SURPAC INPUT DATA HOW TO
SURPAC INPUT DATA SOFTWARE

SURPAC INPUT DATA SOFTWARE

His resource estimation and mining software skills are extensive and cover Datamine, Surpac and other specialised geostatistical software. A geologist with a focus on understanding of geology and using this understanding to guide resource estimation, he has worked in establishing systems and processes and in mentoring teams of people. Kahan has, over his 29 year career, worked in underground and open-pit production, all facets of exploration, resource and project development, estimation, and geological management. Kahan Cervoj BAppSci (Geology), Post Graduate Certificate (Geostatistics), MAusIMM, MGSA You will need to bring your laptop and Surpac dongle to the training.Д¬ategory: Uncategorized Course information Presenter

SURPAC INPUT DATA HOW TO

Appreciate the key criteria for resource classification, and how to use Surpac to assign resource categories.

Learn the many ways to validate a resource model using Surpac.

Use Surpac to perform several different types of estimations.

Understand how to use SurpacвЂ™s variogram maps to define anisotropy ellipsoid parameters.

Use Surpac to identify and perform topcuts.

Learn how to report and analyse statistical properties of a data set with Surpac.

Understand how to create composites from raw sample data in Surpac within a domain.

Learn how to use Surpac to create and validate geological domains.

Understand the workflow required to create, validate, and classify a resource in Surpac.

Reconciliation вЂ“ using Surpac to validate a resource model against grade control data.

Risk and uncertainty вЂ“ understanding the basics of simulation, and when it is useful.

Classification and reporting вЂ“ understanding the Codes, using Surpac to assess and assign classification categories.

Post-processing вЂ“ understanding change of support and recoverable resources.

Validation вЂ“ using Surpac to validate a model against input data.

Estimation вЂ“ understanding different techniques, using Surpac to perform estimates, optimising estimation metrics (e.g.

Continuity вЂ“ understanding and modelling variograms, using variogram maps to develop anisotropy ellipsoid parameters.

Statistics вЂ“ understanding and reporting statistical parameters, topcutting.

Data preparation вЂ“ compositing within domains, validating composites.

Geology and Domaining вЂ“ geology of a real-life data set, basic wireframing techniques and validation, assigning domain codes to drillholes.

Data quality вЂ“ using Surpac to perform validation checks on input data.

Introduction вЂ“ flow of tasks, key Surpac concepts.

This course has been drawn from industry best practice and twenty years of estimation experience with Surpac. These concepts are reinforced through a large number of practical activities, all of which involve using Surpac on a real-life data set.

You will learn the key concepts related to the processes from data collection and quality assurance through to classification. Tap Accept.This practical 4-day course uses a real-life data set to cover the resource evaluation cycle and its requirements. Select the display transformation from the list. To select an existing display transformation, select Select transformation.Tap Next and complete the required steps. To create a new display transformation, select Create new transformation.If you select this option and you later decide to assign an input transformation to this file, you must unlink and then relink the file. To assign the transformation later, select Not applied, this will be defined later. If the points in the file are Grid (local) points, select the transformation to use to transform them to grid points:.Select Grid points or Grid (local) points. If the Advanced geodetic check box is enabled in the Cogo settings screen, and you select a CSV or TXT file, you must specify the Coordinate type of the points in the file.Store another to store the imported points and keep all existing points of the same name.Ignore to ignore the imported points of the same name so that they are not imported.Overwrite to store the imported points and delete all existing points of the same name.In the Duplicate point action field, select the action the software should take if the file contains points of the same name as existing points in the job. If the file contains null elevations, enter the Null elevation value.

Use the Point name, Point code, Northing, Easting and Elevation fields to map each field to the appropriate field in the file.

If the selected file is a comma delimited CSV or TXT file:.

To import points as control points, select the Import points as control check box.

Enter the File name or tap to select the file.

To create a job from a DCВ or JobXML file, see To create a local job. The options are CSV or TXT formats, or Surpac files. Select the File format of the file you are importing.

In the Jobs screen, select the job to import data to.

Surpac input data