Table

You can build custom tables using the Table type.

Argument 1: cells

The table's content is given as an AbstractMatrix of Cells:

using SummaryTables

cells = [Cell("$col$row") for row in 1:5, col in 'A':'E']
Table(cells)

Keyword: header

You can pass an Int to mark the last row of the header section. A divider line is placed after this row.

using SummaryTables

cells = [Cell("$col$row") for row in 1:5, col in 'A':'E']
Table(cells; header = 1)

Keyword: footer

You can pass an Int to mark the first row of the footer section. A divider line is placed before this row.

using SummaryTables

cells = [Cell("$col$row") for row in 1:5, col in 'A':'E']
Table(cells; footer = 5)

Keyword: footnotes

The footnotes keyword allows to add custom footnotes to the table which do not correspond to specific Annotated values in the table.

using SummaryTables

cells = [Cell("$col$row") for row in 1:5, col in 'A':'E']
Table(cells; footnotes = ["Custom footnote 1", "Custom footnote 2"])

Keyword: rowgaps

It can be beneficial for the readability of larger tables to add gaps between certain rows. These gaps can be passed as a Vector of Pairs where the first element is the index of the row gap and the second element is the gap size in pt.

using SummaryTables

cells = [Cell("$col$row") for row in 1:9, col in 'A':'E']
Table(cells; rowgaps = [3 => 8.0, 6 => 8.0])

Keyword: colgaps

It can be beneficial for the readability of larger tables to add gaps between certain columns. These gaps can be passed as a Vector of Pairs where the first element is the index of the column gap and the second element is the gap size in pt.

using SummaryTables

cells = [Cell("$col$row") for row in 1:5, col in 'A':'I']
Table(cells; colgaps = [3 => 8.0, 6 => 8.0])

Types of cell values

TODO: List the different options here