#PHYSICSEDITOR CORONA SDK HOW TO#
#PHYSICSEDITOR CORONA SDK FULL#
#PHYSICSEDITOR CORONA SDK ANDROID#

The credits view shows the credits and copyright of the application. It's the first interactive screen to appear in our game. Local gameBg = display.newImage('gameBg.png') The code snippet below draws the background to the screen. Import the library using the code snippet shown below.Ī simple background for the application's user interface. We'll use the physics library to handle collisions. The status bar is the bar at the top of the device's screen that shows the time, signal, and other indicators. If you're familiar with ActionScript or Java, you should find the project structure familiar.ĭtStatusBar(display.HiddenStatusBar) We'll structure our code as if it were a class. Create a new file and save it as a in your project folder. Any plain text editor will work, but it is recommended to use a text editor that has syntax highlighting. The configuration file shows the original screen size and the method used to scale the content in case the application is run on a different resolution.

#PHYSICSEDITOR CORONA SDK FULL#

We'll use a configuration file, a, to make the application go full screen across devices. Remember to give the images a descriptive name and save them in your project folder. I used the Adjust Size… option in the Tools menu in the Preview application on OS X. The graphics that we'll use for this tutorial can be found in the project included with this tutorial.ĭepending on the device you've selected, you may need to convert the graphics to the recommended resolution (ppi), which you can do in your favorite image editor. We'll use a simple user interface involving multiple shapes, buttons, bitmaps, and more.

#PHYSICSEDITOR CORONA SDK ANDROID#

However, the code of this tutorial can also be used in you target the Android platform. In particular, we'll be developing for the iPhone and iPod Touch. In this tutorial, we'll be focusing on the iOS platform in terms of graphics.

Samsung Galaxy SIII: 720px x 1280px, 306 ppi.

Motorola Droid X: 854px x 480px, 228 ppi.

Asus Nexus 7 Tablet: 800px x 1280px, 216 ppi.

A few of the more common screen characteristics are:

iPhone 5/iPod Touch: 1136px x 640px, 326 ppiīecause Android is an open platform, there are many different devices and resolutions.

iPhone/iPod Retina: 960px x 640px, 326 ppi.

iPhone/iPod Touch: 320px x 480px, 163 ppi.

The iOS platform has the following requirements: The first thing we have to do is select the platform we want to run our application on so we're able to choose the size for the images we'll use. You can modify the parameters in the code to customize the game. The player will be able to move a helicopter on the screen and needs to avoid any obstacles it comes across. Using ready-made graphics, we'll create an entertaining game using the Lua programming language and the Corona SDK APIs. The objective of the game is to avoid as many obstacles as you can to obtain the highest score. You'll learn more about touch controls, collision detection, and physics.

#PHYSICSEDITOR CORONA SDK HOW TO#

In this tutorial, I'll be showing you how to create an obstacles avoiding game using the Corona SDK.

Physicseditor corona sdk