X-Git-Url: http://review.tizen.org/git/?a=blobdiff_plain;f=src%2Fquick%2Fdoc%2Fsrc%2Fconcepts%2Finput%2Ftopic.qdoc;h=5079e0678a1e5230dd8ee5da35784695ec1a787d;hb=87679b3499e68957998b98bf13b6d98b3aa8b4c3;hp=94c29e120e6162e474e96fb6016e46a706a47849;hpb=422033971f5d74b8ed7dcf3492379403d4d0eb3d;p=profile%2Fivi%2Fqtdeclarative.git

diff --git a/src/quick/doc/src/concepts/input/topic.qdoc b/src/quick/doc/src/concepts/input/topic.qdoc
index 94c29e1..5079e06 100644
--- a/src/quick/doc/src/concepts/input/topic.qdoc
+++ b/src/quick/doc/src/concepts/input/topic.qdoc
@@ -47,34 +47,11 @@ and thus touch events are supported in various visual object types, from
 in the \l{MouseArea} type (which will be documented thoroughly in a proceeding
 section).
 
-\section1 Motion Gestures
-
-Detecting gestures with an accelerometer, or through camera-based gesture
-recognition, can allow users to interact with an application without requiring
-their full and undevided attention.  It can also provide a more interactive
-and engaging experience.
-
-Qt Quick itself does not offer first-class support for motion gestures, however
-another QML add-on module which provides support for gestures, which uses
-Qt Quick and integrates with Qt Quick's visual canvas does exist.  See the
-Qt Sensors module documentation for more information on the topic.
-
-\section1 Keyboard
-
-Supporting input from a keyboard is a vital component of the user-interface of
-many applications.
-
-XXX TODO: generic keypress event handling documentation?
-
-Qt Quick also provides visual object types which automatically receive keyboard
-events and key-presses, and displays the appropriate text.  Please see the
-documentation about \l{qtquick-input-textinput.html}{text input} for
-in-depth information on the topic.
 
 \section1 Mouse
 
-The computer mouse is still a very important vector for user-input.  Detecting
-and reacting to clicks and presses according to their position is a fundamental
+Mouse input is another important user input for user interfaces. Detecting
+and reacting to clicks and presses according to the mouse cursor position is a fundamental
 concept in user-interface design.
 
 Qt Quick provides the MouseArea visual object type which automatically receives
@@ -83,13 +60,34 @@ create custom user-interface objects to handle mouse input.  Please see the
 documentation about \l{qtquick-input-mouseevents.html}
 {mouse events in Qt Quick} for more information on the topic.
 
-\section1 Focus
 
-Most user-interfaces have multiple visual objects, but usually only one object
-has focus (that is, receives key-press events) at any time.  Qt Quick has
-support for complex focus specification.  See the documentation about
-\l{qtquick-input-focus.html}{keyboard focus in Qt Quick} for more
+\section1 Keyboard Input and Keyboard Focus
+
+Supporting input from a keyboard is a vital component of the user interface of
+many applications.
+
+Any visual item can receive keyboard input through the \l Keys attached type.
+Additionally, the issue of \e {keyboard focus} arises when multiple items
+are required to receive key events, as these events must be passed to the
+correct item. See the documentation about \l{Keyboard focus in Qt Quick} for more
 information on this topic.
 
+Qt Quick also provides visual text items which automatically receive keyboard
+events and key-presses, and displays the appropriate text.  See the
+documentation about \l{qtquick-input-textinput.html}{text input} for
+in-depth information on the topic.
+
+
+\section1 Device Motion Gestures
+
+Detecting device gestures with an accelerometer, or through camera-based gesture
+recognition, can allow users to interact with an application without requiring
+their full and undevided attention.  It can also provide a more interactive
+and engaging experience.
+
+Qt Quick itself does not offer first-class support for physical device motion gestures;
+however, the \l{Qt Sensors} module provides QML types with support for such gestures.
+See the \l{Qt Sensors} module documentation for more information on the topic.
+
 */