Quarktet proudly announces the release of the Tria Image Processing Program, enabling rapid Blind deconvolution of just about any image. Tria contains a specialized set of image processing algorithms that enable fast and effective deconvolutions, as well as many standard image processing tools.
Features:
# Performs image mathematics with addition, subtraction, multiplication, and division
# Performs sub-pixel image shifts, rotations (all degrees), flip horizontal and vertical, and scaling using either nearest-neighbor, bilinear or bicubic interpolation
# Convert images to one of seven formats
# Applies the following filters: mean, weighted mean, despeckle, sharpen (light, medium, and heavy), edge Detect (LaPlace, Sobel horizontal, Sobel vertical), and rank filter
# Crop images using either coordinates or the mouse
# Apply Fourier functions such as Fast Fourier Transform, Inverse FFT, extract Magnitude and Phase, Complex Conjugate, and swap quadrants
# Apply deconvolution using the pseudo-inverse filter, (as effective as iterative techniques, but a lot faster)
# Apply the SeDDaRA blind deconvolution method, (at least as effective as iterative techniques, and a lot faster)
# Apply the CARon approximation of the SeDDaRA function, extracting the Blur function without a reference image
# Quickly align (a.k.a register) images for differences in translation, rotation, and scale to sub-pixel accuracy
# Remove noise floor from image.
# Dim objects such as bright stars or sunlight to ensure that they are not saturated in display images
# Batch process images in folders, using any of the functions described above
# Batch Averaging of image stacks
# Flat-field images to remove background noise and CCD artifacts
# Clean and center point spread functions, in preparation for deconvolution
# Create and save reference images for use with SeDDaRA
