JpMeshCodeReplacer

Replaces geometry of input feature with a rectangular polygon or a point which represents the location of Japanese standard mesh code stored in an attribute.

This transformer determines mesh type automatically based on format of the mesh code.

The mesh type (a number) will be stored in an attribute whose name was specified to the "Mesh Type Attribute" parameter.

Mesh Type | Description | Mesh Code Format

1 | Primary Standard Mesh | AABB

2 | Secondary Standard Mesh | AABB<delim>CD

3 | Tertiary Standard Mesh | AABB<delim>CD<delim>EF

4 | 1/2 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G

5 | 1/4 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G<delim>H

6 | 1/8 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>G<delim>H<delim>I

10 | 1/10 Subdivided Mesh | AABB<delim>CD<delim>EF<delim>XY or AABB<delim>CD<delim>EF<delim>X<delim>Y

By default, the transformer replaces a 10 digits mesh code with a 1/4 subdivided mesh. It will be replaced with a 1/10 subdivided mesh only if you set "Yes" to the "10 Digits Code to 1/10 Subdivided Mesh" parameter.

The mesh code string can contain delimiter strings (e.g. "54382345", "5438 23 45", "5438-23-45-1-2-3"), but any delimiter must not contain digits.

If format of the mesh code is invalid, the feature will be output from the <Rejected> port.

Note: Unavoidable slight computational errors caused by calculation for floating point numbers may occur in the resulting coordinate values. Consider applying the CoordinateRounder or something similar operations to absorb such errors if necessary.