Determination of constituentsis based on calibration models, which identify measurement values from recorded spectra. That’s why InProcess supports runtime libraries – so-called prediction engines – of different producers. Prediction engines are essential for execution of calibration models and need to be licensed separately.
![Uv Spectra Prediction Software Uv Spectra Prediction Software](http://www.bio-rad.com/webroot/web/images/spectroscopy/global/english/products/spectral_data_management_software/product_detail/uv-vis-software-detail-spectral-data-management.jpg)
InProcess supports the prediction engines of the providers CAMO (UnscramblerXEngine), Sensologic (ADK Runtime), Thermo Fischer Scientific (GRAMS) and Unity Scientific (UCal Runtime for ZEISS).
The prediction engine GRAMS is already included in InProcess software and doesn’t require a license. GRAMS models therefore can be directly used in InProcess.
All further prediction engines require a license and need to be installed.
NMR and IR spectra predictions in ChemDraw and Chem3D. PerkinElmer's Chem3D software is written with integration to computational chemistry packages in mind. Some computational chemistry packages include NMR predictions and some include IR predictions as part of their computational software. One such computational chemistry package, GAMESS.
For the simulation and analysis of optical reflectance and/or transmittance spectrathe software SCOUT (W.Theiss Hard- and Software) is used within InProcess. SCOUT typically determines thicknesses of films or film stacks.