Category: TypeScript
-
HTML5 prototype of “Block it” using Box2D in an Arcade way, powered by Phaser and featuring compound objects and custom contact callback, written in TypeScript
Compound objects and contact callbacks are two of the more complicated features of Box2D. In this HTML5 example powered by Phaser and written in TypeScript, they are explained the easy way with a real world example, as usual. Commented source code available
-
“Block it” HTML5 now working with no physics engine, just using continuous collision detection between a moving circle and static lines. Powered by Phaser and written in TypeScript.
Here is a HTML5 "Block it" version powered by Phaser and written in TypeScript which does not use any physics engine and features rotating walls and continuous collision detection. Full source code available.
-
Continuous collision detection between a moving circle and one or more static line segments – vertex collision included
Complete HTML5 example of continuous collision detection between a moving circle and any number of static line segments, featuring vertices collision. Written in TypeScript and powered by Phaser, full source code available.
-
Continuous collision detection between a moving circle and a lot of other static circles – Complete example.
The journey into continuous collision detection continues. Moving circle Vs a lot of static circles trajectory prediction. HTML5 example powered by Phaser and written in TypeScript. Full source code available.
-
Understanding continuous collision detection between a moving circle and a static circle
Moving circle Vs static circle continuous collision detection explained without using any physics engine, only math. HTML5 TypeScript example powered by Phaser, full source code available.
-
Understanding continuous collision detection between a moving circle and a non axis aligned line – step 2: handling ball bounces
Moving circle Vs line continuous collision detection explained the easy way, now handling circle bounces, in only six steps with an interactive HTML5 example powered by Phaser. Physics has never been so much easy!
-
Understanding continuous collision detection between a moving circle and a non axis aligned line
Moving circle Vs line continuous collision detection explained the easy way, in only four steps with an interactive HTML5 example powered by Phaser. Physics has never been so much easy.
-
“Block it” HTML5 game ported to TypeScript with some new features, powered by Phaser and Arcade physics
"Block it" was a fun mobile game released a couple of years ago, which I prototyped using Phaser and TypeScript, so now you can have your HTML5 version. What's your best score?
-
HTML5 physics driven Concentration game prototype using Phaser and Planck.js – rewriting to TypeScript and adding images
Here it is the complete commented source code of the physics driven HTML5 Memory/Concentration game powered by Phaser and Planck.js, completely written in TypeScript. Have fun!!
-
Build a HTML5 game like Wordle using Phaser and TypeScript – Step 5: what if we use Bootstrap and Phaser in the same page?
New example of HTML5 Wordle prototype powered by Phaser and using Bootstrap components for the UI. This time we keep Bootstrap outside Phaser game and handle menus with listeners. Full TypeScript commented source code available for download.
-
Build a HTML5 game like Wordle using Phaser and TypeScript – Step 4: using Bootstrap and DOM elements to create a menu and select game modes and pick the word of the day
The HTML5 Wordle prototype now features a Bootstrap menu and the "word of the day" game, as well as random words to play. I also want to add some kind of arcade mode. Written in TypeScript and powered by Phaser, full commented source code available.
-
Build a HTML5 game like Wordle using Phaser and TypeScript – Step 3: design the game field
3rd step of Wordle HTML5 prototype written in TypeScript and powered by Phaser. Improved virtual keyboard, game grid, letter color management and more. Commented source code available.
