PANCROMA gap fills (post 2003) SLC-Off ETM+ images using the Transfer, Hayes and TERAS algorithms, improving the appearance and utility of post-2003 (SLC-Off) Landsat imagery.
PANCROMA pan sharpens Landsat, SPOT®, Digital Globe®, GeoEye® and other satellite data (single file or batch mode)
PANCROMA has unique image preprocessing utilities to compensate for the color distortions inherent in the pan sharpening process, allowing you to produce high quality Landsat or SPOT® pan sharpened images.
PANCROMA automatically generates matched multiple band subsets of co-registered and georeferenced satellite images using semi-manual or automatic mode for subsequent pan sharpening.
PANCROMA combines an intuitive GUI with a sophisticated computation engine. With its 'Quick Start' Instruction Manual, instructional videos, White Papers and friendly customer support, you will create your first pan sharpened satellite image within minutes!
PANCROMA can extract SPOT® and ASTER L1B band files from composite images downloaded for free from the LP-DAAC Data Pool and the USGS Earth Explorer website.
PANCROMA can synthesize natural color composite RGB images from SPOT® and ASTER false-color bands 1, 2 and 3(N). PANCROMA can produce natural color pan sharpened images from the synthesized SPOT® data.
The Spectral Analyzer is a powerful semi-automated utility for searching Landsat DN, Landsat Reflectance (both including TIR band), SPOT, ASTER and EO-1 ALI multispectral data for spectral fingerprints
PANCROMA also has a new WorldView-2® Spectral Analyzer.
PANCROMA batch processes virtually unlimited quantities of band files to produce RGB color composite and pan sharpened images.
Input and output files in JPEG, BMP, PNG, GeoTiff and Landsat L1G format
Display individual grayscale band files at full resolution
Create 30m resolution true-color RGB images from Landsat band files 3, 2, 1 instantly
Create 30m resolution false-color images from any combination of Landsat band files
Create 20m resolution false-color and natural-color images from SPOT® band files
Create 15m resolution false-color and natural-color images from ASTER band files
Spectrally transform 15m resolution false-color Landsat GEOCOVER scenes to natural color RGB images
Create 15m resolution pan-sharpened images from Landsat ETM+ band files and panchromatic band data using HSI or Brovey Transform methods
Create 10m resolution pan-sharpened true and false color images from SPOT® band files and panchromatic band data
Create 10m resolution pan-sharpened true and false color images from NASA EO-1 band files and panchromatic band data
Create 10m resolution pan-sharpened images from Landsat ETM+ band files using a SPOT panchromatic band
Unbundle, calibrate and process Digital Globe WorldView® data
Unbundle, and process Formosat® data
Unbundle and process GeoEye® data
Use ENHG and XIONG algorithm spectral distortion correction algorithms for truer pan sharpened color tones
Pan sharpen with AJISANE algorithm
Use a persistent RGB comparison image provided for fine-tuning pan sharpened images
Resample large Landsat files to lower resolution
Interpolate using Nearest-Neighbor, Laplacian or Iterative algorithms. (Iterative also implemened as a stand-alone utility.)
Compute band ratio images
Compute Pearson's Corellation Coefficient
Histogram match two images
Histogram stretch a single image
Compute single and double image histograms
Subtract two images
Compute X-Y band scatter plots and regression analyses
Post process image - color adjust
Use unsupervised C-Clustering image clustering algorithms to group land features
Create full-color, half-color and grayscale anaglyphs from stereo images
Create Landsat cloud masks
Dark Image method haze reduction utility
Haze Optimized Transform (HOT) method haze reduction utility
Landsat image registration
Image tiling
Landsat Top of Atmosphere reflectance and radiance computation
Spectral Analyzer for Landsat, SPOT, ASTER and EO-1 ALI/Hyperion
Euclidean Distance Fraction™ analysis for precise land use classifications based on spectral signatures
Change Distance™ Landsat multispectral change detection tool.
Point Spectrum Generator for Landsat, SPOT, ASTER and EO-1 ALI/Hyperion
Landsat spectral unmixing.
Point Spectrum zoom utility
Landsat Surface Temperature computation to convert TIR band6 to degrees Kelvin
Vegitation indices
Tasseled Cap Transformation
Multispectral band scatter plots
Single and multiple band regression
Single and multiple band linear transformation
Correct WorldWind IEEE FP32 elevation files
Pan sharpen a single multispectral or hyperspectral band with negligable spectral distortion
Image zoom
Read USGS and NASA/JPL ASCII spectral files
NAIP four band multispectral analysis
Landsat and NAIP multispectral unsupervised classification
Fourier image analysis
FFT image deconvolution
Gamma correction
DEM based haze reduction and shadow reduction algorithms
Landsat 8 support
Full User Manual including Tutorials
Online Help file
Online instructional videos
Import Landsat files in .tif, .L1G, .jpg, png and .bmp format
Save processed files in .jpg, .png and .bmp format
Friendly customer support included in purchase price
PANCROMA's adaptive algorithms detect your computer's memory configuration, allowing computers with as little as 256MB of installed RAM to pan sharpen and save full sized Landsat datasets, while allowing faster processing speeds for more capable computers.
