#Imdb hypercube 64 Bit#
#Imdb hypercube generator#
#Imdb hypercube update#
#Imdb hypercube 32 bit#

If we used a true random number generator to obtain this sample, it’s possible that both values could be greater than 0 or that both values could be less than 0. Suppose we’d like to obtain a sample of 2 values from a dataset that is normally distributed with a mean of 0 and a standard deviation of 1. To wrap your head around the idea of latin hypercube sampling, consider the following simple example: It is widely used to generate samples that are known as controlled random samples and is often applied in Monte Carlo analysis because it can dramatically reduce the number of simulations needed to achieve accurate results. Includes header file, DTED.hdr (572 KB, 254 KB compressed).Latin hypercube sampling is a method that can be used to sample random numbers in which samples are distributed evenly over a sample space. Includes header, TERRAIN.hdr, and wavelength, TERRAIN.wvl, files ( 64 MB, 37 MB compressed).ĭTED.zip Digital terrain elevation file. TERRAIN.zip HYDICE sensor imagery (16 bit BIL, 307 pixels by 500 lines by 210 bands). Includes header, URBAN.hdr, and wavelength, URBAN.wvl, files (40 MB, 22 MB compressed). URBAN.zip HYDICE sensor imagery (16 bit BIL, 307 pixels by 307 lines by 210 bands). Also includes the corresponding header, Cc.hdr, and wavelength, Cc.wvl, files ( 373 KB, 12 KB compressed). Sample data sets, *.zip for Windows and Macintosh platforms:Ĭc.zip Color wheel (8 bit BSQ, 440 pixels by 290 lines by 3 bands, 373 KB). Library.zip Spectral library ( WinZip file or Sutffit 5.1, 49 signature files and 1 library list file, all in ASCII, 300 KB). HyperCube_Intel.zip Macintosh Intel installation (2.5 MB). HyperCube_PPC.zip Macintosh PowerPC installation (2.5 MB).

#Imdb hypercube 64 Bit#

HyperCube.zip Windows executable, use WinZip to expand the 32 and 64 bit versions (2.5 MB).

Quick Start.pdf Step by step instructions to get HyperCube up and running with the example files. HyperCube.pdf Documentation in portable document format (189 pages, 15 MB, Acrobat 5.0).

The documentation ( HyperCube.pdf ) details each HyperCube function and contains more than 100 pictorial examples of their usage. Each expanded *.hdr and *.wvl file must reside within the same folder as their corresponding base image file. Listed below are the downloadable data files that are part of the Quick Start. The Mac Option key is replaced with the Alt key in Windows. So, for example, to perform a paste operation press the Control and V keys simultaneously. The Windows version uses the Control (Ctrl) key instead of the Macintosh command key. Also, see 'Windows version' in the documentation index. Any slight (very slight) differences between the two versions are delineated in the text (in particular see the 'Load Selection' button in section Band List of the documentation). Although the documentation was done on a Mac version of Adobe InDesign using Mac examples, the Windows GUI matches it one-for-one. The Mac and Windows versions are 99.9% identical with one significant difference: the Windows version does not support the Mac Pict image format. There are no other special requirements or considerations.

#Imdb hypercube 32 bit#

The Windows version ( HyperCube.zip) runs on the Windows XP and Vista operating systems and contains both 32 bit and 64 bit versions. The first one is for the PowerPC and the second is for the Intel architecture. There are currently two Mac versions of HyperCube ( HyperCube_PPC.zip, HyperCube_Intel.zip). In addition, HyperCube contains functions to filter, warp, mosaic, reformat, calibrate, combine, photogrammetrically project, stereo compile and to perform arithmetic on imagery and data. This includes the static and dynamic display of the image cube and the generation of spectral classifications using both imagery and spectral libraries.

#Imdb hypercube update#

HyperCube is a Macintosh and Windows application program ( update information) specifically directed to the analysis and display of multi and hyperspectral imagery.