Export Map with location & attribute information in PDF using ArcGIS 9.3 or Later

This tutorial will explain how to export ArcGIS Map with Location and Attribute information Portable Document Format (PDF).

PDF can contain layers so users can control the visibility of in Adobe Acrobat or Reader 6.0 or later.

So in addition to layers, the PDF can contain feature information from ArcMap Attribute Table that users can identify using the Object Data tool in Adobe Acrobat Reader and Adobe Acrobat

Export Map as PDF

1)      Click on File, then select Export Map

 2)      Select Save as type “PDF”

 3)      Click on Advanced tab

4)      Click on check box mentioning Export Map Georefrence Information

 

5)      If you want to Export Layers as well as theirs feature attributes then select the Export PDF Layers and Feature Attributes.

 

 Layers in ADOBE READER:

1)      Open Adobe Reader

2)      Click LAYERS tab on the left:

3)      Select or deselect EYE symbol to turn layers on and off.

  

4)      To see the attributes of features click on Model Tree Tab

5)      To see the Location information.

Click on Tools from menu bar select Analysis and select Geospatial Location Tool to see the Location Information.

if you are not able to find Advance tab under Map export window,

then might be you add Map Export Patch in ArcGIS 9.3.

To get this Export Map Patch click here.

Learn How to Create a Map Topology in ArcGIS 10.1

When editing map data, you often have features that share boundaries. For example, you may have a forest border that meets the edge of a stream or a lake polygon that shares borders with land-cover polygons and shoreline features. Editing with topology can reduce the chance of introducing inadvertent gaps or overlaps between features that share geometry. You can create a simple map topology to make updates simultaneously to all features that are coincident.

Aligning features and editing coincident geometry through topology has been made easier with ArcGIS 10.1. The new Select Topology dialog box consolidates into one step the process of creating and activating a map topology, which is available for all license levels of ArcGIS for Desktop.

To create a map topology in ArcMap, first add all the layers you want to edit together to your map. You can edit geodatabase feature classes or shapefiles with a map topology.

Step one: Click Customize, point to Toolbars, and add the Editor and Topology toolbars to ArcMap. The Topology toolbar has been redesigned in ArcGIS 10.1 so that it contains only commands that are directly related to topology. All other commands previously on this toolbar, such as Construct Polygons, have been moved to the Advanced Editing toolbar.

Step two: On the Editor toolbar, click the Editor menu and click Start Editing to begin an edit session.

Step three: On the Topology toolbar, click Select Topology. This opens the Select Topology dialog box.

Step four: Check the layers that should be edited together. In ArcGIS 10.1, map topology uses layer information and reflects layer properties, including name and visibility, rather than the properties of the underlying feature class as it did in previous releases. Annotation, dimension, or feature classes that participate in a geometric network cannot be included in a map topology.

Step five: Optionally, click Options to view the cluster tolerance, which is the distance that defines how close together edges and vertices must be to be considered coincident. Because ArcMap automatically determines the minimum possible cluster tolerance, you should generally use the default, because increasing the value can cause features to collapse or distort. To get information about what you can do with topology, click the About editing topology link. This opens the related topic in the help system.

Step six: Click OK.

That's all you need to do to set up a map to edit coincident features. If you happened to click a topology editing tool without already having a topology set up, you would be prompted to create a map topology using this dialog box.

Now that you have an active topology, edit with the tools on the Topology toolbar to make sure your features remain coincident. Use the Topology Edit tool to select edges so that you can move, modify, and reshape them. If you want to select multiple edges that form a path so you can reshape them all at the same time, you can either use the new Topology Edit Trace tool or simply hold down the left mouse button using the Topology Edit tool.

To learn more about enhancements to editing features with topology, see the Editing topology and New tools for aligning data sections in "What's new for editing in ArcGIS 10.1."

thanks to 
By Rhonda Glennon
ArcGIS Product Engineer

Tools for Comparing and Analyzing Geodatabase Schemas

I found a very intersting  suite of tools written in Python for analyzing components of a geodatabase and for finding the differences between geodatabase schemas and thanks to Brooke Reams , Geospatial Analyst at Esri, for this suite. 
 The tools are accessible through an ArcGIS Toolbox called SchemaInspector.tbx. They are grouped into three categories:
1. Analyzer Tools
2. Diff & Compare Tools
3. Diff Tools

There are five tools under the Analyzer Tools toolset. These tools are for printing properties of a single geodatabase component. Each tool has parameters for the input workspace and the output text file (the output text file does not have to pre-exist).
1. Analyze Domains
- Prints properties to a text file for each domain in a workspace including Domain Type, Range, Field Type, Merge Policy, and Split Policy.

2. Analyze Feature Classes
 - Prints properties to a text file for each feature class in a workspace (geodatabase or feature dataset) including Shape Type, Shape Field Name, Feature Type, Spatial Index, Has M, and Has Z.

3. Analyze Fields
- Prints properties to a text file for each selected field in a feature class including Type, Alias, Base Name, Domain, Editable, Nullable, Length, Precision, Required, and Scale.

4. Analyze Relationship Classes
- Prints properties to a text file for each relationship class in a workspace including Backward Path Label, Cardinality, Class Key, Destination Class Names, Forward Path Label, Attachment Relationship, Attributed, Composite, Reflexive, Key Type, Notification, and Origin Class Names.

5. Analyze Tables
- Prints properties to a text file for each table in a workspace including Has OID and OID Field Name.


There are six tools under the Diff & Compare Tools toolset. These tools are for comparing particular geodatabase components between two workspaces. Each tool has parameters for the two schemas to compare and the output text file.
 1. Domain Diff & Compare
- Prints the names of domains that are not common between workspaces to a text file. Searches common domains and prints domain names and properties (same properties as the Analyze Domains tool) for domains with the same name but with different properties.

2. Feature Class Diff & Compare
- Prints the names of feature classes that are not common between workspaces to a text file. Searches both standalone feature classes and feature classes in feature datasets. Searches common feature classes and prints feature class names and properties (same properties as the Analyze Feature Classes tool) for feature classes with the same name but with different properties.

3. Field Diff & Compare (by Feature Class)
- Prints the names of fields that are not common between feature classes to a text file. Searches common fields and prints field names and properties (same properties as the Analyze Fields tool) for fields with the same name but with different properties.

4. Field Diff & Compare (by Workspace)
- Prints the names of fields that are not common between all feature classes in the workspaces to a text file. Searches both standalone feature classes and feature classes in feature datasets. Searches common fields and prints field anmes and properties (same properties as the Analyze Fields tool) for fields with the same name but with different properties.

5. Relationship Class Diff & Compare
- Prints the names of relationship classes that are not common between workspaces to a text file. Searches common relationship classes and prints relationship class names and properties (same properties as the Analyze Relationship Classes tool) for relationship classes with the same name but with different properties.

6. Table Diff & Compare
- Prints the names of tables that are not common between workspaces to a text file. Searches common tables and prints table names and properties (same properties as the Analyze Tables tool) for tables with the same name but with different properties.


There is one tool under the Diff Tools toolset. This tool is called Workspace Diff and combines all of the tools under Diff & Compare toolset into a single tool. There are parameters for the two schemas to compare and the output text file.


All of the tools can be used with Basic, Standard, and Advanced license levels. The tools can be used with ArcGIS 10.0 or higher, with the exception of the Analyze Domains tool, the Domain Diff & Compare tool, and the Workspace Diff tool which require ArcGIS 10.1 or higher (to use the Workspace Diff tool on 10.0, simply comment out the lines that compare domains [361 - 387] in the ws_diff.py file).

The SchemaInspector.tbx and all of the tools described above can be downloaded from the Geospatial Database for free. Right click on the link below and select Save As... to download the zip containing the .tbx and .py files. Unzip all of the files to the same folder location (toolbox and scripts use relatives paths). The tools can be accessed and executed from both ArcMap and ArcCatalog.

Schema Inspector Toolbox

Below is an image of the Workspace Diff tool and the output text file that is created when the tool is executed.

Network Analyst : Route Optimization

The Route solver is the best way to optimize a given circuit so we can find the best path between any number of stops and. Let’s pretend we are tourists who want to see some interesting sites in a city and need some help planning our day so we’ll spend the least amount of time driving.

Step1:

-       Open ArcMap and add  the network dataset

-       Check on the Network Analyst toolbar, and then select New Route from the drop down menu. Also, click the button right next to the drop down menu to show the Network Analyst Window.

Step2:

-Right now we need to load the stops we can create them manually by activating the Create Network Location Tool and clicking on the screen while your pointer is in the flag with crosshairs shape. Or, we can load them from another layer

Step3:

 Now click the Solve button and  everything is  ok !

7 Tips for Success as a GIS Consultant

Great article that I want to share and after the permession of the author :

Written by Caitlin

This post is an anniversary special. It has officially been one year since I launched my company,Geographic Design. In hindsight, perhaps launching a consulting business straight out of school with no professional network, no real-world industry experience, and no experience whatsoever with the nuts-and-bolts of running a business wasn’t exactly the foolproof endeavor I marketed in my business plan. Fortunately, at the time I had no idea how many things I didn’t know. The learning curve has been steep and it’s been a roller coaster year. Here are some of the things I figured out along the way.

1. The product a GIS consultant sells is not GIS.

The product you are selling is you – your brain, because it is uniquely capable of figuring out the best tools and processes to solve a set of problems, your communication skills to liaise with different departments, and your reputation as an expert in the field. As easy as it is to pitch the capabilities and utility of GIS, that’s not your job, it’s Esri’s. Your job is to sell yourself as a one-of-a-kind opportunity for potential clients. Talk all you like about the wonderful things the technology can do, but make sure what you’re really stressing are the ways that you will contribute to the team and help make the project successful.

2. Forget about knowing “enough” about GIS before you launch your business.

Because you never will. Think of consulting as an ongoing training opportunity. Not only will the technology change, your clients’ demands will evolve to keep up with the digital world, and each project will have unique requirements. You will be paid to do things you’ve never done before, and that’s amazing. Terrifying, but amazing. The mark of a real expert is not that they’ve memorized the manual, but that they are able to figure out anything that comes along without losing their cool. Or at least, that’s my own working definition.

3. If you’re still in school, think carefully before blowing off social events with your peers or irritating your teachers.

Post-secondary is basically a pressure cooker for building close relationships with people who can help you in the business world. Top grades are great ego-boosters, but grades have only ever been a means to an end (such as a scholarship, an internship, an achievement award, admittance to another degree program, etc). Leaving school with a solid network and friendly relationships with successful (and soon-to-be successful) people will last way longer than anyone will remember your GPA.

4. Prepare your introduction.

It’s really off-putting to potential clients/investors/network connections if you can’t articulate clearly what you’re doing and why it matters. When you’re meeting someone new, it doesn’t matter if you have years of experience, boatloads of expertise, or award-winning web mapping skills. It matters that you sound like you have all that and more before you’re finished shaking their hand. You need to be able to deliver an “off-the-cuff” statement describing your business in one or two sentences. Mine is, “I run a small Toronto-based geospatial consultancy. I work with urban designers and planners and support their work with GIS and remote sensing technology.” This is also the beginning of my elevator pitch, which has about another five sentences.

There are no big words that make people’s eyes glaze over. No awkward pauses. No time for their attention to wander or to catch someone else’s eye across the room. I have literally said the exact same thing to probably a hundred people in the past couple of months. Nine times out of ten it leads to my new contact asking for more specific information that, had I offered if immediately, they would never have remembered the next day. I’m not saying it’s perfect – so if you have any suggestions please leave them in the comments.

This doesn’t come naturally to anybody (or at least not to me or anyone I know). No one can take the big picture vision of where they are in their career, where they want to be, and how they plan to get there and distill it into two sentences on the spot. Write it all down. Refine it. Test it out. Refine it again. Memorize it before the next big event/GoGeomatics Meet-up.

5. Be honest.

Part of being a consultant means taking control of the situation. This can be intimidating. I’m often in meetings with brusque senior partners, and sometimes all I want to do is smile and nod at whatever they say. But being candid builds trust, and people want to work with people they trust. As it turns out, partners are people too.

Here are some true things I’ve told clients:

- “I’ve never done this before, but I understand what you’re going for, and I’m sure I can work it out. It might take a little extra time but I’ll work with you closely on this so that next time it comes up, we’ll have the workflow down.”

- “Your GIS data folder is pretty disorganized. Can you budget some time for me up front to get this sorted out properly? It will really help things run smoothly as the project moves forward.” (see here for more on this.)

- “I don’t completely understand what you’re asking for. Could you sketch it for me?”

- I’ve also cut off phone conversations to do a bit of background research. I think it’s reasonable to want to execute a quick web search before answering questions about, for example, what data sets are available for a project in Abu Dhabi.

6. Define your goals. Find time to work on pro bono projects that will get you closer to achieving them.

There are a lot of interesting opportunities out there for someone starting a new venture. Unfortunately, you can justify almost any waste of time as “networking,” “profile building,” or “personal development.” Don’t get me wrong; those are all worthwhile things. And sometimes, by volunteering or working for less than the going rate, you will get back way more than you put in – a new connection, a new client, or a different sort of opportunity. But in the early stages of your business everything you do has to be done with purpose, or for profit, or (ideally) both. It’s not selfish, it’s strategic.

Make sure you’re setting clear goals, and not just financial ones. What kind of work do you want to be doing, and how will each “opportunity” you’re propositioned with move you closer to that? There are, and always will be, lots of chances to volunteer somewhere or team up with someone building the next “sure thing” web trend. Stay on task and don’t get sucked in. My strategy for this is outlined in this flow chart.

7. Pay attention to the metrics of success.

As well as defining clear goals, you need to define success. Success is not a trophy, and it doesn’t get presented to you when you’ve made a certain number of maps or hit the top of the Google search results. Success is incremental and quantifiable. Measure it out in the number of repeat clients, the decrease in the ratio of presentations given to contracts awarded, increases in web traffic, and of course, dollars earned. Sometimes success lies in reaching a personal milestone – these successes are extra special and deserve to be celebrated with champagne. Because the point of measuring success (and this is the important part) is celebrating it! Self-employed life is unpredictable, and when you’re working by yourself and for yourself, you could go the rest of your life without ever feeling like you’ve been awarded that trophy. The key is taking the time to throw yourself a party, or dishing out advice on the internet – whatever it takes to mark the occasion.

http://www.gogeomatics.ca/magazine/7-tips-for-success-as-a-gis-consultant.htm#comment-7876

ArcBruTile - Tile Services in ArcGIS Desktop

ArcBruTile display maps from OpenStreetMap, Bing, SpatialCloud, MapQuest, Europa Technologies, VR-TheWorld Online, Mapbox, Stamen Design, PDOK and others in ArcGIS Desktop.

Supported maps

• Stamen: Terrain, Toner, Watercolor http://maps.stamen.com
• Cloudmade: Fresh, Midnight Commander, Pale Dawn http://maps.cloudmade.com
• MapBox: Streets, Natural Earth http://mapbox.com/maps/
• OpenStreetMap: Hike and Bike Map http://hikebikemap.de/, Open Cycle Map http://www.opencyclemap.org/
• MapQuest: OpenAerialMap http://www.mapquest.com/
• PDOK: BAG, BRT, Natura2000, Nok2011, Top10nl, Top50 Raster, Top50 Vector, Top250 Raster (layerfiles)

Download ArcBru Tile

Screenshot:

Georeferencing an image using ArcGIS

Georeferencing involves assigning real-world coordinates to a number of reference points on the image. In ArcMap, this is done using the tools available in ArcMap’s Georeferencing Toolbar. In this example a map is used which has real-world coordinates

labelled near the four corners of the map. These points can be identified and assigned their real-world coordinates. These points are referred to as ‘control points.’

1. Add the image file to ArcMap (by using the 'add data' button just as you normally would - you will be asked if you wish to 'build pyramids,' which you can do to shorten the display time. Building pyramids will result inproduction of *.aux and *.rrd files).

2. Select View/Toolbar/Georeferencing

3. After selecting control points, zoom into one of them so you can place your mouse as accurately as possible on the point.

4. Under Georeferencing, uncheck “Auto-adjust.”

5. Click on the “Add control points” button.

6. Click on the identified point on the map image and move the mouse somewhere a bit further away. Then click the mouse again. You’ll see a line between a green point and a red point.

7. The green point is at what’s referred to as the ‘source.’ The red point is at what’s referred to as the ‘target.’ If you wanted to warp the image such that it overlaid with a data layer you had added to ArcMap, the red point would need to be placed at the corresponding point of the existing data layer. However, in this example, you are not warping the image to overlay with a data layer in ArcMap. Rather, you’ll need to provide ArcMap the target coordinate values. To do this, click on the ‘view link table’ button on the Georeferencing toolbar. Change the map x and map y values to reflect the real-world

values read from the map.

8. Repeat steps 6 and 7 for all of your control points. If you make a mistake, you can a control point by selecting the appropriate row in the table and pressing the “Delete” key on your keyboard. In this example, the final table looks like this:

9. When you have finished entering control point data, click on OK to close the link table.

10. Select Georeferencing/Rectify. In the next window, change any of the defaults if desired. When the rectification process is finished, you will see that .tif and *.tfw files have been created.

11. Select Georeferencing/Update Display to view your results. Now you should be able to overlay other data (provided those data use the same coordinate system). This example below shows that data for states and major roads overlay with the image.

Heights Profile with Google Earth

The Heights Profile is very useful to verify the possible obstructions to a link.

To use the Height Profiles, the first thing to do is create a path. For that, one way is to click with mouse right button in the Temporary Places Folder (1) -> Add (2) -> Path (3).

Then type a name for your path, for example My Link (1). Click the OK button

Done. Note that the link 'My Link' is now available in the left pane (1). Right click on it and choose Show Elevation Profile (2).

Voila! There's your Heights Profile (1)! Simpler than you thought, isn't it? :)

Correction d'un Shape file endomagé

Pour corriger  un shape file endommagé, Shapechk  est un utiltaire intéressant qui le  permet, il suffit juste de  le télécharger :  shapechk.exe

La première étape consiste à cliquer sur le bouton  pour sélectionner le fichier de formes endommagé.

L'étape suivante est optionnelle. Il s'agit de cliquer sur le bouton . Ce bouton permet de lire l'en-tête de la donnée mais ne corrige en rien la donnée.

En revanche, le bouton  contrôle le fichier .shx et le génère si cela s'avère nécessaire.

Pour terminer le dernier bouton  contrôle le fichier .dbf. Il permet d'ajouter des lignes à la table attributaire si cela s'avère nécessaire ou d'en supprimer s'il y a des lignes en trop (plus exactement à supprimer les lignes ne correspondant à aucune entité géographique).

Excel To KML

With the website  Excel to KML you can use a excel spreadsheet
In the spreadsheet you define specific columns and add the necessary data. On the website you can upload the excel file and convert it to KML by viewing it in Google Earth. Then you can download the kml file.

MyGeodata Converter services

MyGeodata Converter allows you to read and write from/to a huge number of CAD and GIS formats - both vector and raster. MyGeodata Converter is more than only simply data converter! In contrast to common format convertion MyGeodata Converter allows sofisticated data processing during conversion. MyGeodata Converter also can be used as a powerful tool for collective data and attributes processing.

Pack one or more GIS datesets of various formats or coordinate systems to a ZIP file - then you can convert it collectivety to any other format and coordinate system

Run vector Converter                                  Run Raster Converter

Vector                                                                          

List of acceptable input data formats		List of available output data formats
ESRI Shapefile Arc/Info Binary Coverage Arc/Info .E00 (ASCII) Coverage Microstation DGN MapInfo File Comma Separated Value (.csv) GML GPX KML GeoJSON UK .NTF SDTS U.S. Census TIGER/Line S-57 (ENC) VRT - Virtual Datasource EPIInfo .REC Atlas BNA Interlis 1 Interlis 2 GMT X-Plane/Flighgear aeronautical data Geoconcept		ESRI Shapefile Microstation DGN MapInfo File Comma Separated Value (.csv) GML GPX KML GeoJSON

Raster :

List of acceptable input data formats		List of available output data formats
VRT / Virtual Raster (.vrt) GTiff / GeoTIFF (.tif) NITF / National Imagery Transmission Format (.ntf) RPFTOC / Raster Product Format TOC format (.toc) HFA / Erdas Imagine Images (.img) SAR_CEOS / CEOS SAR Image CEOS / CEOS Image JAXAPALSAR / JAXA PALSAR Product Reader (Level 1.1/1.5) GFF / Ground-based SAR Applications Testbed File Format (.gff) ELAS / ELAS AIG / Arc/Info Binary Grid AAIGrid / Arc/Info ASCII Grid (.asc) SDTS / SDTS Raster (.ddf) OGDI / OGDI Bridge DTED / DTED Elevation Raster PNG / Portable Network Graphics (.png) JPEG / JPEG JFIF (.jpg) MEM / In Memory Raster JDEM / Japanese DEM (.mem) GIF / Graphics Interchange Format (.gif) BIGGIF / Graphics Interchange Format (.gif) ESAT / Envisat Image Format (.n1) BSB / Maptech BSB Nautical Charts XPM / X11 PixMap Format (.xpm) BMP / MS Windows Device Independent Bitmap (.bmp) DIMAP / SPOT DIMAP AirSAR / AirSAR Polarimetric Image RS2 / RadarSat 2 XML Product PCIDSK / PCIDSK Database File (.pix) PCRaster / PCRaster Raster File (.map) ILWIS / ILWIS Raster Map (.mpr/mpl) SGI / SGI Image File Format 1.0 (.rgb) SRTMHGT / SRTMHGT File Format (.hgt) Leveller / Leveller heightfield (.ter) Terragen / Terragen heightfield (.ter) GMT / GMT NetCDF Grid Format (.nc) netCDF / Network Common Data Format (.nc) HDF4 / Hierarchical Data Format Release 4 HDF4Image / HDF4 Dataset ISIS3 / USGS Astrogeology ISIS cube (Version 3) ISIS2 / USGS Astrogeology ISIS cube (Version 2) PDS / NASA Planetary Data System ERS / ERMapper .ers Labelled JPEG2000 / JPEG-2000 part 1 (ISO/IEC 15444-1) (.jp2) L1B / NOAA Polar Orbiter Level 1b Data Set FIT / FIT Image GRIB / GRIdded Binary (.grb) RMF / Raster Matrix Format (.rsw) MSGN / EUMETSAT Archive native (.nat) RST / Idrisi Raster A.1 (.rst) INGR / Intergraph Raster GSAG / Golden Software ASCII Grid (.grd) GSBG / Golden Software Binary Grid (.grd) GS7BG / Golden Software 7 Binary Grid (.grd) COSAR / COSAR Annotated Binary Matrix (TerraSAR-X) TSX / TerraSAR-X Product COASP / DRDC COASP SAR Processor Raster (.hdr) PNM / Portable Pixmap Format (netpbm) (.pnm) DOQ1 / USGS DOQ (Old Style) DOQ2 / USGS DOQ (New Style) ENVI / ENVI .hdr Labelled EHdr / ESRI .hdr Labelled GenBin / Generic Binary (.hdr Labelled) PAux / PCI .aux Labelled MFF / Vexcel MFF Raster (.hdr) MFF2 / Vexcel MFF2 (HKV) Raster FujiBAS / Fuji BAS Scanner Image GSC / GSC Geogrid FAST / EOSAT FAST Format BT / VTP .bt (Binary Terrain) 1.3 Format (.bt) LAN / Erdas .LAN/.GIS CPG / Convair PolGASP IDA / Image Data and Analysis NDF / NLAPS Data Format EIR / Erdas Imagine Raw DIPEx / DIPEx LCP / FARSITE v.4 Landscape File (.lcp) RIK / Swedish Grid RIK (.rik) USGSDEM / USGS Optional ASCII DEM (and CDED) (.dem) GXF / GeoSoft Grid Exchange Format (.gxf) HTTP / HTTP Fetching Wrapper HDF5 / Hierarchical Data Format Release 5 (.hdf5) HDF5Image / HDF5 Dataset ADRG / ARC Digitized Raster Graphics (.gen) BLX / Magellan topo (.blx)		VRT / Virtual Raster GTiff / GeoTIFF NITF / National Imagery Transmission Format HFA / Erdas Imagine Images (.img) ELAS / ELAS AAIGrid / Arc/Info ASCII Grid DTED / DTED Elevation Raster PNG / Portable Network Graphics JPEG / JPEG JFIF MEM / In Memory Raster GIF / Graphics Interchange Format (.gif) XPM / X11 PixMap Format BMP / MS Windows Device Independent Bitmap PCIDSK / PCIDSK Database File PCRaster / PCRaster Raster File ILWIS / ILWIS Raster Map SGI / SGI Image File Format 1.0 SRTMHGT / SRTMHGT File Format Leveller / Leveller heightfield Terragen / Terragen heightfield GMT / GMT NetCDF Grid Format netCDF / Network Common Data Format HDF4Image / HDF4 Dataset ERS / ERMapper .ers Labelled JPEG2000 / JPEG-2000 part 1 (ISO/IEC 15444-1) FIT / FIT Image RMF / Raster Matrix Format RST / Idrisi Raster A.1 INGR / Intergraph Raster GSAG / Golden Software ASCII Grid (.grd) GSBG / Golden Software Binary Grid (.grd) PNM / Portable Pixmap Format (netpbm) ENVI / ENVI .hdr Labelled EHdr / ESRI .hdr Labelled PAux / PCI .aux Labelled MFF / Vexcel MFF Raster MFF2 / Vexcel MFF2 (HKV) Raster BT / VTP .bt (Binary Terrain) 1.3 Format IDA / Image Data and Analysis USGSDEM / USGS Optional ASCII DEM (and CDED) BLX / Magellan topo (.blx)

http://converter.mygeodata.eu/