MVN – Inertial Motion Capture

Oct 13, 2014

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Gruppe: BeeGees(Serdar Balli & Sven Ridder). MVN – Inertial Motion Capture. - Vollköperanzug mit 17 Sendern zum bestimmen der Bewegung (ohne Kamera). - Real-Time Visualisierung - leichte Kallibrierung - Reichweite: Aussenbereich 150m, Innenbereich 50m

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MVN – Inertial Motion Capture

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Gruppe: BeeGees(Serdar Balli & Sven Ridder) MVN – Inertial Motion Capture - Vollköperanzug mit 17 Sendern zum bestimmen der Bewegung (ohne Kamera) - Real-Time Visualisierung - leichte Kallibrierung - Reichweite: Aussenbereich 150m, Innenbereich 50m - Tragen von Kleidung über dem Anzug möglich - Vorteil gegenüber herkömmlichen MoCap-Verfahren Einsatzbereich: - 3D Character Animation (aktueller Star Trek Film) - Sportwissenschaft - Live Events Homepage: www.xsens.com

Animation

Animation Low-Level behaviors Overview Keyframing Motion Capture Simulation Low-Level Behaviors Keyframing Motion Capture Simulation Generating Motion What matters? Quality of motion appropriate for rendering style and frame rate Controllable from UI Controllable from AI

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Capture and Restraint

Capture and Restraint Risk Factors Raptors Feet Beaks Falcons>eagles>hawks=owls Psittacines: Beaks Cranes, Herons, Bitterns, Loons: Beaks Ratites: legs and feet Handler Protection Gloves Gauntlets Vests Goggles Ear Protection - psittacines Towels Raptors: Capture Methods

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Unit Four: Force and Motion

GE253 Physics. Unit Four: Force and Motion. John Elberfeld JElberfeld@itt-tech.edu 518 872 2082. Schedule. Unit 1 – Measurements and Problem Solving Unit 2 – Kinematics Unit 3 – Motion in Two Dimensions Unit 4 – Force and Motion Unit 5 – Work and Energy

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Introduction to 2-Dimensional Motion

Introduction to 2-Dimensional Motion. 2-Dimensional Motion. Definition: motion that occurs with both x and y components. Example: Playing pool . Throwing a ball to another person. Each dimension of the motion can obey different equations of motion. Solving 2-D Problems.

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Optic Flow and Motion Detection

Optic Flow and Motion Detection. Cmput 615 Martin Jagersand. Image motion. Somehow quantify the frame-to-frame differences in image sequences. Image intensity difference. Optic flow 3-6 dim image motion computation. Motion is used to:.

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Projectile Motion

Projectile Motion. Motion in Two Dimensions. Use Newton’s laws and your knowledge of vectors to analyze motion in two dimensions. Solve problems dealing with projectile motion. Solve relative velocity problems. Chapter. 6. In this chapter you will:. Table of Contents. Chapter. 6.

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Chapter 2

Chapter 2. Motion in One Dimension. Dynamics. The branch of physics involving the motion of an object and the relationship between that motion and other physics concepts Kinematics is a part of dynamics In kinematics, you are interested in the description of motion

1.62k views • 99 slides

Chapter 2

Chapter 2. Linear Kinematics Describing Objects in Motion. Define Motion:. Motion is a change in position over a period of time . . Space and Time. Types of Motion. Linear Motion ( translation ) all points on the body move the same distance in the same direction at the same time

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A Mathematical Model of Motion

A Mathematical Model of Motion. CHAPTER 5 PHYSICS. 5.1 Graphing Motion in One Dimension. Interpret graphs of position versus time for a moving object to determine the velocity of the object Describe in words the information presented in graphs and draw graphs from descriptions of motion

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Projectile motion can be described by the horizontal and vertical components of motion.

Projectile motion can be described by the horizontal and vertical components of motion. In the previous chapter we studied simple straight-line motion—linear motion.

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18_12afig_PChem.jpg

18_12afig_PChem.jpg. Motion of Two Bodies. w. Each type of motion is best represented in its own coordinate system best suited to solving the equations involved. Rotational Motion. Motion of the C.M. Center of Mass. Cartesian. r. r 2. k. Translational Motion. Internal motion (w.r.t CM).

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FORCES AND MOTION

FORCES AND MOTION. Newton’s 3 Laws of Motion. Forces. What is a force? What are some laws of motion that everything in the world follows? . Newton’s Laws of Motion. Examples of Forces. A force is just a push or pull. Examples: an object’s weight tension in a rope

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Circular Motion

Circular Motion. Circular Motion. Definition: Uniform Circular motion is the motion of an object traveling at a constant (uniform) speed on a circular path.

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Physics:

Physics:. Motion, Forces and Motion, Forces in Fluids and Work and Machines. Motion 11-1. An object is in motion if it changes position relative to a reference point Stationary objects make good reference points.

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Rotational Motion

Rotational Motion. Hope you learned polar coordinates. Rotation. The motion of these objects cannot be easily described by using linear equations of motion. These involve a body that rotates about an axis that is stationary in some inertial frame of reference. Purely Rotational Motion.

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Chapter 7: Forces and Motion in 2D

Chapter 7: Forces and Motion in 2D. Dr. Zalesinsky. www. YourJediMaster . com. Parts of the Chapter. 7.1 Forces n 2D. Equilibrium and Inclined Planes. Independence of 2D Motion, Projectiles Horizontally Launched and Launched at an Angle. 7.2 Projectile Motion. 7.3 Circular Motion.

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Chapter 2 Motion in One Dimension

Chapter 2 Motion in One Dimension. Motion is relative. An object can be moving with respect to one object and at the same time be at rest or moving at a different speed with respect to another. Frame of Reference. Is the point with which a motion is described.

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Chapter 7 Motion and Dimensional Measurement Instruments

Chapter 7 Motion and Dimensional Measurement Instruments. Liner Motion Angular Motion. Displacement Velocity Acceleration Jerk( 冲击量 ).

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MOTION

MOTION. Chapter Four: Motion. 4.1 Position, Speed and Velocity 4.2 Graphs of Motion 4.3 Acceleration. Section 4.1 Learning Goals. Explain the meaning of motion. Describe an object’s position relative to a reference point. Use the speed formula.

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UNIFORM CIRCULAR MOTION

UNIFORM CIRCULAR MOTION Uniform circular motion is motion in which there is no change in speed, only a change in direction. v. Constant velocity tangent to path. Constant force toward the center.

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Chapter 2

Chapter 2. Motion in One Dimension. 2.1 Kinematics. Describes motion while ignoring the agents that caused the motion For now, will consider motion in one dimension Along a straight line Will use the particle model A particle is a point-like object, has mass but infinitesimal size.

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Do now – on a new piece of paper

Do now – on a new piece of paper. The diagrams below represent two types motions. One is constant motion, the other, accelerated motion. Which one is constant motion and which one is accelerated motion? explain your answer. Objectives. 1. Distinguish between a scalar and a vector.

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