LightField® software offers the user complete control over all Princeton Instrument cameras and spectrographs and is able to acquire directly from LabVIEW®, MATLAB®, and Python script interfaces.
LightField software contains a smart search bar, quickly directing you to desired controls. There is also the possibility to build custom settings docks for frequently used settings.
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- Complete control of all Princeton Instruments’ cameras and spectrometers
- Built-in, smart math engine
- Post-processing tools
LightField automatically saves every acquisition to your chosen folder, keeping track of all experiment settings in the file header. Raw data is also saved when using the post-processing feature, exporting all data into a wide variety of file formats.
Built-In Math Engine
The powerful built-in math engine analyses image and spectra data in real-time. Simple functions to complex functions, such as Fast Fourier Transform (FFT), can be applied to live or post-acquisition data, even including out-of-the-box measurements such as absorption, reflectance, and transmission.
Reviewing of data is also simple with LightField, with intuitive controls for spectral overlay, peak find, view, and playback. All available readout modes are also supported: frame transfer, kinetics, spectra kinetics (microsecond time resolution), and custom chip (>10 kHz frame rates).
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PICAM is the driver for controlling all Princeton Instruments cameras and is the platform on which LightField software is built. Teledyne Princeton Instruments also offers the PICAM API, which can be used to directly automate any Princeton Instruments camera using the C run-time. This eliminates any overhead that can occur when communicating through other development environments. It is available for all 64-bit Windows and Linux systems.
- Driver for controlling all Princeton Instruments’ cameras
- Eliminates any overhead from other development environments
- Flexible configuration
How Does PICAM Work?
PICAM automatically collects information on connected Princeton Instruments hardware using the unique built-in hardware ID.
Once identified, the hardware can be configured by adjusting any parameter via PICAM. The only limitations lie with the constraints of the hardware itself.
PICAM gives developers, scientists and integrators the option to build their own control and user interface directly on top of the driver.
This gives users the ultimate configuration flexibility to implement specialised processes not available via LightField software, providing optimal performance for their experimental set-up.
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Fast Frame Data Access
Fast access to frame data is achievable through PICAM via event callbacks. PICAM allows an event listener to be registered that runs asynchronously and alerts the system whenever a new frame of data is updated. A callback function can then be implemented that tells the system how to receive and handle this type of data each time it is received.