public static void AddFluidsPlant(this IServiceCollection service)
{
// Helper classes if they don't exist
service.TryAddTransient <IPlantPartCellCreator, PlantPartCellCreator>();
service.AddSingleton <FluidTransporter <Sucrose>, SucroseTransporter>();
service.AddSingleton <ICarrierCollection <Sucrose>, SucroseCarrierCollection>();
service.AddSingleton <FluidsPlantCycle>();
// Part Factories
service.AddTransient(p => CornCellTypeLocator.GetCornCellTypeLocator());
// Construct the plant with stem and main root
service.AddTransient(provider => new GenericShootSystem(CreateStem(provider)));
service.AddTransient(provider => new GenericRootSystem(CreateRoot(provider)));
service.AddSingleton <IPlant, FluidsPlant>();
}
public void SetUp()
{
var cellFactory = new GenericCellFactory();
var cellCreator = new HexagonCellCreator(cellFactory);
var cellTypeLocator = CornCellTypeLocator.GetCornCellTypeLocator();
var optionsService = PlantSimulatorOptionsHelper.CreateOptionsService();
var cellGridCreator = new HexagonalCellGridFactory(cellCreator, cellTypeLocator, optionsService);
creator = new PlantPartCellCreator(cellGridCreator);
var internodeCells = creator.CreateCells(21, 17, new Vector3(0), 0f);
Internode internode = new GenericInternode(internodeCells, 0);
plant = internode.Cells;
collisionDetection = new CellCollisionDetection(new GeometryHelper());
}
public void Setup()
{
environment = new SimulationEnvironment {
LightPosition = new Vertex(0, 10000, 0), Temperature = 22
};
plant = TestPlant.CreatePlant();
cellFactory = new GenericCellFactory();
optionsService = PlantSimulatorOptionsHelper.CreateOptionsService();
divider = new GenericCellDivider(cellFactory);
helper = new GeometryHelper();
cellSizer = new GenericCellSizer(helper, new LoggerAdapter <GenericCellSizer>(new NullLogger <GenericCellSizer>()));
cellCollisionDetection = new CellCollisionDetection(helper);
bodySystemSolver = new GenericCellBodySystemSolver(cellCollisionDetection, cellSizer);
cellGrower = new GenericCellGrower(plant, environment, bodySystemSolver, optionsService);
descriptorService = new PlantDescriptorService();
cellCreator = new HexagonCellCreator(cellFactory);
gridCreator = new HexagonalCellGridFactory(cellCreator, CornCellTypeLocator.GetCornCellTypeLocator(), optionsService);
plantPartCellCreator = new PlantPartCellCreator(gridCreator);
internodePartFactory = new GenericInternodePartFactory(optionsService, gridCreator);
stemPartFactory = new GenericStemPartFactory(optionsService, internodePartFactory);
petiolePartFactory = new GenericPetiolePartFactory(cellFactory, optionsService);
nodePartFactory = new GenericNodePartFactory(optionsService, cellFactory, stemPartFactory, petiolePartFactory);
internodePlantPartDevelopment = new InternodePartDevelopment(optionsService, nodePartFactory, cellGrower, descriptorService, internodePartFactory);
rootFactory = new GenericRootPartFactory(optionsService, plantPartCellCreator);
rootPlantPartDevelopment = new RootPartDevelopment(optionsService, nodePartFactory, rootFactory, cellGrower, descriptorService);
developer = new PlantPartDeveloper(internodePlantPartDevelopment, rootPlantPartDevelopment);
sucroseCarrierCollection =
new SucroseCarrierCollection(
new LoggerAdapter <SucroseCarrierCollection>(new NullLogger <SucroseCarrierCollection>()));
sucroseTransporter = new SucroseTransporter(cellCollisionDetection, helper, sucroseCarrierCollection, new LoggerAdapter <FluidTransporter <Sucrose> >(new NullLogger <FluidTransporter <Sucrose> >()));
plantGrower = new GenericPlantGrower(bodySystemSolver, developer, sucroseTransporter);
runner = new GenericPlantRunner(plant, environment, plantGrower, new FluidsPlantCycle(plant, optionsService, sucroseCarrierCollection, new LoggerAdapter <FluidsPlantCycle>(new NullLogger <FluidsPlantCycle>())));
RangeExtensions.Random = new Random(optionsService.Options.Simulation.RandomSeed);
}
