In this paper two subset line properties are introduced; the difference concerns the domain of the end points of the line segments under consideration, viz. Q2 and Z2 respectively. For both properties, a recursive and a nonrecursive algorithm to generate raster line segments are derived. All algorithms use integer arithmetic only. The accuracy of the algorithms in representing lines will be discussed, as well as their time complexity
This paper describes a hybrid method which uses structural properties of raster lines, such as runs,...
The efficiency of linedrawing algorithms underwrites the performance of many rendering and visualisa...
The line simplification problem is an old and well studied problem in cartography. Although there ar...
In this paper two subset line properties are introduced; the difference concerns the domain of the e...
In this paper two subset line properties are introduced; the difference concerns the domain of the e...
Some 3D computer graphics algorithms are using front-to-back scene traversal (for example hiddenline...
This paper presents a scan line algorithm for drawing pictures of parametrically defined surfaces. A...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
Straight line is the most basic element of graphics, and it is of great significance to study fast a...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing pictures of parametrically defined surfaces. A...
Recent advances in scanning technology have made it possible for linework to be scanned on relativel...
The efficiency of linedrawing algorithms underwrites the performance of many rendering and visualisa...
This paper describes a hybrid method which uses structural properties of raster lines, such as runs,...
The efficiency of linedrawing algorithms underwrites the performance of many rendering and visualisa...
The line simplification problem is an old and well studied problem in cartography. Although there ar...
In this paper two subset line properties are introduced; the difference concerns the domain of the e...
In this paper two subset line properties are introduced; the difference concerns the domain of the e...
Some 3D computer graphics algorithms are using front-to-back scene traversal (for example hiddenline...
This paper presents a scan line algorithm for drawing pictures of parametrically defined surfaces. A...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
Straight line is the most basic element of graphics, and it is of great significance to study fast a...
This paper presents a scan line algorithm for drawing picture of parametrically defined surfaces. A ...
This paper presents a scan line algorithm for drawing pictures of parametrically defined surfaces. A...
Recent advances in scanning technology have made it possible for linework to be scanned on relativel...
The efficiency of linedrawing algorithms underwrites the performance of many rendering and visualisa...
This paper describes a hybrid method which uses structural properties of raster lines, such as runs,...
The efficiency of linedrawing algorithms underwrites the performance of many rendering and visualisa...
The line simplification problem is an old and well studied problem in cartography. Although there ar...