PPT-Position & Direction

YEAR 2 Block 1 Week 3 Describing movement amp turns Make patterns with shapes Step Describing movement amp turns 1 Lesson 1 Which is your left and right hand Hold your hands out in front of you. the mechanism of particle swarm optimization. Bart van . Greevenbroek. Overview. Authors. The Paper. Particle Swarm . Optimization. Algorithm used with PSO. Experiment. Assessment. conclusion. Authors. Describing the Motion of Objects. Distance (. d. ): . The total length of the path travelled by an object. Measured in meters (m). Describing the Motion of Objects. Direction: . The line an object moves along from a particular point. Kinematics:. Velocity, Speed, and Rates of Change. Greg Kelly, Hanford High School, Richland, Washington. Rectilinear Motion. Motion on a line. Suppose a dog moves along a straight line so that its position . Lecture . 4. . – . . DAQ and Motor Controller. Closed Loop Control. 2. Motor Driver. desired position. current. Computer and DAQ. Motor. analog speed signal. digital direction signal. Encoder. sensed actual position. gluLookAt. define a viewing transformation. eyeX. , . eyeY. , . eyeZ. Specifies the position of the camera. centerX. , . centerY. , . centerZ. Specifies the position to look at. upX. , . upY. , . upZ. Motion along a straight line. Position and displacement. Velocity and speed. Acceleration . as derivative of velocity with respect to . time. Interpret . the sign of velocity and acceleration . Welcome to Physics 1135!. Motion Editing. Manmyung. Kim, . Kyunglyul. Hyun, . Jongmin. Kim, . Jehee. Lee. Seoul National University. Multi-character Interaction. : synchronization in space and time . Cumbersome to Maintain Synchronization. by . three . numbers: . . (. x. , . y. , . z. ), and a . position vector. – an . arrow . showing the displacement from . the origin to that position. . Vectors add like successive displacements or algebraically by . Fred . Donelson. Kevin . McKone. What is an Actuator?. It is a mechanism that converts some type of energy into motion in order to do work (move a force over a distance). The three common types of energy used in ROV work are electrical current, hydraulic pressure, or pneumatic pressure. Relate . positions. , velocities, and accelerations of particles undergoing dependent motion.. In-Class Activities. :. Check . Homework. Reading . Quiz. Applications. Define . Dependent Motion. Develop . Lesson 11 . February 2. nd. , 2011. If a student said that they had to walk 800m to get to school today, you would only know the distance they travelled and the destination. You would not know their starting point or the directions they took to get here. The Camera Navigating and viewing the virtual world Camera properties and definition Perspective transformation Quaternion transforms for changing camera Road Map pinhole camera model tiny aperture finite size screen (P): On the surface of. UJ (P): Off of; not on the surface of. BED (D): Up; high. (P): To; toward. CO (P): From; away from. CUF (D): Back; toward the original location. SID (P): Through. SOD (P): A Compensation/Mitigation. Techniques. Latency . Compensation and . Cheating. Latency and how to Compensate. What . is Latency Compensation?. Latency . compensation . is the method of . hiding. . network latency .