public PokemonProvider(
IProbabilityUtility probabilityUtility,
IPokemonRepository pokemonRepository,
IOptions <PersistentConfig> pokemonGeneratorConfig)
{
_probabilityUtility = probabilityUtility;
_pokemonRepository = pokemonRepository;
_config = pokemonGeneratorConfig;
}
public PokemonMoveProvider(
IPokemonRepository pokemonRepository,
IProbabilityUtility probabilityUtility,
IOptions <PersistentConfig> config,
Random random)
{
_pokemonRepository = pokemonRepository;
_probabilityUtility = probabilityUtility;
_random = random;
_config = config;
}
public void GaussianRandomWithConfigTest(int low, int high, double meanConfig, double stdDeviationConfig)
{
config.Mean = meanConfig;
config.StandardDeviation = stdDeviationConfig;
probabilityUtility = new ProbabilityUtility(random, config);
var result = Enumerable.Range(0, iterations).Select(i => probabilityUtility.GaussianRandom(low, high));
var resultMean = result.Average();
var resultStdDeviation = Math.Sqrt(result.Select(i => Math.Pow(i - resultMean, 2D)).Average());
var mean = low + (high - low) * meanConfig;
var stdev = (high - low) * stdDeviationConfig;
// Assert
Assert.True(Math.Abs(resultMean - mean) / mean <= stdDeviation, $"Mean Expected: {mean}, Actual: {resultMean}");
Assert.True(Math.Abs(resultStdDeviation - stdev) / stdev <= stdDeviation, $"Standard Deviation Expected: {stdev}, Actual: {resultStdDeviation}");
}
public ProbabilityUtilityTests()
{
config = new GeneratorConfig();
random = new Random("The cake is a lie".GetHashCode());
probabilityUtility = new ProbabilityUtility(random, config);
}
public PokemonStatProvider(IPokemonRepository pokemonRepository, IProbabilityUtility probabilityUtility)
{
_pokemonRepository = pokemonRepository;
_probabilityUtility = probabilityUtility;
}
