Table File formats read and reconstructed by TREND^$

$ See TREND manual for details.
* Currently the processed spectra must be saved by setting processing number as 1.
** In order to make phasefile readable by third-party software including TREND, set trace=’f1’, display the full spectrum, and use the VnmrJ flush command are required. Otherwise the phasefile will be all zero values. See Sparky manual
*** JCAMP-DX is a general format for exchanging and archiving data from many instruments, including but not limited to IR, Raman, Uv-Vis, Fluorescence, NMR, and EMR. The data stored in JCAMP-DX files can be spectral plots, contours, or peak tables. TREND supports the most common JCAMP-DX formats. The digital data in JCAMP-DX can be AFFN (ASCII FREE FORMAT NUMERIC) form or ASDF (ASCII SQUEEZED DIFFERENCE FORM). TREND supports decoding compressed data, including PAC, SQZ, DIF, SQZDUP, and DIFDUP. Two most common tabular data forms, (X++(Y..Y)) and (XY..XY) are supported. TREND reads a series of JCAMP-DX files, or a single JCAMP-DX file with one or multiple blocks. TREND supports NTUPLE format (introduced by JCAMP-DX 5.0 standard), which is designed for multi-dimensional techniques with data sets of multiple variable. For example, JCAMP-DX NMR uses NUTPLE to show mixed real/imaginary FID data sets. See http://www.jcamp-dx.org/ , https://badc.nerc.ac.uk/help/formats/jcamp_dx/ and http://wwwchem.uwimona.edu.jm:1104/spectra/testdata/index.html for format details