint = 40 myTable.Rows.Item(2).FillColor = myDocument.Swatches.Item("DGC1_446a") myTable.Rows.Item(2).FillTint = 40 myTable.Rows.Item(3).FillColor = myDocument.Swatches.Item("DGC1_446a") myTable.Rows.Item(3).FillTint = 20 myTable.Rows.Item(4).FillColor = myDocument.Swatches.Item("DGC1_446a") myTable.Rows.Item(4).FillTint = 40
Rem Iterate through the cells to apply the cell stroke formatting.
For myCounter = 1 To myTable.Cells.Count
myTable.Cells.Item(myCounter).TopEdgeStrokeColor = myDocument.Swatches.Item("DGC1_446b") myTable.Cells.Item(myCounter).TopEdgeStrokeWeight = 1 myTable.Cells.Item(myCounter).BottomEdgeStrokeColor = myDocument.Swatches.Item("DGC1_446b") myTable.Cells.Item(myCounter).BottomEdgeStrokeWeight = 1
Rem When you set a cell stroke to a swatch, make certain that
Remyou also set the stroke weight.
myTable.Cells.Item(myCounter).LeftEdgeStrokeColor = myDocument.Swatches.Item("None") myTable.Cells.Item(myCounter).LeftEdgeStrokeWeight = 0 myTable.Cells.Item(myCounter).RightEdgeStrokeColor = myDocument.Swatches.Item("None") myTable.Cells.Item(myCounter).RightEdgeStrokeWeight = 0
Next
The following script fragment shows how to add alternating row formatting to a table (for the complete script, see AlternatingRows):
Set myDocument = myInDesign.Documents.Item(1)
Set myTable = myDocument.stories.Item(1).tables.Item(1)
Rem Apply alternating fills to the table.
myTable.alternatingFills = idAlternatingFillsTypes.idAlternatingRows
myTable.startRowFillColor = myDocument.swatches.Item("DGC1_446a") myTable.startRowFillTint = 60 myTable.endRowFillColor = myDocument.swatches.Item("DGC1_446b") myTable.endRowFillTint = 50
C HAPTER 6: Text and Type Path Text 114
The following script fragment shows how to process the selection when text or table cells are selected. In this example, the script displays an alert for each selection condition, but a real production script would then do something with the selected item(s). (For the complete script, see TableSelection.)
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count <> 0 Then
If myInDesign.Selection.Count <> 0 Then
Select Case TypeName(myInDesign.Selection.Item(1))
Rem When a row, a column, or a range of cells is selected,
Rem the type returned is "Cell"
Case "Cell"
MsgBox ("A cell is selected.")
Case "Table"
MsgBox ("A table is selected.")
Case "InsertionPoint", "Character", "Word", "TextStyleRange",
"Line", "Paragraph", "TextColumn", "Text"
If TypeName(myInDesign.Selection.Item(1).Parent) = "Cell" Then
MsgBox ("The selection is inside a table cell.")
End If
Case "Rectangle", "Oval", "Polygon", "GraphicLine"
If TypeName(myInDesign.Selection.Item(1).Parent.Parent) = "Cell" Then
MsgBox ("The selection is inside a table cell.")
End If
Case "Image", "PDF", "EPS"
If TypeName(myInDesign.Selection.Item(1).Parent.Parent.Parent) =
"Cell" Then
MsgBox ("The selection is inside a table cell.")
End If
Case Else
MsgBox ("The selection is not inside a table.")
End Select
End If
End If
Path Text
You can add path text to any rectangle, oval, polygon, graphic line, or text frame. The following script fragment shows how to add path text to a page item (for the complete script, see PathText):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
Rem Create a rectangle on the first page.
Set myTextFrame = myPage.TextFrames.Add
myTextFrame.geometricBounds = Array(72, 72, 288, 288)
Set myTextPath = myTextFrame.TextPaths.Add
myTextPath.Contents = "This is path text."
To link text paths to another text path or text frame, use the nextTextFrame
and previousTextFrame
properties, just as you would for a text frame (see “Working with Text Frames” on page 93
).
Autocorrect
The autocorrect feature can correct text as you type. The following script shows how to use it (for the complete script, see Autocorrect):
C HAPTER 6: Text and Type Footnotes 115
ReDim myNewWordPairList(0)
Rem Add a word pair to the autocorrect list. Each
Rem AutoCorrectTable is linked to a specific language.
Set myAutoCorrectTable = myInDesign.AutoCorrectTables.Item("English: USA")
Rem To safely add a word pair to the auto correct table, get the current
Rem word pair list, then add the new word pair to that array, and then
Rem set the autocorrect word pair list to the array.
myWordPairList = myAutoCorrectTable.AutoCorrectWordPairList
ReDim myNewWordPairList(UBound(myWordPairList)+1)
For myCounter = 0 To UBound(myWordPairList) myNewWordPairList(myCounter) = myWordPairList(myCounter)
Next
Rem Add a new word pair to the array.
myNewWordPairList(UBound(myNewWordPairList)) = (Array("paragarph", "paragraph"))
Rem Update the word pair list.
myAutoCorrectTable.AutoCorrectWordPairList = myNewWordPairList
Rem To clear all autocorrect word pairs in the current dictionary:
Rem myAutoCorrectTable.autoCorrectWordPairList = array(())
Rem Turn autocorrect on if it's not on already.
If myInDesign.AutoCorrectPreferences.AutoCorrect = False Then myInDesign.AutoCorrectPreferences.AutoCorrect = True
End If myInDesign.AutoCorrectPreferences.AutoCorrectCapitalizationErrors = True
Footnotes
The following script fragment shows how to add footnotes to a story (for the complete script, including the myGetRandom
function, see Footnotes):
Set myDocument = myInDesign.Documents.Item(1)
Set myPage = myDocument.Pages.Item(1)
With myDocument.FootnoteOptions
.SeparatorText = vbTab
.MarkerPositioning = idFootnoteMarkerPositioning.idSuperscriptMarker
End With
Set myTextFrame = myDocument.Pages.Item(1).TextFrames.Item(1)
Rem Add four footnotes at random locations in the story.
For myCounter = 1 To 4 myRandomNumber = CLng(myGetRandom(1, myTextFrame.ParentStory.Words.Count))
Set myWord = myTextFrame.ParentStory.Words.Item(myRandomNumber)
Set myFootnote = myWord.InsertionPoints.Item(-1).Footnotes.Add
Rem Note: when you create a footnote, it contains text--the footnote marker
Rem and the separator text (if any). If you try to set the text of the footnote
Rem by setting the footnote contents, you will delete the marker. Instead, append
Rem the footnote text, as shown below.
myFootnote.InsertionPoints.Item(-1).Contents = "This is a footnote."
Next
Span Columns
A paragraph layout can span multiple columns or split into subcolumns with the Span Columns attribute or Split Column attribute applied. The following script fragment shows how to set the Span Columns and
Split Column style for a paragraph (for the complete script, see SpanColumns):
C HAPTER 6: Text and Type Setting Text Preferences 116
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.ActiveDocument
Set myPage = myDocument.Pages.Item(1)
Set myTextFrame = myPage.TextFrames.Item(1) myTextFrame.TextFramePreferences.TextColumnCount = 3
Set myStory = myTextFrame.ParentStory
Rem Split Column
With myStory.Paragraphs.Item(1)
.SpanColumnType = idSpanColumnTypeOptions.idSplitColumns
.SpanSplitColumnCount = 2
.SplitColumnOutsideGutter = 0
.SplitColumnInsideGutter = 1
End With
Rem Span Columns mySpanIndex = myStory.Paragraphs.Count \ 2 + 1
With myStory.Paragraphs.Item(mySpanIndex)
.SpanColumnType = idSpanColumnTypeOptions.idSpanColumns
.SpanSplitColumnCount = idSpanColumnCountOptions.idAll
End With
Setting Text Preferences
The following script shows how to set general text preferences (for the complete script, see
TextPreferences):
With myInDesign.TextPreferences
.AbutTextToTextWrap = True
.AddPages = idAddPageOptions.idEndOfDocument
Rem baseline shift key increment can range from .001 to 200 points.
.BaselineShiftKeyIncrement = 1
.DeleteEmptyPages = False
.EnableStylePreviewMode = False
.HighlightCustomSpacing = False
.HighlightHjViolations = True
.HighlightKeeps = True
.HighlightSubstitutedFonts = True
.HighlightSubstitutedGlyphs = True
.JustifyTextWraps = True
Rem kerning key increment value is 1/1000 of an em.
.KerningKeyIncrement = 10
Rem leading key increment value can range from .001 to 200 points.
.LeadingKeyIncrement = 1
.LimitToMasterTextFrames = False
.LinkTextFilesWhenImporting = False
.PreserveFacingPageSpreads = False
.ShowInvisibles = True
.SmallCap = 60
.SmartTextReflow = False
.SubscriptPosition = 30
.SubscriptSize = 60
C HAPTER 6: Text and Type
.SuperscriptPosition = 30
.SuperscriptSize = 60
.TypographersQuotes = False
.UseOpticalSize = False
.UseParagraphLeading = False
.ZOrderTextWrap = False
End With
Rem Text editing preferences are application-wide.
With myInDesign.TextEditingPreferences
.AllowDragAndDropTextInStory = True
.DragAndDropTextInLayout = True
.SingleClickConvertsFramesToTextFrames = True
.SmartCutAndPaste = True
.TripleClickSelectsLine = False
End With
Setting Text Preferences 117
7
User Interfaces
VBScript can create dialogs for simple yes/no questions and text entry, but you probably will need to create more complex dialogs for your scripts. InDesign scripting can add dialogs and populate them with common user-interface controls, like pop-up lists, text-entry fields, and numeric-entry fields. If you want your script to collect and act on information entered by you or any other user of your script, use the dialog
object.
This chapter shows how to work with InDesign dialog scripting. The sample scripts in this chapter are presented in order of complexity, starting with very simple scripts and building toward more complex operations.
N OTE : InDesign scripts written in JavaScript also can include user interfaces created using the Adobe
ScriptUI component. This chapter includes some ScriptUI scripting tutorials; for more information, see
Adobe CS5 JavaScript Tools Guide .
N OTE : Although Visual Basic applications can create complete user interfaces, they run from a separate
Visual Basic executable file. InDesign scripting includes the ability to create complex dialogs that appear inside InDesign and look very much like the program’s standard user interface. VBScripts run from the
Scripts palette are much faster than scripts run from an external application.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create and run a script.
Dialog Overview
An InDesign dialog box is an object like any other InDesign scripting object. The dialog box can contain several different types of elements (known collectively as “widgets”), as shown in the following figure. The elements of the figure are described in the table following the figure.
118
C HAPTER 7: User Interfaces Dialog Overview 119 dialog dialog column static text border panel checkbox control radiobutton group radiobutton control measurement editbox dropdown
Dialog box element
Text-edit fields
Numeric-entry fields
InDesign name
Text editbox control
Real editbox, integer editbox, measurement editbox, percent editbox, angle editbox
Drop-down control
Combo-box control
Pop-up menus
Control that combines a text-edit field with a pop-up menu
Check box
Radio buttons
Check-box control
Radio-button control
The dialog
object itself does not directly contain the controls; that is the purpose of the
DialogColumn object. DialogColumns give you a way to control the positioning of controls within a dialog box. Inside
DialogColumns
, you can further subdivide the dialog box into other
DialogColumns
or
BorderPanels
(both of which can, if necessary, contain more
DialogColumns
and
BorderPanels
).
Like any other InDesign scripting object, each part of a dialog box has its own properties. A
CheckboxControl
, for example, has a property for its text (
StaticLabel
) and another property for its state (
CheckedState
). The
Dropdown
control has a property (
StringList
) for setting the list of options that appears on the control’s menu.
To use a dialog box in your script, create the dialog
object, populate it with various controls, display the dialog box, and then gather values from the dialog-box controls to use in your script. Dialog boxes remain in InDesign’s memory until they are destroyed. This means you can keep a dialog box in memory and have data stored in its properties used by multiple scripts, but it also means the dialog boxes take up memory and should be disposed of when they are not in use. In general, you should destroy a dialog-box object before your script finishes executing.
C HAPTER 7: User Interfaces Your First InDesign Dialog 120
Your First InDesign Dialog
The process of creating an InDesign dialog is very simple: add a dialog, add a dialog column to the dialog, and add controls to the dialog column. The following script demonstrates the process (for the complete script, see SimpleDialog):
Set myInDesign = CreateObject("InDesign.Application")
Set myDialog = myInDesign.Dialogs.Add
Rem Add a dialog column.
With myDialog.DialogColumns.Add
With .StaticTexts.Add
.StaticLabel = "This is a very simple dialog box."
End With
End With
Rem Show the dialog box.
myResult = myDialog.Show
Rem If the user clicked OK, display one message;
Rem if they clicked Cancel, display a different message.
If myResult = True Then
MsgBox("You clicked the OK button!")
Else
MsgBox("You clicked the Cancel button!")
End If
Rem Remove the dialog from memory.
myDialog.Destroy
Adding a User Interface to “Hello World”
In this example, we add a simple user interface to the Hello World tutorial script presented in Adobe
InDesign CS5 Scripting Tutorial . The options in the dialog box provide a way for you to specify the sample text and change the point size of the text:
Function myDisplayDialog(myInDesign)
Set myDialog = myInDesign.Dialogs.Add
myDialog.CanCancel = True myDialog.Name = "Simple User Interface Example Script"
Set myDialogColumn = myDialog.DialogColumns.Add
Set myTextEditField = myDialogColumn.TextEditboxes.Add
myTextEditField.EditContents = "Hello World!" myTextEditField.MinWidth = 180
Rem Create a number (real) entry field.
Set myPointSizeField = myDialogColumn.measurementEditboxes.Add
myPointSizeField.EditValue = 72 myResult = myDialog.Show
If myResult = True Then
Rem Get the values from the dialog box controls.
myString = myTextEditField.EditContents
myPointSize = myPointSizeField.EditValue
Rem Remove the dialog box from memory.
myDialog.Destroy
myMakeDocument(myInDesign, myString, myPointSize)
Else myDialog.Destroy
End If
End Function
Here is the myMakeDocument
function referred to in the above fragment:
C HAPTER 7: User Interfaces Creating a More Complex User Interface 121
Function myMakeDocument(myInDesign, myString, myPointSize)
Set myDocument = myInDesign.Documents.Add
Set myTextFrame = myDocument.Pages.Item(1).TextFrames.Add
Rem Resize the text frame to the "live" area of the page
Rem (using the function "myGetBounds").
myBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myTextFrame.GeometricBounds = myBounds
Rem Enter the text from the dialog box in the text frame.
myTextFrame.Contents = myString
Rem Set the size of the text to the size you entered in the dialog box.
myTextFrame.Texts.Item(1).PointSize = myPointSize
End Function
Creating a More Complex User Interface
In the next example, we add more controls and different types of controls to the sample dialog box. The example creates a dialog box that resembles the following:
For the complete script, see ComplexUI.
Set myDialog = myInDesign.Dialogs.Add
myDialog.CanCancel = True myDialog.Name = "User Interface Example Script"
Rem Create a dialog column.
Set myDialogColumn = myDialog.DialogColumns.Add
Rem Create a border panel.
Set myBorderPanel = myDialogColumn.BorderPanels.Add
Rem Create a dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myStaticText = myTempDialogColumn.StaticTexts.Add
myStaticText.StaticLabel = "Message:"
Rem Create another dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myTextEditField = myTempDialogColumn.TextEditboxes.Add
myTextEditField.EditContents = "Hello World!" myTextEditField.MinWidth = 180
Rem Create another border panel.
Set myBorderPanel = myDialogColumn.BorderPanels.Add
Rem Create a dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myStaticText = myTempDialogColumn.StaticTexts.Add
myStaticText.StaticLabel = "Point Size:"
Rem Create another dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myPointSizeField = myTempDialogColumn.RealEditboxes.Add
myPointSizeField.EditValue = 72
Rem Create another border panel.
C HAPTER 7: User Interfaces Creating a More Complex User Interface 122
Set myBorderPanel = myDialogColumn.BorderPanels.Add
Rem Create a dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myStaticText = myTempDialogColumn.StaticTexts.Add
myStaticText.StaticLabel = "Vertical Justification:"
Rem Create another dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myVerticalJustificationMenu = myTempDialogColumn.Dropdowns.Add
myVerticalJustificationMenu.StringList = Array("Top", "Center", "Bottom") myVerticalJustificationMenu.SelectedIndex = 0
Rem Create another border panel.
Set myBorderPanel = myDialogColumn.BorderPanels.Add
Rem Create a dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myStaticText = myTempDialogColumn.StaticTexts.Add
myStaticText.StaticLabel = "Paragraph Alignment:"
Rem Create another dialog column inside the border panel.
Set myTempDialogColumn = myBorderPanel.DialogColumns.Add
Set myRadioButtonGroup = myTempDialogColumn.RadiobuttonGroups.Add
Set myLeftRadioButton = myRadioButtonGroup.RadiobuttonControls.Add
myLeftRadioButton.StaticLabel = "Left" myLeftRadioButton.CheckedState = True
Set myCenterRadioButton = myRadioButtonGroup.RadiobuttonControls.Add
myCenterRadioButton.StaticLabel = "Center"
Set myRightRadioButton = myRadioButtonGroup.RadiobuttonControls.Add
myRightRadioButton.StaticLabel = "Right"
Rem If the user clicked OK, then create the example document.
If myDialog.Show = True Then
Rem Get the values from the dialog box controls.
myString = myTextEditField.EditContents
myPointSize = myPointSizeField.EditValue
Select Case myVerticalJustificationMenu.SelectedIndex
Case 0 myVerticalJustification = idVerticalJustification.idTopAlign
Case 1 myVerticalJustification = idVerticalJustification.idCenterAlign
Case Else myVerticalJustification = idTopAlign.idBottomAlign
End Select
Rem set the paragraph alignment of the text to the dialog radio button choice.
Select Case myRadioButtonGroup.SelectedButton
Case 0 myAlignment = idJustification.idLeftAlign
Case 1 myAlignment = idJustification.idCenterAlign
Case Else myAlignment = idJustification.idRightAlign
End Select
Rem Remove the dialog box from memory.
myDialog.Destroy
Rem Create a new document.
myMakeDocument myInDesign, myString, myPointSize, myParagraphAlignment, myVerticalJustification
Else myDialog.Destroy
End If
Here is the myMakeDocument
function referred to in the above fragment:
C HAPTER 7: User Interfaces Working with ScriptUI 123
Function myMakeDocument(myInDesign, myString, myPointSize, myAlignment, myVerticalJustification)
Rem Create a new document.
Set myDocument = myInDesign.Documents.Add
Set myTextFrame = myDocument.Pages.Item(1).TextFrames.Add
Rem Resize the text frame to the "live" area of the
Rem page (using the function "myGetBounds").
myBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myTextFrame.GeometricBounds = myBounds
Rem Enter the text from the dialog box in the text frame.
myTextFrame.Contents = myString
Rem Set the size of the text to the size you entered
Rem in the dialog box.
myTextFrame.Texts.Item(1).PointSize = myPointSize
Rem Set the paragraph alignment to the alignment you
Rem selected in the dialog box.
myTextFrame.Texts.Item(1).Justification = myAlignment
Rem Set the text frame vertical justification to the vertical justification
Rem you selected in the dialog box.
myTextFrame.TextFramePreferences.VerticalJustification = myVerticalJustification
End Function
Working with ScriptUI
JavaScripts can make create and define user-interface elements using an Adobe scripting component named ScriptUI. ScriptUI gives scripters a way to create floating palettes, progress bars, and interactive dialog boxes that are far more complex than InDesign’s built-in dialog
object.
This does not mean, however, that user-interface elements written using Script UI are not accessible to
VBScript users. InDesign scripts can execute scripts written in other scripting languages using the DoScript method.
Creating a progress bar with ScriptUI
The following sample script shows how to create a progress bar using JavaScript and ScriptUI, then use the progress bar from a VBScript (for the complete script, see ProgressBar):
#targetengine "session"
//Because these terms are defined in the "session" engine,
//they will be available to any other JavaScript running
//in that instance of the engine.
var myMaximumValue = 300; var myProgressBarWidth = 300; var myIncrement = myMaximumValue/myProgressBarWidth; myCreateProgressPanel(myMaximumValue, myProgressBarWidth); function myCreateProgressPanel(myMaximumValue, myProgressBarWidth){ myProgressPanel = new Window('window', 'Progress'); with(myProgressPanel){ myProgressPanel.myProgressBar = add('progressbar', [12, 12, myProgressBarWidth, 24], 0, myMaximumValue);
}
}
The following script fragment shows how to call the progress bar created in the above script using a
VBScript (for the complete script, see CallProgressBar):
C HAPTER 7: User Interfaces Working with ScriptUI 124
Rem Create a document and add pages to it--
Rem if you do not do this, the progress bar
Rem will go by too quickly.
Set myDocument = myInDesign.Documents.Add
Rem Note that the JavaScripts must use the "session"
Rem engine for this to work.
myString = "#targetengine ""session""" & vbCr myString = myString & "myCreateProgressPanel(100, 400);" & vbcr myString = myString & "myProgressPanel.show();" & vbcr myInDesign.DoScript myString, idScriptLanguage.idJavascript
For myCounter = 1 to 100
Rem Add a page to the document.
myInDesign.Documents.Item(1).Pages.Add
myString = "#targetengine ""session""" & vbCr myString = myString & "myProgressPanel.myProgressBar.value = " myString = myString & cstr(myCounter) & "/myIncrement;" & vbcr myInDesign.DoScript myString, idScriptLanguage.idJavascript
If(myCounter = 100) Then myString = "#targetengine ""session""" & vbCr myString = myString & "myProgressPanel.myProgressBar.value = 0;" & vbcr myString = myString & "myProgressPanel.hide();" & vbcr myInDesign.DoScript myString, idScriptLanguage.idJavascript
myDocument.Close idSaveOptions.idNo
End If
Next
8
Events
InDesign scripting can respond to common application and document events, such as opening a file, creating a new file, printing, and importing text and graphic files from disk. In InDesign scripting, the event
object responds to an event that occurs in the application. Scripts can be attached to events using the
EventListener
scripting object. Scripts that use events are the same as other scripts—the only difference is that they run automatically when the corresponding event occurs, rather than being run by the user (from the Scripts palette).
This chapter shows how to work with InDesign event scripting. The sample scripts in this chapter are presented in order of complexity, starting with very simple scripts and building toward more complex operations.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script.
For a discussion of events related to menus, see
The InDesign event scripting model is similar to the Worldwide Web Consortium (W3C) recommendation for Document Object Model Events. For more information, see http://www.w3c.org
.
Understanding the Event Scripting Model
The InDesign event scripting model consists of a series of objects that correspond to the events that occur as you work with the application. The first object is the event
, which corresponds to one of a limited series of actions in the InDesign user interface (or corresponding actions triggered by scripts).
To respond to an event, you register an
EventListener
with an object capable of receiving the event.
When the specified event reaches the object, the
EventListener
executes the script function defined in its handler function (a reference to a script file on disk).
You can view the available events using the Object Browser in your VBScript editor by looking at the
EventEvents module.
About event properties and event propagation
When an action—whether initiated by a user or by a script—triggers an event, the event can spread, or propagate , through the scripting objects capable of responding to the event. When an event reaches an object that has an
EventListener
registered for that event, the
EventListener
is triggered by the event.
An event can be handled by more than one object as it propagates.
There are two types of event propagation:
X None — Only the EventListeners registered to the event target are triggered by the event. The beforeDisplay
event is an example of an event that does not propagate.
X Bubbling — The event starts propagation at its target and triggers any qualifying EventListeners registered to the target
. The event then proceeds upward through the scripting object model, triggering any qualifying
EventListeners
registered to objects above the target
in the scripting object model hierarchy.
125
C HAPTER 8: Events Working with Event Listeners 126
The following table provides more detail on the properties of an event
and the ways in which they relate to event propagation through the scripting object model.
Property
Bubbles
Cancelable
CurrentTarget
DefaultPrevented
EventPhase
EventType
PropagationStopped
Target
TimeStamp
Description
If true, the event
propagates to scripting objects above the object initiating the event
.
If true, the default behavior of the event
on its target
can be canceled. To do this, use the PreventDefault method.
The current scripting object processing the event
. See target
in this table.
If true, the default behavior of the event
on the current target
was prevented, thereby canceling the action. See target
in this table.
The current stage of the event propagation process.
The type of the event
, as a string (for example,
"beforeNew"
).
If true, the event
has stopped propagating beyond the current target
(see target
in this table). To stop event propagation, use the
StopPropagation method.
The object from which the event
originates. For example, the target
of a beforeImport
event is a document; of a beforeNew
event, the application.
The time and date when the event
occurred.
Working with Event Listeners
When you create an
EventListener
, you specify the event type and the event handler (as a function or file reference). The following script fragment shows how to add an
EventListener
for a specific event (for the complete script, see AddEventListener).
Rem Given a reference to InDesign "myInDesign"...
myInDesign.AddEventListener "afterNew", GetRef("myDisplayEventType")
The preceding script fragment refers to the following function:
Function myDisplayEventType(en)
Rem "en" is the event passed to this script by the event listener.
MsgBox ("This event is the " & en.EventType & " event.")
End Function
To remove the EventListener created by the preceding script, run the following script (from the
RemoveEventListener tutorial script):
Rem Given a reference to InDesign "myInDesign"...
myInDesign.RemoveEventListener "afterNew", myDisplayEventType
When an EventListener responds to an event, the event may still be processed by other
EventListeners
that might be monitoring the event (depending on the propagation of the event). For example, the afterOpen
event can be observed by
EventListeners
associated with both the application and the document.
C HAPTER 8: Events Working with Event Listeners 127
EventListeners
do not persist beyond the current InDesign session. To make an
EventListener available in every InDesign session, add the script to the startup scripts folder. (For more on installing scripts, see "Installing Scripts" in Adobe InDesign CS5 Scripting Tutorial .) When you add an EventListener script to a document, it is not saved with the document or exported to IDML.
N OTE : If you are having trouble with a script that defines an EventListener , you can either run a script that removes the
EventListener
or quit and restart InDesign.
An event can trigger multiple EventListeners as it propagates through the scripting object model. The following sample script demonstrates an event triggering
EventListeners
registered to different objects
(for the full script, see MultipleEventListeners):
Rem Given a reference to InDesign Application object "myInDesign"...
myInDesign.AddEventListener DocumentEvents.idBeforeImport, GetRef("myEventInfo")
Set myDocument = myInDesign.Documents.Add
myInDesign.Documents.Item(1).AddEventListener DocumentEvents.idBeforeImport,
GetRef("myEventInfo")
The myEventInfo
function referred to in the preceding script contains the following script code:
Function myEventInfo(en) myString = "Current Target: " & en.currentTarget.name
MsgBox(myString)
End Function
When you run the preceding script and place a file, InDesign displays alerts showing, in sequence, the name of the document, then the name of the application. To remove the event listeners added by the preceding script, run the RemoveMultipleEventListeners script.
The following sample script creates an
EventListener
for each document event and displays information about the event in a simple dialog box. For the complete script, see EventListenersOn.
Set myInDesign = CreateObject("InDesign.Application") myEventNames = Array("beforeQuit", "afterQuit", "beforeNew", "afterNew", "beforeOpen",
"afterOpen", "beforeClose", "afterClose", "beforeSave", "afterSave", "beforeSaveAs",
"afterSaveAs", "beforeSaveACopy", "afterSaveACopy", "beforeRevert", "afterRevert",
"beforePrint", "afterPrint", "beforeExport", "afterExport", "beforeImport",
"afterImport", "beforePlace", "afterPlace")
For myCounter = 0 To UBound(myEventNames) myInDesign.AddEventListener myEventNames(myCounter), "c:\GetEventInfo.vbs", False
If myCounter < UBound(myEventNames) Then myInDesign.EventListeners.Add myEventNames(myCounter), "c:\GetEventInfo.vbs",
False
End If
Next
The preceding script refers to the following script. The file reference in the preceding script must match the location of this script on your disk. For the complete script, see
GetEventInfo.vbs
.
C HAPTER 8: Events Sample afterNew Event Listener 128 main evt
Function main(myEvent) myString = "Handling Event: " & myEvent.EventType
myString = myString & vbCr & vbCr & "Target: " & myEvent.Target & " " & myEvent.Target.Name
myString = myString & vbCr & "Current: " & myEvent.CurrentTarget & " " & myEvent.CurrentTarget.Name
myString = myString & vbCr & vbCr & "Phase: " & myGetPhaseName(myEvent.EventPhase) myString = myString & vbCr & "Bubbles: " & myEvent.Bubbles
myString = myString & vbCr & vbCr & "Cancelable: " & myEvent.Cancelable
myString = myString & vbCr & "Stopped: " & myEvent.PropagationStopped
myString = myString & vbCr & "Canceled: " & myEvent.DefaultPrevented
myString = myString & vbCr & vbCr & "Time: " & myEvent.TimeStamp
MsgBox myString, vbOKOnly, "Event Details" end function
Rem Function returns a string corresponding to the event phase enumeration.
Function myGetPhaseName(myEventPhase)
Select Case myEventPhase
Case idEventPhases.idAtTarget
myPhaseName = "At Target"
Case idEventPhases.idBubblingPhase
myPhaseName = "Bubbling"
Case idEventPhases.idDone
myPhaseName = "Done"
Case idEventPhases.idNotDispatching
myPhaseName = "Not Dispatching" end select myGetPhaseName = myPhaseName
End Function
The following sample script shows how to turn off all
EventListeners
on the application object. For the complete script, see EventListenersOff.
Set myInDesign = CreateObject("InDesign.Application")
For myCounter = 1 To myInDesign.EventListeners.Count
myInDesign.EventListeners.Item(1).Delete
Next
Sample afterNew Event Listener
The afterNew
event provides a convenient place to add information to the document, such as the user name, the date the document was created, copyright information, and other job-tracking information. The following tutorial script shows how to add this kind of information to a text frame in the slug area of the first master spread in the document (for the complete script, see AfterNew). This script also adds document metadata (also known as file info or XMP information).
Rem Adds an event listener to the afterNew event. Calls
Rem a script on disk to set up basic document parameters
Rem and XMP metadata.
Set myInDesign = CreateObject("InDesign.Application")
Set myEventListener = myInDesign.EventListeners.Add("afterNew",
"c:\IDEventHandlers\AfterNewHandler.vbs")
The preceding script refers to the following script. The file reference in the preceding script must match the location of this script on your disk. For the complete script, see
AfterNewHandler.vbs
.
C HAPTER 8: Events Sample beforePrint Event Listener 129
Rem AfterNewHandler.vbs
Rem An InDesign CS5 VBScript
Rem
Rem This script is called by the AfterNew.vbs tutorial script. It
Rem Sets up a basic document layout and adds XMP information
Rem to the document.
AfterNewHandler(evt)
Function AfterNewHandler(myEvent)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myEvent.Parent
Set myViewPreferences = myDocument.ViewPreferences
myViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
myViewPreferences.RulerOrigin = idRulerOrigin.idPageOrigin
Rem mySlugOffset is the distance from the bottom of the
Rem page to the top of the slug.
mySlugOffset = 24
Rem mySlugHeight is the height of the slug text frame.
mySlugHeight = 72
With myDocument.DocumentPreferences
.documentSlugUniformSize = false
.SlugBottomOffset = mySlugOffset + mySlugHeight
.SlugTopOffset = 0
.SlugInsideOrLeftOffset = 0
.SlugRightOrOutsideOffset = 0
End With
For myCounter = 1 To myDocument.MasterSpreads.Count
Set myMasterSpread = myDocument.MasterSpreads.Item(myCounter)
For myMasterPageCounter = 1 To myMasterSpread.Pages.Count
Set myPage = myMasterSpread.Pages.Item(myMasterPageCounter) mySlugBounds = myGetSlugBounds(myDocument, myPage, mySlugOffset, mySlugHeight)
Set mySlugFrame = myPage.TextFrames.Add
mySlugFrame.GeometricBounds = mySlugBounds mySlugFrame.Contents = "Created: " & myEvent.TimeStamp & vbCr & "by: "
& myInDesign.UserName
Next
Next
With myDocument.MetadataPreferences
.Author = "Adobe Systems"
.Description = "This is a sample document with XMP metadata."
End With
End Function
Function myGetSlugBounds(myDocument, myPage, mySlugOffset, mySlugHeight) myPageWidth = myDocument.DocumentPreferences.PageWidth
myPageHeight = myDocument.DocumentPreferences.PageHeight
myX1 = myPage.MarginPreferences.Left
myY1 = myPageHeight + mySlugOffset myX2 = myPageWidth - myPage.MarginPreferences.Right
myY2 = myY1 + mySlugHeight myGetSlugBounds = Array(myY1, myX1, myY2, myX2)
End Function
Sample beforePrint Event Listener
The beforePrint
event provides a perfect place to execute a script that performs various preflight checks on a document. The following script shows how to add an event listener that checks a document for certain attributes before printing (for the complete script, see BeforePrint):
C HAPTER 8: Events Sample beforePrint Event Listener 130
Rem Adds an event listener that performs a preflight check on
Rem a document before printing. If the preflight check fails,
Rem the script gives the user the opportunity to cancel the print job.
Set myInDesign = CreateObject("InDesign.Application")
Set myEventListener = myInDesign.EventListeners.Add("beforePrint",
"c:\IDEventHandlers\BeforePrintHandler.vbs")
The preceding script refers to the following script. The file reference in the preceding script must match the location of this script on your disk. For the complete script, see
BeforePrintHandler.vbs
.
Rem BeforePrintHandler.vbs
Rem An InDesign CS5 VBScript
Rem
Rem Peforms a preflight check on a document. Called by the
Rem BeforePrint.applescript event listener example.
Rem "evt" is the event passed to this script by the event listener.
myBeforePrintHandler(evt)
Function myBeforePrintHandler(myEvent)
Rem The parent of the event is the document.
Set myDocument = myEvent.parent
If myPreflight(myDocument) = False Then myEvent.stopPropagation
myEvent.preventDefault
myString = "Document did not pass preflight check." & vbCr myString = myString & "Please fix the problems and try again." msgbox(myString)
Else msgbox("Document passed preflight check. Ready to print.") myDocument.print(true)
End If
End Function
Function myPreflight(myDocument) myPreflightCheck = True myFontCheck = myCheckFonts(myDocument) myGraphicsCheck = myCheckGraphics(myDocument)
If ((myFontCheck = false)Or(myGraphicsCheck = false)) Then myPreflightCheck = false
End If myPreflight = myPreflightCheck
End function
Function myCheckFonts(myDocument) myFontCheck = true
For myCounter = 1 To myDocument.fonts.count
Set myFont = myDocument.fonts.item(myCounter) if myFont.status <> idFontStatus.idinstalled Then myFontCheck = false
End If
Next myCheckFonts = myFontCheck
End function function myCheckGraphics(myDocument) myGraphicsCheck = true for myCounter = 1 To myDocument.allGraphics.count
set myGraphic = myDocument.allGraphics.item(myCounter)
If myGraphic.itemLink.status <> idLinkStatus.idnormal Then myGraphicsCheck = false
End If
Next myCheckGraphics = myGraphicsCheck
End function
C HAPTER 8: Events Sample Selection Event Listeners 131
Sample Selection Event Listeners
InDesign can respond to events related to selection. When you select or deselect objects in an InDesign document, InDesign generates the afterSelectionChanged
event. When you change an attribute (the formatting or position) of the selected object or objects, InDesign generates the afterSelectionAttributeChanged
event. These two events are useful when you want to create a script that responds to user actions.
The following script fragment shows how to get and display the type of an object when the selection changes. For the complete script, see AfterSelectionChanged.
Set myDocument = myInDesign.Documents.Add
myDocument.AddEventListener "afterSelectionChanged", GetRef("myDisplaySelectionType")
The event handler referred to in the preceding script fragment looks like this:
Function myDisplaySelectionType(en)
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then if myInDesign.Documents.Item(1).Selection.Count > 0 Then
Set mySelection = myInDesign.Documents.Item(1).Selection
myString = "Selection Contents:" & vbCr for myCounter = 1 To mySelection.Count
myString = myString & TypeName(mySelection.Item(myCounter)) & vbCr
Next
MsgBox(myString)
End If
End If
End Function
To remove the event listener added by the preceding script, run the RemoveAfterSelectionChanged script.
The following script fragment shows how to respond to a change in the attributes of a selection. In this example, the event handler checks the selection to see whether the Registration swatch has been applied.
(Accidental application of the Registration swatch can cause problems at your commercial printer.) If the
Registration swatch has been applied, the script asks whether the change was intentional. For the complete script, see AfterSelectionAttributeChanged.
Set myDocument = myInDesign.Documents.Add
myDocument.AddEventListener "afterSelectionAttributeChanged",
GetRef("myCheckForRegistration")
The event handler referred to in the preceding script fragment looks like this:
C HAPTER 8: Events Sample onIdle Event Listener 132
Function myCheckForRegistration(en) myRegistrationSwatchUsed = false
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
If myInDesign.Documents.Item(1).Selection.Count > 0 Then
Set mySelection = myInDesign.Documents.Item(1).Selection
For myCounter = 1 To mySelection.Count
Set myFillColor = mySelection.Item(myCounter).FillColor
Set myStrokeColor = mySelection.Item(myCounter).StrokeColor
If myFillColor.Name = "Registration" Or myStrokeColor.Name =
"Registration" Then myRegistrationSwatchUsed = True
End If
Next
If myRegistrationSwatchUsed = True Then
MsgBox("The Registration swatch is applied to some of the" & vbCr & _
"objects in the selection. Did you really intend to apply this swatch?")
End If
End If
End If
End Function
To remove the event listener added by the preceding script, run the
RemoveAfterSelectionAttributeChanged script.
Sample onIdle Event Listener
InDesign’s idle tasks execute when there are no events in the event queue for the application to process. It is easy to run idle tasks by scripting. The onIdle
event provides a way to run scripting-based idle tasks. It can be used to automatically execute a script when InDesign/InCopy is idle. Its event target is IdleTask , and its event object is
IdleEvent
.
The Sleep property of the idle task is the amount of time that elapses before InDesign calls the task again.
It should be obvious that you need to set the sleep time to a value high enough that it does not interfere with your work, though this value will vary depending on what tasks the script performs.
Setting the sleep time to zero deletes the task (though it does not remove the event listener). This is the most convenient way to stop an idle task.
The following script shows how to add an eventListener and show a message box from the idle task (for the complete script, see Reminder):
Set myInDesign = CreateObject("InDesign.Application")
Set myIdleTask = myInDesign.IdleTasks.Add() myIdleTask.Name = "my_idle_task" myIdleTask.Sleep = 10000
Rem You need to fill in your own file path.
fileName = "C:\scripting\OnIdleEventHandler.vbs"
Set onIdleEventListener = myIdleTask.AddEventListener("onIdle", fileName, False)
MsgBox("Created idle task " & myIdleTask.Name & "; added event listener on " & onIdleEventListener.EventType)
The event handler is a script file, OnIdleEventHandler.vbs.
C HAPTER 8: Events Sample onIdle Event Listener 133
Rem "evt" is the event passed to this script by the event listener.
onIdleEventtHandler(evt)
Function onIdleEventtHandler(myIdleEvent)
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count = 0 Then
Set myDoc = myInDesign.Documents.Add()
MsgBox("Created document " + myDoc.Name + " in idle task.")
Exit Function
End If
Set myTextFrames = myInDesign.ActiveDocument.Pages.Item(1).TextFrames
If myTextFrames.Count = 0 Then
Set myTextFrame = myTextFrames.Add() myTextFrame.GeometricBounds = Array("72pt", "72pt", "288pt", "288pt") myTextFrame.Contents = "Text frame created in idle task"
MsgBox("Created a text frame in idle task.")
Exit Function
End If
Rem Delete idle task by setting its sleep time to zero.
myIdleEvent.Parent.Sleep = 0
MsgBox("Nothing to do. Delete idle task.")
End Function
To remove the idle task created by preceding script, run the following script (for the complete script, see
RemoveIdleTask):
Set myInDesign = CreateObject("InDesign.Application") taskCount = myInDesign.IdleTasks.Count
If taskCount = 0 Then
MsgBox("There is no idle task.")
Else myIdleTaskName = "my_idle_task"
For Each myIdleTask In myInDesign.IdleTasks
If myIdleTask.Name = myIdleTaskName Then
MsgBox("Idle task " & myIdleTaskName & " removed.")
Next
End If myIdleTask.Delete()
End If
To remove all idle tasks, run the following script (for the complete script, see RemoveAllIdleTasks):
Set myInDesign = CreateObject("InDesign.Application") taskCount = myInDesign.IdleTasks.Count
If taskCount = 0 Then
MsgBox("There is no idle task.")
Else
For Each myIdleTask In myInDesign.IdleTasks
myIdleTask.Delete()
Next
MsgBox(taskCount & " idle task(s) removed.")
End If
To list existing idle tasks, run the following script (for the complete script, see ListIdleTasks):
C HAPTER 8: Events Sample onIdle Event Listener 134
Set myInDesign = CreateObject("InDesign.Application") taskCount = myInDesign.IdleTasks.Count
If taskCount = 0 Then
MsgBox("There is no idle task.")
Else str = ""
For i = 1 To taskCount
Next
MsgBox(str)
End If
Set myIdleTask = myInDesign.IdleTasks.Item(i) str = str & "idle task " & myIdleTask.id & ": " & myIdleTask.name & VbCrLf
9
Menus
InDesign scripting can add menu items, remove menu items, perform any menu command, and attach scripts to menu items.
This chapter shows how to work with InDesign menu scripting. The sample scripts in this chapter are presented in order of complexity, starting with very simple scripts and building toward more complex operations.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script.
Understanding the Menu Model
The InDesign menu-scripting model is made up of a series of objects that correspond to the menus you see in the application’s user interface, including menus associated with panels as well as those displayed on the main menu bar. A menu object contains the following objects:
X
MenuItems
— The menu options shown on a menu. This does not include submenus.
X
MenuSeparators
— Lines used to separate menu options on a menu.
X
Submenus
— Menu options that contain further menu choices.
X
MenuElements — All MenuItems , MenuSeparators and Submenus shown on a menu.
X
EventListeners
— These respond to user (or script) actions related to a menu.
X
Events
— The events
triggered by a menu.
Every
MenuItem
is connected to a
MenuAction
through the
AssociatedMenuAction
property. The properties of the
MenuAction
define what happens when the menu item is chosen. In addition to the
MenuActions
defined by the user interface, InDesign scripters can create their own,
ScriptMenuActions
, which associate a script with a menu selection.
A
MenuAction
or
ScriptMenuAction
can be connected to zero, one, or more
MenuItems
.
The following diagram shows how the different menu objects relate to each other:
135
C HAPTER 9: Menus Understanding the Menu Model 136 application menuActions menuAction area checked enabled eventListeners id index label name events parent title scriptMenuActions scriptMenuAction same as menuAction eventListener eventListener
...
event event
...
To create a list (as a text file) of all menu actions, run the following script fragment (from the
GetMenuActions tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Rem You'll need to fill in a valid file path on your system.
Set myTextFile = myFileSystemObject.CreateTextFile("c:\menuactions.txt", True, False)
For myCounter = 1 To myInDesign.MenuActions.Count
Set myMenuAction = myInDesign.MenuActions.Item(myCounter) myTextFile.WriteLine myMenuAction.name
Next myTextFile.Close
MsgBox "done!"
To create a list (as a text file) of all available menus, run the following script fragment (for the complete script, see GetMenuNames). These scripts can be very slow, as there are many menu names in InDesign.
C HAPTER 9: Menus Understanding the Menu Model 137
Set myInDesign = CreateObject("InDesign.Application")
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Set myTextFile = myFileSystemObject.CreateTextFile("c:\menunames.txt", True, False)
For myMenuCounter = 1 To myInDesign.Menus.Count
Set myMenu = myInDesign.Menus.Item(myMenuCounter) myTextFile.WriteLine myMenu.Name
myProcessMenu myMenu, myTextFile
Next myTextFile.Close
MsgBox "done!"
Function myProcessMenu(myMenuItem, myTextFile) myString = "" myMenuName = myMenuItem.Name
For myCounter = 1 To myMenuItem.MenuElements.Count
If TypeName(myMenuItem.MenuElements.Item(myCounter)) <>
"MenuSeparator" Then myString = myGetIndent(myMenuItem.MenuElements.Item(myCounter), myString, False) myTextFile.WriteLine myString & myMenuItem.MenuElements.Item(myCounter).Name
myMenuElementName = myMenuItem.MenuElements.Item(myCounter).Name
myString = ""
If TypeName(myMenuItem.MenuElements.Item(myCounter)) = "Submenu" Then
If myMenuItem.MenuElements.Count > 0 Then myProcessMenu myMenuItem.MenuElements.Item(myCounter), myTextFile
End If
End If
End If
Next
End Function
Function myGetIndent(myMenuItem, myString, myDone)
Do While myDone = False
If TypeName(myMenuItem.Parent) = "Application" Then myDone = True
Else myString = myString & vbTab myGetIndent myMenuItem.Parent, myString, myDone
End If
Loop myGetIndent = myString
End Function
Localization and menu names
in InDesign scripting, MenuItems , Menus , MenuActions , and Submenus are all referred to by name. Because of this, scripts need a method of locating these objects that is independent of the installed locale of the application. To do this, you can use an internal database of strings that refer to a specific item, regardless of locale. For example, to get the locale-independent name of a menu action, you can use the following script fragment (for the complete script, see GetKeyStrings):
C HAPTER 9: Menus Running a Menu Action from a Script 138
Set myInDesign = CreateObject("InDesign.Application")
Rem Fill in the name of the menu action you want.
Set myMenuAction = myInDesign.MenuActions.Item("Convert to Note") myKeyStrings = myInDesign.FindKeyStrings(myMenuAction.Name) myString = ""
For Each myKeyString In myKeyStrings myString = myString & myKeyString & vbCr
Next
MsgBox myString
N OTE : It is much better to get the locale-independent name of a MenuAction than of a Menus , MenuItem , or
Submenu
, because the title of a
MenuAction
is more likely to be a single string. Many of the other menu objects return multiple strings when you use the
FindKeyStrings
method.
Once you have the locale-independent string you want to use, you can include it in your scripts. Scripts that use these strings will function properly in locales other than that of your version of InDesign.
To translate a locale-independent string into the current locale, use the following script fragment (from the
TranslateKeyString tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Rem Fill in the appropriate key string in the following line.
myString = myInDesign.TranslateKeyString("$ID/NotesMenu.ConvertToNote")
MsgBox myString
Running a Menu Action from a Script
Any of InDesign’s built-in
MenuActions
can be run from a script. The
MenuAction
does not need to be attached to a
MenuItem
; however, in every other way, running a
MenuItem
from a script is exactly the same as choosing a menu option in the user interface. For example, If selecting the menu option displays a dialog box, running the corresponding MenuAction from a script also displays a dialog box.
The following script shows how to run a
MenuAction
from a script (for the complete script, see
InvokeMenuAction):
Set myInDesign = CreateObject("InDesign.Application")
Rem Get a reference to a menu action.
Set myMenuAction = myInDesign.MenuActions.Item("$ID/NotesMenu.ConvertToNote")
Rem Run the menu action. The example action will fail if you do not
Rem have text selected.
myMenuAction.Invoke
N OTE : In general, you should not try to automate InDesign processes by scripting menu actions and user-interface selections; InDesign’s scripting object model provides a much more robust and powerful way to work. Menu actions depend on a variety of user-interface conditions, like the selection and the state of the window. Scripts using the object model work with the objects in an InDesign document directly, which means they do not depend on the user interface; this, in turn, makes them faster and more consistent.
Adding Menus and Menu Items
Scripts also can create new menus and menu items or remove menus and menu items, just as you can in the InDesign user interface. The following sample script shows how to duplicate the contents of a submenu to a new menu in another menu location (for the complete script, see CustomizeMenu):
C HAPTER 9: Menus Menus and Events 139
Set myInDesign = CreateObject("InDesign.Application")
Set myMainMenu = myInDesign.Menus.Item("Main")
Set myTypeMenu = myMainMenu.MenuElements.Item("Type")
Set myFontMenu = myTypeMenu.MenuElements.Item("Font")
Set myKozukaMenu = myFontMenu.Submenus.Item("Kozuka Mincho Pro ")
Set mySpecialFontMenu = myMainMenu.Submenus.Add("Kozuka Mincho Pro")
For myCounter = 1 To myKozukaMenu.MenuItems.Count
Set myAssociatedMenuAction = myKozukaMenu.MenuItems.Item(myCounter).AssociatedMenuAction
mySpecialFontMenu.MenuItems.Add myAssociatedMenuAction
Next
To remove the custom menu item created by the above script, use RemoveCustomMenu.
Set myMainMenu = myInDesign.menus.item("$ID/Main")
On Error Resume Next
Set mySpecialFontMenu = myMainMenu.Submenus.Item("Kozuka Mincho Pro") mySpecialFontMenu.Delete
On Error Goto 0
Menus and Events
Menus and submenus generate events as they are chosen in the user interface, and
MenuActions
and
ScriptMenuActions
generate events as they are used. Scripts can install
EventListeners
to respond to these events. The following table shows the events for the different menu scripting components:
Object
Menu
Submenu
Event Description beforeDisplay Runs the attached script before the contents of the menu is shown.
MenuAction afterInvoke beforeInvoke
ScriptMenuAction afterInvoke beforeInvoke
Runs the attached script when the associated
MenuItem
is selected, but after the onInvoke event.
Runs the attached script when the associated
MenuItem
is selected, but before the onInvoke
event.
Runs the attached script when the associated
MenuItem
is selected, but after the onInvoke event.
Runs the attached script when the associated
MenuItem
is selected, but before the onInvoke
event.
beforeDisplay Runs the attached script before an internal request for the enabled/checked status of the
ScriptMenuActionScriptMenuAction
.
onInvoke Runs the attached script when the
ScriptMenuAction
is invoked.
beforeDisplay Runs the attached script before the contents of the Submenu are shown.
For more about
Events
and
EventListeners
C HAPTER 9: Menus Working with scriptMenuActions 140
To change the items displayed in a menu, add an
EventListener
for the beforeDisplay Event
. When the menu is selected, the
EventListener
can then run a script that enables or disables menu items, changes the wording of menu item, or performs other tasks related to the menu. This mechanism is used internally to change the menu listing of available fonts, recent documents, or open windows.
Working with scriptMenuActions
You can use
ScriptMenuAction
to create a new
MenuAction
whose behavior is implemented through the script registered to run when the onInvoke Event
is triggered.
The following script shows how to create a
ScriptMenuAction
and attach it to a menu item (for the complete script, see MakeScriptMenuAction). This script simply displays an alert when the menu item is selected.
Set myInDesign = CreateObject("InDesign.Application")
Set mySampleScriptAction = myInDesign.ScriptMenuActions.Add("Display Message")
Set myEventListener = mySampleScriptAction.EventListeners.Add("onInvoke",
"c:\message.vbs")
Set mySampleScriptMenu = myInDesign.Menus.Item("$ID/Main").Submenus.Add("Script Menu
Action")
Set mySampleScriptMenuItem = mySampleScriptMenu.MenuItems.Add(mySampleScriptAction)
The message.vbs
script file contains the following code:
MsgBox("You selected an example script menu action.")
To remove the
Menu
,
Submenu
,
MenuItem
, and
ScriptMenuAction
created by the above script, run the following script fragment (from the RemoveScriptMenuAction tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set mySampleScriptAction = myInDesign.ScriptMenuActions.Item("Display Message") mySampleScriptAction.Delete
Set mySampleScriptMenu = myInDesign.Menus.Item("$ID/Main").Submenus.Item("Script Menu
Action") mySampleScriptMenu.Delete
You also can remove all
ScriptMenuAction
, as shown in the following script fragment (from the
RemoveAllScriptMenuActions tutorial script). This script also removes the menu listings of the
ScriptMenuAction , but it does not delete any menus or submenus you might have created.
Set myInDesign = CreateObject("InDesign.Application")
For myCounter = myInDesign.ScriptMenuActions.Count To 1 Step -1 myInDesign.ScriptMenuActions.Item(myCounter).Delete
Next
You can create a list of all current
ScriptMenuActions
, as shown in the following script fragment (from the ListScriptMenuActions tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Rem You'll need to fill in a valid file path for your system.
Set myTextFile = myFileSystemObject.CreateTextFile("c:\scriptmenuactionnames.txt",
True, False)
For myCounter = 1 To myInDesign.ScriptMenuActions.Count
Set myScriptMenuAction = myInDesign.ScriptMenuActions.Item(myMenuCounter) myTextFile.WriteLine myScriptMenuAction.Name
Next myTextFile.Close
C HAPTER 9: Menus A More Complex Menu-scripting Example 141
ScriptMenuAction
also can run scripts during their beforeDisplay Event
, in which case they are executed before an internal request for the state of the
ScriptMenuAction
(e.g., when the menu item is about to be displayed). Among other things, the script can then change the menu names and/or set the enabled/checked status.
In the following sample script, we add an EventListener to the beforeDisplay Event that checks the current selection. If there is no selection, the script in the
EventListener
disables the menu item. If an item is selected, the menu item is enabled, and choosing the menu item displays the type of the first item in the selection. (For the complete script, see BeforeDisplay.)
Set myInDesign = CreateObject("InDesign.Application")
Set mySampleScriptAction = myInDesign.ScriptMenuActions.Add("Display Message")
Set myEventListener = mySampleScriptAction.EventListeners.Add("onInvoke",
"c:\WhatIsSelected.vbs ")
Set mySampleScriptMenu = myInDesign.Menus.Item("$ID/Main").Submenus.Add("Script Menu
Action")
Set mySampleScriptMenuItem = mySampleScriptMenu.MenuItems.Add(mySampleScriptAction) mySampleScriptMenu.EventListeners.Add "beforeDisplay", "c:\BeforeDisplayHandler.vbs"
The BeforeDisplayHander tutorial script file contains the following script:
Set myInDesign = CreateObject("InDesign.Application")
Set mySampleScriptAction = myInDesign.ScriptMenuActions.Item("Display Message")
If myInDesign.Selection.Count > 0 Then mySampleScriptAction.Enabled = True
Else mySampleScriptAction.Enabled = False
End If
The WhatIsSelected tutorial script file contains the following script:
Set myInDesign = CreateObject("InDesign.Application") myString = TypeName(myInDesign.Selection.Item(1))
MsgBox "The first item in the selection is a " & myString & "."
A More Complex Menu-scripting Example
You have probably noticed that selecting different items in the InDesign user interface changes the contents of the context menus. The following sample script shows how to modify the context menu based on the properties of the object you select. Fragments of the script are shown below; for the complete script, see LayoutContextMenu.
The following snippet shows how to create a new menu item on the Layout context menu (the context menu that appears when you have a page item selected). The following snippet adds a beforeDisplay
EventListener which checks for the existence of a MenuItem and removes it if it already exists. We do this to ensure the
MenuItem
does not appear on the context menu when the selection does not contain a graphic, and to avoid adding multiple menu choices to the context menu. The
EventListener
then checks the selection to see if it contains a graphic; if so, it creates a new
ScriptMenuItem
.
Set myInDesign = CreateObject("InDesign.Application")
Rem The locale-independent name (aka "key string") for the
Rem Layout context menu is "$ID/RtMouseLayout".
Set myLayoutContextMenu = myInDesign.Menus.Item("$ID/RtMouseLayout")
Rem Create the event handler for the "beforeDisplay" event
Rem of the Layout context menu.
Set myBeforeDisplayListener = myLayoutContextMenu.addEventListener("beforeDisplay",
"c:\IDEventHandlers\LabelGraphicBeforeDisplay.vbs", false)
C HAPTER 9: Menus A More Complex Menu-scripting Example 142
The
LabelGraphicBeforeDisplay.vbs
file referred to in the above example contains the following: myBeforeDisplayHandler evt function myBeforeDisplayHandler(myEvent)
ReDim myObjectList(0)
Set myInDesign = CreateObject("InDesign.Application")
Set myLayoutContextMenu = myInDesign.Menus.Item("$ID/RtMouseLayout")
Rem Check for open documents is a basic sanity check--
Rem it should never be needed, as this menu won't be
Rem displayed unless an item is selected. But it's best
Rem to err on the side of safety.
If myInDesign.Documents.Count > 0 Then
If myInDesign.Selection.Count > 0 Then
Rem Does the selection contain any graphics?
for myCounter = 1 To myInDesign.Selection.Count
Select Case TypeName(myInDesign.Selection.Item(myCounter))
Case "PDF","EPS", "Image":
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.Selection.Item(myCounter)
Case "Rectangle", "Oval", "Polygon":
If myInDesign.selection.Item(myCounter).
Graphics.Count > 0 Then
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.Selection.Item(myCounter).Graphics.Item(1)
End If
End Select
Next
If Not (IsEmpty(myObjectList(0))) Then
Rem Add the menu item if it does not already exist.
If myCheckForMenuItem(myLayoutContextMenu,
"Create Graphic Label") = False Then myMakeLabelGraphicMenuItem myInDesign
End If
Else
Rem Remove the menu item, if it exists.
If myCheckForMenuItem(myLayoutContextMenu,
"Create Graphic Label") = True Then myLayoutContextMenu.MenuItems.Item("Create Graphic
Label").delete
End If
End If
End If
End If
C HAPTER 9: Menus A More Complex Menu-scripting Example 143
End Function
Function myMakeLabelGraphicMenuItem(myInDesign)
Rem alert("Got to the myMakeLabelGraphicMenuItem function!")
If myCheckForScriptMenuItem(myInDesign, "Create Graphic Label") =
False Then msgbox "Making a new script menu action!"
Set myLabelGraphicMenuAction = myInDesign.ScriptMenuActions.add("Create
Graphic Label")
Set myLabelGraphicEventListener = myLabelGraphicMenuAction.
EventListeners.Add("onInvoke", "c:\IDEventHandlers\
LabelGraphicOnInvoke.vbs", false)
End If
Set myLabelGraphicMenuItem = myInDesign.Menus.Item("$ID/RtMouseLayout").
menuItems.add(myInDesign.scriptMenuActions.item("Create Graphic Label"))
End Function
The LabelGraphicOnInvoke.vbs
referred to in the above example defines the script menu action that is activated when the menu item
is selected ( onInvoke
event): myLabelGraphicEventHandler evt
Function myLabelGraphicEventHandler(myEvent)
ReDim myObjectList(0)
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Selection.Count > 0 Then
Rem Does the selection contain any graphics?
for myCounter = 1 To myInDesign.Selection.Count
Select Case TypeName(myInDesign.Selection.Item(myCounter))
Case "PDF","EPS", "Image":
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.Selection.Item(myCounter)
Case "Rectangle", "Oval", "Polygon":
If myInDesign.selection.Item(myCounter).Graphics.Count > 0
Then
If Not (IsEmpty(myObjectList(0))) Then
ReDim Preserve myObjectList(UBound(myObjectList) + 1)
End If
Set myObjectList(UBound(myObjectList)) = myInDesign.
Selection.Item(myCounter).Graphics.Item(1)
End If
End Select
Next
If Not (IsEmpty(myObjectList(0))) Then myDisplayDialog myInDesign, myObjectList
End If
End If
End Function
Rem Function that adds the label.
Function myAddLabel(myInDesign, myGraphic, myLabelType, myLabelHeight, myLabelOffset, myLabelStyleName, myLayerName)
Set myDocument = myInDesign.documents.Item(1) myLabelStyle = myDocument.paragraphStyles.item(myLabelStyleName)
Set myLink = myGraphic.ItemLink
Rem Create the label layer if it does not already exist.
On Error Resume Next
Set myLabelLayer = myDocument.layers.item(myLayerName)
If Err.Number <> 0 Then
Set myLabelLayer = myDocument.Layers.Add
C HAPTER 9: Menus A More Complex Menu-scripting Example 144 myLabelLayer.Name = myLayerName
Err.Clear
End If
On Error Goto 0
Rem Label type defines the text that goes in the label.
Select Case myLabelType
Rem File name case 0: myLabel = myLink.Name
Rem File path case 1: myLabel = myLink.FilePath
Rem XMP description case 2:
On Error Resume Next myLabel = myLink.LinkXmp.Description
If Err.Number <> 0 Then myLabel = "No description available."
Err.Clear
End If
On Error Goto 0
Rem XMP author case 3:
On Error Resume Next myLabel = myLink.LinkXmp.Author
If Err.Number <> 0 Then myLabel = "No author available."
Err.Clear
End If
On Error Goto 0
End Select
Set myFrame = myGraphic.Parent
myBounds = myFrame.GeometricBounds
myX1 = myBounds(1) myY1 = myBounds(2) + myLabelOffset myX2 = myBounds(3) myY2 = myY1 + myLabelHeight
Set myTextFrame = myFrame.Parent.TextFrames.Add(myLabelLayer) myTextFrame.GeometricBounds = Array(myY1, myX1, myY2, myX2) myTextFrame.Contents = myLabel myTextFrame.TextFramePreferences.FirstBaselineOffset = idFirstBaseline.idLeadingOffset myTextFrame.Paragraphs.Item(1).AppliedParagraphStyle = myInDesign.Documents.Item(1).ParagraphStyles.Item(myLabelStyle)
End Function
Function myDisplayDialog(myInDesign, myObjectList) myLabelWidth = 100 myStyleNames = myGetParagraphStyleNames(myInDesign.Documents.Item(1)) myLayerNames = myGetLayerNames(myInDesign.Documents.Item(1))
Set myDialog = myInDesign.Dialogs.Add
myDialog.Name = "LabelGraphics"
With myDialog.DialogColumns.Add
Rem Label type
With .DialogRows.Add
With .DialogColumns.Add
With .StaticTexts.add
.StaticLabel = "Label Type"
.MinWidth = myLabelWidth
End With
End With
C HAPTER 9: Menus A More Complex Menu-scripting Example 145
With .DialogColumns.Add
Set myLabelTypeDropdown = .Dropdowns.Add
myLabelTypeDropdown.StringList = Array("File name", "File path",
"XMP description", "XMP author") myLabelTypeDropdown.SelectedIndex = 0
End With
End With
Rem Text frame height
With .DialogRows.Add
With .DialogColumns.Add
With .StaticTexts.add
.StaticLabel="Label Height"
.MinWidth=myLabelWidth
End With
End With
With .DialogColumns.Add
Set myLabelHeightField = .MeasurementEditboxes.Add
myLabelHeightField.EditValue = 24 myLabelHeightField.EditUnits = idMeasurementUnits.idPoints
End With
End With
Rem Text frame offset
With .DialogRows.Add
With .DialogColumns.Add
With .staticTexts.add
.staticLabel="Label Offset"
.minWidth=myLabelWidth
End With
End With
With .DialogColumns.Add
Set myLabelOffsetField = .MeasurementEditboxes.Add
myLabelOffsetField.editValue=0 myLabelOffsetField.editUnits=idMeasurementUnits.idPoints
End With
End With
Rem Style to apply
With .DialogRows.Add
With .DialogColumns.Add
With .StaticTexts.Add
.StaticLabel="Label Style"
.MinWidth=myLabelWidth
End With
End With
With .DialogColumns.Add
Set myLabelStyleDropdown = .Dropdowns.Add
myLabelStyleDropdown.StringList=myStyleNames myLabelStyleDropdown.SelectedIndex=0
End With
End With
Rem Layer
With .DialogRows.Add
With .DialogColumns.Add
With .StaticTexts.Add
.StaticLabel="Layer"
.MinWidth=myLabelWidth
End With
End With
With .DialogColumns.Add
Set myLayerDropdown = .Dropdowns.Add
myLayerDropdown.StringList=myLayerNames
C HAPTER 9: Menus A More Complex Menu-scripting Example 146 myLayerDropdown.SelectedIndex=0
End With
End With
End With myResult = myDialog.show
If myResult = True Then myLabelType = myLabelTypeDropdown.selectedIndex
myLabelHeight = myLabelHeightField.editValue
myLabelOffset = myLabelOffsetField.editValue
myLabelStyle = myStyleNames(myLabelStyleDropdown.selectedIndex) myLayerName = myLayerNames(myLayerDropdown.selectedIndex) myDialog.Destroy
myOldXUnits = myInDesign.documents.item(1).viewPreferences.
horizontalMeasurementUnits myOldYUnits = myInDesign.documents.item(1).viewPreferences.
verticalMeasurementUnits myInDesign.documents.item(1).viewPreferences.horizontalMeasurementUnits
= idMeasurementUnits.idPoints
myInDesign.documents.item(1).viewPreferences.verticalMeasurementUnits = idMeasurementUnits.idPoints
for myCounter = 0 To UBound(myObjectList)
Set myGraphic = myObjectList(myCounter) myAddLabel myInDesign, myGraphic, myLabelType, myLabelHeight, myLabelOffset, myLabelStyle, myLayerName
Next myInDesign.documents.item(1).viewPreferences.horizontalMeasurementUnits
= myOldXUnits myInDesign.documents.item(1).viewPreferences.verticalMeasurementUnits = myOldYUnits
Else myDialog.Destroy
End If
End Function
10
Working with Preflight
Preflight is a way to verify that you have all required files, fonts, assets (e.g., placed images and PDF files), printer settings, trapping styles, etc., before you send a publication to an output device. For example, if you placed an image as a low-resolution proxy but do not have the high-resolution original image accessible on your hard disk (or workgroup server), that may result in an error during the printing process. Preflight checks for this sort of problem.
It can be run in the background as you work.
This chapter demonstrates how to interact with the preflight system using scripting. For illustration purposes, we show how to configure preflight to raise an error if the page size is something other than letter size (8.5" x 11"). We briefly highlight how it is done in the user interface, then show how to achieve the same results through scripting.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script.
Exploring Preflight Profiles
InDesign’s preflight feature is profile based, rule driven, and parameterized. There might be one or more preflight profiles. Initially, there is one profile, [Basic], which is read-only; you cannot modify or delete it.
A preflight profile contains many preflight rules. Each rule has a name and multiple data objects. Each data object has a name, data type, and data value. The data value can be changed. Each rule can be configured as follows:
X Disabled — The preflight rule is disabled.
X Return as error — The preflight rule returns error-level feedback.
X Return as warning — The preflight rule returns warning-level feedback.
X Return as informational — The preflight rule returns informational-level feedback.
To check the profile in InDesign, choose Preflight Panel > Define Profiles. You also can get profile information by scripting.
Listing preflight profiles
This script fragment shows how to list all preflight profiles. For the complete script, see ListPreflightProfiles.
Set profiles = myInDesign.PreflightProfiles
profileCount = profiles.Count
str = "Preflight profiles: "
For i = 1 To profileCount
If i > 1 Then str = str & ", "
End If str = str & profiles.Item(i).Name
Next
MsgBox(str)
147
C HAPTER 10: Working with Preflight Exploring Preflight Profiles 148
Listing preflight rules
This script fragment shows how to list all preflight rules in a profile. For the complete script, see
ListPreflightRules.
Rem Assume the [Basic] profile exists
Set myProfile = myInDesign.PreflightProfiles.Item(1)
Set myRules = myProfile.PreflightProfileRules
ruleCount = myRules.Count
str = "Preflight rules of " & myProfile.Name + ": "
For i = 1 To ruleCount
If i > 1 Then str = str & ", "
End If str = str & myRules.Item(i).Name
Next
MsgBox(str)
Listing preflight data objects
This script fragment shows how to list all preflight data objects in a profile rule. For the complete script, see
ListPreflightDataObjects.
Rem Assume the [Basic] profile exists
Set myProfile = myInDesign.PreflightProfiles.Item(1)
Rem rule ADBE_BlankPages
Set myRule = myProfile.PreflightProfileRules.Item(1)
Set dataObjects = myRule.ruleDataObjects
dataObjectCount = dataObjects.Count
str = "Preflight rule data objects of " & myProfile.Name + "." + myRule.Name + ": "
For i = 1 To dataObjectCount
If i > 1 Then str = str & "; "
End If
Set dataObject = dataObjects.Item(i) str = str & dataObject.Name & ", " str = str & getDataObjectDataType(dataObject.dataType) & ", " str = str & dataObject.dataValue
Next
MsgBox(str)
Function getDataObjectDataType(dataType)
If dataType = idRuleDataType.idBooleanDataType Then getDataObjectDataType = "Boolean"
Elseif dataType = idRuleDataType.idIntegerDataType Then getDataObjectDataType = "Integer"
Elseif dataType = idRuleDataType.idListDataType Then getDataObjectDataType = "List"
Elseif dataType = idRuleDataType.idObjectDataType Then getDataObjectDataType = "Object"
Elseif dataType = idRuleDataType.idRealDataType Then getDataObjectDataType = "Real"
Elseif dataType = idRuleDataType.idShortIntegerDataType Then getDataObjectDataType = "Short Integer"
Elseif dataType = idRuleDataType.idStringDataType Then getDataObjectDataType = "String"
End If
End Function
C HAPTER 10: Working with Preflight Importing a Preflight Profile 149
Importing a Preflight Profile
To import a preflight profile from the Preflight panel, choose Preflight Panel > Define Profiles, then choose
Load Profile from the drop-down menu in the Preflight Profiles window.
You also can load a profile with scripting. The following script fragment imports a profile called Test. For the complete script, see ImportPreflightProfile.
Set myProfile = myInDesign.LoadPreflightProfile("c:\Test.idpp")
MsgBox("Preflight profile " & myProfile.Name & " is loaded.")
It is easier to create profiles using the Preflight panel than with scripting. One workflow would be to create all profiles in the user interface, export them to files, and import them using scripting. This approach avoids the challenges involved with manually adding rules via scripting.
Creating a Preflight Profile
To create a preflight profile from the Preflight panel, choose Preflight Panel > Define Profiles, then choose the plus sign (+) to add a new preflight profile. Name the profile and fill in all data values for the available rules.
C HAPTER 10: Working with Preflight Adding Rules 150
You also can create a profile with scripting. The following script fragment adds a single profile called Test.
For the complete script, see CreatePreflightProfile.
Set myProfile = myInDesign.PreflightProfiles.Add() myProfile.Name = "Test" myProfile.Description = "Test description"
MsgBox("Preflight profile " & myProfile.Name & " is created.")
Preflight-profile names must be unique. If the script above is executed more than once within the same
InDesign instance, an error is raised, indicating that a profile with that name already exists. To avoid this, either access the existing profile using app.preflightProfiles.itemByName()
, or check to see if a profile exists and remove it; see the following script fragment. For the complete script, see
DeletePreflightProfile.
Function removeProfile(myInDesign, profileName)
Set myProfiles= myInDesign.PreflightProfiles
profileCount = myProfiles.Count
For i = 1 To profileCount
If (myProfiles.Item(i).Name = profileName) Then myProfiles.Item(i).Delete()
End If
Next
End Function
Adding Rules
A preflight profile contains a mutually exclusive set of rules. To add a rule to a profile, follow these steps:
C HAPTER 10: Working with Preflight Processing a Profile 151
1.
Add a rule to a profile by name.
Rules are added by name. For information on rule names, see
. The following adds the ADBE_PageSizeOrientation rule to the profile.
Rem Add a rule that requires a specific page size and orientation
Rem (portrait or landscape).
const RULE_NAME = "ADBE_PageSizeOrientation"
Set myRule = myProfile.PreflightProfileRules.Add(RULE_NAME)
2.
Set the rule’s data values.
Many, but not all, rules have data properties. For a complete specification of the rules available with
InDesign, see “Available Rules” on page 153
. The ADBE_PageSizeOrientation rule contains particular data properties that allow you to specify a page size. The following sets the acceptable page height and width, a tolerance (fudge factor), and an option for handling page orientation.
Rem Requires the page size to be 8.5in x 11in (Letter Size)
Rem enters a value for tolerance myRule.RuleDataObjects.Add "tolerance", idRuleDataType.idRealDataType, 0.01
Rem Sets the width to the point equivalent of 8.5 inches myRule.RuleDataObjects.Add "width", idRuleDataType.idRealDataType, 612
Rem Sets the width to the point equivalent of 11 inches myRule.RuleDataObjects.Add "height", idRuleDataType.idRealDataType, 792
Rem true = ignore orientation is checked myRule.RuleDataObjects.Add "ignore_orientation", idRuleDataType.idBooleanDataType, true
3.
Set the rule’s reporting state.
This is done using the rule’s flag
property. There are several choices (disabled, information, warning, and error), controlled by the
PreflightRuleFlag
enumeration.
Rem set the rule to return an error myRule.Flag = idPreflightRuleFlag.idReturnAsError
Processing a Profile
In the desktop version of InDesign, preflight errors are reported in the user interface. In scripting
(especially for InDesign Server), the errors are generated on demand. The following script processes an
InDesign document. (For the complete script, see ProcessPreflightProfile.) If there are errors, it writes the results to a new PDF file. For an example of the output, see the figure below the script.
C HAPTER 10: Working with Preflight Processing a Profile 152
Rem Assume there is an document.
Set myDoc = myInDesign.Documents.Item(1)
Rem Use the second preflight profile
Set myProfile = myInDesign.PreflightProfiles.Item(2)
Rem Process the doc with the rule
Set myProcess = myInDesign.PreflightProcesses.Add(myDoc, myProfile) myProcess.WaitForProcess() results = myProcess.ProcessResults
Rem If Errors were found
If results <> "None" Then
Rem Export the file to PDF. The "true" value selects to open the file after export.
myProcess.SaveReport("c:\PreflightResults.pdf")
End If
Rem Cleanup myProcess.Delete()
If you would rather produce a text file, simply name your output file with a
.txt
extension.
Alternately, you may prefer to iterate the errors yourself. The following demonstrates how to access the errors array. For the complete script, see ProcessPreflightProfileShowErrors.
Rem If errors were found
If myResults <> "None" Then
Rem array containing detailed results errors = myProcess.AggregatedResults
Rem Show the errors in a message box.
str = "Document Name: " & errors(0) & ", Profile Name: " & errors(1) & ", Results: [" errorResults = errors(2)
For i = 0 to UBound(errorResults)
If i > 1 Then str = str & ", "
End If str = str & errorResults(i)(1)
Next str = str & "]"
MsgBox(str)
End If
C HAPTER 10: Working with Preflight Custom Rules 153
Custom Rules
It is not possible to create custom rules through the Preflight panel or scripting; however, this can be done through a C++ plug-in. The InDesign Products SDK contains a sample, PreflightRule, that demonstrates how to add custom rules with a plug-in.
Available Rules
One of the hardest aspects of scripting rules is discovering rule names and properties. Due to the dynamic nature of rules (they really are just strings), specific rule names and properties do not appear in the Extend
DumpPreflightRules.jsx
script is provided in the SDK to produce the following output as an HTML file ( SDK \docs\references\PreflightRules.html). If you use a plug-in that adds custom rules, you can run the script to extract the new names and properties.
Rule name
ADBE_BlankPages
ADBE_BleedSlug
ADBE_BleedTrimHazard
ADBE_CMYPlates
ADBE_Colorspace
ADBE_ConditionIndicators
ADBE_CrossReferences
ADBE_FontUsage
ADBE_ImageColorManagement
ADBE_ImageResolution
ADBE_InteractiveContent
ADBE_LayerVisibility
ADBE_MissingFonts
ADBE_MissingGlyph
ADBE_MissingModifiedGraphics
ADBE_OPI
ADBE_Overprint
ADBE_OversetText
ADBE_PageCount
ADBE_PageSizeOrientation
ADBE_Registration
Rule properties
“ADBE_BleedTrimHazard” on page 155
no
no
“ADBE_CrossReferences” on page 156 yes
“ADBE_ImageColorManagement” on page 156
“ADBE_ImageResolution” on page 156
no no no no no no no no
“ADBE_PageSizeOrientation” on page 157
no
C HAPTER 10: Working with Preflight Available Rules 154
Rule name
ADBE_ScaledGraphics
ADBE_ScaledType
ADBE_SmallText
ADBE_SpellCheck
ADBE_SpotColorSetup
ADBE_StrokeRequirements
ADBE_TextOverrides
ADBE_TransparencyBlending
ADBE_TransparencyUsage
ADBE_WhiteOverprint
ADBE_BlankPages
Data Type
Boolean
Boolean
ADBE_BleedSlug
Name ignore_master ignore_nonprinting
Rule properties
“ADBE_ScaledGraphics” on page 157
no
“ADBE_SpotColorSetup” on page 158
“ADBE_StrokeRequirements” on page 158
“ADBE_TextOverrides” on page 158
“ADBE_TransparencyBlending” on page 159
no no
Default value true true
Real
Real
Real
Real
Data Type
Real
Real
Integer
Boolean
Real
Real
Real
Real
Name bleed_b bleed_b_aux bleed_comparison_type bleed_enabled bleed_l bleed_l_aux bleed_r bleed_r_aux bleed_t bleed_t_aux slug_b slug_b_aux
9
18
18
9
9
9
9
9
3
Default value
9 true
9
C HAPTER 10: Working with Preflight
Data Type
Integer
Boolean
Real
Real
Real
Real
Real
Real
Real
ADBE_BleedTrimHazard
Name slug_comparison_type slug_enabled slug_l slug_l_aux slug_r slug_r_aux slug_t slug_t_aux tolerance
Data Type
Boolean
Real
Real
Real
Real
Real
Real
ADBE_Colorspace
Name binding_enabled binding_width live_b live_l live_r live_t tolerance
Data Type
Boolean
Boolean
Boolean
Boolean
Boolean
Name no_cmyk no_gray no_lab no_rgb no_spot
Default value false
1
18
18
18
18
0.01
Default value false false false false false
Default value
3 false
18
18
18
18
18
18
0.01
Available Rules 155
C HAPTER 10: Working with Preflight
ADBE_CrossReferences
Data Type
Boolean
Boolean
ADBE_FontUsage
Name xrefs_out_of_date xrefs_unresolved
Data Type
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
Boolean
ADBE_ImageColorManagement
Name no_ATC no_Bitmap no_CID no_MultipleMaster no_OpenTypeCFF no_OpenTypeCID no_OpenTypeTT no_TrueType no_Type1 no_protected
Data Type
Boolean
Boolean
Boolean
ADBE_ImageResolution
Name no_cmyk_profiles no_image_overrides overrides_exclude_uncal
Data Type
Boolean
Real
Boolean
Name bw_max_enabled bw_max_res bw_min_enabled
Default value true true false false false false false true
Default value false false false false
Default value true true true
Default value false
2400 true
Available Rules 156
C HAPTER 10: Working with Preflight
Data Type
Real
Boolean
Real
Boolean
Real
Boolean
Real
Boolean
Real
Real
ADBE_PageCount
Name bw_min_res color_max_enabled color_max_res color_min_enabled color_min_res gray_max_enabled gray_max_res gray_min_enabled gray_min_res tolerance
Data Type
Integer
Integer
Integer
ADBE_PageSizeOrientation
Name comparison_type comparison_value comparison_value_aux
Data Type
Real
Boolean
Real
Real
ADBE_ScaledGraphics
Name height ignore_orientation tolerance width
Data Type
Real
Name max_scale
1
1
Default value
2
Default value
792 false
0.01
612
Default value
100.5
Default value
800 false
1200 true
250 false
1200 true
250
0.5
Available Rules 157
C HAPTER 10: Working with Preflight
ADBE_ScaledType
Data Type
Boolean
Real
ADBE_SmallText
Data Type
Real
Boolean
ADBE_SpotColorSetup
Name ignore_justification max_scale
Name minSize minSize_trap_safe_only
Default value true
100.5
Default value
4 false
Data Type
Boolean
Boolean
Integer
Boolean
ADBE_StrokeRequirements
Name lab_spots lab_spots_enabled max_spots max_spots_enabled
Data Type
Real
Boolean
ADBE_TextOverrides
Default value true false
1 true
Name min_width min_width_trap_safe_only
Default value
0.125
false
Data Type
Boolean
Boolean
Boolean
Boolean
Name ignore_color_overrides ignore_font_overrides ignore_kerning_tracking_overrides ignore_language_overrides
Default value false false false false
Available Rules 158
C HAPTER 10: Working with Preflight
ADBE_TransparencyBlending
Data Type
Integer
Name space
Default value
3
Available Rules 159
11
Creating Dynamic Documents
InDesign can create documents for web and online use, also known as Rich Interactive Documents (RID).
Dynamic documents contain sounds, animations, hyperlinks, and other interactive content. InDesign documents can be exported to SWF, XFL, or PDF. For SWF and XFL files, documents can include animations, buttons, multistate objects, movies, and sound clips. You can use the Preview panel in InDesign to test some types of dynamic content before exporting.
This chapter shows how to create dynamic documents using scripting. For more on exporting as PDF, SWF, and XFL, refer to the “Working with Documents” chapter.
Importing Movies and Sounds
InDesign can import movie and sound files that can then be viewed or listened to in exported PDF, SWF, or
XFL documents. Movies and sounds in an InDesign document are very similar to graphics in that they exist inside container objects on an InDesign page. Unlike graphics, however, you cannot see (or hear) the content of the imported multimedia files on an InDesign page. For that, you'll need to either view the page in the Preview panel, or export the file, then open the file in a viewer capable of displaying the content
(such as Acrobat Reader or a web browser).
Scripts can control the playback properties of a sound or movie in an exported dynamic document. You can also add a preview, or “poster,” image to the page item containing the sound or movie.
The following script fragment shows how to import a movie and control the way that the movie is shown and played in an exported document (for the complete script, refer to PlaceMovie).
Rem Given a page "myPage"...
Set myFrame = myPage.Rectangles.Add
myFrame.GeometricBounds = Array(72, 72, 288, 288)
Rem Import a movie file (you'll have to provide a valid file path on your system)
Set myMovie = myFrame.Place("c:\movie.avi").item(1)
Rem Set movie properties.
myMovie.EmbedInPDF = True myMovie.ShowControls = True
Rem Add a preview image. You'll have to provide a valid path on your system.
myMovie.PosterFile = "c:\movie poster.jpg"
The following script fragment shows how to import a sound file and control the playback and display of the sound in an exported document (for the complete script, refer to PlaceSound).
Rem Given a page "myPage"...
Rem Import a sound file (you'll have to provide a valid file path on your system)
Set mySound = myPage.Place("c:\sound.mp3", Array(72, 72)).Item(1)
Rem Set sound properties.
mySound.EmbedInPDF = True mySound.DoNotPrintPoster = True mySound.SoundLoop = True mySound.StopOnPageTurn = True
Rem Add a preview image. You'll have to provide a valid path on your system.
mySound.PosterFile = "c:\sound poster.jpg"
Buttons can be used to control the playback of sounds and movies. For information on how to script buttons, see the next section.
160
C HAPTER 11: Creating Dynamic Documents Creating Buttons 161
Creating Buttons
Buttons are often used for navigation in dynamic documents. Buttons contain three states, known as
“Normal,” “Rollover,” and “Click,” which, in turn, can contain page items such as rectangles, ovals, text frames, or images. The button can display only one state at a time; the other states are displayed when triggered by mouse actions.
Behaviors control what the button does when you perform a specific mouse action. Behaviors correspond to the Actions shown in the Buttons panel in InDesign’s user interface. Buttons can contain multiple behaviors.
The following script fragment shows how to create a simple button that displays the next page in an exported PDF or SWF (for the complete script, refer to SimpleButton). This button makes use of only the
Normal state.
Rem Given a page "myPage" and a document containing the color "Red"...
Rem Make a button by converting a page item.
Set myRightArrow = myPage.Polygons.Add
myRightArrow.fillColor = myDocument.Colors.Item("Red") myRightArrow.name = "GoToNextPageButton" myRightArrow.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(144, 108),
Array(72, 144))
Set myButton = myPage.Buttons.Add
myButton.geometricBounds = Array(72, 72, 144, 144) myButton.States.Item(1).AddItemsToState myRightArrow
Set myGoToNextPageBehavior = myButton.GotoNextPageBehaviors.Add
myGoToNextPageBehavior.behaviorEvent = idBehaviorEvents.idMouseUp
The following script fragment shows how to create a somewhat more complicated button, containing page items that change the appearance of each of the three button states. For the complete script, refer to
ButtonStates.
Rem Given a page "myPage" in a document "myDocument," containing the colors
Rem "Blue" and "Red"...
Rem Make a button "from scratch."
Set myButton = myPage.Buttons.Add
myButton.GeometricBounds = Array(72, 72, 144, 144) myButton.Name = "GoToNextPageButton"
Set myRightArrow = myButton.States.Item(1).Polygons.Add
myRightArrow.fillColor = myDocument.Colors.Item("Red") myRightArrow.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(144, 108),
Array(72, 144))
Rem Add the Rollover state.
Set myRolloverState = myButton.States.Add
Rem Add a shadow to the polygon in the Rollover state.
Set myRolloverArrow = myRolloverState.Polygons.Add
myRolloverArrow.FillColor = myDocument.Colors.Item("Red") myRolloverArrow.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(144, 108),
Array(72, 144))
C HAPTER 11: Creating Dynamic Documents Creating Buttons 162
Set myFillTransparencySettings = myRolloverArrow.FillTransparencySettings
myFillTransparencySettings.DropShadowSettings.Mode = idShadowMode.idDrop
myFillTransparencySettings.DropShadowSettings.Angle = 90 myFillTransparencySettings.DropShadowSettings.XOffset = 0 myFillTransparencySettings.DropShadowSettings.YOffset = 0 myFillTransparencySettings.DropShadowSettings.Size = 6
Rem Add a shadow to the polygon in the Click state.
Set myClickState = myButton.States.Add
Set myClickArrow = myClickState.Polygons.Add
myClickArrow.FillColor = myDocument.Colors.Item("Blue") myClickArrow.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(144, 108),
Array(72, 144))
Rem Set the behavior for the button.
Set myGoToNextPageBehavior = myButton.GotoNextPageBehaviors.Add
myGoToNextPageBehavior.BehaviorEvent = idBehaviorEvents.idMouseUp
Buttons can be used to control the playback of movie and sound files. The following script fragment shows an example of using a set of buttons to control the playback of a moving file (for the complete script, refer to MovieControl).
Rem Given a page "myPage" in a document "myDocument,"
Rem containing the colors "Gray" and "Red"...
Set myFrame = myPage.Rectangles.Add
myFrame.geometricBounds = Array(72, 72, 288, 288)
Rem Import a movie file (you'll have to provide a valid file path on your system) myFrame.Place "c:\movie.avi"
Rem Create the movie "Start" button.
Set myPlayButton = myPage.Buttons.Add
myPlayButton.geometricBounds = Array(294, 186, 354, 282) myPlayButton.name = "PlayMovieButton"
Set myRightArrow = myPlayButton.States.Item(1).Polygons.Add
myRightArrow.fillColor = myDocument.Colors.Item("Gray") myRightArrow.Paths.Item(1).EntirePath = Array(Array(186, 294), Array(186, 354),
Array(282, 324))
Rem Add the Rollover state.
Set myRolloverState = myPlayButton.States.Add
Rem Add a shadow to the polygon in the Rollover state.
Set myRolloverArrow = myRolloverState.Polygons.Add
myRolloverArrow.fillColor = myDocument.Colors.Item("Gray") myRolloverArrow.Paths.Item(1).EntirePath = Array(Array(186, 294), Array(186, 354),
Array(282, 324))
Set myFillTransparencySettings = myRolloverArrow.FillTransparencySettings
myFillTransparencySettings.DropShadowSettings.Mode = idShadowMode.idDrop
myFillTransparencySettings.DropShadowSettings.Angle = 90 myFillTransparencySettings.DropShadowSettings.XOffset = 0 myFillTransparencySettings.DropShadowSettings.YOffset = 0 myFillTransparencySettings.DropShadowSettings.Size = 6
Rem Add a shadow to the polygon in the Click state.
set myClickState = myPlayButton.States.Add()
Set myClickArrow = myClickState.Polygons.Add
myClickArrow.fillColor = myDocument.Colors.Item("Red") myClickArrow.Paths.Item(1).EntirePath = Array(Array(186, 294), Array(186, 354),
Array(282, 324))
Rem Set the behavior for the button.
Set myMovieStartBehavior = myPlayButton.MovieBehaviors.Add
myMovieStartBehavior.MovieItem = myFrame.Movies.Item(1) myMovieStartBehavior.behaviorEvent = idBehaviorEvents.idMouseUp
myMovieStartBehavior.operation = idMoviePlayOperations.idPlay
Rem Create the movie "Stop" button.
Set myStopButton = myPage.Buttons.Add
C HAPTER 11: Creating Dynamic Documents Creating Multistate Objects 163 myStopButton.geometricBounds = Array(294, 78, 354, 174) myStopButton.name = "StopMovieButton"
Set myNormalRectangle = myStopButton.States.Item(1).Rectangles.Add
myNormalRectangle.geometricBounds = Array(294, 78, 354, 174) myNormalRectangle.fillColor = myDocument.Colors.Item("Gray")
Set myRolloverState = myStopButton.States.Add
Set myRolloverRectangle = myRolloverState.Rectangles.Add
myRolloverRectangle.geometricBounds = Array(294, 78, 354, 174) myRolloverRectangle.fillColor = myDocument.Colors.Item("Gray")
Set myFillTransparencySettings = myRolloverRectangle.FillTransparencySettings
myFillTransparencySettings.DropShadowSettings.Mode = idShadowMode.idDrop
myFillTransparencySettings.DropShadowSettings.Angle = 90 myFillTransparencySettings.DropShadowSettings.XOffset = 0 myFillTransparencySettings.DropShadowSettings.YOffset = 0 myFillTransparencySettings.DropShadowSettings.Size = 6
Set myClickState = myStopButton.States.Add
Set myClickRectangle = myClickState.Rectangles.Add
myClickRectangle.geometricBounds = Array(294, 78, 354, 174) myClickRectangle.fillColor = myDocument.Colors.Item("Red")
Set myMovieStopBehavior = myStopButton.MovieBehaviors.Add
myMovieStopBehavior.MovieItem = myFrame.Movies.Item(1) myMovieStopBehavior.behaviorEvent = idBehaviorEvents.idMouseUp
myMovieStopBehavior.operation = idMoviePlayOperations.idStop
Buttons are also important in controlling the appearance of multistate objects, as we’ll demonstrate in the next section.
Creating Multistate Objects
Multistate objects (or MSOs) are similar to buttons in that they contains states, and that only one state can be visible at a time. They are unlike buttons in that they can contain any number of states; buttons can contain three states, at most. Multistate objects rely on buttons to change the way they display their states.
The following script fragment shows how to create a simple multistate object and add a button to control the display of the states in the object (for the complete script, refer to MakeMultiStateObject).
Rem Given a document "myDocument" and a page "myPage" and
Rem four colors "myColorA," "myColorB," "myColorC," and "myColorD"...
Set myMSO = myPage.MultiStateObjects.Add
myMSO.name = "Spinner" myMSO.geometricBounds = Array(72, 72, 144, 144)
Rem New multistate objects contain two states when they're created. Add two more.
myMSO.States.Item(1).name = "Up" myMSO.States.Item(2).name = "Right"
Rem Add two more states.
Set myDownState = myMSO.States.Add
myDownState.name = "Down"
Set myLeftState = myMSO.States.Add
myLeftState.name = "Left"
Rem Add page items to the states.
Set myPolygon = myMSO.States.Item(1).Polygons.Add
myPolygon.fillColor = myColorA myPolygon.strokeColor = myDocument.Swatches.Item("None")
C HAPTER 11: Creating Dynamic Documents Creating Multistate Objects 164 myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 144), Array(144, 144), Array(108,
72))
Set myPolygon = myMSO.States.Item(2).Polygons.Add
myPolygon.fillColor = myColorB myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144), Array(144,
108))
Set myPolygon = myMSO.States.Item(3).Polygons.Add
myPolygon.fillColor = myColorC myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(108, 144), Array(144,
72))
Set myPolygon = myMSO.States.Item(4).Polygons.Add
myPolygon.fillColor = myColorD myPolygon.strokeColor = myDocument.Swatches.Item("None")
Typically, you’ll control the display of the states in a multistate object using a button. The following script fragment shows how to do this (for the complete script, refer to MultiStateObjectControl).
Rem Given a document "myDocument" and a page "myPage" and
Rem four colors "myColorA," "myColorB," "myColorC," and "myColorD"...
Set myMSO = myPage.MultiStateObjects.Add
myMSO.name = "Spinner" myMSO.geometricBounds = Array(72, 72, 144, 144)
Rem New multistate objects contain two states when they're created. Add two more.
myMSO.States.Item(1).name = "Up" myMSO.States.Item(2).name = "Right"
Rem Add two more states.
Set myDownState = myMSO.States.Add
myDownState.name = "Down"
Set myLeftState = myMSO.States.Add
myLeftState.name = "Left"
Rem Add page items to the states.
Set myPolygon = myMSO.States.Item(1).Polygons.Add
myPolygon.fillColor = myColorA myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 144), Array(144, 144),
Array(108, 72))
Set myPolygon = myMSO.States.Item(2).Polygons.Add
myPolygon.fillColor = myColorB myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygon = myMSO.States.Item(3).Polygons.Add
myPolygon.fillColor = myColorC myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(108, 144),
Array(144, 72))
Set myPolygon = myMSO.States.Item(4).Polygons.Add
myPolygon.fillColor = myColorD myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(144, 72), Array(72, 108),
Array(144, 144))
Set myButton = myPage.Buttons.Add
myButton.geometricBounds = Array(72, 72, 144, 144)
Rem var myNormalState = myButton.states.item(0)
Rem myNormalState.rectangles.add({geometricBounds:Array(72, 72, 144, 144)})
C HAPTER 11: Creating Dynamic Documents Working with Animation 165
Set myRolloverState = myButton.States.Add
Set myRolloverRectangle = myRolloverState.Rectangles.Add
myRolloverRectangle.geometricBounds = Array(72, 72, 144, 144)
Set myFillTransparencySettings = myRolloverRectangle.StrokeTransparencySettings
myFillTransparencySettings.DropShadowSettings.Mode = idShadowMode.idDrop
myFillTransparencySettings.DropShadowSettings.Angle = 90 myFillTransparencySettings.DropShadowSettings.XOffset = 0 myFillTransparencySettings.DropShadowSettings.YOffset = 0 myFillTransparencySettings.DropShadowSettings.Size = 6
Set myClickState = myButton.States.Add
Set myNextStateBehavior = myButton.GotoNextStateBehaviors.Add
myNextStateBehavior.associatedMultiStateObject = myMSO myNextStateBehavior.behaviorEvent = idBehaviorEvents.idMouseDown
myNextStateBehavior.enableBehavior = True myNextStateBehavior.loopsToNextOrPrevious = True
Working with Animation
Page items can be animated, adding motion to the dynamic documents you create using InDesign. You apply animation to objects using motion presets, define the movement of animated objects using motion paths, and control the duration of the animation using timing settings, timing lists, and timing groups.
The
AnimationSettings
of an object control the animation that will be applied to the object. When animation settings have been applied to an object, InDesign sets the
HasCustomSettings
property of the object to true; if the object is not to be animated, this property is false.
The point at which an animation begins to play, relative to the event that triggers the animation, is controlled by the objects and properties of the
TimingSettings
object attached to the page item or to one of its parent containers (usually the spread).
Basic animation
The following script fragment shows how to create a simple animation (for the complete script, refer to
SimpleAnimation). The most basic forms of animation can be applied without using timing settings.
Rem Given a document "myDocument" and a page "myPage" and a color "myColorA"...
Rem Add a page item to animate.
Set myPolygon = myPage.Polygons.Add
myPolygon.fillColor = myColorA myPolygon.strokeColor = myDocument.Swatches.Item("None") myPolygon.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144), Array(144,
108))
Rem Create a motion path.
myMotionPathPoints = Array(Array(Array(Array(108, 108), Array(108, 108), Array(108,
108)), Array(Array(516, 108), Array(516, 108), Array(516, 108))), True)
Rem Set animation preferences for the polygon. We havent' set a dynamic trigger
Rem for the animation, so the polygon's animation will be triggered by
Rem DynamicTriggerEvents.onPageLoad (the default).
myPolygon.AnimationSettings.Duration = 2 myPolygon.AnimationSettings.MotionPathPoints = myMotionPathPoints
TimingSettings
The
TimingSettings
objects of spreads, pages, and page items control the timing of the animation(s) applied to the object and to any objects contained by the object. TimingSettings contain:
C HAPTER 11: Creating Dynamic Documents Working with Animation 166
X
TimingLists
, which define the trigger event (page load, page click, and so on) that start the animation.
X
TimingGroups
, which associate a page item or series of page items with a specific timing and define the sequence in which animations are shown.
TimingGroups
contain
TimingTargets
, which define the objects associated with a given
TimingGroup
.
TimingTargets
also specify a delay value for the animation applied to the page item, relative to the start of the animation of the TimingGroup (for the first item in the TimingGroup ), or from the start of the previous item in the
TimingGroup
(for other items in the
TimingGroup
).
The following script fragment shows how to control the timing of the animation of an object using the various timing objects (for the complete script, refer to TimingSettings). Note that the parameters used to create a
TimingGroup
specify the properties of the first
TimingTarget
in the
TimingGroup
; subsequent
TimingTargets
, if any, can be added separately.
Rem Given a document "myDocument" and a page "myPage" and the color "myColorA",
Rem "myColorB", and "myColorC"...
Rem Add a page items to animate.
Set myPolygonA = myPage.Polygons.Add
myPolygonA.fillColor = myColorA myPolygonA.strokeColor = myDocument.Swatches.Item("None") myPolygonA.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygonB = myPage.Polygons.Add
myPolygonB.fillColor = myColorB myPolygonB.strokeColor = myDocument.Swatches.Item("None") myPolygonB.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygonC = myPage.Polygons.Add
myPolygonC.fillColor = myColorC myPolygonC.strokeColor = myDocument.Swatches.Item("None") myPolygonC.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Rem Create a motion path.
myMotionPathPoints = Array(Array(Array(Array(108, 108), Array(108, 108), Array(108,
108)), Array(Array(516, 108), Array(516, 108), Array(516, 108))), True)
Rem Set animation preferences for the polygons.
myPolygonA.AnimationSettings.Duration = 2 myPolygonA.AnimationSettings.MotionPathPoints = myMotionPathPoints myPolygonB.AnimationSettings.Duration = 2 myPolygonB.AnimationSettings.MotionPathPoints = myMotionPathPoints myPolygonC.AnimationSettings.Duration = 2 myPolygonC.AnimationSettings.MotionPathPoints = myMotionPathPoints
Set myTimingSettings = myPage.Parent.TimingSettings
Rem Remove the default timing list.
myTimingSettings.TimingLists.Item(1).Delete
Rem Add a new timing list that triggers when the page is clicked.
Set myTimingList = myTimingSettings.TimingLists.Add(idDynamicTriggerEvents.idOnPageClick)
Rem Add the polygons to a single timing group.
Set myTimingGroup = myTimingList.TimingGroups.Add(myPolygonA, 0) myTimingGroup.TimingTargets.Add myPolygonB, 2 myTimingGroup.TimingTargets.Add myPolygonC, 2
Note that attempting to add a page item whose
HasCustomSettings
property (in the
AnimationSettings
object of the page item) is false to a
TimingTarget
generates an error.
C HAPTER 11: Creating Dynamic Documents Working with Animation 167
The following script fragment shows how to control the sequence of animations applied to objects on a page (for the complete script, refer to MultipleTimingGroups). Note that the order in which
TimingGroups are added to a TimingList determines the order in which the animations play when the trigger event specified in the
TimingList
occurs. Some trigger events, such as idDynamicTriggerEvents.idOnPageLoad
, trigger the animations in the
TimingList
(in sequence); others, such as idDynamicTriggerEvents.idOnPageClick
, trigger the animations one by one, in sequence, with each instance of the event. For example, a TimingList containing five TimingGroups , each containing a single
TimingTarget
, and having the trigger event idDynamicTriggerEvents.idOnPageClick
requires five mouse clicks to process all the animations.
Rem Given a document "myDocument" and a page "myPage" and the color "myColorA",
Rem "myColorB", and "myColorC"...
Rem Add a page items to animate.
Set myPolygonA = myPage.Polygons.Add
myPolygonA.fillColor = myColorA myPolygonA.strokeColor = myDocument.Swatches.Item("None") myPolygonA.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygonB = myPage.Polygons.Add
myPolygonB.fillColor = myColorB myPolygonB.strokeColor = myDocument.Swatches.Item("None") myPolygonB.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygonC = myPage.Polygons.Add
myPolygonC.fillColor = myColorC myPolygonC.strokeColor = myDocument.Swatches.Item("None") myPolygonC.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Set myPolygonD = myPage.Polygons.Add
myPolygonD.fillColor = myColorA myPolygonD.strokeColor = myDocument.Swatches.Item("None") myPolygonD.Paths.Item(1).EntirePath = Array(Array(72, 144), Array(72, 216),
Array(144, 180))
Set myPolygonE = myPage.Polygons.Add
myPolygonE.fillColor = myColorB myPolygonE.strokeColor = myDocument.Swatches.Item("None") myPolygonE.Paths.Item(1).EntirePath = Array(Array(72, 144), Array(72, 216),
Array(144, 180))
Set myPolygonF = myPage.Polygons.Add
myPolygonF.fillColor = myColorC myPolygonF.strokeColor = myDocument.Swatches.Item("None") myPolygonF.Paths.Item(1).EntirePath = Array(Array(72, 144), Array(72, 216),
Array(144, 180))
Rem Create a motion path.
myMotionPathPointsA = Array(Array(Array(Array(108, 108), Array(108, 108), Array(108,
108)), Array(Array(516, 108), Array(516, 108), Array(516, 108))), True) myMotionPathPointsB = Array(Array(Array(Array(108, 180), Array(108, 180), Array(108,
180)), Array(Array(516, 180), Array(516, 180), Array(516, 180))), True)
Rem Set animation preferences for the polygons.
Rem DynamicTriggerEvents.onPageLoad (the default).
myPolygonA.AnimationSettings.Duration = 2 myPolygonA.AnimationSettings.MotionPathPoints = myMotionPathPointsA myPolygonB.AnimationSettings.Duration = 2 myPolygonB.AnimationSettings.MotionPathPoints = myMotionPathPointsA myPolygonC.AnimationSettings.Duration = 2 myPolygonC.AnimationSettings.MotionPathPoints = myMotionPathPointsA myPolygonD.AnimationSettings.Duration = 2 myPolygonD.AnimationSettings.MotionPathPoints = myMotionPathPointsB myPolygonE.AnimationSettings.Duration = 2
C HAPTER 11: Creating Dynamic Documents Working with Animation 168 myPolygonE.AnimationSettings.MotionPathPoints = myMotionPathPointsB myPolygonF.AnimationSettings.Duration = 2 myPolygonF.AnimationSettings.MotionPathPoints = myMotionPathPointsB
Set myTimingSettings = myPage.Parent.TimingSettings
Rem Remove the default timing list.
myTimingSettings.TimingLists.Item(1).Delete
Rem Add a new timing list that triggers when the page is clicked.
Set myTimingList = myTimingSettings.TimingLists.Add(idDynamicTriggerEvents.idOnPageClick)
Rem Add the polygons to a single timing group.
Set myTimingGroupA = myTimingList.TimingGroups.Add(myPolygonA, 0) myTimingGroupA.TimingTargets.Add myPolygonB, 2 myTimingGroupA.TimingTargets.Add myPolygonC, 2
Rem myTimingGroupB will play on the second page click.
Set myTimingGroupB = myTimingList.TimingGroups.Add(myPolygonD, 0) myTimingGroupB.TimingTargets.Add myPolygonE, 2 myTimingGroupB.TimingTargets.Add myPolygonF, 2
A given TimingSettings object can contain multiple TimingList objects, each of which responds to a different trigger event. The following script fragment shows a series of animations triggered by idDynamicTriggerEvents.idOnPageLoad
, by idDynamicTriggerEvents.idOnPageClick
(for the complete script, refer to MultipleTimingLists).
Rem Given a document "myDocument" and a page "myPage" containg 6 polygons:
Rem "myPolygonA", "myPolygonB", "myPolygonC", "myPolygonD", "myPolygonE",
"myPolygonF".
Set myTimingSettings = myPage.Parent.TimingSettings
Rem At this point, all of the polygons have already been added as timing targets
Rem of the default timing list. Change the delay of myPolygonB and myPolygonC,
Rem which are the targets of the second and third timing groups (item(1) and item(2)).
Set myTimingListA = myTimingSettings.TimingLists.Item(1)
Set myTimingGroup = myTimingListA.TimingGroups.Item(1) myTimingGroup.TimingTargets.Item(1).DelaySeconds = 2
Set myTimingGroup = myTimingListA.TimingGroups.Item(2) myTimingGroup.TimingTargets.Item(1).DelaySeconds = 2
Rem Remove the last three timing groups in the timing list.
Rem We have to do this, because we don't want these polygons to be
Rem animated when the page loads.
myTimingListA.TimingGroups.Item(-1).Delete
myTimingListA.TimingGroups.Item(-1).Delete
myTimingListA.TimingGroups.Item(-1).Delete
Rem Add a new timing list that triggers when the page is clicked.
Set myTimingListB = myTimingSettings.TimingLists.Add(idDynamicTriggerEvents.idonPageClick)
Set myTimingGroupB = myTimingListB.TimingGroups.Add(myPolygonD, 0) myTimingGroupB.TimingTargets.Add myPolygonE, 2 myTimingGroupB.TimingTargets.Add myPolygonF, 2
In the previous examples, we’ve worked with the
TimingSettings
of the spread containing the page items we want to animate. When you want to animate a page item when a user clicks the item, you’ll need to use the TimingSettings of the page item itself, as shown in the following script fragment (for the complete script, refer to PageItemTimingSettings).
C HAPTER 11: Creating Dynamic Documents Working with Animation 169
Rem Given a document "myDocument" and a page "myPage" containg a polygon
Rem "myPolygonA" and a motion path myMotionPathPointsA...
Rem Remove the default timing list in the timing settings for the spread.
Rem Set animation preferences for the polygon.
myPolygonA.AnimationSettings.Duration = 2 myPolygonA.AnimationSettings.MotionPathPoints = myMotionPathPointsA myPage.Parent.TimingSettings.TimingLists.Item(1).Delete
Set myTimingSettings = myPolygonA.TimingSettings
Set myTimingList = myTimingSettings.TimingLists.Add(idDynamicTriggerEvents.idOnClick)
Set myTimingGroup = myTimingList.TimingGroups.Add(myPolygonA, 0)
Animating transformations
Page items can change size, rotation or skewing angles, opacity, and visibility as their animation plays. The
AnimationSettings
of the page item contain properties (such as
RotationArray
or
HiddenAfter
) that define the transformations that are applied during animation. The following script fragment shows how to make a page item rotate as it follows a motion path (for the complete script, refer to AnimateRotation).
Rem Given a document "myDocument" and a page "myPage" and the color "myColorA"...
Rem Add a page items to animate.
Set myPolygonA = myPage.Polygons.Add
myPolygonA.FillColor = myColorA myPolygonA.StrokeColor = myDocument.Swatches.Item("None") myPolygonA.Paths.Item(1).EntirePath = Array(Array(72, 72), Array(72, 144),
Array(144, 108))
Rem Create a motion path.
myMotionPathPoints = Array(Array(Array(Array(108, 108), Array(108, 108), Array(108,
108)), Array(Array(516, 108), Array(516, 108), Array(516, 108))), True)
Rem Set animation preferences for the polygon.
myPolygonA.AnimationSettings.Duration = 2 myPolygonA.AnimationSettings.MotionPathPoints = myMotionPathPoints
Rem Assuming 24 Frames Per Second (FPS)
Rem 23 = 1 second, 47 = 2 seconds, 71 = 3 seconds, 95 = 4 seconds, 119 = 5 seconds,
Rem 143 = 6 seconds
Rem Since the duration of our animation is 2 seconds, the following line will
Rem make the polygon rotate 360 degrees from the start to the end
Rem of the animation.
myPolygonA.AnimationSettings.RotationArray = Array(Array(0, 0), Array(47, 360))
Set myTimingSettings = myPage.Parent.TimingSettings
Rem Remove the default timing list.
myTimingSettings.TimingLists.Item(1).Delete
Rem Add a new timing list that triggers when the page is clicked.
Set myTimingList = myTimingSettings.TimingLists.Add(idDynamicTriggerEvents.idOnPageClick)
Rem Add the polygons to a single timing group.
Set myTimingGroup = myTimingList.TimingGroups.Add(myPolygonA, 0)
Scripting offers more control over animation than can be achieved with InDesign’s user interface. A scripted animation can, for example, apply transformations at each key frame of a given motion path. For
more on this topic, see “Key frames” later in this chapter.
Motion presets
In the preceding examples, we’ve constructed motion paths and specified animation settings as if we were creating animations from the basic level in InDesign’s user interface. But InDesign can also use motion presets to define the animation of page items in a layout. A motion preset can apply a number of animation properties at once, as seen in the following script fragment (for the complete script, refer to
C HAPTER 11: Creating Dynamic Documents Working with Animation 170
MotionPreset). InDesign comes with a large number of motion presets, and you can add new presets using either the user interface or scripting.
Rem Given a page containing the ovals "myOvalA"...
Set myMotionPreset = app.MotionPresets.Item("move-right-grow") myOvalA.AnimationSettings.Duration = 2 myOvalA.AnimationSettings.PlaysLoop = True myOvalA.AnimationSettings.Preset = myMotionPreset
Design options
Design options affect the way that an animated object appears, relative to the motion specified in the object’s animation settings. The following script fragment shows how the design options for an animated shape can affect the playback of the animation (for the complete script, refer to DesignOptions).
Rem Given a page containing the ovals "myOvalA" and "myOvalB"...
Set myMotionPreset = myInDesign.MotionPresets.Item("move-right-grow") myOvalA.AnimationSettings.Duration = 2 myOvalA.AnimationSettings.PlaysLoop = True myOvalA.AnimationSettings.Preset = myMotionPreset myOvalA.AnimationSettings.DesignOption = idDesignOptions.idFromCurrentAppearance
myOvalB.AnimationSettings.Duration = 2 myOvalB.AnimationSettings.PlaysLoop = True myOvalB.AnimationSettings.Preset = myMotionPreset myOvalB.AnimationSettings.DesignOption = idDesignOptions.idToCurrentAppearance
Key frames
Key frames are points in the timeline of an animation. With InDesign scripting, you can add key frames at any time in the animation, which gives you the ability to apply changes to objects as they are animated.
Key frames are part of the motion path applied to an animated page item, and are specified relative to the duration and speed of the animation. For example, for an animation with a duration of two seconds, playing at 24 frames per second, the last frame in the animation is frame 48.
The following script fragment shows how to add key frames to a motion path, and how to change the transformations applied to an animated page item at each key frame. For the complete script, refer to
TransformAnimation.
Rem Given a page containing ovals "myOvalA," "myOvalB," and "myOvalC"...
Rem The motion path is constructed relative to the center of the object, and key frames
Rem are based on the duration of the animation divided by the number of frames
Rem per second (usually 24). The following array sets key frames at the start,
Rem midpoint, and end of a path.
myMotionPath = Array(Array(0, Array(Array(0, 0), Array(0, 0), Array(0, 0))), Array(23,
Array(Array(234, 0), Array(234, 0), Array(234, 0))), Array(47, Array(Array(468, 0),
Array(468, 0), Array(468, 0)))) myOvalA.AnimationSettings.Duration = 2 myOvalA.AnimationSettings.MotionPath = myMotionPath
Rem The transformation changes at each key frame.
Rem scaleXArray in the form Array(Array(keyframe, scale_percentage),
Rem Array(keyframe, scalePercentage), ...) myOvalA.AnimationSettings.ScaleXArray = Array(Array(0, 100), Array(23, 200),
Array(47, 100))
Rem scaleYArray in the form Array(Array(keyframe, scale_percentage),
Rem Array(keyframe, scalePercentage), ...) myOvalA.AnimationSettings.ScaleYArray = Array(Array(0, 100), Array(23, 200),
Array(47, 100))
C HAPTER 11: Creating Dynamic Documents Adding Page Transitions 171
Rem opacityArray in the form Array(Array(keyframe, opacity), Array(keyframe, opacity),...) myOvalA.AnimationSettings.OpacityArray = Array(Array(0, 100), Array(23, 20),
Array(47, 100)) myOvalA.AnimationSettings.PlaysLoop = True myOvalB.AnimationSettings.Duration = 2 myOvalB.AnimationSettings.MotionPath = myMotionPath myOvalB.AnimationSettings.ScaleXArray = Array(Array(0, 200), Array(23, 300),
Array(47, 50)) myOvalB.AnimationSettings.ScaleYArray = Array(Array(0, 200), Array(23, 300),
Array(47, 50)) myOvalB.AnimationSettings.OpacityArray = Array(Array(0, 10), Array(23, 80),
Array(47, 60)) myOvalB.AnimationSettings.PlaysLoop = True myOvalC.AnimationSettings.Duration = 2 myOvalC.AnimationSettings.MotionPath = myMotionPath myOvalC.AnimationSettings.ScaleXArray = Array(Array(0, 50), Array(23, 200),
Array(47, 400)) myOvalC.AnimationSettings.ScaleYArray = Array(Array(0, 50), Array(23, 200),
Array(47, 400)) myOvalC.AnimationSettings.OpacityArray = Array(Array(0, 100), Array(23, 40),
Array(47, 80)) myOvalC.AnimationSettings.PlaysLoop = True
Adding Page Transitions
Page transitions are special effects that appear when you change pages in an exported dynamic document. Adding page transitions using scripting is easy, as shown in the following script fragment (for the complete script, refer to PageTransitions).
Rem Given a document "myDocument" containing at least two spreads...
For myCounter = 1 To myDocument.Spreads.Count
myDocument.Spreads.Item(myCounter).PageTransitionType = idPageTransitionTypeOptions.idPageTurnTransition
Rem This page transition option does not support the pageTransitionDirection
Rem or pageTransitionDuration properties.
Rem If you chose idPageTransitionTypeOptions.idWipeTransition (for example),
Rem you would be able to set those options, as shown in the next two lines:
Rem myDocument.spreads.item(myCounter).pageTransitionDirection =
Rem idPageTransitionDirectionOptions.idLeftToRight
Rem myDocument.spreads.item(myCounter).pageTransitionDuration =
Rem idPageTransitionDurationOptions.idMedium
Next
Rem Export the document to SWF, and you'll see the page transitions.
12
XML
Extensible Markup Language, or XML, is a text-based mark-up system created and managed by the World
Wide Web Consortium ( www.w3.org
). Like Hypertext Markup Language (HTML), XML uses angle brackets to indicate markup tags (for example,
<article>
or
<para>
). While HTML has a predefined set of tags,
XML allows you to describe content more precisely by creating custom tags.
Because of its flexibility, XML increasingly is used as a format for storing data. InDesign includes a complete set of features for importing XML data into page layouts, and these features can be controlled using scripting.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create and run a script. We also assume that you have some knowledge of XML, DTDs, and XSLT.
Overview
Because XML is entirely concerned with content and explicitly not concerned with formatting, making
XML work in a page-layout context is challenging. InDesign’s approach to XML is quite complete and flexible, but it has a few limitations:
X Once XML elements are imported into an InDesign document, they become InDesign elements that correspond to the XML structure. The InDesign representations of the XML elements are not the same thing as the XML elements themselves.
X Each XML element can appear only once in a layout. If you want to duplicate the information of the
XML element in the layout, you must duplicate the XML element itself.
X The order in which XML elements appear in a layout largely depends on the order in which they appear in the XML structure.
X Any text that appears in a story associated with an XML element becomes part of that element’s data.
The Best Approach to Scripting XML in InDesign
You might want to do most of the work on an XML file outside InDesign, before you import the file into an
InDesign layout. Working with XML outside InDesign, you can use a wide variety of excellent tools, such as
XML editors and parsers.
When you need to rearrange or duplicate elements in a large XML data structure, the best approach is to transform the XML using XSLT. You can do this as you import the XML file.
If the XML data is already formatted in an InDesign document, you probably will want to use XML rules if you are doing more than the simplest of operations. XML rules can search the XML structure in a document and process matching XML elements much faster than a script that does not use XML rules.
For more on working with XML rules, see
172
C HAPTER 12: XML Scripting XML Elements 173
Scripting XML Elements
This section shows how to set XML preferences and XML import preferences, import XML, create XML elements, and add XML attributes. The scripts in this section demonstrate techniques for working with the
XML content itself; for scripts that apply formatting to XML elements, see
.
Setting XML preferences
You can control the appearance of the InDesign structure panel using the XML view-preferences object, as shown in the following script fragment (from the XMLViewPreferences tutorial script):
Set myXMLViewPreferences = myDocument.XMLViewPreferences
myXMLViewPreferences.ShowAttributes = True myXMLViewPreferences.ShowStructure = True myXMLViewPreferences.ShowTaggedFrames = True myXMLViewPreferences.ShowTagMarkers = True myXMLViewPreferences.ShowTextSnippets = True
You also can specify XML tagging preset preferences (the default tag names and user-interface colors for tables and stories) using the XML preferences object., as shown in the following script fragment (from the
XMLPreferences tutorial script):
Set myXMLPreferences = myDocument.XMLPreferences
myXMLPreferences.DefaultCellTagColor = idUIColors.idBlue
myXMLPreferences.DefaultCellTagName = "cell" myXMLPreferences.DefaultImageTagColor = idUIColors.idBrickRed
myXMLPreferences.DefaultImageTagName = "image" myXMLPreferences.DefaultStoryTagColor = idUIColors.idCharcoal
myXMLPreferences.DefaultStoryTagName = "text" myXMLPreferences.DefaultTableTagColor = idUIColors.idCuteTeal
myXMLPreferences.DefaultTableTagName = "table"
Setting XML import preferences
Before importing an XML file, you can set XML import preferences that can apply an XSLT transform, govern the way white space in the XML file is handled, or create repeating text elements. You do this using the XML import-preferences object, as shown in the following script fragment (from the
XMLImportPreferences tutorial script):
C HAPTER 12: XML Scripting XML Elements 174
Set myXMLImportPreferences = myDocument.XMLImportPreferences
myXMLImportPreferences.AllowTransform = False myXMLImportPreferences.CreateLinkToXML = False myXMLImportPreferences.IgnoreUnmatchedIncoming = True myXMLImportPreferences.IgnoreWhitespace = True myXMLImportPreferences.ImportCALSTables = True myXMLImportPreferences.ImportStyle = idXMLImportStyles.idMergeImport
myXMLImportPreferences.ImportTextIntoTables = False myXMLImportPreferences.ImportToSelected = False myXMLImportPreferences.RemoveUnmatchedExisting = False myXMLImportPreferences.RepeatTextElements = True
Rem The following properties are only used when the
Rem AllowTransform property is set to True.
Rem myXMLImportPreferences.TransformFilename = "c:\myTransform.xsl"
Rem If you have defined parameters in your XSL file, then you can pass
Rem parameters to the file during the XML import process. For each parameter,
Rem enter an array containing two strings. The first string is the name of the
Rem parameter, the second is the value of the parameter.Rem myXMLImportPreferences.TransformParameters = Array(Array("format", "1"))
Importing XML
Once you set the XML import preferences the way you want them, you can import an XML file, as shown in the following script fragment (from the ImportXML tutorial script): myDocument.ImportXML "c:\xml_test.xml"
When you need to import the contents of an XML file into a specific XML element, use the importXML method of the XML element, rather than the corresponding method of the document. See the following script fragment (from the ImportXMLIntoElement tutorial script): myXMLElement.importXML "c:\xml_test.xml"
You also can set the
ImportToSelected
property of the
XMLImportPreferences
object to true, then select the XML element, and then import the XML file, as shown in the following script fragment (from the
ImportXMLIntoSelectedElement tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
myDocument.ImportXML "c:\test.xml"
Set myRootXMLElement = myDocument.XMLElements.Item(1)
Set myLastXMLElement = myRootXMLElement.XMLElements.Item(-1)
Rem Select the XML element myDocument.Select myLastXMLElement, idSelectionOptions.idReplaceWith
myDocument.XMLImportPreferences.ImportToSelected = True myDocument.ImportXML "c:\test.xml"
Set myTextFrame = myDocument.Pages.Item(1).TextFrames.Add
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myRootXMLElement.PlaceXML myTextFrame
Creating an XML tag
XML tags are the names of the XML elements you want to create in a document. When you import XML, the element names in the XML file are added to the list of XML tags in the document. You also can create
XML tags directly, as shown in the following script fragment (from the MakeXMLTags tutorial script):
C HAPTER 12: XML Scripting XML Elements 175
Rem You can create an XML tag without specifying a color for the tag.
Set myXMLTagA = myDocument.XMLTags.Add("XML_tag_A")
Rem You can define the highlight color of the XML tag using the UIColors enumeration...
Set myXMLTagB = myDocument.XMLTags.Add("XML_tag_B", UIColors.Gray)
Rem ...or you can provide an RGB array to set the color of the tag.
Set myXMLTagC = myDocument.XMLTags.Add("XML_tag_C", Array(0, 92, 128))
Loading XML tags
You can import XML tags from an XML file without importing the XML contents of the file. You might want to do this to work out a tag-to-style or style-to-tag mapping before you import the XML data., as shown in the following script fragment (from the LoadXMLTags tutorial script): myDocument.LoadXMLTags("c:\test.xml")
Saving XML tags
Just as you can load XML tags from a file, you can save XML tags to a file, as shown in the following script.
When you do this, only the tags themselves are saved in the XML file; document data is not included. As you would expect, this process is much faster than exporting XML, and the resulting file is much smaller.
The following sample script shows how to save XML tags (for the complete script, see SaveXMLTags): myDocument.SaveXMLTags("c:\xml_tags.xml", "Tag set created October 5, 2006")
Creating an XML element
Ordinarily, you create XML elements by importing an XML file, but you also can create an XML element using InDesign scripting, as shown in the following script fragment (from the CreateXMLElement tutorial script):
Set myXMLTagA = myDocument.XMLTags.Add("XML_tag_A")
Set myXMLElementA = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTagA) myXMLElementA.Contents = "This is an XML element containing text."
Moving an XML element
You can move XML elements within the XML structure using the move method, as shown in the following script fragment (from the MoveXMLElement tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Set myXMLTagA = myDocument.XMLTags.Add("myXMLTagA")
Set myXMLTagB = myDocument.XMLTags.Add("myXMLTagB")
Set myXMLElementA = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTagA) myXMLElementA.Contents = "This is XML element A."
Set myXMLElementB = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTagB) myXMLElementB.Contents = "This is XML element B." myXMLElementA.Move idLocationOptions.idAfter, myXMLElementB
Deleting an XML element
Deleting an XML element removes it from both the layout and the XML structure, as shown in the following script fragment (from the DeleteXMLElement tutorial script).
C HAPTER 12: XML Scripting XML Elements 176 myRootXMLElement.XMLElements.Item(1).Delete
Duplicating an XML element
When you duplicate an XML element, the new XML element appears immediately after the original XML element in the XML structure, as shown in the following script fragment (from the DuplicateXMLElement tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Set myXMLTagA = myDocument.XMLTags.Add("myXMLTagA")
Set myXMLTagB = myDocument.XMLTags.Add("myXMLTagB")
Set myXMLElementA = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTagA) myXMLElementA.Contents = "This is XML element A."
Set myXMLElementB = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTagB) myXMLElementB.Contents = "This is XML element B." myXMLElementA.Duplicate
Removing items from the XML structure
To break the association between a page item or text and an XML element, use the untag
method, as shown in the following script. The objects are not deleted, but they are no longer tied to an XML element
(which is deleted). Any content of the deleted XML element becomes associated with the parent XML element. If the XML element is the root XML element, any layout objects (text or page items) associated with the XML element remain in the document. (For the complete script, see UntagElement.)
Set myXMLElement = myDocument.XMLElements.item(1).xmlElements.item(1) myXMLElement.Untag
Creating an XML comment
XML comments are used to make notes in XML data structures. You can add an XML comment using something like the following script fragment (from the MakeXMLComment tutorial script):
Set myRootXMLElement = myDocument.XMLElements.item(1)
Set myXMLElementB = myRootXMLElement.xmlElements.item(2) myXMLElementB.XMLComments.Add "This is an XML comment."
Creating an XML processing instruction
A processing instruction (PI) is an XML element that contains directions for the application reading the
XML document. XML processing instructions are ignored by InDesign but can be inserted in an InDesign
XML structure for export to other applications. An XML document can contain multiple processing instructions.
An XML processing instruction has two parts, target and value. The following is an example:
<?xml-stylesheet type="text/css" href="generic.css"?>
The following script fragment shows how to add an XML processing instruction (for the complete script, see MakeProcessingInstruction):
Set myRootXMLElement = myDocument.XMLElements.item(1)
Set myXMLProcessingInstruction = myRootXMLElement.XMLInstructions.Add("xml-stylesheet type=\"text/css\" ", "href=\"generic.css\"")
C HAPTER 12: XML Scripting XML Elements 177
Working with XML attributes
XML attributes are “metadata” that can be associated with an XML element. To add an XML attribute to an
XML element, use something like the following script fragment (from the MakeXMLAttribute tutorial script). An XML element can have any number of XML attributes, but each attribute name must be unique within the element (that is, you cannot have two attributes named “id”).
Set myDocument = myInDesign.Documents.Item(1)
Set myRootXMLElement = myDocument.XMLElements.item(1)
Set myXMLElementB = myRootXMLElement.xmlElements.item(2) myXMLElementB.XMLAttributes.Add "example_attribute", "This is an XML attribute. It will not appear in the layout!"
In addition to creating attributes directly using scripting, you can convert XML elements to attributes.
When you do this, the text contents of the XML element become the value of an XML attribute added to the parent of the XML element. Because the name of the XML element becomes the name of the attribute, this method can fail when an attribute with that name already exists in the parent of the XML element. If the XML element contains page items, those page items are deleted from the layout.
When you convert an XML attribute to an XML element, you can specify the location where the new XML element is added. The new XML element can be added to the beginning or end of the parent of the XML attribute. By default, the new element is added at the beginning of the parent element.
You also can specify am XML mark-up tag for the new XML element. If you omit this parameter, the new
XML element is created with the same XML tag as XML element containing the XML attribute.
The following script shows how to convert an XML element to an XML attribute (for the complete script, see ConvertElementToAttribute):
Set myDocument = myInDesign.Documents.Item(1)
Set myRootXMLElement = myDocument.XMLElements.item(1) myRootXMLElement.XMLElements.Item(-1).ConvertToAttribute
You also can convert an XML attribute to an XML element, as shown in the following script fragment (from the ConvertAttributeToElement tutorial script):
Set myRootXMLElement = myDocument.XMLElements.item(1)
Set myXMLElementB = myRootXMLElement.xmlElements.item(1)
Rem The "at" parameter can be either idLocationOptions.idAtEnd or
Rem idLocationOptions.idAtBeginning, but cannot
Rem be idLocationOptions.idAfter or idLocationOptions.idBefore.
myXMLElementB.XMLAttributes.item(1).convertToElement idLocationOptions.idAtEnd, myDocument.XMLTags.item("xml_element"
Working with XML stories
When you import XML elements that were not associated with a layout element (a story or page item), they are stored in an XML story. You can work with text in unplaced XML elements just as you would work with the text in a text frame. The following script fragment shows how this works (for the complete script, see XMLStory):
C HAPTER 12: XML Adding XML Elements to a Layout 178
Set myXMLStory = myDocument.XmlStories.Item(1)
Rem Though the text has not yet been placed in the layout,
Rem all text properties are available.
myXMLStory.Paragraphs.Item(1).PointSize = 72
Rem Place the XML element in the layout to see the result.
myDocument.XMLElements.Item(1).XMLElements.Item(1).PlaceXML myDocument.Pages.Item(1).TextFrames.Item(1)
Exporting XML
To export XML from an InDesign document, export either the entire XML structure in the document or one
XML element (including any child XML elements it contains). The following script fragment shows how to do this (for the complete script, see ExportXML):
Rem Export the entire XML structure in the document.
myDocument.Export idExportFormat.idXML, "c:\completeDocumentXML.xml"
Rem Export a specific XML element and its child XML elements.
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(-1) myXMLElement.Export idExportFormat.idXML, "c:\partialDocumentXML.xml"
In addition, you can use the
ExportFromSelected
property of the
XMLExportPreferences
object to export an XML element selected in the user interface. The following script fragment shows how to do this
(for the complete script, see ExportSelectedXMLElement): myDocument.Select myDocument.XMLElements.Item(1).XMLElements.Item(2) myDocument.XMLExportPreferences.ExportFromSelected = True
Rem Export the entire XML structure in the document.
myDocument.Export idExportFormat.idXML, "c:\selectedXMLElement.xml" myDocument.XMLExportPreferences.ExportFromSelected = False
Adding XML Elements to a Layout
Previously, we covered the process of getting XML data into InDesign documents and working with the
XML structure in a document. In this section, we discuss techniques for getting XML information into a page layout and applying formatting to it.
Associating XML elements with page items and text
To associate a page item or text with an existing XML element, use the
PlaceXML
method. This replaces the content of the page item with the content of the XML element, as shown in the following script fragment
(from the PlaceXML tutorial script): myDocument.XMLElements.item(1).placeXML myDocument.pages.item(1).textFrames.item(1)
To associate an existing page item or text object with an existing XML element, use the markup method.
This merges the content of the page item or text with the content of the XML element (if any). The following script fragment shows how to use the markup
method (for the complete script, see Markup): myDocument.XMLElements.item(1).XMLElements.item(0).markup myDocument.pages.item(1).textFrames.item(1)
C HAPTER 12: XML Adding XML Elements to a Layout 179
Placing XML into page items
Another way to associate an XML element with a page item is to use the
PlaceIntoFrame
method. With this method, you can create a frame as you place the XML, as shown in the following script fragment (for the complete script, see PlaceIntoFrame):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add() myDocument.ViewPreferences.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
myDocument.ViewPreferences.VerticalMeasurementUnits = idMeasurementUnits.idPoints
myDocument.ViewPreferences.RulerOrigin = idRulerOrigin.idPageOrigin
Rem PlaceIntoFrame has two parameters:
Rem On: The page, spread, or master spread on which to create the frame
Rem GeometricBounds: The bounds of the new frame (in page coordinates).
myDocument.XMLElements.Item(1).XMLElements.Item(1).PlaceIntoFrame myDocument.Pages.Item(1), Array(72, 72, 288, 288)
To associate an XML element with an inline page item (i.e., an anchored object), use the
PlaceIntoCopy method, as shown in the following script fragment (from the PlaceIntoCopy tutorial script):
Set myPage = myDocument.Pages.Item(1)
Set myXMLElement = myDocument.XMLElements.Item(1) myXMLElement.PlaceIntoCopy myPage, Array(288, 72), myPage.TextFrames.Item(1), True
To associate an existing page item (or a copy of an existing page item) with an XML element and insert the page item into the XML structure at the location of the element, use the
PlaceIntoInlineCopy
method, as shown in the following script fragment (from the PlaceIntoInlineCopy tutorial script):
Set myTextFrame = myDocument.Pages.Item(1).TextFrames.Add
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myTextFrame.InsertionPoints.Item(-1).Contents = vbCr & vbCr myDocument.XMLElements.Item(1).PlaceXML myTextFrame
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTag) myXMLElement.Contents = "This is the second XML element." myXMLElement.PlaceIntoInlineCopy myTextFrame, False
To associate an XML element with a new inline frame, use the
PlaceIntoInlineFrame
method, as shown in the following script fragment (from the PlaceIntoInlineFrame tutorial script):
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(3)
Rem Specify width and height as you create the inline frame.
myXMLElement.PlaceIntoInlineFrame Array(72, 24)
Inserting text in and around XML text elements
When you place XML data into an InDesign layout, you often need to add white space (for example, return and tab characters) and static text (labels like “name” or “address”) to the text of your XML elements. The following sample script shows how to add text in and around XML elements (for the complete script, see
InsertTextAsContent):
C HAPTER 12: XML Adding XML Elements to a Layout 180
Rem Shows how to add text before, after, and at the beginning/end
Rem of XML elements.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Add
Set myRootXMLElement = myDocument.XMLElements.Item(1)
Set myXMLTag = myDocument.XMLTags.Add("myXMLElement")
Set myXMLElementA = myRootXMLElement.XMLElements.Add(myXMLTag) myXMLElementA.Contents = "This is a paragraph in an XML story."
Set myXMLElementB = myRootXMLElement.XMLElements.Add(myXMLTag) myXMLElementB.Contents = "This is another paragraph in an XML story."
Set myXMLElementC = myRootXMLElement.XMLElements.Add(myXMLTag) myXMLElementC.Contents = "This is the third paragraph in an example XML story."
Set myXMLElementD = myRootXMLElement.XMLElements.Add(myXMLTag) myXMLElementD.Contents = "This is the last paragraph in the XML story."
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(1)
Rem By inserting the return character after the XML element, the character
Rem becomes part of the content of the parent XML element, not of the element itself.
myXMLElement.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(2) myXMLElement.InsertTextAsContent "Static text: ", idXMLElementPosition.idBeforeElement
myXMLElement.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
Rem To add text inside the element, set the location option to beginning or end.
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(3) myXMLElement.InsertTextAsContent "Text at the start of the element: ", idXMLElementPosition.idElementStart
myXMLElement.InsertTextAsContent " Text at the end of the element.", idXMLElementPosition.idElementEnd
myXMLElement.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
Rem Add static text outside the element.
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(4) myXMLElement.InsertTextAsContent "Text before the element: ", idXMLElementPosition.idBeforeElement
myXMLElement.InsertTextAsContent " Text after the element.", idXMLElementPosition.idAfterElement
Rem To insert text inside the text of an element, work with the text objects contained by the element.
myXMLElement.Words.Item(2).InsertionPoints.Item(1).Contents = "(the third word of) "
Set myStory = myDocument.Stories.Item(1) myRootXMLElement.PlaceXML (myStory)
Marking up existing layouts
In some cases, an XML publishing project does not start with an XML file—especially when you need to convert an existing page layout to XML. For this type of project, you can mark up existing page-layout content and add it to an XML structure. You can then export this structure for further processing by XML tools outside InDesign.
Mapping tags to styles
One of the quickest ways to apply formatting to XML text elements is to use
XMLImportMaps
, also known as tag-to-style mapping. When you do this, you can associate a specific XML tag with a paragraph or character style. When you use the
MapXMLTagsToStyles method of the document, InDesign applies the style to the text, as shown in the following script fragment (from the MapTagsToStyles tutorial script):
C HAPTER 12: XML Adding XML Elements to a Layout 181
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
Rem Create a tag to style mapping.
myDocument.XMLImportMaps.Add myDocument.XMLTags.Item("heading_1"), myDocument.ParagraphStyles.Item("heading 1") myDocument.XMLImportMaps.Add myDocument.XMLTags.Item("heading_2"), myDocument.ParagraphStyles.Item("heading 2") myDocument.XMLImportMaps.Add myDocument.XMLTags.Item("para_1"), myDocument.ParagraphStyles.Item("para 1") myDocument.XMLImportMaps.Add myDocument.XMLTags.Item("body_text"), myDocument.ParagraphStyles.Item("body text")
Rem Apply the tag to style mapping.
myDocument.MapXMLTagsToStyles
Set myTextFrame = myDocument.TextFrames.Add
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1))
Rem Associate the root XML element with the text frame
Rem so that you can see the effect of the tag to style mapping.
myDocument.XMLElements.Item(1).PlaceXML myDocument.Pages.Item(1).TextFrames.Item(1)
Mapping styles to tags
When you have formatted text that is not associated with any XML elements, and you want to move that text into an XML structure, use style-to-tag mapping, which associates paragraph and character styles with
XML tags. To do this, use
XMLExportMap
objects to create the links between XML tags and styles, then use the MapStylesToXMLTags method to create the corresponding XML elements, as shown in the following script fragment (from the MapStylesToTags tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
Rem Create a tag to style mapping.
myDocument.XMLExportMaps.Add myDocument.ParagraphStyles.Item("heading 1"), myDocument.XMLTags.Item("heading_1") myDocument.XMLExportMaps.Add myDocument.ParagraphStyles.Item("heading 2"), myDocument.XMLTags.Item("heading_2") myDocument.XMLExportMaps.Add myDocument.ParagraphStyles.Item("para 1"), myDocument.XMLTags.Item("para_1") myDocument.XMLExportMaps.Add myDocument.ParagraphStyles.Item("body text"), myDocument.XMLTags.Item("body_text")
Rem Apply the style to tag mapping.
myDocument.MapStylesToXMLTags
Another approach is simply to have your script create a new XML tag for each paragraph or character style in the document, and then apply the style to tag mapping, as shown in the following script fragment (from the MapAllStylesToTags tutorial script):
C HAPTER 12: XML Adding XML Elements to a Layout 182
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
Rem Create tags that match the style names in the document,
Rem creating an XMLExportMap for each tag/style pair.
For myCounter = 1 To myDocument.ParagraphStyles.Count
Set myParagraphStyle = myDocument.ParagraphStyles.Item(myCounter) myParagraphStyleName = myParagraphStyle.Name
myXMLTagName = Replace(myParagraphStyleName, " ", "_") myXMLTagName = Replace(myXMLTagName, "[", "") myXMLTagName = Replace(myXMLTagName, "]", "")
Set myXMLTag = myDocument.XMLTags.Add(myXMLTagName) myDocument.XMLExportMaps.Add myParagraphStyle, myXMLTag
Next
Rem Apply the tag to style mapping.
myDocument.MapStylesToXMLTags
Marking up graphics
The following script fragment shows how to associate an XML element with a graphic (for the complete script, see MarkingUpGraphics):
Set myXMLTag = myDocument.XMLTags.Add("graphic")
Set myGraphic = myDocument.Pages.Item(1).Place("c:\test.tif")
Rem Associate the graphic with a new XML element as you create the element.
Set myXMLElement = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTag, myGraphic)
Applying styles to XML elements
In addition to using tag-to-style and style-to-tag mappings or applying styles to the text and page items associated with XML elements, you also can apply styles to XML elements directly. The following script fragment shows how to use three methods:
ApplyParagraphStyle
,
ApplyCharacterStyle
, and
ApplyObjectStyle . (For the complete script, see ApplyStylesToXMLElements.)
Rem Create a series of XML tags.
Set myHeading1XMLTag = myDocument.XMLTags.Add("heading_1")
Set myHeading2XMLTag = myDocument.XMLTags.Add("heading_2")
Set myPara1XMLTag = myDocument.XMLTags.Add("para_1")
Set myBodyTextXMLTag = myDocument.XMLTags.Add("body_text")
Rem Create a series of paragraph styles.
Set myHeading1Style = myDocument.ParagraphStyles.Add
myHeading1Style.Name = "heading 1" myHeading1Style.PointSize = 24
Set myHeading2Style = myDocument.ParagraphStyles.Add
myHeading2Style.Name = "heading 2" myHeading2Style.PointSize = 14 myHeading2Style.SpaceBefore = 12
Set myPara1Style = myDocument.ParagraphStyles.Add
myPara1Style.Name = "para 1" myPara1Style.PointSize = 12 myPara1Style.FirstLineIndent = 0
Set myBodyTextStyle = myDocument.ParagraphStyles.Add
myBodyTextStyle.Name = "body text" myBodyTextStyle.PointSize = 12 myBodyTextStyle.FirstLineIndent = 24
Set myCharacterStyle = myDocument.CharacterStyles.Add
myCharacterStyle.Name = "Emphasis" myCharacterStyle.FontStyle = "Italic"
C HAPTER 12: XML Adding XML Elements to a Layout 183
Set myTextFrameStyle = myDocument.ObjectStyles.Add
myTextFrameStyle.Name = "Text Frame Style" myTextFrameStyle.CornerEffect = idCornerEffects.idRoundedCorner
myTextFrameStyle.StrokeColor = myDocument.Colors.Item("Black") myTextFrameStyle.StrokeWeight = 2
Rem Add XML elements.
Set myRootXMLElement = myDocument.XMLElements.Item(1)
Set myXMLElementA = myRootXMLElement.XMLElements.Add(myHeading1XMLTag) myXMLElementA.Contents = "Heading 1" myXMLElementA.ApplyParagraphStyle myHeading1Style, True myXMLElementA.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementB = myRootXMLElement.XMLElements.Add(myPara1XMLTag) myXMLElementB.Contents = "This is the first paragraph in the article." myXMLElementB.ApplyParagraphStyle myPara1Style, True myXMLElementB.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementC = myRootXMLElement.XMLElements.Add(myBodyTextXMLTag) myXMLElementC.Contents = "This is the second paragraph in the article." myXMLElementC.ApplyParagraphStyle myBodyTextStyle, True myXMLElementC.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementD = myRootXMLElement.XMLElements.Add(myHeading2XMLTag) myXMLElementD.Contents = "Heading 2" myXMLElementD.ApplyParagraphStyle myHeading2Style, True myXMLElementD.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementE = myRootXMLElement.XMLElements.Add(myPara1XMLTag) myXMLElementE.Contents = "This is the first paragraph following the subhead." myXMLElementE.ApplyParagraphStyle myPara1Style, True myXMLElementE.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementF = myRootXMLElement.XMLElements.Add(myBodyTextXMLTag) myXMLElementF.Contents = "This is the second paragraph following the subhead." myXMLElementF.ApplyParagraphStyle myBodyTextStyle, True myXMLElementF.InsertTextAsContent vbCr, idLocationOptions.idAfter
Set myXMLElementG = myXMLElemetF.XMLElements.Add(myBodyTextXMLTag) myXMLElementG.Contents = "Note:"
Set myXMLElementG = myXMLElementG.Move(idLocationOptions.idAtBeginning, myXMLElementF) myXMLElementG.InsertTextAsContent " ", idLocationOptions.idAfter
myXMLElementG.ApplyCharacterStyle myCharacterStyle, True
Set myTextFrame = myDocument.TextFrames.Add
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1))
Rem Associate the root XML element with the text frame.
myRootXMLElement.PlaceXML myDocument.Pages.Item(1).TextFrames.Item(1) myRootXMLElement.ApplyObjectStyle myTextFrameStyle, True
Working with XML tables
InDesign automatically imports XML data into table cells when the data is marked up using HTML standard table tags. If you cannot use the default table mark-up or prefer not to use it, InDesign can convert XML elements to a table using the ConvertElementToTable method.
To use this method, the XML elements to be converted to a table must conform to a specific structure.
Each row of the table must correspond to a specific XML element, and that element must contain a series of XML elements corresponding to the cells in the row. The following script fragment shows how to use this method (for the complete script, see ConvertXMLElementToTable). The XML element used to denote the table row is consumed by this process.
C HAPTER 12: XML Adding XML Elements to a Layout 184
Rem Create a series of XML tags.
Set myRowTag = myDocument.XMLTags.Add("row")
Set myCellTag = myDocument.XMLTags.Add("cell")
Set myTableTag = myDocument.XMLTags.Add("table")
Rem Add XML elements.
Set myRootXMLElement = myDocument.XMLElements.Item(1)
With myRootXMLElement
Set myTableXMLElement = .XMLElements.Add(myTableTag)
With myTableXMLElement
For myRowCounter = 1 To 6
With .XMLElements.Add(myRowTag)
.Contents = "Row " + CStr(myRowCounter)
For myCellCounter = 1 To 4
With .XMLElements.Add(myCellTag)
.Contents = "Cell " + CStr(myCellCounter)
End With
Next
End With
Next
End With
End With
Set myTable = myTableXMLElement.ConvertElementToTable(myRowTag, myCellTag)
Set myTextFrame = myDocument.TextFrames.Add
myTextFrame.GeometricBounds = myGetBounds(myDocument, myDocument.Pages.Item(1)) myDocument.XMLElements.Item(1).XMLElements.Item(1).PlaceXML myTextFrame
Once you are working with a table containing XML elements, you can apply table styles and cell styles to the XML elements directly, rather than having to apply the styles to the tables or cells associated with the
XML elements. To do this, use the
ApplyTableStyle
and
ApplyCellStyle
methods, as shown in the following script fragment (from the ApplyTableStyles tutorial script):
Rem Create a series of XML tags.
Set myRowTag = myDocument.XMLTags.Add("row")
Set myCellTag = myDocument.XMLTags.Add("cell")
Set myTableTag = myDocument.XMLTags.Add("table")
Rem Create a table style and a cell style.
Set myTableStyle = myDocument.TableStyles.Add
myTableStyle.StartColumnFillColor = myDocument.Colors.Item("Black") myTableStyle.StartColumnFillTint = 25
Set myCellStyle = myDocument.CellStyles.Add
myCellStyle.FillColor = myDocument.Colors.Item("Black") myCellStyle.FillTint = 45
Rem Add XML elements.
Set myRootXMLElement = myDocument.XMLElements.Item(1)
With myRootXMLElement
Set myTableXMLElement = .XMLElements.Add(myTableTag)
With myTableXMLElement
For myRowCounter = 1 To 6
With .XMLElements.Add(myRowTag)
.Contents = "Row " + CStr(myRowCounter)
For myCellCounter = 1 To 4
With .XMLElements.Add(myCellTag)
.Contents = "Cell " + CStr(myCellCounter)
End With
Next
End With
C HAPTER 12: XML Adding XML Elements to a Layout 185
Next
End With
End With
Set myTable = myTableXMLElement.ConvertElementToTable(myRowTag, myCellTag)
Set myTableXMLElement = myDocument.XMLElements.Item(1).XMLElements.Item(1) myTableXMLElement.ApplyTableStyle myTableStyle myTableXMLElement.XMLElements.Item(1).ApplyCellStyle myCellStyle myTableXMLElement.XMLElements.Item(6).ApplyCellStyle myCellStyle myTableXMLElement.XMLElements.Item(11).ApplyCellStyle myCellStyle myTableXMLElement.XMLElements.Item(16).ApplyCellStyle myCellStyle myTableXMLElement.XMLElements.Item(17).ApplyCellStyle myCellStyle myTableXMLElement.XMLElements.Item(22).ApplyCellStyle myCellStyle myDocument.XMLElements.Item(1).PlaceIntoFrame myDocument.Pages.Item(1), myGetBounds(myDocument, myDocument.Pages.Item(1)) myTable.AlternatingFills = idAlternatingFillsTypes.idAlternatingColumns
13
XML Rules
The InDesign XML- rules feature provides a powerful set of scripting tools for working with the XML content of your documents. XML rules also greatly simplify the process of writing scripts to work with XML elements and dramatically improve performance of finding, changing, and formatting XML elements.
While XML rules can be triggered by application events, like open, place, and close, typically you will run
XML rules after importing XML into a document. (For more information on attaching scripts to events, see
)
This chapter gives an overview of the structure and operation of XML rules, and shows how to do the following:
X Define an XML rule.
X Apply XML rules.
X Find XML elements using XML rules.
X Format XML data using XML rules.
X Create page items based on XML rules.
X Restructure data using XML rules.
X Use the XML-rules processor.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create and
run a script. We also assume that you have some knowledge of XML and have read Chapter 12, “XML.”
Overview
InDesign’s XML rules feature has three parts:
X XML rules processor (a scripting object) — Locates XML elements in an XML structure using XPath and applies the appropriate XML rule(s). It is important to note that a script can contain multiple XML rule processor objects, and each rule-processor object is associated with a given XML rule set.
X Glue code — A set of routines provided by Adobe to make the process of writing XML rules and interacting with the XML rules-processor easier.
X XML rules — The XML actions you add to a script. XML rules are written in scripting code. A rule combines an XPath-based condition and a function to apply when the condition is met. The “apply” function can perform any set of operations that can be defined in InDesign scripting, including changing the XML structure; applying formatting; and creating new pages, page items, or documents.
A script can define any number of rules and apply them to the entire XML structure of an InDesign document or any subset of elements within the XML structure. When an XML rule is triggered by an XML rule processor, the rule can apply changes to the matching XML element or any other object in the document.
You can think of the XML rules feature as being something like XSLT. Just as XSLT uses XPath to locate XML elements in an XML structure, then transforms the XML elements in some way, XML rules use XPath to
186
C HAPTER 13: XML Rules Overview 187 locate and act on XML elements inside InDesign. Just as an XSLT template uses an XML parser outside
InDesign to apply transformations to XML data, InDesign's XML Rules Processor uses XML rules to apply transformations to XML data inside InDesign.
Why use XML rules?
In prior releases of InDesign, you could not use XPath to navigate the XML structure in your InDesign files.
Instead, you needed to write recursive script functions to iterate through the XML structure, examining each element in turn. This was difficult and slow.
XML rules makes it easy to find XML elements in the structure, by using XPath and relying on InDesign's
XML-rules processors to find XML elements. An XML-rule processor handles the work of iterating through the XML elements in your document, and it can do so much faster than a script.
XML-rules programming model
An XML rule contains three things:
1.
A name (as a string).
2.
An
XPath
statement (as a string).
3.
An apply
function.
The XPath statement defines the location in the XML structure; when the XML rules processor finds a matching element, it executes the apply function defined in the rule.
Here is a sample XML rule:
Class RuleName
Public Property Get name name = "RuleNameAsString"
End Property
Public Property Get xpath xpath = "ValidXPathSpecifier"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
Rem Do something here.
Rem Return true to stop further processing of the XML element.
apply = False
End Function
End Class
In the above example,
RuleNameAsString is the name of the rule and matches the
RuleName
;
ValidXPathSpecifier
is an XPath expression. Later in this chapter, we present a series of functioning
XML-rule examples.
N OTE : XML rules support a limited subset of XPath 1.0. See
“XPath limitations” on page 191 .”
XML-rule sets
An XML-rule set is an array of one or more XML rules to be applied by an XML-rules processor. The rules are applied in the order in which they appear in the array. Here is a sample XML-rule set:
C HAPTER 13: XML Rules Overview 188 myRuleSet = Array(new SortByName, new AddStaticText, new LayoutElements, new
FormatElements)
In the above example, the rules listed in the myRuleSet
array are defined elsewhere in the script. Later in this chapter, we present several functioning scripts containing XML-rule sets.
“Glue” code
In addition to the XML-rules processor object built into InDesign’s scripting model, Adobe provides a set of functions intended to make the process of writing XML rules much easier. These functions are defined within the glue code.vbs
file:
X
__processRuleSet(root, ruleSet) — To execute a set of XML rules, your script must call the
__processRuleSet
function and provide an XML element and an XML rule set. The XML element defines the point in the XML structure at which to begin processing the rules.
X
__processChildren(ruleProcessor)
— This function directs the XML-rules processor to apply matching XML rules to child elements of the matched XML element. This allows the rule applied to a parent XML element to execute code after the child XML elements are processed. By default, when an
XML-rules processor applies a rule to the children of an XML element, control does not return to the rule. You can use the
__processChildren
function to return control to the apply
function of the rule after the child XML elements are processed.
X
__skipChildren(ruleProcessor)
— This function tells the processor not to process any descendants of the current XML element using the XML rule. Use this function when you want to move or delete the current XML element or improve performance by skipping irrelevant parts of an
XML structure.
Iterating through an XML structure
The XML-rules processor iterates through the XML structure of a document by processing each XML element in the order in which it appears in the XML hierarchy of the document. The XML-rules processor uses a forward-only traversal of the XML structure, and it visits each XML element in the structure twice (in the order parent-child-parent, just like the normal ordering of nested tags in an XML file). For any XML element, the XML-rules processor tries to apply all matching XML rules in the order in which they are added to the current XML rule set.
The __processRuleSet function applies rules to XML elements in “depth first” order; that is, XML elements and their child elements are processed in the order in which they appear in the XML structure.
For each “branch” of the XML structure, the XML-rules processor visits each XML element before moving on to the next branch.
After an XML rule is applied to an XML element, the XML-rules processor continues searching for rules to apply to the descendents of that XML element. An XML rule can alter this behavior by using the
__skipChildren or __processChildren function, or by changing the operation of other rules.
To see how all these functions work together, import the
DepthFirstProcessingOrder.xml
file into a new document, then run the DepthFirstProcessingOrder.jsx
script. InDesign creates a text frame, that lists the attribute names of each element in the sample XML file in the order in which they were visited by each rule. You can use this script in conjunction with the AddAttribute tutorial script to troubleshoot
XML traversal problems in your own XML documents (you must edit the AddAttribute script to suit your
XML structure).
C HAPTER 13: XML Rules Overview 189
Normal iteration (assuming a rule that matches every XML element in the structure) is shown in the following figure:
1
Root
B
2
9
BA BB
3
BAA
4 5
BAB BAC
6
7
BACA BACB
8
BC
Iteration with
__processChildren
(assuming a rule that matches every XML element in the structure) is shown in the following figure:
9
Root
B
8
6
5
4
BA
3
BB
7
BC
BAA BAB BAC
1
2
BACA BACB
Iteration given the following rule set is shown in the figure after the script fragment. The rule set includes two rules that match every element, including one that uses
__processChildren
. Every element is processed twice. (For the complete script, see ProcessChildren.)
C HAPTER 13: XML Rules
Class NormalRule
Public Property Get name name = "NormalRule"
End Property
Public Property Get xpath xpath = "//XMLElement"
End Property
Public Function apply(myXMLElement, myRuleProcessor)
With myXMLElement myStory.InsertionPoints.Item(-1).Contents =
.XMLAttributes.Item(1).Value & vbCr
End With apply = false
End Function
End Class
Class ProcessChildrenRule
Public Property Get name name = "ProcessChildrenRule"
End Property
Public Property Get xpath xpath = "//XMLElement"
End Property
Public Function apply(myXMLElement, myRuleProcessor) glueCode_processChildren(myRuleProcessor)
With myXMLElement myXMLElement.XMLattributes.Item(1).Value
myStory.InsertionPoints.Item(-1).Contents =
.XMLAttributes.Item(1).Value & vbCr
End With apply = false
End Function
End Class
Overview 190
3
5
BA
2
Root
1
19
B
18
14
16
7
13
BB
15
BC
17
BAA
4
BAB
6
BAC
8
10
12
BACA BACB
9 11
Changing structure during iteration
When an XML-rules processor finds a matching XML element and applies an XML rule, the rule can change the XML structure of the document. This can conflict with the process of applying other rules, if the
C HAPTER 13: XML Rules Overview 191 affected XML elements in the structure are part of the current path of the XML-rules processor. To prevent errors that might cause the XML-rules processor to become invalid, the following limitations are placed on
XML structure changes you might make within an XML rule:
X Deleting an ancestor XML element — To delete an ancestor XML element of the matched XML element, create a separate rule that matches and processes the ancestor XML element.
X Inserting a parent XML element — To add an ancestor XML element to the matched XML element, do so after processing the current XML element. The ancestor XML element you add is not processed by the XML-rules processor during this rule iteration (as it appears “above” the current element in the hierarchy).
X Deleting the current XML element — You cannot delete or move the matched XML element until any child XML elements contained by the element are processed. To make this sort of change, use the
__skipChildren
function before making the change.
X No repetitive processing — Changes to nodes that were already processed will not cause the XML rule to be evaluated again.
Handling multiple matching rules
When multiple rules match an XML element, the XML-rules processor can apply some or all of the matching rules. XML rules are applied in the order in which they appear in the rule set, up to the point that one of the rule apply
functions returns true
. In essence, returning true
means the element was processed. Once a rule returns true
, any other XML rules matching the XML element are ignored. You can alter this behavior and allow the next matching rule to be applied, by having the XML rule apply
function return false .
When an apply
function returns false
, you can control the matching behavior of the XML rule based on a condition other than the XPath property defined in the XML rule, like the state of another variable in the script.
XPath limitations
InDesign’s XML rules support a limited subset of the XPath 1.0 specification, specifically including the following capabilities:
X Find an element by name, specifying a path from the root; for example,
/doc/title
.
X Find paths with wildcards and node matches; for example, /doc/*/subtree/node() .
X Find an element with a specified attribute that matches a specified value; for example,
/doc/para[@font='Courier'] .
X Find an element with a specified attribute that does not match a specified value; for example,
/doc/para[@font !='Courier'] .
X Find a child element by numeric position (but not last()
); for example,
/doc/para[3]
.
X Find self or any descendent; for example,
//para
.
X Find comment as a terminal; for example,
/doc/comment()
.
X Find PI by target or any; for example, /doc/processing-instruction('foo') .
C HAPTER 13: XML Rules Overview 192
X Find multiple predicates; for example,
/doc/para[@font='Courier'][@size=5][2]
.
X Find along following-sibling axes; for example,
/doc/note/following-sibling::*
.
Due to the one-pass nature of this implementation, the following XPath expressions are specifically excluded:
X No ancestor or preceding-sibling axes, including ..
, ancestor:: , preceding-sibling:: .
X No path specifications in predicates; for example, foo[bar/c]
.
X No last()
function.
X No text()
function or text comparisons; however, you can use InDesign scripting to examine the text content of an XML element matched by a given XML rule.
X No compound Boolean predicates; for example, foo[@bar=font or @c=size]
.
X No relational predicates; for example, foo[@bar < font or @c > 3] .
X No relative paths; for example, doc/chapter
.
Error handling
Because XML rules are part of the InDesign scripting model, scripts that use rules do not differ in nature from ordinary scripts, and they benefit from the same error-handling mechanism. When InDesign generates an error, an XML-rules script behaves no differently than any other script. InDesign errors can be captured in the script using whatever tools the scripting language provides to achieve that; for example, try...catch
blocks.
InDesign does include a series of errors specific to XML-rules processing. An InDesign error can occur at
state of an XML-rules processor. XML structure changes caused by the operation of XML rules can invalidate the XML-rules processor. These changes to the XML structure can be caused by the script containing the XML-rules processor, another concurrently executing script, or a user action initiated from the user interface.
XML structure changes that invalidate an XML-rules processor lead to errors when the XML-rules processor's iteration resumes. The error message indicates which XML structural change caused the error.
XML rules flow of control
As a script containing XML rules executes, the flow of control passes from the script function containing the XML rules to each XML rule, and from each rule to the functions defined in the glue code. Those functions pass control to the XML-rules processor which, in turn, iterates through the XML elements in the structure. Results and errors are passed back up the chain until they are handled by a function or cause a scripting error. The following diagram provides a simplified overview of the flow of control in an XML-rules script:
C HAPTER 13: XML Rules
XML rules script
XM
L ru les
XML rule
XPath condition apply()
XML eleme nt glue code
__processRuleSet
XPath condition
XML element
XML rule processor
XPath evaluation
__processChildren XML elemen t
XML structure iteration
XML Rules Examples 193
__skipChildren
XML Rules Examples
Because XML rules rely on XPath statements to find qualifying XML elements, XML rules are closely tied to the structure of the XML in a document. This means it is almost impossible to demonstrate a functional
XML-rules script without having an XML structure to test it against. In the remainder of this chapter, we present a series of XML-rules exercises based on a sample XML data file. For our example, we use the product list of an imaginary integrated-circuit manufacturer. Each record in the XML data file has the following structure:
<device>
<name></name>
<type></type>
<part_number></part_number>
<supply_voltage>
<minimum></minimum>
<maximum></maximum>
</supply_voltage>
<package>
<type></type>
<pins></pins>
</package>
<price></price>
<description></description>
</device>
The scripts are presented in order of complexity, starting with a very simple script and building toward more complex operations.
Setting up a sample document
Before you run each script in this chapter, import the XMLRulesExampleData.xml
data file into a document. When you import the XML, turn on the Do Not Import Contents of Whitespace-Only Elements option in the XML Import Options dialog box. Save the file, then choose File > Revert before running each sample script in this section. Alternately, run the following script before you run each sample XML-rule script (see the XMLRulesExampleSetup.jsx
script file):
C HAPTER 13: XML Rules XML Rules Examples 194
//XMLRuleExampleSetup.jsx
// main(); function main(){ var myDocument = app.documents.add(); myDocument.xmlImportPreferences.allowTransform = false; myDocument.xmlImportPreferences.ignoreWhitespace = true; var myScriptPath = myGetScriptPath(); var myFilePath = myScriptPath.path + "/XMLRulesExampleData.xml" myDocument.importXML(File(myFilePath)); var myBounds = myGetBounds(myDocument, myDocument.pages.item(0)); myDocument.xmlElements.item(0).placeIntoFrame(myDocument.pages.item(0), myBounds); function myGetBounds(myDocument, myPage){ var myWidth = myDocument.documentPreferences.pageWidth; var myHeight = myDocument.documentPreferences.pageHeight; var myX1 = myPage.marginPreferences.left; var myY1 = myPage.marginPreferences.top; var myX2 = myWidth - myPage.marginPreferences.right; var myY2 = myHeight - myPage.marginPreferences.bottom; return [myY1, myX1, myY2, myX2];
} function myGetScriptPath() { try { return app.activeScript;
} catch(myError){ return File(myError.fileName);
}
}
}
Getting started with XML rules
Here is a very simple XML rule—it does nothing more than add a return character after every XML element in the document. The XML-rule set contains one rule. For the complete script, see AddReturns.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath
Set myAddReturns = new AddReturns myRuleSet = Array(myAddReturns)
Rem The third parameter of __processRuleSet is a
Rem prefix mapping table; we'll leave it empty.
glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet, Array()
Rem XML rule "AddReturns"
Class AddReturns
Public Property Get name name = "AddReturns"
End Property
Public Property Get xpath xpath = "//*"
C HAPTER 13: XML Rules XML Rules Examples 195
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
Rem Add a return character at the end of the XML element.
.InsertTextAsContent vbcr, idXMLElementPosition.idElementEnd
End With apply = False
End Function
End Class
Function Include(myScriptFilePath)
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Set myScriptFile = myFileSystemObject.OpenTextFile(myScriptFilePath) myScriptContents = myScriptFile.ReadAll
ExecuteGlobal myScriptContents
End Function
Adding white space and static text
The following XML rule script is similar to the previous script, in that it adds white space and static text. It is somewhat more complex, however, in that it treats some XML elements differently based on their element names. For the complete script, see AddReturnsAndStaticText.
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new ProcessDevice,new ProcessName,new ProcessType,_ new ProcessPartNumber,new ProcessSupplyVoltage,new ProcessPackageType,_ new ProcessPackageOne,new ProcessPackages,new ProcessPrice)
Rem The third parameter of __processRuleSet is a
Rem prefix mapping table; we'll leave it empty.
glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet, Array()
Class ProcessDevice
Public Property Get name name = "ProcessDevice"
End Property
Public Property Get xpath xpath = "/devices/device"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = False
End Function
End Class
Class ProcessName
Public Property Get name name = "ProcessName"
End Property
Public Property Get xpath xpath = "/devices/device/name"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
Rem Add static text at the beginning of the element.
.InsertTextAsContent "Device Name:", idXMLElementPosition.idBeforeElement
C HAPTER 13: XML Rules XML Rules Examples 196
Rem Add a return character at the end of the element.
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = False
End Function
End Class
Class ProcessType
Public Property Get name name = "ProcessType"
End Property
Public Property Get xpath xpath = "/devices/device/type"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
Rem Add static text at the beginning of the element.
.InsertTextAsContent "Circuit Type:", idXMLElementPosition.idBeforeElement
Rem Add a return character at the end of the element.
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = False
End Function
End Class
Class ProcessPartNumber
Public Property Get name name = "ProcessPartNumber"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
Rem Add static text at the beginning of the element.
.InsertTextAsContent "Part Number:", idXMLElementPosition.idBeforeElement
Rem Add a return character at the end of the element.
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = False
End Function
End Class
Rem Adds static text around the "minimum" and "maximum"
Rem XML elements of the "supply_voltage" XML element.
Class ProcessSupplyVoltage
Public Property Get name name = "ProcessSupplyVoltage"
End Property
Public Property Get xpath xpath = "/devices/device/supply_voltage"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent "Supply Voltage: From ", idXMLElementPosition.idBeforeElement
With myXMLElement.XMLElements.Item(1)
.InsertTextAsContent " to ", idXMLElementPosition.idAfterElement
End with
With myXMLElement.XMLElements.Item(-1)
Rem Add static text to the end of the voltage range.
.InsertTextAsContent " volts", idXMLElementPosition.idAfterElement
C HAPTER 13: XML Rules XML Rules Examples 197
End with
Rem Add a return at the end of the XML element.
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = True
End Function
End Class
Rem Insert a dash between the "type" and "pins" elements.
Class ProcessPackageType
Public Property Get name name = "ProcessPackageType"
End Property
Public Property Get xpath xpath = "/devices/device/package/type"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent "-", idXMLElementPosition.idAfterElement
End With apply = true
End Function
End Class
Rem Process the first "package" element.
Class ProcessPackageOne
Public Property Get name name = "ProcessPackageOne"
End Property
Public Property Get xpath xpath = "/devices/device/package[1]"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent "Package: ", idXMLElementPosition.idBeforeElement
End With apply = true
End Function
End Class
Rem Process the remaining "package" elements.
Class ProcessPackages
Public Property Get name name = "ProcessPackages"
End Property
Public Property Get xpath xpath = "/devices/device/package"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent", ", idXMLElementPosition.idBeforeElement
End With apply = True
End Function
End Class
Class ProcessPrice
Public Property Get name name = "ProcessPrice"
End Property
Public Property Get xpath xpath = "/devices/device/price"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
C HAPTER 13: XML Rules XML Rules Examples 198
With myXMLElement
Rem Add a return at the start of the XML element.
.InsertTextAsContent vbCr & "Price: $", idXMLElementPosition.idBeforeElement
Rem .InsertTextAsContent "Price: $", idXMLElementPosition.idBeforeElement
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
End With apply = False
End Function
End Class
Function Include(myScriptFilePath)
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Set myScriptFile = myFileSystemObject.OpenTextFile(myScriptFilePath) myScriptContents = myScriptFile.ReadAll
ExecuteGlobal myScriptContents
End Function
N OTE : The above script uses scripting logic to add commas between repeating elements (in the
ProcessPackages
XML rule). If you have a sequence of similar elements at the same level, you can use forward-axis matching to do the same thing. Given the following example XML structure:
<xmlElement><item>1</item><item>2</item><item>3</item><item>4</item>
</xmlElement>
To add commas between each item
XML element in a layout, you could use an XML rule like the following (from the ListProcessing tutorial script): myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new ListItems) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
Rem Match all following sibling XML elements
Rem of the first "item" XML element.
Class ListItems
Public Property Get name name = "ListItems"
End Property
Public Property Get xpath xpath = "/xmlElement/item[1]/following-sibling::*"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent vbcr, idXMLElementPosition.idBeforeElement
End With apply = False
End Function
End Class
Changing the XML structure using XML rules
Because the order of XML elements is significant in InDesign’s XML implementation, you might need to use XML rules to change the sequence of elements in the structure. In general, large-scale changes to the structure of an XML document are best done using an XSLT file to transform the document before or during XML import into InDesign.
C HAPTER 13: XML Rules XML Rules Examples 199
The following XML rule script shows how to use the move
method to accomplish this. Note the use of the
__skipChildren
function from the glue code to prevent the XML-rules processor from becoming invalid.
For the complete script, see MoveXMLElement.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new MoveElement) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class MoveElement
Public Property Get name name = "MoveElement"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Rem Moves the part_number XML element to the start of
Rem the device XML element (the parent).
Public Function apply (myXMLElement, myRuleProcessor)
Rem Because this rule makes changes to the XML structure,
Rem you must use _skipChildren to avoid invalidating
Rem the XML element references.
glueCode_skipChildren(myRuleProcessor)
With myXMLElement
Set myParent = .Parent
Set myNameElement = myParent.XMLElements.Item(1)
.Move idLocationOptions.idBefore, myNameElement
End With apply = false
End Function
End Class
Duplicating XML elements with XML rules
As discussed in Chapter 12, “XML,”
XML elements have a one-to-one relationship with their expression in a layout. If you want the content of an XML element to appear more than once in a layout, you need to duplicate the element. The following script shows how to duplicate elements using XML rules. For the complete script, see DuplicateXMLElement. Again, this rule uses
__skipChildren
to avoid invalid XML object references.
C HAPTER 13: XML Rules XML Rules Examples 200
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new DuplicateElement) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class DuplicateElement
Public Property Get name name = "DuplicateElement"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Rem Moves the part_number XML element to the start of
Rem the device XML element (the parent).
Public Function apply (myXMLElement, myRuleProcessor)
Rem Because this rule makes changes to the XML structure,
Rem you must use _skipChildren to avoid invalidating
Rem the XML element references.
glueCode_skipChildren(myRuleProcessor)
With myXMLElement
.Duplicate
End With apply = false
End Function
End Class
XML rules and XML attributes
The following XML rule adds attributes to XML elements based on the content of their “name” element.
When you need to find an element by its text contents, copying or moving XML element contents to XML attributes attached to their parent XML element can be very useful in XML-rule scripting. While the subset of XPath supported by XML rules cannot search the text of an element, it can find elements by a specified attribute value. For the complete script, see AddAttribute.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new AddAttribute) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class AddAttribute
Public Property Get name name = "AddAttribute"
End Property
C HAPTER 13: XML Rules XML Rules Examples 201
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Rem Adds the content of the XML element to an attribute
Rem of the parent of the XML element. This can make finding
Rem the element by its content much easier and faster.
Public Function apply (myXMLElement, myRuleProcessor)
With myXMLElement
Set myParent = .Parent
myString = myXMLElement.Texts.Item(1).Contents
Set myXMLAttribute = .Parent.XMLAttributes.Add("part_number", myString)
End With apply = false
End Function
End Class
In the previous XML rule, we copied the data from an XML element into an XML attribute attached to its parent XML element. Instead, what if we want to move the XML element data into an attribute and remove the XML element itself? Use the convertToAttribute
method, as shown in the following script (from the
ConvertToAttribute tutorial script):
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new ConvertToAttribute) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class ConvertToAttribute
Public Property Get name name = "ConvertToAttribute"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Rem Converts an XML element to an attribute
Rem of the parent of the XML element.
Public Function apply (myXMLElement, myRuleProcessor) glueCode_skipChildren(myRuleProcessor)
With myXMLElement
.ConvertToAttribute
End With apply = true
End Function
End Class
To move data from an XML attribute to an XML element, use the convertToElement
method, as described in
Applying multiple matching rules
When the apply
function of an XML rule returns true, the XML-rules processor does not apply any further
XML rules to the matched XML element. When the apply
function returns false, however, the XML-rules processor can apply other rules to the XML element. The following script shows an example of an XML-rule
C HAPTER 13: XML Rules XML Rules Examples 202 apply
function that returns false. This script contains two rules that will match every XML element in the document. The only difference between them is that the first rule applies a color and returns false, while the second rule applies a different color to every other XML element (based on the state of a variable, myCounter
). For the complete script, see ReturningFalse.
myCounter = 0
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1)
Rem Define two colors.
Set myColorA = myAddColor(myDocument, "ColorA", idColorModel.idProcess, Array(0, 100, 80, 0))
Set myColorB = myAddColor(myDocument, "ColorB", idColorModel.idProcess, Array(100, 0, 80, 0)) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new ReturnFalse, new ReturnTrue) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Rem Adds a color to the text of every element in the structure.
Class ReturnFalse
Public Property Get name name = "ReturnFalse"
End Property
Public Property Get xpath xpath = "//*"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myColorA = myInDesign.Documents.Item(1).Colors.Item("ColorA")
With myXMLElement
.Texts.Item(1).FillColor = myColorA
End With
Rem Leaves the XML element available to further processing.
apply = false
End Function
End Class
Rem Adds a color to the text of every other element in the structure.
Class ReturnTrue
Public Property Get name name = "ReturnTrue"
End Property
Public Property Get xpath xpath = "//*"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myColorB = myInDesign.Documents.Item(1).Colors.Item("ColorB")
With myXMLElement
Rem Test based on the global variable "myCounter"
If myCounter Mod 2 = 0 Then
.Texts.Item(1).FillColor = myColorB
End If myCounter = myCounter + 1
End With
Rem Do not process the element with any further matching rules.
apply = true
C HAPTER 13: XML Rules XML Rules Examples 203
End Function
End Class
Function Include(myScriptFilePath)
Set myFileSystemObject = CreateObject("Scripting.FileSystemObject")
Set myScriptFile = myFileSystemObject.OpenTextFile(myScriptFilePath) myScriptContents = myScriptFile.ReadAll
ExecuteGlobal myScriptContents
End Function
Function myAddColor(myDocument, myColorName, myColorModel, myColorValue)
On Error Resume Next
Set myColor = myDocument.colors.Item(myColorName)
If Err.Number <> 0 Then
Set myColor = myDocument.colors.Add
myColor.Name = myColorName
Err.Clear
End If
On Error GoTo 0
myColor.model = myColorModel
myColor.colorValue = myColorValue
Set myAddColor = myColor
End Function
Finding XML elements
As noted earlier, the subset of XPath supported by XML rules does not allow for searching the text contents of XML elements. To get around this limitation, you can either use attributes to find the XML elements you want or search the text of the matching XML elements. The following script shows how to match XML elements using attributes. This script applies a color to the text of elements it finds, but a practical script would do more. For the complete script, see FindXMLElementByAttribute.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1)
Rem Define two colors.
Set myColorA = myAddColor(myDocument, "ColorA", idColorModel.idProcess,
Array(0, 100, 80, 0)) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new AddAttribute) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
Rem Now that the attributes have been added, find and format
Rem the XML element whose attribute content matches a specific string.
myRuleSet = Array(new FindAttribute) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class AddAttribute
Public Property Get name name = "AddAttribute"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Rem Adds the content of the XML element to an attribute
Rem of the parent of the XML element. This can make finding
C HAPTER 13: XML Rules XML Rules Examples 204
Rem the element by its content much easier and faster.
Public Function apply (myXMLElement, myRuleProcessor)
With myXMLElement
Set myParent = .Parent
myString = myXMLElement.Texts.Item(1).Contents
Set myXMLAttribute = .Parent.XMLAttributes.Add("part_number", myString)
End With apply = false
End Function
End Class
Class FindAttribute
Public Property Get name name = "FindAttribute"
End Property
Public Property Get xpath xpath = "/devices/device[@part_number = 'DS001']"
End Property
Rem Applies a color to the text of an XML element
Rem (to show that we found it).
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myColorB = myInDesign.Documents.Item(1).Colors.Item("ColorB")
With myXMLElement
.Texts.Item(1).FillColor = myColorA
End With apply = false
End Function
End Class
The following script shows how to use the findText
method to find and format XML content (for the complete script, see FindXMLElementByFindText):
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1)
Rem Define two colors.
Set myColorA = myAddColor(myDocument, "ColorA", idColorModel.idProcess,
Array(0, 100, 80, 0)) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new FindByFindText) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class FindByFindText
Public Property Get name name = "FindByFindText"
End Property
Public Property Get xpath xpath = "/devices/device/description"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
With myXMLElement myResetFindText myInDesign
If .Texts.Item(1).contents <> "" Then
Rem Set the find options.
myInDesign.FindChangeTextOptions.CaseSensitive = False
C HAPTER 13: XML Rules XML Rules Examples 205 myInDesign.FindChangeTextOptions.IncludeFootnotes = False myInDesign.FindChangeTextOptions.IncludeHiddenLayers = False myInDesign.FindChangeTextOptions.IncludeLockedLayersForFind =
False myInDesign.FindChangeTextOptions.IncludeLockedStoriesForFind =
False myInDesign.FindChangeTextOptions.IncludeMasterPages = False myInDesign.FindChangeTextOptions.WholeWord = False
Rem Search for the word "triangle" in the content of the element.
myInDesign.FindTextPreferences.FindWhat = "triangle"
Set myFoundItems = .FindText
If myFoundItems.Count > 0 Then
Set myColorA = myInDesign.Documents.Item(1).Colors.Item("ColorA")
.Texts.Item(1).FillColor = myColorA
End If myResetFindText myInDesign
End If
End With apply = false
End Function
End Class
Function myResetFindText(myInDesign) myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
End Function
The following script shows how to use the findGrep method to find and format XML content (for the complete script, see FindXMLElementByFindGrep):
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1)
Rem Define two colors.
Set myColorA = myAddColor(myDocument, "ColorA", idColorModel.idProcess,
Array(0, 100, 80, 0)) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath myRuleSet = Array(new FindByFindGrep) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class FindByFindGrep
Public Property Get name name = "FindByFindGrep"
End Property
Public Property Get xpath xpath = "/devices/device/description"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
With myXMLElement myResetFindGrep myInDesign
If .Texts.Item(1).contents <> "" Then
Rem Search for the regular expression:
Rem "(?i)pulse.*?triangle|triangle.*?pulse"
Rem in the content of the element.
myInDesign.FindGrepPreferences.FindWhat =
"(?i)pulse.*?triangle|triangle.*?pulse"
C HAPTER 13: XML Rules XML Rules Examples 206
Set myFoundItems = .FindGrep
Set myColorA = myInDesign.Documents.Item(1).Colors.Item("ColorA")
If myFoundItems.Count > 0 Then
.Texts.Item(1).FillColor = myColorA
End If myResetFindGrep myInDesign
End If
End With apply = false
End Function
End Class
Function myResetFindGrep(myInDesign) myInDesign.FindTextPreferences = idNothingEnum.idNothing
myInDesign.ChangeTextPreferences = idNothingEnum.idNothing
End Function
Extracting XML elements with XML rules
XSLT often is used to extract a specific subset of data from an XML file. You can accomplish the same thing using XML rules. The following sample script shows how to duplicate a set of sample XML elements and move them to another position in the XML element hierarchy. Note that you must add the duplicated XML elements at a point in the XML structure that will not be matched by the XML rule, or you run the risk of creating an endless loop. For the complete script, see ExtractSubset.
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then
Set myDocument = myInDesign.Documents.Item(1) myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath
Set myXMLTag = myMakeXMLTag(myDocument, "VCOs")
Set myContainerElement = myDocument.XMLElements.Item(1).XMLElements.Add(myXMLTag) myRuleSet = Array(new ExtractVCO) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class ExtractVCO
Public Property Get name name = "ExtractVCO"
End Property
Public Property Get xpath xpath = "/devices/device/type"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
With myXMLElement
If .Texts.Item(1).Contents = "VCO" Then
Set myDestination = myXMLElement.Parent.Parent.XMLElements.Item(-1)
Set myNewElement = .Parent.Duplicate myNewElement.Move idLocationOptions.idAtEnd, myDestination
End If
End With apply = false
End Function
End Class
C HAPTER 13: XML Rules XML Rules Examples 207
Applying formatting with XML rules
The previous XML-rule examples have shown basic techniques for finding XML elements, rearranging the order of XML elements, and adding text to XML elements. Because XML rules are part of scripts, they can perform almost any action—from applying text formatting to creating entirely new page items, pages, and documents. The following XML-rule examples show how to apply formatting to XML elements using
XML rules and how to create new page items based on XML-rule matching.
The following script adds static text and applies formatting to the example XML data (for the complete script, see XMLRulesApplyFormatting):
Set myInDesign = CreateObject("InDesign.Application")
If myInDesign.Documents.Count > 0 Then myFilePath = myInDesign.FilePath
myFilePath = myFilePath & "\Scripts\Xml rules\glue code.vbs"
Rem Use the Include function to load the glue code file.
Include myFilePath
Set myDocument = myInDesign.Documents.Item(1)
Rem Document setup
With myDocument.ViewPreferences
.HorizontalMeasurementUnits = idMeasurementUnits.idPoints
.VerticalMeasurementUnits = idMeasurementUnits.idPoints
End With
Rem Create a color.
Set myColor = myAddColor(myDocument, "Red", idColorModel.idProcess,
Array(0, 100, 100, 0))
Rem Create a series of paragraph styles.
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "DeviceName") myParagraphStyle.PointSize =24 myParagraphStyle.Leading = 24 myParagraphStyle.FillColor = myColor myParagraphStyle.SpaceBefore = 24
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "DeviceType") myParagraphStyle.PointSize =12 myParagraphStyle.Leading = 12 myParagraphStyle.FontStyle = "Bold"
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "PartNumber") myParagraphStyle.PointSize =12 myParagraphStyle.Leading = 12 myParagraphStyle.FontStyle = "Bold"
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "Voltage") myParagraphStyle.PointSize =10 myParagraphStyle.Leading = 12 myParagraphStyle.FontStyle = "Bold"
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "DevicePackage") myParagraphStyle.PointSize =10 myParagraphStyle.Leading = 12
Set myParagraphStyle = myMakeParagraphStyle(myDocument, "Price") myParagraphStyle.PointSize =10 myParagraphStyle.Leading = 12 myParagraphStyle.FontStyle = "Bold" myRuleSet = Array(new ProcessDevice, new ProcessName, new ProcessType, new
ProcessPartNumber, new ProcessSupplyVoltage, new ProcessPrice, new ProcessPackageType, new ProcessPackageOne, new ProcessPackages) glueCode_ProcessRuleSet myInDesign, myDocument.XMLElements.Item(1), myRuleSet,
Array()
End If
Class ProcessDevice
Public Property Get name
C HAPTER 13: XML Rules XML Rules Examples 208 name = "ProcessDevice"
End Property
Public Property Get xpath xpath = "/devices/device"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
With myXMLElement
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
End With apply = false
End Function
End Class
Class ProcessName
Public Property Get name name = "ProcessName"
End Property
Public Property Get xpath xpath = "/devices/device/name"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("DeviceName")
End With apply = true
End Function
End Class
Class ProcessType
Public Property Get name name = "ProcessType"
End Property
Public Property Get xpath xpath = "/devices/device/type"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent "Circuit Type: ", idXMLElementPosition.idBeforeElement
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("DeviceType")
End With apply = true
End Function
End Class
Class ProcessPartNumber
Public Property Get name name = "ProcessPartNumber"
End Property
Public Property Get xpath xpath = "/devices/device/part_number"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent "Part Number: ",
C HAPTER 13: XML Rules XML Rules Examples 209 idXMLElementPosition.idBeforeElement
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("PartNumber")
End With apply = true
End Function
End Class
Class ProcessSupplyVoltage
Public Property Get name name = "ProcessPartNumber"
End Property
Public Property Get xpath xpath = "/devices/device/supply_voltage"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent "Supply Voltage From: ", idXMLElementPosition.idBeforeElement
With .XMLElements.Item(1)
.InsertTextAsContent " to ", idXMLElementPosition.idAfterElement
End With
With .XMLElements.Item(-1)
.InsertTextAsContent " volts", idXMLElementPosition.idAfterElement
End With
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("Voltage")
End With apply = true
End Function
End Class
Class ProcessPackageType
Public Property Get name name = "ProcessPackageType"
End Property
Public Property Get xpath xpath = "/devices/device/package/type"
End Property
Public Function apply (myXMLElement, myRulesProcessor)
With myXMLElement
.InsertTextAsContent "-", idXMLElementPosition.idAfterElement
End With apply = true
End Function
End Class
Rem Process the first "package" element.
Class ProcessPackageOne
Public Property Get name name = "ProcessPackageOne"
End Property
Public Property Get xpath xpath = "/devices/device/package[1]"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent "Package: ",
C HAPTER 13: XML Rules XML Rules Examples 210 idXMLElementPosition.idBeforeElement
Rem Because we have already added a return to the
Rem end of this element as part of the ProcessPrice
Rem rule, we can savly apply a paragrpah style.
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("DevicePackage")
End With apply = true
End Function
End Class
Rem Process the remaining "package" elements.
Class ProcessPackages
Public Property Get name name = "ProcessPackages"
End Property
Public Property Get xpath xpath = "/devices/device/package"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
With myXMLElement
.InsertTextAsContent", ", idXMLElementPosition.idBeforeElement
End With apply = True
End Function
End Class
Class ProcessPrice
Public Property Get name name = "ProcessPrice"
End Property
Public Property Get xpath xpath = "/devices/device/price"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
Rem Add a return at the start of the XML element.
.InsertTextAsContent vbCr & "Price: $", idXMLElementPosition.idBeforeElement
.InsertTextAsContent vbcr, idXMLElementPosition.idAfterElement
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("Price")
End With apply = False
End Function
End Class
Creating page items with XML rules
The following script creates new page items, inserts the content of XML elements in the page items, adds static text, and applies formatting. We include only the relevant XML-rule portions of the script here; for more information, see the complete script (XMLRulesLayout).
The first rule creates a new text frame for each “device” XML element:
C HAPTER 13: XML Rules XML Rules Examples 211
Class ProcessDevice
Public Property Get name name = "ProcessDevice"
End Property
Public Property Get xpath xpath = "/devices/device"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
.InsertTextAsContent vbCr, idXMLElementPosition.idAfterElement
If myDocument.Pages.Item(1).TextFrames.Count > 0 Then
Set myPage = myDocument.Pages.Add
myBounds = myGetBounds(myDocument, myPage)
Set myTextFrame = .PlaceIntoFrame(myPage, myBounds) myTextFrame.TextFramePreferences.FirstBaselineOffset = idFirstBaseline.idLeadingOffset
Else
Set myPage = myDocument.Pages.Item(1) myBounds = myGetBounds(myDocument, myPage)
Set myTextFrame = .PlaceIntoFrame(myPage, myBounds) myTextFrame.TextFramePreferences.FirstBaselineOffset = idFirstBaseline.idLeadingOffset
End If
End With apply = false
End Function
End Class
The “ProcessType” rule moves the “type” XML element to a new frame on the page:
Class ProcessType
Public Property Get name name = "ProcessType"
End Property
Public Property Get xpath xpath = "/devices/device/type"
End Property
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myDocument = myInDesign.Documents.Item(1)
With myXMLElement
Set myPage = myDocument.Pages.Item(-1) myBounds = myGetBounds(myDocument, myPage) myX1 = myBounds(1) myY1 = myBounds(0) myBounds = Array(myY1-24, myX1, myY1, myX1 + 48)
Set myTextFrame = .PlaceIntoFrame(myPage, myBounds) myTextFrame.TextFramePreferences.InsetSpacing = Array(6, 6, 6, 6) myTextFrame.FillColor = myDocument.Swatches.Item("Red")
.ApplyParagraphStyle myDocument.ParagraphStyles.Item("DeviceType")
End With apply = true
End Function
End Class
C HAPTER 13: XML Rules Creating Tables using XML Rules 212
Creating Tables using XML Rules
You can use the ConvertElementToTable method to turn an XML element into a table. This method has a limitation in that it assumes that all of the XML elements inside the table conform to a very specific set of
XML tags—one tag for a row element; another for a cell, or column element. Typically, the XML data we want to put into a table does not conform to this structure: it is likely that the XML elements we want to arrange in columns use heterogeneous XML tags (price, part number, etc.).
To get around this limitation, we can “wrap” each XML element we want to add to a table row using a container XML element, as shown in the following script fragments (see XMLRulesTable). In this example, a specific XML rule creates an XML element for each row.
Class ProcessDevice
Public Property Get name name = "ProcessDevice"
End Property
Public Property Get xpath xpath = "//device[@type = 'VCO']"
End Property
Rem Create a new row for every device whose type is "VCO"
Public Function apply (myXMLElement, myRuleProcessor)
Set myInDesign = CreateObject("InDesign.Application")
Set myRowTag = myInDesign.Documents.Item(1).XmlTags.Item("Row")
Set myNewRowElement = myContainerElement.XMLElements.Add(myRowTag) apply = false
End Function
End Class
Successive rules move and format their content into container elements inside the row XML element.
Class ProcessPrice
Public Property Get name name = "ProcessPrice"
End Property
Public Property Get xpath xpath = "//device[@type = 'VCO']/price"
End Property
Public Function apply (myXMLElement, myRuleProcessor) glueCode_skipChildren(myRuleProcessor)
With myXMLElement
Set myInDesign = CreateObject("InDesign.Application")
Set myCellTag = myInDesign.Documents.Item(1).XmlTags.Item("Column")
Set myLastElement = myContainerElement.XMLElements.Item(-1)
Set myNewElement = myLastElement.XMLElements.add(myCellTag)
Set myPriceElement = .Move(idLocationOptions.idAtBeginning, myNewElement) myPriceElement.InsertTextAsContent "$", idXMLElementPosition.idBeforeElement
End With apply = true
End Function
End Class
Once all of the specified XML elements have been “wrapped,” we can convert the container element to a table.
Set myTable = myContainerElement.ConvertElementToTable(myRowTag, myCellTag)
C HAPTER 13: XML Rules Scripting the XML-rules Processor Object 213
Scripting the XML-rules Processor Object
While we have provided a set of utility functions in glue code.vbs
, you also can script the XML-rules processor object directly. You might want do this to develop your own support routines for XML rules or to use the XML-rules processor in other ways.
When you script XML elements outside the context of XML rules, you cannot locate elements using XPath.
You can, however, create an XML rule that does nothing more than return matching XML elements, and apply the rule using an XML-rules processor, as shown in the following script. (This script uses the same
XML data file as the sample scripts in previous sections.) For the complete script, see XMLRulesProcessor.
myXPath = Array("/devices/device") myXMLMatches = mySimulateXPath(myXPath)
Rem At this point, myXMLMatches contains all of the XML elements
Rem that matched the XPath expression provided in myXPath.
Rem In a real script, you could now process the elements.
Rem For this example, however, we'll simply display a message.
If IsEmpty(myXMLMatches(0)) = False Then
MsgBox "Found " & CStr(UBound(myXMLMatches)+1) & " matching elements."
Else
MsgBox "Did not find any matching XML elements."
End if
Function mySimulateXPath(myXPath)
ReDim myMatchingElements(0)
Set myInDesign = CreateObject("InDesign.Application")
Set myRuleProcessor = myInDesign.XMLRuleProcessors.Add(myXPath)
Set myDocument = myInDesign.Documents.Item(1)
Set myRootXMLElement = myDocument.XMLElements.Item(1)
Set myMatchData = myRuleProcessor.StartProcessingRuleSet(myRootXMLElement)
Do While TypeName(myMatchData) <> "Nothing"
Set myXMLElement = myMatchData.Element
If IsEmpty(myMatchingElements(0)) = False Then
ReDim Preserve myMatchingElements(UBound(myMatchingElements) + 1)
End If
Set myMatchingElements(UBound(myMatchingElements)) = myXMLElement
Set myMatchData = myRuleProcessor.FindNextMatch
Loop mySimulateXPath = myMatchingElements
End Function
14
Track Changes
Writers can track, show, hide, accept, and reject changes as a document moves through the writing and editing process. All changes are recorded and visualized to make it easier to review a document.
This tutorial shows how to script the most common operations involving tracking changes.
We assume that you have already read Adobe InDesign CS5 Scripting Tutorial and know how to create, install, and run a script. We also assume that you have some knowledge of working with text in InDesign and understand basic typesetting terms.
Tracking Changes
This section shows how to navigate tracked changes, accept changes, and reject changes using scripting.
Whenever anyone adds, deletes, or moves text within an existing story, the change is marked in galley and story views.
Navigating tracked changes
If the story contains a record of tracked changes, the user can navigate sequentially through tracked changes. The following script show how to navigate the tracked changes (for the complete script, refer to
GetTrackchange).
The script below uses the nextItem
method to navigate to the change following the insertion point:
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
//Story.trackChanges If true, track changes is turned on.
If(myStory.TrackChanges=true ) Then
Set myChange = myStory.Changes.Item(1)
If(myStory.Changes.Count>1) Then
Set myChange0 = myStory.Changes.NextItem(myChange)
End If
End If
In the script below, we use the previousItem
method to navigate to the change following the insertion point:
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
If(myStory.TrackChanges=true ) Then
Set myChange = myStory.Changes.LastItem()
If(myStory.Changes.Count>1) Then
Set myChange0 = myStory.Changes.PreviousItem(myChange)
End If
End If
214
Track Changes Tracking Changes 215
Accepting and reject tracked changes
When changes are made to a story, by you or others, the change-tracking feature enables you to review all changes and decide whether to incorporate them into the story. You can accept and reject changes—added, deleted, or moved text—made by any user.
In the following script, the change is accepted (for the complete script, refer to AcceptChange):
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myChange = myStory.Changes.Item(1) myChange.Accept
In the following script, the change is rejected (for the complete script, refer to RejectChange):
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myChange = myStory.Changes.Item(1) myChange.Reject
Information about tracked changes
Change information includes include date and time. The following script shows the information of a tracked change (for the complete script, refer to GetChangeInfo):
Set myDocument = myInDesign.Documents.Item(1)
Set myStory = myDocument.Stories.Item(1)
Set myChange = myStory.Changes.Item(1)
With myChange
Rem idChangeTypes.idDeletedText (Read Only) Deleted text.
Rem idChangeTypes.idInsertedText (Read Only) Insert text.
Rem idChangeTypes.idMovedText (Read Only) Moved text.
myTypes = .ChangeType
Rem Characters A collection of Characters.
Set myCharacters = .Characters
Rem Character = myCharacters.Item(1); myDate = .Date
Rem InsertionPoints A collection of insertion points.
Rem insertpoint = myInsertionPoints.Item(1);
Set myInsertionPoints = .InsertionPoints
Rem Lines (Read Only) A collection of lines.
Set myLines = .Lines
Rem Paragraphs (Read Only) A collection of paragraphs.
Set myParagraphs =.Paragraphs
Rem InsertionPoints A collection of insertion points.
Track Changes Preferences for Tracking Changes 216
Rem myInsertpoint = myInsertionPoints.Item(0);
Set myStoryOffset = .StoryOffset
Rem TtextColumns (Read Only) A collection of text columns.
Set myTextColumns = .TextColumns
Rem TextStyleRanges (Read Only) A collection of text style ranges.
Set myTextStyleRanges = .TextStyleRanges
Rem TextVariableInstances (Read Only) A collection of text variable instances.
Set myTextVariableInstances = .TextVariableInstances
Rem Texts (Read Only) A collection of text objects.
Set myTexts = .Texts
Rem The user who made the change. Note: Valid only when track changes is true.
myUserName = .UserName
Rem Words A collection of words
Set myWords = .Words
End With
Preferences for Tracking Changes
Track-changes preferences are user settings for tracking changes. For example, you can define which changes are tracked (adding, deleting, or moving text). You can specify the appearance of each type of tracked change, and you can have changes identified with colored change bars in the margins. The following script shows how to set and get these preferences (for the complete script, refer to
GetChangePreference):
Set myTrackChangesPreference = myInDesign.TrackChangesPreferences
With myTrackChangesPreference
Rem AddedBackgroundColorChoice As idChangeBackgroundColorChoices, The background color option for added text.
Rem idChangeBackgroundColorChoices, Background color options for changed text.
Rem idChangeBackgroundUsesChangePrefColor The background color for changed text is the same as the track changes preferences background color. For information, see background color for added text, background color for deleted text, or background color for moved text.
Rem idChangeBackgroundUsesGalleyBackgroundColor The background color for changed text is the same as the galley background color.
Rem idChangeBackgroundUsesUserColor The background color for changed text is the same as the color assigned to the current user. myAddedBackgroundColorChoice = .AddedBackgroundColorChoice
.AddedBackgroundColorChoice = idChangeBackgroundColorChoices.idChangeBackgroundUsesChangePrefColor
Rem idChangeTextColorChoices,Changed text color options.
Rem Property AddedTextColorChoice As idChangeTextColorChoices, The color option for added text.
Rem idChangeUsesChangePrefColor,The text color for changed text is the same as the text color defined in track changes preferences. For information, see text color for added text, text color for deleted text, or text color for moved text.
Rem idChangeUsesGalleyTextColor,The text color for changed text is the same as the galley text color.
myAddedTextColorChoice = .AddedTextColorChoice
.AddedTextColorChoice = idChangeTextColorChoices.idChangeUsesChangePrefColor
Rem BackgroundColorForAddedText,The background color for added text, specified as an
InCopy UI color. Note: Valid only when added background color choice is change background uses change pref color. Type: Array of 3 Doubles (0 - 255) or idInCopyUIColors enumerator myBackgroundColorForAddedText = .BackgroundColorForAddedText
.BackgroundColorForAddedText = idUIColors.idGray
Track Changes Preferences for Tracking Changes 217
Rem BackgroundColorForDeletedText, The background color for deleted text, specified as an InCopy UI color. Note: Valid only when deleted background color choice is change background uses change pref color myBackgroundColorForDeletedText = .BackgroundColorForDeletedText
.BackgroundColorForDeletedText = idUIColors.idRed
Rem BackgroundColorForMovedText,The background color for moved text. Note: Valid only when moved background color choice is change background uses change pref color myBackgroundColorForMovedText = .BackgroundColorForMovedText
.BackgroundColorForMovedText = idUIColors.idPink
Rem ChangeBarColor, The change bar color, specified as an InCopy UI color. myChangeBarColor = .ChangeBarColor
.ChangeBarColor = idUIColors.idCharcoal
Rem DeletedBackgroundColorChoice,The background color option for deleted text.
Rem idChangeBackgroundUsesChangePrefColor The background color for changed text is the same as the track changes preferences background color. For information, see background color for added text, background color for deleted text, or background color for moved text.
Rem idChangeBackgroundUsesGalleyBackgroundColor The background color for changed text is the same as the galley background color.
Rem idChangeBackgroundUsesUserColor The background color for changed text is the same as the color assigned to the current user. myDeletedBackgroundColorChoice = .DeletedBackgroundColorChoice
.DeletedBackgroundColorChoice = idChangeBackgroundColorChoices.idChangeBackgroundUsesUserColor
Rem DeletedTextColorChoice, The color option for deleted text.
Rem idChangeUsesChangePrefColor,The text color for changed text is the same as the text color defined in track changes preferences. For information, see text color for added text, text color for deleted text, or text color for moved text.
Rem idChangeUsesGalleyTextColor,The text color for changed text is the same as the galley text color.
myDeletedTextColorChoice = .DeletedTextColorChoice
.DeletedTextColorChoice = idChangeTextColorChoices.idChangeUsesChangePrefColor
Rem LocationForChangeBar,The change bar location.
Rem idChangebarLocations,Change bar location options.
Rem idLeftAlign, Change bars are in the left margin.
Rem idRightAlign, Change bars are in the right margin myLocationForChangeBar = .LocationForChangeBar
.LocationForChangeBar = idChangebarLocations.idLeftAlign
Rem MarkingForAddedText, The marking that identifies added text.
Rem idChangeMarkings, Marking options for changed text.
Rem idOutline, Outlines changed text.
Rem idNone, Does not mark changed text.
Rem idStrikethrough, Uses a strikethrough to mark changed text.
Rem idUnderlineSingle, Underlines changed text.
myMarkingForAddedText = .MarkingForAddedText
.MarkingForAddedText = idChangeMarkings.idStrikethrough
Rem MarkingForDeletedText, The marking that identifies deleted text.
Rem idChangeMarkings, Marking options for changed text.
Rem idOutline, Outlines changed text.
Rem idNone, Does not mark changed text.
Rem idStrikethrough, Uses a strikethrough to mark changed text.
Rem idUnderlineSingle, Underlines changed text.
myMarkingForDeletedText = .MarkingForDeletedText
.MarkingForDeletedText = idChangeMarkings.idUnderlineSingle
Rem MarkingForMovedText, The marking that identifies moved text.
Rem idChangeMarkings, Marking options for changed text.
Rem idOutline, Outlines changed text.
Rem idNone, Does not mark changed text.
Rem idStrikethrough, Uses a strikethrough to mark changed text.
Rem idUnderlineSingle, Underlines changed text.
Track Changes Preferences for Tracking Changes 218 myMarkingForMovedText = .MarkingForMovedText
.MarkingForMovedText = idChangeMarkings.idOutline
Rem MovedBackgroundColorChoice,The background color option for moved text.
Rem idChangeBackgroundUsesChangePrefColor The background color for changed text is the same as the track changes preferences background color. For information, see background color for added text, background color for deleted text, or background color for moved text.
Rem idChangeBackgroundUsesGalleyBackgroundColor The background color for changed text is the same as the galley background color.
Rem idChangeBackgroundUsesUserColor The background color for changed text is the same as the color assigned to the current user. myMovedBackgroundColorChoice = .MovedBackgroundColorChoice
.MovedBackgroundColorChoice = idChangeBackgroundColorChoices.idChangeBackgroundUsesChangePrefColor
Rem MovedTextColorChoice, The color option for moved text.
Rem idChangeUsesChangePrefColor,The text color for changed text is the same as the text color defined in track changes preferences. For information, see text color for added text, text color for deleted text, or text color for moved text.
Rem idChangeUsesGalleyTextColor,The text color for changed text is the same as the galley text color.
myMovedTextColorChoice = .MovedTextColorChoice
.MovedTextColorChoice = idChangeTextColorChoices.idChangeUsesChangePrefColor
Rem if true, displays added text.
myShowAddedText = .ShowAddedText
.ShowAddedText = true
Rem If true, displays change bars.
myShowChangeBars = .ShowChangeBars
.ShowChangeBars = true
Rem ShowDeletedText, If true, displays deleted text.
myShowDeletedText = .ShowDeletedText
.ShowDeletedText = true
Rem ShowMovedText,If true, displays moved text.
myShowMovedText = .ShowMovedText
.ShowMovedText = true
Rem SpellCheckDeletedText, If true, includes deleted text when using the Spell Check command.
mySpellCheckDeletedText = .SpellCheckDeletedText
.SpellCheckDeletedText = true
Rem TextColorForAddedText, The color for added text, specified as an InCopy UI color.
Note: Valid only when added text color choice is change uses change pref color.
myTextColorForAddedText = .TextColorForAddedText
.TextColorForAddedText = idUIColors.idBlue
Rem TextColorForDeletedText,The color for deleted text.
myTextColorForDeletedText = .TextColorForDeletedText
.TextColorForDeletedText = idUIColors.idYellow
Rem TextColorForMovedText,The color for moved text.
myTextColorForMovedText = .TextColorForMovedText
.TextColorForMovedText = idUIColors.idGreen
End With
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