Abstract: A CAD graph plotter and replicator tool may deliver a fast, accurate, and dynamically adjustable CAD graph that can be updated easily in real time when new data is introduced or extant data is updated. Features like scaling, point marking, point addition, smoothening, display of grid lines, range control, and quadrant control may be included to aid the user in generating the graph efficiently. The tool may also enable the user to control line thickness, color, type, legends, and decimal points in axis, among other features.

Abstract: A CAD graph plotter and replicator tool may deliver a fast, accurate, and dynamically adjustable CAD graph that can be updated easily in real time when new data is introduced or extant data is updated. Features like scaling, point marking, point addition, smoothening, display of grid lines, range control, and quadrant control may be included to aid the user in generating the graph efficiently. The tool may also enable the user to control line thickness, color, type, legends, and decimal points in axis, among other features.

Abstract: A CAD graph plotter and replicator tool may deliver a fast, accurate, and dynamically adjustable CAD graph that can be updated easily in real time when new data is introduced or extant data is updated. Features like scaling, point marking, point addition, smoothening, display of grid lines, range control, and quadrant control may be included to aid the user in generating the graph efficiently. The tool may also enable the user to control line thickness, color, type, legends, and decimal points in axis, among other features.

Abstract: Methods and systems for searching computer-aided design (CAD) data. One method includes receiving a selection of a type of CAD metadata, displaying a user interface including at least one input mechanism for receiving a search parameter associated with the type of CAD metadata, and receiving the search parameter through the user interface. The method also includes, in response to receiving the search parameter, automatically identifying, with an electronic processor, CAD metadata associated with the CAD data matching the search parameter, and providing the CAD metadata matching the search parameter to a user.

Abstract: Methods and systems for identifying attributes included in a drawing. One method includes automatically, with a processing unit, identifying a plurality of attributes associated with a drawing and automatically, with the processing unit, assigning a unique identifier to each of the plurality of attributes. The method also includes automatically, with the processing unit, creating a symbol representing the assigned unique identifier for each of the plurality of attributes and displaying the symbol for each of the plurality of attributes on the drawing.

Abstract: Methods and systems for searching computer-aided design (CAD) data. One method includes receiving a selection of a type of CAD metadata, displaying a user interface including at least one input mechanism for receiving a search parameter associated with the type of CAD metadata, and receiving the search parameter through the user interface. The method also includes, in response to receiving the search parameter, automatically identifying, with an electronic processor, CAD metadata associated with the CAD data matching the search parameter, and providing the CAD metadata matching the search parameter to a user.

Abstract: Methods and systems for identifying attributes included in a drawing. One method includes automatically, with a processing unit, identifying a plurality of attributes associated with a drawing and automatically, with the processing unit, assigning a unique identifier to each of the plurality of attributes. The method also includes automatically, with the processing unit, creating a symbol representing the assigned unique identifier for each of the plurality of attributes and displaying the symbol for each of the plurality of attributes on the drawing.

Abstract: Systems, methods, and tools for proofing computer-aided design (CAD) objects (e.g., CAD drawings or models). The objects are implemented with CAD software and represent an apparatus. An exemplary method includes receiving a CAD object representing the apparatus, determining criteria for proofing the CAD object, determining rules, extracting items of interest from the CAD object, and comparing the extracted items with the rules. An example item of interest is a drawing note on the CAD object and an example rule includes a plurality of keywords.

Abstract: Systems, methods, and tools for proofing computer-aided design (CAD) objects (e.g., CAD drawings or models). The objects are implemented with CAD software and represent an apparatus. An exemplary method includes receiving a CAD object representing the apparatus, determining criteria for proofing the CAD object, determining rules, extracting items of interest from the CAD object, and comparing the extracted items with the rules. An example item of interest is a drawing note on the CAD object and an example rule includes a plurality of keywords.

Abstract: Systems, methods, and tools for proofing computer-aided design (CAD) objects (e.g., CAD drawings or models). The objects are implemented with CAD software and represent an apparatus. An exemplary method includes receiving a CAD object representing the apparatus, determining criteria for proofing the CAD object, determining rules, extracting items of interest from the CAD object, and comparing the extracted items with the rules. An example item of interest is a drawing note on the CAD object and an example rule includes a plurality of keywords.

Abstract: Systems, methods, and tools for proofing computer-aided design (CAD) objects (e.g., CAD drawings or models). The objects are implemented with CAD software and represent an apparatus. An exemplary method includes receiving a CAD object representing the apparatus, determining criteria for proofing the CAD object, determining rules, extracting items of interest from the CAD object, and comparing the extracted items with the rules. An example item of interest is a drawing note on the CAD object and an example rule includes a plurality of keywords.