Tria Image Processing is much more than deconvolution!

Image Processing

• 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
• 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
• All operations are performed on the image data, and not the 24-bit displayed representation of the image
  

Image Analysis

• Apply metrics to compare the results of image deconvolutions, including mean least squares, dynamic signal-to-noise, full-width half maximum comparisons, and Quarktet's own edge response measure
• Perform spot analysis to determine the size and shape of star and planet images and save results in the measurement log.
  
• Measure distances, angles, and aspect ratios using the mouse while saving the results to the measurement log.
  
• Superimpose custom grids on the image
• Perform line-out plots by dragging the mouse across the image
• View full and Region-of-interest image stats in the status bar
• Use Tria's Graph window to:
• display image line-outs
• quickly see line-out stats
  
• click on lines to display image point values
• save line-out data to text files
• display image histograms for 256, 512, or 1024 bins
• quickly jump between line-outs for different images
• use graph cursors
• change graph properties
• display X axis in either X, Y, or interpolated coordinates
• change plot line width without redrawing line
  
• Change pixel scale of the displayed image
• Split and merge RGB images

Image Display

• Apply false color representation to grayscale images
• Use 'easy to find' sliders and settings to change image contrast
• Contrast settings include ABS (0 to max), MAX (min to max), HIST (10% to 90%) and Manual
  
• Use a Region-of-Interest to calculate and adjust contrast settings
  
• Use Image Magnifier viewer to see pixels up close
• Zoom images using with or without interpolation
• A unique 'Compare' Image Viewer for direct comparison of processed and unprocessed images
  
• Create highlights in grayscale images based on image amplitude.

 Convenience

• Opens and saves 8, 16, and 32-bit floating point TIFF images, 24, 48, and 96-bit RGB TIFF images, 8-bit, 16-bit signed, 16-bit unsigned, and 32-bit grayscale FITS images, 24, 48, and 96-bit RGB FITS images, grayscale and 24-bit RGB bitmap images,  jpeg images, raw data files, and text delimited files
• Record and save actions (as text) in log files
• All processing functions produce a new image, preserving the original
  
• Set default open files
• Provides a handy function to rename and renumber images.
  
• View Image Header Information for TIF, BMP and FITS images
  
• Customize the Control Panel with your most used functions

If there are other functions or features that you think belong in Tria, let us know!

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