Methods and systems for viewing geometry of an object model generated by a CAD tool

• US 20060066609A1
• Filed: 12/07/2004
• Published: 03/30/2006
• Est. Priority Date: 09/28/2004
• Status: Abandoned Application

• Current Assignee: The Boeing Co.
• Original Assignee: The Boeing Co.
• Inventors: McGoey, Paul, Iodice, Arthur P., Gingrich, Charles M.
• Application Number:
  US11/006,262
• Publication Number:
  US 20060066609A1
• Time in Patent Office: Days
• US Class Current: 345/419
• CPC Class Codes: G06T 19/20 Editing of 3D images, e.g. changing shapes or colours, aligning objects or positioning parts
• CPC Class Codes: G06T 2200/16 involving adaptation to the client's capabilities
• CPC Class Codes: G06T 2200/24 involving graphical user interfaces [GUIs]
• CPC Class Codes: G06T 2219/2012 Colour editing, changing, or manipulating; Use of colour codes
• CPC Class Codes: G06T 2219/2016 Rotation, translation, scaling
• CPC Class Codes: G06T 2219/2021 Shape modification

Abstract

A system for remotely viewing geometry of an object model generated by a CAD tool hosted on a server computer on a network. The system has an image viewer accessible via a client computer on the network and an image server operatively connected between the image viewer and the CAD tool. The system receives an object model selection, provides the CAD tool with an ICAD application associated with the selection, commands the CAD tool to generate an object model having one or more elements using the ICAD application, displays on the client computer a structure identifying the one or more elements, receives a request to view a selected element, commands the CAD tool to generate an image file describing geometry of the selected element in response to the request, and displays the geometry of the selected element on the client computer in accordance with the image file.

Claims

1. A method in a data processing system for viewing geometry of an object model generated by a first computer-aided design (CAD) tool hosted on a server computer system on a network, the data processing system having a client computer system connected via the network to the server computer system, the method comprising:

receiving, via the client computer system on the network, an object model selection associated with the first CAD tool;

providing the first CAD tool with an ICAD application associated with the object model selection;

commanding the first CAD tool to generate an object model using the ICAD application, the object model having at least one element;

displaying on the client computer system a structure identifying the at least one element of the object model;

receiving a request, via the client computer system, to view a selected one of the at least one elements;

commanding the first CAD tool to generate an image file describing geometry of the selected element in response to the request to view the selected element; and

displaying the geometry of the selected element on the client computer system in accordance with the image file.

2. A method of claim 1, the step of providing the first CAD tool with an ICAD application further comprises:

identifying a configuration file corresponding to the object model selection;

determining whether the configuration file has an input associated with the object model;

when it is determined that the configuration file has an input associated with the object model,

receiving, via the client computer system, a value for the input; and

modifying the configuration file to include the value for the input,

wherein the step of commanding the first CAD tool to generate an object model using the ICAD application further comprises providing the first CAD tool with the value for the input such that the object model is generated by the first CAD tool using the input value.

3. A method of claim 2, wherein the data processing system has an image server operatively connected between the client computer system and the first CAD tool on the network, the image server being operatively configured to perform the step of providing the first CAD tool with an ICAD application.

4. A method of claim 3, wherein the step of providing the first CAD tool with an ICAD application further comprises identifying in the configuration file an application path corresponding to a location on the network where the ICAD application is stored.

5. A method of claim 1, wherein the client computer system is a first of a plurality of client computer systems connected via the network to the server computer system, the method further comprising displaying the geometry of the selected element on a second of the plurality of client computer systems in response to receiving the request to view the selected element from the first client computer system.

6. A method of claim 5, further comprising:

creating a work session associated with the first client computer system and the first CAD tool;

receiving a request, via the second client computer system, to participate in the work session; and

displaying on the second client computer system the geometry of the selected element in response to determining that the second client computer system is participating in the work session.

7. A method of claim 6, further comprising:

generating a representative object model from the image file; and

providing the representative object model to each client computer system participating in the work session, wherein each of the client computer systems participating in the work session displays the geometry of the selected element in accordance with the representative object model.

8. A method of claim 6, further comprising:

receiving a request to markup the displayed geometry of the selected element;

receiving, via the first client computer system, a point associated with the displayed geometry;

receiving text to associate with the markup;

displaying on each of the client computer systems participating in the work session the text in relation to the point associated with the displayed geometry.

9. A method of claim 6, further comprising:

receiving a request to redline the displayed geometry of the selected element;

receiving a redline type;

receiving, via the first client computer system, an indication of a portion of the displayed geometry;

highlighting on each of the client computer systems participating in the work session the portion of the displayed geometry in accordance with the redline type.

10. A method of claim 9, wherein the redline type is one of a rectangle type, an oval type, a freeform type, and a text type.

11. A method of claim 6, further comprising:

receiving a request to make a measurement;

receiving a selected dimension of the object model to measure;

receiving a first point associated with the displayed geometry;

identifying the measurement associated with the selected dimension in accordance with the request; and

displaying the measurement on each of the client computer systems participating in the work session near the first point associated with the displayed geometry.

12. A method of claim 11, wherein the step of identifying the measurement further comprises calculating an area of a face associated with the selected dimension.

13. A method of claim 11, wherein the step of identifying the measurement further comprises determining a length of an edge associated with the selected dimension.

14. A method of claim 11, wherein the step of identifying the measurement further comprises determining one or more coordinates of a vertex associated with the selected dimension.

15. A method of claim 11, wherein the step of identifying the measurement further comprises:

receiving a second point associated with the displayed geometry; and

determining a distance between the second point and a third point associated with the selected dimension.

16. A method of claim 11, wherein the step of identifying the measurement further comprises:

receiving a plurality of vertices associated with the displayed geometry; and

determining an angle formed by the plurality of vertices and another vertice associated with the selected dimension.

17. A method of claim 11, wherein the step of identifying the measurement further comprises:

receiving a plurality of points associated with the displayed geometry; and

determining a radius of a circle formed by the plurality of points and a second point associated with the selected dimension.

18. A method of claim 6, further comprising:

receiving an identification of a plane associated with the object model;

generating geometry of a cross section of the representative object model along a first face of the plane; and

displaying the geometry of the cross section along the first face on each client computer system participating in the working session.

19. A method of claim 18, further comprising:

determining whether a request to flip the plane of the cross section has been received;

when it is determined that a request to flip the plane of the cross section has been received,

generating geometry of another cross section of the representative object model along a second face of the plane; and

displaying the geometry of the other cross section along the second face on each client computer system participating in the working session.

20. A method of claim 18, further comprising:

determining whether a request to rotate the cross section has been received;

when it is determined that a request to rotate the cross section has been received, receiving a first axis of the plane;

receiving a rotation increment associated with the first axis;

rotating the representative object model about the first axis of the plane by the associated rotation increment;

generating geometry of the cross section of the object model after the rotation; and

displaying the geometry of the cross section after rotation on each client computer system participating in the working session.

21. A method of claim 1, wherein the data processing system includes a second CAD tool operatively connected to the network, the method further comprising:

determining whether the object model selection corresponds to the ICAD application;

when it is determined that the object model selection does not correspond to the ICAD application,

commanding the second CAD tool to generate another image file describing geometry of a second object model corresponding to the object model selection;

generating a second representative object model from the other image file; and

providing the second representative object model to the client computer system, wherein the client computer system displays geometry of the second representative object model.

22. A method of claim 21, wherein the second object model is a pre-existing solid model generated by the second CAD tool.

23. A method of claim 21, wherein the data processing system has an image server operatively connected between the client computer system and each of the CAD tools on the network, the image server being operatively configured to perform the step of generating a second representative object model from the other image file, and providing the second representative object model to the client computer system.

24. A method of claim 23, wherein the client computer system is a first of a plurality of client computer systems connected via the network to the image server, the method further comprising:

creating a work session associated with the first client computer system and the first CAD tool;

receiving a request, via the second client computer system, to participate in the work session;

displaying on the second client computer system the geometry of the selected element and the geometry of the second representative object model in response to determining that the second client computer system is participating in the work session.

25. A method of claim 24, further comprising:

receiving, via the first client computer system, a first point associated with the displayed geometry of the selected element;

receiving a first text;

receiving, via the first client computer system, a second point associated with the displayed geometry of the second representative object model;

receiving a second text;

displaying on each of the client computer systems participating in the work session the first text in relation to the first point associated with the displayed geometry of the selected element and the second text in relation to the second point associated with the displayed geometry of the second representative object model.

26. A method of claim 24, further comprising:

receiving a request to redline;

receiving a redline type;

receiving, via the first client computer system, an indication of a first portion of the displayed geometry of the selected element and a second portion of the displayed geometry of the second representative object model; and

highlighting on each of the client computer systems participating in the work session the first portion and the second portion in accordance with the redline type.

27. A method of claim 24, further comprising:

receiving a request to make a measurement;

receiving a first dimension associated with the displayed geometry of the selected element;

receiving a second dimension associated with the displayed geometry of the second representative object model;

receiving a first point associated with the displayed geometry of the selected element and the displayed geometry of the second representative object model;

identifying the measurement associated with the first and second dimensions in accordance with the request; and

displaying the measurement on each of the client computer systems participating in the work session near the first point.

28. A method of claim 27, wherein the step of identifying the measurement further comprises determining a distance between the first and second dimensions.

51. A data processing system of claim 27, wherein the means for identifying the measurement further comprises means for determining a distance between the first and second dimensions.

29. A data processing system, comprising:

a plurality of client computer systems operatively connected to a network;

a first server computer system operatively connected to the network and having a first CAD tool;

means for receiving, via a first of the client computer systems, an object model selection associated with the first CAD tool;

means for providing the first CAD tool with an ICAD application associated with the object model selection;

means for commanding the first CAD tool to generate an object model using the ICAD application, the object model having at least one element;

means for displaying, on the first client computer system, a structure identifying the at least one element of the object model;

means for receiving a request, via the first client computer system, to view a selected one of the at least one element;

means for commanding the first CAD tool to generate an image file describing geometry of the selected element in response to the request to view the selected element; and

means for displaying the geometry of the selected element on the first client computer system in accordance with the image file.

30. A data processing system of claim 29, wherein the means for providing the first CAD tool with an ICAD application comprises:

means for identifying a configuration file corresponding to the object model selection;

means for determining whether the configuration file has an input associated with the object model;

means for, when it is determined that the configuration file has an input associated with the object model, receiving, via the client computer system, a value for the input, modifying the configuration file to include the value for the input, and providing the first CAD tool with the value such that the object model is generated by the first CAD tool using the input value.

31. A data processing system of claim 29, wherein the client computer system is a first of a plurality of client computer systems operatively connected to the network and the means for displaying the geometry of the selected element further includes means for displaying the geometry of the selected element on a second of the plurality of client computer systems in response to receiving the request to view the selected element from the first client computer system.

32. A data processing system of claim 31, further comprising:

means for creating a work session associated with the first client computer system and the first CAD tool; and

means for receiving a request, via the second client computer system, to participate in the work session,

wherein the means for displaying the geometry of the selected element on the first computer system further includes means for displaying the geometry of the selected element on the second computer system in response to determining that the second client computer system is participating in the work session.

33. A data processing system of claim 32, further comprising:

means for generating a representative object model from the image file, wherein the means for displaying the geometry of the selected element on the first and the second computer systems further includes means for providing the representative object model to each client computer system participating in the work session such that each of the client computer systems participating in the work session displays the geometry of the selected element in accordance with the representative object model.

34. A data processing system of claim 32, further comprising:

means for receiving a request to markup the displayed geometry of the selected element;

means for receiving, via the first client computer system, a point associated with the displayed geometry;

means for receiving text to associate with the markup;

means for displaying on each of the client computer systems participating in the work session the text in relation to the point associated with the displayed geometry.

35. A data processing system of claim 32, further comprising:

means for receiving a request to redline the displayed geometry of the selected element;

means for receiving a redline type;

means for receiving, via the first client computer system, an indication of a portion of the displayed geometry;

means for highlighting on each of the client computer systems participating in the work session the portion of the displayed geometry in accordance with the redline type.

36. A data processing system of claim 32, further comprising:

means for receiving a request to make a measurement;

means for receiving a selected dimension of the object model to measure;

means for receiving a first point associated with the displayed geometry;

means for identifying the measurement associated with the selected dimension in accordance with the request; and

means for displaying the measurement on each of the client computer systems participating in the work session near the first point associated with the displayed geometry.

37. A data processing system of claim 36, wherein the means for identifying the measurement further comprises means for calculating an area of a face associated with the selected dimension.

38. A data processing system of claim 36, wherein the means for identifying the measurement further comprises means for determining a length of an edge associated with the selected dimension.

39. A data processing system of claim 36, wherein the step of identifying the measurement further comprises means for determining one or more coordinates of a vertex associated with the selected dimension.

40. A data processing system of claim 36, wherein the means for identifying the measurement further comprises:

means for receiving a second point associated with the displayed geometry; and

means for determining a distance between the second point and a third point associated with the selected dimension.

41. A data processing system of claim 36, wherein the means for identifying the measurement further comprises:

means for receiving a plurality of vertices associated with the displayed geometry; and

means for determining an angle formed by the plurality of vertices and another vertice associated with the selected dimension.

42. A data processing system of claim 36, wherein the means for identifying the measurement further comprises:

means for receiving a plurality of points associated with the displayed geometry; and

means for determining a radius of a circle formed by the plurality of points and a second point associated with the selected dimension.

43. A data processing system of claim 32, further comprising:

means for receiving an identification of a plane associated with the object model;

means for generating geometry of a cross section of the representative object model along a first face of the plane; and

means for displaying the geometry of the cross section along the first face on each client computer system participating in the working session.

44. A data processing system of claim 43, further comprising:

means for determining whether a request to flip the plane of the cross section has been received;

means for, when it is determined that a request to flip the plane of the cross section has been received, generating geometry of another cross section of the representative object model along a second face of the plane; and

displaying the geometry of the other cross section along the second face on each client computer system participating in the working session.

45. A data processing system of claim 43, further comprising:

means for determining whether a request to rotate the cross section has been received; and

means for, when it is determined that a request to rotate the cross section has been received, receiving a first axis of the plane;

receiving a rotation increment associated with the first axis, rotating the representative object model about the first axis of the plane by the associated rotation increment, generating geometry of the cross section of the object model after the rotation, and displaying the geometry of the cross section after rotation on each client computer system participating in the working session.

46. A data processing system of claim 29, further comprising

a second CAD tool operatively connected to the network;

means for determining whether the object model selection corresponds to the ICAD application; and

means for, when it is determined that the object model selection does not correspond to the ICAD application, commanding the second CAD tool to generate another image file describing geometry of a second object model corresponding to the object model selection, generating a second representative object model from the other image file, and providing the second representative object model to the client computer system such that the client computer system displays geometry of the second representative object model.

47. A data processing system of claim 46, wherein the client computer system is a first of a plurality of client computer operatively connected to the network, the data processing system further comprising:

means for creating a work session associated with the first client computer system and the first CAD tool;

means for receiving a request, via the second client computer system, to participate in the work session;

means for displaying on the second client computer system the geometry of the selected element and the geometry of the second representative object model in response to determining that the second client computer system is participating in the work session.

48. A data processing system of claim 47, further comprising:

means for receiving, via the first client computer system, a first point associated with the displayed geometry of the selected element;

means for receiving a first text;

means for receiving, via the first client computer system, a second point associated with the displayed geometry of the second representative object model;

means for receiving a second text;

means for displaying on each of the client computer systems participating in the work session the first text in relation to the first point associated with the displayed geometry of the selected element and the second text in relation to the second point associated with the displayed geometry of the second representative object model.

49. A data processing system of claim 47, further comprising:

means for receiving a request to redline;

means for receiving a redline type;

means for receiving, via the first client computer system, an indication of a first portion of the displayed geometry of the selected element and a second portion of the displayed geometry of the second representative object model; and

means for highlighting on each of the client computer systems participating in the work session the first portion and the second portion in accordance with the redline type.

50. A data processing system of claim 47, further comprising:

means for receiving a request to make a measurement;

means for receiving a first dimension associated with the displayed geometry of the selected element;

means for receiving a second dimension associated with the displayed geometry of the second representative object model;

means for receiving a first point associated with the displayed geometry of the selected element and the displayed geometry of the second representative object model;

means for identifying the measurement associated with the first and second dimensions in accordance with the request; and

means for displaying the measurement on each of the client computer systems participating in the work session near the first point.

52. A data processing system, comprising:

a plurality of client computer systems operatively connected to a network, each client computer system having an image viewer;

a first server computer system operatively connected to the network and having a first CAD tool;

a memory having an image server program operatively connected, via the network, to the image viewer on each of the plurality of client computer systems and to the first CAD tool, the image server program receives, via a first of the client computer systems, an object model selection associated with the first CAD tool, provides the first CAD tool with an ICAD application stored on the network and associated with the object model selection, commands the first CAD tool to generate an object model having at least one element using the ICAD application, provides the image viewer on each of the client computer systems with a structure identifying the at least one element of the object model, receives a request, via the first client computer system, to view a selected one of the at least one element, commands the first CAD tool to generate an image file describing geometry of the selected element in response to the request to view the selected element, and causes the image viewer on each of the client computer systems to display the geometry of the selected element on the client computer system in accordance with the image file; and

a processor to run the image server program.

53. A data processing system of claim 52, further comprising

a second CAD tool operatively connected to the network,

wherein the image server program further determines whether the object model selection corresponds to the ICAD application, when it is determined that the object model selection does not correspond to the ICAD application, commands the second CAD tool to generate another image file describing geometry of a second object model corresponding to the object model selection, generates a second representative object model from the other image file, and provides the second representative object model to each of the client computer systems such that each client computer system displays geometry of the second representative object model.

54. A data processing system of claim 53, wherein the image viewer of the first computer system is operatively configured to receive text and a point associated with one of the displayed geometry of the selected element and the displayed geometry of the second representative object model in response to a request to markup displayed geometry, the image viewer of the first computer system is further operatively configured to provide the image server with the text and the point so that the image viewer on each of the client computer systems displays the text in relation to the point associated with the one displayed geometry.

55. A data processing system of claim 53, wherein the image viewer of the first computer system is operatively configured to receive a redline type and an indication of a first portion of the displayed geometry of the selected element and a second portion of the displayed geometry of the second representative object model in response to a redline request, the image viewer of the first computer system is further operatively configured to provide the image server with the redline type, the first portion, and the second portion so that the image viewer on each of the client computer systems highlights the first portion and the second portion in accordance with the redline type.

56. A data processing system of claim 53, wherein the image viewer of the first computer system is operatively configured to receive a first dimension associated with the displayed geometry of the selected element, and a second dimension associated with the displayed geometry of the second representative object model, the image viewer is further operatively configured to determine the measurement associated with the first and second dimensions in accordance with the request, and to provide the image server with the measurement, the first dimension, and the second dimension so that the image viewer on each of the client computer systems displays the measurement relative to the first dimension and the second dimension.

57. A data processing system of claim 56, wherein the means for identifying the measurement further comprises means for determining a distance between the first and second dimensions.

59. A computer-readable medium of claim 52, wherein the data processing system further comprises a second CAD tool operatively connected to the network, and the method further comprises the steps of:

determining whether the object model selection corresponds to the ICAD application;

when it is determined that the object model selection does not correspond to the ICAD application,

commanding the second CAD tool to generate another image file describing geometry of a second object model corresponding to the object model selection;

generating a second representative object model from the other image file; and

providing the second representative object model to each of the client computer systems such that each client computer system displays geometry of the second representative object model.

58. A computer-readable medium containing instructions that cause a data processing system having an image server program to perform a method, the data processing system having a plurality of client computer systems operatively connected to a network and a server computer system operatively connected to the network and having a CAD tool, the method comprising:

receiving, via a first of the client computer systems, an object model selection associated with the first CAD tool;

providing the first CAD tool with an ICAD application associated with the object model selection;

commanding the first CAD tool to generate an object model using the ICAD application, the object model having at least one element;

receiving a structure identifying the at least one element of the object model;

providing the structure to at least the first client computer system;

receiving a request to view a selected one of the at least one element;

commanding the first CAD tool to generate an image file describing geometry of the selected element in response to the request to view the selected element; and

providing one of the image files or a representative object model generated from the image file to each of the client computer systems so that each client computer system displays the geometry of the selected element in accordance with the image file.