def alazar_test():
AWG.set_sequence_length(0)
seqlength = 40
create_waveform.waitblock('waitblock_T',100,0,'yes')
create_waveform.waitblock_marker('waitblock_marker',1000,0,'yes')
for x in range(seqlength/2):
create_waveform.sinwave('Sinewave%i' %x, 2000, 0.001, 1, 4.0*np.pi*x/seqlength,'yes')
create_waveform.sinwave('Sinewave_inverse%i' %x, 2000, 0.001, 1, -4.0*np.pi*x/seqlength,'yes')
alazar_sequence = [[] for index in range(0,seqlength)]
for x in range(0,seqlength):
alazar_sequence[x] = [[] for index in range(0,6)]
for x in range(0,seqlength,2):
temp = x/2
alazar_sequence[x][0] = 'no_wait'
alazar_sequence[x][1] = 'no_loop'
alazar_sequence[x+1][2] = 'Sinewave%i' % temp
alazar_sequence[x+1][3] = 'Sinewave_inverse%i' % temp
alazar_sequence[x+1][0] = 'no_wait'
alazar_sequence[x+1][1] = 'no_loop'
alazar_sequence[x][2] = 'waitblock_T'
alazar_sequence[x][3] = 'waitblock_T'
for y in range(4,6):
alazar_sequence[x][y] = 'empty'
alazar_sequence[0][2] = 'waitblock_marker'
alazar_sequence[0][3] = 'waitblock_marker'
AWG.setmode('SEQUENCE') #set AWG to sequence mode
AWG.set_sequence_length(seqlength) #create a empty sequence
for x in range(0,seqlength):
if (alazar_sequence[x][0] == 'wait' ):
AWG.waittrigger(x+1,1)
else:
AWG.waittrigger(x+1,0)
if (alazar_sequence[x][1] == 'no_loop'):
pass
else:
AWG.setloop(x+1,int(alazar_sequence[x][1]))
for y in range(1,5):
if (alazar_sequence[x][y] == 'empty'):
pass
else:
AWG.addwaveform(x+1,y-1,alazar_sequence[x][y])
AWG.channel_on(1)
AWG.channel_on(2)
def alazar_test2():
AWG.set_sequence_length(0)
seqlength = 4
create_waveform.waitblock_marker('waitblock_test',1000,0,'yes')
create_waveform.waitblock('wait',1000,0,'yes')
create_waveform.sinwave('Sinewave_test0' , 2048, 0.001, 1, 0,'yes')
create_waveform.sinwave('Sinewave_test1' , 2048, 0.001, 1, 45,'yes')
create_waveform.sinwave('Sinewave_test2', 2048, 0.001, 1, 90,'yes')
alazar_sequence = [[] for index in range(0,seqlength)]
for x in range(0,seqlength):
alazar_sequence[x] = [[] for index in range(0,6)]
for x in range(1,seqlength):
alazar_sequence[x][0] = 'no_wait'
alazar_sequence[x][1] = 'no_loop'
alazar_sequence[x][2] = 'Sinewave_test%i' %x
alazar_sequence[x][3] = 'Sinewave_test0'
for y in range(4,6):
alazar_sequence[x][y] = 'empty'
alazar_sequence[0][0] = 'no_wait'
alazar_sequence[0][1] = 'no_loop'
alazar_sequence[0][2] = 'waitblock_test'
alazar_sequence[0][3] = 'waitblock_test'
alazar_sequence[2][0] = 'no_wait'
alazar_sequence[2][1] = 'no_loop'
alazar_sequence[2][2] = 'wait'
alazar_sequence[2][3] = 'wait'
alazar_sequence[3][0] = 'no_wait'
alazar_sequence[3][1] = 'no_loop'
alazar_sequence[3][2] = 'Sinewave_test2'
alazar_sequence[3][3] = 'Sinewave_test0'
AWG.setmode('SEQUENCE') #set AWG to sequence mode
AWG.set_sequence_length(seqlength) #create a empty sequence
for x in range(0,seqlength):
if (alazar_sequence[x][0] == 'wait' ):
AWG.waittrigger(x+1,1)
else:
AWG.waittrigger(x+1,0)
if (alazar_sequence[x][1] == 'no_loop'):
pass
else:
AWG.setloop(x+1,int(alazar_sequence[x][1]))
for y in range(1,5):
if (alazar_sequence[x][y] == 'empty'):
pass
else:
AWG.addwaveform(x+1,y-1,alazar_sequence[x][y])
AWG.channel_on(1)
AWG.channel_on(2)
