void GridPlot::drawEnrichment(const Plotlet& pl, Enrichment& p)
{
switch(p.type())
{
case Enrichment::USERENRICHMENT:
{
p.assign(*this);
UserEnrichment* ue = (UserEnrichment*)&p;
ue->drawBegin();
ue->draw();
ue->drawEnd();
}
break;
case Enrichment::VERTEXENRICHMENT:
{
p.assign(*this);
VertexEnrichment* ve = (VertexEnrichment*)&p;
ve->drawBegin();
const GridData& data = dynamic_cast<const GridData&>(*pl.data);
int step = resolution();
for (int i = 0; i <= data.columns() - step; i += step)
for (int j = 0; j <= data.rows() - step; j += step)
ve->draw(data.vertices[i][j]);
ve->drawEnd();
}
break;
case Enrichment::EDGEENRICHMENT:
break;
default:
break; //todo
}
}
void SurfacePlot::createEnrichment(Enrichment& p)
{
if (!actualData_p)
return;
//todo future work
if (p.type() != Enrichment::VERTEXENRICHMENT)
return;
p.assign(*this);
p.drawBegin();
VertexEnrichment* ve = (VertexEnrichment*)&p;
if (actualData_p->datatype == Qwt3D::POLYGON)
{
for (unsigned i = 0; i != actualDataC_->normals.size(); ++i)
ve->draw(actualDataC_->nodes[i]);
}
else if (actualData_p->datatype == Qwt3D::GRID)
{
int step = resolution();
for (int i = 0; i <= actualDataG_->columns() - step; i += step)
for (int j = 0; j <= actualDataG_->rows() - step; j += step)
ve->draw(Triple(actualDataG_->vertices[i][j][0],
actualDataG_->vertices[i][j][1],
actualDataG_->vertices[i][j][2]));
}
p.drawEnd();
}
void Curve::createEnrichment(Enrichment& p)
{
if (!actualData_p) return;
//todo future work
if (p.type() != Enrichment::VERTEXENRICHMENT) return;
p.assign(*this);
p.drawBegin();
int step = resolution();
VertexEnrichment* ve = (VertexEnrichment*)&p;
if (actualData_p->datatype == Qwt3D::POLYGON) {
unsigned int size = actualDataC_->nodes.size();
for (unsigned i = 0; i < size; i += step)
ve->draw(actualDataC_->nodes[i]);
} else if (actualData_p->datatype == Qwt3D::GRID) {
unsigned int cols = actualDataG_->columns();
unsigned int rows = actualDataG_->rows();
for (unsigned int i = 0; i <= cols - step; i += step) {
for (unsigned int j = 0; j <= rows - step; j += step) {
double *v = actualDataG_->vertices[i][j];
ve->draw(Triple(v[0], v[1], v[2]));
}
}
}
p.drawEnd();
}