Create README.md

README.md

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+# Gamacon
+A ECS C-modular game engine with a builtin renderer using the csfml.
+
+## Samples:
+You can find two examples games created using this engine.
+
+A simple 2D plateformer with good physics: [Twac](https://github.com/AnonymusRaccoon/Twac)
+
+An isometric RPG: [ForecastingVillage](https://github.com/AnonymusRaccoon/ForecastingVillage)
+
+## Deserialization & Modularity
+
+Gamacon has a fully xml based deserialization system. Every entity, scene and component can be deserialized from a prefab xml file.
+
+Scene should contains data at the top of the prefab file inside a <data> tag. Each entry will be loaded using one of the registered data_loader. You can create your own data_loader and register them using the ``engine->add_dataloader(engine, data_name, data_loader_fct)`` function.
+
+Gamacon also has a UI handler to ease development of graphical interfaces. For example, you can use a <button> tag with properties like x, y, width or height that handle pixel based or screen's percentage based properties. You also have a click property which will automatically handle your click input.
+
+
+To look at a read usage of prefabs or scene, take a look at [ForecastingVillage](https://github.com/AnonymusRaccoon/ForecastingVillage) which is the more complete project you can find created with this library.
+
+## Dependencies
+
+Gamacon needs four others libraries:
+ - [xmlParser](https://github.com/AnonymusRaccoon/xmlParser) to support a simple deserialization.
+ - [Quadtree](https://github.com/AnonymusRaccoon/Quadtree) to handle collisions
+ - [CSFML](https://www.sfml-dev.org/download/csfml/) to handle the display. Note that you can use another library to render your scenes but the default makefile rule will require you to have the csfml.
+ - libMy a replacement to the libC since we were not allowed to use the standard library durring projects where this game engine was used.
+