'Node structure' presentation slideshows

Modeling and Hierarchy

Modeling and Hierarchy. Chapter 10. Introduction: In this chapter we explore multiple approaches to developing and working with models of geometric objects. We extend the use of transformations from Chapter 4 to include hierarchical relationships among the objects.

697 views • 69 slides

Hierarchical Models

Hierarchical Models. Chapter 9. Introduction: In this chapter we explore multiple approaches to developing and working with models of geometric objects. We extend the use of transformations from Chapter 4 to include hierarchical relationships among the objects.

839 views • 68 slides

Hierarchical and Object-Oriented Modeling

Hierarchical and Object-Oriented Modeling. Dr. Giorgos A. Demetriou Dr. Stephania Loizidou Himona Computer Science Frederick Institute of Technology. Instance Transformation. Start with a prototype object (a symbol ) Each appearance of the object in the model is an instance

657 views • 53 slides

Hierarchical and Object-Oriented Modeling

Hierarchical and Object-Oriented Modeling. Dr. Giorgos A. Demetriou Dr. Stephania Loizidou Himona Computer Science Frederick Institute of Technology. Instance Transformation. Start with a prototype object (a symbol ) Each appearance of the object in the model is an instance

546 views • 53 slides

Computer Graphics Hierarchy I

Computer Graphics Hierarchy I. Hierarchical Modeling I. Objectives. Examine the limitations of linear modeling Symbols and instances Introduce hierarchical models Articulated models Robots Introduce Tree and DAG (directed acyclic graph) models. Instance Transformation.

497 views • 40 slides

Introduction to Maya Programming

Introduction to Maya Programming. Shuen-Huei Guan CML, CSIE, National Taiwan University 2003/10/7. Overview. Introduction Philosophy behind Maya Maya programming Tutorial: exporter Assignment. Why?. Maya is everywhere, especially in game / film / animation.

801 views • 37 slides

More on File Management

More on File Management. Chapter 12. File Management. provide file abstraction for data storage guarantee, to the extend possible, that data in the file is valid performance: throughput and response time minimize the potential for lost or destroyed data: reliability provide protection

437 views • 32 slides

B-Trees

B-Trees. Disk Storage What is a multiway tree? What is a B-tree? Why B-trees? Insertion in a B-tree Deletion in a B-tree. Disk Storage. Data is stored on disk (i.e., secondary memory) in blocks. A block is the smallest amount of data that can be accessed on a disk.

754 views • 29 slides

CSCI 6360/4360

418 views • 29 slides

FDSI-tree: A Fully Distributed Spatial Index Tree for Efficient & Power-Aware Range Queries in Sensor Networks

FDSI-tree: A Fully Distributed Spatial Index Tree for Efficient & Power-Aware Range Queries in Sensor Networks. Sanghun Eo , Suraj Pandey, Myungkeun Kim, YoungHwan Oh and Haeyoung Bae. Contents. Introduction Related Work FDSI-Tree Assumptions and System Model The Tree Structure

611 views • 25 slides

Hitachi SR8000 Supercomputer

676 views • 23 slides

LYMPHATIC SYSTEM

LYMPHATIC SYSTEM. Chapter 20. FUNCTIONS. Drain tissue fluid House phagocytic cells and lymphocytes Absorb digested fats via lacteal. COMPONENTS. Lymphatic vessels Lymphatic cells and tissues Lymphatic organs. LYMPH VESSELS. LYMPHATIC VESSELS. LYMPHATIC VESSELS. Lymph capillaries

591 views • 22 slides

Linked List Lesson xx

Linked List Lesson xx. Objectives. Linked list concept Node structure Creating a static linked list Accessing items in a linked list. Illustration of a Linked List. Head. a. b. c. d. e 0. Linked List Program. #include < iostream > using std:: cout ; using std:: endl ;

339 views • 13 slides

Project 1: Background

203 views • 9 slides