package resonantinduction.mechanical.fluid;

import com.builtbroken.common.science.ChemElement;
import com.builtbroken.common.science.ChemicalCompound;

/**
 * Enum of gases used to create all the gas fluids
 * 
 * @author DarkGuardsman
 */
public enum EnumGas
{
	CARBONDIOXIDE("Carbon DiOxide", false), OXYGEN(ChemElement.Oxygen, 2f, true),
	BUTANE(ChemicalCompound.BUTANE, true), METHANE(ChemicalCompound.METHANE, true),
	NATURAL_GAS("Natural Gas", false), PROPANE("Propane", false);

	/** Name used when creating this as a fluid */
	public final String fluidName;
	/** Name used to display to the players */
	public final String name;
	/**
	 * Object data reference that was used to create this gas, can be a ChemicalCompound, Element,
	 * or Fluid
	 */
	public final Object data;
	public boolean enabled = false;
	/** Only used for elements since when used as a gas they sometimes bind together */
	private float molePerGasMolecule = 1.0f;
	/** Local instance of the gas used when the getGas method is called */
	private Gas gas;

	private EnumGas(String name, boolean enabled)
	{
		this.fluidName = name.replace(" ", "").toLowerCase();
		this.name = name;
		data = null;
		this.enabled = enabled;
	}

	private EnumGas(ChemicalCompound compound, boolean enabled)
	{
		this.fluidName = "gas:" + compound.compoundName.replace(" ", "").toLowerCase();
		this.name = compound.compoundName;
		data = compound;
		this.enabled = enabled;
	}

	private EnumGas(ChemElement element, float molesPerGasMolecule, boolean enabled)
	{
		this.fluidName = "gas:" + element.elementName.replace(" ", "").toLowerCase();
		this.name = element.elementName;
		data = element;
		this.enabled = enabled;
		this.molePerGasMolecule = molesPerGasMolecule;
	}

	public Gas getGas()
	{
		if (gas == null)
		{
			gas = new Gas(fluidName);
			if (data instanceof ChemElement)
			{
				gas.setDensity((int) ((ChemElement) data).density * 1000);
			}
			else if (data instanceof ChemicalCompound)
			{
				gas.setDensity((int) ((ChemicalCompound) data).density * 1000);
			}
			else
			{
				gas.setDensity(-1000);
			}
		}
		return gas;
	}
}