def check(c=0):
'''
Perform hygiene check on experiment
c=0: check both EXT and Transmission
c=1: check only Transmission
c=2: check only EXT
'''
print('#'*40)
print('\t'+'\x1b[0;30;43m'+'Checking Stage'+'\x1b[0m')
print('Target T780: %1.3f \t Tolerance %1.2f ~ %1.3f' %(Tref,tolerance,tolerance*Tref))
print('Target T810: %1.3f \t Tolerance %1.2f ~ %1.3f' %(Tref_810,tolerance_810,tolerance_810*Tref_810))
print('#'*40)
print
if c==0:
result_lock_trans=lock_trans()
result_lock_Ext=lock_Ext()
elif c==1:
result_lock_trans=lock_trans()
result_lock_Ext=1
elif c==2:
result_lock_trans=1
result_lock_Ext=lock_Ext()
result=result_lock_trans*result_lock_Ext
if (result_lock_trans*result_lock_Ext)==0:
printstyle_warning('Fail locking')
raise Errors.ExperimentalError()
else:
print('Succeed checking and locking')
return result
def check(c=0, w=0, w810=0):
'''
Perform hygiene check on experiment
c=0: check both EXT and Transmission
c=1: check only Transmission
c=2: check only EXT
Return result
for c=1: result_lock_Ext===1(always)
result =1: Lock T and Succeed
=2: Do not need to lock T
=3: Exceed maximum number of steps
'''
print('#' * 40)
print('\t' + '\x1b[0;30;43m' + 'Checking Stage' + '\x1b[0m')
print('Target T780: %1.3f \t Tolerance %1.2f ~ %1.3f' %
(Tref, tolerance, tolerance * Tref))
print('Target T810: %1.3f \t Tolerance %1.2f ~ %1.3f' %
(Tref_810, tolerance_810, tolerance_810 * Tref_810))
print('#' * 40)
print
if c == 0:
result_lock_trans = lock_trans(f=w, w810=w810)
result_lock_Ext = lock_Ext()
elif c == 1:
result_lock_trans = lock_trans(f=w, w810=w810)
result_lock_Ext = 1
elif c == 2:
result_lock_trans = 1
result_lock_Ext = lock_Ext()
result = result_lock_trans * result_lock_Ext
if (result_lock_trans * result_lock_Ext) == 0:
printstyle_warning('Fail locking')
raise Errors.ExperimentalError()
else:
print('Succeed checking and locking')
return result
