XEland - stereo 3D landscape generaror Files

Brought to you by: ser0ser

The interactive file manager requires Javascript. Please enable it or use sftp or scp.
You may still browse the files here.

Name	Modified	Size	InfoDownloads / Week
Parent folder
xeland-0.3.tar.gz	2002-07-16	205.2 kB	0
xeland-0.1.tar.gz	2002-07-12	206.8 kB	1
Totals: 2 Items		412.1 kB	1

Other Useful Business Software

MongoDB Atlas runs apps anywhere

Deploy in 115+ regions with the modern database for every enterprise.

MongoDB Atlas gives you the freedom to build and run modern applications anywhere—across AWS, Azure, and Google Cloud. With global availability in over 115 regions, Atlas lets you deploy close to your users, meet compliance needs, and scale with confidence across any geography.

Start Free

Demo Series - Small Business Backup By Veeam

Learn how to protect your Microsoft 365 data, with simple, actionable tips today.

Watch this on-demand demo series and learn how to protect your Microsoft 365 data with clear, simple, actionable steps that are easy to implement for businesses of all sizes.

Watch Demo Series

Recommended Projects

Kaleidoscope - Stereo
Kaleidoscope drawing software with the facility to save in cross view stereo pictures.
Demeter Terrain Engine
A cross-platform terrain rendering engine that uses advanced techniques such as dynamic tessellation to render complex landscapes at high frame rates. Suitable for use in games, engineering, simulation, etc.
Myrddin Landscape Plugin for MOgre/Ogre
Myrddin Landscape Plugin (MLP) is a Ogre Scene Manager compatible with both MOgre and Ogre: MLP organizes terrain in pages and tiles to produce small or large realistic landscapes. MLP provides also support for dynamic sky/haze and water planes.
Gneiss
OpenSource landscapes, planets and space environments generator project in C++. Currently only the basic nebulae generation function work.
Land-based crop phenotyping by stereo
We presented an effective procedure for generating stereo images by self-calibration and producing quality depth maps by matching of stereo images. We demonstrate that the canopy height distribution can reveal distinctive responses in growth pattern over time, for different varieties subject to the same treatment and for the same variety subjected to different treatments. The results of the procedure are shown to compare favourably with and are indeed more consistent than manual measurements of canopy height (resulting in an R2 of 0.92). By combining the histogram of canopy distributions, the canopy heights and the medium canopy heights, we find that the two different fertilizer treatments have significant impacts on all 10 wheat varieties in terms canopy coverages and heights but not the growth behaviours over time.