/*************************************************************************** infobox.h - description ------------------- begin : Thu May 30 2002 copyright : (C) 2002 by Jason Harris email : jharris@30doradus.org ***************************************************************************/ /*************************************************************************** * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU General Public License as published by * * the Free Software Foundation; either version 2 of the License, or * * (at your option) any later version. * * * ***************************************************************************/ #ifndef INFOBOX_H #define INFOBOX_H #include #include #include #include #include /**@class InfoBox *InfoBoxencapsulates a lightweight floating "window" to be drawn directly *on a pixmap. The window contains three lines of text, and it can *be "shaded" to show only the top line. The window resizes itself *automatically to contain the text within it. *@author Jason Harris *@version 1.0 */ class TQPainter; class InfoBox : public TQObject { Q_OBJECT TQ_OBJECT public: /**default constructor. Creates an infobox with empty text string *and default tqgeometry */ InfoBox(); /**General constructor. Specify The text string, x,y position and size. *@param x the X-coordinate for the box *@param y the Y-coordinate for the box *@param shade if TRUE, apply text shading as well *@param t1 The first line of text *@param t2 The second line of text *@param t3 The third line of text */ InfoBox( int x, int y, bool shade, TQString t1="", TQString t2="", TQString t3="" ); /**General constructor. Specify The text string, x,y position and size. *This behaves just like the above function. It differs only in the data types *of its arguments. *@param p The (x,y) position of the box *@param shade if TRUE, apply text shading as well *@param t1 The first line of text *@param t2 The second line of text *@param t3 The third line of text */ InfoBox( TQPoint p, bool shade, TQString t1="", TQString t2="", TQString t3="" ); /**Destructor (empty)*/ ~InfoBox(); /**Draw the InfoBox. First calls updateSize() and constrain() to make sure *the box is onscreen and the correct size. *@param p reference to the TQPainter on which to draw the box *@param BGColor the background color to be used *@param BGMode the background mode (0=none; 1=semi-transparent; 2=opaque) *@see InfoBox::updateSize() *@see InfoBox::constrain() */ void draw( TQPainter &p, TQColor BGColor, unsigned int BGMode ); /**Toggle the Shaded state of the box. */ bool toggleShade(); /**Reset the x,y position. Check the edge anchors. *@param x the new X-position *@param y the new Y-position */ void move( int x, int y ); /**Reset the x,y position. Check the edge anchors. *This function behaves just like the above function. It differs *only in the data type of its arguments. *@param p the new (X,Y) position */ void move( TQPoint p ); /**Reset the width and height. *@param w the new width *@param h the new height */ void resize( int w, int h ) { Size.setWidth( w ); Size.setHeight( h ); } /**Reset the width and height. This function behaves just like the above *function. It differs only in the data type of its arguments. *@param s the new size */ void resize( TQSize s ) { Size.setWidth( s.width() ); Size.setHeight( s.height() ); } /**Set the size of the box to fit the current displayed text */ void updateSize(); /**Make sure the InfoBox is inside (or outside) the TQRect r. *@return true if the function was able to obey the constraint. *@param r the Rect which the box must lie completely inside/outside of. *@param inside if TRUE (the default), the box must lie inside the rect r. *Otherwise, the box must lie *outside* rect r. */ bool constrain( TQRect r, bool inside=true ); /**Reset the first text string *@param newt the new text. */ void setText1( TQString newt ) { Text1 = newt; } /**Reset the second text string *@param newt the new text. */ void setText2( TQString newt ) { Text2 = newt; } /**Reset the third text string *@param newt the new text. */ void setText3( TQString newt ) { Text3 = newt; } //temporarily, padx() and pady() simply return a constant int padx() const { return 6; } int pady() const { return 6; } /**set the Visible flag according to the bool argument */ void setVisible( bool t ) { Visible = t; } /**@return the X-position of the box*/ int x() const { return Pos.x(); } /**@return the Y-position of the box*/ int y() const { return Pos.y(); } /**@return the (X,Y) position of the box*/ TQPoint pos() const { return Pos; } /**@return the width of the box*/ int width() const { return Size.width(); } /**@return the height of the box*/ int height() const { return Size.height(); } /**@return the size of the box*/ TQSize size() const { return Size; } /**@return whether the box is visible */ bool isVisible() const { return Visible; } /**@return the first line of text*/ TQString text1() const { return Text1; } /**@return the second line of text*/ TQString text2() const { return Text2; } /**@return the third line of text*/ TQString text3() const { return Text3; } /**@return the tqgeometry of the box*/ TQRect rect() const; /**@return TRUE if the box is anchored to the right window edge*/ bool anchorRight() const { return ( AnchorFlag & AnchorRight ); } /**@return TRUE if the box is anchored to the bottom window edge*/ bool anchorBottom() const { return ( AnchorFlag & AnchorBottom ); } /**Set the box to be anchored to the right window edge*/ void setAnchorRight( const bool ar ); /**Set the box to be anchored to the bottom window edge*/ void setAnchorBottom( const bool ab ); /**@return the box's anchor flag bittqmask.*/ int anchorFlag() const { return AnchorFlag; } /**Set the box's anchor flag bittqmask*/ void setAnchorFlag( const int af ) { AnchorFlag = af; } enum AnchorType { AnchorNone = 0x0000, AnchorRight = 0x0001, AnchorBottom = 0x0002, AnchorBoth = AnchorRight | AnchorBottom }; signals: /**Signal emitted when the box is moved *@param p the new (X,Y) position *@see InfoBox::move() */ void moved( TQPoint p ); /**Signal emitted when the box's shaded-state is toggled *@param s the new shaded state *@see InfoBox::toggleShade() */ void shaded( bool s ); private: bool Shaded, Visible; //TextWidth, TextHeight are the text dimensions when box is unshaded; //TextWidth1, TextHeight1 are the text dimensions when the box is shaded. int FullTextWidth, FullTextHeight; int ShadedTextWidth, ShadedTextHeight; int AnchorFlag; TQPoint Pos; TQSize Size; TQString Text1, Text2, Text3; }; #endif