def __init__(self,name,channel):
#initialize the frequency
self.name = name
self.offsp = float(TopCmds.GETPAR("O"+str(channel)+"P"))
self.offs = float(TopCmds.GETPAR("O"+str(channel)))
self.bf = float(TopCmds.GETPAR("BF"+str(channel)))
#self.bf = float(TopCmds.GETPAR("1 BF"+str(channel)))
self.sf = float(TopCmds.GETPAR("SFO"+str(channel)))
self.rf = self.bf*1000000.
if TopCmds.GETPROCDIM() >= channel:
self.ref = float(TopCmds.GETPAR(str(channel)+" SR"))
else:
self.ref = 0.
self.ro = self.offs-self.ref
#self.carr =
if self.name.find("1H")>=0: self.nucl="1H"
if self.name.find("C")>=0: self.nucl="13C"
if self.name.find("2H")>=0: self.nucl="2H"
if self.name.find("D")>=0: self.nucl="2H"
if self.name.find("N")>=0: self.nucl="15N"
import IntShape
import Setup
import CPDtools
import FREQ as fq
import GetNUCs as NUC
from GetLib import pul
import FREQ as fq
ret=u"\u000D"
spc=u"\u0020"
WAIT_TILL_DONE = 1;
#Sort which channel is which
Nucs=NUC.list()
MaxDim=TopCmds.GETPROCDIM()
i=0
for item in Nucs:
if i < MaxDim:
if item =='13C':Cfrq=fq.fq(item,i+1)
if item =='1H': Hfrq=fq.fq(item,i+1)
if item =='15N':Nfrq=fq.fq(item,i+1)
if item =='2H': Dfrq=fq.fq(item,i+1)
i=i+1
def CAexc(units):
MAS =pul.GetPar('MAS',"")
Title="CA 90 excite/purge"
Sutit=pul.pulDict['sCAe']+" soft 90"
Label=["Duration","Offset","Pulse Name (3pi/2 Sinc)"]