AIT Interfaces: Difference between revisions

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For users of '''Solo+SpectraQuant''' and '''PLS_Toolbox''' with '''SpectraQuant_Toolbox''', an additional model export option is available from the File > Export Model menu: "Hamilton Sundstrand Model (*.tbl)"


The .tbl file type allows saving of PLS and PCR models (using the SpectraQuant filtering or not) in a format that can be used by the [http://www.aitanalyzers.com Applied Instrument Technologies (AIT)] software PC80 and CPSA32, as run by the [http://www.aitanalyzers.com/process-analyzer-process-analyzers.php AIT Process Analyzers]
==Using Eigenvector Models with PC80 and CPSA32==


To be able to save to this model format, you must use only compatible preprocessing methods (see the [[SpectraQuant_Filtering#Force_PC80_Compatible_Preprocessing|Force PC80 Compatible Preprocessing]] option). If your model uses analysis or preprocessing methods that are not compatible with saving to a .tbl file format, the models can be saved to a standard .MAT file and used with Solo_Predictor with the AIT software SpectraRTS. For more information on this, contact our [mailto:helpdesk@eigenevector.com helpdesk by e-mail].
For users of '''Solo+SpectraQuant''' and '''PLS_Toolbox''' with '''SpectraQuant_Toolbox''', an special model export option is available from the File > Export Model menu: '''"Hamilton Sundstrand Model (*.tbl)"'''
 
The output of this export is a .tbl file which can contain either a PLS or PCR model in a format that can be used by the [http://www.aitanalyzers.com Applied Instrument Technologies (AIT)] software PC80 and CPSA32, as run by the [http://www.aitanalyzers.com/process-analyzer-process-analyzers.php AIT Process Analyzers]
 
To be able to save to this model format, you must use only compatible preprocessing methods (see the [[SpectraQuant_Filtering#Force_PC80_Compatible_Preprocessing|Force PC80 Compatible Preprocessing]] option). If your model uses analysis or preprocessing methods that are not compatible with saving to a .tbl file format, the models can be saved to a standard .MAT file and used with Solo_Predictor using special adaptor software available from Eigenvector Research
 
==Using Eigenvector Models with SpectraRTS==
 
Solo_Predictor and PLS_Toolbox (when used with Matlab) can be interfaced directly from the SpectraRTS product from AIT. These applications use the scripting ability of SpectraRTS and [[EigenvectorTools|the EigenvectorTools ActiveX interface]] that is delivered with Solo_Predictor, or, for PLS_Too0lbox and Model_Exporter models, the ActiveX interface built into Matlab.
 
For more information on using these interfaces, contact [mailto:helpdesk@eigenevector.com the eigenvector helpdesk by e-mail] or contact your AIT sales representative.

Revision as of 15:57, 21 December 2011

Using Eigenvector Models with PC80 and CPSA32

For users of Solo+SpectraQuant and PLS_Toolbox with SpectraQuant_Toolbox, an special model export option is available from the File > Export Model menu: "Hamilton Sundstrand Model (*.tbl)"

The output of this export is a .tbl file which can contain either a PLS or PCR model in a format that can be used by the Applied Instrument Technologies (AIT) software PC80 and CPSA32, as run by the AIT Process Analyzers

To be able to save to this model format, you must use only compatible preprocessing methods (see the Force PC80 Compatible Preprocessing option). If your model uses analysis or preprocessing methods that are not compatible with saving to a .tbl file format, the models can be saved to a standard .MAT file and used with Solo_Predictor using special adaptor software available from Eigenvector Research

Using Eigenvector Models with SpectraRTS

Solo_Predictor and PLS_Toolbox (when used with Matlab) can be interfaced directly from the SpectraRTS product from AIT. These applications use the scripting ability of SpectraRTS and the EigenvectorTools ActiveX interface that is delivered with Solo_Predictor, or, for PLS_Too0lbox and Model_Exporter models, the ActiveX interface built into Matlab.

For more information on using these interfaces, contact the eigenvector helpdesk by e-mail or contact your AIT sales representative.