Oasis montaj & Leapfrog Geo: interoperability workflows (Remote Roundup 2021)

Come see data exchange workflows and how to collaborate and share your Geophysical and Geological modelling efforts.

Overview

Video Transcript

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(soft music)

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<v Geoff>Good morning and good afternoon</v>

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for everyone in attendance.

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Thank you very much for joining.

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Thank you for taking time out of your day

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and joining us for this presentation.

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Today we’re going to be looking at Interoperability Workflows

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between Oasis montaj and Leapfrog Geo

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enabled through Central.

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So just as a quick introduction,

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my name is Geoff Plastow and I’m a Senior Geophysicist

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here at Seequent,

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and I’m based in Vancouver, British Columbia.

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The majority of my professional experience

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is in mining exploration,

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but I’ve worked on several civil

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and an environmental projects

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using geophysics to map voids, groundwater,

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and contributions to earthquake hazard analysis.

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As you can imagine from the title of this presentation,

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we will be demonstrating some key workflows

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and how to effectively collaborate on geoscience projects.

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Today I’ll be working across three

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Seequent software applications,

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Leapfrog Geo, Oasis montaj and Central.

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For those in the audience who are also using Target,

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the same workflow is generally applicable.

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So before we jump into the software,

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I’m just going to provide you a quick introduction to Central.

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Central is a cloud-based data and model management solution

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that allows you and your team

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to work from a single source of truth.

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Through Central project stakeholders,

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whether you’re an active modeler,

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reviewing or third parties,

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such as consultants or JV partners,

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you’ll have access to the latest information

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and intelligence.

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This allows you to inform yourself on the next steps

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for your geoscience project.

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The key to Central is that it provides a means to work

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effectively and efficiently in a multidisciplined team.

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This way we can make a robust and holistic earth model.

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Central enables us to instantly communicate

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the latest results to our team.

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So how does Central actually work?

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Central is a cloud hosted solution hosted by Microsoft

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and administered by us.

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There’s three different access gateways that we can use

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to access information on Central.

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We have our desktop products,

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which you might be familiar with, Leapfrog Geo Works,

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Geothermal, Oasis montaj, Target and Growing.

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This allows us to download

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and publish models and data from Central.

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We can integrate meshes and grids

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and interact with the data room

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and we can receive and reply to comments

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from our colleagues.

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There’s also the Central browser,

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which is a desktop application.

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This is a communication platform.

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It allows us to actively engage with the modeling process,

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we can look at annotations,

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we can review and compare models,

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and we can explore a variety of objects.

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We’re going to be working at the Central browser today.

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And then we have the Central portal,

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which is a web application.

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We can receive and set real time notifications.

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We can download and publish data to the data room

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and we can manage our users

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to see who can access information in our projects.

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The workflow I’d like to demonstrate today

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is more or less summarized by this diagram.

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And it’s how Central can be used

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in an iterative modeling process.

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The data we’re looking at today

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is an early stage geological model

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developed in Leapfrog Geo.

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Here, we can take various types of spatial

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and numerical data,

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things like drilling, mapping, arsenic values.

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And we can develop an initial interpretation of our geology.

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These findings can be published

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and communicated through Central.

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Here, a geophysicist can interact with this data

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and export the required files or hypotheses

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and work with them in Oasis montaj

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and perform geophysical modeling.

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Then in turn publish these results back to Central.

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The idea here is rinse and repeat

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to develop an iterative

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and more communicative modeling process.

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So now, I’m going to jump into the software and do a live demo.

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So we’re going to begin our journey in the Central browser.

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On the left-hand side of the screen,

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you can see all of the Central servers

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that you have available to your organization.

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Now, these are connected to your Seequent ID.

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So when you sign in with your Seequent ID

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to the Central browser,

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you will automatically be authenticated to the servers

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and you’ll see what projects

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you have available to you as well.

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In this case, I’m going to be working

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on this Mt Palmer project.

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I can simply click on it to open the history of the project.

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On the left-hand side of the screen,

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we see a history of the product revisions,

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the project stage, who was published it and some comments.

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On the right-hand side of the screen,

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we can look at the revisions and we can see metadata.

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We can see the various objects inside of the model.

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We can see some of the metadata

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and comments that go along with it.

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We can click on some of the drilling information

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to see the number of colors, the drilling length,

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and some information about arsenic and gold

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that has been logged in those drill holes.

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We can also see an ongoing conversation

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between myself and my colleague, Stephen Donovan.

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So let’s take a look and I’m going to hover over

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and click on one of these thumbnails.

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And it’s going to open up the project in a seen view.

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As I mentioned earlier,

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this is an early stage exploration project.

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We’re looking for a banded iron formation,

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and we’ve also performed a small geophysical survey.

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And what we’re looking at now are the geophysical results.

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We see the areas of a high magnetic intensity

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in pink and red,

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and the areas of a low magnetic intensity in blue.

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So we’ve identified this structure

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and we’ve actually drilled it eight times.

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And my colleague, Stephen has come up with an addition,

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an initial hypothesis about some

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of the subsurface structure.

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The first hypothesis is that we have a fault

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and the banded iron formation is in this fault structure.

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My colleague Stephen has also indicated that

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he’s also modeled another potential hypothesis

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hypothesis, number two,

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that he’s modeled and anticline structure.

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Now, both of these models, geological models

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fit the drilling results.

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The reality is we’ve only drilled eight holes,

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so we don’t have a great understanding of the structure.

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Is it this dipping structure or is it this anticline model?

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And he’s asking me,

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“Hey Geoff, can you incorporate

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some of the geophysics here

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to perhaps guide some of our next steps

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in our drilling program?”

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So I can simply click reply here.

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And if I want, I can use the @ symbol

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and I can text even in a comment.

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I can say, yes, I’ll take a look

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or I can be a little bit more descriptive in my response.

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So Stephen will be notified

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that I’m now taking a look at his project.

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The first thing I’m going to do as a geophysicist

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is I’m going to look at the two,

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the two structural models that we can perform

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geo-physical modeling on.

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I’m going to right click

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and I’m going to simply export this model.

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I’m primarily interested in the banded iron formation

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that he has modeled.

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And I select this model and I select this

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as our anticline model.

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And I say export, and I’m just going to export it.

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And I can repeat this exact same process

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for our dipping fault model.

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So I can simply right click on it

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and export it as a Leapfrog model file.

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There’s a number of other formats that we can export as

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in this case,

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I’m comfortable using Leapfrog model file formats.

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So once I’ve exported these two, these two meshes,

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I’m going to jump into Oasis montaj.

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So here we are inside of Oasis montaj,

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I’m visualizing the magnetic data

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that we collected over the survey area,

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and what I’m going to do now

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is I’m going to import the two different

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geological hypotheses.

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First, I’m going to import our dipping plate model,

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and I’m just assigning a geographical projection to that.

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So here’s our dipping plate model,

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and next I’m going to import our anticline model.

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Now, if you haven’t used Oasis montaj before,

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Oasis montaj is a geoscience platform

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that allows you to integrate all types of geoscience data.

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In this case,

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we’re going to be working with geophysical data

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and we’re going to perform some geo-physical modeling

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to test these different hypothesis.

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We’re going to perform a geo-physical forward model

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of the anticline model.

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And then we’re going to perform a forward model

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of this dipping plate model.

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Now, what is the forward modeling process?

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Well, the forward modeling process

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is when we know what is in the ground.

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In this case, we know we have an anticline or dipping model.

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We have these two hypotheses,

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we assign a physical rock property to it,

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and then we calculate what the magnetic response looks like.

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So what we’re going to do is we’re going to calculate

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the forward response from both of these,

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and then compare it with our data.

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And we’re going to just make a qualitative assessment

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as to which one of these

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most matches the chief physical data.

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So I’ve already gone ahead and I’ve created a geo-physical

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modeling space inside of VOXI,

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and the extensive of this is our project area.

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The next thing I’m going to do is I’m going to add

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a starting model constraint.

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So I click create and build a model.

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I can, I’m going to start off with the dipping plate model.

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I’m going to select a starting model.

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The surface I’m going to use,

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I’m going to use the dipping plate first.

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When I do this again,

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I’m going to use the anticline surface.

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So outside of the area,

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I’m going to assign zero magnetic susceptibility.

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Inside of the dipping plate.

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I’m going to assign a magnetic susceptibility of one.

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We know this from drilling.

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We have some ideas of what some of the physical

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rock properties are.

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When I’m ready, I can click okay.

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And it will create a voxel or geo-physical block model

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that represents this dipping prism.

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If I want, I can use the clipping tool in Oasis montaj

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to see that it is in fact, the dipping plate.

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And once I’m ready,

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I can go ahead and run the forward model.

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To do that, I can just say, run forward model.

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The nice thing about VOXI is that it uses cloud computing.

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It uses Microsoft Azure to do these calculations.

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So the geophysical modeling process

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is quite computationally intensive.

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So by using the Cloud, we get the result much faster.

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And also it doesn’t use any of my computer resources.

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Now for the sake of this webinar,

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I’ve already done the forward calculation

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for both the dipping prism and the anticline model.

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So let’s take a look at both of these.

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This here is the forward calculated response

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of the anticline model.

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And on the right-hand side of the screen,

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I have the forward calculating response

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from the dipping prism.

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Now, if we compare this to our magnetic data

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that we acquired over the project area,

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we can simply make a qualitative assessment.

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Does our magnetic data look like the anticline model?

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Well, perhaps we have this broad structure and yes,

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it tapers a little bit to the south,

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but let’s compare our acquired magnetic data

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to the forward calculated response from the dipping prism.

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Again, we see this broad magnetic response tapering.

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Yes, we see some of the highs where we have our highs.

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So from a qualitative point of view,

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we can make an initial assessment and say,

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geophysically physically speaking

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this dipping prism seems to be more geophysically

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plausible at this stage.

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So that’s great.

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We’ve already done a forward calculation

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and we’re leaning towards one of the hypotheses

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and we can perhaps make some decisions

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about how we want to do our next stages of drilling.

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So to continue on this process,

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we can now perform a geophysical inversion.

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So the inversion is the inverse process

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of the forward calculation.

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This means we’re going to take our geophysical data

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and we are going to produce a block model or a voxel

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of physical rock properties.

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So we are going to move forward with this dipping prism.

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And instead of running a forward model,

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I’m going to run an inversion.

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And again, this data is uploaded to the cloud.

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The calculations will happen in the cloud,

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so my computer is free and it’s not being bogged down

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by numerical computations and calculations.

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Now, again, for the sake of this webinar,

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I’ve gone ahead and performed the inversion

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and I’ve produced several sections

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through this geophysical inversion.

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And we also have a voxel which represents the distribution

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of magnetic susceptibility in the subsurface.

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This is great.

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Now, how can I share these results with my colleague?

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How can I share these back with Stephen?

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Well, there’s a few ways we can do this,

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in the data services menu

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we can simply upload these results to Central.

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The first thing I’m doing is I’m just ensuring I’m connected

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to the correct Central server.

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I’m going to select the project

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that I want to upload my data to.

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We have the option of uploading our data as OMF,

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OMF is an acronym that stands for Open Mining Format.

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This is an open file exchange format

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that is not directly linked to Seequent software.

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It is an open format that can be digested by many software

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applications and allows you to transfer your data freely.

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So I’m going to select my constraints, susceptibility voxel,

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and I’m going to upload it as an OMF format.

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I can click okay.

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And the export and upload process will start.

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This may take a second,

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depending on my internet connection speed.

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So now it’s uploading this result to the Central server

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and it has been uploaded.

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Now I’ve also created some section grids.

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If I want, I can simply go back to the data services menu,

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or I can select these grids from the Project Explorer.

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I can say, right click on the grid I want

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and say upload to Central.

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So here I can upload my individual grids,

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I can select multiple grids if I want.

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Here I’ve created three section grids,

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and I’m going to say, okay,

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and again, these are going to upload to our Central project.

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So what I’m going to do now,

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while this is just finishing uploading,

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I’m going to jump into Leapfrog Geo.

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So here we are at Leapfrog Geo.

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We have our magnetic survey results,

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and we can go ahead and now begin to import these results,

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these geophysical inversion results into Leapfrog Geo.

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So I could go to the geophysical data folder, right click,

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and we have two options.

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We can import the grid as a standalone file

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in case it just lives on your hard drive.

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In this case, I’m going to import these 2D grids from Central.

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I’m going to select my Central project.

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I can see all of the branches and the geophysical data

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that’s already been downloaded.

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If I jump into files into the data room,

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I can see that these are the files that we’ve updated.

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So I can select these grids and say, import.

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This process may just take a second,

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depending on your internet connection speed.

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But once the download is finished, the grid is available

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and can be dragged into your model space.

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What’s really great is that the greatest, correctly oriented

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it’s correctly geo-referenced,

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and the color distribution that I used in Oasis montaj

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is transferred to Central

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and then down into Leapfrog Geo.

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So we don’t have to worry about any discrepancies

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about the way things look and feel.

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Now, what about the geophysical block model,

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the voxel we created.

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Again, if I want I can import the OMF as a direct file

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from my hard drive,

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or I can import it from Central.

[00:18:21.970]
Again, I’m going to pick the project I want,

[00:18:24.930]
I’m going to select the OMF file of interest,

[00:18:30.040]
going to import this.

[00:18:34.760]
Again, this is just processing

[00:18:36.950]
and again, I can just drag it into my model space.

[00:18:41.200]
Now, one of the first things that we see is yes,

[00:18:43.620]
perhaps the color distribution of the OMF file

[00:18:46.230]
did not carry over.

[00:18:47.740]
Well, a quick work around for that is we can take our grid,

[00:18:52.270]
our grid object,

[00:18:53.860]
and we can just export the color map for this.

[00:18:58.760]
So I’m going to call this the magnetic susceptibility

[00:19:01.380]
color map.

[00:19:03.110]
And once that has been created,

[00:19:05.510]
we can go ahead and import this, import this color map

[00:19:12.590]
from the gridded section,

[00:19:17.050]
and then we can now apply it to our voxel data.

[00:19:21.645]
And what’s great is now we have our geophysical data,

[00:19:24.220]
our sections, and our geophysical volumes,

[00:19:27.000]
physical rock properties inside of Leapfrog Geo.

[00:19:29.710]
And we can continue to iterate on this modeling cycle.

[00:19:33.400]
We can now continue to integrate this

[00:19:35.073]
into our geological model

[00:19:36.670]
and perhaps make decisions about how we do our drilling.

[00:19:44.530]
So just jumping back into PowerPoint,

[00:19:47.410]
I just wanted to reiterate that we can use Central,

[00:19:52.640]
Leapfrog Geo and Oasis montaj and Target

[00:19:55.720]
in an iterative, collaborative, modeling process.

[00:19:58.860]
We can use it as a communication tool to effectively share,

[00:20:02.210]
track and collaborate our changes

[00:20:03.870]
through the modeling process.

[00:20:06.010]
So you can see how the next set of drilling results again,

[00:20:09.610]
we can insert these into the feedback,

[00:20:12.370]
recalculated geo-physical model,

[00:20:15.050]
and then provide that back to the geoscience team.

[00:20:20.780]
So this concludes my demonstration and presentation

[00:20:23.930]
this morning.

[00:20:25.480]
If we have…

[00:20:26.313]
We have a few minutes for any questions that you might have.

[00:20:34.050]
<v Stephen>Yeah, hi.</v>

[00:20:35.280]
My name’s Stephen Donovan as well,

[00:20:36.460]
so I’m going to be helping Jeff with the questions.

[00:20:38.890]
If you have anything, please enter that into the chat now,

[00:20:42.190]
and we’ll be happy to feel both.

[00:20:47.690]
We did have one question here around supported file types.

[00:20:52.090]
Can you speak to what kind of data you can transfer

[00:20:55.310]
between Oasis and Leapfrog, Geoff?

[00:20:58.600]
<v Geoff>Yeah, that’s a really good question, Stephen.</v>

[00:21:01.940]
So I mentioned Oasis montaj and Target itself.

[00:21:04.890]
I can work with them for such a wide variety of data sets.

[00:21:08.170]
In this example, I used geophysical data

[00:21:11.370]
and I did some geophysical modeling,

[00:21:13.180]
but this whole process could be done with geochemical data

[00:21:16.550]
or even surficial soil sampling, XRF data, solidity levels,

[00:21:21.940]
resistivity data.

[00:21:22.773]
So there’s really no limitation on numerical data

[00:21:27.670]
that can be shared through Central

[00:21:31.060]
and then integrated into a Leapfrog project.

[00:21:36.950]
<v Stephen>Great, and then what about licensing costs?</v>

[00:21:40.360]
Are there any license costs

[00:21:42.570]
associated with connecting Oasis montaj to Central?

[00:21:48.620]
<v Geoff>That’s a good question.</v>

[00:21:49.640]
So at this time,

[00:21:50.970]
if your organization has a Central server,

[00:21:53.910]
there is no associated cost with connecting Oasis montaj

[00:21:57.330]
or Target to that server.

[00:22:00.350]
And that will allow you to access that information

[00:22:03.110]
in the exact same way that you saw today.

[00:22:05.270]
I can publish models,

[00:22:06.410]
I can use the Central browser to view and export

[00:22:09.500]
models and meshes,

[00:22:10.470]
and then pull those into Target in Oasis montaj

[00:22:13.180]
and be part of the iterative model,

[00:22:14.013]
my iterative modeling cycle.

[00:22:18.100]
<v Stephen>That’s fantastic.</v>

[00:22:20.570]
So we don’t see any other questions coming up.

[00:22:22.980]
If you do have any feel free to type them in there,

[00:22:29.140]
otherwise back over to you, Geoff to wrap up.

[00:22:31.730]
<v Geoff>Yeah, sure.</v>

[00:22:33.260]
I just want to thank everyone for their time today.

[00:22:35.280]
We appreciate you taking the time out of the day

[00:22:36.800]
to watch the presentation.

[00:22:38.310]
If you have any questions about what you saw today,

[00:22:40.400]
feel free to reach out to myself,

[00:22:42.620]
my email address is here on the screen.

[00:22:45.042]
And if you’re interested in a trial or demo

[00:22:46.800]
of Leapfrog Geo, Oasis montaj or Central,

[00:22:50.010]
we can certainly assist with that as well.

[00:22:51.840]
So thank you very much for your time.

[00:22:55.130]
Bye for now.

[00:22:58.562]
(soft music)