The Tabular Layout is a layout style that produces simple tabular/grid-like layouts. It only places nodes. All edge routes will be reset.
The concept of this layout style is based on a table that consists of cells. The cells are strictly organized in rows (horizontal) and columns (vertical). Each cell is either empty or contains exactly one node. Carefully note that the table itself need not be visualized using table nodes. Therefore, this style is suitable if nodes should be arranged in rows and columns in a regular fashion.
Determines the general mode for tabular layout.
Determines the number of rows for the tabular layout when 'Layout Mode' is set to 'Fixed Size'.
Determines the number of columns for the tabular layout when 'Layout Mode' is set to 'Fixed Size'.
Determines the vertical alignment of nodes within rows.
Determines the horizontal alignment of nodes within columns
Determines whether or not node labels should be taken into account when arranging the graph. If enabled, the cell size will be adjusted such that the labels of the contained node fit into the cell as well. Otherwise, node labels are ignored.
Determines whether or not edges should be taken into account when arranging the graph. If enabled, the algorithm applies a heuristic approach that prefers an arrangement of nodes that lead to a low overall edge length. Note that this option is only considered if the layout mode is not set to Use Existing Table.
Defines a cell inset for all sides of each table cell.
Defines the minimum height each row must have in the tabular layout. When using layout mode Use Existing Table, the minimum row height is defined by the default row height of the corresponding table node.
Defines the minimum width each column must have in the tabular layout. When using layout mode 'Use Existing Table', the minimum column width is defined by the default column width of the corresponding table node.
Specifies a preferred time limit (in seconds) for the layout algorithm. Note that restricting the maximal duration may reduce the overall layout quality. Furthermore, the actual runtime may exceed the maximal duration because the layout algorithm still has to find a valid solution.