def __init__(self, hutch):
#Initialize layout
super(HXRAYHome, self).__init__(hutch, spacing=self.horiz_spacing)
#Set Embedded window size
HXRAYStand.window_size = self.window_size
#All displays not including embedded controls
left_panels = pedl.VBoxLayout(spacing=self.vert_spacing,
alignment=AlignmentChoice.Center)
indicators = pedl.HBoxLayout(spacing=self.horiz_spacing,
alignment=AlignmentChoice.Center)
#Add all stand indicators and buttons
for stand in self.group.subgroups:
indicators.addLayout(self.create_stand_buttons(stand))
#Create left panel layout
left_panels.addLayout(indicators)
#left_panels.addLayout(ControlTab)
self.addLayout(left_panels)
#Create EmbeddedControls
self.stands = self.create_stands()
self.window = self.create_window()
self.addWidget(self.window)
def test_compound_layout():
h = pedl.HBoxLayout()
v1 = pedl.VBoxLayout()
v2 = pedl.VBoxLayout()
for l in (v1,v2):
l.addWidget(pedl.Widget(w=100,h=200))
l.addWidget(pedl.Widget(w=200,h=100))
h.addLayout(l)
#Check layout positioning
assert h.widgets[0].x == 0
assert h.widgets[1].x == 205
assert h.widgets[0].y == 0
assert h.widgets[1].y == 0
assert h.w == 405
assert h.h == 305
#Move child alignment
h.alignment = pedl.choices.AlignmentChoice.Bottom
v1.spacing = 30
assert h.widgets[0].y == 0
assert h.widgets[1].y == 25
assert h.h == 330
#Move parent alignment
h.spacing = 30
assert h.widgets[0].x == 0
assert h.widgets[1].x == 230
assert h.w == 430
def __init__(self, group):
#Save groups
self.group = group
super(StandIndicator, self).__init__()
#Grab motors
motors = [d for d in self.group.devices if 'MMS' in d.prefix]
#Create overall layout
lights = pedl.HBoxLayout(spacing=self.indicator_spacing,
alignment=AlignmentChoice.Bottom)
for column in columnize(motors, self.max_col_height):
#Create column layout
l = pedl.VBoxLayout(spacing=self.indicator_spacing)
#Add each motor
for mtr in column:
l.addWidget(self.create_indicator(mtr))
#Add to overall layout
lights.addLayout(l)
#Find proper frame dimension
w, h = [d + 2 * self.frame_margin for d in (lights.w, lights.h)]
#Add each frame
for mtr in motors:
self.addWidget(self.create_motion_indicator(mtr, w, h))
#Add indicators
self.addLayout(lights)
#Add Group Selection
self.add_menu()
def __init__(self, group, **kwargs):
self.group = group
#Initial initialization
super(EmbeddedStand, self).__init__(title=group.name,
spacing=self.type_spacing,
**kwargs)
#Find number of columns of buttons
col_num = columns_per_page(self.target_width,
self.device_button_size[0],
self.button_spacing)
#Assemble button layout
button_layout = pedl.VBoxLayout(spacing=self.button_spacing)
#Add each row of buttons
for column in columnize(self.device_buttons, col_num):
h = pedl.HBoxLayout(spacing=self.button_spacing)
list(map(lambda b: h.addWidget(b), column))
button_layout.addLayout(h)
#Add buttons
self.addLayout(button_layout)
def __init__(self, group, **kwargs):
#Configuration Notes
self.group = group
super(EmbeddedGroup, self).__init__(title=self.group.name,
spacing=self.type_spacing,
**kwargs)
#Iterate through Device Types
for screen in self.embedded_types:
#Find size of embedded window
with open(screen, 'r') as handle:
(screen_w, screen_h) = pedl.utils.find_screen_size(handle)
#Find proper number of columns
cols = columns_per_page(self.target_width, screen_w,
self.device_spacing)
#Initialize device layout
device_layout = pedl.HBoxLayout(spacing=self.device_spacing)
#Find widgets of this type
widgets = sorted(
[d for d in self.group.devices if d.embedded_screen == screen],
key=lambda d: d.name)
#Add each column of devices to device layout
for column in np.array_split(widgets, cols):
#Don't add empty columns
if any(column):
l = pedl.VBoxLayout(spacing=self.device_spacing)
list(
map(lambda d: l.addWidget(self.embed_device(d)),
column))
device_layout.addLayout(l)
self.addLayout(device_layout)
def test_horizontal_layout():
l = pedl.HBoxLayout()
assert l.w == 0
assert l.h == 0
l.addWidget(pedl.Widget(w=50, h=100))
l.addWidget(pedl.Widget(w=100, h=50))
l.addWidget(pedl.Widget(w=100, h=100))
#Default locations
assert l.widgets[0].x == 0
assert l.widgets[1].x == 55
assert l.widgets[2].x == 160
assert l.widgets[0].y == 0
assert l.widgets[1].y == 0
assert l.widgets[2].y == 0
assert l.w == 260
assert l.h == 100
#Adjust Spacing
l.spacing = 10
assert l.widgets[0].x == 0
assert l.widgets[1].x == 60
assert l.widgets[2].x == 170
assert l.w == 270
#Adjust Alignments
l.alignment = pedl.choices.AlignmentChoice.Center
assert l.widgets[0].y == 0
assert l.widgets[1].y == 25
assert l.widgets[2].y == 0
assert l.h == 100
l.alignment = pedl.choices.AlignmentChoice.Left
assert l.widgets[0].y == 0
assert l.widgets[1].y == 25
assert l.widgets[2].y == 0
assert l.h == 100
l.alignment = pedl.choices.AlignmentChoice.Bottom
assert l.widgets[0].y == 0
assert l.widgets[1].y == 50
assert l.widgets[2].y == 0
assert l.h == 100
#Adjust Position
l.x = 100
l.y = 150
assert l.widgets[0].x == 100
assert l.widgets[1].x == 160
assert l.widgets[2].x == 270
assert l.w == 270
assert l.widgets[0].y == 150
assert l.widgets[1].y == 200
assert l.widgets[2].y == 150
assert l.h == 100
assert l.x == 100
assert l.y == 150