- MAPINFO TUTORIAL ZIP FILE
- MAPINFO TUTORIAL DOWNLOAD
This layer has been created for you to work on Table 1: The four layers in lake district.wor Within this practical there are four different layers presented to you. Useful tool in this step: Layer Control ( )Īlthough there should be little occasion for you visit the layer control in this practical it is worth understanding a little about how MapInfo functions.
Will centre you back out to see all of the area
View Entire Layer.: which allows you to pick one of the layers and. Previous View : which is as it sounds and takes you back to where you were before (this is a good option if you accidentally move or zoom in or out). If you right click anywhere in the window you are given the options of TIPS: If at any point you get lost (which can happen if you are zooming in and out) then there are a couple of easy ways of reviewing the map. The "Change View" tool allows them to specify the ("Grabber" tool) let users pan around the map while To explore this map, use the "Zoom-in" and "Zoom-out" Tools grouped into three categories of "Main", "Drawing"Īnd "Web Services". To the right there should be a variety of MapInfo You should see a square map of an area near HaweswaterĪ multi-layered map should now appear in the centre of the window. H:\My Documents\OLA5 Data.ĭistrict.wor" from the list and then "Open" to open theįile. The OLA5 data files are previously stored in the You will need to navigate to the folder where In this case a number of layers have been put together for you and are saved into a workspace (.wor) so that when you open them you will have all that you need.Ĭhoose “Open a Workspace” in the "Quick Start" dialogīox. Each layer can be viewed separately in different browsers, which can be viewed separately (in what are called Mappers) or together. The mapped data that you find in MapInfo is stored in different tables (.tab files) which make up different map layers. School Software" > "Geography" > "MapInfo" from any ISS The MapInfo application program is available via the "Start" menu > "Your Is normally linked to the "My Documents" folder). You should always work from your home filestore (which Saved to "C:\" will be removed as soon as you logged Please also note that if you are working on an ISS workstation, anything Please note that you will only need to go through this file MAPINFO TUTORIAL ZIP FILE
Saved the zip file to "H:\My Documents", the fullįile path to the MapInfo files will be "H:\My Documents\OLA5ĭata". This tutorial should now be stored in a subfolderĮntitled "OLA5 Data" under the folder where the zipįile is originally saved. "Next >" again and then finally "Finish" to complete The Folder Tasks section) to start the "Extraction To extract the MapInfo files, click "Extract all files" (in
Then extract the content of the zip file. In the "Download complete" dialog box, click "Open" to view and After the folder and filename are correctly chosen, The filename in the "File name:" box if the box isīlank. The name of theįile should be "OLA5 Data.zip" by default. your network filestore or a memory stick. Then choose "Save Target As." from the commandĪ standard "Save As" dialog box should appear, navigate toĪ folder where you would like to store the zip file,Į.g. This tutorial, right-click (move the mouse cursorĪnd hold down the right mouse button) here and
MAPINFO TUTORIAL DOWNLOAD
To download the map data which has been compressed as a zip file for > Measuring and digitising linear features.
> Launching the MapInfo application program. > Copying data files to your filestore (or onto. The key steps involved in the process are listed below: Most of you will be familiar with Digimap data already, so we hope that this practical might encourage you to use MapInfo (or similar GIS applications) in the future, to process your own mapping data acquired through Digimap. In order to do this on a computer screen, you can use the MapInfo GIS package which is available on any ISS workstation and data that we have inputted from the Edina Digimap service. The estimation of drainage area additionally requires the user to digitise catchment boundaries (watersheds). In this practical you are required to measure the up-basin contributing drainage area and local slope at a number of channel heads. For these reasons it is helpful to acquire some basic GIS skills that might be useful for automating basic terrain analysis tasks. These are tried and trusted techniques, but they are somewhat inaccurate and moreover can be very time consuming and tedious. Many students will be familiar with the idea of using pieces of string to estimate stream lengths from maps, or counting graph paper squares to estimate areas. A number of elements of drainage basin geomorphology require quantitative analysis of terrain attributes.
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