One codebase, multiple platforms; Using HTML5/js for game dev
3 likes1,541 views
This document discusses using HTML5 and JavaScript to develop games that can run on multiple platforms. It outlines several game engines and frameworks like Phaser.js, Melon.js and Crafty.js that use HTML5 technologies to build 2D and 3D games. It also mentions tools for developing games targeting mobile, desktop, consoles and other platforms. The document provides code examples for basic canvas animation and advises starting simple, choosing the right platform and having fun learning.
1 of 28
Downloaded 12 times
Ad
Recommended
Fake Your Way as a Mobile Developer Rockstar with PhoneGap
Fake Your Way as a Mobile Developer Rockstar with PhoneGapglen_a_smith This document summarizes a presentation about using the PhoneGap framework to build mobile apps. PhoneGap allows developing apps using web technologies like HTML, CSS, and JavaScript that can be deployed across platforms. It introduces PhoneGap and demonstrates building a simple app with a UI framework and device APIs. The presentation suggests PhoneGap is a good option when clients want a native mobile app but don't have resources for platform-specific development. It provides resources for learning PhoneGap and deploying apps to app stores.
Grunt入門
Grunt入門Kazuhiro Kobayashi This document discusses using Grunt, a JavaScript task runner, to automate repetitive tasks like compilation, minification, unit testing, linting and more. It provides instructions on setting up Grunt and common Grunt plugins on Mac and Windows systems. The Grunt workflow involves defining tasks in a Gruntfile along with their dependencies, then running Grunt to execute the tasks.
Threejs使ってみた
Threejs使ってみたTakesxi Sximada The document discusses using the three.js library to load and render 3D models in a web browser. It goes through downloading three.js, loading a sample horse model, explaining the initialization, rendering and animation functions. It then covers using Blender to create a simple monkey model, exporting it to the JSON format used by three.js, and viewing the exported data structure.
Leading change 11 18
Leading change 11 18Ronald Pickett The document discusses the role of a leader in helping employees embrace change through an eight stage process. It identifies common reasons for employee unreadiness to change, such as too many initiatives at once, past problems with change efforts, and the belief that change is unnecessary. It also outlines stages employees may experience when facing change, including shock, denial, anger, bargaining, depression, testing, and acceptance. Finally, it discusses dynamics, readiness factors, and tactics for successful change implementation.
Podcast101
Podcast101Joseph Burchett This document provides an overview of podcasting and tips for creating a podcast. It discusses choosing a topic and audience, hardware and software tools needed, hosting a show, editing, releasing schedules, and marketing. For hosting, it recommends keeping the conversation going, being prepared, and not dominating. When editing, it suggests removing filler words and unnecessary parts to improve flow. For marketing, it lists social media and consistently releasing episodes. It also provides examples of positive feedback people have provided.
Cereal Hackathon 411 and Prototyping
Cereal Hackathon 411 and PrototypingJoseph Burchett The document outlines key topics and tips for participating in a hackathon, including preparation strategies, idea generation, and collaborative dynamics. It addresses common concerns for first-time participants, such as feelings of inadequacy and the importance of testing throughout the process. Additionally, it provides resources for further exploration in the tech and startup ecosystem.
Sacramento Community College Game Club Presentation
Sacramento Community College Game Club PresentationJoseph Burchett The Sacramento Community College Game Club presentation highlights various activities enjoyed by members, especially in game development and related fields. It emphasizes the excitement and challenges of participating in game jams, providing tips for success, such as focusing on core mechanics and being prepared. The presenter encourages collaboration and offers contact information for further engagement in the game development community.
Hi5 Hackathon Presentation
Hi5 Hackathon PresentationLou Moore This document provides information and instructions for developers interested in building applications for the hi5 social networking platform using OpenSocial. It outlines key integration points, distribution channels, and features of the hi5 platform. It also includes a step-by-step tutorial demonstrating how to build a basic gifts application on hi5 using OpenSocial, covering tasks like fetching friends data, adding and displaying app data, creating activities, and sending notifications.
Html5 Game Development with Canvas
Html5 Game Development with CanvasPham Huy Tung This document provides an overview of using HTML5 Canvas for game development. It discusses how Canvas allows 2D drawing directly in the browser using JavaScript. Common Canvas methods like fillRect() and strokeRect() are used to draw shapes. Canvas is useful for games, animations, and data visualization. Optimization techniques like requestAnimationFrame can improve game performance. Popular JavaScript libraries that are useful for HTML5 games include Box2D for physics and SoundManager2 for audio. The document provides examples of simple games built with Canvas in a short time period, such as a 2-week Mario game project. It concludes with further resources for learning HTML5 and Canvas game development.
W3C HTML5 KIG-The complete guide to building html5 games
W3C HTML5 KIG-The complete guide to building html5 gamesChanghwan Yi The document discusses building HTML5 games and provides resources on graphics libraries, physics engines, handling touch input, and gaming frameworks. It recommends libraries like EaselJS and frameworks like MelonJS and ImpactJS for HTML5 game development. Tutorials are presented on porting games to HTML5 using these tools as well as considerations for building games targeting multiple platforms like Windows 8.
HTML5 Game Development frameworks overview
HTML5 Game Development frameworks overviewAbhishek Singhal [L.I.O.N] This technical presentation discusses HTML gaming frameworks for building browser-based 3D games. It provides insights into several frameworks: Construct 2 is a game maker that does not require JavaScript coding; ImpactJS is a tested HTML5 engine that supports multiple platforms; EaselJS and Phaser are frameworks that offer display lists and mouse interactions; Three.js and Voxel.js are used for 3D games; and PlayCanvas focuses on real-time collaboration. The presentation also covers the game loop, which controls the core update and draw functions, and highlights differences in developing 2D versus 3D games. Benefits of HTML games include cross-platform support and using open standards, while challenges relate to varying user experiences across devices and accessing
HTML5 & JavaScript Games
HTML5 & JavaScript GamesRobin Hawkes Rob Hawkes shares his passion for HTML5 and JavaScript gaming, highlighting the potential of these technologies for creating fun and engaging games. He discusses both the advantages, such as rapid development and cross-device compatibility, and challenges including browser compatibility issues and the lack of DRM. Hawkes emphasizes the need for better documentation, game engines, and monetization strategies in the evolving HTML5 gaming landscape.
Seattle javascript game development - Overview
Seattle javascript game development - OverviewGrant Goodale This document provides an overview of JavaScript game development for open web technologies. It discusses canvas and WebGL for 2D and 3D rendering, WebSockets for data transport, and Web Workers for background processing. Reasons for using these technologies include wide browser support and the ability to build games for mobile browsers. While development tools are still maturing, performance is improving and distribution options are increasing with the rise of HTML5-capable devices.
A Holistic Approach to HTML5 Game Design & Development
A Holistic Approach to HTML5 Game Design & DevelopmentKarl Bunyan This document outlines a holistic approach to HTML5 game design and development, emphasizing the importance of planning to utilize the unique features of HTML and JavaScript effectively. It discusses challenges such as platform fragmentation, legacy support, and sound issues while offering technical tips for optimizing performance across devices. The document also highlights the need for a monetization strategy and the benefits of targeting multiple platforms for broader audience reach.
Making Native Browser Games in the Modern Age
Making Native Browser Games in the Modern AgeFITC Catt Small discusses the modern state of HTML5 game development, highlighting its creative freedom, collaborative aspects, and various frameworks and tools available. The presentation covers pros and cons of using HTML5 for game-making, including export options and accessibility. Small also emphasizes the use of Phaser as a preferred game engine due to its ease of learning and robust features.
Making Native Browser Games in The Modern Age
Making Native Browser Games in The Modern AgeCatt Small Catt Small discusses the creative freedom and usefulness of making native browser games using HTML5 and various game frameworks, emphasizing the shift from Flash to HTML5 after 2010. The document outlines the pros and cons of HTML5 game development, highlights preferred tools like Phaser, and offers a guide for setting up a game. Additionally, it covers exporting games to multiple platforms and encourages collaboration and sharing within the gaming community.
mloc.js 2014 - JavaScript and the browser as a platform for game development
mloc.js 2014 - JavaScript and the browser as a platform for game developmentDavid Galeano JavaScript and the browser can be a viable platform for game development, as demonstrated by games like Polycraft and a Quake 4 demo ported to JavaScript. However, to reach the level of native applications, improvements are needed in areas like memory usage, parallelism, and floating point performance. Specifically, typed objects could help memory usage, a task-based parallelism API could improve multi-core support, and SIMD and single-precision floats could enhance performance of common game operations like vectors and matrices.
Korea linuxforum2014 html5game-sangseoklim
Korea linuxforum2014 html5game-sangseoklimSang Seok Lim This document discusses techniques for optimizing the performance of HTML5 games on mobile devices. It begins with an overview of HTML5 game architecture and the WebKit rendering process. It then analyzes sources of performance issues, such as painting size and DOM complexity. The document recommends several optimization techniques, including DOM/canvas hybrid rendering, static object pooling, smart repainting of invalidated areas only, and minimizing source image scaling. Case studies demonstrating these techniques for real games are also presented.
Game Development With HTML5
Game Development With HTML5Gil Megidish The document discusses the development of games using HTML5, JavaScript, and related technologies, highlighting the advantages of the HTML5 canvas for graphics and audio. It includes various code examples, demos, and resources for creating games, while mentioning the limitations and future prospects of web technologies like WebGL and WebSocket. The content emphasizes the ease of debugging and open-source tools available for developers.
HTML5 - Chances and Pitfalls (Bytro Labs GmbH)
HTML5 - Chances and Pitfalls (Bytro Labs GmbH)Felix Faber This document discusses the development of browser games using HTML5, highlighting the advantages such as high-quality graphics and real-time rendering, as well as challenges like maintaining cross-browser compatibility. It covers various aspects of HTML5, including client-server architecture, performance considerations, and essential tools and frameworks for development. The conclusion emphasizes the potential of HTML5 for browser games while noting the need for disciplined development practices due to competing technologies.
HTML5 Games Status and issues
HTML5 Games Status and issuesJ.h. Liu This document discusses HTML5 games and their status. It notes that HTML5 allows for cross-device games with one codebase and dynamic updates. However, JavaScript performance can be low, memory management is difficult, and there are browser quirks. The document outlines HTML5 technologies for games like JavaScript, Canvas, and WebGL. It discusses technical issues around performance, APIs, screen sizes, and UIs. It introduces Bluega's vision and game engine for HTML5 games that run across devices and are serviced online.
Сергей Батищев: 2D игры на HTML5: мифы и реальность разработки
Сергей Батищев: 2D игры на HTML5: мифы и реальность разработкиDevGAMM Conference Building 2D HTML5 games has myths and realities. While HTML5 allows "write once, run everywhere", debugging and plugins are still issues. HTML5 includes Canvas, Web Audio API, and others. Canvas is GPU accelerated on modern browsers/devices, achieving 30-50 FPS with 500 sprites. JavaScript performance varies significantly between browsers and devices. Sound support varies by browser and format. Developing for a variety of screen sizes and orientations poses challenges. Overall, HTML5 is viable for 2D games on popular mobile browsers if the game is not too complex and graphics-intensive.
Html5 (games)
Html5 (games)chamsddine bouzaine HTML5 provides capabilities for building games in a cross-platform and lightweight manner without dependencies. It includes powerful APIs like the canvas element for 2D drawing and WebGL for 3D rendering. Common elements of HTML5 games include using <canvas> to define a drawing area, a 2D or 3D API to render shapes and objects, physics engines to simulate movement and interactions, and technologies like local storage for data caching. Tools like game engines, libraries, and bundlers can help develop HTML5 games.
Developing Multi Platform Games using PlayN and TriplePlay Framework
Developing Multi Platform Games using PlayN and TriplePlay FrameworkCsaba Toth This document summarizes a presentation about developing multi-platform games using the PlayN Java framework. The presentation covers:
- An overview of PlayN's history as a Google-backed project originally called ForPlay, then rebranded as PlayN.
- The core concepts and APIs provided by PlayN for cross-platform game development, including rendering, input handling, asset loading, audio, and data storage.
- Additional libraries that can be used with PlayN, including Triple Play for UI elements and JBox2D/GWTBox2D for 2D physics.
- A demonstration of a real-world card game application called Deal-O-Round that was built with PlayN
Chap1.pptx
Chap1.pptxSandeepTewatia14 This document introduces building a 2D game engine using HTML5, JavaScript, and WebGL. It discusses what game engines are used for from both a user and developer perspective. Key components that a basic game engine should provide are loading resources, handling input, audio playback, rendering objects, and dealing with pixels. More complex features like camera manipulation, physics, and special effects are also mentioned. The document outlines goals of implementing common utilities, hiding complexity, and supporting a software architecture that facilitates maintenance and expansion. It proposes using this technology stack of JavaScript, WebGL, and HTML5 to build a web-based game engine for learning purposes.
Ready to Play: JavaScript / HTML5 Game Development
Ready to Play: JavaScript / HTML5 Game DevelopmentZachary Johnson The document discusses the role of HTML5 in video game development, highlighting features like <canvas> and <audio>, and their capabilities for creating games. It also addresses performance in various browsers, tools for developers, the challenges of mobile compatibility, and the potential for 3D gaming with WebGL. The author emphasizes the rapid evolution of web technology and its implications for game development in HTML5.
HTML5 Games for Web & Mobile
HTML5 Games for Web & MobileCarsten Sandtner - HTML5 Canvas allows for drawing and animation capabilities for building games directly in browsers
- It has been standardized and is supported across browsers, enabling cross-platform games
- While desktop games work well with HTML5 Canvas, mobile games face challenges like lower memory limits, different screen sizes and resolutions, and performance issues
- Frameworks like Phaser, Impact and libraries like CocoonJS aim to address these challenges and allow building games using HTML5 that run cross-platform on desktop and mobile browsers
Game Development Using HTML 5
Game Development Using HTML 5osa_ora The document discusses HTML5 game development. It covers various topics like game concepts, HTML5 components for games, developing a game step-by-step and advanced topics. It focuses on HTML5 canvas for graphics, local storage for data, and describes functions for animations, interactions, controls and other elements needed for game development. The document provides examples for drawing, colors, images and text on the canvas.
OpenACC and Open Hackathons Monthly Highlights June 2025
OpenACC and Open Hackathons Monthly Highlights June 2025OpenACC The OpenACC organization focuses on enhancing parallel computing skills and advancing interoperability in scientific applications through hackathons and training. The upcoming 2025 Open Accelerated Computing Summit (OACS) aims to explore the convergence of AI and HPC in scientific computing and foster knowledge sharing. This year's OACS welcomes talk submissions from a variety of topics, from Using Standard Language Parallelism to Computer Vision Applications. The document also highlights several open hackathons, a call to apply for NVIDIA Academic Grant Program and resources for optimizing scientific applications using OpenACC directives.
Smarter Aviation Data Management: Lessons from Swedavia Airports and Sweco
Smarter Aviation Data Management: Lessons from Swedavia Airports and SwecoSafe Software Managing airport and airspace data is no small task, especially when you’re expected to deliver it in AIXM format without spending a fortune on specialized tools. But what if there was a smarter, more affordable way?
Join us for a behind-the-scenes look at how Sweco partnered with Swedavia, the Swedish airport operator, to solve this challenge using FME and Esri.
Learn how they built automated workflows to manage periodic updates, merge airspace data, and support data extracts – all while meeting strict government reporting requirements to the Civil Aviation Administration of Sweden.
Even better? Swedavia built custom services and applications that use the FME Flow REST API to trigger jobs and retrieve results – streamlining tasks like securing the quality of new surveyor data, creating permdelta and baseline representations in the AIS schema, and generating AIXM extracts from their AIS data.
To conclude, FME expert Dean Hintz will walk through a GeoBorders reading workflow and highlight recent enhancements to FME’s AIXM (Aeronautical Information Exchange Model) processing and interpretation capabilities.
Discover how airports like Swedavia are harnessing the power of FME to simplify aviation data management, and how you can too.
More Related Content
Similar to One codebase, multiple platforms; Using HTML5/js for game dev (20)
Html5 Game Development with Canvas
Html5 Game Development with CanvasPham Huy Tung This document provides an overview of using HTML5 Canvas for game development. It discusses how Canvas allows 2D drawing directly in the browser using JavaScript. Common Canvas methods like fillRect() and strokeRect() are used to draw shapes. Canvas is useful for games, animations, and data visualization. Optimization techniques like requestAnimationFrame can improve game performance. Popular JavaScript libraries that are useful for HTML5 games include Box2D for physics and SoundManager2 for audio. The document provides examples of simple games built with Canvas in a short time period, such as a 2-week Mario game project. It concludes with further resources for learning HTML5 and Canvas game development.
W3C HTML5 KIG-The complete guide to building html5 games
W3C HTML5 KIG-The complete guide to building html5 gamesChanghwan Yi The document discusses building HTML5 games and provides resources on graphics libraries, physics engines, handling touch input, and gaming frameworks. It recommends libraries like EaselJS and frameworks like MelonJS and ImpactJS for HTML5 game development. Tutorials are presented on porting games to HTML5 using these tools as well as considerations for building games targeting multiple platforms like Windows 8.
HTML5 Game Development frameworks overview
HTML5 Game Development frameworks overviewAbhishek Singhal [L.I.O.N] This technical presentation discusses HTML gaming frameworks for building browser-based 3D games. It provides insights into several frameworks: Construct 2 is a game maker that does not require JavaScript coding; ImpactJS is a tested HTML5 engine that supports multiple platforms; EaselJS and Phaser are frameworks that offer display lists and mouse interactions; Three.js and Voxel.js are used for 3D games; and PlayCanvas focuses on real-time collaboration. The presentation also covers the game loop, which controls the core update and draw functions, and highlights differences in developing 2D versus 3D games. Benefits of HTML games include cross-platform support and using open standards, while challenges relate to varying user experiences across devices and accessing
HTML5 & JavaScript Games
HTML5 & JavaScript GamesRobin Hawkes Rob Hawkes shares his passion for HTML5 and JavaScript gaming, highlighting the potential of these technologies for creating fun and engaging games. He discusses both the advantages, such as rapid development and cross-device compatibility, and challenges including browser compatibility issues and the lack of DRM. Hawkes emphasizes the need for better documentation, game engines, and monetization strategies in the evolving HTML5 gaming landscape.
Seattle javascript game development - Overview
Seattle javascript game development - OverviewGrant Goodale This document provides an overview of JavaScript game development for open web technologies. It discusses canvas and WebGL for 2D and 3D rendering, WebSockets for data transport, and Web Workers for background processing. Reasons for using these technologies include wide browser support and the ability to build games for mobile browsers. While development tools are still maturing, performance is improving and distribution options are increasing with the rise of HTML5-capable devices.
A Holistic Approach to HTML5 Game Design & Development
A Holistic Approach to HTML5 Game Design & DevelopmentKarl Bunyan This document outlines a holistic approach to HTML5 game design and development, emphasizing the importance of planning to utilize the unique features of HTML and JavaScript effectively. It discusses challenges such as platform fragmentation, legacy support, and sound issues while offering technical tips for optimizing performance across devices. The document also highlights the need for a monetization strategy and the benefits of targeting multiple platforms for broader audience reach.
Making Native Browser Games in the Modern Age
Making Native Browser Games in the Modern AgeFITC Catt Small discusses the modern state of HTML5 game development, highlighting its creative freedom, collaborative aspects, and various frameworks and tools available. The presentation covers pros and cons of using HTML5 for game-making, including export options and accessibility. Small also emphasizes the use of Phaser as a preferred game engine due to its ease of learning and robust features.
Making Native Browser Games in The Modern Age
Making Native Browser Games in The Modern AgeCatt Small Catt Small discusses the creative freedom and usefulness of making native browser games using HTML5 and various game frameworks, emphasizing the shift from Flash to HTML5 after 2010. The document outlines the pros and cons of HTML5 game development, highlights preferred tools like Phaser, and offers a guide for setting up a game. Additionally, it covers exporting games to multiple platforms and encourages collaboration and sharing within the gaming community.
mloc.js 2014 - JavaScript and the browser as a platform for game development
mloc.js 2014 - JavaScript and the browser as a platform for game developmentDavid Galeano JavaScript and the browser can be a viable platform for game development, as demonstrated by games like Polycraft and a Quake 4 demo ported to JavaScript. However, to reach the level of native applications, improvements are needed in areas like memory usage, parallelism, and floating point performance. Specifically, typed objects could help memory usage, a task-based parallelism API could improve multi-core support, and SIMD and single-precision floats could enhance performance of common game operations like vectors and matrices.
Korea linuxforum2014 html5game-sangseoklim
Korea linuxforum2014 html5game-sangseoklimSang Seok Lim This document discusses techniques for optimizing the performance of HTML5 games on mobile devices. It begins with an overview of HTML5 game architecture and the WebKit rendering process. It then analyzes sources of performance issues, such as painting size and DOM complexity. The document recommends several optimization techniques, including DOM/canvas hybrid rendering, static object pooling, smart repainting of invalidated areas only, and minimizing source image scaling. Case studies demonstrating these techniques for real games are also presented.
Game Development With HTML5
Game Development With HTML5Gil Megidish The document discusses the development of games using HTML5, JavaScript, and related technologies, highlighting the advantages of the HTML5 canvas for graphics and audio. It includes various code examples, demos, and resources for creating games, while mentioning the limitations and future prospects of web technologies like WebGL and WebSocket. The content emphasizes the ease of debugging and open-source tools available for developers.
HTML5 - Chances and Pitfalls (Bytro Labs GmbH)
HTML5 - Chances and Pitfalls (Bytro Labs GmbH)Felix Faber This document discusses the development of browser games using HTML5, highlighting the advantages such as high-quality graphics and real-time rendering, as well as challenges like maintaining cross-browser compatibility. It covers various aspects of HTML5, including client-server architecture, performance considerations, and essential tools and frameworks for development. The conclusion emphasizes the potential of HTML5 for browser games while noting the need for disciplined development practices due to competing technologies.
HTML5 Games Status and issues
HTML5 Games Status and issuesJ.h. Liu This document discusses HTML5 games and their status. It notes that HTML5 allows for cross-device games with one codebase and dynamic updates. However, JavaScript performance can be low, memory management is difficult, and there are browser quirks. The document outlines HTML5 technologies for games like JavaScript, Canvas, and WebGL. It discusses technical issues around performance, APIs, screen sizes, and UIs. It introduces Bluega's vision and game engine for HTML5 games that run across devices and are serviced online.
Сергей Батищев: 2D игры на HTML5: мифы и реальность разработки
Сергей Батищев: 2D игры на HTML5: мифы и реальность разработкиDevGAMM Conference Building 2D HTML5 games has myths and realities. While HTML5 allows "write once, run everywhere", debugging and plugins are still issues. HTML5 includes Canvas, Web Audio API, and others. Canvas is GPU accelerated on modern browsers/devices, achieving 30-50 FPS with 500 sprites. JavaScript performance varies significantly between browsers and devices. Sound support varies by browser and format. Developing for a variety of screen sizes and orientations poses challenges. Overall, HTML5 is viable for 2D games on popular mobile browsers if the game is not too complex and graphics-intensive.
Html5 (games)
Html5 (games)chamsddine bouzaine HTML5 provides capabilities for building games in a cross-platform and lightweight manner without dependencies. It includes powerful APIs like the canvas element for 2D drawing and WebGL for 3D rendering. Common elements of HTML5 games include using <canvas> to define a drawing area, a 2D or 3D API to render shapes and objects, physics engines to simulate movement and interactions, and technologies like local storage for data caching. Tools like game engines, libraries, and bundlers can help develop HTML5 games.
Developing Multi Platform Games using PlayN and TriplePlay Framework
Developing Multi Platform Games using PlayN and TriplePlay FrameworkCsaba Toth This document summarizes a presentation about developing multi-platform games using the PlayN Java framework. The presentation covers:
- An overview of PlayN's history as a Google-backed project originally called ForPlay, then rebranded as PlayN.
- The core concepts and APIs provided by PlayN for cross-platform game development, including rendering, input handling, asset loading, audio, and data storage.
- Additional libraries that can be used with PlayN, including Triple Play for UI elements and JBox2D/GWTBox2D for 2D physics.
- A demonstration of a real-world card game application called Deal-O-Round that was built with PlayN
Chap1.pptx
Chap1.pptxSandeepTewatia14 This document introduces building a 2D game engine using HTML5, JavaScript, and WebGL. It discusses what game engines are used for from both a user and developer perspective. Key components that a basic game engine should provide are loading resources, handling input, audio playback, rendering objects, and dealing with pixels. More complex features like camera manipulation, physics, and special effects are also mentioned. The document outlines goals of implementing common utilities, hiding complexity, and supporting a software architecture that facilitates maintenance and expansion. It proposes using this technology stack of JavaScript, WebGL, and HTML5 to build a web-based game engine for learning purposes.
Ready to Play: JavaScript / HTML5 Game Development
Ready to Play: JavaScript / HTML5 Game DevelopmentZachary Johnson The document discusses the role of HTML5 in video game development, highlighting features like <canvas> and <audio>, and their capabilities for creating games. It also addresses performance in various browsers, tools for developers, the challenges of mobile compatibility, and the potential for 3D gaming with WebGL. The author emphasizes the rapid evolution of web technology and its implications for game development in HTML5.
HTML5 Games for Web & Mobile
HTML5 Games for Web & MobileCarsten Sandtner - HTML5 Canvas allows for drawing and animation capabilities for building games directly in browsers
- It has been standardized and is supported across browsers, enabling cross-platform games
- While desktop games work well with HTML5 Canvas, mobile games face challenges like lower memory limits, different screen sizes and resolutions, and performance issues
- Frameworks like Phaser, Impact and libraries like CocoonJS aim to address these challenges and allow building games using HTML5 that run cross-platform on desktop and mobile browsers
Game Development Using HTML 5
Game Development Using HTML 5osa_ora The document discusses HTML5 game development. It covers various topics like game concepts, HTML5 components for games, developing a game step-by-step and advanced topics. It focuses on HTML5 canvas for graphics, local storage for data, and describes functions for animations, interactions, controls and other elements needed for game development. The document provides examples for drawing, colors, images and text on the canvas.
Recently uploaded (20)
OpenACC and Open Hackathons Monthly Highlights June 2025
OpenACC and Open Hackathons Monthly Highlights June 2025OpenACC The OpenACC organization focuses on enhancing parallel computing skills and advancing interoperability in scientific applications through hackathons and training. The upcoming 2025 Open Accelerated Computing Summit (OACS) aims to explore the convergence of AI and HPC in scientific computing and foster knowledge sharing. This year's OACS welcomes talk submissions from a variety of topics, from Using Standard Language Parallelism to Computer Vision Applications. The document also highlights several open hackathons, a call to apply for NVIDIA Academic Grant Program and resources for optimizing scientific applications using OpenACC directives.
Smarter Aviation Data Management: Lessons from Swedavia Airports and Sweco
Smarter Aviation Data Management: Lessons from Swedavia Airports and SwecoSafe Software Managing airport and airspace data is no small task, especially when you’re expected to deliver it in AIXM format without spending a fortune on specialized tools. But what if there was a smarter, more affordable way?
Join us for a behind-the-scenes look at how Sweco partnered with Swedavia, the Swedish airport operator, to solve this challenge using FME and Esri.
Learn how they built automated workflows to manage periodic updates, merge airspace data, and support data extracts – all while meeting strict government reporting requirements to the Civil Aviation Administration of Sweden.
Even better? Swedavia built custom services and applications that use the FME Flow REST API to trigger jobs and retrieve results – streamlining tasks like securing the quality of new surveyor data, creating permdelta and baseline representations in the AIS schema, and generating AIXM extracts from their AIS data.
To conclude, FME expert Dean Hintz will walk through a GeoBorders reading workflow and highlight recent enhancements to FME’s AIXM (Aeronautical Information Exchange Model) processing and interpretation capabilities.
Discover how airports like Swedavia are harnessing the power of FME to simplify aviation data management, and how you can too.
2025_06_18 - OpenMetadata Community Meeting.pdf
2025_06_18 - OpenMetadata Community Meeting.pdfOpenMetadata The community meetup was held Wednesday June 18, 2025 @ 9:00 AM PST.
Catch the next OpenMetadata Community Meetup @ https://www.meetup.com/openmetadata-meetup-group/
In this month's OpenMetadata Community Meetup, "Enforcing Quality & SLAs with OpenMetadata Data Contracts," we covered data contracts, why they matter, and how to implement them in OpenMetadata to increase the quality of your data assets!
Agenda Highlights:
👋 Introducing Data Contracts: An agreement between data producers and consumers
📝 Data Contracts key components: Understanding a contract and its purpose
🧑🎨 Writing your first contract: How to create your own contracts in OpenMetadata
🦾 An OpenMetadata MCP Server update!
➕ And More!
Lessons Learned from Developing Secure AI Workflows.pdf
Lessons Learned from Developing Secure AI Workflows.pdfPriyanka Aash Lessons Learned from Developing Secure AI Workflows
Quantum AI: Where Impossible Becomes Probable
Quantum AI: Where Impossible Becomes ProbableSaikat Basu Imagine combining the "brains" of Artificial Intelligence (AI) with the "super muscles" of Quantum Computing. That's Quantum AI!
It's a new field that uses the mind-bending rules of quantum physics to make AI even more powerful.
UserCon Belgium: Honey, VMware increased my bill
UserCon Belgium: Honey, VMware increased my billstijn40 VMware’s pricing changes have forced organizations to rethink their datacenter cost management strategies. While FinOps is commonly associated with cloud environments, the FinOps Foundation has recently expanded its framework to include Scopes—and Datacenter is now officially part of the equation. In this session, we’ll map the FinOps Framework to a VMware-based datacenter, focusing on cost visibility, optimization, and automation. You’ll learn how to track costs more effectively, rightsize workloads, optimize licensing, and drive efficiency—all without migrating to the cloud. We’ll also explore how to align IT teams, finance, and leadership around cost-aware decision-making for on-prem environments. If your VMware bill keeps increasing and you need a new approach to cost management, this session is for you!
From Manual to Auto Searching- FME in the Driver's Seat
From Manual to Auto Searching- FME in the Driver's SeatSafe Software Finding a specific car online can be a time-consuming task, especially when checking multiple dealer websites. A few years ago, I faced this exact problem while searching for a particular vehicle in New Zealand. The local classified platform, Trade Me (similar to eBay), wasn’t yielding any results, so I expanded my search to second-hand dealer sites—only to realise that periodically checking each one was going to be tedious. That’s when I noticed something interesting: many of these websites used the same platform to manage their inventories. Recognising this, I reverse-engineered the platform’s structure and built an FME workspace that automated the search process for me. By integrating API calls and setting up periodic checks, I received real-time email alerts when matching cars were listed. In this presentation, I’ll walk through how I used FME to save hours of manual searching by creating a custom car-finding automation system. While FME can’t buy a car for you—yet—it can certainly help you find the one you’re after!
Mastering AI Workflows with FME by Mark Döring
Mastering AI Workflows with FME by Mark DöringSafe Software Harness the full potential of AI with FME: From creating high-quality training data to optimizing models and utilizing results, FME supports every step of your AI workflow. Seamlessly integrate a wide range of models, including those for data enhancement, forecasting, image and object recognition, and large language models. Customize AI models to meet your exact needs with FME’s powerful tools for training, optimization, and seamless integration
Oh, the Possibilities - Balancing Innovation and Risk with Generative AI.pdf
Oh, the Possibilities - Balancing Innovation and Risk with Generative AI.pdfPriyanka Aash Oh, the Possibilities - Balancing Innovation and Risk with Generative AI
A Constitutional Quagmire - Ethical Minefields of AI, Cyber, and Privacy.pdf
A Constitutional Quagmire - Ethical Minefields of AI, Cyber, and Privacy.pdfPriyanka Aash A Constitutional Quagmire - Ethical Minefields of AI, Cyber, and Privacy
Connecting Data and Intelligence: The Role of FME in Machine Learning
Connecting Data and Intelligence: The Role of FME in Machine LearningSafe Software In this presentation, we want to explore powerful data integration and preparation for Machine Learning. FME is known for its ability to manipulate and transform geospatial data, connecting diverse data sources into efficient and automated workflows. By integrating FME with Machine Learning techniques, it is possible to transform raw data into valuable insights faster and more accurately, enabling intelligent analysis and data-driven decision making.
“MPU+: A Transformative Solution for Next-Gen AI at the Edge,” a Presentation...
“MPU+: A Transformative Solution for Next-Gen AI at the Edge,” a Presentation...Edge AI and Vision Alliance For the full video of this presentation, please visit: https://www.edge-ai-vision.com/2025/06/mpu-a-transformative-solution-for-next-gen-ai-at-the-edge-a-presentation-from-fotonation/
Petronel Bigioi, CEO of FotoNation, presents the “MPU+: A Transformative Solution for Next-Gen AI at the Edge” tutorial at the May 2025 Embedded Vision Summit.
In this talk, Bigioi introduces MPU+, a novel programmable, customizable low-power platform for real-time, localized intelligence at the edge. The platform includes an AI-augmented image signal processor that enables leading image and video quality.
In addition, it integrates ultra-low-power object and motion detection capabilities to enable always-on computer vision. A programmable neural processor provides flexibility to efficiently implement new neural networks. And additional specialized engines facilitate image stabilization and audio enhancements.
CapCut Pro Crack For PC Latest Version {Fully Unlocked} 2025
CapCut Pro Crack For PC Latest Version {Fully Unlocked} 2025pcprocore 👉𝗡𝗼𝘁𝗲:𝗖𝗼𝗽𝘆 𝗹𝗶𝗻𝗸 & 𝗽𝗮𝘀𝘁𝗲 𝗶𝗻𝘁𝗼 𝗚𝗼𝗼𝗴𝗹𝗲 𝗻𝗲𝘄 𝘁𝗮𝗯> https://pcprocore.com/ 👈◀
CapCut Pro Crack is a powerful tool that has taken the digital world by storm, offering users a fully unlocked experience that unleashes their creativity. With its user-friendly interface and advanced features, it’s no wonder why aspiring videographers are turning to this software for their projects.
GenAI Opportunities and Challenges - Where 370 Enterprises Are Focusing Now.pdf
GenAI Opportunities and Challenges - Where 370 Enterprises Are Focusing Now.pdfPriyanka Aash GenAI Opportunities and Challenges - Where 370 Enterprises Are Focusing Now
10 Key Challenges for AI within the EU Data Protection Framework.pdf
10 Key Challenges for AI within the EU Data Protection Framework.pdfPriyanka Aash 10 Key Challenges for AI within the EU Data Protection Framework
Tech-ASan: Two-stage check for Address Sanitizer - Yixuan Cao.pdf
Tech-ASan: Two-stage check for Address Sanitizer - Yixuan Cao.pdfcaoyixuan2019 A presentation at Internetware 2025.
"How to survive Black Friday: preparing e-commerce for a peak season", Yurii ...
"How to survive Black Friday: preparing e-commerce for a peak season", Yurii ...Fwdays We will explore how e-commerce projects prepare for the busiest time of the year, which key aspects to focus on, and what to expect. We’ll share our experience in setting up auto-scaling, load balancing, and discuss the loads that Silpo handles, as well as the solutions that help us navigate this season without failures.
Using the SQLExecutor for Data Quality Management: aka One man's love for the...
Using the SQLExecutor for Data Quality Management: aka One man's love for the...Safe Software The SQLExecutor is one of FME’s most powerful and flexible transformers. Pivvot maintains a robust internal metadata hierarchy used to support ingestion and curation of thousands of external data sources that must be managed for quality before entering our platform. By using the SQLExecutor, Pivvot can efficiently detect problems and perform analysis before data is extracted from our staging environment, removing the need for rollbacks or cycles waisted on a failed job. This presentation will walk through three distinct examples of how Pivvot uses the SQLExecutor to engage its metadata hierarchy and integrate with its Data Quality Management workflows efficiently and within the source postgres database. Spatial Validation –Validating spatial prerequisites before entering a production environment. Reference Data Validation - Dynamically validate domain-ed columns across any table and multiple columns per table. Practical De-duplication - Removing identical or near-identical well point locations from two distinct source datasets in the same table.
Cracking the Code - Unveiling Synergies Between Open Source Security and AI.pdf
Cracking the Code - Unveiling Synergies Between Open Source Security and AI.pdfPriyanka Aash Cracking the Code - Unveiling Synergies Between Open Source Security and AI
The Growing Value and Application of FME & GenAI
The Growing Value and Application of FME & GenAISafe Software With the cost of using Generative AI services dropping exponentially and the array of available models continually expanding, integrating AI into FME workflows has become inexpensive, accessible and effective. This presentation explores how GenAI within FME can cost-effectively transform data workflows by automating data extraction, validation, classification and augmentation tasks. We’ll discuss how FME’s no-code flexibility enables users to combine Generative AI and Computer Vision tools that create efficient workflows tailored to specific challenges. Using recent practical examples, we’ll demonstrate how these integrations can simplify complex tasks, save time and enhance data quality.
“MPU+: A Transformative Solution for Next-Gen AI at the Edge,” a Presentation...
“MPU+: A Transformative Solution for Next-Gen AI at the Edge,” a Presentation...Edge AI and Vision Alliance
Ad
One codebase, multiple platforms; Using HTML5/js for game dev
- 1. Using HTML5/JS to develop games. ONE CODEBASE, MULTIPLE PLATFORMS
- 2. Who are you? 1. Build Master of Dawn of the Dragons Mobile at 5th Planet Games 2. Web Developer 3. Vice Coordinator of IGDA Sacramento Chapter 4. Podcaster 5. Google plus fan boy 6. Lover of all things Javascript http://about.me/josephburchett
- 3. All aboard the hype train!
- 4. Javascript good, HTML bad...
- 5. DON’T BE A NINJA BE AN ENGINEER NO YES
- 6. The good, bad, ugly and fugly ● Can leverage web skill sets! ● It can be super confusing at times ● With great power comes great responsibility ● Really inconsistent feature support across browsers ● No one can seem to agree on anything. ● It’s extremely overwhelming! ● People not using javascript will look at you in disgust. ● It’s not ready! ● Things move fast, really fast!
- 8. What it has to offer Gamepad support Audio support Local Storage Web Sockets Web RTC Fullscreen
- 9. Boys and girls it’s Canvas time! Are you ready?
- 10. Canvas Example code var context = canvas.getContext( "2d" ); var FRAME_RATE = 30 / 1000; var CANVAS_WIDTH = 800; var CANVAS_HEIGHT = 600; var FILL_COLOR = “#000000”; var xPosition = 0; var yPosition = 0; var width = 50; var height = 50; gameLoop(); function gameLoop() { xPosition += 2; context.clearRect( 0, 0, CANVAS_WIDTH, CANVAS_HEIGHT ); context.fillStyle = FILL_COLOR; context.fillRect( xPosition, yPosition, width, height ); setTimeout( gameLoop, FRAME_RATE ); }
- 11. I need more power!
- 12. API’S TO USE Name Phaser.js jaws.js Melon.js Crafty.js Pixi.js Impact.js threejs Voxel.js Link phaser.io http://jawsjs.com/ http://melonjs.org/ http://craftyjs.com/ http://www.pixijs.com/ http://impactjs.com/ http://threejs.org/ http://bit.ly/voxeljs Type 2D 2D 2D 2D 2D 2D 3D 3D Rendering Canvas, Webgl Canvas Canvas Canvas Canvas, Webgl Canvas Webgl Webgl List of a ton more https://github.com/bebraw/jswiki/wiki/Game-Engines
- 13. IDE’S YOU CAN USE Sublime Text 2
- 14. TOOLS TO USE FOR MOBILE
- 15. TOOLS TO USE FOR DESKTOP
- 17. Micro Consoles
- 18. TOOLS TO USE FOR CONSOLES https://wiiu-developers.nintendo.com/
- 19. TOOLS TO USE FOR ROBOTICS http://nodebots.io/ Johnny Five https://github.com/rwaldron/johnny-five
- 22. Browser Quest
- 23. Unreal Engine Citadel Demo
- 24. Duuuuuuh, muh brain meats they hurt! Where do I start?
- 25. Cool, should I go indie? 1. Don’t be stupid, keep your day job! 2. Figure out what type of game you want to make 3. choose the platform that fits it best 4. KISS! 5. Go to google and type in “learning canvas”. 6. use tools I mentioned! 7. good luck and have fun!
- 26. You sure talk a lot...
- 28. Questions?