Autodesk ReCap in Oil & Gas - Reality Capture Webinar Series #2/5

thank you for joining our session today on recap in the oil and gas industry today we have with us Cody Austin he's a Technical Account Manager for our oil and gas group he's going to be running through some of the some of the things that you know you can do with our with our product line some of the advantages to to using reality data in your work flow you know if you have any questions if you're familiar with with GoToMeeting you can type in your question box to ask questions we'll have some some dedicated time at the at the end of the at the end of the session for QA other than that you know we'd love to hear more from you guys if there are specific topics you'd like to hear us cover we're looking to turn this into a series and go more in-depth into some of these issues you know if you have specific comments questions feel free to reach out to us you know shoot us an email recap community at autodesk.com you know if there's a session you'd like to hear about in the future you know if you'd like to present something I mean feel free to reach out to us you know we love to hear from you so he's great great feedback you can see here a list of some of the other places that you can find information about us recapped autodesk.com will give you access to download recap play around with it it'll have all sorts of videos and other things you know as always the session is being recorded and we'll be posting this on YouTube afterwards because of the holiday this week that may not happen until sometime next week but but we'll get that up on YouTube other than that you know I will I will hand this off to Cody yeah everything sounds good great hi everybody I just want to introduce myself real quick my name is cody austin as eric mentioned I'm a Technical Account Manager here I'm working within our oil and gas through the PI working directly with some of the major polar operators and consumers in the oil and gas space basically Houston Texas and have about nine years of experience in the oil and gas industry I got my start a construction company building qa/qc inspection work turnarounds and shutdowns here in the Houston area then got into laser scanning working for a service provider of a software vendor and then got more closely working more closely with some new software vendors out there in the market and today I've been with Autodesk two and a half years feel free to contact me if you have any questions about today's presentation any thoughts on ideas really looking for feedback in the the folks out and look flows that you're gonna see today are really driven by customer feedback that's very important but first risks like it quickly is talk about why robotic capture is important to oil and gas I think the oil and gas industry has really been leading the way with reality capture especially later standing on the spread around since the late 90s early 2000s but the reason people have been using gas projects because as you know a lot of our love these assets out there are very old-looking but over 100 years old and they may not have very much documentation and they have things on that will draw on a pencil and paper mylar maybe even though documentation at all so you really need to be able to quickly capture the as-built status of these existing facilities sometimes if you do have existing as-built documentation your confidence and it really isn't that high things change all the time and these facilities that were working in and that that those changes may not be pushed back pushed back into the asphalt documentation that you have whether it's to the drawings 3d models and so do confidences it's very low in those records sometimes these facilities are remote they may be in Mozambique for example and getting to these sites can be very difficult and very costly so capturing these facilities using techniques like laser scanning and bringing those those as well documentation back into the office back into your designed tools allows you to really explore these remote facilities within the comfort and safety of your office and that takes me to my next point these facilities are working in our very hazardous there's lots of combustible gases and different types of chemicals sometimes these facilities so if we can limit our exposure that to the field promise me that increase in safety rework is a is a major reason why people have kind of grasped laser scanning in reality captured before before they just standing came to to market traditionally you go out to the field with your tape measure plumb-bob scaffolding artists and take and take measurements and take those measurements back into the field design your your piping for example and sometimes you may not have taken all the measurements that you've needed and we'd like to install that piping with the field it may interfere with something that wasn't there obviously that means we can minimize that we can increase your body rally capture is becoming increasingly more cost effective the the time in which it takes to actually capture the a scope status of these facilities is decreasing as well as the cost for the for the hardware the hardware when I got in the laser scanning about seven or eight years ago was costing here anymore from you one hundred twenty thousand dollars just for conquer banality they go vendors are offering Parker for thirty thousand forty five thousand dollars so the price of a hardware construction the last one I want to make is conduct it's all about context we're not we're not designing facilities I'm not working in projects and in the vacuum of space and this is typically how you start projects blank sheet of paper but if we can bring in the context of our project into our design environment as we see here we're able to make the much more informed decisions about where that piece of pipe is going to go where I'm going to place that piece of equipment we can take the measurements within this environment here without needing to go out to the facility final from the pipe rack for example take some measurements and go back to the office so I'm saving a lot of time and a lot of money we can reduce rework by bringing the facility to us so I'm going to go into some of the recap applications and the first start off with recap throat and the probe capabilities of recap'd allow you to actually register the individual laser scans together so recap throat will be used by somebody like a service provider who is actually going out into the field and collecting the laser scan data I've noticed that some pcs are starting to provide these services in-house and so they have their own in-house teams laser scanners that they can send out to the field and collect this data so the recap Pro application is really targeted towards these service providers who are growing up and collecting the data one of the great features of recap Pro is target list registration which demonstrated here were able to actually use of the features within the laser scan data itself to a line and stitch the individual laser scans together we can import laser scan data from many different file format here this is some Z&F laser scanned data that we collected out in Baytown recently we can accept just about any laser standard format out there from faroan faroan to leica Z&F to Trimble to even you know ex-wife XYZ data and we don't just work with tourists or a laser scan data we can also accept aerial lidar for example I'll show you how we can work with some of that data here in a second I know as a few of my customers are actually collecting subsea data using things like sonar and under acoustics to capture that imagery data if they're doing maybe some some subsea work or if they're doing some piers or any type of any type of work that happens either near or under so we can really accept different types of files in the recap room and what you just saw there was actually a QA QC report of the quality of the data that we've we've registered with in recap so once we've registered the data in recap Pro we can we can now get it round up the point the next application selectively covers is address recap so we this this particular product does not have the probe registration features it's the same exact product we're just missing those particular features but others recap is a free application you can go and download today and then you can bring in data that you've registered in recap throw or if you have data kind of sink maybe on a server somewhere you can bring that data into Autodesk recap visualize it and interrogate it in different ways here we are we are clipping the point cloud data creating a few volumes within Autodesk recap and we can save these volumes and save these new States which I'll demonstrate through shortening the way you can see from Autodesk recap it's a very simple user interface we try to keep it as simple as possible and in fact we've kind of optimized the user interface to be used on a touchscreen device so one of the great capabilities of recap is that we can't take it out into the field and use it in the field if we're doing registration or if we simply just want to visualize the data atmosphere this part of the demonstration is demonstrating the use of new States and we can save use with them Autodesk recap it quickly and easily get back to those two states you may have seen some some other videos similar that we've done in previous webinars but I'd like to show something spunctional-- in the context of boiling gas so here we're simply clipping the point cloud data we're not bleeding it at at points because simply fencing off some points that are moving them from this particular view and again we can save these views inside of a recap for for other people to view if we'd like we're gonna save this reason the electrical boxes you see on the unclick the point cloud data it can bring back our scan regions you can see that those electrical box is highlighted there so again this is a free application you're more than welcome to go to one or website and download it you also come down with a free trial if you recap trove are interested in the registration features but our our customers are really using this as it was a great way to visualize point cloud it that they already have or for you know for those who may not be the point as technical as others that the user interface is really very simple we're trying to democratize lenguas can be to put it in the hands of as many people as possible and eliminate you know technical barriers for example that might keep them from leveraging the data so here we're simply just taking a few measurements within the point cloud data nor able to move the ends of these measurements if we'd like I think that's a pretty nice feature that I noticed wells messing around recap so as I mentioned we're able to take measurements within a recap without having to actually go to the fields itself that again increases safety and you can only take so many measurements out in the field with the tape measure within within a recap you're the amount of measurements you can take is almost at the time who are demonstrating the the use of annotations within oddness recap is simply tagging these we're annotating these pieces of equipment here we could also add notes these annotations we can have hyperlinks to the websites for example I noticed there's some YouTube videos on how to install actuators or possibly you know different procedures on maintaining different types of pumps since we can easily add links to those within the Autodesk recap so here we are still a month anonymous recap but we're looking at what we call in a real view this is taken from the laser scan data itself the laser scanner itself and we're able to use this same exact view here to take measurements and add annotations as well you can immediately see the differences between this real view and the point cloud data the real view is as much reader resolution than the point cloud data itself but we are fixed to the position of the laser scanner so you can see the laser scanner shadow there in the video we're actually sitting at the position of the laser scanner rotating 360 degrees and we can also view above ourselves as well so in this real view we can take measurements we can also add annotations as well so we can go back to our flip flop view and you can see there the annotation that I've added inside the real news is also added back into and lastly we can actually upload this data to recap 360 so if we wanted to allow video partners or different stakeholders and if your clients access this this major scan data over the web we can upload and push that point cloud data to recap 360 so I visit the recap 360 and odesk.com I've logged in I've selected my recap project and I'm able to view those real views over the web without the need for any additional installation of products so it doesn't need any active X control or a plugins I'm simply using a WebGL enabled internet browsers such as Google Chrome or Firefox and able to visualize these real views over the web I'm also able to take measurements and add annotations just like I was able to back in August August recap desktop application this is a great way of of sharing the laser scan data with you or with your customers you simply just provide them access to this project and then they can sign it with your Autodesk ID visit recap 360 the autodesk.com and then they'll see that project they're gonna make it immediately go into it take measurements measure lies it and see really what was captured so we've access to all of the all of the different laser scans but then within the web browser one of the other services that we have built on top of recap 360 is called photo with Auto recap 360 a lot of people really been excited about this particular service it's a cloud-based photogrammetry service you may may for the term photogrammetry a two pass but it's kind of making a comeback well thanks to the timer on the cloud and be able to process this data very quickly so I'm logged in a recap 360 not point that I want to create a photo project I give them the project a name and now I'm gonna upload my photos that I've taken from the field to recap 360 so this is 75 thought I was not taking with a digital camera I simply went up to the field walk around a control valve in this particular case and taken a number of shots we have some really good examples of tutorials on YouTube showing kind of best practices for how to capture different assets losing the photo one week at 360 so these phone has been uploaded to to recap 360 I'm able to review these photos I can also add a scale to these these photos as well there's through the advanced tools option I can also do some manual registration if I'd like I'm gonna skip that for now I'm simply just going to upload the photos and tell it to create me a model of this controller valve and it takes a couple hours for for two to do its magic but once it's not me to email saying that your models ready the agreement to view your model over the web so I'm using Firefox right now to visualize the end result of photo on recap 360 now because I'm in a web browser I'm only able to see a low resolution mesh of this model so right now it's only displaying two hundred thousand triangles in this mesh but the full resolution model that I'll show you in a second contained this 5.5 forty 11 million - and I'll show you how we can visualize the higher resolution mesh that second so again we're able to visualize these models over the web and we can give anybody access to means that you'd like and share them with your friends colleagues stakeholders I know a few of our customers and my colleagues here at Autodesk are using drones to capture large areas whether they be the civil site information some people are flying these around the buildings for example and capturing photographs using drones from an aerial perspective and then upload those photos to recap 360 and creating these models so here you're seeing scene a triangulated mesh of the day of the project memento is gonna allow you to visualize and consume that high resolution of five point eleven million triangle mesh this is a desktop application it's a free application you can download today we can import and visualize many different file formats the one I'm looking at here is a RCM file a recap mesh file that's created from a photo recap 360 you'll be able to see that the the mesh is a much higher resolution mesh here in a second when I turn on wireframe I don't zoom in you can see the density of this mesh lots and lots of triangles lots and lots of detail that was captured the fun with photographs and automatically stitched together in the cloud and I'm able to see this model in vigil the games in the details on the plate of that position of their light control valve so for project memento allows you to do some editing of the mesh a lot of our customers are using it for for 3d printing so if I'd like to 3d print this mesh I could so an example that would be to possibly clip out this control valve from the mesh and there's some features within project memento that allow you to automatically detect any anomalies associated with this mesh maybe there's holes maybe there's spikes particles tunnels things of those nature that would keep this particular mushroom from being watertight you need water-type model to the 3d print photo recap 360 also allows us to export not used to mesh but also a point cloud so I've brought that point flower into August recap that that's not application that you saw earlier we're doing some of the same techniques that we review momentum or simply just clipping this control valve out in a second I'll show you some some of the differences between the point cloud from the laser scanner mesh so here we are integrating the point cloud data inside of AutoCAD plant 3d so we can take these models that were created with with photographs and integrate those with plant 3d or other applications which I'll show you easy to say so this is a side-by-side of you on the same valve on the left it was collected with a laser scanner so we have you can you can really see that the points more easily on the left hand side on the right hand side is that same exact control well but it was connected using using photographs and you can see it is a black lab there's so many more points in this in this in this model that you really can't really can't see them it's a much higher resolution model and I thought customers asked me know can I replace my laser scanning workflow with a photo based and in some cases yes it depends on your use case how are you going to use the data but in other cases the photo on recap 360 really isn't going to be the best tool you're really going to have to use laser scan one particular case is if you need to capture a large area think an entire offshore platform or chemical plant you're not going to be able to to capture all of that information with photography right now photo and recap 360 is limited to 250 photographs and so you're not gonna be able to capture that entire asset photographs and get really good quality results also fail isn't inherent to to the photograph so scale has to be added at the photographs was taken you can do that by taking some sample measurements wire throughout field maybe I could have measured the distance between these two flanges are laid on the valve body for example push that information package to the photographs what could have put maybe a yarn a sticker or something that I could reference to take no measurements off of to give scale to this model with later standard data scale is is inherent to the data so there are some pros and cons the ISM laser scan data and some pros and cons to using photo photo based automated photogrammetry workflows with photo enric at 360 you just need to understand those pros and cons before you cycle which particular tool to used in the 2014 release of our Autodesk products we reintroduced the new recap engine if you'd work the point cloud data before and in any of the AutoCAD products or any of our other Autodesk products you may have noticed that you know you weren't able to see very dense point clouds we didn't support color and this looks like a looked like a bunch of a bunch of sand and it really the performance really wasn't that and the 2014 and newer releases of our products we have a new recap engine which allows you to view much larger data sets at much higher resolution supporting color as well and I'll show you some differences between the old and the new but the the new recap engine is included in AutoCAD and other autocad based products such as play a 3d civil 3d map 3d AutoCAD MEP for example and they had steel as well as Revit adventure Navisworks infraworks and but this is really gonna allow you to debris in most large report cloud data sets into the design tools of his knife in context so I'll show you a few examples here this is an August and force what we're able to do an info works is to be able to quickly and easily great a conceptual models we're able to aggregate all sorts of information from digital elevation models and tow bows to aerial imagery from example Google being being maps from USGS for example different types of GIS data shapefiles line work also 3d models and white cloud based this particular video might be a little choppy over the the web so I apologize what's up ladies doing in to our project location this happens to be Baytown Texas but these models can be graded using data that's available online or data that you can provide and collect yourself then jump for the little bits little choppy so I've zoomed into the project location and I've imported both my point cloud data and my 3d model into Autodesk info box and suppose we're using our coupler our customers are using Autodesk influence in the exceptional design phase of projects I'm using it to go out and win projects and combine you eight different proposals I apologize for the quality over the web we're going to upload these videos to YouTube where you can view them on your own at a later time like to show you now is how we can integrate a recap with civil3d solo lot of my customers are asking you know how can we turn point cloud data into a righteous civil 3d surface whoo I can do different types of analysis cut and fill buying calculations get profiles and sections for my projects so here what you're looking at now is the the imported some some aerial lidar data into civil 3d so right now I'll just important the raw data I'm not using recap this is actually how things used to look within our applications very sparse point cloud you can kind of make out what's there but really isn't that good so what we've done has been associated that point cloud data to a surface and we simply have draw some contour lines over the surface and now we can do things like volume calculations cut and fill calculations profile sections those types of things within civil 3d so that was just using regular regular error in light ordinator that i've done on the web I'll show you the same workflow but this time using the artist the Autodesk recap engine the civil 3d so I'm simply going to attach a recap point cloud to my civil 3d drawing just like you would with an external reference and immediately you'll be able to see the difference in the point cloud data this is the same exact baby that we were looking at this a second ago but now we're actually using utilizing the recap engine if you have civil 3d under subscription there is a tool that allows you to extract services from the point Club this is immediate lysing that tool I'm gonna add a contour style to my service I've selected my my point cloud data and that will take a look at that particular surface a little bit closer will change the style maybe turn on the math and the minor of major contours and take a little look a little bit closer so whether you're collecting this data yourself whether it's been supplied to you by your client whether you've found it out there on the web we can let me leverage that data within a number of our applications and start to make use so now we see a here a triangle at the surface of that of that aerial lidar data so the triangles off so you can see the contour lines a little bit easier already moving on as I mentioned designing and context is very important if we can bring the the what's out there in the real world the aswel status of our of our project into different design tools like civil 3d implant 30 and designing context we can make much of other decisions of be more confident in our design before we actually move to the fabrication and construction stages of our project so here I have an plant 3d I'll simply attach the point cloud just like I would again with a external reference file a simple attach command like you saw simple three earlier and we have a few of functions that are associated with point cloud objects inside of AutoCAD we can change the point size the level of detail change the way the point cloud data its color now we can do different types of clipping commands within plant 3d as well as the other water cat based products so I'm simply going to route a pipe from the discharge nozzle of that pump in the lower left corner I'm not tying to the header there so we have a few artist partners that have built applications on top of AutoCAD plant 3d which allow you to reverse engineer or back model the the point cloud data and create intelligent plant 3d objects and so that's that's another conversation that I have quite often with my customers is is when does it make sense to subnautica model that reverse any near-perfect object but today don't worked any easy buttons where we can press a button and voila we have a CAD model of the Flex lab data but there are some semi automated and some automatic processes out there on the market today that that do cylinder detection for example they'll automatically detect all the cylinders with other flakes on data will help assist you in creating a 3d CAD model if you need it but in most cases you only need a model maybe when you're tying in maybe a flanges and pipes your that you saw right there so now we're actually in Navisworks and if you're nothing that works it allows us to open three miles of many different formats I think it would support over fifty file formats of 3d models including Auguste models as well as some of our competitor products we're also able to integrate honest recap data inside of Navisworks and we can clash our 3d model against a point cloud data so that way we can we can see where we may have any interferences with the as bail conditions before fabricating and constructing this pipe for example so you can see here where I maybe rang this pipe through an existing looks like a socket you know that the elbow there so it's a little minor error but you know obviously we want to catch these errors before we do any fabrication reducing we can export these flash results out to to report so I'm looking at a webpage here a little flash report and we automatically have screenshots of each of the clashes in this report available to us another thing we can do in Navisworks is animate the objects and we can tie in these animations to different schedules maybe Microsoft projects or even Avera for example we can do construction sequencing with some sort of 45b simulation if we want a smooth cost we can tie these these animations to two class results so if i wants to simulate the removal of this tank for example from this facility i can tie that animation to this clash test that's been tell me am i gonna be hitting anything so you can actually simulate the removal or the installation of maybe major pieces of the equipment into the facilities leveraging the point cloud data in again we can export these out to the HTML reports so they're only wrapped up when i what i wanted to show today what did they give you a high-level overview of what recap can do in the context of oil and gas within the recap products themselves as well as the broader Autodesk portfolio as Eric mentioned if you if you would like for us to go in a more detail on some of the workflows or some of the applications please let us know provide us some feedback you'll reach out to it myself with a recap community here with that feedback and maybe we can turn this into a pinnacle web series around reality capture an oil and gas and go a little bit more deep into some of the workflows of those applications in exchange you air clearly any questions from the audience all right well thanks - all right Cody that was great so yes so we have we have a few questions and you know just to just to add on to what Cody said you know definitely send us feedback if if there's things that you want to hear more about you you'll also get a survey after the presentation you know please please fill that in that that's you know really useful for us and you know determining future sessions and all of that as far as questions goes yeah we have a few and I you know there's still time if anybody wants to ask more just type it in there to the question box for surgeries okay so when you're working with point clouds Andre would like to know a little bit more about the file sizes we're talking about when working with laser scans sure a great question because we're dealing with a lot of data millions if not billions of points you know these file sizes can be can be pretty big and there's a lot of factors that go in to how big these file sizes are one factor is resolution each of these laser scanners when you're only having collecting data there are resolution settings all the scanners have settled so you can set it at a lower resolution high resolution very very high resolution and that's going to impact the size of laser scan files it's also going to impact the amount of time it takes for scanning so if we do a low resolution scan it may may only take one minute for example to capture that asset but if you're gonna be doing a high-resolution scan or a very very high resolution scan they can take maybe five minutes push in and then another factor in is color traditionally an oil and gas I've seen mostly black and white a flake lot of data sets now I'm starting to see a little bit of color come in to these point cloud data sets when I could I prefer the color I think it gives us a better kind of a better context of what we're looking at sometimes these pipes are color coded based on their service out the field ready for fire water purple for cyanide or something like that and so having that color it can really really help you out but color is also going to affect the size of your scans and also be the time it takes to to collect this data and then different different manufacturers of who's getting hardware have different compression techniques so some better than others and so some file sizes you're going to be but I think a good kind of measurement is maybe between 250 and 500 megabytes per scan is kind of the average I've seen I've seen some scans you know up to a gigabyte and it really depends on what file format they're in as well some compliments are compressed some work so there's a lot of factors that kind of go in to the size itself all right yeah you know like Cody said you know from our end to my group we're working a lot with manufacturing and such - so yeah file sizes we typically see for you know maybe maybe a warehouse space you know it's not unusual to to go maybe a maybe a hundred 50 Meg's or so for an average scan you know upwards - you know again as Cody said you know gigabytes or several gigabytes for large projects all right let's see so the the web services that we showed there were there was a question about the you know what's free what's paid for you know the the recap 360 the the real view product that the Cody showed that's free to use that's you know that's that's completely free you don't have to have a pro subscription to use that now the photo service you know we we have a free version and a paid version of the photo modeling service so the the free version will not give you as many export formats so if you want to export as say a point cloud like Cody demonstrated you do have to pay for the the pro version of the photo service and that runs I believe that's fifty five dollars a year so it's not a big investment but then you'll you'll pay based on the model so it's like five dollars I believe a per model and then if you make changes to it and resubmit its it's free for that same model but yeah so the Pro entitlement for photo and recap 360 that that does have a cost associated with it but that that allows you to use the you know as Cody mentioned the full 250 source images as well as the the ultra rendering capabilities and some of the other export formats but real real view is a is a free feature let's see okay we have a question about let's see color and high-resolution scans when importing your laser scan data for a high-res scan and color is there an import option that works best with distance decimation etc my last scan was 400 scans and they take a while to bring in the Navisworks 2014 yeah sure so in recap there are some advanced tools where you can set the destiny decimation value so zero being no decimation that's not going to reduce it's a column to call out any points and unless you look the maximum 90 ways but there's a slider bar and the Advanced Options of recap to set the decimation as well as some the filtering noise filtering and clipping so you can ranges yeah just a you know add on to that 400 scans is certainly a large project so you know I'm not surprised in any way that that's taking a while to come in you know if it's to the point where that's getting you know too slow you might try using some regions to kind of optimize things you know maybe break the project up in some regions export them region by region so you can focus on a smaller area but if you if you need the full the full point cloud' yeah some of the some of those decimation options might be your best bet because yeah you're talking about a lot of data well keep in mind regarding the performance is where the data is located the data is located on a network server for example you can't experience in latency not there's a lot of traffic on the network here trying to visualize that data over the network into Navisworks you can experience some issues there so I kind of recommend that having a local copy of a laser scan data especially if you're doing large data sets order scans it's a pretty good-sized job I see I see 2,000 scans but you know these these data sets can be many gigabytes in size and so if you're pulling that data over a network you can experience some agency also you want to make sure that obviously your computer workstations meets the recommended specifications for Navisworks or a recap for example especially the video card because you know we are dealing in rendering yeah and that's that's a great point you know when you're working with a lot of data you know things like your hard drive matters so for instance even just the difference between solid state versus you know a typical spinning hard drive I mean things like that can make a huge difference I think let's let's go with one more question and then we'll wrap it up so this is about the ability to bring point cloud data into memento or bringing memento meshes back into your laser data and combining those do you want to take that one or should I should I talk about that a little bit ok so so as the as things stand currently that's not not something that we support so recap for instance does not allow you to import a mesh and momento in its current state I only works with meshes and won't bring in point clouds now that said you can use the photo enric at 360 service to generate a point cloud which you then can bring back into recap join that up with your your data that was collected with a laser scanner and then you know take that that combine model into you know a Navis urn infraworks or something like that you know we we certainly we certainly are working on some of that interoperability so you will see some of that sort of thing in future versions of the software but as as things stand today the the photo on recap 360 into recap option via the point cloud is going to be the best way to combine those so I hope that hope that's helpful and as as Cody said there are some you know third-party partners and plugins that that will do some of that modeling as well turning point clouds into meshes you know and it again you know it's it's something we will be supporting but it's it's not available now so all right well I think that about wraps things up you know Thank You Cody it was a great presentation I hope I hope everybody found this valuable you know I can't stress enough if you have comments if you have other things you'd like to see please reached out to us you know that's that's what we're here for you know recap community at autodesk comm send us some feedback you know we're we're doing this for you guys as much as for ourselves so you know if there's if there's a topic that we talked about that you'd like to see covered in detail if you have an idea for a session for something that we didn't cover you know let us know we have some upcoming presentations on an introduction to reality computing what is this concept you know will we have one coming up to to talk about using some of this data coming from memento and pulling that into a product like fusion 360 you know we've got a bunch of stuff in the pipeline so I hope you guys will join us again you know again we're going to post this recording on YouTube along with some of Cody's example videos so you can you can see them on your own but you know otherwise thank you everybody and for those of you in the u.s. you know Happy Thanksgiving and we'll we'll talk to you later thanks for joining

Channel: Autodesk ReCap

Views: 7,238

Keywords: autodesk reality computing, use of reality computing, Petroleum Industry (Industry), cloud computing, reality computing technology, scanning plants with autodesk recap, Autodesk Reality Capture webinar, Petroleum (Chemical Compound), how to use laser scans for pipes in oil and gas, import laser scans from pipes, use of point clouds in software, akn_include, webinar about oil and gas industry, 3d laser scanning

Id: CC8IrgYWpWs

Length: 47min 29sec (2849 seconds)

Published: Tue Dec 02 2014