Welcome to our in-depth tutorial on Ore Modelling in Surpac Software! In this step-by-step guide, we'll walk you through creating accurate and detailed ore models using Surpac. Whether you're new to the software or looking to refine your skills, this video has something for everyone.
🔹 Chapters:
0:00 Introduction
#part1 :
0:38 Profile, Geology, Database
0:57 Set the Folder as Work Directory
1:06 Drag your Database to Screen
1:18 Drag the Str file to the Screen
1:54 Saving Your Work
3:07 Display Our Drill holes
3:50 Zoom to Data Extent
3:58 Go to Sections
4:43 End Section mode
4:53 Zoom to Data Extent
4:57 Go to Sections, Define, Define Slicing Plane Width
5:20 Click and Drag to Define the Cutting Plane
6:06 Go to Sections, Digitize Segment Grade
6:22 A-Database
6:29 B-Composite Method
6:32 Length Weighted
6:54 Area Weighted
6:17 C-Minimum % Of Sample to be include
7:41 Examples 75% Possibility of errors
10:20 D-table
10:47 Dilute
10:58 D- field
11:16 Select the Segment of Interest
11:25 Display Results in the Massage Window
12:02 Digitize Segment Grade
12:10 Area Weighted
12:23 Difference between Area Weighted & Length Weighted
13:03 Clear Window
13:38 View the Results of Description D1
13:14 Digitize Segment Grade
13:58 Inquire, Point Properties
14:06 Select the Point Of Interest
14:49 Clockwise
15:24 A- Hide all Drill holes
15:15 Check if a Segment is Clockwise or Anti-Clockwise
15:24 Hide Drill holes
15:44 Inquire
15:54 Select the Point of interest Check Segment 1
16:37 Check Segment 2
17:30 if Segment is Anti-Clockwise
18:04 File Tools, Change string Direction
18:47 Make String Clockwise
19:12 Exit Graphic
19:22 Drag Ore.model.str
19:37 Inquire, Segment Properties, make sure all Segment status in Clockwise Direction
#part2 :
20:18 Geological Since
21:43 Go to Solid
22:10 Solid, Triangulate, Extrude & Triangulate Segment
23:17 Edit, Undo arrow
23:35 Bring back the Function on Graphic Window
23:43 Last Segment to be Extruded
24:27 Solid, Edit, Trisolation, Delete
25:11 Delete Segment inside
25:24 Additional Segment
25:47 Number of Segments
26:45 Type SF
#part3 :
27:47 Clean Our Strings
28:05 Edit, String, Clean
28:17 Clean String
28:27 Function: Cross-Over
29:24 Free toolbar, Delete
29:35 Hide temporary markers
29:50 Function: Duplicate point
30:41 Function: Spikes
31:55 Save my File
32:45 Exit Graphics
32:53 Drag Ore.model.str to Display Screen
#part4 :
33:14 Focus on Solid Menu
33:25 Solid, Triangulate, Between Segments
33:43 Between Segments, What does this function mean?
34:00 Define the trisolation to be Created
35:12 Select a point on the next segment to be triangulated
35:53 Rotate your Model
36:47 Recent Command, Bring back your function
38:23 Close the Edge of Our Solid
39:10 Display our Drill holes
40:51 Toolbar, Scale & Transparency
41:43 Be sure everything in our solid model is OK
41:51 Solid, Validation object & Trisolation
43:08 Solid Report
43:38 Safe Work from SF
44:24 Drag Ore.model.dtm
45:17 Quote
45:22 Outro
🔍 What You'll Learn:
-How to set up your project and import geological data
-Techniques for defining ore boundaries and zones
-Step-by-step instructions for creating and refining ore models
-Best practices for ensuring model accuracy and consistency
-Tips and tricks to streamline your workflow in Surpac
🔹 Who is This For?
This tutorial is perfect for #geologists, #mining engineers, #GIS specialists, and anyone involved in geological modelling and mineral resource estimation. By the end of this video, you'll have a solid understanding of ore modelling in Surpac and be ready to apply these skills in your projects.
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🔹 Resources:
-Download Samples Excel Files.
-Surpac User Manual
-Additional Tutorials
🔹 If you find this tutorial helpful, please give it a thumbs up and #subscribe to our channel for more Surpac tutorials and geological insights. Feel free to leave any questions or comments below—we're here to help!
#OreModelling
#surpac
#geology
#miningsoftware
#ResourceEstimation
#education
#mining
#exploration
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Ore Modelling in Surpac Software | Step-by-Step
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