Building a Visualization Language

Sep 22, 200817 likes3,115 views

A talk I gave September 2008 at the Web 2.0 Expo in New York City, at jQuery Conference 2008, and at Ajax Experience 2008.

The document provides 5 tips for optimizing HTML5 game performance: 1. Use frame buffering to avoid screen flickering by drawing to an off-screen canvas before copying to the visible one 2. You don't always need a game loop which can be expensive; consider alternatives for simple games 3. Drawing operations like getImageData and putImageData are expensive so use them sparingly 4. Large fill operations are costly compared to smaller ones or plain colors 5. Consider using multiple smaller canvases instead of one large one to split work across frames

Html5 canvasGary Yeh

The document provides an overview of HTML5 Canvas: - Canvas is a 2D drawing platform that uses JavaScript and HTML without plugins, originally created by Apple and now developed as a W3C specification. - Unlike SVG which uses separate DOM objects, Canvas is bitmap-based where everything is drawn as a single flat picture. - The document outlines how to get started with Canvas including setting dimensions, accessing the 2D rendering context, and using methods to draw basic and complex shapes with paths, text, and images. - It discusses using Canvas for animation, interactions, and pixel manipulation, and its potential to replace Flash in the future.

Interactive Mouse (Report On Processing)TongXu520

The document summarizes the author's experience learning the Processing programming language. It describes some key challenges, such as Processing using the new Java language. The author overcame these challenges by exploring tutorials on the Processing website. The author then explains the process of learning Processing, which involved installing the software, learning to draw basic shapes and colors, and using functions like "setup()" and "draw()" to create animations. As an example, the author designed an interactive mouse sketch that tracks the mouse position and draws colored rectangles to demonstrate their learning.

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Efek daunYadi Adi

This script renders snowfall animation on a web page by generating a specified number of snowflake images and animating their movement down the page at different speeds and amplitudes. It initializes variables to track each snowflake's position, calculates screen dimensions, writes HTML elements for each snowflake, and calls an animation function that updates the snowflake positions on a timer to create the falling effect.

HTML 5_CanvasVishakha Vaidya

2Bytesprog2 course_2014_c9_graphkinan keshkeh

This document provides instructions for drawing graphs in Pascal using the Graph unit. It discusses initializing graphics mode, calculating appropriate coordinates for the screen, and algorithms for drawing normal and polar functions. Examples are given to illustrate drawing the linear function f(x)=x and polar function f(u)=1+sin(u). The document concludes with reminding students what they need to do in exams and providing contact information for the programming group.

MIDP: Game APIJussi Pohjolainen

The document discusses the Game API in Java ME for creating games. It describes using the GameCanvas class which extends Canvas and allows drawing anywhere without needing to override paint. Events can be handled through methods like getKeyStates. Sprites and TiledLayers can be used to represent game objects and tiles, and placed in a LayerManager to be drawn. Sprites support animation through framing and transformations, and collisions can be checked between sprites and layers.

HTML 5 Canvas & SVGOfir's Fridman

The document compares and contrasts the Canvas and SVG elements in HTML. Canvas uses JavaScript to draw graphics via code and is rendered pixel by pixel, while SVG uses XML to draw graphics as scalable vector shapes. Canvas is better for games, charts, and advertising due to its faster rendering, while SVG is better for icons, logos, and charts due to its scalability and support for event handlers. Several common drawing methods like rectangles, circles, paths, and text are demonstrated for both Canvas and SVG.

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Processing and Processing.jsjeresig

Processing is a data visualization programming language built on top of Java. It has a strictly typed structure with classes and inheritance. The language uses setup() and draw() methods similarly to OpenGL, with draw() being called continuously. Processing can be used to draw shapes and images, perform math functions, and manipulate the canvas through transformations. It has also been ported to JavaScript as Processing.js to run on HTML5 canvases in web browsers.

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The document provides an introduction to Processing, an open-source programming language and environment used for creating visuals and animations. It covers downloading and installing Processing, using the Processing Development Environment, setting the canvas size and coordinates, drawing basic shapes using code, adding color, using variables, loops and conditionals to create animations, and provides examples and resources for learning more.

[Ultracode Munich #4] Demo on Animatron by Anton KotenkoBeMyApp

The document describes the Animatron Player API, which provides a JavaScript HTML5 engine for building animations and games. It allows defining animations and interactions through elements that can be shapes, images, text or sprites. Elements have properties for position, size, opacity and other visual attributes, as well as the ability to modify these properties over time through tweens, modifiers and painters. The API supports features like sprites, events, timing controls, and composition of elements.

PDF.JS at SwissJeese 2012Julian Viereck

This document summarizes a presentation about PDF.js, an open source JavaScript library for rendering PDF files in web browsers without using native code plugins. It discusses how PDF files are structured and processed, including extracting data, transforming images, loading fonts, and executing drawing commands. It also covers the project's goals of security, building a web-specific viewer, driving innovation on the web platform, and improving performance. The presenter demonstrates a live demo and discusses opportunities for contributing to the project on GitHub.

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This lab manual covers basic drawing in Processing by introducing functions to control size, position, color, and shape properties. It begins by explaining how to set the window size and draw points and basic shapes using functions like size(), point(), line(), rect(), ellipse(), and arc(). Parameters for these functions determine properties like position, width, height, and angles. The order of drawing shapes impacts which appear on top. Additional functions like background(), fill(), stroke(), strokeWeight(), and smooth() control background color, shape colors, line thickness, and smoothing. Values range from 0-255 to specify colors by red, green, and blue components.

Procedural ArtOliviaMeredith3

P5js syracuse dev meetup 20181218👨‍💻 Joshua Marris

The document provides biographical information about Joshua Marris and his experience and interests related to teaching technology and programming. Some key points: - Joshua Marris is a Systems Administrator who has also taught teachers and students how to use technology and create animations using HTML, CSS, SVG and JavaScript. - He is interested in learning non-practical applications of programming and was inspired to teach others after using Khan Academy's computer programming course. - The document goes on to discuss P5.js, a JavaScript library based on Processing, which is used for creative coding, data visualization, and representing natural processes. It provides examples of sketches created with P5.js and discusses some of the basic concepts and functions

Intro to Canvadreambreeze

This document provides an overview of HTML5 Canvas and how it can be used to draw graphics and animate sprites. Some key points: - Canvas uses an immediate mode where the entire canvas is redrawn on each frame based on JavaScript manipulation of the bitmap area. - The 2D context API allows drawing shapes, text, and images onto the canvas area and applying effects like transformations, clipping, and compositing. - Basic objects, paths, text, and images can be drawn onto the canvas. Transformations change the coordinate space rather than objects themselves. - Sprite animations can be created by displaying different frames of a tilesheet rapidly in a timed loop. - Rocket movement can be simulated

HTML5 CanvasRobyn Overstreet

- HTML5 Canvas allows for dynamic drawing and animating directly in HTML using JavaScript scripting. It can be used to draw shapes, images, text and respond to user input like mouse clicks. - The canvas element creates a grid that allows positioning images and objects by x and y coordinates. Basic drawing functions include lines, rectangles, curves and filling areas with colors. - Transformations like translation and rotation can change the orientation of drawings on the canvas. The drawing state can be saved and restored to return to previous settings. - Images can be drawn and manipulated at the pixel level by accessing image data. Animation is achieved by redrawing the canvas repeatedly with small changes. - Data from sources like JSON can be

Introduction to Canvas - Toronto HTML5 User Groupdreambreeze

Introduction to Canvas - Toronto HTML5 User Groupbernice-chan

This document provides an overview of HTML5 Canvas and how it can be used to draw graphics and animate sprites. It discusses how Canvas uses an immediate mode where the entire canvas is redrawn on each frame. The 2D context API allows drawing shapes, text and images onto the canvas. Transformations can change the canvas but objects drawn become a single pixel collection. Browser support is checked using a dummy canvas element. Basic drawing includes rectangles, lines, arcs and text. Images can also be added and clipped. Compositing controls transparency. Sprite animation is demonstrated using a tile sheet and timer loop. Finally, rocket science is used as an example for animating a rotating and accelerating rocket.

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