def print_timing_grid(self):
print("Timing grid:")
if len(self.timing_grid) == 0:
print("Empty timing grid.")
return
if self.timing_grid[0].absolute_time is not None:
absolute_time_generated = True
else:
absolute_time_generated = False
if absolute_time_generated is True:
print("{0: >6s} {1: <10s}" " Events".format("Idx", "absolute"))
else:
print("{0: >6s} {1: <10s} Events".format("Idx", "next wait"))
i = 0
for tp in self.timing_grid:
raw_print("{0:5d}:".format(i))
if absolute_time_generated is True:
raw_print(" {0: <8d} ".format(tp.absolute_time))
else:
raw_print(" {0: <8d} ".format(tp.following_waiting_time))
self._print_event_list(tp.parallel_events)
raw_print('\n')
i = i + 1
print("")
def print_timing_events(self):
print("Timing events:")
for i, timing_events in enumerate(self.timing_event_list):
raw_print("{0:5d} : ".format(i))
for re in timing_events:
raw_print("({}, {}, {})".format(re.event_type, re.name,
re.params))
raw_print("\n")
print("")
def print_hw_timing_grid(self):
print("Hardware trigger timing grid:")
if len(self.hw_timing_grid) == 0:
print("Empty trigger timing grid.")
return
print("{0: >6s} {1: <10s}" " Events".format("Idx", "absolute"))
i = 0
for tp in self.hw_timing_grid:
raw_print("{0:5d}:".format(i))
raw_print(" {0: <8d} ".format(tp.absolute_time))
self._print_event_list(tp.parallel_events)
raw_print('\n')
i = i + 1
print("")
def _print_event_list(self, event_list):
"""
private method used for printing of the timing grid and hardware
timing grid
"""
raw_print(" ")
if event_list == []:
raw_print('-')
return
if hasattr(event_list[0], 'event_type'): # qasm event list
for e in event_list:
raw_print(e.name)
raw_print(" ")
if len(e.params) == 2:
raw_print(str(e.params[0]))
raw_print(", ")
raw_print(str(e.params[1]))
else:
raw_print(str(e.params[0]))
if e.channel_latency != 0:
raw_print("({})".format(e.channel_latency))
raw_print('; ')
else: # qumis event list
for e in event_list:
raw_print(e.qumis_name)
if e.codeword == -2:
if e.awg_nr != -1:
raw_print(" ")
raw_print("awg")
raw_print(str(e.awg_nr))
raw_print("(%s)" % str(e.codeword))
else:
raw_print(" ")
raw_print("bits:")
raw_print("[{}]".format(str(e.trigger_bit)))
raw_print(str(e.codeword_bit))
if e.qumis_name.lower() == "measure":
pass
elif e.qumis_name.lower() == "pulse":
raw_print(" ")
raw_print("awg")
raw_print(str(e.awg_nr))
raw_print("(%s)" % str(e.codeword))
elif e.qumis_name.lower() == "trigger":
raw_print(" ")
raw_print("bits:")
if e.set_bits != []:
raw_print(str(e.set_bits))
if e.trigger_bit != -1:
raw_print("[{}]".format(str(e.trigger_bit)))
if e.codeword_bit != []:
raw_print(str(e.codeword_bit))
if e.format != []:
raw_print(" f:")
raw_print(str(e.format))
else:
raw_print(" d:")
raw_print(str(e.duration))
if e.codeword != -1:
raw_print(" cw: %s" % str(e.codeword))
raw_print('; ')
def print_op_dict(self):
print("QASM operation dictionary:")
for key, value in self.qasm_op_dict.items():
raw_print("{0: >10} : ".format(key))
print(value)
print("\n")