ElysionKronos for Thorium

Posted by Johannes Stein on May 1, 2010 in Uncategorized | 0 comments

I think I’ve already mentioned the Thorium scripting language here in this blog.

So without further ado, here is a preview version of ElysionKronos for Thorium: Click to download (2,1 MB)
It is very easy to use and if you have used Java/JavaScript and/or Unity3D before, ElysionKronos for Thorium will be really familiar to you.

It comes with five little examples (/samples folder), a short readme on the general usage and a PDF containing documention for functions of some classes.
Currently there is just a Win32 binary included, but you can recompile it for Linux and Mac OS X (well, just Intel platforms on Mac OS X). If you compile it for Mac OS X you have to add

{$PIC OFF}

somewhere in the thorium.pas.

Thorium itself is licensed under the MPL 1.1 or GPL/LGPL license, the Elysion Frameworks and ElysionKronos for Thorium are licensed under the MIT or MPL license. Parts of the Elysion Frameworks might be licensed under a different license.

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Thorium Scripting Language

Posted by Johannes Stein on Mar 16, 2010 in Development, Games | 0 comments

So, I’ve been playing around with the Thorium scripting language lately. It’s a great project and I’m in the process of integrating Thorium into the Elysion frameworks.
The best feature is that I can use my Pascal classes directly in my script (if my class is derived from TThoriumPersistent and RegisterRTTIType is called with the correct parameters). I can declare the properties in my class and call these properties from my Thorium script without worrying about anything else.

This is a quick’n'dirty script I put together:

loadlibrary "core.std.io"
loadlibrary "elysion.kronos"

private elSprite sprite;
private elSprite sprite2;
private float angle;
private int al;

public void initialize()
{
	angle = 0;
	al = 0;

	sprite = elSprite.create();
	sprite.loadfromfile("test.png");
	sprite.x = 128;
	sprite.y = 128;

	sprite2 = elSprite.create();
	sprite2.loadfromfile("test.png");
	sprite2.x = 256;
	sprite2.y = 256;
	printf("Initialize\n");
}

public void render()
{
	sprite.draw();
	sprite2.draw();
	printf("Render\n");
}

public void update()
{
	printf("Update\n");
	angle++;
	if (angle == 360) angle = 0;
	sprite2.rotation = angle;

	al++;
	sprite.alpha = (al mod 255);

	if (sprite2.onmouseover) sprite2.visible = false;
		else sprite2.visible = true;
}

And here is the obligatory screenshot:

Graphics are loaned from Ari Feldman’s Spritelib GPL.

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