![Use the Cohen Sutherland algorithm to clip line P1 (70,20) and p2(100,10) against a window lower left hand corner (50,10) and upper right hand corner (80,40). - Bench Partner Use the Cohen Sutherland algorithm to clip line P1 (70,20) and p2(100,10) against a window lower left hand corner (50,10) and upper right hand corner (80,40). - Bench Partner](https://benchpartner.com/bp-content/uploads/2021/09/capture-JqLl3ltbULj.png)
Use the Cohen Sutherland algorithm to clip line P1 (70,20) and p2(100,10) against a window lower left hand corner (50,10) and upper right hand corner (80,40). - Bench Partner
![Apply the Cohen Sutherland line clipping algorithm to clip the line segment with coordinates (30,60) and (60,25) Apply the Cohen Sutherland line clipping algorithm to clip the line segment with coordinates (30,60) and (60,25)](https://i.imgur.com/rEbKsQN.png)
Apply the Cohen Sutherland line clipping algorithm to clip the line segment with coordinates (30,60) and (60,25)
![Clip Lines using Cohen Sutherland Algorithm in OpenGL | CG Lab Program – 5 | OpenGL Programming - YouTube Clip Lines using Cohen Sutherland Algorithm in OpenGL | CG Lab Program – 5 | OpenGL Programming - YouTube](https://i.ytimg.com/vi/ZeTk3O416QM/maxresdefault.jpg)
Clip Lines using Cohen Sutherland Algorithm in OpenGL | CG Lab Program – 5 | OpenGL Programming - YouTube
![Clipping Primitives. Clipping line Clipping rectangle: – x min to x max – y min to y max A point (x,y) lies within a clip rectangle and thus displayed. - ppt download Clipping Primitives. Clipping line Clipping rectangle: – x min to x max – y min to y max A point (x,y) lies within a clip rectangle and thus displayed. - ppt download](https://images.slideplayer.com/31/9699635/slides/slide_8.jpg)