#note need to spin 13.333k 
#and 16 t1 points only
#using perl script (calc_slf_lg.pl) to set LGRF
#so all elements n*4*p5 fall within one rotor taur 

rpar cprfdr.1p9 all

vdlist slf_13k_list
pulprog cpSLF_LG.dm

################################
#   H SETTINGS                 #
################################

p3 3.1u                 #H90
plw12 13.4              #H90 power
spw0 4.97               #H cp power ; 3.5wr
spnam0 ramp90100.100    #H cp shape
p15 3m                  #CP pulse length

cpdprg2 tppm15		#H dec during acqu 
pcpd2 5.6u		#H tppm15 length 
plw12 13.4		#H tppm15 power 

cpdprg3 cwlgs_13        #H dec during rfdr 
cnst20 87109            #H LG rf field; see script to set from vr 
plw13 15.63            	#H LG power to get 87.109 khz / 2.87us 90 
cpdprg3 cwlgs_13        #H dec during rfdr 
#cnst22                 #calculated in lgcalc.incl from cnst20
#cnst23                 #calculated in lgcalc.incl from cnst20
cnst24 0               	#additional lg offset

###############################
#   C SETTINGS                #
###############################

plw1 7.92               #C CP power ; 2.5wr ; popt#dbl res mode?  4.5u/23w
plw11 22.0              #C hard 90 power; yes plw1/plw11 are the same

p1 4.5u                 #C 90 hard time; for calib
p2 9u                 	#C 180 hard time; for calib

###############################

cnst31 13333		#spin rate

2 swh 26666		#swh for direct
#2 td 512		#13m
2 aq 40m		#13m

1 swh 13333		#swh for indirect 
1 td 16 		#t1 points

1 FnMode QF
1 MC2 QF

o2p 4.3			#1H  center ppm
o1p 95 			#13C center ppm
cnst26 95		#13C PI center ppm; can move on res to peaks

ns 128
rg 128
ds 8 

d1 3s

################################

1 SI 16                 #T1 same as 1 td     
2 SI 2k                 #T

2 PHC0 235              #T2/direct phase correct
2 PHC1 -32              #T2/direct phase correct

2 WDW EM
2 LB 40

###############################
################################
################################