Bug 1099143 and more occurences of the same set vs. get mistakes.

[wxWidgets.git] / docs / latex / wx / tconstr.tex

diff --git a/docs/latex/wx/tconstr.tex b/docs/latex/wx/tconstr.tex
index 6eea4c6c4977753055a6cf8771b7d5e96cf1cbaf..32ea2bf62e9a149401a7ec075ff884c4cbcf0cc3 100644 (file)
--- a/docs/latex/wx/tconstr.tex
+++ b/docs/latex/wx/tconstr.tex
@@ -43,7 +43,7 @@ Layout yourself (note that you do have to call
 \helpref{Layout}{wxwindowlayout} yourself if the parent window is not a
 frame, panel or dialog).
 
 \helpref{Layout}{wxwindowlayout} yourself if the parent window is not a
 frame, panel or dialog).
 

-\subsection{Constraint layout: more detail}
+\subsection{Constraint layout: more details}\label{constraintlayoutdetails}

 
 By default, windows do not have a wxLayoutConstraints object. In this case, much layout
 must be done explicitly, by performing calculations in OnSize members, except
 
 By default, windows do not have a wxLayoutConstraints object. In this case, much layout
 must be done explicitly, by performing calculations in OnSize members, except


@@ -57,13 +57,13 @@ This object contains a constraint for each of the window edges, two for the cent
 and two for the window size. By setting some or all of these constraints appropriately,
 the user can achieve quite complex layout by defining relationships between windows.
 
 and two for the window size. By setting some or all of these constraints appropriately,
 the user can achieve quite complex layout by defining relationships between windows.
 

-In wxWindows, each window can be constrained relative to either its {\it
+In wxWidgets, each window can be constrained relative to either its {\it

 siblings} on the same window, or the {\it parent}. The layout algorithm
 therefore operates in a top-down manner, finding the correct layout for
 the children of a window, then the layout for the grandchildren, and so
 on. Note that this differs markedly from native Motif layout, where
 constraints can ripple upwards and can eventually change the frame
 siblings} on the same window, or the {\it parent}. The layout algorithm
 therefore operates in a top-down manner, finding the correct layout for
 the children of a window, then the layout for the grandchildren, and so
 on. Note that this differs markedly from native Motif layout, where
 constraints can ripple upwards and can eventually change the frame

-window or dialog box size. We assume in wxWindows that the {\it user} is
+window or dialog box size. We assume in wxWidgets that the {\it user} is

 always `boss' and specifies the size of the outer window, to which
 subwindows must conform. Obviously, this might be a limitation in some
 circumstances, but it suffices for most situations, and the
 always `boss' and specifies the size of the outer window, to which
 subwindows must conform. Obviously, this might be a limitation in some
 circumstances, but it suffices for most situations, and the


@@ -97,7 +97,7 @@ natural left-to-right order.
 
 \subsection{Window layout examples}\label{layoutexamples}
 
 
 \subsection{Window layout examples}\label{layoutexamples}
 

-\subsubsection{Example 1: subwindow layout}
+\subsubsection{Example 1: subwindow layout}\label{subwindowlayoutexample}

 
 This example specifies a panel and a window side by side,
 with a text subwindow below it.
 
 This example specifies a panel and a window side by side,
 with a text subwindow below it.


@@ -137,7 +137,7 @@ with a text subwindow below it.
   frame->text_window->SetConstraints(c3);
 \end{verbatim}
 
   frame->text_window->SetConstraints(c3);
 \end{verbatim}
 

-\subsubsection{Example 2: panel item layout}
+\subsubsection{Example 2: panel item layout}\label{panelitemlayoutexample}

 
 This example sizes a button width to 80 percent of the panel width, and centres
 it horizontally. A listbox and multitext item are placed below it. The listbox
 
 This example sizes a button width to 80 percent of the panel width, and centres
 it horizontally. A listbox and multitext item are placed below it. The listbox