Most of the code was written at Carlsberg Laboratory, Dept. of Chemistry, by Mogens Kjær, Kim V. Andersen, Christian Rischel. Suggestions and code was also provided by Frank van de Ven, University of Nijmegen. The HSVD code was provided by R. de Beer et al.
The manual has been translated into HTML.
| MCNT | Separate number of tick marks can now be specified on the two axes. |
| cplot | Better control of size and colors in the Encapsulated PostScript driver. |
| MVREAD | This program reads in a VNMR processed file into MNMR. |
| MFFT | Added code for real FFT, real HSVD, time domain water filter, shifting of spectra, and skipping FFT (FvdV). Intensity cutoff for HSVD. Added code for reading of multidimensional FID files from Varian spectrometers. |
| MCNT | Better handeling of borders. |
| RELAX | Four programs added for the study of relaxation parameters. |
| MFIT | Code changed. |
| MFFT | Comments can be specified in input as # <text> |
| MCNT | Comments can be specified in input as # <text> |
| NMRIO | A check is made to see, if the spectrum file has zero length. |
| MBASE | The program generates a taxi file, so the progress of the baseplane fitting can be followed. |
| MFIT | Program to fit Lorentzian peaks. |
The following commands have been added/modified: BC, NOREFL, BLANK, CT, RUBOUTC, and RUBOUTD.
A log file is created in the current directory. This will reflect the progress of the calculations. The percent value in the file is not always correct, i.e. it can get larger than 100 %.
MLOAD: Loads the FID into an MNMR file.
MPROJ: The program can calculate a skyline projection.
MVIEW: The phases found with MVIEW is supposed to be compatible with the phases specified for MFFT. Minor changes in the user interface.
MNORM: Normalizes a spectrum.
MRANGE:Extract a range from a spectrum.
Various bugs corrected.
NMRIO:The input/output module can now read multidimensional Felix spectra. Some (untested) code has been added to read compressed Felix data.
A new FFT algorithm is used. This is 30-40% faster.
MSLICE:This is a new program used to extract slices. The data in the slice is written out in ASCII format.
MADD:Adds two spectra together.
MMEAN:Prints out some statistics for the data points in a spectrum, e.g. mininum, maximum, mean value.
<Machine ID>m<name>
where the machine id is a two-letter code, identifying the type of the host machine, and the software optimization level. Currently, this can be:
| Prefix | Architecture |
|---|---|
| IO | Optimized version for SGI. |
| ID | Debug version for SGI. |
| TO | Optimized version for the Stardent 1500 series. |
| TD | Debug version for Stardent 1500 series. |
| SO | Optimized version for Sun Sunos. |
| SD | Debug version for Sun Sunos. |
| LO | Optimized version for Sun Solaris. |
| LD | Debug version for Sun Solaris. |
| QO | Optimized version for x86 Linux. |
| QD | Debug version for x86 Linux. |
Figure 1All data (2D, 3D, etc.) are stored in submatrix format. The layout of the submatrices is shown in Figure 1. This format makes it easy to access slices in all three dimensions.