Don't take the previous paragraph style when deleting paragraph marker

[wxWidgets.git] / docs / doxygen / overviews / windowsizing.h

diff --git a/docs/doxygen/overviews/windowsizing.h b/docs/doxygen/overviews/windowsizing.h
index c3840435e2827347edde093ca0385cf125899700..9f593c531641eca47521940f9db44e5976736664 100644 (file)
--- a/docs/doxygen/overviews/windowsizing.h
+++ b/docs/doxygen/overviews/windowsizing.h
@@ -15,6 +15,7 @@
  relate to each other, and how they interact with sizers. This document
  will attempt to clear the fog a little, and give some simple
  explanations of things.
  relate to each other, and how they interact with sizers. This document
  will attempt to clear the fog a little, and give some simple
  explanations of things.

+

  @b BestSize: The best size of a widget depends on what kind of widget it
  is, and usually also on the contents of the widget. For example a
  #wxListBox's best size will be calculated based on
  @b BestSize: The best size of a widget depends on what kind of widget it
  is, and usually also on the contents of the widget. For example a
  #wxListBox's best size will be calculated based on


@@ -29,11 +30,11 @@
  such as #wxPanel, and works something like this:
 
 
  such as #wxPanel, and works something like this:
 
 

-   If the window has a sizer then it is used to calculate the best size.
-   Otherwise if the window has layout constraints then that is used to calculate the best size.
-   Otherwise if the window has children then the best size is set to be large enough to show all the children.
-   Otherwise if there are no children then the window's min size will be used for the best size.
-   Otherwise if there is no min size set, then the current size is used for the best size.
+   -# If the window has a sizer then it is used to calculate the best size.
+   -# Otherwise if the window has layout constraints then that is used to calculate the best size.
+   -# Otherwise if the window has children then the best size is set to be large enough to show all the children.
+   -# Otherwise if there are no children then the window's min size will be used for the best size.
+   -# Otherwise if there is no min size set, then the current size is used for the best size.

 
 
  @b MinSize: The min size of a widget is a size that is normally
 
 
  @b MinSize: The min size of a widget is a size that is normally


@@ -43,15 +44,18 @@
  non-default value is passed. Top-level windows such as
  #wxFrame will not allow the user to resize the frame
  below the min size.
  non-default value is passed. Top-level windows such as
  #wxFrame will not allow the user to resize the frame
  below the min size.

+ 

  @b Size: The size of a widget can be explicitly set or fetched with
  the @c SetSize() or @c GetSize() methods. This size value
  is the size that the widget is currently using on screen and is the
  way to change the size of something that is not being managed by a
  sizer.
  @b Size: The size of a widget can be explicitly set or fetched with
  the @c SetSize() or @c GetSize() methods. This size value
  is the size that the widget is currently using on screen and is the
  way to change the size of something that is not being managed by a
  sizer.

+

  @b ClientSize: The client size represents the widget's area inside
  of any borders belonging to the widget and is the area that can be
  drawn upon in a @c EVT_PAINT event. If a widget doesn't have a
  border then its client size is the same as its size.
  @b ClientSize: The client size represents the widget's area inside
  of any borders belonging to the widget and is the area that can be
  drawn upon in a @c EVT_PAINT event. If a widget doesn't have a
  border then its client size is the same as its size.

+

  @b InitialSize: The initial size of a widget is the size given to
  the constructor of the widget, if any.  As mentioned above most
  controls will also set this size value as the control's min size. If
  @b InitialSize: The initial size of a widget is the size given to
  the constructor of the widget, if any.  As mentioned above most
  controls will also set this size value as the control's min size. If


@@ -60,6 +64,7 @@
  @c wxSize(150,-1)) then most controls will fill in the missing
  size components using the best size and will set the initial size of
  the control to the resulting size.
  @c wxSize(150,-1)) then most controls will fill in the missing
  size components using the best size and will set the initial size of
  the control to the resulting size.

+

  @b GetEffectiveMinSize(): (formerly @c GetBestFittingSize) A
  blending of the widget's min size and best size, giving precedence to
  the min size. For example, if a widget's min size is set to (150, -1)
  @b GetEffectiveMinSize(): (formerly @c GetBestFittingSize) A
  blending of the widget's min size and best size, giving precedence to
  the min size. For example, if a widget's min size is set to (150, -1)


@@ -68,6 +73,7 @@
  20). This method is what is called by the sizers when determining what
  the requirements of each item in the sizer is, and is used for
  calculating the overall minimum needs of the sizer.
  20). This method is what is called by the sizers when determining what
  the requirements of each item in the sizer is, and is used for
  calculating the overall minimum needs of the sizer.

+

  @b SetInitialSize(size): (formerly @c SetBestFittingSize)
  This is a little different than the typical size setters. Rather than
  just setting an "initial size" attribute it actually sets the minsize
  @b SetInitialSize(size): (formerly @c SetBestFittingSize)
  This is a little different than the typical size setters. Rather than
  just setting an "initial size" attribute it actually sets the minsize


@@ -76,17 +82,21 @@
  method to be a "Smart SetSize". This method is what is called by the
  constructor of most controls to set the minsize and initial size of
  the control.
  method to be a "Smart SetSize". This method is what is called by the
  constructor of most controls to set the minsize and initial size of
  the control.

+

  @b window.Fit(): The @c Fit() method sets the size of a
  window to fit around its children. If it has no children then nothing
  is done, if it does have children then the size of the window is set
  to the window's best size.
  @b window.Fit(): The @c Fit() method sets the size of a
  window to fit around its children. If it has no children then nothing
  is done, if it does have children then the size of the window is set
  to the window's best size.

+

  @b sizer.Fit(window): This sets the size of the window to be large
  enough to accommodate the minimum size needed by the sizer, (along with
  a few other constraints...) If the sizer is the one that is assigned
  to the window then this should be equivalent to @c window.Fit().
  @b sizer.Fit(window): This sets the size of the window to be large
  enough to accommodate the minimum size needed by the sizer, (along with
  a few other constraints...) If the sizer is the one that is assigned
  to the window then this should be equivalent to @c window.Fit().

+

  @b sizer.Layout(): Recalculates the minimum space needed by each
  item in the sizer, and then lays out the items within the space
  currently allotted to the sizer.
  @b sizer.Layout(): Recalculates the minimum space needed by each
  item in the sizer, and then lays out the items within the space
  currently allotted to the sizer.

+

  @b window.Layout(): If the window has a sizer then it sets the
  space given to the sizer to the current size of the window, which
  results in a call to @c sizer.Layout(). If the window has layout
  @b window.Layout(): If the window has a sizer then it sets the
  space given to the sizer to the current size of the window, which
  results in a call to @c sizer.Layout(). If the window has layout