• Arcmap For Macbook
• Gis For Mac Free

Please review the list below for commonly used software titles. If you find your title you are interested in, links are provided to start the process. If you don’t find what you are looking for, please fill out a New Software Request form and we will provide you a quote.

The other methods presented here were unreliable, e.g. The output of ip neighbor did not always contain the most recent state, so I ended up re-scanning the network using arp-scan, and hence I simply used the output of the scanning to obtain the IP address for a given MAC address. For scanning a single network interface, simply use this. How to Make a Map Using ArcGIS: ArcGIS is a map-making software that is very useful in a variety of fields such as urban planning, civil engineering, and agronomy, to name a few. These fields use ArcGIS for various purposes to communicate information, however they all communicat.

Please note: Prices are for use on laptop/desktop devices only and do not include prices for use on the MERCED Cluster. Please submit a request for software for the cluster.

For all other software titles not listed above:

If you still can’t find the software you need, click HERE to request OIT assistance.

IMPORTANT: If the software you need is not listed, the ordering process can take up to a month or more. This is due to several factors:

• Reviewing and negotiating manufacturer Terms and Conditions.
• Determining and negotiating with the right reseller or vendor.
• Identifying domestic vs. international manufacturers or resellers.

DEMs are files that contain either points (vector) or pixels (raster), with each point or pixel having an elevation value. They come in a variety of file formats, from .csv to .dem to .txt, and you can derive lots of other information - like contours or 3D surface models - from them.

There are a few terms that may be encountered that have subtle but key differences:

• DEMs: digital elevation models represent the land or 'bare earth' (no trees, buildings, etc.)
• DSMs: digital surface models represent the reflective surface of the earth (bare earth plus trees, buildings)
• DTMs: digital terrain models are either synonymous with DEMs or comprised of a network of vector points instead of a continuous raster
• Further details here and here

Is the file format you have not listed here? Contact us and/or consult lists of all raster and DEM file formats supported by ArcGIS, Global Mapper, and QGIS.

This information is accurate for ArcMap Desktop 10.6, ArcGIS Pro 2.1.3, Global Mapper 18, and QGIS 3.2.1.

GeoTIFF (.tif) | USGS DEM (.dem) | Floating Point Raster File (.flt) | ASCII Grid (.txt) | Comma-separated Values (.csv or .txt) | HGT (.hgt) | Grid (.grd) | NetCDF (.nc)

GeoTIFF

GeoTIFFs allow location information to be embedded within a TIFF file. The following data authors use the GeoTIFF format:

How to Open

1. Global Mapper: File > Open Data File(s)... and select the appropriate .tif file
2. ArcMap: File > Add Data... and select the appropriate .tif file
3. ArcGIS Pro: Add Data > Data and select the appropriate .tif file
4. QGIS: Layer > Add Layer > Add Raster Layer... and select the appropriate .tif file

USGS DEM (.dem)

United States Geological Survey (USGS) DEM format is an open standard for raster-based DEMs. The following data authors use the .dem format:

How to Open

1. Global Mapper: File > Open Data File(s)... and select the appropriate .dem file
2. ArcMap: In ArcToolbox, go to Conversion Tools > To Raster > DEM to Raster
3. ArcGIS Pro: In the Geoprocessing pane, go to Conversion Tools > To Raster > DEM to Raster
4. QGIS: while GDAL library supports USGS DEMs, not functional in QGIS 2.18.13 (see Note) and does not appear to be functional in QGIS 3.2.1.

Floating Point Raster File (.flt)

Floating point raster files include a binary floating-point file (.flt) and an ASCII header file (.hdr). Both need to be in the same directory/folder.

How to Open

1. Global Mapper: File > Open Data File(s)... and select the appropriate .flt file
2. ArcMap: In ArcToolbox, go to Conversion Tools > To Raster > Float to Raster
3. ArcGIS Pro: In the Geoprocessing pane, go to Conversion Tools > Data Management > Raster > Raster Dataset > Copy Raster
4. QGIS: Layer > Add Layer > Add Raster Layer... and select the appropriate .flt file

ASCII Grid (.txt)

Arcmap For Macbook

ASCII grids are both human readable and hardware independent. It is a widely supported format that is easy to import and export from most GIS software, easy to convert with a small script if necessary, and stores data in a reasonably compact raster format when compressed. The following data author uses the ASCII grid format:

How to Open

1. Global Mapper: File > Open Data File(s)... and select the appropriate .txt file
2. ArcMap: In ArcToolbox, go to Conversion Tools > To Raster > Ascii to Raster
3. ArcGIS Pro: Incompatible format without data manipulation or paid add-on toolbars. We recommend using another software.
4. QGIS: Layer > Add Layer > Add Raster Layer... and select the appropriate .txt file

Comma-separated file (.txt, .csv)

Comma-separated files contain latitude, longitude and elevation information in a text file, with each data category (or 'column') separated by a comma. The following data author uses the comma-separated format:

How to Open

• Global Mapper: File > Open Data File(s)... and select the appropriate .txt file. Make sure to select Elevation Grid from 3D Point Data.
• ArcMap: Add the data. Right click on the data file > Display X, Y Data...
• ArcGIS Pro: Add the data. Right click on the data file > Display XY Data...
• QGIS: Layer > Add Layer > Add Delimited Text Layer... and select the appropriate file. In the Geometry Definition portion, select Point coordinates and assign X and Y fields.

HGT (.hgt)

HGT files contain integers that give the height of each cell in the grid, generally arranged from west to east and north to south. More information. The following data author uses the HGT format:

How to Open

• Global Mapper: File > Open Data File(s)... and select the appropriate .hgt file
• ArcMap: File > Add Data... and select the appropriate .hgt file
• ArcGIS Pro: File > Add Data... and select the appropriate .hgt file
• QGIS: Layer > Add Layer > Add Raster Layer... and select the appropriate .hgt file

Grid (.grd)

Grid (.grd) files contain integers that give the height of each cell in the grid, generally arranged from west to east and north to south. Like shapefiles, grid files generally include several file components such as .grd, .gri, and .vrt files. The following data author uses the grid format:

How to Open

• Global Mapper: File > Open Data File(s)... and select the appropriate .grd file
• ArcMap: File > Add Data... and select the appropriate .vrt file
• ArcGIS Pro: File > Add Data... and select the appropriate .vrt file
• QGIS: Layer > Add Layer > Add Raster Layer... and select the appropriate .vrt file

NetCDF (.nc)

NetCDF (.nc), or Network Common Data Form, 'is a set of software libraries and machine-independent data formats that support the creation, access, and sharing of array-oriented scientific data. It is also a community standard for sharing scientific data.' (Source) The following data author uses the NetCDF format:

How to Open

Gis For Mac Free

• Global Mapper: File > Open Data File(s)... and select the appropriate .nc file.
  • Global Mapper only supports some NetCDF files, namely ESA CCI Soil Moisture files
• ArcMap:
  • ​In the Geoprocessing menu, click ArcToolbox
  • In the Toolbox window, scroll down and click to open Multidimension Tools
  • Select Make NetCDF Raster Layer
  • For Input netCDF file, browse to the .nc file you wish to open
  • Once it's selected, wait for the variables/attributes to load and fill in the remaining properties
  • Select the variable you wish to view, and ensure the X dimension and Y dimension are appropriate (longitude & latitude, x coordinate and y coordinate, etc.)
  • Click OK
  • To save the resulting grid as a raster, right-click on the raster that was created then click Data > Export Data...
• ArcGIS Pro:
  • Under the Analysis tab, select Tools
  • Click Toolboxes in the Geoprocessing window
  • Scroll down and click to open Multidimension Tools
  • Select Make NetCDF Raster Layer
  • For Input netCDF file, browse to the .nc file you wish to open
  • Once it's selected, wait for the variables/attributes to load and fill in the remaining properties
  • Select the variable you wish to view, and ensure the X dimension and Y dimension are appropriate (longitude & latitude, x coordinate and y coordinate, etc.)
  • Click Run
  • To save the resulting grid as a raster, right-click on the raster that was created then click Data > Export Raster
• QGIS: Plugin required: https://plugins.qgis.org/plugins/tags/netcdf/