Key Features:

• Reasonable Speed on Your PC or Laptop
• Easy to Integrate with Your C++ Codes
• Powerful, Configurable GUI Windows
• Does Zernike Analyses in Near Real Time
• Signals Carried Over USB
• Powered by USB

The AgilEye Graphical User Interface is well-thought-out and easy to use

• Low Cost (< $6000)
• Hartmann or Shack-Hartmann Sensors available (same cost)
  • Bandwidth 400-700nm (Useable to over 1000nm)
  • Optimum Beam input size is ~2.7mm by 2.7 mm
• Multiple Sensors and User's Optional Far-Field Cameras
  • User Friendly GUI
  • All data windows are printable and freezable
  •  User can select custom GUI window layouts
• Uses Acosta Algorithms to do Zernike analyses (up to order 50)
• Real Time Measurement and Display
  •   > 15 Frames per second (typical, some variance depending on display
         options selected)
• User Configurable Data Output and Logging
  • Continuous, Time Interval (every n frames), User Action (push button)
  • Slopes at Every Integration area (Comma separated values format)
  •  Zernikes (Comma separated values format)
  • Establishes and Updates Shared Files for External Program Access and
         Ingestion (i.e., drive your own hardware)
• Flexible GUI Displays are user selectable:
  • Raw Image (from CCD camera)
  • Spot Centers
  • Spot RMS Size
  • Integration Areas Outlines
  • Integration Areas Slopes
  • Zernike Circle
• All of the above are user-selectable inside up to 12 display windows in the GUI
• Each GUI window is:
• Scrollable
• Resizable
• Printable
• Freezable

Wavefront Sensor Specifications

Hartmann Sensor Specifications

• Uses 120 µm pinholes
• 20 x 20 integration Areas
• 134.4 µm integration area spacing
• "Focal Length" ~6.0 mm at 633 nm

Shack-Hartmann Sensor Specifications

• Uses 5.7 mm focal length fused silica Lenslet Array
• 30 x 30 integration areas
• 110 µm integration area spacing

Data Output Mode and Interfaces

Log Files are written in shared mode so that a user may open the files in Read Only Mode on the same master computer and access the data in pseudo real time.   A sample C++ program is included.   The typical user would read the Zernike files from storage and use them to drive external hardware such as a deformable mirror to close an adaptive optics loop.   Data is available to user <3msec after each frame.

AgilEye™ Manual