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Changed class structure to OpenCV structure, using an 'abstract interface - hidden implementation concept'.

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pull/186/head
nmoutinho 10 years ago
parent 9569970aca
commit e4e1a07d9a
2 changed files with 352 additions and 328 deletions
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  1. 251
      modules/plot/include/opencv2/plot.hpp
  2. 429
      modules/plot/src/plot.cpp

251
modules/plot/include/opencv2/plot.hpp
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@ -54,6 +54,7 @@
#include <iostream>
#include <stdio.h>
#include <vector>
#include <algorithm>
/**
@defgroup plot Plot function for Mat data
@ -63,236 +64,28 @@ namespace cv
{
namespace plot
{
class CV_EXPORTS Plot
{
protected:
Mat plotDataX;
Mat plotDataY;
Mat plotDataX_plusZero;
Mat plotDataY_plusZero;
const char * plotName;
//dimensions and limits of the plot
int plotSizeWidth;
int plotSizeHeight;
double plotMinX;
double plotMaxX;
double plotMinY;
double plotMaxY;
double plotMinX_plusZero;
double plotMaxX_plusZero;
double plotMinY_plusZero;
double plotMaxY_plusZero;
int plotLineWidth;
//colors of each plot element
Scalar plotLineColor;
Scalar plotBackgroundColor;
Scalar plotAxisColor;
Scalar plotGridColor;
Scalar plotTextColor;
//the final plot result
Mat plotResult;
public:
//constructor accepting only Y data to be plotted
Plot(Mat _plotData)
{
//if the matrix is not Nx1 or 1xN
if(_plotData.cols > 1 && _plotData.rows > 1)
{
std::cout << "ERROR: Plot data must be a 1xN or Nx1 matrix." << std::endl;
exit(0);
}
//if the matrix type is not CV_64F
if(_plotData.type() != CV_64F)
{
std::cout << "ERROR: Plot data type must be double (CV_64F)." << std::endl;
exit(0);
}
//in case we have a row matrix than needs to be transposed
if(_plotData.cols > _plotData.rows)
{
_plotData = _plotData.t();
}
plotDataY=_plotData;
plotDataX = plotDataY*0;
for (int i=0; i<plotDataY.rows; i++)
{
plotDataX.at<double>(i,0) = i;
}
//calling the main constructor
plotHelper(plotDataX, plotDataY);
}
//constructor accepting X data and Y data to be plotted
Plot(Mat _plotDataX, Mat _plotDataY)
{
//f the matrix is not Nx1 or 1xN
if((_plotDataX.cols > 1 && _plotDataX.rows > 1) || (_plotDataY.cols > 1 && _plotDataY.rows > 1))
{
std::cout << "ERROR: Plot data must be a 1xN or Nx1 matrix." << std::endl;
exit(0);
}
//if the matrix type is not CV_64F
if(_plotDataX.type() != CV_64F || _plotDataY.type() != CV_64F)
{
std::cout << "ERROR: Plot data type must be double (CV_64F)." << std::endl;
exit(0);
}
//in case we have a row matrix than needs to be transposed
if(_plotDataX.cols > _plotDataX.rows)
{
_plotDataX = _plotDataX.t();
}
if(_plotDataY.cols > _plotDataY.rows)
{
_plotDataY = _plotDataY.t();
}
plotHelper(_plotDataX, _plotDataY);
}
//set functions
void setMinX(double _plotMinX)
{
plotMinX = _plotMinX;
plotMinX_plusZero = _plotMinX;
}
void setMaxX(double _plotMaxX)
{
plotMaxX = _plotMaxX;
plotMaxX_plusZero = _plotMaxX;
}
void setMinY(double _plotMinY)
{
plotMinY = _plotMinY;
plotMinY_plusZero = _plotMinY;
}
void setMaxY(double _plotMaxY)
{
plotMaxY = _plotMaxY;
plotMaxY_plusZero = _plotMaxY;
}
void setPlotLineWidth(int _plotLineWidth)
{
plotLineWidth=_plotLineWidth;
}
void setPlotLineColor(Scalar _plotLineColor)
{
plotLineColor=_plotLineColor;
}
void setPlotBackgroundColor(Scalar _plotBackgroundColor)
class CV_EXPORTS_W Plot2d : public Algorithm
{
plotBackgroundColor=_plotBackgroundColor;
}
void setPlotAxisColor(Scalar _plotAxisColor)
{
plotAxisColor=_plotAxisColor;
}
void setPlotGridColor(Scalar _plotGridColor)
{
plotGridColor=_plotGridColor;
}
void setPlotTextColor(Scalar _plotTextColor)
{
plotTextColor=_plotTextColor;
}
void setPlotSize(int _plotSizeWidth, int _plotSizeHeight)
{
if(_plotSizeWidth > 400)
plotSizeWidth = _plotSizeWidth;
else
plotSizeWidth = 400;
if(_plotSizeHeight > 300)
plotSizeHeight = _plotSizeHeight;
else
plotSizeHeight = 300;
}
//render the plotResult to a Mat
void render(Mat &_plotResult);
protected:
//a helper method to be used in the constructor
void plotHelper(Mat _plotDataX, Mat _plotDataY)
{
plotDataX=_plotDataX;
plotDataY=_plotDataY;
int NumVecElements = plotDataX.rows;
plotDataX_plusZero = Mat::zeros(NumVecElements+1,1,CV_64F);
plotDataY_plusZero = Mat::zeros(NumVecElements+1,1,CV_64F);
for(int i=0; i<NumVecElements; i++){
plotDataX_plusZero.at<double>(i,0) = plotDataX.at<double>(i,0);
plotDataY_plusZero.at<double>(i,0) = plotDataY.at<double>(i,0);
}
double MinX;
double MaxX;
double MinY;
double MaxY;
double MinX_plusZero;
double MaxX_plusZero;
double MinY_plusZero;
double MaxY_plusZero;
//Obtain the minimum and maximum values of Xdata
minMaxLoc(plotDataX,&MinX,&MaxX);
//Obtain the minimum and maximum values of Ydata
minMaxLoc(plotDataY,&MinY,&MaxY);
//Obtain the minimum and maximum values of Xdata plus zero
minMaxLoc(plotDataX_plusZero,&MinX_plusZero,&MaxX_plusZero);
//Obtain the minimum and maximum values of Ydata plus zero
minMaxLoc(plotDataY_plusZero,&MinY_plusZero,&MaxY_plusZero);
//setting the min and max values for each axis
plotMinX = MinX;
plotMaxX = MaxX;
plotMinY = MinY;
plotMaxY = MaxY;
plotMinX_plusZero = MinX_plusZero;
plotMaxX_plusZero = MaxX_plusZero;
plotMinY_plusZero = MinY_plusZero;
plotMaxY_plusZero = MaxY_plusZero;
//setting the default size of a plot figure
setPlotSize(600, 400);
//setting the default plot line size
setPlotLineWidth(1);
//setting default colors for the different elements of the plot
setPlotAxisColor(Scalar(0, 0, 255));
setPlotGridColor(Scalar(255, 255, 255));
setPlotBackgroundColor(Scalar(0, 0, 0));
setPlotLineColor(Scalar(0, 255, 255));
setPlotTextColor(Scalar(255, 255, 255));
}
Mat linearInterpolation(double Xa, double Xb, double Ya, double Yb, Mat Xdata);
void drawAxis(int ImageXzero, int ImageYzero, double CurrentX, double CurrentY, Scalar axisColor, Scalar gridColor);
void drawValuesAsText(double Value, int Xloc, int Yloc, int XMargin, int YMargin);
void drawValuesAsText(const char * Text, double Value, int Xloc, int Yloc, int XMargin, int YMargin);
void drawLine(int Xstart, int Xend, int Ystart, int Yend, Scalar lineColor);
};
}
public:
CV_WRAP virtual void setMinX(double _plotMinX) = 0;
CV_WRAP virtual void setMinY(double _plotMinY) = 0;
CV_WRAP virtual void setMaxX(double _plotMaxX) = 0;
CV_WRAP virtual void setMaxY(double _plotMaxY) = 0;
CV_WRAP virtual void setPlotLineWidth(int _plotLineWidth) = 0;
CV_WRAP virtual void setPlotLineColor(Scalar _plotLineColor) = 0;
CV_WRAP virtual void setPlotBackgroundColor(Scalar _plotBackgroundColor) = 0;
CV_WRAP virtual void setPlotAxisColor(Scalar _plotAxisColor) = 0;
CV_WRAP virtual void setPlotGridColor(Scalar _plotGridColor) = 0;
CV_WRAP virtual void setPlotTextColor(Scalar _plotTextColor) = 0;
CV_WRAP virtual void setPlotSize(int _plotSizeWidth, int _plotSizeHeight) = 0;
CV_WRAP virtual void render(Mat &_plotResult) = 0;
CV_WRAP virtual void plotHelper(Mat _plotDataX, Mat _plotDataY) = 0;
};
CV_EXPORTS_W Ptr<Plot2d> createPlot2d(Mat data);
CV_EXPORTS_W Ptr<Plot2d> createPlot2d(Mat dataX, Mat dataY);
}
}
#endif

429
modules/plot/src/plot.cpp
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@ -51,146 +51,377 @@ using namespace cv;
using namespace cv::plot;
using namespace std;
//render the plotResult to a Mat
void Plot::render(Mat &_plotResult){
namespace cv
{
namespace plot
{
class Plot2dImpl : public Plot2d
{
public:
Plot2dImpl(Mat _plotData)
{
//if the matrix is not Nx1 or 1xN
if(_plotData.cols > 1 && _plotData.rows > 1)
{
std::cout << "ERROR: Plot data must be a 1xN or Nx1 matrix." << std::endl;
exit(0);
}
//if the matrix type is not CV_64F
if(_plotData.type() != CV_64F)
{
std::cout << "ERROR: Plot data type must be double (CV_64F)." << std::endl;
exit(0);
}
//in case we have a row matrix than needs to be transposed
if(_plotData.cols > _plotData.rows)
{
_plotData = _plotData.t();
}
plotDataY=_plotData;
plotDataX = plotDataY*0;
for (int i=0; i<plotDataY.rows; i++)
{
plotDataX.at<double>(i,0) = i;
}
//calling the main constructor
plotHelper(plotDataX, plotDataY);
//create the plot result
plotResult = Mat::zeros(plotSizeHeight, plotSizeWidth, CV_8UC3);
int NumVecElements = plotDataX.rows;
Mat InterpXdata = linearInterpolation(plotMinX, plotMaxX, 0, plotSizeWidth, plotDataX);
Mat InterpYdata = linearInterpolation(plotMinY, plotMaxY, 0, plotSizeHeight, plotDataY);
//Find the zeros in image coordinates
Mat InterpXdataFindZero = linearInterpolation(plotMinX_plusZero, plotMaxX_plusZero, 0, plotSizeWidth, plotDataX_plusZero);
Mat InterpYdataFindZero = linearInterpolation(plotMinY_plusZero, plotMaxY_plusZero, 0, plotSizeHeight, plotDataY_plusZero);
}
int ImageXzero = (int)InterpXdataFindZero.at<double>(NumVecElements,0);
int ImageYzero = (int)InterpYdataFindZero.at<double>(NumVecElements,0);
Plot2dImpl(Mat _plotDataX, Mat _plotDataY)
{
//f the matrix is not Nx1 or 1xN
if((_plotDataX.cols > 1 && _plotDataX.rows > 1) || (_plotDataY.cols > 1 && _plotDataY.rows > 1))
{
std::cout << "ERROR: Plot data must be a 1xN or Nx1 matrix." << std::endl;
exit(0);
}
//if the matrix type is not CV_64F
if(_plotDataX.type() != CV_64F || _plotDataY.type() != CV_64F)
{
std::cout << "ERROR: Plot data type must be double (CV_64F)." << std::endl;
exit(0);
}
//in case we have a row matrix than needs to be transposed
if(_plotDataX.cols > _plotDataX.rows)
{
_plotDataX = _plotDataX.t();
}
if(_plotDataY.cols > _plotDataY.rows)
{
_plotDataY = _plotDataY.t();
}
plotHelper(_plotDataX, _plotDataY);
}
double CurrentX = plotDataX.at<double>(NumVecElements-1,0);
double CurrentY = plotDataY.at<double>(NumVecElements-1,0);
//set functions
void setMinX(double _plotMinX)
{
plotMinX = _plotMinX;
plotMinX_plusZero = _plotMinX;
}
void setMaxX(double _plotMaxX)
{
plotMaxX = _plotMaxX;
plotMaxX_plusZero = _plotMaxX;
}
void setMinY(double _plotMinY)
{
plotMinY = _plotMinY;
plotMinY_plusZero = _plotMinY;
}
void setMaxY(double _plotMaxY)
{
plotMaxY = _plotMaxY;
plotMaxY_plusZero = _plotMaxY;
}
void setPlotLineWidth(int _plotLineWidth)
{
plotLineWidth=_plotLineWidth;
}
void setPlotLineColor(Scalar _plotLineColor)
{
plotLineColor=_plotLineColor;
}
void setPlotBackgroundColor(Scalar _plotBackgroundColor)
{
plotBackgroundColor=_plotBackgroundColor;
}
void setPlotAxisColor(Scalar _plotAxisColor)
{
plotAxisColor=_plotAxisColor;
}
void setPlotGridColor(Scalar _plotGridColor)
{
plotGridColor=_plotGridColor;
}
void setPlotTextColor(Scalar _plotTextColor)
{
plotTextColor=_plotTextColor;
}
void setPlotSize(int _plotSizeWidth, int _plotSizeHeight)
{
if(_plotSizeWidth > 400)
plotSizeWidth = _plotSizeWidth;
else
plotSizeWidth = 400;
if(_plotSizeHeight > 300)
plotSizeHeight = _plotSizeHeight;
else
plotSizeHeight = 300;
}
//Draw the plot by connecting lines between the points
Point p1;
p1.x = (int)InterpXdata.at<double>(0,0);
p1.y = (int)InterpYdata.at<double>(0,0);
//render the plotResult to a Mat
void render(Mat &_plotResult)
{
//create the plot result
plotResult = Mat::zeros(plotSizeHeight, plotSizeWidth, CV_8UC3);
drawAxis(ImageXzero,ImageYzero, CurrentX, CurrentY, plotAxisColor, plotGridColor);
int NumVecElements = plotDataX.rows;
for (int r=1; r<InterpXdata.rows; r++){
Mat InterpXdata = linearInterpolation(plotMinX, plotMaxX, 0, plotSizeWidth, plotDataX);
Mat InterpYdata = linearInterpolation(plotMinY, plotMaxY, 0, plotSizeHeight, plotDataY);
Point p2;
p2.x = (int)InterpXdata.at<double>(r,0);
p2.y = (int)InterpYdata.at<double>(r,0);
//Find the zeros in image coordinates
Mat InterpXdataFindZero = linearInterpolation(plotMinX_plusZero, plotMaxX_plusZero, 0, plotSizeWidth, plotDataX_plusZero);
Mat InterpYdataFindZero = linearInterpolation(plotMinY_plusZero, plotMaxY_plusZero, 0, plotSizeHeight, plotDataY_plusZero);
line(plotResult, p1, p2, plotLineColor, plotLineWidth, 8, 0);
int ImageXzero = (int)InterpXdataFindZero.at<double>(NumVecElements,0);
int ImageYzero = (int)InterpYdataFindZero.at<double>(NumVecElements,0);
p1 = p2;
double CurrentX = plotDataX.at<double>(NumVecElements-1,0);
double CurrentY = plotDataY.at<double>(NumVecElements-1,0);
}
//Draw the plot by connecting lines between the points
Point p1;
p1.x = (int)InterpXdata.at<double>(0,0);
p1.y = (int)InterpYdata.at<double>(0,0);
_plotResult = plotResult.clone();
drawAxis(ImageXzero,ImageYzero, CurrentX, CurrentY, plotAxisColor, plotGridColor);
}
for (int r=1; r<InterpXdata.rows; r++){
void Plot::drawAxis(int ImageXzero, int ImageYzero, double CurrentX, double CurrentY, Scalar axisColor, Scalar gridColor){
Point p2;
p2.x = (int)InterpXdata.at<double>(r,0);
p2.y = (int)InterpYdata.at<double>(r,0);
drawValuesAsText(0, ImageXzero, ImageYzero, 10, 20);
drawValuesAsText(0, ImageXzero, ImageYzero, -20, 20);
drawValuesAsText(0, ImageXzero, ImageYzero, 10, -10);
drawValuesAsText(0, ImageXzero, ImageYzero, -20, -10);
drawValuesAsText("X = %g",CurrentX, 0, 0, 40, 20);
drawValuesAsText("Y = %g",CurrentY, 0, 20, 40, 20);
line(plotResult, p1, p2, plotLineColor, plotLineWidth, 8, 0);
//Horizontal X axis and equispaced horizontal lines
int LineSpace = 50;
int TraceSize = 5;
drawLine(0, plotSizeWidth, ImageYzero, ImageYzero, axisColor);
p1 = p2;
for(int i=-plotSizeHeight; i<plotSizeHeight; i=i+LineSpace){
}
if(i!=0){
int Trace=0;
while(Trace<plotSizeWidth){
drawLine(Trace, Trace+TraceSize, ImageYzero+i, ImageYzero+i, gridColor);
Trace = Trace+2*TraceSize;
_plotResult = plotResult.clone();
}
}
}
//Vertical Y axis
drawLine(ImageXzero, ImageXzero, 0, plotSizeHeight, axisColor);
for(int i=-plotSizeWidth; i<plotSizeWidth; i=i+LineSpace){
protected:
Mat plotDataX;
Mat plotDataY;
Mat plotDataX_plusZero;
Mat plotDataY_plusZero;
const char * plotName;
//dimensions and limits of the plot
int plotSizeWidth;
int plotSizeHeight;
double plotMinX;
double plotMaxX;
double plotMinY;
double plotMaxY;
double plotMinX_plusZero;
double plotMaxX_plusZero;
double plotMinY_plusZero;
double plotMaxY_plusZero;
int plotLineWidth;
//colors of each plot element
Scalar plotLineColor;
Scalar plotBackgroundColor;
Scalar plotAxisColor;
Scalar plotGridColor;
Scalar plotTextColor;
//the final plot result
Mat plotResult;
void plotHelper(Mat _plotDataX, Mat _plotDataY)
{
plotDataX=_plotDataX;
plotDataY=_plotDataY;
int NumVecElements = plotDataX.rows;
plotDataX_plusZero = Mat::zeros(NumVecElements+1,1,CV_64F);
plotDataY_plusZero = Mat::zeros(NumVecElements+1,1,CV_64F);
for(int i=0; i<NumVecElements; i++){
plotDataX_plusZero.at<double>(i,0) = plotDataX.at<double>(i,0);
plotDataY_plusZero.at<double>(i,0) = plotDataY.at<double>(i,0);
}
double MinX;
double MaxX;
double MinY;
double MaxY;
double MinX_plusZero;
double MaxX_plusZero;
double MinY_plusZero;
double MaxY_plusZero;
//Obtain the minimum and maximum values of Xdata
minMaxLoc(plotDataX,&MinX,&MaxX);
//Obtain the minimum and maximum values of Ydata
minMaxLoc(plotDataY,&MinY,&MaxY);
//Obtain the minimum and maximum values of Xdata plus zero
minMaxLoc(plotDataX_plusZero,&MinX_plusZero,&MaxX_plusZero);
//Obtain the minimum and maximum values of Ydata plus zero
minMaxLoc(plotDataY_plusZero,&MinY_plusZero,&MaxY_plusZero);
//setting the min and max values for each axis
plotMinX = MinX;
plotMaxX = MaxX;
plotMinY = MinY;
plotMaxY = MaxY;
plotMinX_plusZero = MinX_plusZero;
plotMaxX_plusZero = MaxX_plusZero;
plotMinY_plusZero = MinY_plusZero;
plotMaxY_plusZero = MaxY_plusZero;
//setting the default size of a plot figure
setPlotSize(600, 400);
//setting the default plot line size
setPlotLineWidth(1);
//setting default colors for the different elements of the plot
setPlotAxisColor(Scalar(0, 0, 255));
setPlotGridColor(Scalar(255, 255, 255));
setPlotBackgroundColor(Scalar(0, 0, 0));
setPlotLineColor(Scalar(0, 255, 255));
setPlotTextColor(Scalar(255, 255, 255));
}
if(i!=0){
int Trace=0;
while(Trace<plotSizeHeight){
drawLine(ImageXzero+i, ImageXzero+i, Trace, Trace+TraceSize, gridColor);
Trace = Trace+2*TraceSize;
void drawAxis(int ImageXzero, int ImageYzero, double CurrentX, double CurrentY, Scalar axisColor, Scalar gridColor)
{
drawValuesAsText(0, ImageXzero, ImageYzero, 10, 20);
drawValuesAsText(0, ImageXzero, ImageYzero, -20, 20);
drawValuesAsText(0, ImageXzero, ImageYzero, 10, -10);
drawValuesAsText(0, ImageXzero, ImageYzero, -20, -10);
drawValuesAsText("X = %g",CurrentX, 0, 0, 40, 20);
drawValuesAsText("Y = %g",CurrentY, 0, 20, 40, 20);
//Horizontal X axis and equispaced horizontal lines
int LineSpace = 50;
int TraceSize = 5;
drawLine(0, plotSizeWidth, ImageYzero, ImageYzero, axisColor);
for(int i=-plotSizeHeight; i<plotSizeHeight; i=i+LineSpace){
if(i!=0){
int Trace=0;
while(Trace<plotSizeWidth){
drawLine(Trace, Trace+TraceSize, ImageYzero+i, ImageYzero+i, gridColor);
Trace = Trace+2*TraceSize;
}
}
}
//Vertical Y axis
drawLine(ImageXzero, ImageXzero, 0, plotSizeHeight, axisColor);
for(int i=-plotSizeWidth; i<plotSizeWidth; i=i+LineSpace){
if(i!=0){
int Trace=0;
while(Trace<plotSizeHeight){
drawLine(ImageXzero+i, ImageXzero+i, Trace, Trace+TraceSize, gridColor);
Trace = Trace+2*TraceSize;
}
}
}
}
}
}
}
Mat Plot::linearInterpolation(double Xa, double Xb, double Ya, double Yb, Mat Xdata){
Mat linearInterpolation(double Xa, double Xb, double Ya, double Yb, Mat Xdata){
Mat Ydata = Xdata*0;
Mat Ydata = Xdata*0;
for (int i=0; i<Xdata.rows; i++){
for (int i=0; i<Xdata.rows; i++){
double X = Xdata.at<double>(i,0);
Ydata.at<double>(i,0) = int(Ya + (Yb-Ya)*(X-Xa)/(Xb-Xa));
double X = Xdata.at<double>(i,0);
Ydata.at<double>(i,0) = int(Ya + (Yb-Ya)*(X-Xa)/(Xb-Xa));
if(Ydata.at<double>(i,0)<0)
Ydata.at<double>(i,0)=0;
if(Ydata.at<double>(i,0)<0)
Ydata.at<double>(i,0)=0;
}
}
return Ydata;
return Ydata;
}
}
void drawValuesAsText(double Value, int Xloc, int Yloc, int XMargin, int YMargin){
void Plot::drawValuesAsText(double Value, int Xloc, int Yloc, int XMargin, int YMargin){
char AxisX_Min_Text[20];
double TextSize = 1;
char AxisX_Min_Text[20];
double TextSize = 1;
sprintf(AxisX_Min_Text, "%g", Value);
Point AxisX_Min_Loc;
AxisX_Min_Loc.x = Xloc+XMargin;
AxisX_Min_Loc.y = Yloc+YMargin;
sprintf(AxisX_Min_Text, "%g", Value);
Point AxisX_Min_Loc;
AxisX_Min_Loc.x = Xloc+XMargin;
AxisX_Min_Loc.y = Yloc+YMargin;
putText(plotResult,AxisX_Min_Text, AxisX_Min_Loc, FONT_HERSHEY_COMPLEX_SMALL, TextSize, plotTextColor, 1, 8);
}
putText(plotResult,AxisX_Min_Text, AxisX_Min_Loc, FONT_HERSHEY_COMPLEX_SMALL, TextSize, plotTextColor, 1, 8);
}
void drawValuesAsText(const char *Text, double Value, int Xloc, int Yloc, int XMargin, int YMargin){
void Plot::drawValuesAsText(const char *Text, double Value, int Xloc, int Yloc, int XMargin, int YMargin){
char AxisX_Min_Text[20];
int TextSize = 1;
char AxisX_Min_Text[20];
int TextSize = 1;
sprintf(AxisX_Min_Text, Text, Value);
Point AxisX_Min_Loc;
AxisX_Min_Loc.x = Xloc+XMargin;
AxisX_Min_Loc.y = Yloc+YMargin;
sprintf(AxisX_Min_Text, Text, Value);
Point AxisX_Min_Loc;
AxisX_Min_Loc.x = Xloc+XMargin;
AxisX_Min_Loc.y = Yloc+YMargin;
putText(plotResult,AxisX_Min_Text, AxisX_Min_Loc, FONT_HERSHEY_COMPLEX_SMALL, TextSize, plotTextColor, 1, 8);
}
putText(plotResult,AxisX_Min_Text, AxisX_Min_Loc, FONT_HERSHEY_COMPLEX_SMALL, TextSize, plotTextColor, 1, 8);
}
void drawLine(int Xstart, int Xend, int Ystart, int Yend, Scalar lineColor){
Point Axis_start;
Point Axis_end;
Axis_start.x = Xstart;
Axis_start.y = Ystart;
Axis_end.x = Xend;
Axis_end.y = Yend;
void Plot::drawLine(int Xstart, int Xend, int Ystart, int Yend, Scalar lineColor){
line(plotResult, Axis_start, Axis_end, lineColor, plotLineWidth, 8, 0);
}
Point Axis_start;
Point Axis_end;
Axis_start.x = Xstart;
Axis_start.y = Ystart;
Axis_end.x = Xend;
Axis_end.y = Yend;
};
line(plotResult, Axis_start, Axis_end, lineColor, plotLineWidth, 8, 0);
Ptr<Plot2d> createPlot2d(Mat _plotData)
{
return Ptr<Plot2dImpl> (new Plot2dImpl (_plotData));
}
Ptr<Plot2d> createPlot2d(Mat _plotDataX, Mat _plotDataY)
{
return Ptr<Plot2dImpl> (new Plot2dImpl (_plotDataX, _plotDataY));
}
}
}

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