Characterize, Command, Correct
AgilOptics' software suite provides the final piece in a complete adaptive optics solution. There are applications to characterize a deformable mirror, simulate it, manually control the mirror, or use it in closed-loop to dynamically correct your beam.

DMO ™: Deformable Mirror Simulation

DMO™ is a cross between a modeler and a demonstration simulator for an AgilOptics™ Deformable Mirror providing simulated mirror control and output in forms of the mirror shape, interferogram, far-field, and 2D plot.
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Clarifi™: Closed Loop Adaptive Optics

Clarifi™ is AgilOptics premium closed loop adaptive optics application. With sensor input Clarifi™ senses the beam and computes the optimum shape of the mirror controlling through a wide variety of algorithms and metrics. Clarifi™ comes in 3 versions depending on the type of input sensor required.
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HVDD™: Open Loop Adaptive Optics

HVDD stands for High Voltage Digital Driver and it is a free utility that allows manual control over the mirror elements. It allows you to create a sequence of mirror shapes of patterns that can be saved and replayed later or in other applications.
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PatternPlayer™: High Speed Mirror Playback

Pattern Player is AgilOptics' fastest way to control a deformable mirror. It allows you to setup a sequence of mirror shapes, or patterns and writes to the mirror at high speeds. PatternPlayer™ is also the only software capable of controlling the Aeri™. With an Aeri™, write speeds of 20khz are possible.
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Software Development Kit (SDK)

AgilOptics offers a SDK for its Unifi™ which allows mirror control with your own application. The Easy to follow documentation and sample code speeds development for free-range deformable mirror control.
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DM Model™ : Deformable Mirror Modeling

DM Model allows the design and modeling of mirror designs and allows the user to compute mirror shapes and the resulting beam from actuator voltages.
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DM Translator™

DM Translator™ (DMT) is a deformable mirror emulator that converts a series of optical phase-difference (OPD) images into a series of voltage patterns for the emulated mirror.  These voltages deform the mirror into identical shapes to the OPD wavefronts.  Once generated, the voltages can be saved to a pattern file, which can be read by other AgilOptics software programs, such as Pattern Player™.
For More Information about DM Translator™, click here to download the User Manual