def run_fpga_sequence(self,
waveform_jtargs_counters,
stats=30,
adc_mon0=None,
adc_mon1=None):
"""Run full FPGA sequence using the GHz FPGA server.
Args:
waveform_jtargs_counters:
stats (int): Number of repetitions of the sequence.
adc_mon0 (int): Setting for monitor 0 of the ADC
adc_mon1 (int): Setting for monitor 1 of the ADC
Returns: fpga.run_sequence
"""
def name_board(dac_num, type='DAC'):
return '{} {} {}'.format(self.board_group_name, type, dac_num)
master_name = name_board(self.dac_num)
slave_names = [name_board(dac_num) for dac_num in self.other_dac_nums]
waveform, jump_args, counters = waveform_jtargs_counters
sram = np.array(dac.dacify(waveform, waveform, trigger_idx=[16, 17]),
dtype='<u4')
for board in [master_name] + slave_names:
self.fpga.select_device(board)
self.fpga.jump_table_clear()
for jump_arg in jump_args:
opcode, arg = jump_arg
self.fpga.jump_table_add_entry(opcode, arg)
self.fpga.jump_table_set_counters(counters)
self.fpga.sram(sram)
self.fpga.start_delay(12)
self.fpga.loop_delay(Value(50, 'us'))
daisy = [master_name]
if self.adc_num is not None:
adc_name = name_board(self.adc_num, type='ADC')
self.fpga.select_device(adc_name)
self.fpga.adc_run_mode('demodulate')
# Hard code begins here
self.fpga.start_delay(4)
self.fpga.adc_trigger_table([(1, 7, 40, 11)])
mixer = 127 * np.ones([512, 2])
mixer[:, 1] *= 0
self.fpga.adc_mixer_table(0, mixer)
if adc_mon0 is not None:
self.fpga.adc_monitor_outputs(adc_mon0, adc_mon1)
self.fpga.timing_order([adc_name + '::0'])
daisy.append(adc_name)
else:
self.fpga.timing_order([])
for ob in slave_names:
daisy.append(ob)
self.fpga.daisy_chain(daisy)
return self.fpga.run_sequence(stats, False)
def test_dacify():
wave_a = [1.0, 0.5]
wave_b = [-0.5, -1.0]
SRAM_MAX = dac.SRAM_MAX
expected_a = [x & 0x3FFF for x in [SRAM_MAX, SRAM_MAX / 2]]
expected_b = [x & 0x3FFF for x in [-SRAM_MAX / 2, -SRAM_MAX]]
expected = [a | b << 14 for a, b in zip(expected_a, expected_b)]
actual = dac.dacify(wave_a, wave_b, trigger_idx=[])
assert actual == expected
def test_dacify():
wave_a = [1.0, 0.5]
wave_b = [-0.5, -1.0]
SRAM_MAX = dac.SRAM_MAX
expected_a = [x & 0x3FFF for x in [SRAM_MAX, SRAM_MAX/2]]
expected_b = [x & 0x3FFF for x in [-SRAM_MAX/2, -SRAM_MAX]]
expected = [a | b <<14 for a,b in zip(expected_a, expected_b)]
actual = dac.dacify(wave_a, wave_b, trigger_idx=[])
assert actual == expected
def run_fpga_sequence(
self,
waveform_jtargs_counters,
stats=30,
adc_mon0=None,
adc_mon1=None):
"""Run full FPGA sequence using the GHz FPGA server.
Args:
waveform_jtargs_counters:
stats (int): Number of repetitions of the sequence.
adc_mon0 (int): Setting for monitor 0 of the ADC
adc_mon1 (int): Setting for monitor 1 of the ADC
Returns: fpga.run_sequence
"""
def name_board(dac_num, type='DAC'):
return '{} {} {}'.format(self.board_group_name, type, dac_num)
master_name = name_board(self.dac_num)
slave_names = [name_board(dac_num)
for dac_num in self.other_dac_nums]
waveform, jump_args, counters = waveform_jtargs_counters
sram = np.array(dac.dacify(
waveform,
waveform,
trigger_idx=[16,17]), dtype='<u4')
for board in [master_name] + slave_names:
self.fpga.select_device(board)
self.fpga.jump_table_clear()
for jump_arg in jump_args:
opcode, arg = jump_arg
self.fpga.jump_table_add_entry(opcode, arg)
self.fpga.jump_table_set_counters(counters)
self.fpga.sram(sram)
self.fpga.start_delay(12)
self.fpga.loop_delay(Value(50, 'us'))
daisy = [master_name]
if self.adc_num is not None:
adc_name = name_board(self.adc_num, type='ADC')
self.fpga.select_device(adc_name)
self.fpga.adc_run_mode('demodulate')
# Hard code begins here
self.fpga.start_delay(4)
self.fpga.adc_trigger_table([(1, 7, 40, 11)])
mixer = 127*np.ones([512, 2])
mixer[:, 1] *= 0
self.fpga.adc_mixer_table(0, mixer)
if adc_mon0 is not None:
self.fpga.adc_monitor_outputs(adc_mon0, adc_mon1)
self.fpga.timing_order([adc_name + '::0'])
daisy.append(adc_name)
else:
self.fpga.timing_order([])
for ob in slave_names:
daisy.append(ob)
self.fpga.daisy_chain(daisy)
return self.fpga.run_sequence(stats, False)
