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This dropdown contains those variables added to the value field when generating the treemap. You can switch between them to use their values as the criteria to establish the proportions of the cells.
In this example, you can choose between determining cell size based on the average response length (avg_responseLength) for each grouping occurrence (city-responseTime) or the number of events for each grouping occurrence (Count).

By default, cell colors are applied randomly without any color spectrum that visually correlates cells and values. This dropdown contains those variables added to the value field when generating the treemap and selecting one of them will establish a color spectrum using its minimum and maximum values as cardinal points (green-red). Cells will be colored to reflect the position of their value inside that spectrum.

By default, cell outlines are colored in black without using a pattern that visually correlates outlines and values. This dropdown contains those variables added to the value field when generating the treemap and selecting one of them will color the cell outlines to reflect the status of their values in relation to the optimal status (green to red).

Enter text to search for a value in the Voronoi map. The cells containing the specified string will be highlighted, together with their children if any.

Enter text to filter the chart by a specific value. Only the cells matching the string will be shown, together with their children if any.

This is a path that lists the fields added as signals. The first signal in the path is the primary cell grouping, followed by subsequent groupings. Click and drag to change the order of the signals in the path to change the grouping order for cells in the chart.

When drilling-down into the cells, this shows the values of each grouping.

Cells are drawn from left to right according to their weight (from larger to smaller).

Larger cells appear in the center.

Smaller cells appear in the center.

Cells are randomly distributed.

Cells are drawn from top to bottom according to their weight (from larger to smaller). A cell's size corresponds to its weight.

Cells are rectangular and drawn from left to right according to their weight (from larger to smaller). A cell's size corresponds to its weight.

Cells are rectangular and drawn from top to bottom according to their weight (from larger to smaller). A cell's size corresponds to its weight.

Flattened visualization of all branches, without having to do a drill-down. The Flattened option can be applied to all previous visualization options. Pressing P again will return it to the normal visualization.

Select group, click again to deselect.

Select multiple groups.

Expose group.

Focus on a group. Select a group of cells and analyze them as if they were a separate Voronoi map.

Open a group of cells (drill-down).

Close group.

Blur group.

Close group.

Zoom in / out

Pan around zoomed visualization.

Unexpose & close all groups.

Displays detailed information in each cell. Left-click on the cell and then press G. A panel will open to the right to display the following information:

• Number of children (0 if it is the last branch).

• Total number of nodes.

• All parents (0 if it is the top branch).

• Aggregated values and percentage of the total.

Compare multiple cells:

• Press CTRL and click cells to add them to the lower part of the right panel to see their information (children, nodes, parents and aggregated values).

• Hover over a cell (without clicking) to see its information at the top of the right panel and compare it to the previously added cells. The differences will be shown in red if the values are worse and green if the values are better.

Show/hide percentage in the legend.

Show/hide value in the legend.

Show/hide the percentage of the total in the legend.

Show/hide zero values.

Calculate cell proportions using a logarithmic value to normalize size. This way, nodes with 20% of the total weight can be the same size as nodes with 5% of the total weight. This option is recommended when having very polarized values and needing an exhaustive approach in which value omission is not admissible for the purpose of the analysis. This way, we avoid having very tiny cells that might be almost invisible or even omitted from the diagram.

Calculate cell proportions using real aggregated values so a cell's size corresponds to its weight. Nodes with 20% of the total weight will represent 20% of map's total size, whereas nodes with 1% of the total weight may not even be seen. This option is recommended when needing a generalistic approach in which marginal values can be omitted without substantially affecting the analysis. This way the correspondence of values and sizes can be easily identified at a glance.

Show/hide values as bytes.

Show/hide values as time (Chrono style).

Show/hide this help.