{

std::string title_str = "ColourMaps from Python matplotlib";

mplot::Visual v(1000, 360, title_str);

v.setSceneTrans (sm::vec<float,3>{ float{-1.07782}, float{-0.247493}, float{-1.70001} });

sm::scale<float> scale1;

scale1.compute_scaling (0, 1); // Simply maps 0->1 to 0->1!

sm::vec<float, 3> offset = { 0.0f, 0.0f, 0.0f };

// 1D maps

std::vector<mplot::ColourMapType> cmap_types;

cmap_types.push_back (mplot::ColourMapType::Magma);

cmap_types.push_back (mplot::ColourMapType::Inferno);

cmap_types.push_back (mplot::ColourMapType::Plasma);

cmap_types.push_back (mplot::ColourMapType::Viridis);

cmap_types.push_back (mplot::ColourMapType::Cividis);

cmap_types.push_back (mplot::ColourMapType::Twilight);

mplot::ColourMap<float> cm1(mplot::ColourMapType::Jet);

// Display 1D colour maps

int i = 0;

for (auto cmap_type : cmap_types) {

++i;

cm1.setType (cmap_type);

auto cbv = std::make_unique<mplot::ColourBarVisual<float>>(offset);

v.bindmodel (cbv);

cbv->orientation = mplot::colourbar_orientation::vertical;

cbv->tickside = mplot::colourbar_tickside::right_or_below;

cbv->cm = cm1;

cbv->scale = scale1;

cbv->addLabel (mplot::ColourMap<float>::colourMapTypeToStr (cmap_type), {0, -0.1, 0}, mplot::TextFeatures(0.05f));

cbv->finalize();

v.addVisualModel (cbv);

// Update location

offset[0] += 0.4f;

if (i % 6 == 0) {

offset[0] = 0.0f;

offset[1] -= 1.0f;

}

}

v.keepOpen();

return 0;