#XAS YBCO with XMCD 0T

#set_vert(7.5)
#set_hor(107.5)


#O K edge
off_LH=2.0
off_LV=2.0
Estart=520
Eend=550
sample_name = 'O_5YBCO5LSMO5_100K'

#set_slit(20)
#set_har(1.0)
#set_au_mesh(125.0)
set_energy(Estart)
open_valve()


nr_loops=1

loop_count = 0
while loop_count < nr_loops:
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=0.0, offset = off_LH, name = sample_name + '_LH')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LV')
    loop_count = loop_count + 1        

close_valve()

#Mn L2,3 edge with XMCD 0T
off_LH=0.5 #0 deg
off_LV=0.5 #90 deg
Estart=630
Eend=685
sample_name = 'Mn_5YBCO5LSMO5_100K'

#set_slit(20)
#set_har(1.0)
#set_au_mesh(125.0)
set_energy(Estart)
open_valve()


nr_loops=1

loop_count = 0
while loop_count < nr_loops:
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=0.0, offset = off_LH, name = sample_name + '_LH')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LV')
    loop_count = loop_count + 1        
'''
set_hx(0.0)

off_plus=-0.2
off_minus=1.8

Estart=630
Eend=685

#set_range('k1', 10)

sample_name = 'Mn_5LSMO5YBCO5LSMO_1K_0T'

nr_loops=1


loop_count = 0
while loop_count < nr_loops:
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    loop_count = loop_count + 1

'''
close_valve()


#Cu L2,3 edge with XMCD 0T
off_LH=2.0
off_LV=2.5
Estart=920
Eend=970
sample_name = 'Cu_5YBCO5LSMO5_100K'

#set_slit(20)
#set_har(1.0)
#set_au_mesh(125.0)
set_energy(Estart)
open_valve()


nr_loops=1

loop_count = 0
while loop_count < nr_loops:
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=0.0, offset = off_LH, name = sample_name + '_LH')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
#    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LIN_90')
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "LINEAR", alpha=90.0, offset = off_LV, name = sample_name+ '_LV')
    loop_count = loop_count + 1        
'''
set_hx(0.0)

off_plus=3
off_minus=5


#set_range('k1', 10)

sample_name = 'Cu_5LSMO5YBCO5LSMO_1K_0T'

nr_loops=1


loop_count = 0
while loop_count < nr_loops:
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC +", offset = off_plus, name = sample_name)
    otf(start=Estart, end=Eend, time=3, delay=10, mode = "CIRC -", offset = off_minus, name = sample_name)
    loop_count = loop_count + 1
'''

close_valve()