'Motion map' diaporamas de présentation

Dimensionality Reduction

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Lecture 08: Animation

Lecture 08: Animation. COMP 175: Computer Graphics March 4, 2014. Topics in Animation. Physics (dynamics, simulation, mechanics) Particles Rigid bodies (collisions, contact, etc.) Articulated bodies (constraints, robotics) Deformable bodies (fracture, cloth, elastic materials)

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Motion in One Dimension

Motion in One Dimension. Scalar and Vector Quatities. Vector - a physical quantity that requires the specification of both magnitude and direction. Scalar - a physical quantity that requires only magnitude. Displacement. Is the change in position of an object.

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Unit 2 CVM

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Motion Maps

Motion Maps. Motion Map Parts. The dot : Indicates the position of the object The arrow: indicates the direction and speed of the object. (sometimes called a vector). Dots and Arrows Together. Dot alone = not moving. Dot and arrow together:

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Linear Motion

Linear Motion. Objects Moving in a Straight Line. Unit 2: Goals. In this unit you will: Represent motion through the use of words, motion maps and graphs. Use the terms position, distance, displacement, speed and velocity in a scientific manner to describe motion.

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Physics Unit 2 Constant Velocity

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Physics Unit 2 Constant Velocity

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Visual Attention

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Representing Motion in a Variety of Ways

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VENUS: Video Exploitation and Novelty Understanding in Streams

VENUS: Video Exploitation and Novelty Understanding in Streams. Laboratory for Applied Computing Rochester Institute of Technology. Faculty: Dr. Roger S. Gaborski (rsg@cs.rit.edu) Dr. Ankur M. Teredesai Students: Vishal S. Vaingankar, Vineet Chaoji, Aleksey Tentler. November 5, 2003.

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Graphs, graphs, graphs

Graphs, graphs, graphs. Objective: Given a position or velocity vs time graph or a motion map, create the appropriate associated graphs. Graphs. X vs. T -> V vs. T X vs. T -> Motion Map V vs. T -> X vs. T V vs. T -> Motion Map Motion Map -> X vs. T Motion Map -> V vs. T. Homework:.

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