1 files changed, 10 insertions, 10 deletions
diff --git a/kjsembed/design.h b/kjsembed/design.h
index e8bdbbc0..dd9bf357 100644
--- a/kjsembed/design.h
+++ b/kjsembed/design.h
@@ -38,7 +38,7 @@
  *   A widget that provides an interactive JS console.
  *
  * @ref KJSEmbed::JSObjectProxy :
- *   A Javascript object that can access the properties of a TTQObject,
+ *   A Javascript object that can access the properties of a TQObject,
  *
  * @ref KJSEmbed::SecurityPolicy :
  *   Defines a security policy for @ref JSObjectProxy.
@@ -71,12 +71,12 @@
  * class, but is more easily used via the addObject(...) methods of @ref KJSEmbedPart.
  *
  * The following code shows how easy it is to make an object available for
- * scripting. It creates a TTQVBox containing two TQLabels then makes them visible
+ * scripting. It creates a TQVBox containing two TQLabels then makes them visible
  * to KJSEmbed:
  * <pre>
- *    TTQVBox *toplevel = new TTQVBox( 0, "box" );
- *    TTQLabel *title = new TTQLabel( "Some Title", toplevel, "title");
- *    TTQLabel *main = new TTQLabel( "Some text, more text.", toplevel, "main" );
+ *    TQVBox *toplevel = new TQVBox( 0, "box" );
+ *    TQLabel *title = new TQLabel( "Some Title", toplevel, "title");
+ *    TQLabel *main = new TQLabel( "Some text, more text.", toplevel, "main" );
  *
  *    js->addObject( title );
  *    js->addObject( main, "text" );
@@ -92,14 +92,14 @@
  * </pre>
  * The script above would set the text of the label to 'Hello World'.
  *
- * The slots of a TTQObject bound to the interpreter are made available to
+ * The slots of a TQObject bound to the interpreter are made available to
  * scripts as if they normal methods. In the example above, we could conceal
  * the label 'main' entirely by calling its hide() slot:
  * <pre>
  *    main.hide()
  * </pre>
  *
- * @section tree Access To the TTQObject Tree
+ * @section tree Access To the TQObject Tree
  *
  * As well as providing script access to an individual widget, KJSEmbed
  * allows scripts to walk the object tree and access others.  If we
@@ -134,7 +134,7 @@
  * To embed the interpreter we can just create a new KJSEmbed part.
  * @skipline m_part
  * To publish the objects we can then call @ref KJSEmbed::KJSEmbedPart::addObject on our part.
- * This will then add any TTQObject based class the the global scope of the
+ * This will then add any TQObject based class the the global scope of the
  * javascript interperter.
  * @skipline addObject
  * Once you have your objects published you can then execute javascript code from a file.
@@ -148,10 +148,10 @@
  * @ref KJS::List. This is just a list of @ref KJS::Value objects and can be created from
  * TQVariants or from custom @ref KJS::Object based classes.
  * Once you have the data back from the method you can convert it easily from the @ref KJS::Value
- * type to a TTQVariant with the @ref KJSEmbed::convertToVariant method.
+ * type to a TQVariant with the @ref KJSEmbed::convertToVariant method.
  * @line personalData
  * @until notes:
- * Complex arrays or @ref KJS::Objects are transparently converted to TTQVariant::Map types so
+ * Complex arrays or @ref KJS::Objects are transparently converted to TQVariant::Map types so
  * they can easily be manipulated from C++.
  * The KJSEmbed::console is also easy to add to applications.  An example of a method that
  * will toggle the console is below.