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Low level techniques (motion specific)
Techniques utilized to fully control the motion of any graphic object in any type of animation scene, these techniques are also considered as motion exact techniques since we can identify the motion of any graphic object in scene, techniques as interpolation, and approximation or so on, are utilized in motion specification of any of graphic object. Low level techniques are used when animator generally has a fairly specific idea of the precise motion as he or she needs.
Define coherence properties? A coherence property of a scene is a part of a scene by which relate single part of the scene with the other parts of the scene.
To prove: P (u = 0) = p0 Solution : = p 0 B n,0 (u) + p 1 B n, 1 (u) +...... + p n B n, n (u)...............(1) B n,i (u) = n c i u i (1 - u) n-i B n,0
Plane equation - spatial orientation of the Surface Element For some of Plane equation procedures, we have information regarding the spatial orientation of the individual surf
Zero Acceleration (Constant Speed ) Now, the time spacing for the in-betweens that is: in-between frames is at equal interval; which is if, we want N in-betweens for key frames
What do you mean by parabolic splines? For parabolic splines a parabola is fitted by the first three points p1, p2,p3 of the data array of kot points. Then a second parabolic
difference between gl,glu and glut
Types of Animation: - Procedural Animation - Representational Animation - Stochastic Animation - Behavioura
deffrent between vecgen algorithm and bresenham line algorithm in computer graphic
Problem: a. Explain briefly six Ancillary Operations? b. When do ancillary operations take place? c. (i) What is flexography? (ii) Provide examples of finished produ
Proof of subsequent properties of Bezier curves Note: Proof of subsequent properties of Bezier curves is left as a work out for the students P' (0) = n (p 1 - p 0 ) P
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