Using the Qt Quick
 Scene Graph API by Jocelyn Turcotte Woboq GmbH @woboq

Source URL: speakerd.s3.amazonaws.com

Content Zoomable User Interfaces Jazz: An Extensible Zoomable User Interface Graphics Toolkit in Java

Source URL: ieg.ifs.tuwien.ac.at

• Software
• Computing
• System software
• Graphical user interfaces
• Widget toolkits
• Zooming user interface
• Java platform
• Canvas
• Aigner
• Scene graph
• Widget
• Object Process Methodology

Algorithm 5 Sceneview First, the cylinder is rotated 45 degrees along the x-axis, rotating around its center. Then the cylinder is translated 0.5 units along the y-axis of the world (so the rotated cylinder is shifted u

Source URL: cs.brown.edu

• Algebra
• Mathematics
• Transformation
• Transformation matrix
• Scene graph
• Matrix
• Cartesian coordinate system
• Translation
• Euclidean vector
• Scaling
• 3D projection

IRIS Performer: A High Performance Multiprocessing Toolkit for Real-Time 3D Graphics John Rohlf and James Helman Silicon Graphics Computer Systems* Abstract

Source URL: www.cs.virginia.edu

• Computing
• Computer programming
• Computer graphics
• 3D rendering
• Graphics libraries
• OpenGL
• Application programming interfaces
• 3D computer graphics
• Scene graph
• Hidden surface determination
• PHIGS
• OpenGL Performer

Teacher Notes for Traffic Compatibility: TI-83/83+/83+SE/84+/84+SE Run The Program Called: TRAFFIC X Summary This program develops graph interpretation skills by using animated graphics with distance-time graphs. You can

Source URL: www.calculatorsoftware.co.uk

• Graph theory
• Graph
• Discrete mathematics
• Topological graph theory
• Scene graph

Project 4 Sceneview 2 You are required to implement a program that will build a scene graph internally and then efficiently render the scene to the display using calls to OpenGL. You will

Source URL: cs.brown.edu

• Shading
• Virtual reality
• Graphics libraries
• Graphics standards
• Application programming interfaces
• Scene graph
• OpenGL
• Rendering
• Shader
• QuickDraw 3D
• Rasterisation

PATEX: Exploring Pattern Variations Paul Guerrero University College London Gilbert Bernstein Stanford University

Source URL: geometry.cs.ucl.ac.uk

• Electrical engineering
• Electronic engineering
• Topology
• Mathematical optimization
• Scene graph

figures/clust_result2.eps

Source URL: europa.informatik.uni-freiburg.de

• Machine learning
• Image segmentation
• Cluster analysis
• Scene graph
• Supervised learning
• Pattern recognition
• Planar graph
• Belief propagation
• Spectral clustering
• Directed graph
• Minimum spanning tree
• Segmentation-based object categorization

Generating Semantically Precise Scene Graphs from Textual Descriptions for Improved Image Retrieval Sebastian Schuster, Ranjay Krishna, Angel Chang, Li Fei-Fei, and Christopher D. Manning Stanford University, Stanford, C

Source URL: nlp.stanford.edu

• Graph theory
• Computing
• Artificial intelligence
• Computational linguistics
• Mathematics
• Compiler construction
• Parsing
• Knowledge representation
• Scene graph
• DOT
• Content-based image retrieval
• Graph

Online-Configuration of Software Visualizations with Vizz3D Thomas Panas R¨udiger Lincke

Source URL: arisa.se

• Combinatorics
• Knowledge representation
• Scene graph
• Graph
• Force-based algorithms
• Static single assignment form
• Tree
• Cytoscape
• Social network analysis software
• Graph theory
• Mathematics
• Graph drawing