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| Table of Contents |
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Overview
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Option | Description |
|---|---|
Current View | A stage plan will be generated for the period currently selected in the record transaction table. |
Initial State | A stage plan will be generated based on the initial state of the imported solids. |
End of Period | A stage plan will be generated based on the state of the solids at the end of defined period. |
Export Stage Plan Settings
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In the Block Records panel, flag the levels of pits and dumps to be included in the export.
Fill in other settings as described in the table below.
Settings | Description |
|---|---|
Surfaces | |
Topo | Specified Topo surface will be stitched into the stage plan. |
Pit Designs | Specified Pit Design surface will be stitched into the stage plan. |
Dump Designs | Specified Dump Design surface will be stitched into the stage plan. |
Options | |
Clip Blocks by Design | Clips any blocks that extend below the pit design or above the dump design. |
Grid Constraints | ‘Full Extents’ includes all data in the stage plan. ‘Blocks’ limits the data in the stage plan to only selected Blocks. |
Grid Resolution | Grid size of the resulting stage plan. Smaller grid size will give a more detailed surface at the price of processing time and file size. |
Surface Morphing | |
Surface | Survey surface which contains the current face positions. |
Method | |
Vertical | Material from the Schedule Solid will be depleted vertically and repositioned in the void that exists between the Production Surface and Schedule Solid. This method honors the volume of the void and the volume filling it. Once the void has been filled, any excess material will occupy the foot print of the original solid but at a reduced height.   |
Horizontal | Material from the Schedule Solid will be depleted horizontally and repositioned in the void that exists between the Production Surface and Schedule Solid. Material will fill the void in the opposite direction as the solid is being depleted. This method honors the volume of the void and the volume filling into it. Once the void has been filled, any excess material will be left at its original height but occupy a reduced foot print of the original solid.   |
Forced | Material from the Schedule Solid will be repositioned in the void that exists between the Production Surface and Schedule Solid. This method does not honor the volume of the void and the volume of material going into it. Once the void has been filled, any excess material will be thrown away.  |
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