
Pie, Doughnut and Torus ChartsPie, Doughnut and Torus Charts have the following features: chart rotation, pie explosion, individual explosion for each data point, customizable height of pie (for 3D charts), customizable Y axis angle (for 3D charts) and two options to control the shape: fit the pie to chart area or preserve circular shape.

Line ChartLine Chart has the following features: 2D and 3D modes, simple line, stacked line, 100% stacked line, stacked groups, spline line (Kochanek-Bartels and Hermite), step line, reversed step line, line series in history mode, auto coloring of individual lines and data markers and closed shape with fill.

Pyramid ChartPyramid chart has the following features: variable gap size between pyramid parts, 2D and 3D style, customizable label positions, circular base for 3D style and pyramid rotation for 3D style.

Historical Line ChartHistorical Line Chart has the following features: supports variable history depth and derived from long data series to allow great performance along with large optimized data storage.

Area ChartArea chart has the following features: 2D and 3D modes, simple area, stacked area, 100% stacked area, range area, stacked groups, spline area (Kochanek-Bartels and Hermite), auto coloring of individual data markers, area origin and area series in history mode.

Funnel ChartFunnel chart has the following features: variable gap size between funnel parts, 2D and 3D style, customizable label positions and the ability to specify neck size in percents from height, or by series value.

Polar ChartPolar chart has the following features: simple line, no line (points), spline line (Kochanek-Bartels and Hermite), step line, reversed step line, auto coloring of individual lines and data markers, closed shape with fill, non-circular grid lines and the ability to draw a "rose" by connecting groups of points with the center.

Surface ChartThe Surface chart type enables visualization of 3D surface data with two types of surfaces: "standard" and "levels". With standard each grid cell is assigned a color according to a level color corresponding to the value of left bottom point. For the "level" surface each cell is intersected with horizontal planes and polygons, which were created by intersection of grid cell with the planes, are painted with appropriate level colors.