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CONVENTIONAL INTERSECTION OF GEOMETRIC SOLIDS IN AUTOCAD

Belea Gheorghe

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Abstract

The conventional intersection presented to the students at the Descriptive Geometry lecture, consists in the determination of the intersection points between lines and planes. The lines are the edges or the generatrixes of a solid and the planes are the faces of the other solid. For solving the problem there are used auxiliary planes that contain edges of solids. In the paper it is presented a working method for determining the intersection by using the same method as the one used at AutoCAD computer code.

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What this paper is about

The conventional intersection presented to the students at the Descriptive Geometry lecture, consists in the determination of the intersection points between lines and planes. The lines are the edges or the generatrixes of a solid and the planes are the faces of the other solid. For solving the problem there are used auxiliary planes that contain edges of solids. In the paper it is presented a working method for determining the intersection by using the same method as the one used at AutoCAD computer code.

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Available abstract

The conventional intersection presented to the students at the Descriptive Geometry lecture, consists in the determination of the intersection points between lines and planes. The lines are the edges or the generatrixes of a solid and the planes are the faces of the other solid. For solving the problem there are used auxiliary planes that contain edges of solids. In the paper it is presented a working method for determining the intersection by using the same method as the one used at AutoCAD computer code.

Key concepts: Intersection (aeronautics), Geometry, Solid geometry, Code (set theory), Computer science, Computer graphics (images), Mathematics, Algorithm

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