 | 
Bar series provide the capability to display
discrete data ranges with marked delimitation
between data points. Multiple bar series with
vertical or horizontal orientation may be combined
using stacked bars, clustered bars, or arranged
in different depths in order to provide full data
visibility and legibility.
Standard 3D Bar Chart
| | 
Use Multiseries in a 3D scene to create Manhattan
Bar charts, perfect to compare different items
over a period of time and to effectively display
changes from one category to another.
Manhattan Bar Chart
|
| 
Nevron’s GDI+ graphics engine provides the 2D
scene with state-of-the-art image quality and
legibility, and also conforms to Windows standards
for 2D graphics rendering. Image effects such as
shadow, glow, bevel/emboss and lighting make it
possible to apply complex visual styles to any 2D
scene.
Standard 2D Bar Chart
| | 
Horizontal orientation of the bars is required by
many real-life scenarios. This particular sample
demonstrates the use of horizontal bar series in
multiple charts positioned within the same scene
as an alternative to the Clustered bar series.
Dual Horizontal Bar Chart
|
| 
Cluster bar charts allow visual comparison between corresponding
values of synchronized data ranges.
Cluster Bar Chart
| | 
Clustering and stacking may be combined into the same chart. In
a 3D scene, clustered and stacked series may be distributed in different depths.
Cluster-Stacked-Bar Chart
|
| 
Stacked bar series provide the capability to present data in cumulative sections and their totals.
Stacked Bar Chart
| | 
Stacked-percent bar series represent the contribution of data series to the total.
Horizontal Stacked-Percent Bar Chart
|