#Gideros basics code

To see the difference between designing your code with classes or not. You can refer to “Jumping Ball” and “Jumping Balls” examples It’s possible to implementĪ whole game without creating custom classes. Whether to use inheritance or not is related to your programming taste. But, by now you have learned all the basics that you need to create a game using Gideros. Clean OOP approach Gideros provides its own class system on top of Lua with all the basic OOP standards, enabling you to write clean and. Local player = Player.new() - after Player instance is created, init function is called Now the game itself is far from finished. Providing the basics of coding in Gideros.

Installing Gideros Player for on-device testing (Android, iOS) Creating a new project and running it on both, the desktop and device. do the initialization of Player instance Installing Gideros on Windows/Mac OS X/Linux. Gideros is a Lua based framework from Gideros Mobile, a company based in Turkey. Native speed Developed on top of C/C++ and OpenGL, your game runs at native speed and fully utilizes the power of CPUs and GPUs underneath. a number of small samples to help beginners with some of the basics. When an instance is created, init function is called to do the initialization: Player = Core.class(Sprite) In this article, we shall look at Gideros and understand the basics. Clean OOP approach Gideros provides its own class system with all the basic OOP standards, enabling you to write clean and reusable code for any of your future games. For more information about tweening and Movieclips, see Gideros Studio Reference. Stage:addChild(Player.new()) - create and add a player instance to the stage Player = Core.class(Sprite) - create your own player class Menu = Core.class(Sprite) - create your own menu class Name your project HelloBall: Here is our development environment where you create/manage assets and run your code: Your First Code. For example, you can create your EventDispatcher class as: MyEventDispatcher = Core.class(EventDispatcher)īy using Inheritance, you can design and implement the visual elements of your game separately: StartButton = Core.class(Sprite) - create your own start button class Then create a new project from FileNew Project menu. Or inherit from Gideros API’s own classes ( EventDispatcher, Sprite, etc.). YouĬan create your own classes like: M圜lass = Core.class() For example, to createĪ Sprite, Texture, Bitmap and a Timer instance: local sprite = Sprite.new()Ĭore.class function is used to create your own classes through inheritance. Instances in Gideros is created through new function. Gideros API is a Lua table with a metatable attached. Gideros follows the same paradigm in its API design. (For the detailed discussion of object oriented programming in Lua, please refer to ) Therefore, it is possible to emulate OO programming and In Lua, each object can define its own behaviour But Lua is a multi-paradigm language and have roots from S.Lua does not support classes the way that languages like C++, Java andĪctionScript do.

This guide has been written by the following authors:Ĭaroline Begbie, Atılım Çetin, Görkem Çetin, Nathan Doss, Michael Hartlef, Jayant Varma, Deniz A. This guide will help you get familiar with the most important parts of Gideros Studio, and will cover the basics of the Lua language. This guide is for you if you're curious about application and/or game programming using the Lua language. You are allowed to reproduce parts of this guide on your web page, or in printed form, provided that you link back to the guide web page on (for latest updates). The whole guide can be reproduced in other forms (e.g electronic or written), without permission in writing from the authors, provided that this copyright page remains intact. 'The Ultimate Guide to Gideros Studio' is Copyright © 2011-2020 by its authors.

Gideros basics