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• #SURPAC BLOCK MODELING BY BENCH UPDATE#

Select segment to identify: Material Code. Step 8: Ore Blocks Material Identification Pit Bench Blast Pattern Check string file for dilution.rk-p15-b-249-hg-1 (double click on the block you wish to label) (pointdisplay attribute to display information Step 9: Save CSV File for surveyors 01-in Click on diluted ore block and copy str file Then rename that file to csv file Export and Save to DFX file D1 = Tonnage D2 = Au D3 = Dil_Au D10= block id (D6) SOP: Creating Maps On Surpac by JPrimo. Step 6: Ore Blocks Calculate Tonnage and Grade Pit Bench Blast Pattern (hard rock or saprolite) (go into packet outline: make sure file str is correct) Bench Parameters (height) Step 7: Ore Block Dilution Factor Pit Bench Blast Pattern (go into packet outline: make sure file str is correct) The string file pit-bench-blast-packets_diluted.str is automatically save Note: if block was created with the wrong string go torenumber string and click on block SOP: Creating Maps On Surpac by JPrimo. b-240) (click hard rock or Saprolite) Extracted Assays Fill Blast Block Model Fill Packet Outlines Fill 1600Geovia Surpac Aurora Eng Blast Outline eng 01_blasting blast pit bench number str file blast number_outline Step 5: Create Digitize New Point (then connect the lines to form a polygon with “0”) Display Hide Temporary Markers File Save String DTM (file name enterocahp70 then give your file a name) Save as Pit_Bench_Blast_Packets File name from that blast and click apply.

High Grade Choose string number for specific blocks Red  30 Medium Grade Blue 20 Green10 No dig  99 Low Grade Blast Outline SOP: Creating Maps On Surpac by JPrimo. Step 4: Ore blocks Packet Interpretation Pit Name Bench Blast Pattern (e.g. Step 3: A: Block model Blast Outline (eng-01blasting-blast-blast number-boundary-str) Pit Bench Blast Pattern OR B: Block model Blast Outline (eng->01blasting->blast->pit->pit bench->blast number outline- >str) Pit Bench Blast Pattern Interpolation blast block model YES Extracted assay: oc/rk/p5/rk-p15-assays. Str Block Model Estimation Parameters “Apply” Ore control block model block models pit name click on file “No” and “Apply” SOP: Creating Maps On Surpac by JPrimo. Imputing drill info and assays on master sheet 2.

#SURPAC BLOCK MODELING BY BENCH UPDATE#

Copy update and create CSV file and save in Surpac Imports Uploading data into Surpac (CSV files): Preparing Ore Blocks: Aurora as work directory Blastholes Report Blast actual for Rk.ddb) CSV file for import Pit Name Surpac Imports CSV file Step 2: Blastholes Extract Assays  Blastholes Database Pit Bench Elevation Note: Always check the plane before creating map Create an outline on right bench then interpolate it if need SOP: Creating Maps On Surpac by JPrimo. Mk or Ah Default Aurora Step 1: Blastholes Import Data  Blasthole Database (blast_actuals_AH.USING SURPAC Computer Engineering 1600 Geovia Surpac Aurora Blastholes Raw Data Pit Name 1. Merge the assays and survey info to master sheet 3. 17 SOP: Creating Maps On Surpac by JPrimo. 5 Ore Blocks Calculate Tonnage and Grade.16 Create a contour map.