'Motion graphs' presentation slideshows

Introduction to Data-driven Animation

Introduction to Data-driven Animation. Jinxiang Chai Computer Science and Engineering Texas A&M University. Outline. Data-driven animation - Motion graphs - Motion interpolations - Statistical motion synthesis. Motivations for Data-driven Approaches.

960 views • 70 slides

Acceleration

Acceleration is the change in velocity per unit time. Acceleration. When an unbalanced force acts on an object it accelerates . An unbalanced force acting on a stationary object will make it move .

1.03k views • 66 slides

SPEED/ACCELERATION

SPEED/ACCELERATION. MOTION. WHAT IS MOTION? HOW CAN YOU TELL IF AN OBJECT IS IN MOTION?. AN OBJECT IS IN MOTION WHEN ITS DISTANCE FROM ANOTHER OBJECT IS CHANGING. A REFERENCE POINT IS AN OBJECT USED FOR COMPARISON,TO DETERMINE IF SOMETHING IS IN MOTION.

577 views • 45 slides

Upcoming Deadlines

Pick up a clicker, find the right channel, and enter Student ID. Upcoming Deadlines. Fourth Homework (Analyzing Video) Due Thursday, Sept. 15 th (This week) 15 points (10 points if late) Fifth Homework (Path of Action Analysis) Due Thursday, Sept. 29 th (Two weeks)

456 views • 34 slides

Motion

815 views • 32 slides

Speed, Velocity and Acceleration

Speed, Velocity and Acceleration. Linear Motion Chapter 2. Linear Motion. Motion is easy to recognize but can be hard to describe The following quantities are used to describe motion: speed, velocity and acceleration Each of these is a rate. A rate is a quantity divided by time.

944 views • 27 slides

Describing Motion: Velocity & Acceleration

494 views • 27 slides

WELCOME

WELCOME. MOTION CAPTURE. CONTENTS. Introduction Related Work Motion Capture-Driven Simulations Controllers and Tracking System Evaluation Pushing People Around Physically Based Grasping Conclusion Reference. INTRODUCTION.

263 views • 26 slides

Motion Capture: Recent Trends

Motion Capture: Recent Trends. Rama Hoetzlein, 2011 Lecture Notes Aalborg University at Copenhagen. Facial Capture. Frederick I. Parke, University of Utah Computer Generated Animation of Faces 1972. Facial Capture.

425 views • 23 slides

Motion Capture: Recent Trends

Motion Capture: Recent Trends. Rama Hoetzlein, 2011 Lecture Notes Aalborg University at Copenhagen. Facial Capture. Frederick I. Parke, University of Utah Computer Generated Animation of Faces 1972. Facial Capture.

236 views • 23 slides

Explaining motion

Explaining motion. P4. Big picture. How forces arise Friction and normal reaction Adding forces Describing and summarizing motion Explaining the motion of objects Work Energy. How forces arise. Forces arise from an interaction between two objects Always come in pairs

481 views • 20 slides

Introduction to Motion

Motion is Relative Straight Linear Falling Curved Circular/ Angular/ Rotational Projectile. Introduction to Motion. Linear Motion Topics. Distance vs. Displacement, Speed vs. Velocity, Acceleration, Free-fall, Average vs. Instantaneous quantities, Motion diagrams,

199 views • 19 slides

Activity 75 Follow-up:

Activity 75 Follow-up:. Major Concepts The motion of an object can be described by its position, direction of motion, and speed. Motion can be measured and represented on a graph Average speed =. Total distance Total time. Analysis:.

315 views • 18 slides

Chapter 1: Motion Section 1: Describing and Measuring Motion How do you recognize motion?

Chapter 1: Motion Section 1: Describing and Measuring Motion How do you recognize motion?. An object is in motion when its distance from another object is changing Movement depends on your point of view. What is a reference point?.

953 views • 15 slides

Physics we *might* Know...

176 views • 8 slides

10/1/14 Changing motion

10/1/14 Changing motion. Science video : Run or Slide Sign up for Egg drop assignment Revisit motion pretest Review fan cart graphs Define acceleration Practice acceleration concepts Name that motion activity

227 views • 8 slides

Motion Graphs

68 views • 5 slides

Motion graphs

Motion graphs. Motion graphs : 2 types: Distance against time Velocity against time Both graphs represent a steady velocity of 5m/s. Motion graphs. B: Deceleration. A: Standstill. C: Motion at constant speed. D: Acceleration. Motion graphs. B: Acceleration. A: Standstill.

219 views • 3 slides

A man who can ride a bicycle 50 miles in 2.25hours, what is his average speed?

Physics Practice worksheet. A man who can ride a bicycle 50 miles in 2.25hours, what is his average speed? A car runs for about 10 years during its average useful life. If the odometer reads 120,000 miles at the end, what was the average speed of the car in miles/hr?.

270 views • 1 slides