public IShapeConfigurator ConfigureGenerationStrategy(GenerationStrategy strategy)
{
GenerationStrategy = strategy;
Logging.Instance.Write("[ShapeBuilder] Configured Generation Strategy", LoggingLevel.Pattern);
return(this);
}
/// <summary>
/// Creates a new generation.
/// </summary>
/// <param name="chromosomes">The chromosomes for new generation.</param>
public virtual void CreateNewGeneration(IList <IChromosome> chromosomes)
{
ExceptionHelper.ThrowIfNull("chromosomes", chromosomes);
chromosomes.ValidateGenes();
CurrentGeneration = new Generation(++GenerationsNumber, chromosomes);
Generations.Add(CurrentGeneration);
GenerationStrategy.RegisterNewGeneration(this);
}
public void GenerateTableContent(GenerationStrategy <T> generationStrategy)
{
IList <T> content = generationStrategy();
foreach (T elem in content)
{
adao.Create(elem);
}
}
public EncryptionConfig(string stopCondStr = DEFAULT_STOP_COND_STR,
char encFlag = DEFAULT_ENC_FLAG,
char decFlag = DEFAULT_DEC_FLAG,
GenerationStrategy <EncryptionData> generationStrategy = null)
{
StopCondStr = stopCondStr;
EncFlag = encFlag;
DecFlag = decFlag;
this.generationStrategy = generationStrategy == null ? DefaultGenerationStrategy : generationStrategy;
}
} // Needed for JSON deserialization
/// <summary>
/// Generate a shape somewhere in the given region using the provided strategy.
/// CenterPos will be set to the position of the first generated ShapeBlock
/// </summary>
public BaseShape(GenerationStrategy strategy, int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY)
{
var blocks = strategy.GenerateShapeBlocks(lowerBoundX, lowerBoundY, upperBoundX, upperBoundY);
CenterPosX = blocks[0].OffsetX;
CenterPosY = blocks[0].OffsetY;
this.lowerBoundY = lowerBoundY;
this.upperBoundY = upperBoundY;
ShapeBlocks = GenerationStrategy.MakeRelative(blocks, CenterPosX, CenterPosY);
Strategy = strategy;
}
/// <summary>
/// Get the first out-of-bounds ShapeBlocks, which should be sent to client. Called by host.
/// </summary>
public override List <ShapeBlock> GetNextBlocks()
{
var nextBlock = ShapeBlocks.FirstOrDefault(x => x.OffsetX >= GameSettings.HorizontalCellCount);
if (nextBlock is null)
{
// Generate blocks for the next screen
var lastBlock = ShapeBlocks.Last();
var blocks = Strategy.GenerateShapeBlocks(lastBlock.OffsetX + 1, lowerBoundY, GameSettings.HorizontalCellCount * 2, upperBoundY, lastBlock.OffsetY + CenterPosY);
nextBlock = blocks.First();
ShapeBlocks.AddRange(GenerationStrategy.MakeRelative(blocks, CenterPosX, CenterPosY));
}
return(ShapeBlocks.Where(x => x.OffsetX == nextBlock.OffsetX).ToList());
}
public override BaseShape CreateStaticShape(Shape shape, GenerationStrategy strategy, int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY)
{
Logging.Instance.Write("Abstract Factory -> ImpassableShapeFactory used (" + shape + ")");
switch (shape)
{
case Shape.Platform:
return(impassablePlatformBuilder
.Configure()
.ConfigureBounds(lowerBoundX, lowerBoundY, upperBoundX, upperBoundY)
.ConfigureGenerationStrategy(strategy)
.Build());
default: throw new ArgumentException("Shape is not found");
}
}
/// <summary>
/// Counts a number of arguments needed for correct value generation
/// </summary>
/// <param name="strategy">Generation strategy</param>
/// <returns>Integral number of arguments</returns>
private static int ParamsLength(GenerationStrategy strategy)
{
var result = 1; // Constant is defined by 1 parameter
switch (strategy)
{
case GenerationStrategy.Iterate:
result = 3; // From ... To ... Step ...
break;
case GenerationStrategy.Random:
result = 2; // From ... To ...
break;
}
return(result);
}
public abstract BaseShape CreateStaticShape(Shape shape, GenerationStrategy strategy, int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY);
} // Needed for JSON deserialization
public ImpassablePlatform(GenerationStrategy strategy, int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY)
: base(strategy, lowerBoundX, lowerBoundY, upperBoundX, upperBoundY)
{
}
public EntityShape(GenerationStrategy strategy, int lowerBoundX, int lowerBoundY, int upperBoundX, int upperBoundY)
: base(strategy, lowerBoundX, lowerBoundY, upperBoundX, upperBoundY)
{
}
public VariableGeneratorMetadata(String name, GenerationStrategy strategy, params double[] parameters)
{
this.variableName = name;
this.strategy = strategy;
this.parameters = VerifyParameters(parameters);
}
