Articles and Media Posts
Extensive Support for Images

Image handling in Civil Designer Software
Civil Designer has always been known for its extensive image handling capabilities and can handle the following image formats: MrSID (*.sid), ERMapper (*.ecw), Tagged Image Format (*.tif), Bitmap (*.bmp), JPEG (*.jpg), JPEG2000 (*.jp2), Portable Network Graphics (*.png), Graphic Interchange Format (*.gif), Truevision Targa (*.tga).

Multiple, large images such as orthophotos or aerial survey images can be quickly loaded into a project so that the spatial relationship of your design to other terrain features can be assessed. The software can handle over 300 high resolution aerial survey bitmaps, used as a design backdrop within a single project.

Image tiles can be read directly from ECW and MrSID satellite photographs. This means that rather than creating BBF files for an entire aerial survey photograph, Civil Designer can load and draw the image tiles that are required. This allows very fast image handling of ECW or MrSID files greater than 2GB.

Geo-referenced images
Geo-referenced images (TFW, ECW, SID, etc) are automatically positioned according to the survey coordinate system of the design project. Google Earth snapshots can be captured, geo-referenced and imported into the correct position on a survey drawing. You can also extract grid elevations of your project and export project CAD lines from visible layer(s) back to Google Earth as a KML file.

Geo-referenced Cropped Images
Civil Designer's soon to be released 8.3 version allows you to export part of a large image in your drawing to a JPG image file, with a corresponding 'world file'.
  
ECW Image Tiling in Civil Designer
ECW Image Tiling in Civil Designer

Google Earth KML
Project CAD lines exported to Google Earth
This is useful for example when you want to send part of your project drawing for review without the large image (which may be many gigabytes).

The highest detail level image tiles that are included in your selected and cropped rectangle, will be assembled into a new image, which will be saved with the file name/path that you specified. A .JGW world file (which contains geo-referencing information for the image file) will also be saved in the same folder.

The cropped image you saved may be used to replace the original image, or inserted into another drawing. If the drawing uses survey coordinates, the image will be automatically positioned at the correct coordinates (according to the world file).

The technical-tip video below demonstrates how an ECW file of the entire Western Cape of South Africa, at a file size of more than 26 GB, can be loaded and displayed instantly:


"I recently returned to using Civil Designer having used alternative software. I was struck by the time saving and productivity I could achieve - sometimes as much as 50% faster to plan production. The software works well, and the service is top class compared to other service providers." Gustaf van Aardt Pr Tech Eng, V3 Consulting Engineers



Image Handling | Civil Designer Software
Please contact us if you would like to know more about Civil Designer.




Civil Designer Software for integrated infrastructure design
www.civildesigner.com
Civil Designer on LinkedIn
Civil Designer videos

RECENT POSTS:

Infrastructure Design Tools for Clean Water and Sanitation Goals

Is Your Project Grounded?

Road Templates Save Design Time

'Finding Your BIM Sweet Spot'

Rainfall Runoff Simulation in Stormwater Network Design

Customised IFC Data Exchange

Image handling in Civil Designer Software

Common Coordinate Systems Facilitate Project Collaboration

Advantages of IFC for sharing project data within a BIM model

Handling Roadway Design Criteria with Civil Designer

Software Licensing and Cost Considerations

Intelligent BIM workflow with Industry Case Study

Infrastructure Design Within a BIM Model

Climbing and Auxiliary Lane Analysis with Speed Profiling

Sight Distance Checking

Handling Existing Services Data with Civil Designer

Simulating the Impact of Water Restrictions on Clean and Foul Water Networks

Water Film Thickness Analysis