Support for standard area chart, scatter area, stacked area and stacked percent area chart.

Support for standard categorical bar chart, clustered bar/column, stacked bar/column, as well as clustered-stacked bar/column chart with numerous customization options. Support for XY, and XYZ scatter stack and clustered bar charts.

Support for box and whisker plots, allowing for the interpretation of data distribution. Each box represents data for minimum, maximum, median, quartiles, outliers, and optional mean values.

Support for categorical, XY, and XYZ scatter bubble charts, with many customization options for bubble shape, size, and appearance.

Y Error Bar, XY Error Bar, XYZ Error Bar, with support for XY and XYZ scatter for the bar position.

A Heat Map is a 2D representation of data where the individual values are contained in a matrix and are represented as colors, which are taken from an associated palette. Heat Maps support contour generation and smart contour labeling.

High low area with built-in appearance logic. Supports markers. XY scatter mode is also supported (date-time range chart).

A standard line chart, stacked line chart, step line and smooth line with multiple customization options. Support for XY, and XYZ scatter line.

Pie chart with multiple customization options, including specified begin and sweep angles, different label layout strategies, pie segment shapes, exploded pie segments, etc.

Stock chart with support for stick and candle drawing styles. Open High Low and Close High Low chart subtypes are also supported. Support for XY Scatter mode (date-time stock chart).

Categorical, XY scatter, and XYZ scatter point chart. The point series supports several distinct point shapes, empty data points, different sizes and appearances per data point, and more.

Polar chart with line, point, area, range (wind rose), and vector charting types. Support for docked and crossed polar axes.

Vector charts display vectors in 2D and 3D. Each vector data item is defined by two points (begin - end) and is represented by a single arrow. An arrowhead is placed at the endpoint to indicate the vector's direction.

Ternary chart displays data consisting of three variables that sum to a total. This allows them to visualize specific data sets consisting of three variables that usually represent mixture compositions that sums to a total.

Tree maps display hierarchical (tree-structured) data as a set of nested rectangles. Tree maps allow you to easily see patterns that would be difficult to spot in other ways, such as if a certain node value changes by a large amount or the relative node value vs. the other node values. The second advantage of tree maps is that, by construction, they make efficient use of space. As a result, they can legibly display a large number of items simultaneously on the screen.

Kagi is a type of financial chart illustrating the forces of supply and demand on security. It is focused on price action and disregards the passage of time.

Point and Figure is a type of financial chart designed to filter non-significant price changes and focus on the main price trends. Point and Figure charts are usually used for longer-term price movements.

Three Line Break is a price change financial chart that is similar in concept to Kagi, Renko, and Point and Figure.

Smooth edge and cut edge bar styles and the standard pyramid, cylinder, ellipsoid, cone, inverted pyramid, and inverted cone styles. Date Time float bar, Date Time Clustered Float Bar.

Contour and filled area styles. Supports markers. A unique - elevated center feature.

Renko is a type of financial chart that is very effective for traders in identifying essential support and resistance levels. It filters minor price movements and emphasizes general trends.

Surface connecting a grid of points defined by their X, Y, and Z coordinates. The mesh surface can be filled with an automatic or user-defined palette, smooth palette filling is also supported. Several frame styles are available, including Mesh, Contour, Dots, and Mesh-Contour, which can be displayed uniformly or synchronized with the palette. Supports custom contour lines and flat mode (Mesh Contour chart).

Surface connecting a grid of data points where each row and column of the grid have equal X and Z values and a distinct Y value (elevation). The rows and columns of the grid can be regularly or irregularly spaced. The Grid surface can be filled with an automatic or user-defined palette. Smooth palette filling is supported as well as per-vertex colors. Several frame styles are supported, including Mesh, Contour, Dots, and Mesh - Contour. The frame can be uniformly displayed or synchronized with the used palette. Flat mode is also supported (Grid Contour chart).

This charting type can display a set of points with X, Y, and Z coordinates as a 3D surface. In contrast to the Mesh Surface chart, the Triangulated Surface doesn't require the points to be ordered in a grid. The control creates a triangular network automatically.

The Vertex Surface series allows the visualization of data points with user-specified 3d primitives such as triangle, triangle fan, triangle strip, etc. The user can also specify the order in which vertices are connected to form the specified 3d primitive. Also supported is per vertex color, automatically generated contour lines and palette filling.