UPOLabs MagicHolo Light Field Control Research Platform is developed based on C/C++. It can adapt to various spatial light modulators, and can generate, adjust and control various specific light fields. Through the built-in function algorithm, the phase map required for light field control can be generated in real time. Functions include blazed grating, Fresnel lens, random phase, simulation of various DOE components and other basic algorithms, and can generate dozens of beams such as vortex beam, superposition state, Bessel, Airy beam, vector light field, etc. The shape and phase map are simple, practical and easy to operate.

Applicable scenarios include:

1. Research groups that need to use various types of specially tuned beams such as vector beams, non-diffraction beams, and vortex beams.

2. Research groups that need to study the changes of different light field parameter characteristics in turbulent, free space and other application scenarios.

3. Scenarios that require linkage control of light field control and external devices.

4. Cultivate newbies, such as undergraduate teaching, subject practice, etc.