def __init__(self, dev, data):
super().__init__(dev, data)
self.setName(data)
self.addOption(DevOptionGUI("max", "float", lambda x: x, default=1.0))
self.addOption(DevOptionGUI("min", "float", lambda x: x, default=0.0))
self.addOption(DevOptionGUI("unit", "string", lambda x: x,
default="V"))
self.addOption(
DevOptionGUI("x unit", "string", lambda x: x, default="s"))
def __init__(self, dev):
super().__init__(self, dev)
self.dev = dev
self.setName('Real Scalar Channel in Time')
self.addOption(
DevOptionGUI('Min Value', 'float', lambda x: x, default=-1.0))
self.addOption(
DevOptionGUI('Max Value', 'float', lambda x: x, default=1.0))
# NOTE: Sample Depth should actually be an integer but taking int(value) later works
self.addOption(
DevOptionGUI('Sample Depth', 'float', lambda x: x, default=20.0))
self.addOption(
DevOptionGUI('Sampling Frequency [Hz]',
'float',
lambda x: x,
default=1.0))
def __init__(self, data):
super().__init__(data)
self.setName(data)
self.addOption(
DevOptionGUI("random device option", "string", lambda x: x))
self.addOption(DevOptionGUI("random float", "float", lambda x: x))
self.addOption(
DevOptionGUI("random bool option",
"bool",
lambda x: x,
default=True))
self.addOption(DevOptionGUI("random button", "button", lambda x: x))
self.addOption(
DevOptionGUI("random int", "int", lambda x: x, default=-5))
#Add ten channels
for i in range(10):
self.addChannel(TestChannel(self, "channel %i" % i))
def __init__(self, dev):
super().__init__(self, dev)
self.dev = dev
self.setName('Real Scalar Channel in Frequency')
self.addOption(
DevOptionGUI('Min Value', 'float', lambda x: x, default=-1.0))
self.addOption(
DevOptionGUI('Max Value', 'float', lambda x: x, default=1.0))
self.addOption(
DevOptionGUI('Start Frequency [Hz]',
'float',
lambda x: x,
default=1.0))
self.addOption(
DevOptionGUI('Stop Frequency [Hz]',
'float',
lambda x: x,
default=100.0))
# NOTE: Frequency Stpes should actually be an integer but taking int(value) later works
self.addOption(
DevOptionGUI('Frequency Steps', 'float', lambda x: x, default=20))
def addToGrid(self, grid, v_index, remove_callback):
grid.attach(
Gtk.Label(self.channel.parent.name + ": " + self.channel.name), 0,
v_index, 1, 1)
y_axes_sel = Gtk.ComboBoxText()
for axis in self.y_axes:
y_axes_sel.append_text("%s [%s]" % (axis.name, str(axis.unit)))
y_axes_sel.connect("changed", self.axisSelected)
#check if our previous selection is in menu, and, if so, select it
#else, choose axis 0
if self.y_axis in self.y_axes:
index = self.y_axes.index(self.y_axis)
y_axes_sel.set_active(index)
else:
self.y_axis = self.y_axes[0]
y_axes_sel.set_active(0)
grid.attach(y_axes_sel, 1, v_index, 1, 1)
color_b = Gtk.ColorButton()
color_b.set_rgba(self.color)
color_b.connect("color-set", self.setColor)
grid.attach(color_b, 2, v_index, 1, 1)
remove_b = Gtk.Button("Remove Source")
remove_b.connect("clicked", lambda _: remove_callback())
grid.attach(remove_b, 3, v_index, 1, 1)
#now add attributes based on channel type
h_index = 4
if self.channel.isComplex():
box = Gtk.HBox()
box.pack_start(Gtk.Label("Complex Mode: "), False, False, 0)
type_sel = Gtk.ComboBoxText()
type_sel.append_text("Real Part")
type_sel.append_text("Imaginary Part")
type_sel.append_text("Angle")
type_sel.append_text("Magnitude")
if self.complexMode != -1:
type_sel.set_active(self.complexMode)
def setComplexType(widget):
self.complexMode = widget.get_active()
self.update_callback()
type_sel.connect("changed", setComplexType)
box.pack_start(type_sel, False, False, 0)
grid.attach(box, h_index, v_index, 1, 1)
h_index += 1
for dim in self.channel.getAdditionalDims():
if not dim in self.dimSelect:
self.dimSelect[dim] = 0
def makeSetDim(dim):
def set(res):
self.dimSelect[dim] = res
self.update_callback()
return set
dim_input = DevOptionGUI("%s: " % dim,
"int",
makeSetDim(dim),
doTypeLabel=False,
default=self.dimSelect[dim])
grid.attach(dim_input.getComponent(), h_index, v_index, 1, 1)
h_index += 1
def addToGrid(self, grid, v_index, remove_callback):
name_e = DevOptionGUI("",
"string",
self.setName,
default=self.name,
doLabel=False)
grid.attach(name_e.getComponent(), 0, v_index, 1, 1)
unit_e = DevOptionGUI("",
"string",
self.setUnit,
default=str(self.unit),
doLabel=False)
grid.attach(unit_e.getComponent(), 1, v_index, 1, 1)
mix_e = DevOptionGUI("",
"float",
self.setMin,
default="",
doLabel=False)
max_e = DevOptionGUI("",
"float",
self.setMax,
default="",
doLabel=False)
grid.attach(mix_e.getComponent(), 2, v_index, 1, 1)
grid.attach(max_e.getComponent(), 3, v_index, 1, 1)
remove_b = Gtk.Button("Remove Axis")
remove_b.connect("clicked", lambda _: remove_callback())
grid.attach(remove_b, 4, v_index, 1, 1)