th - 1987 - 51st ENC Conference
th - 1987 - 51st ENC Conference
th - 1987 - 51st ENC Conference
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MK29<br />
ANALYS2D -GRAPHICS SOFTWARE FOR PROCESSING<br />
AND ANALYSIS OF 2D NMR DATA<br />
P. Darba* and L.R. Brown #<br />
Department of Biochemistry, University of Wisconsin-Madison,<br />
420 Benry Mall, Madison, WI-53706, U.S.A.<br />
and<br />
#Research School of Chemistry, The Australian National<br />
University, Canberra, A.C.T. 2601, Australia.<br />
ANALYS2D and its front-end package PROC2D are software packages used<br />
to process and analyze 2D NHR data on VAX and microVAX computers.<br />
Developed in FORTRAN77 and Tektronix PLOTIO GKS, it can be transported to<br />
o<strong>th</strong>er host computers wi<strong>th</strong> very little modification. PROC2D does <strong>th</strong>e<br />
number crunching part of <strong>th</strong>e operations such as 1D and 2D FFT, phase<br />
corrections, baseline corrections and display list generation. ANALYS2D<br />
provides for interactive analysis of 2D data including spin picking and<br />
bookkeepping of spin system data bases.<br />
PROC2D contains interactive routines for setting up 2D processing. It<br />
can be used in bo<strong>th</strong> interactive and batch processing modes. It is usable<br />
wi<strong>th</strong> bo<strong>th</strong> BRUKER and VARIAN data types and allows user defined 2D<br />
transform types like TPPI, States-Haberkorn-Ruben, absolute value and<br />
non-quadrature in e 1. It also includes auxillary programs <strong>th</strong>at feature<br />
linear combination procedures for efficient generation of multiple<br />
quantum and multiple quantum filtered 2D NMR spectra.<br />
ANALYS2D has been mainly designed to replace <strong>th</strong>e conventional me<strong>th</strong>od<br />
of analysis of 2D data using wall paper size plots, wi<strong>th</strong> <strong>th</strong>e concept of<br />
interactive analysis of 2D spectra on a high resolution graphics<br />
workstation. It has menu driven architecture and features display of 2D<br />
contours, selective expansions of different regions, creation of spin<br />
system data bases, cursor based auto/manual spin picking, comparison of<br />
spin system connectivities between different data sets, comparison of<br />
experimental spin multiplet patterns wi<strong>th</strong> <strong>th</strong>eoretical patterns and<br />
pattern library generation.