Command and Processes Table - M
These tables list all commands and processes available in all Datamine Studio products. If your product has access to a command or process, the link on the left of the table displays a help file. If no link appears, the function isn't available in your product.
Symbols used in this table:
A green tick indicates that the module is part of the core system licensing for the specified product - no additional module is required.
X A red cross indicates the module is not part of the listed system and any commands held within it cannot be run (a separate product will be required).
� A blue diamond indicates the module is an optional extra for the specified system.
Note: For an explanation of the terms 'command', 'process' and 'macro command', see Command Table Introduction.
For Macro commands, see here.
Commands - M
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Creates a DTM from the currently selected object. |
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Merge the current strings object's selected string segments which have coincident end points. |
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Merge the current strings object's selected string segments which have coincident end points, whilst maintaining string edge attributes |
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Copy/merge all selected points into the current strings object. |
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Copy/merge all selected strings into the current strings object. |
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Copy/merge all selected wireframe data into the current wireframe object. |
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Computes the optimal size, shape and location of stopes for an underground mine using an input block model which contains grades or values |
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Mine face or tonnage zone. |
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Import a Minescape Stratmodel and convert it to a Studio model ENABLE AFTER RM 2.1 |
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Mine a face to achieve a specified target tonnage. . |
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Draws a mirror image of a string or multiple strings, reflected about a defined mirror plane. |
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The Model Faults tool is used to automatically generate fault wireframes from loaded fault trace data. |
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Generate a block model from multiple wireframes using optional control perimeters files and control parameters. |
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Show/Hide all block model objects data. |
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Hide all displayed block model data. |
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Show all displayed block model data. |
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Toggles automatic cell model display with current wireframe. |
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Move a drillhole. |
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Move a row of drillholes created with the blast-layout command. |
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Move or rotate any visible channel sample in either the Map or 3D world view. |
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Moves the current section plane towards the camera by a distance equal to the current section width (for Design View Plane, Default Section and user defined sections). |
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Moves the current section plane towards the camera by a distance equal to the current section width (for Design View Plane, Default Section and user defined sections). |
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For modifying the toe position of a selected drillhole using the mouse. |
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Activate the next section definition of a loaded section definition table. |
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Moves the current view plane or section a specified distance. |
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This command allows you to move the current view plane backward (out of the screen). |
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Moves the current view plane forward. |
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Interactively move string points based on their proximity to the cursor position. |
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Interactively move points and string points. |
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Activate the previous section definition of a loaded section definition table. |
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Moves a selected string interactively. |
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Moves a selected string segment, redrawing the adjacent segments to accommodate the new location of the segment. |
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Interactive rotation, scaling or moving of selected strings. Strings must be selected prior to running this command. |
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Project string data to the view plane without retaining the original string data. |
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Interactive command for moving wireframe data. |
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Interactively move points in a wireframe. |
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Repetitively mine a face or tonnage zone for a set number of periods. |
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Splits a wireframe into several parts using parallel planes, a set distance apart. |
Processes - M
Process Name |
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Description |
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MAKEDTM generates a DTM file from points data, which is optionally subdivided or constrained |
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Multivariate analysis of variance for an unbalanced and balanced design. |
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MDTRAN creates a new block model on a different prototype and coordinate system to an existing block model. |
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Sorts any file into ascending (or optionally descending) order of keyfields. |
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The MIKEST process uses the Indicator Estimation (IE) method to estimate grades into a block model |
Process Help |
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Convert Multiple Indicator Kriging (MIK) output created by ESTIMA or INDEST to individual subcells for each grade range. |
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Creates LG 'Additional Arcs' for mining width. |
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The MINPER process is used to modify a set of mining design perimeters automatically, according to production scheduling data. |
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Composites drillhole data into ore and waste intervals that satisfy the specified mining width criteria. |
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This process allows the user to investigate the relationship between mining parameters (bench height, minimum advance distance, minimum mining width) and the composition of each mining volume or zone. |
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Create mining blocks, reserves and dependencies to be used for scheduling directly from a block model |
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MOD2XYZ will assign field values from a block model to any file containing XYZ coordinate fields. |
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The MODCONF process is part of the Conditional Simulation module, and calculates the confidence of the tonnage and grade resource estimates of a block model. |
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The MODENV process analyses a block model and flags those blocks that when taken individually or with adjacent blocks satisfy the grade or economic value criteria within a volume defined by the minimum mining unit (MMU) dimensions. |
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Evaluates an ore body model through one or more sets of perimeters defining an open pit, using full or partial block evaluation, and writes an output file of results. |
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Splits a Datamine cell/subcell model using an input wireframe to create a new model that is constrained by the wireframe. |
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This process creates a regular grid of trace lines through a model. |
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Convert the visible faces of a sub-cell block model to wireframe surfaces. |
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Creates random numbers. |
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Update a model containing ore and waste categories into a model suitable for strategic planning, using Mineable Shape Optimizer (MSO) output wireframes. |