Block Model Properties

The name of the block model object generated by Dynamic Modelling.

The latest status of the object, which can either be:

• Succeeded

• Succeeded with warnings

• Waiting

• Failed

For more information on task statuses, see Process the Workflow.

The label used to identify the data object associated with the task in a macro.

You can edit this value to match the expected IN value of your automation macro. See Integrate Modelling Macros.

If checked, the workflow item is processed when the workflow is processed. 

If unchecked, the task item is ignored during workflow processing.

If checked, the task item is locked during processing.

If unchecked, the task item is processed as expected during processing (depending on whether it is enabled or not - see above).

See Process the Workflow.

An internal identifier representing the data object associated with the task. Read-only.

When creating the block model, you can opt to split cells into subcells where wireframe data intersects a parent model cell. This property is used to define the maximum level of splitting. Splitting can provide a more accurate representation of block model domain value boundaries.

You have the following options:

• No splits - user defined split

  The degree of splitting is controlled by the subcelling parameters below which

  For example with this option, if Subcells in X=2, Subcells in Y=4 then 2 subcells are created in X and 4 in Y.

  Note: With this option, Reference dip is ignored.

• 1 split - up to 2 x 2 subcells

  Split boundary cells by subdividing them once only in the XY plane.

• 2 splits - up to 4 x 4 subcells

  Split parent cells up to twice to honour boundaries.

• 3 splits - up to 8 x 8 subcells

  Allow up to 3 subdivisions of a parent cell.

Tip: You can also configure splitting for each block model domain value independently. See Block Model Domain Properties.

Note: Cell generation in relation to wireframe data is performed automatically using the TRIFIL process. Follow this link for more information on splitting, subcelling and other filling options.

Specify the number of subcells to be created in the two directions defined by the Reference plane parameter (see below).

See TRIFIL Process for examples of splitting and reference plane and dip settings.

Tip: You can also configure subcelling for each block model domain value independently. See Block Model Domain Properties.

The size of the subcell in the direction perpendicular to the plane defined by the Reference plane setting (see below).  

If greater than zero then the cell size is rounded to the nearest parent cell size divided by the resolution parameter. For example, if the parent cell size in Z (ZINC) is 20 and Z Resolution is 5, the split cell size is rounded to the nearest 4 meters.

See TRIFIL Process for more information on the resolution parameter (RESOL).

Tip: You can also configure the Z resolution for each block model domain value independently. See Block Model Domain Properties.

Set an angle (in degrees) to ensure there can be little or no splitting where the surface is approximately horizontal but increased splitting as the dip of the wireframe increases. For each parent cell that is intersected by a triangle, the maximum dip of all triangles intersecting or adjacent to the parent cell is calculated.

See TRIFIL Process for more information.

Tip: You can also configure the reference dip for each block model domain value independently. See Block Model Domain Properties.

The plane used for subcell splitting. By default, this is the horizontal (XY) plane but you can set it to XZ or YX.

Tip: You can also configure the reference plane for each block model domain value independently. See Block Model Domain Properties.