1 /////////////////////////////////////////////////////////////////////////////
3 // Purpose: Private OGL classes and definitions
4 // Author: Julian Smart
8 // Copyright: (c) Julian Smart
9 // Licence: wxWindows licence
10 /////////////////////////////////////////////////////////////////////////////
12 #ifndef _OGL_BASICP_H_
13 #define _OGL_BASICP_H_
16 #pragma interface "basicp.h"
19 #define CONTROL_POINT_SIZE 6
21 class wxShapeTextLine
: public wxObject
23 DECLARE_DYNAMIC_CLASS(wxShapeTextLine
)
25 wxShapeTextLine(double the_x
= 0.0, double the_y
= 0.0, const wxString
& the_line
= "");
28 inline double GetX() const { return m_x
; }
29 inline double GetY() const { return m_y
; }
31 inline void SetX(double x
) { m_x
= x
; }
32 inline void SetY(double y
) { m_y
= y
; }
34 inline void SetText(const wxString
& text
) { m_line
= text
; }
35 inline wxString
GetText() const { return m_line
; }
44 class wxControlPoint
: public wxRectangleShape
46 DECLARE_DYNAMIC_CLASS(wxControlPoint
)
48 friend class wxShapeEvtHandler
;
52 wxControlPoint(wxShapeCanvas
*the_canvas
= NULL
, wxShape
*object
= NULL
, double size
= 0.0, double the_xoffset
= 0.0,
53 double the_yoffset
= 0.0, int the_type
= 0);
56 void OnDraw(wxDC
& dc
);
57 void OnErase(wxDC
& dc
);
58 void OnDrawContents(wxDC
& dc
);
59 void OnDragLeft(bool draw
, double x
, double y
, int keys
=0, int attachment
= 0);
60 void OnBeginDragLeft(double x
, double y
, int keys
=0, int attachment
= 0);
61 void OnEndDragLeft(double x
, double y
, int keys
=0, int attachment
= 0);
63 bool GetAttachmentPosition(int attachment
, double *x
, double *y
,
64 int nth
= 0, int no_arcs
= 1, wxLineShape
*line
= NULL
);
65 int GetNumberOfAttachments() const;
67 inline void SetEraseObject(bool er
) { m_eraseObject
= er
; }
74 wxCursor
* m_oldCursor
;
75 bool m_eraseObject
; // If TRUE, erases object before dragging handle.
78 * Store original top-left, bottom-right coordinates
79 * in case we're doing non-vertical resizing.
81 static double controlPointDragStartX
;
82 static double controlPointDragStartY
;
83 static double controlPointDragStartWidth
;
84 static double controlPointDragStartHeight
;
85 static double controlPointDragEndWidth
;
86 static double controlPointDragEndHeight
;
87 static double controlPointDragPosX
;
88 static double controlPointDragPosY
;
92 class wxPolygonControlPoint
: public wxControlPoint
94 DECLARE_DYNAMIC_CLASS(wxPolygonControlPoint
)
95 friend class wxPolygonShape
;
97 wxPolygonControlPoint(wxShapeCanvas
*the_canvas
= NULL
, wxShape
*object
= NULL
, double size
= 0.0, wxRealPoint
*vertex
= NULL
,
98 double the_xoffset
= 0.0, double the_yoffset
= 0.0);
99 ~wxPolygonControlPoint();
101 void OnDragLeft(bool draw
, double x
, double y
, int keys
=0, int attachment
= 0);
102 void OnBeginDragLeft(double x
, double y
, int keys
=0, int attachment
= 0);
103 void OnEndDragLeft(double x
, double y
, int keys
=0, int attachment
= 0);
105 // Calculate what new size would be, at end of resize
106 virtual void CalculateNewSize(double x
, double y
);
109 inline wxRealPoint
GetNewSize() const { return m_newSize
; };
112 wxRealPoint
* m_polygonVertex
;
113 wxRealPoint m_originalSize
;
114 double m_originalDistance
;
115 wxRealPoint m_newSize
;
120 * Every shape has one or more text regions with various
121 * properties. Not all of a region's properties will be used
126 class wxShapeRegion
: public wxObject
128 DECLARE_DYNAMIC_CLASS(wxShapeRegion
)
134 wxShapeRegion(wxShapeRegion
& region
);
139 inline void SetText(const wxString
& s
) { m_regionText
= s
; }
140 void SetFont(wxFont
*f
);
141 void SetMinSize(double w
, double h
);
142 void SetSize(double w
, double h
);
143 void SetPosition(double x
, double y
);
144 void SetProportions(double x
, double y
);
145 void SetFormatMode(int mode
);
146 inline void SetName(const wxString
& s
) { m_regionName
= s
; };
147 void SetColour(const wxString
& col
); // Text colour
149 inline wxString
GetText() const { return m_regionText
; }
150 inline wxFont
*GetFont() const { return m_font
; }
151 inline void GetMinSize(double *x
, double *y
) const { *x
= m_minWidth
; *y
= m_minHeight
; }
152 inline void GetProportion(double *x
, double *y
) const { *x
= m_regionProportionX
; *y
= m_regionProportionY
; }
153 inline void GetSize(double *x
, double *y
) const { *x
= m_width
; *y
= m_height
; }
154 inline void GetPosition(double *xp
, double *yp
) const { *xp
= m_x
; *yp
= m_y
; }
155 inline int GetFormatMode() const { return m_formatMode
; }
156 inline wxString
GetName() const { return m_regionName
; }
157 inline wxString
GetColour() const { return m_textColour
; }
158 wxColour
*GetActualColourObject();
159 inline wxList
& GetFormattedText() { return m_formattedText
; }
160 inline wxString
GetPenColour() const { return m_penColour
; }
161 inline int GetPenStyle() const { return m_penStyle
; }
162 inline void SetPenStyle(int style
) { m_penStyle
= style
; m_actualPenObject
= NULL
; }
163 void SetPenColour(const wxString
& col
);
164 wxPen
*GetActualPen();
165 inline double GetWidth() const { return m_width
; }
166 inline double GetHeight() const { return m_height
; }
171 wxString m_regionText
;
172 wxList m_formattedText
; // List of wxShapeTextLines
174 double m_minHeight
; // If zero, hide region.
175 double m_minWidth
; // If zero, hide region.
181 double m_regionProportionX
; // Proportion of total object size;
182 // -1.0 indicates equal proportion
183 double m_regionProportionY
; // Proportion of total object size;
184 // -1.0 indicates equal proportion
186 int m_formatMode
; // FORMAT_CENTRE_HORIZ | FORMAT_CENTRE_VERT | FORMAT_NONE
187 wxString m_regionName
;
188 wxString m_textColour
;
189 wxColour
* m_actualColourObject
; // For speed purposes
191 // New members for specifying divided rectangle division colour/style 30/6/94
192 wxString m_penColour
;
194 wxPen
* m_actualPenObject
;
199 * User-defined attachment point
202 class wxAttachmentPoint
: public wxObject
204 DECLARE_DYNAMIC_CLASS(wxAttachmentPoint
)
207 inline wxAttachmentPoint()
209 m_id
= 0; m_x
= 0.0; m_y
= 0.0;
211 inline wxAttachmentPoint(int id
, double x
, double y
)
213 m_id
= id
; m_x
= x
; m_y
= y
;
217 int m_id
; // Identifier
218 double m_x
; // x offset from centre of object
219 double m_y
; // y offset from centre of object