PPT-Chapter 7 - Collision Detection: Asteroids

Bruce Chittenden 71 Investigation What is There When experimenting with the current scenario you will notice that some fundamental functionality is missing The rocket does not move It cannot be turned nor can it be moved forward. Zhi. Yuan. Course: Introduction to Game Development. zyuan@cs.kent.edu. 11/28/2011. 1. Overview. Collision . Detection. Identify the intersection of objects.. Collision . Response. . Calculate . Unit 4. Appearances of comet Kohoutek (1973), Halley (1986), and Hale-Bopp (1997) caused great concern among superstitious.. Comet Hyakutake in 1996. Throughout history, comets have been considered as portents of doom, even very recently: . & Meteors. Lectures will be available at: . homework.uoregon.edu. /pub/. elsa. /. haydock. / . Asteroid Belt Basic . Characteristics. Estimated 1 million are ~1km or larger; millions more are . smaller. Comets. one of the most glorious things to see in the sky is a comet.. May be visible for only days, weeks, or months. Comet. : chunks of ice and dust whose orbits are very long, narrow ellipses.. Think of them as a “dirty snowball”. Information for this PowerPoint obtained from: . NSTA Online Module: Solar System: . Asteroids, Comets, and Meteorites . NASA. ESA. Windows2Universe.org. This is a meteorite that had been broken off of Mars from a large impact meteorite. It spent millions of years in space before landing in Antarctica.. I. Comets. A. What is a Comet?: . It is a small body orbiting the Sun that develops a ______ (a fuzzy atmosphere) and/or a ____ as it approaches the Sun. Comet nuclei range from _____________. __________. . Collision shapes. 2. Collision shapes. Collision shapes are defined respect . to . the . REF frame . of the body. Spheres, boxes, cylinders, convex . hulls, ellipsoids. , compounds,…. Concave shapes: decompose in . Colliders. Unity components that handle collisions. Basic shapes: box, sphere, capsule. Custom shape: mesh. Rigidbody. Gives an object mass and puts it under control of Unity’s physics engine. At least 1 colliding body must have a . Kris Hauser. ECE 383 / ME 442. Fall 2015. 3D models in robotics. Design. Simulation. Robot collision detection (i.e. prediction). Proximity calculation. Map building. Object recognition. Grasp planning. The Asteroids Game. How Are Bullets Fired?. We handle a “space” input and call the fire() method.. How Are Asteroids Created?. We call the . addAsteroids. () method in the Space constructor. What does an Explosion do?. Chapter 20. A loose collection of ice, dust and small rocky particles. Orbits are very long and narrow ellipses. Comprised of 2 parts: Head and Tail. Originate from either Kuiper belt or . Oort. cloud. By: Matt . Boggus. Outline. Collision tests. Pixel-pixel. Square-square. Axis-aligned bounding box (rectangle) testing. Collision detection loops. Exhaustive comparison. Static objects vs. dynamic objects. Kris Hauser. I400/B659: Intelligent Robotics. Spring 2014. 3D models in robotics. Design. Simulation. Robot collision detection (i.e. prediction). Proximity calculation. Map building. Object recognition. Jia. Pan and Dinesh Manocha. University . of North Carolina, Chapel Hill, USA. http://gamma.cs.unc.edu/gplanner. Presenter: . Liangjun. Zhang, Stanford University. Real-time Motion Planning. Dynamic/uncertain/deformable environments.