BINSERT
Use this to insert mined variables into a nominated block model.
Usage:
binsert [options] <block model> <input file> <var1> [<var2>...] [matching]
<> indicates a mandatory switch.
[ ] indicates an optional switch |
Where:
| Option |
Description |
| [options] |
The [options] for this executable are:
| -N |
Named variables are input as tokens like ore or waste. |
| -u |
Prints blocks that are not inserted. |
| -R |
Use relative co-ordinates. |
| -H |
Use block matching. |
|
| <block model> |
Refers to the block model that you want to write to. |
| <input file> |
Refers to the file that you want to import data from. |
| <var1> [<var2>...] |
Refers to the variable that will be used to contain the percentage mined. |
| [matching] |
The [matching] for this executable are:
| -v <variable> [value] |
Mask with variable. |
| -t <triangulation> |
Bounding triangulation. |
| -B <triangulation> |
Use a single bounding surface. |
| -Z |
Project down the Z-axis, i.e. select the blocks that fall below the nominated surface. If the -Z switch is omitted, then all blocks that fall above the nominated surface will be selected instead. Note: Â This switch can only be used when a single bounding surface has been specified. |
| -bm <xl, xt, yl, yt, zl, zt> |
Define the bounding extents using block model co-ordinates. When using this switch, you will need to specify the minimum and maximum X, Y and Z co-ordinates. |
| -bw <xl, xt, yl, yt, zl, zt> |
Define the bounding extents using real world co-ordinates. When using this switch, you will need to specify the minimum and maximum X, Y and Z co-ordinates. |
| -C <condition> |
Use conditional expression. |
|
