www.pudn.com > OSDemo.rar > Graph.h
//Graph.h - Version 3.0 (Brian Convery, May, 2001)
#if !defined(AFX_GRAPH_H__9DB68B4D_3C7C_47E2_9F72_EEDA5D2CDBB0__INCLUDED_)
#define AFX_GRAPH_H__9DB68B4D_3C7C_47E2_9F72_EEDA5D2CDBB0__INCLUDED_
#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
// Graph.h : header file
//
//color definitions
#define RED RGB(255,0,0)
#define GREEN RGB(0,255,0)
#define BLUE RGB(0,0,255)
#define YELLOW RGB(255,255,0)
#define ORANGE RGB(255,153,51)
#define HOT_PINK RGB(255,51,153)
#define PURPLE RGB(153,0,204)
#define CYAN RGB(0,255,255)
#define BLACK RGB(0,0,0)
#define WHITE RGB(255,255,255)
#define LAVENDER RGB(199,177,255)
#define PEACH RGB(255,226,177)
#define SKY_BLUE RGB(142,255,255)
#define FOREST_GREEN RGB(0,192,0)
#define BROWN RGB(80,50,0)
#define TURQUOISE RGB(0,192,192)
#define ROYAL_BLUE RGB(0,0,192)
#define GREY RGB(192,192,192)
#define DARK_GREY RGB(128,128,128)
#define TAN RGB(255,198,107)
#define DARK_BLUE RGB(0,0,128)
#define MAROON RGB(128,0,0)
#define DUSK RGB(255,143,107)
#define LIGHT_GREY RGB(225,225,225) //only for 3D graph lines
//for graph type definitions :
//single number = 2D type graph
//number in 20s = 2D type graph related to graph of single number
//number in 30s = 3D type graph related to graph of single number
//graph type definitions
#define BAR_GRAPH 0
#define LINE_GRAPH 1 //lines between plotted points
#define PIE_GRAPH 2
#define SCATTER_GRAPH 3
#define BOX_WHISKER_GRAPH 4
//#define RADAR_GRAPH 5
//specialty graphs
#define STACKED_BAR_GRAPH 20
#define XY_LINE_GRAPH 21 //straight line, no circles at data points
#define BAR_GRAPH_3D 30
#define LINE_GRAPH_3D 31 //looks like a "tape" graph
#define PIE_GRAPH_3D 32
#define STACKED_BAR_GRAPH_3D 320
#define VERTICAL_ALIGN 1
#define HORIZONTAL_ALIGN 0
/////////////////////////////////////////////////////////////////////////////
// CGraph window
#include "GraphSeries.h"
#include "GraphLegend.h"
class CGraph : public CStatic
{
// Construction
public:
CGraph();
CGraph(int type);
// Attributes
public:
private:
int tickSpace; //number of pixels between "y" axis ticks
CObList* graphSeries;
int graphType; //0 - bar graph, 1 - line graph, 2 - pie
int graphAlignment; //0 - horizontal, 1 - vertical
int maxHeight;
int maxWidth;
CObList* colorList;
CString axisYLabel;
CString axisXLabel;
int yApexPoint; //yApex is the number of pixels from top to draw the x axis(bottom of y axis line)
int xApexPoint; //xApex is number of pixels from left to draw y axis (leftmost point of x axis line)
int yAxisHeight;
int xAxisWidth;
int yTickFontSize;
int xTickFontSize;
int legendFontSize;
int numTicks;
int minTick, maxTick;
int seriesSize; //number of data elements to map per series
CGraphLegend graphLegend;
BOOL graphHasLegend;
int legendWidth;
int xAxisAlign; //# - degree rotation (0 = horizontal, 90 = vertical, etc)
int xAxisLabelLength;
int yAxisLabelLength; //in case I ever need it
CString graphTitle;
BOOL graphHasGridLines;
int legendMaxText;
int topYTick;
int rightXTick;
int depth; //for 3D graphs
double depthRatio;
int graphQuadType;
BOOL quadSetManually;
BOOL inRedraw;
int line3DXBase; //for 3d line
int line3DYBase; //for 3d line
//print settings
int topMargin;
int bottomMargin;
int leftMargin;
int rightMargin;
int pGraphL, pGraphT, pGraphB, pGraphR;
int p_topYTick;
int p_rightXTick;
// Operations
public:
void SetXTickFontSize(int size);
void SetYTickFontSize(int size);
void SetLegendFontSize(int size);
void DrawGraph(CDC* pDC);
void AddSeries(CGraphSeries* dataSet);
void SetXAxisLabel(CString label);
void SetYAxisLabel(CString label);
void SetLegend(int datagroup, CString label);
void SetXAxisAlignment(int alignValue);
void SetGraphType(int gType);
void SetGraphTitle(CString title);
int PrintGraph(CDC *pDC, CPrintInfo* pInfo);
void SetMargins(int top, int bottom, int left, int right, int graphTop);
void SetGridLines(BOOL hasGridLines);
void SetGraphAlignment(int alignment); //0 - vertical, 1 horizontal
void SetTickLimits(int minTick, int maxTick, int tickStep);
void SetColor(int dataGroup, COLORREF groupColor);
void RemoveSeries(CString label);
void RemoveColor(int dataGroup);
void RemoveAllSeries();
void RemoveAllColors();
void RemoveLegend(int dataGroup);
void RemoveAllLegends();
void RemoveAllData(); //removes all series, legends and colors
void Set3DDepthRatio(double ratio);
void SetGraphQuadType(int quads);
void Set3DLineBase(int x, int y);
private:
void DrawAxis(CDC* pDC);
void DrawSeries(CDC* pDC);
int DrawLegend(CDC* pDC);
COLORREF GetColor(int dataGroup);
int GetXAxisAlignment();
int PrintLegend(CDC *pDC);
void PrintAxis(CDC *pDC);
void PrintSeries(CDC *pDC);
void DrawBarSeries(CDC* pDC);
void DrawLineSeries(CDC* pDC);
void DrawPieSeries(CDC* pDC);
void DrawScatterSeries(CDC* pDC);
void DrawBoxWhiskerSeries(CDC* pDC);
void DrawStackedBarSeries(CDC* pDC);
void DrawXYLineSeries(CDC* pDC);
// void DrawRadarSeries(CDC* pDC);
void Draw3DBarSeries(CDC* pDC);
void Draw3DLineSeries(CDC* pDC);
void Draw3DPieSeries(CDC* pDC);
void Draw3DStackedBarSeries(CDC* pDC);
void PrintBarSeries(CDC* pDC);
void PrintLineSeries(CDC* pDC);
void PrintPieSeries(CDC* pDC);
void PrintScatterSeries(CDC* pDC);
void PrintBoxWhiskerSeries(CDC* pDC);
void PrintStackedBarSeries(CDC* pDC);
void PrintXYLineSeries(CDC* pDC);
// void PrintRadarSeries(CDC* pDC);
void Print3DBarSeries(CDC* pDC);
void Print3DLineSeries(CDC* pDC);
void Print3DPieSeries(CDC* pDC);
void Print3DStackedBarSeries(CDC* pDC);
// Overrides
// ClassWizard generated virtual function overrides
//{{AFX_VIRTUAL(CGraph)
//}}AFX_VIRTUAL
// Implementation
public:
virtual ~CGraph();
// Generated message map functions
protected:
//{{AFX_MSG(CGraph)
// NOTE - the ClassWizard will add and remove member functions here.
//}}AFX_MSG
DECLARE_MESSAGE_MAP()
};
/////////////////////////////////////////////////////////////////////////////
//{{AFX_INSERT_LOCATION}}
// Microsoft Visual C++ will insert additional declarations immediately before the previous line.
#endif // !defined(AFX_GRAPH_H__9DB68B4D_3C7C_47E2_9F72_EEDA5D2CDBB0__INCLUDED_)