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SDS2 Parametric API
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A rebar utility for respecting max length. More...
Methods defined here: | |
| def | OverlapRebarGenerator |
| def | __init__ |
| def | calculate_layout |
Data descriptors defined here: | |
| def | CalculatedLayout |
| The calculated layout for the rebar. | |
| def | Diameter |
| rebar diameter | |
| def | Flip |
| Change offset direction. | |
| def | Layout |
| The layout with which the SmartRebarLayout object was created. | |
| def | MaxLength |
| The maximum allowable length of a single piece of rebar. | |
| def | MinCornerLength |
| The minimum rebar distance before a corner bend. | |
| def | OffsetVector |
| def | SinglePieceCorners |
| Indicates whether or not rebar needs to bend around corners using standard parts or a single piece. | |
Methods inherited from concrete.RebarAttMixin.RebarAttMixin: | |
| def | GetSpecializedAttributes |
| def | TailorRebarSystemUI |
Data descriptors inherited from concrete.RebarAttMixin.RebarAttMixin: | |
| def | PromptForLayout |
| Indicates whether or not to prompt for a layout from RebarSystem Add. | |
| def | PublicAtts |
| def | RebarMaxLength |
| Maximum length of a rebar piece. | |
| def | RebarMinCornerLength |
| The minimum length for a piece of rebar that wraps around a corner. | |
| def | RebarOverlapMultiplier |
| The value used to calculate the overlap for rebar pieces. | |
| def | ScreenAttributes |
| Unique attributes that the member needs on the rebar screen. | |
| def | __dict__ |
| dictionary for instance variables (if defined) | |
| def | __weakref__ |
| list of weak references to the object (if defined) | |
Additional Inherited Members | |
 Public Member Functions inherited from concrete.RebarAttMixin.RebarAttMixin |
A rebar utility for respecting max length.
SmartRebarLayout is a utility class that will calculate the layouts necessary to insure that the rebar will respect the maximum allowable length for the system.
Extends: RebarAttMixin
SmartRebarLayout
concrete.RebarAttMixin.RebarAttMixin
builtin.object
| def concrete.RebarSegment.SmartRebarLayout.__init__ | ( | args | ) |
__init__(args)
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.__dict__ | ( | args | ) |
dictionary for instance variables (if defined)
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.__weakref__ | ( | args | ) |
list of weak references to the object (if defined)
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.calculate_layout | ( | args | ) |
Insure that the max length of a rebar piece is respected Insert nodes as needed to cover the layout and respect the length. Nodes will be adjusted to respect the overlap and cover.
| def concrete.RebarSegment.SmartRebarLayout.CalculatedLayout | ( | args | ) |
The calculated layout for the rebar.
The layout will respect the maximum rebar length
Returns: Proxies.Layout3D – A list of layouts with layouts inserted as necessary to respect the maximum allowable rebar length and properly calculated overlap.
| def concrete.RebarSegment.SmartRebarLayout.Diameter | ( | args | ) |
rebar diameter
Returns: float – diameter of the rebar
| def concrete.RebarSegment.SmartRebarLayout.Flip | ( | args | ) |
Change offset direction.
Offset moves in the positive z direction (of a Transform3D.MemberTransform xform) by default. Setting Flip to true will move the offset in the -z direction.
Returns: bool – change offset direction
| def concrete.RebarSegment.SmartRebarLayout.GetSpecializedAttributes | ( | args | ) |
Returns a Versions type dictionary that gives the specialized attributes necessary for RebarSystems that are attached to members of this type along with their default values.
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.Layout | ( | args | ) |
The layout with which the SmartRebarLayout object was created.
Original layout span for the rebar.
Returns: Proxies.Layout3D – [description]
| def concrete.RebarSegment.SmartRebarLayout.MaxLength | ( | args | ) |
The maximum allowable length of a single piece of rebar.
Returns: float – maximum length of a single piece of rebar
| def concrete.RebarSegment.SmartRebarLayout.MinCornerLength | ( | args | ) |
The minimum rebar distance before a corner bend.
Returns: float – minimum distance to the corner bend
| def concrete.RebarSegment.SmartRebarLayout.OffsetVector | ( | args | ) |
| def concrete.RebarSegment.SmartRebarLayout.OverlapRebarGenerator | ( | args | ) |
Generates overlapping rebar pieces given a line.
e.g.
for rebarSegment in OverlapRebarGenerator(Proxies.Layout3D):
rebarLayouts.append(rebarSegment)
@param rebarLine: a Proxies.Layout3D object with two points, representing
straight line of rebar
@yield a Proxies.Layout3D object that represents a segment of rebar
(with a maximum length), taking overlap into account
| def concrete.RebarSegment.SmartRebarLayout.PromptForLayout | ( | args | ) |
Indicates whether or not to prompt for a layout from RebarSystem Add.
Some concrete members don't need a prompting for a custom layout polygon
Returns: bool – prompt for layout in modeling when adding a RebarSystem
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.PublicAtts | ( | args | ) |
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.RebarMaxLength | ( | args | ) |
Maximum length of a rebar piece.
rebar comes in pre cut lengths, any rebar system needs to be made up of layouts that respect that length
Returns: float – the maximum allowable length
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.RebarMinCornerLength | ( | args | ) |
The minimum length for a piece of rebar that wraps around a corner.
when a rebar piece goes around a corner, there is a minimum distance to the bend
Returns: float – minimum distance to the bend of the corner
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.RebarOverlapMultiplier | ( | args | ) |
The value used to calculate the overlap for rebar pieces.
OverlapMultiplier * rebar diameter dictates how long the pieces need to overlap
Returns: float – value use to calculate overlap
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.ScreenAttributes | ( | args | ) |
Unique attributes that the member needs on the rebar screen.
The names must be strings and match attribute names in RebarSystem/Version.py
Returns: list – attribute names that the member needs on the edit screen
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
| def concrete.RebarSegment.SmartRebarLayout.SinglePieceCorners | ( | args | ) |
Indicates whether or not rebar needs to bend around corners using standard parts or a single piece.
If true, rebar pieces will continue as far as possible around a corner. If False, rebar will stop at the corner and separate corner pieces will make the bend
Returns: bool – whether or not to use single piece corners
| def concrete.RebarSegment.SmartRebarLayout.TailorRebarSystemUI | ( | args | ) |
Makes modifications to the RebarSystem UI to tailor it to the member.
Argument:
frame: the frame in which new widgets can be added.
widgets: a dictionary of pairs of widgets and dialog.pusher.Pushers
for the default RebarSystem properties.
Reimplemented from concrete.RebarAttMixin.RebarAttMixin.
1.8.1.2