A comparison of a new algorithm for line clipping in E2 for convex polygons with O(1) processing complexity and the Cyrus-Beck algorithm is presented. The algorithm is based on the dual space representation and a space subdivision technique. The algorithm demonstrates that preprocessing can be used to speed up line clipping significantly. Theoretical analysis and detailed experimental results are also presented
New modifications of the Cohen-Sutherland algorithm for the line and line segment clipping in E2 are...
Clipping, as a fundamental process in computer graphics, displays only the part of a scene which is ...
A new concept and method for line clipping is developed that describes clipping in an exact and math...
A comparison of a new algorithm for line clipping in E2 and E3 by convex polygon and/or polyhedron w...
A new algorithm for line clipping by convex polygon with O(1) processing complexity is presented. It...
New faster line clipping algorithm in E2 against a convex polygon with O(lgN) complexity is presente...
A new O(lg N) line clipping algorithm in E2 against a convex window is presented. The main advantage...
A comparative study of new line clipping algorithms for 2D complex polygons is presented and the eva...
This paper proposes a new line clipping algorithm against a convex polygon with () time complexity. ...
A new algorithm for line clipping against convex polyhedron is given. The suggested algorithm is fas...
A new O(lg N) line clipping algorithm in E2 against a convex window is presented. The main advantage...
A new algorithm for clipping lines againts convex polyhedron with O(N) complexity is given with modi...
A new algorithm for line clipping against convex polyhedron is given. The suggested algorithm is fas...
New efficient algorithms for the line clipping by the given rectangle in E2 are presented. The first...
The most popular lines clipping algorithms are Cohen-Sutherland and Liang-Barsky line clipping algor...
New modifications of the Cohen-Sutherland algorithm for the line and line segment clipping in E2 are...
Clipping, as a fundamental process in computer graphics, displays only the part of a scene which is ...
A new concept and method for line clipping is developed that describes clipping in an exact and math...
A comparison of a new algorithm for line clipping in E2 and E3 by convex polygon and/or polyhedron w...
A new algorithm for line clipping by convex polygon with O(1) processing complexity is presented. It...
New faster line clipping algorithm in E2 against a convex polygon with O(lgN) complexity is presente...
A new O(lg N) line clipping algorithm in E2 against a convex window is presented. The main advantage...
A comparative study of new line clipping algorithms for 2D complex polygons is presented and the eva...
This paper proposes a new line clipping algorithm against a convex polygon with () time complexity. ...
A new algorithm for line clipping against convex polyhedron is given. The suggested algorithm is fas...
A new O(lg N) line clipping algorithm in E2 against a convex window is presented. The main advantage...
A new algorithm for clipping lines againts convex polyhedron with O(N) complexity is given with modi...
A new algorithm for line clipping against convex polyhedron is given. The suggested algorithm is fas...
New efficient algorithms for the line clipping by the given rectangle in E2 are presented. The first...
The most popular lines clipping algorithms are Cohen-Sutherland and Liang-Barsky line clipping algor...
New modifications of the Cohen-Sutherland algorithm for the line and line segment clipping in E2 are...
Clipping, as a fundamental process in computer graphics, displays only the part of a scene which is ...
A new concept and method for line clipping is developed that describes clipping in an exact and math...