Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
Leica Geosystems Sets New Benchmark for Laser Visibility
(Heerbrugg, Switzerland) – Leica Geosystems, industry leader in reality...
Wood Wins Government Backing to Bring Space Technology to Nuclear Decommissioning
Wood is leading research to make nuclear decommissioning safer,...
GeoSLAM to Demo Time & Cost Saving 3D Mobile Laser Scanners for Construction Applications at 2018 AGC Convention
NOTTINGHAMSHIRE, U.K. – GeoSLAM will demonstrate how its ZEB-REVO...
Topcon Acquires ClearEdge3D, a Technology Leader in 3D Modeling and Construction Verification Software
TOKYO, Japan  – Topcon Corporation, a world leader in...
Rare and Shrinking Glaciers in the Tropics
Like tropical glaciers elsewhere in the world, the glaciers...

October 7, 2014
Rapidlasso Announces LASzip “Compatibility Mode” For LAS 1.4

GILCHING, Germany, Oct. 6, 2014—Just in time for INTERGEO 2014 in Berlin, rapidlasso GmbH has completed the first prototype that extends the LASzip LiDAR compressor to the new point types 6 to 10 introduced with the LAS 1.4 specification. Sponsored in part by NOAA, this upgrade introduces a new "Compatibility Mode" for LAS 1.4 that deploys a clever point re-coding strategy so that legacy LiDAR software - without LAS 1.4 support - can readily read the new point types as well.

The new "Compatibility Mode" is realized by re-coding the new point types 6 to 10 of the LAS 1.4 specification into corresponding older point types 1, 3, 4 or 5 of the LAS 1.3 specification and by storing all new attributes (e.g. more classifications, higher-resolution scan angles, wider return counters, ...) as "extra bytes". This results in a lossless and forward-compatible format that has several advantages:

(1) existing legacy software can readily read the re-encoded LAS 1.4 files,
(2) the popular LASzip compressor can trivially compress and decompress re-encoded LAS 1.4 content,
(3) easier adaptation of the new LAS 1.4 point types by mitigating their impact on existing LAS 1.3 workflows, and
(4) extra time gives geospatial players the opportunity to jointly develop the final *native* LAS 1.4 compressor and avoid fragmenting compressed LiDAR into incompatible formats.

About LASzip:

The LASzip compressor is the de-facto industry standard for compressed LiDAR and supported by numerous software packages (see http://laszip.org). This open source (LGPL) compression scheme achieves lossless compression ratios from 1:5 to 1:12 and processes several million points per seconds making it winner of the Geospatial World Award for LiDAR Processing in 2012 and runner up for most innovative product at the Wichmann INTERGEO 2012 Awards.

About rapidlasso GmbH:

Technology start-up rapidlasso GmbH specializes in efficient LiDAR processing tools that are widely known for their high productivity. They combine robust algorithms with efficient I/O and clever memory management to achieve high throughput for data sets containing billions of points. The company's flagship product - the LAStools software suite - has deep market penetration and is heavily used in industry, government agencies, research labs, and educational institutions. Visit http://rapidlasso.com for more information.

Comments are closed.

October 7, 2014
Rapidlasso Announces LASzip “Compatibility Mode” For LAS 1.4

GILCHING, Germany, Oct. 6, 2014—Just in time for INTERGEO 2014 in Berlin, rapidlasso GmbH has completed the first prototype that extends the LASzip LiDAR compressor to the new point types 6 to 10 introduced with the LAS 1.4 specification. Sponsored in part by NOAA, this upgrade introduces a new "Compatibility Mode" for LAS 1.4 that deploys a clever point re-coding strategy so that legacy LiDAR software - without LAS 1.4 support - can readily read the new point types as well.

The new "Compatibility Mode" is realized by re-coding the new point types 6 to 10 of the LAS 1.4 specification into corresponding older point types 1, 3, 4 or 5 of the LAS 1.3 specification and by storing all new attributes (e.g. more classifications, higher-resolution scan angles, wider return counters, ...) as "extra bytes". This results in a lossless and forward-compatible format that has several advantages:

(1) existing legacy software can readily read the re-encoded LAS 1.4 files,
(2) the popular LASzip compressor can trivially compress and decompress re-encoded LAS 1.4 content,
(3) easier adaptation of the new LAS 1.4 point types by mitigating their impact on existing LAS 1.3 workflows, and
(4) extra time gives geospatial players the opportunity to jointly develop the final *native* LAS 1.4 compressor and avoid fragmenting compressed LiDAR into incompatible formats.

About LASzip:

The LASzip compressor is the de-facto industry standard for compressed LiDAR and supported by numerous software packages (see http://laszip.org). This open source (LGPL) compression scheme achieves lossless compression ratios from 1:5 to 1:12 and processes several million points per seconds making it winner of the Geospatial World Award for LiDAR Processing in 2012 and runner up for most innovative product at the Wichmann INTERGEO 2012 Awards.

About rapidlasso GmbH:

Technology start-up rapidlasso GmbH specializes in efficient LiDAR processing tools that are widely known for their high productivity. They combine robust algorithms with efficient I/O and clever memory management to achieve high throughput for data sets containing billions of points. The company's flagship product - the LAStools software suite - has deep market penetration and is heavily used in industry, government agencies, research labs, and educational institutions. Visit http://rapidlasso.com for more information.

Comments are closed.