Parafacforopenfluor: Difference between revisions

From Eigenvector Research Documentation Wiki
Jump to navigation Jump to search
imported>Benjamin
(Created page with "===Purpose=== Extract data from a dataset object and its corresponding PARAFAC model to a formatted structure and a .txt file (via openfluor), for querying the openfluor....")
 
imported>Benjamin
mNo edit summary
Line 26: Line 26:
** '''Model2''': PARAFAC model loadings.
** '''Model2''': PARAFAC model loadings.


* A .txt file will also be saved, containing the information from the output variable ‘’’of_model’’’ in the current active directory.
* A .txt file will also be saved, containing the information from the output variable ''of_model'' in the current active directory.


===See Also===
===See Also===


[[openfluor]], [[parafac]], [[dataset]], [[queryopenfluor]]
[[openfluor]], [[parafac]], [[dataset]], [[queryopenfluor]]

Revision as of 15:26, 6 July 2016

Purpose

Extract data from a dataset object and its corresponding PARAFAC model to a formatted structure and a .txt file (via openfluor), for querying the openfluor.org database.

Synopsis

of_model = parafacforopenfluor(data,model,’MyModel’);
of_model = parafacforopenfluor(data,model,’MyModel.txt’);

Description

parafacforopenfluor extracts data from a dataset object and its corresponding PARAFAC model to a customized structure which is then exported as a .txt file. The .txt file is formatted for querying the openfluor.org database.

Input

  • data: The dataset object of the absorbance & emission spectra or excitation & emission fluorescence spectra.
  • model: The PARAFAC model obtain from processing the dataset object. Important: Only PARAFAC Models are accepted.
  • filename: <string>, contains the name to be used in creating the .txt file used for querying the openfluor.org database. Adding the ‘.txt’ file extension is optional for the input variable.

Output

  • of_model: A structure containing the extracted data from the dataset object and the PARAFAC model. Formatted for openfluor.m. The fields are:
    • X: Fluorescence spectra (Data).
    • Em: Axisscale for the data’s second mode.
    • Ex: Axisscale for the data’s third mode.
    • Model2: PARAFAC model loadings.
  • A .txt file will also be saved, containing the information from the output variable of_model in the current active directory.

See Also

openfluor, parafac, dataset, queryopenfluor