morph3dlinks

An internal helper function to compute voxel neighbours in orthogonal 3D space and to return the information in data frame format back to morph3d(), the function that calls this function.

 manip 

Automatically segments a 3D array of voxels into mutually exclusive morphological elements. This package extends existing work for segmenting 2D binary raster data. A paper documenting this approach has been accepted for publication in the journal Landscape Ecology. Detailed references will be updated here once those are known.

Tarmo K Remmel

morph

3D Segmentation of Voxels into Morphologic Classes

Tarmo K. Remmel

morph3dlinks function

<dl> <dt>VOLOBJ</dt>
<dd>This is a 3D array that is larger in all dimensions, within which the actual data array is inset. This ensures that outer margins will be properly processed.</dd> <dt>VOXELIDS</dt>
<dd>This is a 3D array of the unique voxel IDS, which are used to track individual voxels and their connectivity.</dd> <dt>VERBOSE</dt>
<dd>This is a Boolean flag for turning on | off additional feedback during processing.</dd></dl>

Arguments

Author

An internal function that computes the spatial neighbours for voxels. It is an internal function called by morph3d() and not intended to be called on its own. — morph3dlinks

<dl>

 <dt>VOLOBJ</dt>
<dd>This is a 3D array that is larger in all dimensions, within which the actual data array is inset. This ensures that outer margins will be properly processed.</dd>

 <dt>VOXELIDS</dt>
<dd>This is a 3D array of the unique voxel IDS, which are used to track individual voxels and their connectivity.</dd>

 <dt>VERBOSE</dt>
<dd>This is a Boolean flag for turning on | off additional feedback during processing.</dd>

</dl>

An internal function that computes the spatial neighbours for voxels. It is an internal function called by morph3d() and not intended to be called on its own.

morph3dlinks: An internal function that computes the spatial neighbours for voxels. It is an internal function called by morph3d() and not intended to be called on its own.

Description

Usage

Value

Arguments

Author

Details

References

See Also

Examples