The algorithm is not limited to scalar values, such as the brightness of an image.

The main scalar types are string, int32, int64, float, double, bool.

All data types except complex repeating scalar data, such as a column of multivalued lists.

All data types except those containing complex repeating scalar data, such as a column of multivalued lists.

All data types except complex repeating scalar data, such as a column of multivalued lists.

In addition to the scalar data types, which were assigned to the template in the previous example, you can also assign compound data types, such as an associative array.

The merge fields are represented by { MERGEFIELD name } and will be populated with scalar data in the next step.

In the following example, we are going to assign scalar data types - in this case strings - to the template.

You can count fields of most data types, the exception being fields that contain complex, repeating scalar data, such as a field of multivalued lists.

For scalar data: critical points, integral lines, persistence diagrams, persistence curves, merge trees, contour trees, Morse-Smale complexes, topological simplification;

The following PHP 5 code illustrates PDF generation, in which the merge fields software, licensee and company in the template template.docx [WEB [46.7 KB] are populated with scalar data in PHP.

Only scalar data (boolean, integer, float and string) can be contained in constants prior to PHP 5.6.

When using the const keyword, only scalar data (boolean, integer, float and string) can be contained in constants prior to PHP 5.6.

You can use the btree_gist extension to define exclusion constraints on plain scalar data types, which can then be combined with range exclusions for maximum flexibility.

For example, you can run a Count function against any type of field except one containing complex, repeating scalar data, such as a field of multivalued lists.