RU 🇷🇺
...
| Table of Contents |
|---|
Overview
...
Drilling Block Hacking | Mining Block Hacking | |
|---|---|---|
Parcel | Drill Hole Types setup step  | Rapid Reserver > Block Model setup step  Known Mining Parcels setup step  |
Fields | Drilling Fields setup step  | Mining Fields setup step  |
...
5. Make sure you don't override correct values with wrong ones and proceed to the next step. Overwritten data will be displayed in black.
...
Раздел документации на русском языке 🇷🇺.
...
Error Messages
| Note |
|---|
Note that each block must have values for Volume, Dry Tonnes and Wet Tonnes (or 0 for all of them), otherwise you will get an error message as below and won’t be able to proceed with your project setup. |
“The block/parcel (<Reserves/…….>) must have values for volume, dry tonnes, and wet tonnes, or 0s in each.”
Double click on the error message to display the whole list of affected blocks/parcels.
Review the data, you may find that some blocks have volume but no tonnes, or vice versa.
Check the blocks affected in Rapid Reserver:
Navigate to Rapid Reserver > Designer tab > select the block from ATS Block Hacking error message description > check its tonnes and volume in the Reserves tab at the bottom of the screen > most likely you will see the same missing values.
Some blocks can be outside of the Block Model coverage > make sure you are using Block Model Gap Filling function, where default densities (this is essential) and tonnes are assigned (enable “Fill Block Model Gaps' in the Settings step).
If Block Model Gap Filling is used correctly, but the error message in ATS Block Hacking persists, check your Reserves mappings in the Block Model step > Reservable Model Generator.
Change the volume and tonnes expressions to exclude blocks with Zero density, ie:
volume = N("density") > 0 ? N("size (X)")*N("size(Y)")*N("size(Z)") : 0, or N("size (X)")*N("size(Y)")*N("size(Z)");
tonnes = N("density") > 0 ? N("size (X)")*N("size(Y)")*N("size(Z)")*N("density") : 0, or N("density") > 0 ? N("size (X)")*N("size(Y)")*N("size(Z)")*N("density") : N("size (X)")*N("size(Y)")*N("size(Z)")*2.5 (density).
Regenerate your Reserves Model and review the changes.