def __init__(self, **kwargs):
super(Anritsu, self).__init__(kwargs=kwargs)
self.is_source_active = False
on_off_label = Label(text="Use Source")
self.on_off_switch = Switch(active=False)
self.on_off_switch.bind(active=self.on_off)
on_off_layout = BoxLayout(orientation="horizontal", size_hint=(1, None), size=(1, 40))
on_off_layout.add_widget(on_off_label)
on_off_layout.add_widget(self.on_off_switch)
init_frec_label = Label(text="Frequency")
self.init_frec_value = TextInput(multiline=False)
self.init_frec_value.disabled = True
self.init_frec_value.text = "0.0"
self.init_frec_unit = UnitSpinner(UnitSpinner.hz)
amplitud_frec_label = Label(text="Power")
self.amplitud_frec_value = TextInput(multiline=False)
self.amplitud_frec_value.disabled = True
self.amplitud_frec_value.bind(text=self._check_input_number)
self.amplitud_frec_unit = UnitSpinner(UnitSpinner.db)
buttons_configuration = GridLayout(cols=3, row_force_default=True, row_default_height=40)
buttons_configuration.add_widget(init_frec_label)
buttons_configuration.add_widget(self.init_frec_value)
buttons_configuration.add_widget(self.init_frec_unit)
buttons_configuration.add_widget(amplitud_frec_label)
buttons_configuration.add_widget(self.amplitud_frec_value)
buttons_configuration.add_widget(self.amplitud_frec_unit)
main_layout = BoxLayout(orientation="vertical")
main_layout.add_widget(on_off_layout)
main_layout.add_widget(buttons_configuration)
self.add_widget(main_layout)
def __init__(self, **kwargs):
super(CommonSource, self).__init__(kwargs=kwargs)
main_layout = BoxLayout(orientation='vertical')
on_off_layout = BoxLayout(orientation='horizontal', size_hint=(1,None), size=(1,40))
sweep_layout = BoxLayout(orientation='horizontal', size_hint=(1,None), size=(1,40))
buttons_configuration = GridLayout(cols=3, row_force_default=True, row_default_height=40)
self.is_source_active = False
self.do_a_sweep = False
on_off_label = Label(text='Use Source')
self.on_off_switch = Switch(active=False)
self.on_off_switch.bind(active=self.on_off)
on_off_layout.add_widget(on_off_label)
on_off_layout.add_widget(self.on_off_switch)
sweep_label = Label(text='Do Sweep')
self.sweep_switch = Switch(active=False)
self.sweep_switch.bind(active=self.sweepe_or_not)
sweep_layout.add_widget(sweep_label)
sweep_layout.add_widget(self.sweep_switch)
init_frec_label = Label(text='Initial\nFrequency',)
self.init_frec_value = TextInput(multiline=False)
self.init_frec_value.disabled = True
self.init_frec_value.bind(text=self.update_values)
self.init_frec_unit = UnitSpinner(UnitSpinner.hz)
final_frec_label = Label(text='Final\nFrequency')
self.final_frec_value = TextInput(multiline=False)
self.final_frec_value.disabled = True
self.final_frec_value.bind(text=self.update_values)
self.final_frec_unit = UnitSpinner(UnitSpinner.hz)
delta_frec_label = Label(text='Frequency\nStep')
self.delta_frec_value = TextInput(multiline=False)
self.delta_frec_value.disabled = True
self.delta_frec_value.bind(text=self.change_delta_frec)
self.delta_frec_unit = UnitSpinner(UnitSpinner.hz)
puntos_frec_label = Label(text='Number\nof Points')
self.puntos_frec_value = TextInput(multiline=False)
self.puntos_frec_value.disabled = True
self.puntos_frec_value.bind(text=self.change_points_number)
self.puntos_frec_unit = UnitSpinner(UnitSpinner.simple)
amplitud_frec_label = Label(text='Power')
self.amplitud_frec_value = TextInput(multiline=False)
self.amplitud_frec_value.disabled = True
self.amplitud_frec_value.bind(text=self._check_input_number)
self.amplitud_frec_unit = UnitSpinner(UnitSpinner.db)
buttons_configuration.add_widget(init_frec_label)
buttons_configuration.add_widget(self.init_frec_value)
buttons_configuration.add_widget(self.init_frec_unit)
buttons_configuration.add_widget(final_frec_label)
buttons_configuration.add_widget(self.final_frec_value)
buttons_configuration.add_widget(self.final_frec_unit)
buttons_configuration.add_widget(delta_frec_label)
buttons_configuration.add_widget(self.delta_frec_value)
buttons_configuration.add_widget(self.delta_frec_unit)
buttons_configuration.add_widget(puntos_frec_label)
buttons_configuration.add_widget(self.puntos_frec_value)
buttons_configuration.add_widget(self.puntos_frec_unit)
buttons_configuration.add_widget(amplitud_frec_label)
buttons_configuration.add_widget(self.amplitud_frec_value)
buttons_configuration.add_widget(self.amplitud_frec_unit)
main_layout.add_widget(on_off_layout)
main_layout.add_widget(sweep_layout)
main_layout.add_widget(buttons_configuration)
self.add_widget(main_layout)
self.manual_change_delta = False
self.manual_change_puntos = False
self.manual_change_init = False
self.manual_change_final = False
class CommonSource(AbstractSource):
def __init__(self, **kwargs):
super(CommonSource, self).__init__(kwargs=kwargs)
main_layout = BoxLayout(orientation='vertical')
on_off_layout = BoxLayout(orientation='horizontal', size_hint=(1,None), size=(1,40))
sweep_layout = BoxLayout(orientation='horizontal', size_hint=(1,None), size=(1,40))
buttons_configuration = GridLayout(cols=3, row_force_default=True, row_default_height=40)
self.is_source_active = False
self.do_a_sweep = False
on_off_label = Label(text='Use Source')
self.on_off_switch = Switch(active=False)
self.on_off_switch.bind(active=self.on_off)
on_off_layout.add_widget(on_off_label)
on_off_layout.add_widget(self.on_off_switch)
sweep_label = Label(text='Do Sweep')
self.sweep_switch = Switch(active=False)
self.sweep_switch.bind(active=self.sweepe_or_not)
sweep_layout.add_widget(sweep_label)
sweep_layout.add_widget(self.sweep_switch)
init_frec_label = Label(text='Initial\nFrequency',)
self.init_frec_value = TextInput(multiline=False)
self.init_frec_value.disabled = True
self.init_frec_value.bind(text=self.update_values)
self.init_frec_unit = UnitSpinner(UnitSpinner.hz)
final_frec_label = Label(text='Final\nFrequency')
self.final_frec_value = TextInput(multiline=False)
self.final_frec_value.disabled = True
self.final_frec_value.bind(text=self.update_values)
self.final_frec_unit = UnitSpinner(UnitSpinner.hz)
delta_frec_label = Label(text='Frequency\nStep')
self.delta_frec_value = TextInput(multiline=False)
self.delta_frec_value.disabled = True
self.delta_frec_value.bind(text=self.change_delta_frec)
self.delta_frec_unit = UnitSpinner(UnitSpinner.hz)
puntos_frec_label = Label(text='Number\nof Points')
self.puntos_frec_value = TextInput(multiline=False)
self.puntos_frec_value.disabled = True
self.puntos_frec_value.bind(text=self.change_points_number)
self.puntos_frec_unit = UnitSpinner(UnitSpinner.simple)
amplitud_frec_label = Label(text='Power')
self.amplitud_frec_value = TextInput(multiline=False)
self.amplitud_frec_value.disabled = True
self.amplitud_frec_value.bind(text=self._check_input_number)
self.amplitud_frec_unit = UnitSpinner(UnitSpinner.db)
buttons_configuration.add_widget(init_frec_label)
buttons_configuration.add_widget(self.init_frec_value)
buttons_configuration.add_widget(self.init_frec_unit)
buttons_configuration.add_widget(final_frec_label)
buttons_configuration.add_widget(self.final_frec_value)
buttons_configuration.add_widget(self.final_frec_unit)
buttons_configuration.add_widget(delta_frec_label)
buttons_configuration.add_widget(self.delta_frec_value)
buttons_configuration.add_widget(self.delta_frec_unit)
buttons_configuration.add_widget(puntos_frec_label)
buttons_configuration.add_widget(self.puntos_frec_value)
buttons_configuration.add_widget(self.puntos_frec_unit)
buttons_configuration.add_widget(amplitud_frec_label)
buttons_configuration.add_widget(self.amplitud_frec_value)
buttons_configuration.add_widget(self.amplitud_frec_unit)
main_layout.add_widget(on_off_layout)
main_layout.add_widget(sweep_layout)
main_layout.add_widget(buttons_configuration)
self.add_widget(main_layout)
self.manual_change_delta = False
self.manual_change_puntos = False
self.manual_change_init = False
self.manual_change_final = False
def get_my_name(self):
pass
def get_my_ip(self):
pass
def get_my_port(self):
pass
def sweepe_or_not(self, spinner, text):
self.do_a_sweep = text
self.final_frec_value.disabled = not (text and self.is_source_active)
self.delta_frec_value.disabled = not (text and self.is_source_active)
self.puntos_frec_value.disabled = not (text and self.is_source_active)
def on_off(self, spinner, text):
self.is_source_active = text
self.final_frec_value.disabled = not (text and self.do_a_sweep)
self.delta_frec_value.disabled = not (text and self.do_a_sweep)
self.puntos_frec_value.disabled = not (text and self.do_a_sweep)
self.init_frec_value.disabled = not text
self.amplitud_frec_value.disabled = not text
def _check_input_number(self,instance, value):
try:
if len(value) > 0:
float(value)
except ValueError:
if not value == '-':
instance.text = value[0:-1]
popup = Popup(title='Error', content=Label(text='Mal valor,\nsolo numeros'),\
size_hint=(None, None), size=(120, 100))
popup.open()
def update_values(self, instance, value):
self._check_input_number(instance, value)
def change_delta_frec(self, instance, value):
self._check_input_number(instance, value)
print 'frec'
if self.manual_change_delta:
self.manual_change_delta = False
return
frec_init = self.init_frec_value._get_text()
frec_final = self.final_frec_value._get_text()
if len(frec_init) < 1 or len(frec_final) < 1:
return
frec_init = float(frec_init)*self.init_frec_unit.get_unit_norm()
frec_final = float(frec_final)*self.final_frec_unit.get_unit_norm()
delta = float(self.delta_frec_value.text)*self.delta_frec_unit.get_unit_norm()
npoints = int((delta + frec_final - frec_init)/delta) + 1
power10 = 1
while npoints >= 1000 or npoints < 1:
if npoints >= 1000:
power10 *= 10**3
npoints *= 10**-3
elif npoints < 1:
power10 *=10**-3
npoints *= 10**3
self.manual_change_puntos = True
self.puntos_frec_value.text = str(npoints)
self.puntos_frec_unit.set_unit(power10)
print 'end'
def change_points_number(self, instance, value):
self._check_input_number(instance, value)
if self.manual_change_puntos:
self.manual_change_puntos = False
return
frec_init = self.init_frec_value._get_text()
frec_final = self.final_frec_value._get_text()
if len(frec_init) < 1 or len(frec_final) < 1:
return
frec_init = float(frec_init)*self.init_frec_unit.get_unit_norm()
frec_final = float(frec_final)*self.final_frec_unit.get_unit_norm()
if frec_init > frec_final:
return
npoint = float(self.puntos_frec_value.text)*self.puntos_frec_unit.get_unit_norm()
if npoint < 2:
return
delta = (frec_final - frec_init)/(npoint - 1)
power10 = 1
while delta >= 1000 or delta < 1:
if delta >= 1000:
power10 *= 10**3
delta *= 10**-3
elif delta < 1:
power10 *=10**-3
delta *= 10**3
self.manual_change_delta = True
self.delta_frec_unit.set_unit(power10)
self.delta_frec_value.text = str(delta)
print 'end pp'
def is_active(self):
return self.is_source_active
def do_sweep(self):
return self.do_a_sweep
def get_source_config(self):
data_dic = {}
data_dic['ip'] = self.get_my_ip()
data_dic['port'] = self.get_my_port()
data_dic['power'] = self.amplitud_frec_value._get_text()
if self.do_a_sweep:
data_dic['frec_init'] = float(self.init_frec_value._get_text())*self.init_frec_unit.get_unit_norm()
data_dic['frec_end'] = float(self.final_frec_value._get_text())*self.final_frec_unit.get_unit_norm()
data_dic['frec_number_point'] = int(self.puntos_frec_value._get_text())*self.puntos_frec_unit.get_unit_norm()
data_dic['instance'] = SourceThread
else:
data_dic['frec'] = float(self.init_frec_value._get_text())*self.init_frec_unit.get_unit_norm()
data_dic['instance'] = ToneDCSource
data_dic['name'] = self.get_my_name()
return data_dic
def save_config_dictionary(self):
data_dic = {}
data_dic['use_source'] = self.is_source_active
data_dic['sweep'] = self.do_a_sweep
data_dic['ip'] = self.get_my_ip()
data_dic['port'] = self.get_my_port()
data_dic['power'] = self.amplitud_frec_value._get_text()
data_dic['frec_init'] = self.init_frec_value._get_text()
data_dic['frec_init_unit'] = self.init_frec_unit.get_unit()
data_dic['frec_end'] = self.final_frec_value._get_text()
data_dic['frec_end_unit'] = self.final_frec_unit.get_unit()
data_dic['frec_number_point'] = self.puntos_frec_value._get_text()
data_dic['frec_numer_points_unit'] = self.puntos_frec_unit.get_unit()
return {self.get_my_name():data_dic}
def set_configuration(self, config_dictionary):
if self.get_my_name() in config_dictionary:
config_dictionary_ = config_dictionary[self.get_my_name()]
self.is_source_active = config_dictionary_['use_source']
self.on_off_switch.active = self.is_source_active
self.do_a_sweep = config_dictionary_['sweep']
self.sweep_switch.active = self.do_a_sweep
self.amplitud_frec_value.text = config_dictionary_['power']
self.init_frec_value.text = config_dictionary_['frec_init']
self.init_frec_unit.text = config_dictionary_['frec_init_unit']
self.final_frec_value.text = config_dictionary_['frec_end']
self.final_frec_unit.text = config_dictionary_['frec_end_unit']
self.puntos_frec_value.text = config_dictionary_['frec_number_point']
self.puntos_frec_unit.text = config_dictionary_['frec_numer_points_unit']
class Anritsu(AbstractSource):
def __init__(self, **kwargs):
super(Anritsu, self).__init__(kwargs=kwargs)
self.is_source_active = False
on_off_label = Label(text="Use Source")
self.on_off_switch = Switch(active=False)
self.on_off_switch.bind(active=self.on_off)
on_off_layout = BoxLayout(orientation="horizontal", size_hint=(1, None), size=(1, 40))
on_off_layout.add_widget(on_off_label)
on_off_layout.add_widget(self.on_off_switch)
init_frec_label = Label(text="Frequency")
self.init_frec_value = TextInput(multiline=False)
self.init_frec_value.disabled = True
self.init_frec_value.text = "0.0"
self.init_frec_unit = UnitSpinner(UnitSpinner.hz)
amplitud_frec_label = Label(text="Power")
self.amplitud_frec_value = TextInput(multiline=False)
self.amplitud_frec_value.disabled = True
self.amplitud_frec_value.bind(text=self._check_input_number)
self.amplitud_frec_unit = UnitSpinner(UnitSpinner.db)
buttons_configuration = GridLayout(cols=3, row_force_default=True, row_default_height=40)
buttons_configuration.add_widget(init_frec_label)
buttons_configuration.add_widget(self.init_frec_value)
buttons_configuration.add_widget(self.init_frec_unit)
buttons_configuration.add_widget(amplitud_frec_label)
buttons_configuration.add_widget(self.amplitud_frec_value)
buttons_configuration.add_widget(self.amplitud_frec_unit)
main_layout = BoxLayout(orientation="vertical")
main_layout.add_widget(on_off_layout)
main_layout.add_widget(buttons_configuration)
self.add_widget(main_layout)
def do_sweep(self):
return False
def is_active(self):
return self.is_source_active
def get_source_config(self):
return_dic = {}
return_dic["ip_direction"] = "TCPIP0::192.168.1.36::inst0::INSTR"
return_dic["power"] = self.amplitud_frec_value.text
return_dic["frequency"] = float(self.init_frec_value.text) * self.init_frec_unit.get_unit_norm()
return_dic["instance"] = AnritsuTone
return return_dic
def save_config_dictionary(self):
data_dic = {}
data_dic["active"] = self.is_source_active
data_dic["power"] = self.amplitud_frec_value.text
data_dic["frequency"] = float(self.init_frec_value.text) * self.init_frec_unit.get_unit_norm()
return {self.get_my_name(): data_dic}
def get_my_name(self):
return "Anritsu"
def set_configuration(self, config_dictionary):
if self.get_my_name() in config_dictionary:
config_dictionary_ = config_dictionary[self.get_my_name()]
self.is_source_active = config_dictionary_["active"]
self.on_off_switch.active = self.is_source_active
self.amplitud_frec_value.text = config_dictionary_["power"]
self.init_frec_value.text = str(config_dictionary_["frequency"])
self.init_frec_unit.text = "Hz"
def on_off(self, spinner, text):
self.is_source_active = text
self.init_frec_value.disabled = not text
self.amplitud_frec_value.disabled = not text
def _check_input_number(self, instance, value):
try:
if len(value) > 0:
float(value)
except ValueError:
if not value == "-":
instance.text = value[0:-1]
popup = Popup(
title="Error",
content=Label(text="Mal valor,\nsolo numeros"),
size_hint=(None, None),
size=(120, 100),
)
popup.open()
