Tools 4 Polygons

Before you can select your game engine you need to make a few choices. Who is my target audience? Is it PC, PS3, iPhones or anyone with a webbrowser? Then you will need to start looking for technology that you can use to develop for that platform. This may give you a number of different solutions to choose from, after which you then pick one that best suits your needs based on your skill set and requirements. The game platform(s) Before looking for the game engine you need to decide what platform (or platforms) you are going to be targeting and how you would like to deliver the MMO to your user. Firstly lets look at a few delivery mechanisms.

Introduction A lot of websites say that making a MMO by yourself is hard work. And I fully agree with each and every one of them. Creating a MMO is indeed incredibly difficult.  If you were to build an MMO yourself you will need experience in everything from 3D graphics, networking, website design, scripting engines and much much more. This is no easy task, but it is very interesting. There are many ways of developing your own MMO. You could use some of the free or commercially available engines that are already on the market (HeroEngine, Multiverse or Eclipse) but my interest is not actually in how to make the Game but more in how to make the technology behind the game and to also share that with you, my reader.

Irrlicht Viewer Code Now that we have all the data loaded the next thing we want to do is open up a Irrlicht Viewer and view the scene as it will appear in any game we might make. Firstly there is the RunGameCommand. This is a bit different from the other load command because we want to run the game in its own thread. So to do this we will use Cinema4D thread. In this case we have created a new class called GameThread that is amember of the  RunGameCommand.

The LoadQuake Command Firstly there is the command itself, which is not that much. This just has an execute method and of course it is registered in the main.cpp file. class LoadQuakeCommandData : public CommandData { public:    virtual Bool Execute(BaseDocument* doc); }; Bool RegisterQuakeLoaderCommandData() { //Note that I should really get another ID from the maxon plugin cafe here rather than go + 1   return RegisterCommandPlugin(ID_RUNGAME_CMD+1, "LoadQuake", 0, "", "LoadQuake", gNew LoadQuakeCommandData()); }

Introduction This tutorial will show you how to use the Irrlicht graphics engine to load quake levels into Cinema4D (including the mesh, materials and textures) and then export that back out again to the Irrlicht graphics engine to preview how your game level will look. You will learn about creating polygon objects, materials and textures in Cinema4D and how to access the data again for exporting.

Introduction In this tutorial we will be setting up the basic framework for rendering images to the viewport in Cinema4D. And to test this we will be creating a VideoPost plugin that will add a new renderer, our renderer, to the list of available renderers in Cinema4D. We will then set the renderer to simply color the entire viewport red. Before we begin make sure you have Visual Studio C++ Express Edition and Cinema4D 11.5 installed. If you do not have these tools setup then I suggest you follow through this tutorial to get your development environment setup .

Introduction This tutorial will demonstrate how to connect 2 or more copies of Cinema4D together and let each copy of Cinema4D have its own "player" cube object that they can move around in the scene. All other copies of Cinema4D that are also connected will also see the cube moving around the screen. This could be thought of as a very simple Multiplayer room where the each Cinema4D user has a cube as their "avatar" that they can move around the world. This tutorial will use Visual Studio 2008 C++ Express Edition, Cinema4D 11.5 and RakNet for the Game Networking Engine. If you want to know more then just read on...