Options

Use the Options tab to specify how the structure will be flattened and where the results of the process will be stored. A number of options are provided which allow you to: 

• Flatten to a constant thickness or the top or the base of the structure, with or without sub-blocking
• Flatten to a centre line with or without sub-blocking
• Flatten to a centre line with conversion to a seam block model
• Flatten (ignore or blank) data points that fall outside the area of the block model

Flatten Relative To

Specify whether the folded structure will be flattened relative to the top or base of the structure, or using a centre line. Your choice will depend upon the relative flatness of each part of the structure and will therefore determine the degree of flattening.

Convert to Seam Block Model

If you have selected the Centreline option, the results of the flattening process can be used to Convert to a Seam Block Model.

Make Constant Thickness

Select this option of you want to apply a constant thickness to the flattened structure.

Keep Model Grid (Z direction)

Select this option of you want to keep the original block definitions in the Z direction.

Sub-block to minimum Block size

Select this option if you want to sub-block the flattened block model based upon the minimum block size in the East and North directions.

Samples Outside Block Model

Select an option to Flatten, Ignore, or Make Null (Blank) the data points outside the area of the block model. Flattened coordinates for points outside the block model are calculated as an approximation using the Inverse Distance Weighting algorithm with the common power of 2.

Flatten	- The flattened Z values of the points outside the block model are written to the Flattened Z field in the output files.
Ignore	- The current Z values of the points outside the block model are written to the Flattened Z field in the output files.
Blank	- Blank values are written to the Flattened Z field in the output files.

Flatten to Arbitrary Plane Angle

Optionally enter Dip and Dip Direction values to define an arbitrary flattening plane.

Output

Use the Output tab to specify the output files and the coordinate fields that will be written to as a result of the process.