def _build_Voltage_sweep(vip, tb):
### the values associated with the keywords with __ are not writen to the instrument tabs
### (only sweeped over in the measurement)
sweep_quadruple = [
'R__start', 'R__stop', 'N__sweep_points', 'R_AUXI_volt_step_size'
]
vip.content['captions'][tb]['lb'] = {
'R__start': "Start voltage:" + 3 * cs.BLANK,
'F_axis_mode': "Axis mode:" + 2 * cs.BLANK,
'R__stop': "Stop voltage:" + 4 * cs.BLANK,
'N__sweep_points': "Sweep points:" + 3 * cs.BLANK,
'_lb_volt_step_size': "Step size:" + 12 * cs.BLANK,
'R_AUXI_volt_step_size': "init"
}
vip.content['captions'][tb]['bn'] = {}
vip.content['captions'][tb]['cb'] = {}
vip.content['events'][tb]['le'] = {
'R__start':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'R__start', text),
'R__stop':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple, 'R__stop',
text),
'N__sweep_points':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'N__sweep_points', text)
}
vip.content['events'][tb]['dm'] = {
'F_axis_mode':
lambda text: se.le_or_dm_change(vip, tb, 'F_axis_mode', text)
}
vip.content['events'][tb]['bn'] = {}
vip.content['events'][tb]['cb'] = {}
vip.content['cb_vals'][tb] = {}
vip.content['dm_vals'][tb] = {'F_axis_mode': menus.AXIS_MODES}
sw.__fill_widgets(vip, tb, fontsize=cs.FONTSIZE - 1)
### ----------
se._fun_change_step_size_value_label(vip, tb, sweep_quadruple)
vip._qWidgets['lb'][tb][sweep_quadruple[3]].setFont(
QtGui.QFont(cs.FONT, cs.FONTSIZE))
########## ########## hBoxs
le_ks = ['R__start', 'R__stop', 'N__sweep_points']
dm_ks = ['F_axis_mode']
hBoxs_ks = dm_ks + ['__lb_volt_step_size'] + le_ks
hBoxs = {k: QtGui.QHBoxLayout() for k in hBoxs_ks}
for k in dm_ks:
hBoxs[k].addWidget(vip._qWidgets['lb'][tb][k])
hBoxs[k].addStretch(.1)
hBoxs[k].addWidget(vip._qWidgets['dm'][tb][k])
for k in le_ks:
hBoxs[k].addWidget(vip._qWidgets['lb'][tb][k])
hBoxs[k].addWidget(vip._qWidgets['le'][tb][k])
hBoxs['__lb_volt_step_size'].addWidget(
vip._qWidgets['lb'][tb]['_lb_volt_step_size'])
hBoxs['__lb_volt_step_size'].addWidget(
vip._qWidgets['lb'][tb]['R_AUXI_volt_step_size'])
hBoxs['__lb_volt_step_size'].addStretch(.1)
########## ########## vBox
vBox = QtGui.QVBoxLayout(vip._qWidgets['qw'][tb])
for k in dm_ks:
vBox.addLayout(hBoxs[k])
for k in le_ks:
vBox.addLayout(hBoxs[k])
vBox.addLayout(hBoxs['__lb_volt_step_size'])
def _build_AWG_sweep(vip, tb):
### the values associated with the keywords with __ are not writen to the instrument tabs
### (only sweeped over in the measurement)
### Note: At the moment, H3344 is the only AWG and it has 4 channels (indexed by 0,1,2,3),
### and so is the range implemented here. In case there comes a AWG with more channels,
### a few things must be adjusted here.
### Also, if there are different AWGs with different numbers of channels, that might make things unsafe.
from dictionaries.hardware import range_H3344_channels as channels_list
sweep_quadruple = [
'R__start', 'R__stop', 'N__sweep_points', 'R_AUXI_volt_step_size'
]
vip.content['captions'][tb]['lb'] = {
'R__start': "Start voltage:" + 3 * cs.BLANK,
'R__stop': "Stop voltage:" + 4 * cs.BLANK,
'N__sweep_points': "Sweep points:" + 3 * cs.BLANK,
'_lb_volt_step_size': "Step size:" + 12 * cs.BLANK,
'R_AUXI_volt_step_size': "init",
'USE_channel_': "Apply to",
'F__sweep_type': "Sweep"
}
vip.content['captions'][tb]['bn'] = {}
vip.content['captions'][tb]['cb'] = {
'USE_channel_' + ch: ch
for ch in channels_list
}
vip.content['events'][tb]['le'] = {
'R__start':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'R__start', text),
'R__stop':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple, 'R__stop',
text),
'N__sweep_points':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'N__sweep_points', text)
}
vip.content['events'][tb]['dm'] = {
'F__sweep_type':
lambda text: se.le_or_dm_change(vip, tb, 'F__sweep_type', text)
}
vip.content['events'][tb]['bn'] = {}
vip.content['events'][tb]['cb'] = {
'USE_channel_0': lambda state: se.cb_toggled(vip, tb, 'USE_channel_0'),
'USE_channel_1': lambda state: se.cb_toggled(vip, tb, 'USE_channel_1'),
'USE_channel_2': lambda state: se.cb_toggled(vip, tb, 'USE_channel_2'),
'USE_channel_3': lambda state: se.cb_toggled(vip, tb, 'USE_channel_3')
}
### I'm not sure if the following shorter function assignment might not make problems:
#vip.content['events'][tb]['cb'] = {'USE_channel_'+ch : lambda state: se.cb_toggled(vip, tb, 'USE_channel_'+ch) for ch in channels_list}
vip.content['cb_vals'][tb] = {
'USE_channel_' + ch: ('USE', 'DONT_USE')
for ch in channels_list
}
vip.content['dm_vals'][tb] = {'F__sweep_type': ['Amplitude', 'Offset']}
sw.__fill_widgets(vip, tb, fontsize=cs.FONTSIZE - 1)
### ----------
se._fun_change_step_size_value_label(vip, tb, sweep_quadruple)
vip._qWidgets['lb'][tb][sweep_quadruple[3]].setFont(
QtGui.QFont(cs.FONT, cs.FONTSIZE))
########## ########## hBoxs
le_ks = ['R__start', 'R__stop', 'N__sweep_points']
hBoxs_ks = ['USE_channel_'] + ['F__sweep_type'] + ['__lb_volt_step_size'
] + le_ks
hBoxs = {k: QtGui.QHBoxLayout() for k in hBoxs_ks}
hBoxs['USE_channel_'].addWidget(vip._qWidgets['lb'][tb]['USE_channel_'])
for ch in range(4):
hBoxs['USE_channel_'].addWidget(
vip._qWidgets['cb'][tb]['USE_channel_' + str(ch)])
hBoxs['F__sweep_type'].addWidget(vip._qWidgets['lb'][tb]['F__sweep_type'])
hBoxs['F__sweep_type'].addWidget(vip._qWidgets['dm'][tb]['F__sweep_type'])
for k in le_ks:
hBoxs[k].addWidget(vip._qWidgets['lb'][tb][k])
hBoxs[k].addWidget(vip._qWidgets['le'][tb][k])
hBoxs['__lb_volt_step_size'].addWidget(
vip._qWidgets['lb'][tb]['_lb_volt_step_size'])
hBoxs['__lb_volt_step_size'].addWidget(
vip._qWidgets['lb'][tb]['R_AUXI_volt_step_size'])
hBoxs['__lb_volt_step_size'].addStretch(.1)
########## ########## vBox
vBox = QtGui.QVBoxLayout(vip._qWidgets['qw'][tb])
vBox.addLayout(hBoxs['USE_channel_'])
vBox.addLayout(hBoxs['F__sweep_type'])
for k in le_ks:
vBox.addLayout(hBoxs[k])
vBox.addLayout(hBoxs['__lb_volt_step_size'])
vBox.addLayout(hBoxs['F__sweep_type'])
def _build_Power_sweep(vip, tb):
### the values associated with the keywords with __ are not writen to the
### instrument tabs (only sweeped over in the measurement)
sweep_quadruple = [
'R__start', 'R__stop', 'N__sweep_points', 'R_AUXI_power_step_size'
]
vip.content['captions'][tb]['lb'] = {
'F_instr_name': "Instrument:" + 1 * cs.BLANK,
'F_axis_mode': "Axis mode:" + 2 * cs.BLANK,
'R__start': "Start power:" + 3 * cs.BLANK,
'R__stop': "Stop power:" + 3 * cs.BLANK,
'N__sweep_points': "Sweep points:",
'_lb_power_step_size': "Step size:" + 7 * cs.BLANK,
'R_AUXI_power_step_size': "",
'F_AUXI_power_star_unit': cs.BLANK + "dBm" + 3 * cs.BLANK,
'F_AUXI_power_stop_unit': cs.BLANK + "dBm" + 3 * cs.BLANK,
'F_AUXI_power_step_size_unit': cs.BLANK + "dBm" + 3 * cs.BLANK
}
vip.content['captions'][tb]['bn'] = {}
vip.content['captions'][tb]['cb'] = {}
vip.content['events'][tb]['le'] = {
'R__start':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'R__start', text),
'R__stop':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple, 'R__stop',
text),
'N__sweep_points':
lambda text: se.le_sweep_quadruple(vip, tb, sweep_quadruple,
'N__sweep_points', text)
}
vip.content['events'][tb]['dm'] = {
'F_instr_name':
lambda text: se.le_or_dm_change(vip, tb, 'F_instr_name', text),
'F_axis_mode':
lambda text: se.le_or_dm_change(vip, tb, 'F_axis_mode', text)
}
vip.content['events'][tb]['cb'] = {}
vip.content['events'][tb]['bn'] = {}
vip.content['cb_vals'][tb] = {}
vip.content['dm_vals'][tb] = {
'F_instr_name':
session.instr_classification['VNA'] +
session.instr_classification['SG'],
'F_axis_mode':
menus.AXIS_MODES
}
sw.__fill_widgets(vip, tb, fontsize=cs.FONTSIZE - 1)
### ----------
vip._qWidgets['lb'][tb][sweep_quadruple[3]].setFont(
QtGui.QFont(cs.FONT, cs.FONTSIZE))
se._fun_change_step_size_value_label(vip, tb, sweep_quadruple)
########## ########## hBoxs
le_ks = ['R__start', 'R__stop', 'N__sweep_points']
dm_ks = ['F_instr_name', 'F_axis_mode']
hBoxs_ks = dm_ks + ['__lb_power_step_size'] + le_ks
hBoxs = {k: QtGui.QHBoxLayout() for k in hBoxs_ks}
for k in le_ks:
for w in ['lb', 'le']:
hBoxs[k].addWidget(vip._qWidgets[w][tb][k])
for k in dm_ks:
hBoxs[k].addWidget(vip._qWidgets['lb'][tb][k])
hBoxs[k].addStretch(1)
hBoxs[k].addWidget(vip._qWidgets['dm'][tb][k])
hBoxs['R__start'].addWidget(
vip._qWidgets['lb'][tb]['F_AUXI_power_star_unit'])
hBoxs['R__stop'].addWidget(
vip._qWidgets['lb'][tb]['F_AUXI_power_stop_unit'])
hBoxs['__lb_power_step_size'].addWidget(
vip._qWidgets['lb'][tb]['_lb_power_step_size'])
hBoxs['__lb_power_step_size'].addWidget(
vip._qWidgets['lb'][tb]['R_AUXI_power_step_size'])
hBoxs['__lb_power_step_size'].addStretch(1)
hBoxs['__lb_power_step_size'].addWidget(
vip._qWidgets['lb'][tb]['F_AUXI_power_step_size_unit'])
########## ########## vBox
vBox = QtGui.QVBoxLayout(vip._qWidgets['qw'][tb])
for k in dm_ks:
vBox.addLayout(hBoxs[k])
for key in le_ks:
vBox.addLayout(hBoxs[key])
vBox.addLayout(hBoxs['__lb_power_step_size'])