Replace TRUE/FALSE with boolean values true/false - part 3

Signed-off-by: Michele Calgaro <michele.calgaro@yahoo.it>

1 files changed, 13 insertions, 13 deletions

diff --git a/doc/man/man3/tqbitmap.3qt b/doc/man/man3/tqbitmap.3qt
index f0477b2f2..db982debd 100644
--- a/doc/man/man3/tqbitmap.3qt
+++ b/doc/man/man3/tqbitmap.3qt
@@ -19,16 +19,16 @@ Inherits TQPixmap.
 .BI "\fBTQBitmap\fR ()"
 .br
 .ti -1c
-.BI "\fBTQBitmap\fR ( int w, int h, bool clear = FALSE, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
+.BI "\fBTQBitmap\fR ( int w, int h, bool clear = false, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
 .br
 .ti -1c
-.BI "\fBTQBitmap\fR ( const TQSize & size, bool clear = FALSE, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
+.BI "\fBTQBitmap\fR ( const TQSize & size, bool clear = false, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
 .br
 .ti -1c
-.BI "\fBTQBitmap\fR ( int w, int h, const uchar * bits, bool isXbitmap = FALSE )"
+.BI "\fBTQBitmap\fR ( int w, int h, const uchar * bits, bool isXbitmap = false )"
 .br
 .ti -1c
-.BI "\fBTQBitmap\fR ( const TQSize & size, const uchar * bits, bool isXbitmap = FALSE )"
+.BI "\fBTQBitmap\fR ( const TQSize & size, const uchar * bits, bool isXbitmap = false )"
 .br
 .ti -1c
 .BI "\fBTQBitmap\fR ( const TQBitmap & bitmap )"
@@ -68,26 +68,26 @@ See also TQPixmap, TQPainter::drawPixmap(), bitBlt(), Shared Classes, Graphics C
 Constructs a null bitmap.
 .PP
 See also TQPixmap::isNull().
-.SH "TQBitmap::TQBitmap ( int w, int h, bool clear = FALSE, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
+.SH "TQBitmap::TQBitmap ( int w, int h, bool clear = false, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
 Constructs a bitmap with width \fIw\fR and height \fIh\fR.
 .PP
-The contents of the bitmap is uninitialized if \fIclear\fR is FALSE; otherwise it is filled with pixel value 0 (the TQColor \fCQt::color0\fR).
+The contents of the bitmap is uninitialized if \fIclear\fR is false; otherwise it is filled with pixel value 0 (the TQColor \fCQt::color0\fR).
 .PP
 The optional \fIoptimization\fR argument specifies the optimization setting for the bitmap. The default optimization should be used in most cases. Games and other pixmap-intensive applications may benefit from setting this argument; see TQPixmap::Optimization.
 .PP
 See also TQPixmap::setOptimization() and TQPixmap::setDefaultOptimization().
-.SH "TQBitmap::TQBitmap ( const TQSize & size, bool clear = FALSE, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
+.SH "TQBitmap::TQBitmap ( const TQSize & size, bool clear = false, TQPixmap::Optimization optimization = TQPixmap::DefaultOptim )"
 This is an overloaded member function, provided for convenience. It behaves essentially like the above function.
 .PP
 Constructs a bitmap with the size \fIsize\fR.
 .PP
-The contents of the bitmap is uninitialized if \fIclear\fR is FALSE; otherwise it is filled with pixel value 0 (the TQColor \fCQt::color0\fR).
+The contents of the bitmap is uninitialized if \fIclear\fR is false; otherwise it is filled with pixel value 0 (the TQColor \fCQt::color0\fR).
 .PP
 The optional \fIoptimization\fR argument specifies the optimization setting for the bitmap. The default optimization should be used in most cases. Games and other pixmap-intensive applications may benefit from setting this argument; see TQPixmap::Optimization.
-.SH "TQBitmap::TQBitmap ( int w, int h, const uchar * bits, bool isXbitmap = FALSE )"
+.SH "TQBitmap::TQBitmap ( int w, int h, const uchar * bits, bool isXbitmap = false )"
 Constructs a bitmap with width \fIw\fR and height \fIh\fR and sets the contents to \fIbits\fR.
 .PP
-The \fIisXbitmap\fR flag should be TRUE if \fIbits\fR was generated by the X11 bitmap program. The X bitmap bit order is little endian. The TQImage documentation discusses bit order of monochrome images.
+The \fIisXbitmap\fR flag should be true if \fIbits\fR was generated by the X11 bitmap program. The X bitmap bit order is little endian. The TQImage documentation discusses bit order of monochrome images.
 .PP
 Example (creates an arrow bitmap):
 .PP
@@ -95,15 +95,15 @@ Example (creates an arrow bitmap):
 .br
         uchar arrow_bits[] = { 0x3f, 0x1f, 0x0f, 0x1f, 0x3b, 0x71, 0xe0, 0xc0 };
 .br
-        TQBitmap bm( 8, 8, arrow_bits, TRUE );
+        TQBitmap bm( 8, 8, arrow_bits, true );
 .br
 .fi
-.SH "TQBitmap::TQBitmap ( const TQSize & size, const uchar * bits, bool isXbitmap = FALSE )"
+.SH "TQBitmap::TQBitmap ( const TQSize & size, const uchar * bits, bool isXbitmap = false )"
 This is an overloaded member function, provided for convenience. It behaves essentially like the above function.
 .PP
 Constructs a bitmap with the size \fIsize\fR and sets the contents to \fIbits\fR.
 .PP
-The \fIisXbitmap\fR flag should be TRUE if \fIbits\fR was generated by the X11 bitmap program. The X bitmap bit order is little endian. The TQImage documentation discusses bit order of monochrome images.
+The \fIisXbitmap\fR flag should be true if \fIbits\fR was generated by the X11 bitmap program. The X bitmap bit order is little endian. The TQImage documentation discusses bit order of monochrome images.
 .SH "TQBitmap::TQBitmap ( const TQBitmap & bitmap )"
 Constructs a bitmap that is a copy of \fIbitmap\fR.
 .SH "TQBitmap::TQBitmap ( const TQString & fileName, const char * format = 0 )"