def main():
def create_filter(fn):
regex = re.compile(fn, re.I)
test = lambda p: regex.search(p)
items.update_filter(test)
with gui.Window() as w:
with forms.NavForm() as nav:
with forms.VerticalForm() as navbar:
one = gui.Button()
two = gui.Button()
three = gui.Button()
with forms.HeaderForm() as main:
filter_field = QTextField()
main_list = lists.VerticalList()
items > bind() > main_list.collection
items.bind.viewCount > bind() > three.bind.label
items.bind.count > bind() > two.bind.label
w.update_bindings()
w.buffer = InputBuffer(w, create_filter)
filter_field.textChanged += w.buffer.handle
cmds.scriptJob(lj=True)
return w
def widget(self, item):
with BindingContext() as bc:
with forms.HorizontalExpandForm(height=60,
margin=(12, 0),
backgroundColor=(.2, .2,
.2)) as root:
with forms.VerticalExpandForm(width=60) as cbf:
enabled = gui.CheckBox(label='',
tag=item,
value=item.enabled)
enabled.bind.value > bind() > (item, 'enabled')
cbf.dock(enabled, left=20, top=10, bottom=40, right=5)
with forms.FillForm(width=300) as path:
with gui.ColumnLayout() as cl:
display_name = gui.Text(font='boldLabelFont')
display_name.bind.label < bind() < (item, 'name')
path = gui.Text(font='smallObliqueLabelFont')
path.bind.label < bind() < (item, 'path')
with gui.GridLayout(width=200, numberOfColumns=2) as btns:
edit = gui.Button(label='Edit', tag=item)
show = gui.Button(label='Show', tag=item)
enabled.changeCommand += self.update_status
show.command += self.show_item
edit.command += self.edit
return lists.Templated(item,
root,
edit=edit.command,
show=show.command)
def widget(self, item):
with BindingContext() as bc:
with forms.HorizontalExpandForm('root',
parent=self.Parent,
height=60) as root:
with forms.VerticalExpandForm('cb', width=60) as cbf:
gui.CheckBox(
'enabled', label='', tag=item,
value=item.enabled).bind.value > bind() > (item,
'enabled')
cbf.dock(cbf.enabled, left=20, top=10, bottom=40, right=5)
with forms.FillForm('path', width=300):
with gui.ColumnLayout('x'):
gui.Text('displayName',
font='boldLabelFont').bind.label < bind() < (
item, 'name')
gui.Text('path', font='smallObliqueLabelFont'
).bind.label < bind() < (item, 'path')
with gui.GridLayout('btns', width=140, numberOfColumns=2):
edit = gui.Button('edit', label='Edit', tag=item)
show = gui.Button('show', label='Show', tag=item)
root.cb.enabled.changeCommand += self.update_status
root.btns.show.command += self.show_item
root.btns.edit.command += self.edit
return lists.Templated(item,
root,
edit=edit.command,
show=show.command)
def __init__(self, collection):
# this is the collection of stuff to manage
self.Collection = observable.ViewCollection(*collection)
with gui.BindingWindow(
None, title='bound collection example') as self.window:
with forms.VerticalExpandForm('main') as main:
gui.Separator(None, style='none', height=12)
gui.Text(None, label="Here's stuff in my list")
gui.Separator(None, style='none', height=12)
with forms.HorizontalStretchForm('filter') as flt:
gui.TextField('filtertext', width=480)
gui.Separator(None,
horizontal=False,
style='none',
width=4)
with forms.HorizontalExpandForm('display',
width=32) as hmm:
gui.Text('shown').bind.label < bind(
) < self.Collection.bind.ViewCount
gui.Text(None, '/')
gui.Text('total').bind.label < bind(
) < self.Collection.bind.Count
self.Collection > bind() > lists.VerticalList(
'itemList', itemTemplate=ExampleTemplate).Collection
self.window.main.itemList.NewWidget += self.hook_widget_events
flt.filtertext.enterCommand += self.update_filter
self.KEEPALIVE = self
def main():
def create_filter(fn):
regex = re.compile(fn, re.I)
test = lambda p: regex.search(p)
items.update_filter(test)
with gui.Window() as w:
with forms.NavForm() as nav:
with forms.VerticalForm() as navbar:
one = gui.Button()
two = gui.Button()
three = gui.Button()
with forms.HeaderForm() as main:
filter_field = QTextField()
main_list = lists.VerticalList()
items > bind() > main_list.collection
items.bind.viewCount > bind() > three.bind.label
items.bind.count > bind() > two.bind.label
w.update_bindings()
w.buffer = InputBuffer(w, create_filter)
filter_field.textChanged += w.buffer.handle
cmds.scriptJob(lj=True)
return w
def __init__(self):
self.color = [0, 0, 0]
# 2-digit formmating
pretty = lambda x: '{0[0]:.2f} {0[1]:.2f} {0[2]:.2f}'.format(x)
with stylesheets.CSS(gui.FloatSliderButtonGrp,
stylesheets.defaults(),
columnWidth3=(64, 96, 32),
minValue=0,
maxValue=1,
backgroundColor=(1, 1, 1)):
with gui.BindingWindow(title='simple example',
width=512) as self.window:
with forms.HorizontalStretchForm(width=512) as main:
with forms.VerticalForm(width=256) as sliders:
red = gui.FloatSliderButtonGrp(label='red', tag=0)
green = gui.FloatSliderButtonGrp(label='green', tag=1)
blue = gui.FloatSliderButtonGrp(label='blue', tag=2)
with forms.FillForm(width=256) as swatch:
canvas = gui.Canvas()
canvas.bind.rgbValue < bind() < self.bind.color
display = gui.Text()
display.bind.label < bind(pretty) < self.bind.color
for grp in sliders.controls:
grp.changeCommand += self.update_color
grp.buttonCommand += self.average
def test_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
tester = ex1 > bindings.bind() > ex2
tester()
assert ex2.val == ex1.name
tester = ex1 < bindings.bind() < ex2
tester()
assert ex1.val == ex2.name
def test_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
tester = ex1 > bindings.bind() > ex2
tester()
assert ex2.val == ex1.name
tester = ex1 < bindings.bind() < ex2
tester()
assert ex1.val == ex2.name
def test_bind_to_cmds_string(self):
ex = self.Example('cube', 45)
cmds.file(new=True, f=True)
cmds.polyCube()
tester = ex & 'val' > bindings.bind() > ('pCube1', 'tx')
tester()
assert cmds.getAttr('pCube1.tx') == 45
tester2 = ex & 'val' > bindings.bind() > 'pCube1.ty'
tester2()
assert cmds.getAttr('pCube1.ty') == 45
def test_bind_to_cmds_string(self):
ex = self.Example('cube', 45)
cmds.file(new=True, f=True)
cmds.polyCube()
tester = ex & 'val' > bindings.bind() > ('pCube1', 'tx')
tester()
assert cmds.getAttr('pCube1.tx') == 45
tester2 = ex & 'val' > bindings.bind() > 'pCube1.ty'
tester2()
assert cmds.getAttr('pCube1.ty') == 45
def test_two_way_assignment(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
test = fred.bind.Name | bindings.bind() | barney.bind.Val
barney.Val = 'new'
test()
assert fred.Name == barney.Val and barney.Val == 'new'
test = fred | bindings.bind() | barney
fred.Name = 'new'
test()
assert fred.Name == barney.Val and fred.Name == 'new'
def test_binding_collection_auto_update_suppress(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(auto_update=False) as ctx:
fred & 'val' > bindings.bind() > wilma # default target
barney & 'val' > bindings.bind() > bambam & 'val'
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
assert len(ctx.bindings) == 4
assert wilma.val == None
assert bambam.val == None
assert guys == {'fred': None, 'barney': None}
def test_binding_collection_auto_update_suppress(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(auto_update=False) as ctx:
fred & 'val' > bindings.bind() > wilma # default target
barney & 'val' > bindings.bind() > bambam & 'val'
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
assert len(ctx.bindings) == 4
assert wilma.val == None
assert bambam.val == None
assert guys == {'fred': None, 'barney': None}
def text_mix_default_and_non_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = {'pebbles':'bambam'}
tester = ex1 > bindings.bind() > ex2 & 'pebbles'
tester()
assert ex2['pebbles'] == 'fred'
def test_base_binding_force(self):
t = TestTarget()
c = ObservableCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
c._internal_collection = ['a', 'b', 'c'] # don't do this in practice!
c.update_bindings()
assert t.values == ('a', 'b', 'c')
def test_bind_to_pyNode(self):
ex = self.Example('cube', 45)
cmds.file(new=True, f=True)
cube, shape = pm.polyCube()
tester = ex & 'val' > bindings.bind() > (cube, 'tx')
tester()
assert cmds.getAttr('pCube1.tx') == 45
def test_base_binding_force(self):
t = TestTarget()
c = ViewCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
c._internal_collection = ['a', 'b', 'c']
c.update_bindings()
assert t.values == ('a', 'b', 'c')
def test_collection_deletes_bad_bindings(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(False) as ctx:
fred & 'val' > bindings.bind() > wilma # default target
barney & 'val' > bindings.bind() > bambam & 'val'
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
del (fred) # delete referent invalidating 2 bindings
ctx.update()
assert len(ctx.bindings) == 2
assert wilma.val is None
assert guys['fred'] is None
def basic_list_binding():
'''
Illustrates the basics of binding to a list. The collection 'bound' contains some strings, and we
bind it to the VerticalList 'list_view'.
Adding items to the collection automatically redraws the list with the new items. In this case they are
drawn with buttons, but lists allow you to customize the appearance of items extensively.
This example also illustrates how to use closures to capture inter-object references, and how to keep callback
functions alive without creating a full class.
'''
with gui.BindingWindow(title='example window', menuBar=True) as test_window:
bound = ViewCollection('pPlane1', 'pCube2')
with forms.VerticalThreePane() as main:
header = gui.Text(label="List classes make it easy to manage collections")
list_view = lists.VerticalList(synchronous=True)
bound > bind() > list_view.collection
with forms.HorizontalStretchForm() as buttons:
more = gui.Button(label='Add another')
close = gui.Button(label='close')
# use closures to capture the UI names without a full class
def close_window(*_, **__):
cmds.deleteUI(test_window)
def show_more(*_, **__):
r = random.choice(("pPlane", "pCube", "pSphere")) + str(random.randint(2, 20))
bound.append(r)
# bind the functions to the handlers
close.command += close_window, test_window
more.command += show_more, test_window
return test_window
def test_bind_to_pyNode(self):
ex = self.Example('cube', 45)
cmds.file(new=True, f=True)
cube, shape = pm.polyCube()
tester = ex & 'val' > bindings.bind() > (cube, 'tx')
tester()
assert cmds.getAttr('pCube1.tx') == 45
def _layout(self):
with forms.LayoutDialogForm() as base:
with BindingContext() as bc:
with forms.VerticalThreePane(width=512,
margin=(4, 4),
spacing=(0, 8)) as main:
with forms.VerticalForm() as header:
gui.Text(label='Installed Modules')
with forms.FillForm() as body:
mod_list = lists.VerticalList(
itemTemplate=ModuleTemplate)
mod_list.collection < bind() < (self._manager.modules,
'values')
# binds the 'values' method of the ModuleManager's modules{} dictionary
with forms.HorizontalStretchForm() as footer:
cancel = gui.Button(label='Cancel')
cancel.command += self._cancel
gui.Separator(style=None)
save = gui.Button(label='Save')
save.command += self._save
base.fill(main, 5)
mod_list.update_bindings()
def test_collection_deletes_bad_bindings(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(False) as ctx:
fred & 'val' > bindings.bind() > wilma # default target
barney & 'val' > bindings.bind() > bambam & 'val'
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
del (fred) # delete referent invalidating 2 bindings
ctx.update()
assert len(ctx.bindings) == 2
assert wilma.val is None
assert guys['fred'] is None
def test_collection_hierarchy_does_not_recurse_automatically(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(auto_update=True) as outer:
fred & 'val' > bindings.bind() > wilma
with bindings.BindingContext(auto_update=False) as middle:
barney & 'val' > bindings.bind() > bambam & 'val'
with bindings.BindingContext(auto_update=False) as ctx:
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
assert wilma.val == 'flintstone'
assert not bambam.val == 'rubble'
assert not guys == {'fred': 'fred', 'barney': 'barney'}
def test_bindable_bind_from(self):
ex = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
test = ex & "name" < bindings.bind() < (ex2, 'val')
assert isinstance(test, bindings.Binding)
assert test
test()
assert ex.name == ex2.val
def test_collection_hierarchy_does_not_recurse_automatically(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred': None, 'barney': None}
with bindings.BindingContext(auto_update=True) as outer:
fred & 'val' > bindings.bind() > wilma
with bindings.BindingContext(auto_update=False) as middle:
barney & 'val' > bindings.bind() > bambam & 'val'
with bindings.BindingContext(auto_update=False) as ctx:
fred > bindings.bind() > (guys, 'fred') # default sources
barney > bindings.bind() > (guys, 'barney')
assert wilma.val == 'flintstone'
assert not bambam.val == 'rubble'
assert not guys == {'fred': 'fred', 'barney': 'barney'}
def test_bindable_bind_to(self):
ex = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
test = ex & "Name" > bindings.bind() > (ex2, 'Val')
assert isinstance(test, bindings.Binding)
assert test
test()
assert ex2.Val == ex.Name
def test_bindable_bind_from(self):
ex = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
test = ex & "name" < bindings.bind() < (ex2, 'val')
assert isinstance(test, bindings.Binding)
assert test
test()
assert ex.name == ex2.val
def test_base_binding_clear(self):
t = TestTarget()
c = ImmediateObservableCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
c.update_bindings()
assert t.values == (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
c.clear()
assert t.values == ()
def test_filter(self):
t = TestTarget()
c = ViewCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
t.update_bindings()
assert t.values == (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
c.update_filter(lambda x: x % 2 == 0)
assert t.values == (2, 4, 6, 8, 10)
def test_base_binding_reverse(self):
t = TestTarget()
c = ImmediateObservableCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
c.update_bindings()
assert t.values == (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
c.reverse()
assert t.values == (10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
def test_collection_hierarchy(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
wilma = self.Example('wilma', None)
bambam = self.Example('bambam', None)
guys = {'fred':None, 'barney':None}
with bindings.BindingContext(auto_update=False) as outer:
_ = fred & 'Val' > bindings.bind() > wilma
with bindings.BindingContext(auto_update=False) as middle:
_ = barney & 'Val' > bindings.bind() > bambam & 'Val'
with bindings.BindingContext(auto_update=False) as ctx:
_ = fred > bindings.bind() > (guys, 'fred') # default sources
_ = barney > bindings.bind() > (guys, 'barney')
outer.update()
assert wilma.Val == 'flintstone'
assert bambam.Val == 'rubble'
assert guys == {'fred':'fred', 'barney':'barney'}
def test_base_binding_sort(self):
t = TestTarget()
c = ViewCollection(1, 2, 3, 4, 10, 5, 6, 7, 8, 9)
t < bind() < c
c.update_bindings()
c.sort()
assert t.values == (1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
c.sort(reverse=True)
assert t.values == (10, 9, 8, 7, 6, 5, 4, 3, 2, 1)
def widget(self, item):
with BindingContext() as bc:
with forms.HorizontalExpandForm('root', parent=self.Parent, height=60) as root:
with forms.VerticalExpandForm('cb', width=60) as cbf:
gui.CheckBox('enabled', label='', tag=item, value=item.enabled).bind.value > bind() > (item, 'enabled')
cbf.dock(cbf.enabled, left=20, top=10, bottom=40, right=5)
with forms.FillForm('path', width=300):
with gui.ColumnLayout('x'):
gui.Text('displayName', font='boldLabelFont').bind.label < bind() < (item, 'name')
gui.Text('path', font='smallObliqueLabelFont').bind.label < bind() < (item, 'path')
with gui.GridLayout('btns', width=140, numberOfColumns=2):
edit = gui.Button('edit', label='Edit', tag=item)
show = gui.Button('show', label='Show', tag=item)
root.cb.enabled.changeCommand += self.update_status
root.btns.show.command += self.show_item
root.btns.edit.command += self.edit
return lists.Templated(item, root, edit=edit.command, show=show.command)
def widget(self, item):
with BindingContext() as bc:
with forms.HorizontalExpandForm(height=60, margin=(12, 0), backgroundColor=(.2, .2, .2)) as root:
with forms.VerticalExpandForm(width=60) as cbf:
enabled = gui.CheckBox(label='', tag=item, value=item.enabled)
enabled.bind.value > bind() > (item, 'enabled')
cbf.dock(enabled, left=20, top=10, bottom=40, right=5)
with forms.FillForm(width=300) as path:
with gui.ColumnLayout() as cl:
display_name = gui.Text(font='boldLabelFont')
display_name.bind.label < bind() < (item, 'name')
path = gui.Text(font='smallObliqueLabelFont')
path.bind.label < bind() < (item, 'path')
with gui.GridLayout(width=200, numberOfColumns=2) as btns:
edit = gui.Button(label='Edit', tag=item)
show = gui.Button(label='Show', tag=item)
enabled.changeCommand += self.update_status
show.command += self.show_item
edit.command += self.edit
return lists.Templated(item, root, edit=edit.command, show=show.command)
def test_two_way_assignment(self):
fred = self.Example('fred', 'flintstone')
barney = self.Example('barney', 'rubble')
test = fred.bind.name | bindings.bind() | barney.bind.val
barney.val = 'new'
test()
assert fred.name == barney.val and barney.val == 'new'
fred.name = 'new2'
test()
assert fred.name == barney.val and fred.name == 'new2'
def widget(self, item):
with BindingContext() as bc:
with forms.HorizontalExpandForm("root", parent=self.Parent, height=60) as root:
with forms.VerticalExpandForm("cb", width=60) as cbf:
gui.CheckBox("enabled", label="", tag=item, value=item.enabled).bind.value > bind() > (
item,
"enabled",
)
cbf.dock(cbf.enabled, left=20, top=10, bottom=40, right=5)
with forms.FillForm("path", width=300):
with gui.ColumnLayout("x"):
gui.Text("displayName", font="boldLabelFont").bind.label < bind() < (item, "name")
gui.Text("path", font="smallObliqueLabelFont").bind.label < bind() < (item, "path")
with gui.GridLayout("btns", width=140, numberOfColumns=2):
edit = gui.Button("edit", label="Edit", tag=item)
show = gui.Button("show", label="Show", tag=item)
root.cb.enabled.changeCommand += self.update_status
root.btns.show.command += self.show_item
root.btns.edit.command += self.edit
return lists.Templated(item, root, edit=edit.command, show=show.command)
def __init__(self, collection):
# this is the collection of stuff to manage
self.collection = observable.ViewCollection(*collection)
with gui.BindingWindow(title='bound collection example',
height=512,
width=512) as self.window:
with forms.VerticalExpandForm(margin=(16, ),
spacing=(8, 12)) as main:
gui.Text(label="Type a filter and [enter] to limit the list")
with forms.HorizontalExpandForm(width=512, ) as flt:
filter_text = gui.TextField(width=400)
filter_text.alwaysInvokeEnterCommandOnReturn = True
gui.Separator(horizontal=False, style='none', width=4)
with forms.HorizontalExpandForm(width=100) as display:
gui.Text("showing")
shown = gui.Text(width=24)
shown.bind.label < bind(
) < self.collection.bind.viewCount
gui.Text(label='/')
total = gui.Text(width=24)
total.bind.label < bind() < self.collection.bind.count
with forms.HorizontalExpandForm() as labels:
gui.Separator(style=None, width=48)
gui.Text("item", width=256, align='center')
gui.Separator(style=None, width=16)
gui.Text("translation", width=128, align='center')
gui.Separator(style=None, width=16)
item_list = lists.VerticalList(itemTemplate=ExampleTemplate)
self.collection > bind() > item_list.collection
item_list.onWidgetCreated += self.hook_widget_events
filter_text.enterCommand += self.update_filter
self.KEEPALIVE = self
def __init__(self):
self.Color = [0,0,0]
# 2-digit formatting
pretty = lambda x:'{0[0]:.2f} {0[1]:.2f} {0[2]:.2f}'.format(x)
with stylesheets.CSS(gui.FloatSliderButtonGrp,
stylesheets.defaults(),
columnWidth3 = (64, 96,32), minValue = 0, maxValue = 1, backgroundColor = (1,1,1) ):
with gui.BindingWindow('window', title = 'simple example', width=512) as self.Window:
with gui.HorizontalStretchForm('main', width = 512):
with gui.VerticalForm('controls', width = 256) as sliders:
gui.FloatSliderButtonGrp('red', label = 'red', tag = 0)
gui.FloatSliderButtonGrp('green', label = 'green', tag = 1)
gui.FloatSliderButtonGrp('blue', label = 'blue', tag = 2)
with gui.FillForm('swatch', width = 256):
gui.Canvas('canvas').bind.rgbValue < bind() < self.bind.Color
gui.Text('display').bind.label < bind(pretty) < self.bind.Color
for grp in sliders.Controls:
grp.changeCommand += self.update_color
grp.buttonCommand += self.average
def __init__(self, collection):
# this is the collection of stuff to manage
self.Collection = observable.ViewCollection(*collection)
with gui.BindingWindow('root', title='bound collection example') as self.Window:
with gui.VerticalExpandForm('main') as main:
gui.Separator(None, style='none', height=12)
gui.Text(None, label="Here's stuff in my list")
gui.Separator(None, style='none', height=12)
with forms.HorizontalStretchForm('filter') as flt:
gui.TextField('filtertext', width=480)
gui.Separator(None, horizontal=False, style='none', width=4)
with gui.FlowLayout('display', width=32) as hmm:
gui.Text('shown').bind.label < bind() < self.Collection.bind.ViewCount
gui.Text(None, '/')
gui.Text('total').bind.label < bind() < self.Collection.bind.Count
self.Collection > bind() > lists.VerticalList('itemList', itemTemplate=ExampleTemplate).Collection
self.Window.main.itemList.NewWidget += self.hook_widget_events
flt.filtertext.enterCommand += self.update_filter
def _layout(self):
with forms.LayoutDialogForm('base') as base:
with BindingContext() as bc:
with forms.VerticalThreePane('root', width=512) as main:
with forms.VerticalForm('header'):
gui.Text('x', 'Installed modules')
with forms.FillForm('middle'):
mod_list = lists.VerticalList('xxx', itemTemplate=ModuleTemplate)
mod_list.Collection < bind() < (self.ModMgr.Modules, 'values')
# binds the 'values' method of the ModuleManager's Modules{} dictionary
with forms.HorizontalStretchForm('footer'):
gui.Button('Cancel', label='cancel').command += self._cancel
gui.Separator(None, style='none')
gui.Button('Save', label='save').command += self._save
base.fill(main, 5)
mod_list.update_bindings()
def _layout(self):
with forms.LayoutDialogForm("base") as base:
with BindingContext() as bc:
with forms.VerticalThreePane("root", width=512) as main:
with forms.VerticalForm("header"):
gui.Text("x", "Installed modules")
with forms.FillForm("middle"):
mod_list = lists.VerticalList("xxx", itemTemplate=ModuleTemplate)
mod_list.Collection < bind() < (self.ModMgr.Modules, "values")
# binds the 'values' method of the ModuleManager's Modules{} dictionary
with forms.HorizontalStretchForm("footer"):
gui.Button("Cancel", label="cancel").command += self._cancel
gui.Separator(None, style="none")
gui.Button("Save", label="save").command += self._save
base.fill(main, 5)
mod_list.update_bindings()
def _layout(self):
with forms.LayoutDialogForm('base') as base:
with BindingContext() as bc:
with forms.VerticalThreePane('root', width=512) as main:
with forms.VerticalForm('header'):
gui.Text('x', 'Installed modules')
with forms.FillForm('middle'):
mod_list = lists.VerticalList(
'xxx', itemTemplate=ModuleTemplate)
mod_list.Collection < bind() < (self.ModMgr.Modules,
'values')
# binds the 'values' method of the ModuleManager's Modules{} dictionary
with forms.HorizontalStretchForm('footer'):
gui.Button('Cancel',
label='cancel').command += self._cancel
gui.Separator(None, style='none')
gui.Button('Save', label='save').command += self._save
base.fill(main, 5)
mod_list.update_bindings()
def _layout(self):
with forms.LayoutDialogForm() as base:
with BindingContext() as bc:
with forms.VerticalThreePane(width=512, margin=(4, 4), spacing=(0, 8)) as main:
with forms.VerticalForm() as header:
gui.Text(label='Installed Modules')
with forms.FillForm() as body:
mod_list = lists.VerticalList(itemTemplate=ModuleTemplate)
mod_list.collection < bind() < (self._manager.modules, 'values')
# binds the 'values' method of the ModuleManager's modules{} dictionary
with forms.HorizontalStretchForm() as footer:
cancel = gui.Button(label='Cancel')
cancel.command += self._cancel
gui.Separator(style=None)
save = gui.Button(label='Save')
save.command += self._save
base.fill(main, 5)
mod_list.update_bindings()
def basic_list_binding():
'''
Illustrates the basics of binding to a list. The collection 'bound' contains some strings, and we
bind it to the VerticalList 'list_view'.
Adding items to the collection automatically redraws the list with the new items. In this case they are
drawn with buttons, but lists allow you to customize the appearance of items extensively.
This example also illustrates how to use closures to capture inter-object references, and how to keep callback
functions alive without creating a full class.
'''
with gui.BindingWindow(title='example window',
menuBar=True) as test_window:
bound = ViewCollection('pPlane1', 'pCube2')
with forms.VerticalThreePane() as main:
header = gui.Text(
label="List classes make it easy to manage collections")
list_view = lists.VerticalList(synchronous=True)
bound > bind() > list_view.collection
with forms.HorizontalStretchForm() as buttons:
more = gui.Button(label='Add another')
close = gui.Button(label='close')
# use closures to capture the UI names without a full class
def close_window(*_, **__):
cmds.deleteUI(test_window)
def show_more(*_, **__):
r = random.choice(
("pPlane", "pCube", "pSphere")) + str(random.randint(2, 20))
bound.append(r)
# bind the functions to the handlers
close.command += close_window, test_window
more.command += show_more, test_window
return test_window
def test_override_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
tester = ex1 & 'val' > bindings.bind() > ex2 & 'name'
tester()
assert ex2.name == ex1.val
def text_mix_default_and_non_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = {'pebbles': 'bambam'}
tester = ex1 > bindings.bind() > ex2 & 'pebbles'
tester()
assert ex2['pebbles'] == 'fred'
def test_base_binding_auto_update_remove(self):
t = TestTarget()
c = ObservableCollection(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)
t < bind() < c
c.remove(5)
assert t.values == (1, 2, 3, 4, 6, 7, 8, 9, 10)
# Init Lights
#Main
mainLightCol = Vector3(Interface.mainColor.rgbValue[0],
Interface.mainColor.rgbValue[1],
Interface.mainColor.rgbValue[2])
mainLight = Lighting.CreateLight(
"KeyLight", Vector3(2, 2, 2),
Lighting.LightData(1, Interface.mainExposure.value, 3000, mainLightCol, 3))
mainAimConstraint = aimConstraint(centerLocator,
mainLight,
aim=(0, 0, -1),
u=(0, 1, 0),
mo=False)
Interface.mainCBox.bind.value > bind() > str(mainLight) + '.visibility'
# Interface.mainExposure.bind.value > bind() > listRelatives(mainLight)[0] +'.aiExposure'
Interface.mainExposure.dragCommand = "Lighting.ChangeLightExposure(mainLight, Interface.mainExposure.value)"
Interface.mainColor.dragCommand = "Lighting.ChangeLightColor(mainLight,Vector3(Interface.mainColor.rgbValue[0], Interface.mainColor.rgbValue[1], Interface.mainColor.rgbValue[2]))"
Interface.mainAimCBox.bind.value > bind() > mainAimConstraint + ".CenterW0"
#Rim
rimLightCol = Vector3(Interface.rimColor.rgbValue[0],
Interface.rimColor.rgbValue[1],
Interface.rimColor.rgbValue[2])
rimLight = Lighting.CreateLight(
"RimLight", Vector3(-2, 2, -2),
Lighting.LightData(1, Interface.rimExposure.value, 3000, rimLightCol, 2))
rimAimConstraint = aimConstraint(centerLocator,
rimLight,
aim=(0, 0, -1),
def __init__(self, settings):
self.settings = settings
self.field = gui.TextField('namespace').bind.text | bind(
lambda p: p or self.settings['namespace']) | (self.settings,
'namespace')
def __init__(self, settings):
self.settings = settings
self.field = gui.TextField('namespace')
self.field.bind.text | bind(lambda p: p or self.settings['namespace']) | (self.settings, 'namespace')
def test_override_default_bindings(self):
ex1 = self.Example('fred', 'flintstone')
ex2 = self.Example('barney', 'rubble')
tester = ex1 & 'val' > bindings.bind() > ex2 & 'name'
tester()
assert ex2.name == ex1.val
verticalScrollBarThickness=8) as cameraScrollLayout:
with ColumnLayout("CameraCol", rs=10, adj=True,
cal="left") as cameraLayout:
Separator(h=10, st="none")
with RowLayout(nc=3, adj=2):
Text("New Camera name", al="left")
newCameraField = TextField("NewCameraField",
tx="",
aie=True)
addCameraButton = IconTextButton(i=iconsPath +
"/add-video.png")
cameraCollection = ViewCollection()
cameraList = lists.VerticalList(
synchronous=True, itemTemplate=CameraWidget)
cameraCollection > bind() > cameraList.collection
# with ColumnLayout("Render Settings", rs = 10, adj=1, cat=("both", 10)) as rsLayout:
# Text("Export",fn="boldLabelFont")
# #Mettre renderview
# with RowLayout(nc=3, adj=2):
# Text("Export path ", al="left")
# TextField("ExportPath", en=False)
# IconTextButton(i=":/browseFolder.png",c="SetExportPath('Set export path')")
# with ColumnLayout():
# pass
Separator(h=10, st="none")
with RowLayout(nc=3, adj=2):
Separator(w=100, st="in")
renderButton = Button("Render",
c=Callback(RenderSettings.OpenRenderView,
def widget(self, item):
# with forms.HorizontalExpandForm(tag=item) as root:
with RowLayout(nc=3, rat=[(1, 'top', 0), (3, 'top', 0)],
adj=2) as root:
camActiveButton = IconTextButton(item + "_activeButton",
i=iconsPath + "/close-eye.png",
c=Callback(
ToggleCameraActive,
newCurrentCameName=item))
with FrameLayout(item, cll=True) as cameraL:
with ColumnLayout(rs=5, adj=True):
with RowLayout(nc=2,
adj=2,
rat=(1, 'top', 5),
cat=(1, 'right', 5)):
dofCBox = CheckBox(item + "_f_dof", l="", v=False)
with FrameLayout("Focus", cll=True):
with ColumnLayout(rs=0, adj=True,
cat=('both', 25)):
with RowLayout(nc=2, adj=2):
Text("FStop", w=60, al="left")
cameraFStop = FloatSliderGrp(item +
"_f_fstop",
f=True,
v=1.0,
min=0.0,
max=64.0)
with RowLayout(nc=2, adj=2):
Text("Distance", w=60, al="left")
cameraFocusDistance = FloatSliderGrp(
item + "_f_distance",
f=True,
v=1.0,
min=0.0,
max=10.0)
with RowLayout(nc=2,
adj=2,
rat=(1, 'top', 5),
cat=(1, 'right', 5)):
camTurnaroundCBox = CheckBox(item + "_boxTurnaround",
l="",
v=False)
with FrameLayout("Turnaround", cll=True):
with ColumnLayout(rs=0, adj=True,
cat=('both', 25)):
with RowLayout(nc=2, adj=2):
Text("Speed", w=60, al="left")
cameraTurnaroundSpeed = FloatSliderGrp(
str(item) + "_f_turnspeed",
f=True,
v=1.0,
min=0.0,
max=300.0)
with RowLayout(nc=2, adj=2):
Text("Duration (s) ", w=60, al="left")
cameraTurnaroundDuration = FloatSliderGrp(
str(item) + "_f_turnduration",
f=True,
v=10.0,
min=1.0,
max=15.0)
with RowLayout(nc=2,
adj=2,
cal=(2, "left"),
cat=(2, "left", 32)):
Text("Focale", fn="plainLabelFont")
camFocale = FloatSliderGrp(str(item) + "_f_focale",
f=True,
v=35.0,
min=10.0,
max=350.0)
with RowLayout(nc=2,
adj=2,
cal=(2, "left"),
cat=(2, "left", 32)):
camOrientPivot = CheckBox(item + "_camOrientCBox",
l="",
v=False)
Text("Aim pivot", fn="plainLabelFont")
IconTextButton(i=":/delete.png",
c=Callback(RemoveCamera, item, p=1))
dofCBox.bind.value > bind() > item + "Shape.depthOfField"
print("AAAAAAAAAAAAAAA" + str(getAttr(item + "Shape.focalLength")))
cameraFStop.bind.value > bind() > item + "Shape.fStop"
print(listAttr(item + "Shape"))
cameraFocusDistance.bind.value > bind() > item + "Shape.focusDistance"
camFocale.dragCommand = Callback(camerasDict[item].SetFocale,
newFocale=camFocale.value)
#camFocale.bind.value > bind() > item+"Shape.focalLength"
camTurnaroundCBox.onCommand = Callback(
camerasDict[item].SetTurnaroundKeyframes, p=1)
camTurnaroundCBox.offCommand = Callback(
camerasDict[item].SetTurnaroundKeyframes, p=1)
cameraTurnaroundSpeed.dragCommand = Callback(
camerasDict[item].SetTurnaroundKeyframes, p=1)
cameraTurnaroundDuration.dragCommand = Callback(
camerasDict[item].SetTurnaroundKeyframes, p=1)
camOrientPivot.onCommand = Callback(camerasDict[item].ToggleAimPivot,
toggle=True)
camOrientPivot.offCommand = Callback(camerasDict[item].ToggleAimPivot,
toggle=False)
#camActiveButton.command = Callback(Camera.Camera.SetCurrentCamera, newCurrentCameName = item)
#camActiveButton.command = Callback(ToggleCameraActive, newCurrentCameName = item)
return lists.Templated(item, root)