void Plot::onDraw(GLV& g){
GraphicsData& gd = g.graphicsData();
draw::color(colors().fore);
{ pushGrid();
for(unsigned i=0; i<plottables().size(); ++i){
Plottable& p = *plottables()[i];
if(mActive[i] && p.drawUnderGrid()){
gd.reset();
gd.colors()[0] = p.color();
p.doPlot(gd, p.data().hasData() ? p.data() : data());
}
}
popGrid(); }
Grid::onDraw(g);
draw::color(colors().fore);
// push into grid space and call attached plottables
{ pushGrid();
for(unsigned i=0; i<plottables().size(); ++i){
Plottable& p = *plottables()[i];
if(mActive[i] && !p.drawUnderGrid()){
gd.reset();
gd.colors()[0] = p.color();
p.doPlot(gd, p.data().hasData() ? p.data() : data());
}
}
popGrid(); }
}
int addWave(float x1, float y1, float x2, float y2, float waveX, float waveY)
{
int waveres = InitWave(x1, y1, x2, y2, waveX, waveY);
if (waveres)
{
pushGrid( MAX_COL_INDEX , MAX_ROW_INDEX );
return 1;
}
return 0;
}
