ose3dprinter.model¶

Models for 3D Printer parts.

Name	Description
`AxisModel`	Encapsulates the data (i.e. topography and shape) for a Axis,
`ExtruderModel`	Encapsulates the data (i.e. topography and shape) for a Extruder,
`FrameModel`	Encapsulates the data (i.e. topography and shape) for a Frame,
`HeatedBedModel`	Encapsulates the data (i.e. topography and shape) for a Heated Bed,

class AxisModel(obj, length=304.8, carriage_position=50, orientation='x', side='top', placement=Placement [Pos=(0,0,0), Yaw-Pitch-Roll=(0,0,0)], origin_translation_offset=Vector (0.0, 0.0, 0.0))¶

Bases: osecore.app.model.Model

Encapsulates the data (i.e. topography and shape) for a Axis, and is separate from the “view” or GUI representation.

Name	Type	Default Value	Description
Carriage Position	`Percent`	50	Position of carriage relative to available rod.
Length	`Length`	304.8 mm	Length of axis corresponds to rod length.
Orientation	`String`	x	Orientation of axis: X, Y, or Z.
Rod Diameter	`Length`	8.0 mm	Diameter of rod.
Side	`String`	top	Which side the bottom of the axis faces.

Type = 'OSEAxis'¶

calculate_carriage_box_x()¶

calculate_top_of_carriage_box_for_z_axis()¶

execute(obj)¶: Execute on document recompute.

is_x()¶

Return whether or not this axis is a X axis.

This assumes the axis is parallel to the XY, YZ, or XZ planes, and not rotated in a weird diagonal or skewed way.

Returns: Whether this axis is a X axis.
Return type: bool

is_y()¶

Return whether or not this axis is a Y axis.

This assumes the axis is parallel to the XY, YZ, or XZ planes, and not rotated in a weird diagonal or skewed way.

Returns: Whether this axis is a Y axis.
Return type: bool

is_z()¶

Return whether or not this axis is a Z axis.

This assumes the axis is parallel to the XY, YZ, or XZ planes, and not rotated in a weird diagonal or skewed way.

Returns: Whether this axis is a Z axis.
Return type: bool

class ExtruderModel(obj, placement=Placement [Pos=(0,0,0), Yaw-Pitch-Roll=(0,0,0)], origin_translation_offset=Vector (0.0, 0.0, 0.0))¶

Bases: osecore.app.model.Model

Encapsulates the data (i.e. topography and shape) for a Extruder, and is separate from the “view” or GUI representation.

Based on:: https://wiki.opensourceecology.org/wiki/File:Simpleextruderassy.fcstd
See:: https://wiki.opensourceecology.org/wiki/File:Finalextruder.png

Name	Type	Default Value	Description

Type = 'OSEExtruder'¶

execute(obj)¶: Execute on document recompute.

class FrameModel(obj, size=304.8, width=38.1, thickness=3.175, has_corners=False, placement=Placement [Pos=(0,0,0), Yaw-Pitch-Roll=(0,0,0)], origin_translation_offset=Vector (0.0, 0.0, 0.0))¶

Bases: osecore.app.model.Model

Encapsulates the data (i.e. topography and shape) for a Frame, and is separate from the “view” or GUI representation.

See D3D Frame on the Open Source Ecology Wiki: https://wiki.opensourceecology.org/wiki/D3D_Frame

Name	Type	Default Value	Description
Has Corners	`Bool`	False	Whether the frame has 3d printed corners or not.
Size	`Length`	304.8 mm	Size or dimension of cubic frame.
Thickness	`Length`	3.175 mm	Thickness of frame.
Width	`Length`	38.1 mm	Width of frame.

Type = 'OSEFrame'¶

property XMax¶

property XMin¶

property YMax¶

property YMin¶

property ZMax¶

property ZMin¶

property distance_between_axis_side_mount_holes¶

execute(obj)¶: Execute on document recompute.

get_face_side(face, axis_orientation)¶

Get the side of a frame corresponding to a given face and axis orientation.

Parameters

face (Part.Face) – Face of frame to get the corresponding side for.
axis_orientation (str) – Orientation of axis.

Returns

Side of frame for the given face and axis_orientation.

Return type

str

get_faces_for_side(side)¶

Get a list of face objects for a given side of the frame.

Parameters: side (str) – Side of frame to get the faces for.
Returns: List of faces objects corresponding to side.
Return type: List[Part.Face]

get_outer_faces()¶

Get a list of face objects corresponding to the outer-most faces of the frame.

Returns: List of outer frame face objects.
Return type: List[Part.Face]

class HeatedBedModel(obj, placement=Placement [Pos=(0,0,0), Yaw-Pitch-Roll=(0,0,0)], origin_translation_offset=Vector (0.0, 0.0, 0.0))¶

Bases: osecore.app.model.Model

Encapsulates the data (i.e. topography and shape) for a Heated Bed, and is separate from the “view” or GUI representation.

Name	Type	Default Value	Description
Size	`Length`	203.2 mm	Size or dimension of heated bed.

Type = 'OSEHeatedBed'¶

execute(obj)¶: Execute on document recompute.