Rowland NMR Toolkit Script Generator
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Valuable information can be found in the instructions, hyper-links for each category on this page, the FAQ and download links on the main NMR page (http://sbtools.uchc.edu/nmr), and the official Rowland NMR Toolkit manual.

Enter parameter string:

2D
3D
CPUS

CLUSTER?
No
Yes
SAMPLING
Uniform
Non-uniform
Random Order?
Use sample schedule?
schedule name:
INPUT FORMATS
VARIAN
RNMRTK
BRUKER
 
 

pts to shift left
big-endian
little-endian
FILENAMES
Input:
Output: .sec
  direct dimension t1: first indirect
Processing Type? Fourier transform
maximum entropy
none
Fourier transform
maximum entropy
Number of Data Points total (np, TDacqus) :
real (½np, ½TDacqus) :
imag (½np, ½TDacqus) :
total (2*ni, TDacqu2s) :
real (ni, ½TDacqu2s) :
imag (ni, ½TDacqu2s) :
Output File Size output size: output size:
Acquisition Type
Quadrature Fix  
Reverse Spectrum? f2 reversal f1 reversal
Delete imaginaries? delete imaginaries delete imaginaries
Time Domain Convolution Mode:
Width: Endpoints:
Shape:
Remove diagonal
Frequency: Hz
 
Correct Inital Point
predict: points:
coef:
 
Scale First Point and DC Offset
scale:
DC Offset

scale:
Linear Prediction  
predict: coef: points: nextrap:
1st Apodization

shift: lb: gc: % size:

shift: lb: gc: %
2nd Apodization em: em:
Phases
constant: linear:
constant: linear:
REFERENCING
Sweep width sw(t2): sw(t1):
Spectrometer frequency sfrq(t2): sfrq(t1):
Reference ref(t2): ppm ref(t1): ppm
Nucleus
MAX ENT
Maximum Entropy Maximum Entropy Algorithm:
def:
aim:
lambda:
nloops:
Use separate noise fid? noise_fid:
Use separate signal fid? signal_fid:
nuse(t1):
DEF Sensitivity Switch Divide def by:
 
J-Coupling Deconvolution
J-coupling: Hz

J-coupling: Hz
Linewidth Deconvolution
linewidth: Hz

linewidth: Hz