def __init__(self, properties=None):
self.name = "Bottom"
if properties is None:
properties = TopBottomRoundedProperties()
ParamWidget.__init__(self, properties)
self.widget_list.extend([
WidgetValue(type=list,
name="position",
show_name="Position",
widget=None,
interval_value=[
TopBottomRoundedProperties.POSITION_OUTSIDE,
TopBottomRoundedProperties.POSITION_INSIDE
]),
WidgetValue(
type=float,
name="height_shift",
show_name="Height shift",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="position",
parent_value=TopBottomRoundedProperties.POSITION_INSIDE),
WidgetValue(
type=float,
name="radius_outside",
show_name="Radius oustide",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="position",
parent_value=TopBottomRoundedProperties.POSITION_OUTSIDE)
])
def __init__(self, cad_face, cad_object, name, tab_link):
self.tab_link = tab_link
self.name = "%s.%s" % (cad_object.Name, name)
self.real_name = name
tab_properties = TabProperties(freecad_object=cad_object, freecad_face=cad_face,
tab_type=str(self.tab_link.properties().tab_type),
name=self.name, real_name=self.real_name)
ParamWidget.__init__(self, tab_properties)
self.widget_list.extend([WidgetValue(type=bool, name="y_invert", show_name="Invert Y", widget=None)])
def __init__(self, cad_face, cad_object, name, t_type):
self.name = "%s.%s" % (cad_object.Name, name)
self.description = "%s.%s (%s)" % (cad_object.Name, name, t_type)
self.real_name = name
tab_properties = TabProperties(freecad_object=cad_object,
freecad_face=cad_face,
tab_type=t_type,
name=self.name,
real_name=self.real_name,
group_id=self._count())
ParamWidget.__init__(self, tab_properties)
self.widget_list.extend([
WidgetValue(type=float,
name="y_length",
show_name="Width",
widget=None),
WidgetValue(type=float,
name="thickness",
show_name="Thickness",
widget=None),
WidgetValue(type=float,
name="tabs_number",
show_name="Number of tabs",
widget=None,
interval_value=[1., 300.],
step=1.,
decimals=0),
WidgetValue(type=float,
name="tabs_width",
show_name="Width of tabs",
widget=None,
interval_value=[1., 300.],
step=1.,
decimals=2),
WidgetValue(type=float,
name="tabs_shift",
show_name="Shift",
widget=None,
interval_value=[-300, 300.],
step=1.,
decimals=2),
WidgetValue(type=float,
name="interval_ratio",
show_name="Interval ratio",
widget=None,
interval_value=[0.1, 5.],
step=0.1,
decimals=2),
WidgetValue(type=bool,
name="dog_bone",
show_name="Dog bone hole",
widget=None),
WidgetValue(type=bool,
name="tab_dog_bone",
show_name="Tab dog bone hole",
widget=None)
])
def __init__(self, cad_face, cad_object, name, tab_link):
self.tab_link = tab_link
self.name = "%s.%s" % (cad_object.Name, name)
self.real_name = name
tab_properties = TabProperties(freecad_object=cad_object, freecad_face=cad_face,
tab_type=str(self.tab_link.properties().tab_type),
name=self.name, real_name=self.real_name)
ParamWidget.__init__(self, tab_properties)
self.widget_list.extend([WidgetValue(type=bool, name="y_invert", show_name="Invert Y", widget=None)])
def __init__(self, properties=None):
self.name = "Dimension"
if properties is None:
properties = RoundedBoxProperties()
ParamWidget.__init__(self, properties)
self.widget_list.extend([
WidgetValue(type=float,
name="nb_face",
show_name="Number of faces",
widget=None,
interval_value=[5, 15],
decimals=0,
step=1),
WidgetValue(type=float,
name="inradius",
show_name="Inner radius",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="max_side_length",
show_name="Max side length",
widget=None),
WidgetValue(type=float,
name="side_length",
show_name="Side length",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="height",
show_name="Side height",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="thickness",
show_name="Thickness",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="cut",
show_name="Nb cut",
widget=None,
interval_value=[0, 1000],
decimals=0,
step=1)
])
def __init__(self, cad_object, part_link):
self.name = cad_object.Name
self.label = cad_object.Label
self.part_link = part_link
material = MaterialProperties(freecad_object=cad_object,
type=MaterialProperties.TYPE_LASER_CUT)
ParamWidget.__init__(self, material)
self.widget_list.extend([
WidgetValue(type=str,
name="new_name",
show_name="New part name",
widget=None)
])
def __init__(self, properties=None):
self.name = "Top"
if properties is None:
properties = TopBottomProperties()
ParamWidget.__init__(self, properties)
self.widget_list.extend([
WidgetValue(type=list,
name="position",
show_name="Position",
widget=None,
interval_value=[
TopBottomProperties.POSITION_OUTSIDE,
TopBottomProperties.POSITION_INSIDE
]),
WidgetValue(type=float,
name="height_shift",
show_name="Height shift",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="position",
parent_value=TopBottomProperties.POSITION_INSIDE),
# WidgetValue(type=list, name="top_type", show_name="Top type", widget=None,
# interval_value=[TopBottomProperties.TOP_TYPE_NORMAL, TopBottomProperties.TOP_TYPE_COVER],
# parent_name="position", parent_value=TopBottomProperties.POSITION_INSIDE),
WidgetValue(type=float,
name="length_outside",
show_name="Length outside",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="position",
parent_value=TopBottomProperties.POSITION_OUTSIDE),
WidgetValue(type=float,
name="width_outside",
show_name="Width outside",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="position",
parent_value=TopBottomProperties.POSITION_OUTSIDE)
#WidgetValue(type=float, name="cover_length_tolerance", show_name="Cover length tol.",
# widget=None, interval_value=[0, 3000.], decimals=2, step=1,
# parent_name=["position", "top_type"],
# parent_value=[TopBottomProperties.POSITION_INSIDE, TopBottomProperties.TOP_TYPE_COVER])
])
def __init__(self, cad_face, cad_object, name, t_type):
self.name = "%s.%s" % (cad_object.Name, name)
self.real_name = name
tab_properties = TabProperties(freecad_object=cad_object, freecad_face=cad_face, tab_type=t_type,
name=self.name, real_name=self.real_name)
ParamWidget.__init__(self, tab_properties)
self.widget_list.extend([WidgetValue(type=float, name="y_length", show_name="Width", widget=None),
WidgetValue(type=float, name="thickness", show_name="Thickness", widget=None),
WidgetValue(type=float, name="tabs_number", show_name="Number of tabs",
widget=None, interval_value=[1., 300.], step=1., decimals=0),
WidgetValue(type=float, name="tabs_width", show_name="Width of tabs", widget=None,
interval_value=[1., 300.], step=1., decimals=2),
WidgetValue(type=float, name="tabs_shift", show_name="Shift", widget=None,
interval_value=[-300, 300.], step=1., decimals=2),
WidgetValue(type=float, name="interval_ratio", show_name="Interval ratio",
widget=None, interval_value=[0.1, 5.], step=0.1, decimals=2),
WidgetValue(type=bool, name="dog_bone", show_name="Dog bone hole", widget=None)
])
def __init__(self, properties=None):
self.name = "Length and width"
if properties is None:
properties = BoxProperties()
ParamWidget.__init__(self, properties)
self.widget_list.extend([
WidgetValue(type=list,
name="length_width_priority",
show_name="Priority",
widget=None,
interval_value=[
BoxProperties.LENGTH_PRIORTY,
BoxProperties.WIDTH_PRIORTY,
BoxProperties.CROSS_PRIORTY,
BoxProperties.ROUND_PRIORTY
]),
WidgetValue(type=float,
name="length_outside",
show_name="Diff. length",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="length_width_priority",
parent_value=[BoxProperties.CROSS_PRIORTY]),
WidgetValue(type=float,
name="width_outside",
show_name="Diff. width",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="length_width_priority",
parent_value=[BoxProperties.CROSS_PRIORTY]),
WidgetValue(type=float,
name="inner_radius",
show_name="Width/length",
widget=None,
interval_value=[0, 3000.],
decimals=2,
step=1,
parent_name="length_width_priority",
parent_value=[BoxProperties.ROUND_PRIORTY])
])
def __init__(self, cad_object):
self.name = cad_object.Name
self.label = cad_object.Label
material = MaterialProperties(freecad_object=cad_object,
type=MaterialProperties.TYPE_LASER_CUT)
ParamWidget.__init__(self, material)
self.widget_list.extend([
WidgetValue(type=str,
name="new_name",
show_name="New part name",
widget=None),
WidgetValue(type=float,
name="thickness",
show_name="Thickness",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=0.5),
WidgetValue(type=float,
name="thickness_tolerance",
show_name="Thickness tolerance",
widget=None,
interval_value=[0., 30.],
decimals=4,
step=0.05),
WidgetValue(type=float,
name="hole_width_tolerance",
show_name="Slot width tolerance",
widget=None,
interval_value=[0., 30.],
decimals=4,
step=0.05),
WidgetValue(type=float,
name="laser_beam_diameter",
show_name="Laser beam diameter",
widget=None,
interval_value=[0., 30.],
decimals=4,
step=0.05)
])
def __init__(self, properties=None):
self.name = "Dimension"
if properties is None:
properties = BoxProperties()
ParamWidget.__init__(self, properties)
self.widget_list.extend([
WidgetValue(type=float,
name="length",
show_name="Length",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="width",
show_name="Width",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="height",
show_name="Height",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=float,
name="thickness",
show_name="Thickness",
widget=None,
interval_value=[0.5, 3000.],
decimals=2,
step=1),
WidgetValue(type=bool,
name="outside_measure",
show_name="Outside measure",
widget=None)
])