public IParticleFactory <Aggregate> Build(ISizeDistribution <double> psd, INeighborslistFactory neighborslistFactory, IAggregateFormationConfig config, ILogger logger)
{
switch (config.AggregateFormationType)
{
case AggregateFormationType.ClusterClusterAggregation:
default:
return(new ClusterClusterAggregationFactory(psd, config, logger, neighborslistFactory, config.RandomGeneratorSeed));
}
}
public ClusterClusterAggregationFactory(
ISizeDistribution <double> primaryParticleSizeDistribution,
IAggregateFormationConfig config,
ILogger logger,
INeighborslistFactory neighborslistFactory,
int seed = -1)
{
_psd = primaryParticleSizeDistribution;
_config = config;
_logger = logger;
_seed = seed;
_neighborslistFactory = neighborslistFactory;
}
public ParticleClusterAggregationFactory(
ISizeDistribution <double> psd,
Random rndGen,
IAggregateFormationConfig config,
INeighborslistFactory neighborslistFactory,
ILogger logger)
{
_psd = psd;
_rndGen = rndGen;
_config = config;
_logger = logger;
_neighborslistFactory = neighborslistFactory;
}
public AggregateFormationSimulationRunner(
IAggregateSizeDistributionFactory aggregateSizeDistributionFactory,
IPrimaryParticleSizeDistributionFactory primaryParticleSizeDistributionFactory,
IAggregateFormationFactory aggregateFormationFactory,
INeighborslistFactory neighborslistFactory,
IAggregateFormationConfig aggregateFormationConfig,
ILogger logger)
{
_aggregateFormationConfig = aggregateFormationConfig ?? throw new ArgumentException(nameof(aggregateFormationConfig));
_logger = logger ?? throw new ArgumentException(nameof(logger));
_aggregateFormationService = new AggregateFormationService(aggregateSizeDistributionFactory, primaryParticleSizeDistributionFactory, aggregateFormationFactory, neighborslistFactory, _aggregateFormationConfig, logger);
Progress = new Progress <ProgressReportModel>();
_cts = new CancellationTokenSource();
}
public FilmFormationService(
IFilmFormationConfig filmFormationConfig,
int seed
)
{
_filmFormationConfig = filmFormationConfig ?? throw new ArgumentException(nameof(filmFormationConfig));
_simulationBox = filmFormationConfig.SimulationBoxFactory.Build(_filmFormationConfig);
_aggregateDepositionHandler = filmFormationConfig.AggregateDepositionHandler;
_wallCollisionHandler = filmFormationConfig.WallCollisionHandler;
_neighborslistFactory = filmFormationConfig.NeighborslistFactory;
_rndGen = new Random();
if (seed > 0)
{
_rndGen = new Random(seed);
}
}
public AggregateFormationService(
IAggregateSizeDistributionFactory aggregateSizeDistributionFactory,
IPrimaryParticleSizeDistributionFactory primaryParticleSizeDistributionFactory,
IAggregateFormationFactory aggregateFormationFactory,
INeighborslistFactory neighborslistFactory,
IAggregateFormationConfig config,
ILogger logger)
{
_aggregateSizeDistributionFactory = aggregateSizeDistributionFactory ?? throw new ArgumentException(nameof(aggregateSizeDistributionFactory));
_primaryParticleSizeDistributionFactory = primaryParticleSizeDistributionFactory ?? throw new ArgumentException(nameof(primaryParticleSizeDistributionFactory));
_aggregateFormationFactory = aggregateFormationFactory ?? throw new ArgumentException(nameof(aggregateFormationFactory));
_neighborslistFactory = neighborslistFactory ?? throw new ArgumentException(nameof(neighborslistFactory));
_config = config ?? throw new ArgumentException(nameof(config));
_logger = logger ?? throw new ArgumentException(nameof(logger));
var rndGen = new Random();
_aggregateSizeDistribution = aggregateSizeDistributionFactory.Build(rndGen, config);
_primaryParticleSizeDistribution = primaryParticleSizeDistributionFactory.Build(rndGen, config);
_particleFactory = _aggregateFormationFactory.Build(_primaryParticleSizeDistribution, _neighborslistFactory, _config, _logger);
}
public FullSimulationRunner(
IAggregateFormationConfig aggregateFormationConfig,
SimulationMonitor simulationMonitor,
IAggregateSizeDistributionFactory aggregateSizeDistributionFactory,
IPrimaryParticleSizeDistributionFactory primaryParticleSizeDistributionFactory,
IAggregateFormationFactory aggregateFormationFactory,
INeighborslistFactory neighborslistFactory,
IFilmFormationConfig filmFormationConfig,
ILogger logger)
{
_filmFormationConfig = filmFormationConfig;
_progress = new Progress <ProgressReportModel>();
_filmFormationService = new FilmFormationService(filmFormationConfig);
_cts = new CancellationTokenSource();
_aggregateFormationConfig = aggregateFormationConfig ?? throw new ArgumentException(nameof(aggregateFormationConfig));
_aggregateSizeDistributionFactory = aggregateSizeDistributionFactory;
_primaryParticleSizeDistributionFactory = primaryParticleSizeDistributionFactory;
_aggregateFormationFactory = aggregateFormationFactory;
_neighborslistFactory = neighborslistFactory;
_logger = logger ?? throw new ArgumentException(nameof(logger));
_aggregateFormationService = new AggregateFormationService(_aggregateSizeDistributionFactory, _primaryParticleSizeDistributionFactory, _aggregateFormationFactory, _neighborslistFactory, _aggregateFormationConfig, logger);
}
public BallisticPorosityAnalyser()
{
_rndGen = new Random();
_neighborslistFactory = new AccordNeighborslistFactory();
}
public ANPaXLammpsDumpSerializer(INeighborslistFactory neighborslistFactory)
{
_neighborslistFactory = neighborslistFactory;
}
public T DeserializeFile <T>(string filename, INeighborslistFactory neighborslistFactory)
{
return((T)LammpsDumpDeserializer.DeserializeParticleFilm(filename, neighborslistFactory));
}
public static IParticleFilm <Aggregate> DeserializeParticleFilm(string filename, INeighborslistFactory neighborslistFactory)
{
var fileContent = File.ReadAllLines(filename);
var boxWidth = GetBoxWidth(fileContent);
var simulationBox = new AbsoluteTetragonalSimulationBox(boxWidth);
var particleFilm = new TetragonalAggregatedParticleFilm(simulationBox, neighborslistFactory)
{
Particles = GetAggregates(fileContent)
};
return(particleFilm);
}
