/// <summary>
/// (Tiffanie) Create a new Environment with the given values unique to a chosen type of Environment
/// </summary>
/// <param name="defaultFood"> The default amount of food in this type of environment </param>
/// <param name="defaultWater"> The default amount of water in this type of environment </param>
/// <param name="oxygenLevel"> The percentage of the atmosphere that is oxygen </param>
/// <param name="carbonDioxideLevel"> The percentage of the atmosphere that is carbon dioxide </param>
/// <param name="temperature"> The temperature of this environment </param>
/// <param name="probOfRain"> The probability of rain in this environment </param>
/// <param name="envImage"> The background image for this environment </param>
/// <param name="eventPic"> The image for the unique event of this environment </param>
/// <param name="envType"> The subclass representing the class or type of the environment </param>
public Environment(double defaultFood, int defaultWater,
int oxygenLevel, int carbonDioxideLevel,
int temperature, int probOfRain,
Image envImage, Image eventPic,
Enums.EnvironmentType envType)
{
// **** INITIALIZE ENVIRONMENT PARAMETERS BASED ON TYPE OF ENVIRONMENT ****
// Save the type of environment
environmentType = envType;
// Save the default amount of food and water in this biome
DefaultFood = defaultFood;
DefaultWater = defaultWater;
// Initialize the amount of food and water available in the environment to be the default values
// These values can be modified by the user in the StartForm
foodAvailability = DefaultFood;
waterAvailability = DefaultWater;
// Save the atmospheric composition
CarbonDioxideLevel = carbonDioxideLevel;
OxygenLevel = oxygenLevel;
// Save the environment's temperature
Temperature = temperature;
// Save probability of rain as a percent
probabilityOfRain = probOfRain;
// IMAGES
// Save the background of the environment
EnvironmentImage = envImage;
// Save image for the unique environmental event
EventImage = eventPic;
// Save image for rain event
RainImage = Properties.Resources.Rain;
}
/// <summary>
/// Creates and sets the environment of the current state
/// </summary>
/// <param name="envType">The type of the environment</param>
public void CreateEnvironment(Enums.EnvironmentType envType)
{
//check if a state exists
if (currentState != null)
{
//create a new environment using environment factory and assign it to the current states environment
currentState.GameEnvironment = EnvironmentFactory.CreateEnvironment(envType);
}
}
/// <summary>
/// Creates a new object that is of the given environment type
/// </summary>
/// <param name="environmentType">The type of environment to create</param>
/// <returns>An environment object of the given type</returns>
public static Environment CreateEnvironment(Enums.EnvironmentType environmentType)
{
//check which environment type is given and create the corresponding type of object
switch (environmentType)
{
case Enums.EnvironmentType.Rainforest:
return(new Rainforest());
case Enums.EnvironmentType.Greenhouse:
return(new Greenhouse());
case Enums.EnvironmentType.Tundra:
return(new Tundra());
case Enums.EnvironmentType.Desert:
return(new Desert());
default:
return(null);
}
}