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WaveScope
Analysis Software
A
flexible, user extensible set of software tools has been
designed for the efficient reduction and analysis of wavefront
and image data. Written in the Tk/Tcl scripting language,
a unified Hartmann data reduction package is presented
in a user friendly GUI (graphical user interface).
Virtually
any type of sensor data may be reduced and analyzed to
yield OPD, PSF, MTF and most other commonly used quantities.
Data
visualization tools ranging from simple greyscale displays
to vector movies are incorporated for data interpretation.
Customized
scripts and algorithms may be added by the user using
the WaveScope toolset.
How
it Works
The
software will analyze data that has been acquired either
in single frame or multiple frame mode. The GUI guides
the user through the process of calibration, data display,
and all analysis functions. The calibration is automated
with optional user choice of aperture shapes, and editing
of the active subaperture map.
User
Customizable Scripting
The
unique advantage of WaveScope's software is that it has
the ability to allow the user to create custom scripts
for commonly repeated data acquisition or analysis tasks.
| Atomic
Functions |
Beam
Profiling |
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•Manipulation
and processing of multidimensional scalar and complex
data
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•Resolution
corrected intensity maps up to 72x72
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•Generation
of wavefront gradients OPD, OTF, MTF, PSF, Encircled
Energy, zernike
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•Temporal
and spatial statisitcs of multiple frame data set
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•Polynomial
and Monomial Components and synthetic interface
fringe images
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•Extraction
of cuts from 2D intensity map
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•Graphical
data display data and output to FITS, tif, jpg,
GIF formats
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•Polynomial
fits to intensity map
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•Temporal
and spatial power spectra of intensity maps
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| Wavefront
Measurement |
Data
Display and Visualization |
| •Maps
30x30 subaperture wavefront gradient maps |
•Grey
Scale Images |
| •30x30
resolution full wavefront reconstruction OPD |
•False
color images |
| •Polynomial
decomposition of wavefront (obscured and unobscured
zernike, Chebychev, Hermite, monomial) |
•Overlay
of spot centroids, wavefront gradients contours |
| •Fourier
analysis of wavefront |
•Vector
display of gradients |
| •Temporal
and spatial power spectra of wavefront maps |
•Wire
grid display of intensity or phase maps |
| •Calculated
PSF and Strehl (using either true or uniform intensity
profile) |
•3D
solid display of intensity or phase maps |
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•2D
plotting of cuts through intensity or phase maps |
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•Text
display of polynomial coefficients |
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•User
text entry panel for measurement notes and comments |
View
the on-line WaveScope manual
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