/* Plot the trace of the walk */
void plotWalk() const
{
Plotter2D Plotter;
auto L = makePlot2DLattice(*this, std::string("OERRW-d") + mtools::toString(delta));
L.setImageType(L.TYPEIMAGE);
Plotter[L];
Plotter.gridObject(true)->setUnitCells();
Plotter.range().setRange(zoomOut(fBox2(R)));
Plotter.plot();
}
Plotter2DObj::Plotter2DObj(const std::string & name) :
_crange(fBox2()),
_cwinSize(iVec2()),
_missedSetParam(false),
_ownercb(nullptr),
_data(nullptr),
_data2(nullptr),
_rm(nullptr),
_di(nullptr),
_opacity(1.0),
_drawOn(true),
_suspended(false),
_name(name),
_nbth(-1),
_optionWin(nullptr),
_extOptionWin(nullptr),
_progBar(nullptr),
_nbthl(nullptr),
_plotNB((int)_totPlotNB)
{
_totPlotNB++;
}
Plotter2DObj::Plotter2DObj(Plotter2DObj && obj) :
_crange(fBox2()),
_cwinSize(iVec2()),
_missedSetParam(false),
_ownercb(nullptr),
_data(nullptr),
_data2(nullptr),
_rm(nullptr),
_di(nullptr),
_opacity(1.0),
_drawOn(true),
_suspended(false),
_name(std::move(obj._name)),
_nbth(-1),
_optionWin(nullptr),
_extOptionWin(nullptr),
_progBar(nullptr),
_nbthl(nullptr),
_plotNB((int)_totPlotNB)
{
if (obj.isInserted()) MTOOLS_DEBUG("move ctor on an inserted plotter2DObj");
obj.detach(); // detach if needed
}
virtual fBox2 favouriteRangeY(fBox2 R) override
{
if ((_LD->isDomainEmpty() || _LD->isDomainFull())) return fBox2(); // no favourite range
iBox2 D = _LD->domain();
return fBox2((double)D.min[0] - 0.5, (double)D.max[0] + 0.5, (double)D.min[1] - 0.5, (double)D.max[1] + 0.5);
}
fBox2 Plotter2DObj::favouriteRangeY(fBox2 R)
{
return fBox2(); // completely empty rectangle.
}
