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Copy path304507_Smaha.py
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304507_Smaha.py
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def RIXS_qMap():
ext_vg = 8
total_time = 600
split_time = 5
E_peak = 931.0
yield from pol_V(4.05)
#yield from pol_H(2.4)
num_cycles = 2
#Barlowite
#theta = [77, 110, 125, 140]
#samx = [ 24.88, 26.40, 26.90, 27.37]
#samz = [ 18.80, 18.48,18.10,17.74]
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 110 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 110 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 110 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 110 deg')
#Zn substituted
theta = [125, 137]
samx = [26.9, 27.25]
samz = [18.04, 17.69]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from mvr(cryo.y,0.005)
yield from sleep(1)
#print('#'*77)
#print('#'*110)
print('#'*125)
print('#'*137)
print('th = {} deg' .format(theta[i]))
#print('#'*77)
#print('#'*110)
print('#'*125)
print('#'*137)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from sleep(1)
yield from pol_H(2.4)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
def RIXS_qMap2():
ext_vg = 8
total_time = 600
split_time = 5
E_peak = 931.0
#yield from pol_V(4.05)
#yield from pol_H(2.4)
i = 1
num_cycles = 2
theta = [77, 77]
print('#'*77)
print('th = {} deg' .format(theta[i]))
print('#'*77)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
def RIXS_qMap3():
ext_vg = 8
total_time = 600
split_time = 5
E_peak = 931.0
num_cycles = 2
#Barlowite
yield from mv(cryo.y,20.64)
theta = [80]
samx = [25]
samz = [18.55]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
yield from pol_H(2.4)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from pol_V(4.05)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 80 deg')
theta = [47]
samx = [23.5]
samz = [17.98]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
yield from pol_H(2.4)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from pol_V(4.05)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
#Zinc-substituted barlowite
yield from mv(cryo.y,14)
theta = [47]
samx = [23.7]
samz = [17.9]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
yield from pol_H(2.4)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from pol_V(4.05)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 47 deg')
theta = [77]
samx = [24.95]
samz = [18.37]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
yield from pol_H(2.4)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from pol_V(4.05)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 77 deg')
def RIXS_qMap4():
ext_vg = 8
total_time = 600
split_time = 5
E_peak = 931.0
num_cycles = 2
yield from pol_H(2.4)
#Barlowite
yield from mv(cryo.y,20.64)
theta = [65]
samx = [24.4]
samz = [18.48]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 65 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 65 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 65 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 65 deg')
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = 65 deg')
#Zinc-substituted barlowite
yield from mv(cryo.y,14)
theta = [47, 65, 77]
samx = [23.7, 24.45, 24.95]
samz = [17.9, 18.30, 18.37]
for i in range(len(theta)):
yield from mv(cryo.t,theta[i])
yield from mv(cryo.x,samx[i])
yield from mv(cryo.z,samz[i])
yield from sleep(1)
print('#'*47)
print('#'*65)
print('#'*77)
print('th = {} deg' .format(theta[i]))
print('#'*47)
print('#'*65)
print('#'*77)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from mvr(cryo.y,0.005)
yield from sleep(1)
def RIXS_EMap():
ext_vg = 11
#yield from mvr(cryo.y,0.01)
#yield from rixs_one_energy(1,600,3,931,ext_vg)
yield from mv(cryo.y,14)
yield from rixs_one_energy(2,600,1,930,ext_vg)
yield from mv(cryo.y,13.98)
yield from rixs_one_energy(1,600,1,930.5,ext_vg)
yield from mv(cryo.y,13.96)
yield from rixs_one_energy(1,600,1,931,ext_vg)
yield from mv(cryo.y,13.94)
yield from rixs_one_energy(1,600,1,931.5,ext_vg)
yield from mv(cryo.y,13.92)
yield from rixs_one_energy(2,600,1,932,ext_vg)
yield from pol_H(2.4)
yield from mv(cryo.y,13.96)
yield from rixs_one_energy(1,600,1,931,ext_vg)
def RIXS_single_spectrum():
ext_vg = 11
total_time = 600
split_time = 3
E_peak = 931.0
#yield from pol_V(4)
num_cycles = 10
#E_peak = yield from xas([sclr],pgm.en,931.5,933,31)
yield from sleep(1)
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))
yield from sleep(1)
def firstevening():
yield from rixs_one_energy(split_time,total_time,num_cycles,E_peak,ext_vg, 'th = {} deg' .format(theta[i]))