3.1 Fixed predefined tables

Corresponds to XBRL examples of Eurofiling forms, usually represented by spreadsheet workbooks with multiple worksheet tables, each in a fixed format.

1. Simple table, two rows represent primary items, two columns represent members of one dimension

   

   
2. Same but columns represent two dimensions with fixed assignment of members to columns, both columns dimension D = member d0, column 1 dimension E = member e1 and second column dimension E – member e2

   

   
3. Similar to example 2, but three columns, first has no value for dimension E (E is not in the context, could be default or absent), may represent an aggregation for columns 2 (E = e1) and 3 (E = e2). Uses a non-abstract aspect rule member for D, which causes the row-spanned column header appearance

   

   
4. An alternative way to represent the column for no E value, by an explicit coordinate with no E-dimension rule, instead of a non-abstract D coordinate member rule.

   

   

5. Demonstrates coordinate inheritance and override, second column overrides dimension D inherited from first column coordinate member

   

   

6. Introduces use of z-axis (for a third dimension, F)
7. Z-axis has two values (causing Cartesian product with x/y axes)
8. Introduces nested coordinate members in the z-axis.
9. Introduces two separate z-axes (so that the Cartesian cross-product of their members represent the coordinates on the z-axis).
10. Same as 9 but the two z-axes are merged into a single z-axis specifying each of the Cartesian cross product members as separate coordinate members.
11. A transposed two row, two column example with primary items in columns and dimensional coordinates in rows, and dimension D is explicitly removed in the second row coordinate member.
12. Two x-axes (of dimensions), causing the columns to represent the cross product columns of both dimensions, e.g., first pair of columns for value of D = d1 with two E-value columns, and then the second pair of columns for value of D = d2 with each E-value columns.
13. Similar but two y-axes, first a primary item coordinate, and nested second a dimension coordinate.

3.2 Fixed table with an open axis

Corresponds to XBRL examples of Eurofiling forms where a range of rows or columns represent a variable number of entries (here distinguished by a typed dimension value).

1. Open axis example. Rows are primary items, column is a typed dimension value (example is a simple typed dimension with a string value). A rendered table from an instance would have a dynamic number of columns, to represent the typed dimension values that have either primary item represented by a fact. If this were used as an entry form, the string value of the typed dimension would require an editable column header cell corresponding to the string value of the dimension.
2. Two x-axes, one predefined and one open. The table shows the top five ranked country dimensions for primary items (in rows). The first coordinate (column) is predefined, having typed rank value 1, second has rank 2, etc. The second coordinate for each column is the country dimension, an open Axis using a filter for the country dimension. Causes the country having rank one to be in second column header row of column 1, country of rank two in second column header row of column 2, etc.
3. A deposits-on-hand table in local currency and equivalent in Euros: The y axis represents a primary item that reports deposits on hand in various currencies, each of which is a dimension. The y axis specifies the primary item and a relationship axis for the currency dimension values. Each fact is reported in the local currency, to be shown in the first column, and in equivalent Euros, to be shown in the second column. The first column has the local unit (non-Euro) and the second the Euro-equivalent (in EUR units), these facts are otherwise aspect equal to each other.

   

   

3.3 Financial Reports

Corresponds to US-GAAP or IFRS filings.

The y-axis (rows) are:

1. a selection axis representing the extended link role (schedule) for the balance sheet, and
2. a concept relationship axis representing concept hierarchy according to a linkbase (presentation used for 2010 examples), within the schedules (extended link roles) of the presentation linkbase according to the desired schedule display.

The schedule in these examples is assumed to be inferred from the type of filing, representing fact-related DTS information (because the fact specifying form type provides this association), and the hierarchy of members in the rows represents non-fact information (from the DTS). Concept names in the balance sheet must be shown for ancestors of a reported fact regardless of whether the concepts between the root and the reported descendant have values.

1. A balance sheet. Columns represent periods. Rows represent presentation linkbase hierarchy of concepts in the extended link role for balance sheet. In this example the extended link role is known in advance.

   

   
2. A Risk-Return instance (partial) showing multiple relationship axes rendered.

   The y-axis provides the presentation linkbase. In the sample RR instances provided, standard link roles were used, so dynamic discovery (the case of US-GAAP filings) is not required.

   The x-axis provides two dimensions in two axes (Cartesian products of member possibilities, with non-occupied combinations elided, because only some make sense.)

   

   
3. A report on unused contexts in instance document (This is not fact reporting in the traditional sense, however it is required by US-GAAP, IFRS, and SBR-NL)

   

   

3.4 Global Ledger Reports

Requires an open axis for the rows to identify participating tuples from the GL instance that have the required contents, based on their location. Uses selectionAxis to identify these tuples.

1. A Global Ledger report of a trial balance (showing ending balance of XII website sample file BP_trial_balance.xml).

   

   
2. A Global Ledger report of assets (showing book and tax depreciations of XII website sample file BP_FixedAssetList.xml).