#################################################################################
#
#		File: Example1.job 	
#		Date: XXXX, 			Starting run Nr: YYYY
# 		Lines starting with "#" are comments
#
#		Set some parameters, temperature and magnetic fields
#		and perform scans on "a3" for several temperatures and fields.
#
#################################################################################
# 		OUtput (write) additional variables in the data file: qh, qk, ql, en, tt, mf, a4
#
ou  qh qk ql en tt mf a4 
#
# ###############################################################################
# 		Set temperature to 0.1 K and wait 5 minutes (wait is a special command!)
#
dr tt 0.1
wait 300
#
# 		Set field to 0 T and wait 30 s
#
dr mf 0
wait 30
#
# ###############################################################################
# 		SET title,  DRIVE (qh, qk, ql, en) to (0.5 0.5 0.5 0) 
#  		and SCAN a3: center -128.2, step = 1.5 degrees, 3 point, monitor cts = 60000
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 0 T 
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
# ################################################################################
#		A similar scan for another (much stronger) reflection
#
se title MySample, q = (2 0 0, 0), H = 0 T 
dr qh 2 0 0 0
sc a3  -48.8 da3 1.5 np 3 mn 600
#
# #################################################################################
# 		Change field to 5 T and wait 30 s
#
dr mf 5.0
wait 30
#
#			Repeat the scans above at the new field
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 5 T 
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
se title MySample, q = (2 0 0, 0), H = 5 T 
dr qh 2 0 0 0
sc a3  -48.8 da3 1.5 np 3 mn 600
#
# #################################################################################
#
#		Run field to 0 Tesla and wait 30 s
dr mf 0
wait 30
#
# 		Do similar scans at several temperatures
#
####### 200mK
#
dr tt 0.2
wait 300
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 0 T
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
se title MySample, q = (2 0 0, 0), H = 0 T 
dr qh 2. 0. 0. 0
sc a3  -48.8 da3 1.5 np 3 mn 600
#
####### 300mK
#
dr tt 0.3
wait 300
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 0 T
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
se title MySample, q = (2 0 0, 0), H = 0 T 
dr qh 2. 0. 0. 0
sc a3  -48.8 da3 1.5 np 3 mn 600
#
####### 400mK
#
dr tt 0.4
wait 300
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 0 T
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
se title MySample, q = (2 0 0, 0), H = 0 T 
dr qh 2. 0. 0. 0
sc a3  -48.8 da3 1.5 np 3 mn 600
#
####### 500mK
#
dr tt 0.5
wait 300
#
se title MySample, q = (1/2 1/2 1/2, 0), H = 0 T
dr qh 0.5 0.5 0.5 0
sc a3  -128.2 da3 1.5 np 3 mn 60000
#
se title MySample, q = (2 0 0, 0), H = 0 T 
dr qh 2. 0. 0. 0
sc a3  -48.8 da3 1.5 np 3 mn 600

#		Finish your file with one or more <CR>s	!
#		end of file
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