def _control_secular( self, on ):
driver = NiDriver( "Dev1/port0/line1" )
driver.write_single( on )
driver.close()
self.secular = on
val = 0
for ox in range( -sum_dist, sum_dist ):
for oy in range( -sum_dist, sum_dist ):
val += image[ (p[1] + oy) * camera.width + p[0] + ox ]
data.append( val )
if not i % 10:
flourescence = sum( d-data[-1] for d in data[:-1] )
flourescence /= float( len(data)-1 )
print( flourescence )
tlock.request( 'POST', '/feedback', 'ch=0&err={0}'.
format( int((flourescence - 45000) / 1000.) ) )
response = tlock.getresponse()
if response.status != 200:
print( "Could not communicate with temperature lock." )
output.write( '\t'.join( str(d) for d in data ) + '\n' )
output.flush()
ni.write_single( False )
time.sleep( 0.001 * wait )
ni.write_single( True )
time.sleep(3.0)
finally:
#tlock.close()
camera.shutdown()
ni.close()
