Abstract
This paper describes the use of a tricubic solid cell database for representing solid part geometry, generating machine motion, and compensating manufacturing processes for enhancing final part shape accuracy capability. It is shown how basic motion generation, shape error analysis, and shape fitting building blocks can be combined with the database to create systems for CAD-directed inspection, geometric error analysis, machining, and surface grinding. The integration of databases, sensors, motion generation, geometric analysis, and process compensation in these systems leads to new opportunities for producing accurate part shapes.
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