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#ifndef PLOT_H
#define PLOT_H
#include <unistd.h>
#include <stdexcept>
#include <string>
#include <vector>
class Plot {
public:
//[[ deprecated("Superceded by plot2d class") ]]
explicit Plot(const std::string& pdfFile);
~Plot();
void StartLine() { StartLine(""); }
void StartLine(const std::string& lineTitle);
void StartScatter() { StartScatter(""); }
void StartScatter(const std::string& lineTitle);
void StartBoxes() { StartScatter(""); }
void StartBoxes(const std::string& lineTitle);
void StartGrid() { StartGrid(""); }
void StartGrid(const std::string& gridTitle);
void PushDataPoint(long double x, long double y);
void PushDataPoint(long double x, long double y, long double z);
void PushUnknownDataPoint(long double x, long double y);
void PushDataBlockEnd();
void Close();
void AddRectangle(long double x1, double y1, double x2, double y2);
void SetTitle(const std::string& title) throw() { _title = title; }
void SetXAxisText(const std::string& text) throw() { _xAxisText = text; }
void SetYAxisText(const std::string& text) throw() { _yAxisText = text; }
void SetZAxisText(const std::string& text) throw() { _zAxisText = text; }
void SetXRange(long double min, long double max) throw() {
_xRangeHasMin = true;
_xRangeHasMax = true;
_xRangeMin = min;
_xRangeMax = max;
}
void SetXRangeAutoMax(long double min) throw() {
_xRangeHasMin = true;
_xRangeHasMax = false;
_xRangeMin = min;
}
void SetXRangeAutoMin(long double max) throw() {
_xRangeHasMin = false;
_xRangeHasMax = true;
_xRangeMax = max;
}
void SetXRangeAuto() throw() {
_xRangeHasMin = false;
_xRangeHasMax = false;
}
void SetYRange(long double min, long double max) throw() {
if (_yRangeHasMin) {
if (min < _yRangeMin) _yRangeMin = min;
} else {
_yRangeHasMin = true;
_yRangeMin = min;
}
if (_yRangeHasMax) {
if (max > _yRangeMax) _yRangeMax = max;
} else {
_yRangeHasMax = true;
_yRangeMax = max;
}
}
void SetYRangeAutoMax(long double min) throw() {
_yRangeHasMin = true;
_yRangeHasMax = false;
_yRangeMin = min;
}
void SetYRangeAutoMin(long double max) throw() {
_yRangeHasMin = false;
_yRangeHasMax = true;
_yRangeMax = max;
}
void SetYRangeAuto() throw() {
_yRangeHasMin = false;
_yRangeHasMax = false;
}
void SetZRange(long double min, long double max) throw() {
_zRangeHasMin = true;
_zRangeHasMax = true;
_zRangeMin = min;
_zRangeMax = max;
}
void SetCBRange(long double min, long double max) throw() {
_cbRangeHasMin = true;
_cbRangeHasMax = true;
_cbRangeMin = min;
_cbRangeMax = max;
}
void SetLogScale(bool x, bool y, bool z = false) {
_logX = x;
_logY = y;
_logZ = z;
}
void SetFontSize(size_t newSize) { _fontSize = newSize; }
void Show();
private:
enum Type { Line, Scatter, Boxes, Grid } _curType;
void RunGnuplot();
char _tmpPlotFile[16];
void Write(int fd, const std::string& str) {
if (write(fd, str.c_str(), str.length()) != (int)str.length())
throw std::runtime_error("write() reported an error");
}
void CloseCurFd();
void ExecuteCmd(const std::string& cmd) const;
std::vector<std::string> _lineFiles, _lineTitles;
std::vector<Type> _lineTypes;
int _curLineFd;
const std::string _pdfFile;
bool _open;
std::string _title, _xAxisText, _yAxisText, _zAxisText;
bool _xRangeHasMin, _xRangeHasMax;
bool _yRangeHasMin, _yRangeHasMax;
bool _zRangeHasMin, _zRangeHasMax;
bool _cbRangeHasMin, _cbRangeHasMax;
long double _xRangeMin, _xRangeMax;
long double _yRangeMin, _yRangeMax;
long double _zRangeMin, _zRangeMax;
long double _cbRangeMin, _cbRangeMax;
bool _clipZ;
std::vector<std::string> _extraHeaders;
bool _logX, _logY, _logZ;
bool _hasBoxes;
size_t _fontSize;
};
#endif
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