23.10.2014 Views

VnmrJ Command and Parameter Reference VnmrJ 2.2D

VnmrJ Command and Parameter Reference VnmrJ 2.2D

VnmrJ Command and Parameter Reference VnmrJ 2.2D

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

A<br />

See also:<br />

<strong>VnmrJ</strong> Imaging, User Guide, NMR Spectroscopy User Guide<br />

Related: xmaction Perform study queue action (M)<br />

xmnext<br />

Find next prescan or next experiment in study queue (M)<br />

xmselect<br />

Action when study queue node is selected (M)<br />

activestudy<br />

Applicability:<br />

Description:<br />

Values:<br />

See also:<br />

Active study name (P)<br />

Liquids, Imaging<br />

A global parameter that specifies the currently active study name. In the Walkup<br />

interface, it specifies the currently active automation run.<br />

's_20050601' active study name<br />

'auto_2005.06.01' active automation run name<br />

'null' no active study or automation run<br />

<strong>VnmrJ</strong> Imaging, User Guide <strong>and</strong> NMR Spectroscopy User Guide<br />

Related: acquire Acquire data (M)<br />

autodir<br />

Automation directory absolute pathname (P)<br />

cqinit<br />

Initialize liquids study queue (M)<br />

studyid<br />

Study identification (P)<br />

xmaction<br />

Perform study queue action (M)<br />

xmselect<br />

Action when study queue node is selected (M)<br />

add<br />

Syntax:<br />

Description:<br />

Arguments:<br />

Examples:<br />

See also:<br />

Add current FID to add/subtract experiment (C)<br />

(1) add<br />

(2) add('new')<br />

(3) add('trace',index)<br />

Adds the last displayed or selected FID to the current contents of the add/<br />

subtract experiment (exp5). The parameters lsfid <strong>and</strong> phfid can be used<br />

to shift or phase rotate the selected FID before it is combined with the data in<br />

the add/subtract experiment. A multi-FID add/subtract experiment can be<br />

created by using the 'new' keyword. Individual FIDs in a multi-FID add/<br />

subtract experiment can subsequently be added to using the 'trace' keyword<br />

followed by the index number of the FID.<br />

multiplier is a value that the FID is to be multiplied by before being added<br />

to the add/subtract experiment (exp5). The default is 1.0.<br />

'new' is a keyword to create a new FID element in a add/subtract experiment.<br />

'trace' is a keyword to use the next argument (index) as the number of the<br />

FID to add to in an add/subtract experiment. The default is to add to the first FID<br />

in a multi-FID add/subtract experiment.<br />

index is the index number of the FID to be used as a target in a multi-FID add/<br />

subtract experiment.<br />

add<br />

add(0.75)<br />

add('new')<br />

add('trace',2)<br />

NMR Spectroscopy User Guide<br />

Related: clradd Clear add/subtract experiment (C)<br />

lsfid Number of complex points to left-shift ni interferogram (P)<br />

phfid Zero-order phasing constant for np FID (P)<br />

select Select a spectrum without displaying it (C)<br />

01-999380-00 A 0808 <strong>Comm<strong>and</strong></strong> <strong>and</strong> <strong>Parameter</strong> <strong>Reference</strong> for <strong>VnmrJ</strong> <strong>2.2D</strong> 47

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!