![]() Camera (I will be using the Canon EOS R) 2. In this plugin, seismic surveys are cut along regions delimited by shape files.Ĭheck back soon for more new features and tips on how to use INTViewer or contact us for a demo. There are many ways to create a time slice image but at a minimum, you’ll need a camera, somewhere to place your camera so it doesn’t move (like a tripod), and photo editing software like Photoshop. Check out the subject of our next post - one of the most interesting uses of shape files in INTViewer-the Mineral Rights plugin. INTViewer also lets users create their own shape file programmatically (see our help site here). Shape file showing Oil and Gas fields west of Norway. Step 0: Setting up the data and trainControl : (from your question) library (caret) library (ggplot2) library (pls) data (economics) Step 1: Creating the timeSlices for the index of the data: timeSlices <- createTimeSlices (1. The example below describes oil and gas fields West of Norway. However, here is how to use createTimeSlices for splitting the data and then using it for training and testing a model. INTViewer’s support for shape files goes beyond visualizing simple polygons. Open a seismic dataset as a time slice: Seismic dataset as time slice. Introduction to Sapphire Plug-ins for Photoshop Sapphire Plug-ins is a package of image processing and synthesis effects for use with Adobe Photoshop and. For example, to produce the screenshot below, you would first: One shape file overlaid on a time slice layer. Then, to overlay data, they select the Layer → Add Layer menu. When users start a new session, they typically open the dataset from the File menu. This concept is used across the entire INTViewer experience to allow users to overlay data. Layering allows you to visualize several objects at one, while keeping independent control of each object. It takes slices of the same photograph offset in time from several seconds up to a few minutes. Similar to layers in Adobe Photoshop, each dataset has its own layer. A time slice takes a series of photographs and combines them into one single image. sunrise and sunset timelapse I can combine photos I shot from the video into 1 through Photoshop layers. INTViewer automatically converts NAD27 locations to the CRS used by Google Maps, making it possible to view several datasets in the same map window. Posts about Timeslice written by brianyouchak. The shape files in this example are referencing the NAD27 coordinate system. Each point of this polygon has coordinates relative to a CRS. Check out the (very short) timeslice tutorial below or keep reading if you prefer the written version. The most basic shape files consist essentially of polygons. 1660 A timeslice is a great way to represent a timelapse video into a single photo. Two shape files overlaid on a time slice layer with Bing Maps in the background. In this tutorial, Ill be going over a step by step process on how to plan, shoot and edit a timeslice image using Adobe Lightroom & Photoshop. In the example below, the seismic is delimited in two regions, and each of these regions is delimited by a shape file. INTViewer can visualize much more than seismic, and our customers often use INTViewer to compare seismic survey with shape files. ![]() Showing satellite imagery is only one example of how you can use INTViewer to verify the geolocation of a seismic survey. ![]() Data courtesy of Geophysical Pursuit Inc. Side-by-side view of seismic dataset in original CRS projected to a Mercator-type CRS over satellite imagery. In the example below, a time slice is reprojected to the coordinate system used by Google Maps. One benefit of on-the-fly conversions is the ability to see your seismic data in context. Time slices include at least two maps from each period (except Silurian), including 4 Jurassic, 6 Cretaceous and 8 Cenozoic with 1 glacial maximum mapįor details on the series, to see map samples, and for a list of maps click here.In our post, “ Closer Look at Coordinate Conversions,” we allude to the capabilities of INTViewer with coordinate system conversions.16 pages of references – the sources of data used in constructing the maps.6 text files include map explanations and keys, construction information.2 terrane maps, 16 labeled plate-tectonic maps, and 15 facies maps (at least 1 per geologic period).Each time slice includes a full-resolution JPG file and ~1/4 resolution JPG ![]() Map projection is Transverse Mercator with 100 degrees W as the central meridian (same projection used on GSA’s Geologic Map of North America). State and Province boundaries are shown.Maps include coverage of the Arctic, Caribbean, Central America, parts of Western and Northern Europe, NW Africa, and Northern South America.File formats: Photoshop® layered docs (5-6 layers/map) and JPG.Date Range: 540 Ma to Present plus 4 Precambrian maps.
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