MODAS, © 1999-2006

Gallery

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Thumbnail - Next Generation

Double click on image to view in full size. Roll over and click right side of image to move forward or click left side of image to move back. Alternately you can press the left or right arrow keys. Press Esc or click outside the image to close.

Standard Features

Main window with the next generation background
 Customize the look of your main window by different backgrounds
 Customize the toolbar by docking his elements top, bottom, left and right
 Classical gray windows's background if prefer
Surfaces spread sheet uses different colors for lens and mirrors
 Surfaces spread sheet and differed snalyses
 Scaleable vector graphics, clone, size and cascade windows
 More place, more graphics and more fun
Detail spot diagrams - all fields
 Customize the graph by adding different scales - box, circle, cross etc.
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
Ray aberrations fans - tangential and sagittal
 Customize the graph by adding frame, grid scale, diffraction limit or use dashes
 Customize the graph by adding frame, grid scale, diffraction limit or use dashes
 Display the graphic in black background if prefer
Combination plot - spot diagram, tangential and sagittal ray aberrations
 Customize the graph by adding different scales - box, circle, cross etc.
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
Through focus spot diagrams
 Customize the graph by adding different scales - box, circle, cross etc.
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
Matrix spot diagrams - monochromatic
 Customize the graph by adding different scales - box, circle, cross etc.
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
Through Focus Tangential Ray Aberrations
 Customize the graph by different settings - diffraction limit, ray dencity etc.
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
Through Focus Sagittal Ray Aberrations
 Customize the graph by showing a diffraction limit
 Add a frame or grid to made your graphic much attractiver
 Display the graphic in black background if prefer
RMS spot size vs. focus
 Add a differend grid styles to made your graphic much attractiver
 Supported are solid, doted and dashed gride styles
 Display the graphic in black background if prefer
RMS spot size vs. field
 Add a differend grid styles to made your graphic much attractiver
 Supported are solid, doted and dashed gride styles
 Display the graphic in black background if prefer
RMS spot size vs. wavelength
 Add a differend grid styles to made your graphic much attractiver
 Supported are solid, doted and dashed gride styles
 Display the graphic in black background if prefer
Wavefront surface map for the blue light
 Wavefront surface map for the green light
 Wavefront surface map for the red light
 Wavefront surface map for the red light with black background
Detail wavefront map for the blue light in true color mode
 Detail wavefront map for the green light in true color mode
 Detail wavefront map for the red light in true color mode
 Detail wavefront map for the red light in true color mode and black background
Detail wavefront map for the blue light in rainbow color mode
 Detail wavefront map for the green light in rainbow color mode
 Detail wavefront map for the red light in rainbow color mode
 Detail wavefront map for the red light in rainbow color mode and black background
Wavefront aberrations fans - tangential and sagittal
 Customize the graph by adding frame, grid scale, diffraction limit or use dashes
 Customize the graph by adding frame, grid scale, diffraction limit or use dashes
 Display the graphic in black background if prefer
Combination wavefront map for the blue light in true color mode
 Combination wavefront map for the green light in true color mode
 Combination wavefront map for the red light in true color mode
 Combination wavefront map for the red light in rainbow color mode and black background
Through Focus wavefront map for the blue light in true color mode
 Through Focus wavefront map for the green light in true color mode
 Through Focus wavefront map for the red light in true color mode
 Through Focus wavefront map for the red light in rainbow color mode and black background
Matrix wavefront map for the blue light in true color mode
 Matrix wavefront map for the green light in true color mode
 Matrix wavefront map for the red light in true color mode
 Matrix wavefront map for the red light in rainbow color mode and black background
Detail FFT PSF for the blue light in true color mode
 Detail FFT PSF for the green light in true color mode
 Detail FFT PSF for the red light in true color mode
 Detail FFT PSF for the red light in true color mode and black background
Matrix FFT PSF for the blue light in true color mode
 Matrix FFT PSF for the green light in true color mode
 Matrix FFT PSF for the red light in true color mode
 Matrix FFT PSF for three different wavelengths in true color mode and black background
Multi FFT PSF for the blue light in true color mode
 Multi FFT PSF for the green light in true color mode
 Multi FFT PSF for the red light in true color mode
 Multi FFT PSF for the red light in true color mode and black background
Detail FFT PSF sclices for the blue light in true color mode
 Detail FFT PSF sclices for the green light in true color mode
 Detail FFT PSF slices for the red light in true color mode
 Detail FFT PSF slices for three different wavelengths in rainbow color mode and black background
Matrix FFT PSF sclices for the blue light in true color mode
 Matrix FFT PSF sclices for the green light in true color mode
 Matrix FFT PSF slices for the red light in true color mode
 Matrix FFT PSF slices for three different wavelengths in true color mode and black background
Achromatic Doublet
 Christian Triplet
 Classical Cassegrain
 Classical Gregorian
Cassegrain with Corrector
 Maksutov Cassegrain by Gregory
 Compact Maksutov Cassegrain with Corrector
 Houghton Cassegrain
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My Optics is the alias of the supported services and the products built and developed by Ivan Krastev, with the purpose of educating the general public and membership on matters pertaining to astronomy and amateur telescope making.