Method and system for capture of multiple 3D object perspectives into a multilayered two dimensional display
View Patent ↗Multiple 3D perspectives are captured on a multilayered two dimensional display. Features on a 3D model are identified and transformed to an edge wireframe snapshot and layering information from an attached components list on a foreground layer.
1. A method comprises:
configuring a three dimensional (3D) model viewer in a first cloud with graphical data from a 3D model comprising the graphical data for at least two constituent parts from a controlled memory data structure;
operating the 3D model viewer to:
construct the 3D model in a 3D virtual environment from the graphical data viewed through a 3D positionable viewing frustum configured by a projection view control from a user interface controller;
generate a graphical projection of the 3D model through the 3D positionable viewing frustum with projection calculations distributed to a plurality of processors on the first cloud; and
render the graphical projection through a 3D environment viewer interface in a graphical user interface (GUI);
configuring and operating an output controller with an export control from the user interface controller to:
generate an edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud; and
export the edge wireframe projection to a technical drawings editor in a second cloud;
operating the technical drawings editor to:
extract constituent part names from the edge wireframe projection and assemble projected components list through control of a constructor;
display the edge wireframe projection as a background layer of a technical drawing through a drawings editor panel and the projected components list in a component list panel in the GUI; and
display component identifiers each linked to a different constituent part name of the projected components list in a user-configurable foreground layer in the drawings editor panel.
2. The method of claim 1 , wherein generating the graphical projection of the at least two constituent parts of the 3D model through the 3D positionable viewing frustum through the projection calculations distributed to the plurality of processors on the first cloud comprises culling the graphical data corresponding to subregions of the 3D model outside of the 3D positionable viewing frustum.
3. The method of claim 1 , wherein generating the edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud comprise:
configuring the output controller to operate a hidden line removal algorithm to generate the edge wireframe projection in response to detecting a surface occlusion control in the export control; and
culling the graphical data corresponding to subregions of the 3D model obscured by occluding surfaces of the 3D model through the 3D positionable viewing frustum.
4. The method of claim 1 , wherein the controlled memory data structure comprises a cloud storage controlled memory data structure.
5. The method of claim 1 comprises:
configuring the constituent part names displayed in the component list panel as editable text nodes stored in a mapping table;
generating an update control through the user interface controller in response to detecting changes to an editable text node; and
operating the mapping table to rename the constituent part names of the 3D model stored in the controlled memory data structure as controlled by the update control.
6. A non-transitory computer-readable storage medium, the computer-readable storage medium including instructions that when executed by a computer, cause the computer to:
configure a three dimensional (3D) model viewer in a first cloud with graphical data from a 3D model comprising the graphical data for at least two constituent parts from a controlled memory data structure;
operate the 3D model viewer to:
construct the 3D model in a 3D virtual environment from the graphical data viewed through a 3D positionable viewing frustum configured by a projection view control from a user interface controller;
generate a graphical projection of the 3D model through the 3D positionable viewing frustum with projection calculations distributed to a plurality of processors on the first cloud; and
render the graphical projection through a 3D environment viewer interface in a graphical user interface (GUI);
configure and operate an output controller with an export control from the user interface controller to:
generate an edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud; and
export the edge wireframe projection to a technical drawings editor in a second cloud;
operate the technical drawings editor to:
extract constituent part names from the edge wireframe projection and assemble projected components list through control of a constructor;
display the edge wireframe projection as a background layer of a technical drawing through a drawings editor panel and the projected components list in a component list panel in the GUI; and
display component identifiers each linked to a different constituent part name of the projected components list in a user-configurable foreground layer in the drawings editor panel.
7. The computer-readable storage medium of claim 6 , wherein generating the graphical projection of the at least two constituent parts of the 3D model through the 3D positionable viewing frustum through the projection calculations distributed to the plurality of processors on the first cloud comprises cull the graphical data corresponding to subregions of the 3D model outside of the 3D positionable viewing frustum.
8. The computer-readable storage medium of claim 6 , wherein generating the edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud comprise:
configure the output controller to operate a hidden line removal algorithm to generate the edge wireframe projection in response to detecting a surface occlusion control in the export control; and
cull the graphical data corresponding to subregions of the 3D model obscured by occluding surfaces of the 3D model through the 3D positionable viewing frustum.
9. The computer-readable storage medium of claim 6 , wherein the controlled memory data structure comprises a cloud storage controlled memory data structure.
10. The computer-readable storage medium of claim 6 comprises:
configure the constituent part names displayed in the component list panel as editable text nodes stored in a mapping table;
generate an update control through the user interface controller in response to detecting changes to an editable text node; and
operate the mapping table to rename the constituent part names of the 3D model stored in the controlled memory data structure as controlled by the update control.
11. A computing apparatus, the computing apparatus comprising:
a processor; and
a memory storing instructions that, when executed by the processor, configure the apparatus to:
configure a three dimensional (3D) model viewer in a first cloud with graphical data from a 3D model comprising the graphical data for at least two constituent parts from a controlled memory data structure;
operate the 3D model viewer to:
construct the 3D model in a 3D virtual environment from the graphical data viewed through a 3D positionable viewing frustum configured by a projection view control from a user interface controller;
generate a graphical projection of the 3D model through the 3D positionable viewing frustum with projection calculations distributed to a plurality of processors on the first cloud; and
render the graphical projection through a 3D environment viewer interface in a graphical user interface (GUI);
configure and operate an output controller with an export control from the user interface controller to:
generate an edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud; and
export the edge wireframe projection to a technical drawings editor in a second cloud;
operate the technical drawings editor to:
extract constituent part names from the edge wireframe projection and assemble projected components list through control of a constructor;
display the edge wireframe projection as a background layer of a technical drawing through a drawings editor panel and the projected components list in a component list panel in the GUI; and
display component identifiers each linked to a different constituent part name of the projected components list in a user-configurable foreground layer in the drawings editor panel.
12. The computing apparatus of claim 11 , wherein generating the graphical projection of the at least two constituent parts of the 3D model through the 3D positionable viewing frustum through the projection calculations distributed to the plurality of processors on the first cloud comprises cull the graphical data corresponding to subregions of the 3D model outside of the 3D positionable viewing frustum.
13. The computing apparatus of claim 11 , wherein generating the edge wireframe projection from the projection view control and the graphical data through operation of the plurality of processors on the first cloud comprise:
configure the output controller to operate a hidden line removal algorithm to generate the edge wireframe projection in response to detecting a surface occlusion control in the export control; and
cull the graphical data corresponding to subregions of the 3D model obscured by occluding surfaces of the 3D model through the 3D positionable viewing frustum.
14. The computing apparatus of claim 11 , wherein the controlled memory data structure comprises a cloud storage controlled memory data structure.
15. The computing apparatus of claim 11 comprises:
configure the constituent part names displayed in the component list panel as editable text nodes stored in a mapping table;
generate an update control through the user interface controller in response to detecting changes to an editable text node; and
operate the mapping table to rename the constituent part names of the 3D model stored in the controlled memory data structure as controlled by the update control.