def _amplitude_controls(self):
self._amplitude_group = AmplitudeControls(self.controller, self._plot)
self.control_widgets.append(self._amplitude_group)
return self._amplitude_group
class MainPanel(QtGui.QWidget):
"""
The spectrum view and controls
"""
def __init__(self, controller, main_window):
self.controller = controller
controller.device_change.connect(self.device_changed)
controller.state_change.connect(self.state_changed)
controller.capture_receive.connect(self.capture_received)
controller.options_change.connect(self.options_changed)
self._main_window = main_window
self.ref_level = 0
self.dut = None
self.control_widgets = []
super(MainPanel, self).__init__()
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(MINIMUM_WIDTH)
self.setMinimumHeight(MINIMUM_HEIGHT)
self.plot_state = None
self.gui_state = None
# plot window
self._plot = Plot(controller, self)
self._plot.user_xrange_change.connect(controller.user_xrange_changed)
self._vrt_context = {}
self.initUI()
self.disable_controls()
self.plot_state = None
self._waterfall_range = None, None, None
self.options_changed(controller.get_options(),
['iq_plots', 'waterfall_plot', 'persistence_plot'])
def device_changed(self, dut):
self.plot_state = gui_config.PlotState(dut.properties)
self.trace_group.plot_state = self.plot_state
self.dut_prop = dut.properties
self.enable_controls()
def state_changed(self, state, changed):
"""
signal handler for speca state changes
:param state: new SpecAState object
:param changed: list of attribute names changed
"""
self.gui_state = state
if 'mode' in changed:
rfe_mode = state.rfe_mode()
self._update_iq_plot_visibility()
self.update_rbw_label()
if rfe_mode in ('DD', 'IQIN'):
freq = self.dut_prop.MIN_TUNABLE[rfe_mode]
full_bw = self.dut_prop.FULL_BW[rfe_mode]
self._plot.center_view(freq,
full_bw,
self._amplitude_group.get_min_level(),
self._amplitude_group.get_ref_level())
self._plot.iq_window.setYRange(IQ_PLOT_YMIN[rfe_mode],
IQ_PLOT_YMAX[rfe_mode])
else:
freq = state.center
full_bw = state.span
self._plot.center_view(freq - full_bw/2,
freq + full_bw/2,
self._amplitude_group.get_min_level(),
self._amplitude_group.get_ref_level())
self._plot.iq_window.setYRange(IQ_PLOT_YMIN[rfe_mode],
IQ_PLOT_YMAX[rfe_mode])
if 'device_settings.iq_output_path' in changed:
if state.device_settings['iq_output_path'] == 'CONNECTOR':
# remove plots
self._plot_layout.hide()
self.hide_labels()
if self._main_window.isMaximized():
self._main_window.showNormal()
# resize window
for x in range(self.plot_width):
self._grid.setColumnMinimumWidth(x, 0)
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(0)
self.setMinimumHeight(0)
self._main_window.setMinimumWidth(0)
self._main_window.setMinimumHeight(0)
self.resize(0,0)
self._main_window.resize(0,0)
else:
# show plots
self._plot_layout.show()
self.show_labels()
# resize window
for x in range(self.plot_width):
self._grid.setColumnMinimumWidth(x, 300)
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(MINIMUM_WIDTH)
self.setMinimumHeight(MINIMUM_HEIGHT)
WINDOW_WIDTH = max(screen.width() * 0.7, MINIMUM_WIDTH)
WINDOW_HEIGHT = max(screen.height() * 0.7, MINIMUM_HEIGHT)
self._main_window.resize(WINDOW_WIDTH,WINDOW_HEIGHT)
if 'rbw' in changed:
self.update_rbw_label()
if 'span' in changed:
self.update_span_label()
def show_labels(self):
self._rbw_label.show()
self._span_label.show()
self._diff_label.show()
self._mask_label.show()
for m in self.marker_labels:
m.show()
def hide_labels(self):
self._rbw_label.hide()
self._span_label.hide()
self._diff_label.hide()
self._mask_label.hide()
for m in self.marker_labels:
m.hide()
def update_rbw_label(self):
rfe_mode = self.gui_state.rfe_mode()
if rfe_mode == 'HDR':
self._rbw_label.setText("RBW:\n%0.2f Hz" % (self.gui_state.rbw))
else:
self._rbw_label.setText("RBW:\n%0.2f KHz" % (self.gui_state.rbw / 1e3))
def update_span_label(self):
rfe_mode = self.gui_state.rfe_mode()
if rfe_mode == 'HDR':
self._span_label.setText("SPAN:\n%0.2f KHz" % (self.gui_state.span / 1e3))
else:
self._span_label.setText("SPAN:\n%0.2f MHz" % (self.gui_state.span/ M))
def initUI(self):
grid = QtGui.QGridLayout()
grid.setSpacing(10)
self.plot_width = 11
for x in range(self.plot_width):
grid.setColumnMinimumWidth(x, 300)
self._mask_label = QtGui.QLabel()
self._mask_label.setStyleSheet('background-color: black')
self.marker_labels = []
marker_label, delta_label, diff_label, rbw_label, span_label = self._marker_labels()
grid.addWidget(self._mask_label, 0, 0, 2, self.plot_width)
grid.addWidget(marker_label, 0, 3, 1, 2)
grid.addWidget(delta_label, 0, 5, 1, 2)
grid.addWidget(diff_label , 0, 7, 1, 2)
grid.addWidget(self._rbw_label, 0, 0, 1, 2)
grid.addWidget(self._span_label, 0, 9, 1, 2)
grid.addWidget(self._plot_layout(), 1, 0, 14, self.plot_width)
y = 0
x = self.plot_width
controls_layout = QtGui.QVBoxLayout()
controls_layout.addWidget(self._freq_controls())
controls_layout.addWidget(self._amplitude_controls())
controls_layout.addWidget(self._device_controls())
controls_layout.addWidget(self._trace_controls())
controls_layout.addStretch()
grid.addLayout(controls_layout, y, x, 14, 5)
self._grid = grid
self.setLayout(grid)
def _plot_layout(self):
vsplit = QtGui.QSplitter()
vsplit.setOrientation(QtCore.Qt.Vertical)
vsplit.addWidget(self._plot.window)
if self._plot.waterfall_window:
vsplit.addWidget(self._plot.waterfall_window)
persist = QtGui.QHBoxLayout()
# FIXME: reaching too far into plot..
persist.addWidget(self._plot.persistence_window.gradient_editor)
persist.addWidget(self._plot.persistence_window)
persist_widget = QtGui.QWidget()
persist_widget.setLayout(persist)
self.persist_widget = persist_widget
vsplit.addWidget(persist_widget)
hsplit = QtGui.QSplitter()
hsplit.addWidget(self._plot.const_window)
hsplit.addWidget(self._plot.iq_window)
self._plot.const_window.hide()
self._plot.iq_window.hide()
vsplit.addWidget(hsplit)
self._plot_layout = vsplit
return self._plot_layout
def _freq_controls(self):
self._freq_group = FrequencyControls(self.controller)
self.control_widgets.append(self._freq_group)
return self._freq_group
def _amplitude_controls(self):
self._amplitude_group = AmplitudeControls(self.controller, self._plot)
self.control_widgets.append(self._amplitude_group)
return self._amplitude_group
def _trace_controls(self):
self.trace_group = TraceControls(self.controller, self._plot)
self.control_widgets.append(self.trace_group)
return self.trace_group
def _dsp_controls(self):
self._dsp_group = DSPWidget()
self.control_widgets.append(self._dsp_group)
return self._dsp_group
def _device_controls(self):
self._dev_group = DeviceControls(self.controller)
self.control_widgets.append(self._dev_group)
return self._dev_group
def _marker_labels(self):
marker_label = QtGui.QLabel('')
marker_label.setAlignment(QtCore.Qt.AlignLeft)
delta_label = QtGui.QLabel('')
delta_label.setAlignment(QtCore.Qt.AlignLeft)
span_label = QtGui.QLabel('')
span_label.setStyleSheet(fonts.MARKER_LABEL_FONT % (colors.BLACK_NUM + colors.GREY_NUM))
span_label.setAlignment(QtCore.Qt.AlignLeft)
rbw_label = QtGui.QLabel('')
rbw_label.setStyleSheet(fonts.MARKER_LABEL_FONT % (colors.BLACK_NUM + colors.GREY_NUM))
rbw_label.setAlignment(QtCore.Qt.AlignRight)
diff_label = QtGui.QLabel('')
diff_label.setAlignment(QtCore.Qt.AlignLeft)
self._diff_label = diff_label
self._rbw_label = rbw_label
self._span_label = span_label
self.marker_labels.append(marker_label)
self.marker_labels.append(delta_label)
return marker_label,delta_label, diff_label, rbw_label, span_label
def capture_received(self, state, fstart, fstop, raw, power, usable, segments):
"""
:param state: SpecAState when capture was requested
:param fstart: lowest frequency included in data in Hz
:param fstop: highest frequency included in data in Hz
:param raw: raw samples (None if not available)
:param power: power spectrum
:param usable: usable bins from power (None when sweeping)
:param segments: bin segments from power (None when not sweeping)
"""
self.raw_data = raw
self.pow_data = power
self.usable_bins = usable
self.sweep_segments = segments
self.xdata = np.linspace(fstart, fstop, len(power))
self.update_trace()
self.update_marker()
self.update_diff()
if (not self.controller.applying_user_xrange() and
not self.controller.get_options()['free_plot_adjustment']):
self._plot.center_view(fstart,
fstop,
self._amplitude_group.get_min_level(),
self._amplitude_group.get_ref_level())
if self.iq_plots_enabled:
self.update_iq()
if self.waterfall_plot_enabled or self.persistence_plot_enabled:
if (fstart, fstop, len(power)) != self._waterfall_range:
self._plot.waterfall_data.reset(self.xdata)
self._waterfall_range = (fstart, fstop, len(power))
self._plot.waterfall_data.add_row(power)
def options_changed(self, options, changed):
self.iq_plots_enabled = options['iq_plots']
self.waterfall_plot_enabled = options['waterfall_plot']
self.persistence_plot_enabled = options['persistence_plot']
if 'iq_plots' in changed:
self._update_iq_plot_visibility()
ww = self._plot.waterfall_window
if 'waterfall_plot' in changed and ww:
if self.waterfall_plot_enabled:
ww.show()
else:
ww.hide()
if 'persistence_plot' in changed:
self.persist_widget.setVisible(self.persistence_plot_enabled)
def _update_iq_plot_visibility(self):
if not self.gui_state:
return
if self.gui_state.sweeping() or not self.iq_plots_enabled:
self._plot.const_window.hide()
self._plot.iq_window.hide()
else:
self._plot.const_window.show()
self._plot.iq_window.show()
ww = self._plot.waterfall_window
if ww:
if self.waterfall_plot_enabled:
ww.show()
else:
ww.hide()
def update_trace(self):
for trace in self._plot.traces:
trace.update_curve(
self.xdata,
self.pow_data,
self.usable_bins,
self.sweep_segments)
def update_iq(self):
if not self.raw_data:
return
trace = self._plot.traces[0]
if not (trace.write or trace.max_hold or trace.min_hold or trace.store):
return
if not trace.store:
data_pkt = self.raw_data
trace.raw_packet = self.raw_data
else:
data_pkt = trace.raw_packet
if data_pkt.stream_id == VRT_IFDATA_I14Q14:
data = data_pkt.data.numpy_array()
i_data = np.array(data[:,0], dtype=float)/ZIF_BITS
q_data = np.array(data[:,1], dtype=float)/ZIF_BITS
self._plot.i_curve.setData(i_data)
self._plot.q_curve.setData(q_data)
self._plot.const_plot.clear()
self._plot.const_plot.addPoints(
x = i_data[0:CONST_POINTS],
y = q_data[0:CONST_POINTS],
symbol = 'o',
size = 1, pen = 'y',
brush = 'y')
else:
data = data_pkt.data.numpy_array()
i_data = np.array(data, dtype=float)
if data_pkt.stream_id == VRT_IFDATA_I14:
i_data = i_data /ZIF_BITS
elif data_pkt.stream_id == VRT_IFDATA_I24:
i_data = i_data / (np.mean(i_data)) - 1
self._plot.i_curve.setData(i_data)
self._plot.q_curve.clear()
def update_marker(self):
num = 1
for marker, marker_label in zip(self._plot.markers, self.marker_labels):
if marker.enabled:
trace = self._plot.traces[marker.trace_index]
marker_label.show()
if not trace.blank:
marker_label.setStyleSheet(fonts.MARKER_LABEL_FONT % (colors.BLACK_NUM + marker.draw_color))
marker.update_pos(trace.freq_range, trace.data)
if self.gui_state.rfe_mode() == 'HDR':
marker_text = 'M%d: %0.4f MHz \n %0.2f dBm' % (num, trace.freq_range[marker.data_index]/1e6,
trace.data[marker.data_index])
else:
marker_text = 'M%d: %0.2f MHz \n %0.2f dBm' % (num, trace.freq_range[marker.data_index]/1e6,
trace.data[marker.data_index])
num += 1
marker_label.setText(marker_text)
self._mask_label.show()
else:
marker_label.hide()
def update_diff(self):
num_markers = 0
traces = []
data_indices = []
for marker in self._plot.markers:
if marker.enabled == True:
num_markers += 1
traces.append(self._plot.traces[marker.trace_index])
data_indices.append(marker.data_index)
if num_markers == len(labels.MARKERS):
self._diff_label.show()
freq_diff = np.abs((traces[0].freq_range[data_indices[0]]/1e6) - (traces[1].freq_range[data_indices[1]]/1e6))
power_diff = np.abs((traces[0].data[data_indices[0]]) - (traces[1].data[data_indices[1]]))
self._diff_label.setStyleSheet(fonts.MARKER_LABEL_FONT % (colors.BLACK_NUM + colors.GREY_NUM))
if self.gui_state.rfe_mode() == 'HDR':
delta_text = 'Delta: %0.2f KHz \n %0.2f dB' % (freq_diff * 1000, power_diff )
else:
delta_text = 'Delta: %0.1f MHz \n %0.2f dB' % (freq_diff, power_diff )
self._diff_label.setText(delta_text)
else:
self._diff_label.hide()
def enable_controls(self):
for item in self.control_widgets:
item.setEnabled(True)
def disable_controls(self):
for item in self.control_widgets:
item.setEnabled(False)
class MainPanel(QtGui.QWidget):
"""
The spectrum view and controls
"""
def __init__(self, controller, main_window):
self.controller = controller
controller.device_change.connect(self.device_changed)
controller.state_change.connect(self.state_changed)
controller.capture_receive.connect(self.capture_received)
controller.options_change.connect(self.options_changed)
self._main_window = main_window
self.ref_level = 0
self.dut = None
self.control_widgets = []
super(MainPanel, self).__init__()
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(MINIMUM_WIDTH)
self.setMinimumHeight(MINIMUM_HEIGHT)
self.plot_state = None
self.gui_state = None
# plot window
self._plot = Plot(controller, self)
self._plot.user_xrange_change.connect(controller.user_xrange_changed)
self._vrt_context = {}
self.initUI()
self.disable_controls()
self.plot_state = None
self._waterfall_range = None, None, None
self.options_changed(controller.get_options(), ["iq_plots", "waterfall_plot"])
def device_changed(self, dut):
self.plot_state = gui_config.PlotState(dut.properties)
self.trace_group.plot_state = self.plot_state
self.dut_prop = dut.properties
self.enable_controls()
def state_changed(self, state, changed):
"""
signal handler for speca state changes
:param state: new SpecAState object
:param changed: list of attribute names changed
"""
self.gui_state = state
if "mode" in changed:
rfe_mode = state.rfe_mode()
self._update_iq_plot_visibility()
if rfe_mode in ("DD", "IQIN"):
freq = self.dut_prop.MIN_TUNABLE[rfe_mode]
full_bw = self.dut_prop.FULL_BW[rfe_mode]
self._plot.center_view(
freq, full_bw, self._amplitude_group.get_min_level(), self._amplitude_group.get_ref_level()
)
self._plot.iq_window.setYRange(IQ_PLOT_YMIN[rfe_mode], IQ_PLOT_YMAX[rfe_mode])
else:
freq = state.center
full_bw = state.span
self._plot.center_view(
freq - full_bw / 2,
freq + full_bw / 2,
self._amplitude_group.get_min_level(),
self._amplitude_group.get_ref_level(),
)
self._plot.iq_window.setYRange(IQ_PLOT_YMIN[rfe_mode], IQ_PLOT_YMAX[rfe_mode])
if "device_settings.iq_output_path" in changed:
if state.device_settings["iq_output_path"] == "CONNECTOR":
# remove plots
self._amplitude_group.hide()
self._plot_layout.hide()
if self._main_window.isMaximized():
self._main_window.showNormal()
# resize window
for x in range(self.plot_width):
self._grid.setColumnMinimumWidth(x, 0)
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(0)
self.setMinimumHeight(0)
self._main_window.setMinimumWidth(0)
self._main_window.setMinimumHeight(0)
self.resize(0, 0)
self._main_window.resize(0, 0)
else:
# show plots
self._plot_layout.show()
# resize window
for x in range(self.plot_width):
self._grid.setColumnMinimumWidth(x, 300)
screen = QtGui.QDesktopWidget().screenGeometry()
self.setMinimumWidth(MINIMUM_WIDTH)
self.setMinimumHeight(MINIMUM_HEIGHT)
WINDOW_WIDTH = max(screen.width() * 0.7, MINIMUM_WIDTH)
WINDOW_HEIGHT = max(screen.height() * 0.6, MINIMUM_HEIGHT)
self.resize(WINDOW_WIDTH, WINDOW_HEIGHT)
def keyPressEvent(self, event):
if not self.dut_prop:
return
hotkey_dict = {"M": self.trace_group._marker_control, "P": self.trace_group._find_peak}
arrow_dict = {
"32": "SPACE",
"16777235": "UP KEY",
"16777237": "DOWN KEY",
"16777234": "LEFT KEY",
"16777236": "RIGHT KEY",
}
if str(event.key()) in arrow_dict:
hotkey = arrow_dict[str(event.key())]
else:
hotkey = str(event.text()).upper()
if hotkey in hotkey_dict:
hotkey_dict[hotkey]()
def mousePressEvent(self, event):
if not self.controller._dut:
return
for marker in self._plot.markers:
if marker.selected:
break
else:
return
trace = self._plot.traces[marker.trace_index]
if event.button() == QtCore.Qt.MouseButton.LeftButton:
click_pos = event.pos().x() - 68 # FIXME: declare this as a constant?
plot_window_width = self._plot.window.width() - 68
if click_pos < plot_window_width and click_pos > 0:
window_freq = self._plot.view_box.viewRange()[0]
window_bw = window_freq[1] - window_freq[0]
click_freq = ((float(click_pos) / float(plot_window_width)) * float(window_bw)) + window_freq[0]
index = find_nearest_index(click_freq, trace.freq_range)
marker.data_index = index
def initUI(self):
grid = QtGui.QGridLayout()
grid.setSpacing(10)
self.plot_width = 8
for x in range(self.plot_width):
grid.setColumnMinimumWidth(x, 300)
grid.addWidget(self._plot_layout(), 0, 0, 13, self.plot_width)
self.marker_labels = []
marker_label, delta_label, diff_label = self._marker_labels()
self.marker_labels.append(marker_label)
self.marker_labels.append(delta_label)
grid.addWidget(marker_label, 0, 1, 1, 2)
grid.addWidget(delta_label, 0, 3, 1, 2)
grid.addWidget(diff_label, 0, 5, 1, 2)
y = 0
x = self.plot_width
controls_layout = QtGui.QVBoxLayout()
controls_layout.addWidget(self._freq_controls())
controls_layout.addWidget(self._amplitude_controls())
controls_layout.addWidget(self._device_controls())
controls_layout.addWidget(self._trace_controls())
controls_layout.addStretch()
grid.addLayout(controls_layout, y, x, 13, 5)
self._grid = grid
self.setLayout(grid)
def _plot_layout(self):
vsplit = QtGui.QSplitter()
vsplit.setOrientation(QtCore.Qt.Vertical)
vsplit.addWidget(self._plot.window)
if self._plot.waterfall_window:
vsplit.addWidget(self._plot.waterfall_window)
hsplit = QtGui.QSplitter()
hsplit.addWidget(self._plot.const_window)
hsplit.addWidget(self._plot.iq_window)
self._plot.const_window.hide()
self._plot.iq_window.hide()
vsplit.addWidget(hsplit)
self._plot_layout = vsplit
return self._plot_layout
def _freq_controls(self):
self._freq_group = FrequencyControls(self.controller)
self.control_widgets.append(self._freq_group)
return self._freq_group
def _amplitude_controls(self):
self._amplitude_group = AmplitudeControls(self.controller, self._plot)
self.control_widgets.append(self._amplitude_group)
return self._amplitude_group
def _trace_controls(self):
self.trace_group = TraceControls(self.controller, self._plot)
self.control_widgets.append(self.trace_group)
return self.trace_group
def _dsp_controls(self):
self._dsp_group = DSPWidget()
self.control_widgets.append(self._dsp_group)
return self._dsp_group
def _device_controls(self):
self._dev_group = DeviceControls(self.controller)
self.control_widgets.append(self._dev_group)
return self._dev_group
def _marker_labels(self):
marker_label = QtGui.QLabel("")
marker_label.setStyleSheet("color: %s;" % colors.TEAL)
marker_label.setMinimumHeight(25)
delta_label = QtGui.QLabel("")
delta_label.setStyleSheet("color: %s;" % colors.TEAL)
delta_label.setMinimumHeight(25)
diff_label = QtGui.QLabel("")
diff_label.setStyleSheet("color: %s;" % colors.WHITE)
diff_label.setMinimumHeight(25)
self._diff_lab = diff_label
return marker_label, delta_label, diff_label
def capture_received(self, state, fstart, fstop, raw, power, usable, segments):
"""
:param state: SpecAState when capture was requested
:param fstart: lowest frequency included in data in Hz
:param fstop: highest frequency included in data in Hz
:param raw: raw samples (None if not available)
:param power: power spectrum
:param usable: usable bins from power (None when sweeping)
:param segments: bin segments from power (None when not sweeping)
"""
self.raw_data = raw
self.pow_data = power
self.usable_bins = usable
self.sweep_segments = segments
self.xdata = np.linspace(fstart, fstop, len(power))
self.update_trace()
self.update_marker()
self.update_diff()
if not self.controller.applying_user_xrange():
self._plot.center_view(
fstart, fstop, self._amplitude_group.get_min_level(), self._amplitude_group.get_ref_level()
)
if self.iq_plots_enabled:
self.update_iq()
if self.waterfall_plot_enabled:
if (fstart, fstop, len(power)) != self._waterfall_range:
self._plot.waterfall_data.reset(self.xdata)
self._waterfall_range = (fstart, fstop, len(power))
self._plot.waterfall_data.add_row(power)
def options_changed(self, options, changed):
self.iq_plots_enabled = options["iq_plots"]
self.waterfall_plot_enabled = options["waterfall_plot"]
if "iq_plots" in changed:
self._update_iq_plot_visibility()
ww = self._plot.waterfall_window
if "waterfall_plot" in changed and ww:
if options["waterfall_plot"]:
ww.show()
else:
ww.hide()
def _update_iq_plot_visibility(self):
if not self.gui_state:
return
if self.gui_state.sweeping() or not self.iq_plots_enabled:
self._plot.const_window.hide()
self._plot.iq_window.hide()
else:
self._plot.const_window.show()
self._plot.iq_window.show()
ww = self._plot.waterfall_window
if ww:
if self.waterfall_plot_enabled:
ww.show()
else:
ww.hide()
def update_trace(self):
for trace in self._plot.traces:
trace.update_curve(self.xdata, self.pow_data, self.usable_bins, self.sweep_segments)
def update_iq(self):
if not self.raw_data:
return
trace = self._plot.traces[0]
if not (trace.write or trace.max_hold or trace.min_hold or trace.store):
return
if not trace.store:
data_pkt = self.raw_data
trace.raw_packet = self.raw_data
else:
data_pkt = trace.raw_packet
if data_pkt.stream_id == VRT_IFDATA_I14Q14:
data = data_pkt.data.numpy_array()
i_data = np.array(data[:, 0], dtype=float) / ZIF_BITS
q_data = np.array(data[:, 1], dtype=float) / ZIF_BITS
self._plot.i_curve.setData(i_data)
self._plot.q_curve.setData(q_data)
self._plot.const_plot.clear()
self._plot.const_plot.addPoints(
x=i_data[0:CONST_POINTS], y=q_data[0:CONST_POINTS], symbol="o", size=1, pen="y", brush="y"
)
else:
data = data_pkt.data.numpy_array()
i_data = np.array(data, dtype=float)
if data_pkt.stream_id == VRT_IFDATA_I14:
i_data = i_data / ZIF_BITS
elif data_pkt.stream_id == VRT_IFDATA_I24:
i_data = i_data / (np.mean(i_data)) - 1
self._plot.i_curve.setData(i_data)
self._plot.q_curve.clear()
def update_marker(self):
for marker, marker_label in zip(self._plot.markers, self.marker_labels):
if marker.enabled:
trace = self._plot.traces[marker.trace_index]
if not trace.blank:
marker_label.setStyleSheet(
fonts.MARKER_LABEL_FONT % (trace.color[0], trace.color[1], trace.color[2])
)
marker.update_pos(trace.freq_range, trace.data)
marker_text = "Frequency: %0.2f MHz \n Power %0.2f dBm" % (
trace.freq_range[marker.data_index] / 1e6,
trace.data[marker.data_index],
)
marker_label.setText(marker_text)
else:
marker_label.setText("")
def update_diff(self):
num_markers = 0
traces = []
data_indices = []
for marker in self._plot.markers:
if marker.enabled == True:
num_markers += 1
traces.append(self._plot.traces[marker.trace_index])
data_indices.append(marker.data_index)
if num_markers == len(labels.MARKERS):
freq_diff = np.abs(
(traces[0].freq_range[data_indices[0]] / 1e6) - (traces[1].freq_range[data_indices[1]] / 1e6)
)
power_diff = np.abs((traces[0].data[data_indices[0]]) - (traces[1].data[data_indices[1]]))
self._diff_lab.setStyleSheet(fonts.MARKER_LABEL_FONT % (colors.WHITE_NUM))
delta_text = "Delta : %0.1f MHz \nDelta %0.2f dB" % (freq_diff, power_diff)
self._diff_lab.setText(delta_text)
else:
self._diff_lab.setText("")
def enable_controls(self):
for item in self.control_widgets:
item.setEnabled(True)
def disable_controls(self):
for item in self.control_widgets:
item.setEnabled(False)
def _amplitude_controls(self):
self._amplitude_group = AmplitudeControls(self.controller, self._plot)
self.control_widgets.append(self._amplitude_group)
return self._amplitude_group