Intelligent real-time graphic-object to database linking-actuator for enabling intuitive on-screen changes and control of system configuration

• US 5,706,453 A
• Filed: 02/06/1995
• Issued: 01/06/1998
• Est. Priority Date: 02/06/1995
• Status: Expired due to Fees

• Current Assignee: Andrew Y. Cheng, Yang-Leh Cheng
• Original Assignee: Andrew Y. Cheng, Yang-Leh Cheng
• Inventors: Cheng, Yang-Leh, Cheng, Andrew Y.
• Primary Examiner(s): Powell, Mark R.
• Assistant Examiner(s): HUYNH, BA
• Application Number:
  US08/384,016
• Time in Patent Office: 1,065 Days
• Field of Search: 395/155, 395/340, 395/347, 395/348-351, 395/964, 395/965, 395/967, 395/970
• US Class Current: 715/809
• CPC Class Codes: G06F 8/34 Graphical or visual programming
• CPC Class Codes: G06F 8/71 Version control security arrangements therefor G06F21/57; Configuration management

Abstract

A configuration management system which generates and updates its own real-time dynamic database for representing a system configuration. The configuration management system includes an user interface for receiving user input of free-hand graphic drawings representing system configuration changes. The configuration management system further includes an interactive graphic interpretive and linking actuator which employs the user input of free-hand graphic drawings representing the system configuration changes for linking to sections of the database corresponding to the user input of configuration changes and updating data stored therein thus representing a new system configuration updated by the user input of the configuration changes. The user interface future includes a dialog box for receiving system parameters relating to the user input of free-hand graphic drawings representing the system configuration changes. The interactive graphic interpretive and linking actuator further employs the system parameters received from the dialog box for updating the database.

Claims

1. A configuration management and performance simulation system including a database including geometrical data for defining a system configuration and engineering data for computing performance characteristics, said configuration management system further comprising:

an user interface for receiving user input of graphic free-hand drawings representing system configuration changes;

said user interface further include a dialog box for receiving user input of system geometrical parameters and engineering data relating to said user input of graphic drawings representing said system configuration changes; and

an interactive graphic interpretive and linking actuator employing said user input of graphic drawings representing said system configuration changes and said user input using said dialog box for linking to sections of said database corresponding to said user input of configuration changes and updating said geometrical data for defining said system configuration and engineering data for computing said system performance characteristics stored in said sections in said database thus representing a new system configuration updated by said user input of said configuration changes.

2. The configuration management and performance simulation system of claim 1 wherein:

said user interface further include a system component palette for providing and displaying a plurality of system components to enable an user to add each of said system components to said system configuration; and

said interactive graphic interpretive and linking actuator further employing said system components added to said system configuration for updating said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics in said database.

3. The configuration management and performance simulation system of claim 2 wherein:

said user interface further include an updated configuration display means for interactively receiving updated geometrical data for defining said system configuration and updated engineering data for computing system performance characteristics from said database and displaying said new system configuration updated by said user input of said configuration changes.

4. The configuration management and performance simulation system of claim 3 wherein:

said database including a plurality of sections for storing said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics wherein said sections being arranged according to an order corresponding to a plurality of coordinated configuration locations; and

said interactive graphic interpretive and linking actuator further includes a configuration location determination means employing said user input of graphic drawings for determining a sequence of coordinated configuration locations for linking to sections of said database corresponding to said user input of configuration changes.

5. The configuration management and performance simulation system of claim 4 further comprising:

an update simulation means for performing a simulation of said new system configuration updated by said user input.

6. The configuration management and performance simulation system of claim 5 wherein:

said user interface further receiving said user input of graphic drawings of connecting two line segments representing said system configuration changes for connection of two pipes; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of connecting two line segments to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the connection of said two pipes.

7. The configuration management and performance simulation system of claim 5 wherein:

said user interface future receiving said user input of graphic drawings of connecting a plurality of line segments representing said system configuration changes for connection of a plurality of pipes to a common junction; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of connecting said plurality of line segments to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the connection of said plurality of pipes to said common junction.

8. The configuration management and performance simulation system of claim 5 wherein:

said user interface future receiving said user input of graphic drawings of network of connecting a plurality of line segments representing said system configuration changes for connection of a plurality of pipes with a plurality of junctions; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of said network in connecting said plurality of line segments to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the connection of said plurality of pipes with said plurality of junctions.

9. The configuration management and performance simulation system of claim 5 wherein:

said user interface future receiving said user input of graphic drawings of connecting one end of a line segment to a second line segment representing said system configuration changes for connecting one end of a first pipe to a second pipe; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of connecting one end of a line segment to a second line segment to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the connection of one end of said first pipe to said second pipe.

10. The configuration management and performance simulation system of claim 5 wherein:

said user interface future receiving said user input of graphic drawings of moving a first line segment to connect to a second line segment representing said system configuration changes for moving a first pipe to connect to a second pipe; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of moving a first line segment to connect to a second line segment to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the moving a first pipe to connect to a second pipe.

11. The configuration management and performance simulation system of claim 5 wherein:

said user interface future receiving said user input of graphic drawings of adding a system component from said component palette to a segment representing said system configuration changes for adding said system component to a pipe line; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of adding a system component from said component palette to a segment to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the adding said system component to a pipe line.

12. The configuration management and performance simulation system of claim 5 wherein:

said user interface further receiving said user input of graphic drawings of moving a system component from a first line segment to a second segment representing said system configuration changes for moving said system component from a first pipe line to a second pipe line; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of moving a system component from a first line segment to a second segment to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the moving said system component from a first pipe line to a second pipe line.

13. The configuration management and performance simulation system of claim 5 wherein:

said user interface further receiving said user input of graphic drawings of moving a line segment representing a move of a pipe including a plurality of system components therein; and

said interactive graphic interpretive and linking actuator further employing said graphic drawings of moving said line segment representing said move of said pipe with said plurality of system components to update said database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics representing said new configuration including the move of said pipe including said plurality of components which being moved together with said pipe.

15. The configuration management and performance simulation method of claim 13 further includes the steps of:

(f) applying said types of changes and said locations of configuration update for invoking a graphic user interface (GUI) dialog for receiving a plurality of user input of configuration change parameters; and

(g) applying said configuration change parameters from said GUI dialog box and said pointer pointing to said configuration database for interactively updating said configuration database including said geometrical data for defining said system configuration and said engineering data for computing system performance characteristics.

14. A configuration management and performance simulation method comprising the steps of:

(a) receiving user graphic free-hand input using a user interface means and receiving, through a dialog box, displayed on a monitor, user input of configuration changes and engineering data relating to said user graphic free-hand input;

(b) employing said user graphic free-hand input and said configuration changes and engineering data entered through said dialog box for determining a plurality of locations on a system for configuration update;

(c) employing said user graphic free-hand input for identifying a plurality of types of configuration changes;

(d) establishing a pointer for pointing to a particular section in a configuration database corresponding to each of said locations for configuration update; and

(e) applying said plurality types of configuration changes for updating configuration data including geometrical data for defining a system configuration and engineering data for computing system performance characteristics stored in each of said particular sections in said configuration database.