Chart > Chart Panels > Charting Types > Float Bar Chart |
A Floating Bar Chart displays a sequence of vertical or horizontal bars, where each bar represents a one-dimensional value range. A Floating Bar chart can be used as a Gantt chart if the Y axis is in date-time scale mode. Gantt charts are popular in project management for planning the use of resources over time. Different activities that take place in the project are denoted by their start and finish dates/times. Following is a description of the float bar chart settings:
Sub Type - the following table summarizes the different subtypes of the float chart type:
Sub Type | X Dimension Type | Z Dimension Type | Data Requirements | Description | |
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First in Chart | Next in Chart | ||||
Classical - displayed in both 2D and 3D. The X dimension type is always Categorical. |
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Clustered | Categorical | One | Value | Value | Shows series side by side. |
Stacked | Categorical | One | Value | Value | Piles series on top of each other. Supports negative values. |
Stacked Percent | Categorical | One | Value | Value | Piles series on top of each other and scales each pile to 100%. |
Series | Categorical | Categorical | Value | Value | Shows series behind each other (best viewed in 3D). |
XY Scatters - displayed in both 2D and 3D. The X dimension type is always Numeric. |
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XY Scatter | Numeric | Categorical | Value X |
Value X |
Besides the value, each bar has a X coordinate at which it is positioned. |
XY Scatter Clustered | Numeric | One | Value X |
Value | The first in chart defines the cluster X position. Next in chart are arranged side by side relatively to this position. |
XY Scatter Stacked | Numeric | One | Value X |
Value | The first in chart defines the stack X position. Next in chart piled on top. Supports negative values. |
XY Scatter Stacked Percent | Numeric | One | Value X |
Value | The first in chart defines the stack X position. Next in chart are piled on top. Each pile is scaled to 100%. |
XYZ Scatters - need 3D to be displayed correctly. The X and Z dimension types are always Numeric. |
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XYZ Scatter | Numeric | Numeric | Value X Z |
Value X Z |
Besides the value, each bar has a X and Z coordinate at which it is positioned in the XZ plane. |
XYZ Scatter Clustered | Numeric | Numeric | Value X Z |
Value | The first in chart defines the cluster XZ position. Next in chart are arranged side by side relatively to this position. |
XYZ Scatter Stacked | Numeric | Numeric | Value X Z |
Value | The first in chart defines the stack XZ stack position. Next in chart are piled on top. Supports negative values. |
XYZ Scatter Stacked Percent | Numeric | Numeric | Value X Z |
Value | The first in chart defines the stack XZ position. Next in chart are piled on top. Each pile is scaled to 100%. |
All subtypes support a Label value for each data point. The Y dimension is always Numeric. |
Shape - specifies the shape of the columns. Possible values are: Bar, Cylinder, Cone, Inverted Cone, Pyramid, Inverted Pyramid, Ellipsoid, Smooth Edge Bar and Cut Edge Bar.
Edge Percent - defines the size of the edge in case the Shape is set to Smooth Edge Bar or Cut Edge Bar.
Width Percent - for classical subtypes the Width Percent defines the width of the bar or bar group in percents of the space available for each category. For XY and XYZ Scatters The Width Percent defines the width of the bar or bar group in percents of 1/10 of the chart width.
Depth Percent - for classical and XY scatter subtypes the Depth Percent defines the depth of the bars in the series in percents of the series size along the depth axis. For XYZ scatter subtypes the Depth Percent defines the depth of bars in percents of 1/10 of the chart depth.
Gap Percent - controls the gap (space) between the bars, when the subtype is set to one of the cluster modes.
Show Connector Lines - whether to show connector lines (lines connecting adjacent bars begin and end values).
Connector Lines Stroke Style - the stroke style of the connector lines.