public void Setup()
{
id = Guid.NewGuid().ToString();
stateFactory = new SimulationStateFactory(new PlantDescriptorService());
plant = TestPlant.CreatePlant();
stateData = new SimulationStateSnapshot(100);
}
public static void SaveMemoryUsage(string path, IPlant plant)
{
StringBuilder str = new StringBuilder();
if (!File.Exists(path))
{
str.AppendLine("\"Part Count\";\"Cell Count\";\"Usage (MB)\"");
}
int cellCount = 0;
int partCount = 0;
var parts = new Stack <IPlantPart>(new IPlantPart[] { plant.ShootSystem.Stem, plant.RootSystem.PrimaryRoot });
while (parts.Count > 0)
{
var p = parts.Pop();
cellCount += p.Cells.Count();
partCount++;
foreach (var c in p.Connections)
{
parts.Push(c);
}
}
str.AppendLine($"\"{partCount}\";\"{cellCount}\";\"{MemoryUsage()}\"");
File.AppendAllText(path, str.ToString(), Encoding.UTF8);
}
public AddProgressReportViewModel(IPlant plant)
{
Plant = plant;
PopulateData();
SaveCommand = new Command(SaveReport, CanExecute);
CancelCommand = new Command(Cancel, CanCancel);
}
private IPlant GeneratePlant(string name, int wonumber)
{
IPlant plant = Substitute.For <IPlant>();
plant.Name.Returns(name);
IMes mes = Substitute.For <IMes>();
IWork wo = Substitute.For <IWork>();
Dictionary <int, IWork> dic = new Dictionary <int, IWork>();
wo.Id.Returns(wonumber);
wo.Operations.Returns(new List <Op>()
{
new Op(Op.OpTypes.DrillOpType1)
});
wo.CurrentOpIndex.Returns(1);
dic.Add(wonumber, wo);
mes.Workorders.Returns(dic);
plant.Mes.Returns(mes);
IAcceptWorkorders wc = Substitute.For <IAcceptWorkorders>();
wc.Name.Returns("Wc" + wonumber);
wc.ListOfValidTypes().Returns(new List <Op.OpTypes>()
{
Op.OpTypes.DrillOpType1
});
plant.Workcenters.Returns(new List <IAcceptWorkorders>()
{
wc
});
return(plant);
}
/// <summary>
/// Updates the model (Just one column)
/// Updates the lists of Cultivar and Field names in the model.
/// This is used when the model has been changed. For example, when a
/// new crop has been selecled.
/// </summary>
/// <param name="model">The new model</param>
private void UpdateModel(int propListIndex)
{
IGridCell curCell = this.grid.GetCurrentCell;
for (int i = 0; i < this.properties[propListIndex].Count; i++)
{
IGridCell cell = this.grid.GetCell(propListIndex + 1, i); //add 1 because of Description column
if (curCell != null && cell.RowIndex == curCell.RowIndex && cell.ColumnIndex == curCell.ColumnIndex)
{
continue;
}
if (this.properties[propListIndex][i].Display.Type == DisplayType.CultivarName)
{
IPlant crop = this.GetCrop(this.properties[propListIndex]);
if (crop != null)
{
cell.DropDownStrings = this.GetCultivarNames(crop);
}
}
else if (this.properties[propListIndex][i].Display.Type == DisplayType.FieldName)
{
string[] fieldNames = this.GetFieldNames(propListIndex);
if (fieldNames != null)
{
cell.DropDownStrings = fieldNames;
}
}
}
}
void OnPlantUI(IPlant plant, PlantBase.BaseInfo info)
{
if (activeInfo != info && LeftMouseDown && IsMouseAround(info.position.ToVector3()))
{
Event.current.Use();
CourseBase.ActivePlant = plant;
activeInfo = info;
firstHit = CourseBase.CameraTerrainHit;
originalPoint = info.position.ToVector3();
if (MainToolUI.SelectedTool != MainToolUI.Tool.PlantTool)
{
MainToolUI.SelectedTool = MainToolUI.Tool.PlantTool;
}
return;
}
if (info == activeInfo)
{
RaycastHit?hit = CourseBase.CameraTerrainHit;
if (firstHit != null && hit != null)
{
PlatformBase.Editor.RecordObject(plant.Transform.gameObject, "Plant Info Position Change");
Vector3 position = (originalPoint + hit.Value.point - firstHit.Value.point);
position.y = CourseBase.TerrainHeight(position.x, position.z);
plant.Position = position;
info.position.Set(position);
}
}
}
/// <summary>
/// Updates the lists of Cultivar and Field names in the model.
/// This is used when the model has been changed. For example, when a
/// new crop has been selecled.
/// </summary>
/// <param name="model">The new model</param>
public void UpdateModel(Model model)
{
this.model = model;
if (this.model != null)
{
IGridCell curCell = this.grid.GetCurrentCell;
for (int i = 0; i < this.properties.Count; i++)
{
IGridCell cell = this.grid.GetCell(1, i);
if (curCell != null && cell.RowIndex == curCell.RowIndex && cell.ColumnIndex == curCell.ColumnIndex)
{
continue;
}
if (this.properties[i].Display != null &&
this.properties[i].Display.Type == DisplayType.CultivarName)
{
IPlant crop = this.GetCrop(this.properties);
if (crop != null)
{
cell.DropDownStrings = this.GetCultivarNames(crop);
}
}
else if (this.properties[i].Display != null &&
this.properties[i].Display.Type == DisplayType.FieldName)
{
string[] fieldNames = this.GetFieldNames();
if (fieldNames != null)
{
cell.DropDownStrings = fieldNames;
}
}
}
}
}
public GenericPlantRunner(IPlant plant, SimulationEnvironment environment, IPlantGrower plantGrower, FluidsPlantCycle sucroseCycle)
{
this.plantGrower = plantGrower;
this.sucroseCycle = sucroseCycle;
Plant = plant;
Environment = environment;
}
public GenericCellGrower(IPlant plant, SimulationEnvironment environment, ICellBodySystemSolver systemSolver, IPlantSimulatorOptionsService optionsService)
{
this.plant = plant;
this.environment = environment;
this.systemSolver = systemSolver;
this.optionsService = optionsService;
}
private bool PopulateData(IPlant plant)
{
SaveCommand = new Command(Save, CanSave);
CancelCommand = new Command(Cancel, CanCancel);
try
{
Strains = Strain.FindAll().OrderBy(x => x.Name);
Schedules = Schedule.FindAll().OrderBy(x => x.Name);
Gardens = Garden.FindAll().OrderBy(x => x.Name);
if (plant == null)
{
Plant = new Plant();
return(true);
}
Plant = Plant.Find(plant.Id);
SelectedSchedule = Schedules.Where(x => x.Id == plant.ScheduleId).FirstOrDefault();
SelectedStrain = Strains.Where(x => x.Id == plant.Strain.Id).FirstOrDefault();
SelectedGarden = Gardens.Where(x => x.Id == plant.GardenId).SingleOrDefault();
_isDirty = false;
return(true);
}
catch (Exception)
{
return(false);
}
}
protected void SetUp()
{
Test test = new Test("Default", 0, 0, 0, 0, 0);
Configuration.Initialize(test);
_workorder = Substitute.For <IWork>();
_workorder.CurrentOpType.Returns(Op.OpTypes.DrillOpType1);
_workorder.CurrentOpSetupTime.Returns(0);
_workorder.CurrentOpEstTimeToComplete.Returns(1);
_workorder.Id.Returns(1);
ISchedulePlants ps = Substitute.For <ISchedulePlants>();
ps.ValidateWoForMachines(Arg.Any <int>(), Arg.Any <string>()).Returns(x => x[0]);
_plant = Substitute.For <IPlant>();
_plant.PlantScheduler.Returns(ps);
_bigData = Substitute.For <IHandleBigData>();
_bigData.IsBreakdown(Arg.Any <string>(), Arg.Any <DayTime>()).Returns(x => x[1]);
_bigData.IsNonConformance(Arg.Any <string>()).Returns(false);
_mes = Substitute.For <IMes>();
_dayTime = new DayTime();
_subject = new Workcenter("TestWC", Machine.Types.BigDrill);
_subject.SetMes(_mes);
_subject.AddPlant(_plant);
_subject.AddBigData(_bigData);
}
protected new void DestroyOrganism()
{
base.DestroyOrganism();
eatable = false;
plantFuncs = null;
grownWatch.Stop();
}
public static void CollectInput(Farm farm, IPlant sunflower)
{
Utils.Clear();
try
{
for (int i = 1; i <= farm.PlantFields.Count; i++)
{
IPlantable field = farm.PlantFields[i - 1];
if (field.Capacity > field.numOfPlants())
{
Console.WriteLine($"{i}. {field.Type} {field.shortId()} has {field.numOfPlants() / field.PlantsPerRow } rows of plants.");
// Print out the counts of each type of animal
var counts = field.Plants.GroupBy(plant => plant.Type)
.Select(group => new PrintReport
{
Name = group.Key,
Count = group.Count()
});
foreach (PrintReport report in counts)
{
Console.WriteLine($"{report.Name}: {report.Count}");
}
}
else
{
Console.WriteLine($"{i}. {farm.PlantFields[i-1].Type} {farm.PlantFields[i-1].shortId()} is at capacity with {farm.PlantFields[i - 1].numOfPlants()} plants.");
}
}
// for (int i = 1; i <= farm.PlantFields.Count; i++) {
// Console.WriteLine($"{i}. {farm.PlantFields[i - 1].Type} {farm.PlantFields[i - 1].shortId()} has {farm.PlantFields[i - 1].numOfPlants()} plants.");
// }
Console.WriteLine();
// How can I output the type of seed chosen here?
Console.WriteLine($"Place the plant where?");
Console.Write("> ");
int choice = Int32.Parse(Console.ReadLine());
farm.PlantFields[choice - 1].AddResource(sunflower);
}
catch
{
Console.WriteLine("Please enter a valid selection.");
Thread.Sleep(1000);
CollectInput(farm, sunflower);
}
/*
* Couldn't get this to work. Can you?
* Stretch goal. Only if the app is fully functional.
*/
// farm.PurchaseResource<IGrazing>(animal, choice);
}
protected void SetUp()
{
_plant1 = Substitute.For <IPlant>();
_plant1.Name.Returns(PLANT1_NAME);
IMes mes1 = Substitute.For <IMes>();
ISchedulePlants isp1 = Substitute.For <ISchedulePlants>();
_plant1.Mes.Returns(mes1);
_plant1.PlantScheduler.Returns(isp1);
_plant1.Workcenters.Returns(new List <IAcceptWorkorders>());
_plant2 = Substitute.For <IPlant>();
_plant2.Name.Returns(PLANT2_NAME);
IMes mes2 = Substitute.For <IMes>();
ISchedulePlants isp2 = Substitute.For <ISchedulePlants>();
_plant2.Mes.Returns(mes2);
_plant2.PlantScheduler.Returns(isp2);
_plant2.Workcenters.Returns(new List <IAcceptWorkorders>());
List <IPlant> list = new List <IPlant>()
{
_plant1, _plant2
};
_subject = new Erp(ERP_NAME);
_subject.Add(_plant1);
_subject.Add(_plant2);
}
static void Write(IPlant plant, ICompany company)
{
Multicast writeInfo = plant.Write_Plant;
writeInfo += company.Write_Company;
writeInfo();
}
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);
}
public IPlant Grow()
{
IPlant plant = _seedBank.Identify(this);
plant.Plant(_soil);
return(plant.Grow());
}
public EditPlantViewModel(IPlant plant)
{
if (!PopulateData(plant))
{
Plant = new Plant();
_isDirty = false;
}
}
private PlantModelState CreatePlantState(IPlant plant)
{
return(new PlantModelState
{
ShootSystem = CreateShootState(plant.ShootSystem),
RootSystem = CreateRootState(plant.RootSystem)
});
}
public void AddPlant(IPlant plant)
{
if (_plant != null)
{
return;
}
_plant = plant;
}
public int EatPlant(IPlant p)
{
if (p != null)
{
return(p.GetEatenQuantity(this.biteSize));
}
return(0);
}
public SimulationState Create(string id, IPlant plant, SimulationStateSnapshot data)
{
return(new SimulationState
{
Id = id,
SimulationTime = data.CurrentTime,
Plant = CreatePlantState(plant)
});
}
public FluidsPlantCycle(IPlant plant, IPlantSimulatorOptionsService optionsService,
ICarrierCollection <Sucrose> sucroseCarrierCollection, ILoggerAdapter <FluidsPlantCycle> logger)
{
this.plant = plant;
this.optionsService = optionsService;
this.sucroseCarrierCollection = sucroseCarrierCollection;
this.logger = logger;
random = new Random(optionsService.Options.Simulation.RandomSeed);
}
public int EatPlant(IPlant plant)
{
if (plant != null)
{
++this.Size;
return(plant.GetEatenQuantity(this.biteSize));
}
return(0);
}
public static void CollectInput(Farm farm, IPlant plant)
{
Utils.Clear();
try {
for (int i = 1; i <= farm.NaturalFields.Count; i++)
{
NaturalField field = farm.NaturalFields[i - 1];
if (field.Capacity > field.numOfPlants())
{
Console.WriteLine($"{i}. Natural Field {field.shortId()} has {(field.numOfPlants() / 6)} rows of plants.");
// Print out the counts of each type of animal
var counts = field.Plants.GroupBy(plant => plant.Type)
.Select(group => new PrintReport {
Name = group.Key,
Count = group.Count()
});
foreach (PrintReport report in counts)
{
Console.WriteLine($"{report.Name}: {report.Count}");
}
}
else
{
Console.WriteLine($"{i}. Natural Field {field.shortId()} is at capacity with {field.numOfPlants()} plants.");
// Print out the counts of each type of animal
var counts = field.Plants.GroupBy(plant => plant.Type)
.Select(group => new PrintReport {
Name = group.Key,
Count = group.Count()
});
foreach (PrintReport report in counts)
{
Console.WriteLine($"{report.Name}: {report.Count}");
}
}
}
Console.WriteLine();
// How can I output the type of seed chosen here?
Console.WriteLine($"Place the plant where?");
Console.Write("> ");
int choice = Int32.Parse(Console.ReadLine());
farm.NaturalFields[choice - 1].AddResource(plant);
} catch {
Console.WriteLine("Please enter a valid selection.");
Thread.Sleep(1000);
CollectInput(farm, plant);
}
}
public virtual void Process(InitializePlantArgs args)
{
IPlant plant = args.IPlantObject;
if (plant.Description.IsNullOrEmpty() || plant.HumanSupportingName.IsNullOrEmpty())
{
Log.Warn("Plant '{0}' doesn't provide correct name and description. It will be disabed".FormatWith(args.PlantID), this);
args.Abort();
args.ResolvedPlantEx = null;
}
}
/// <summary>Get a list of cultivars for crop.</summary>
/// <param name="crop">The crop.</param>
/// <returns>A list of cultivars.</returns>
public static string[] GetCultivarNames(IPlant crop)
{
Simulations simulations = (crop as IModel).FindAncestor <Simulations>();
Replacements replacements = simulations.FindChild <Replacements>();
if (replacements == null)
{
return(crop.CultivarNames);
}
IPlant replacementCrop = replacements.FindChild((crop as IModel).Name) as IPlant;
if (replacementCrop != null)
{
return(replacementCrop.CultivarNames);
}
// Check for cultivar folders under replacements.
List <string> cultivarNames = crop.CultivarNames.ToList();
foreach (CultivarFolder cultivarFolder in (crop as IModel).FindAllChildren <CultivarFolder>())
{
IModel replacementFolder = replacements.FindChild(cultivarFolder.Name);
if (replacementFolder != null)
{
// If we find a matching cultivar folder under replacements, remove
// all cultivar names added by this folder in the official plant
// model, and add the cultivar names added by the matching cultivar
// folder under replacements.
foreach (IModel cultivar in cultivarFolder.FindAllDescendants <Cultivar>())
{
cultivarNames.Remove(cultivar.Name);
// If the cultivar has memo children, then the memo text will
// be appended to the cultivar name after a vertical bar |.
// Technically, there could be a cultivar x and x|y, but the UI
// will prevent users from doing this, so the user would really
// just be digging their own hole at this point.
cultivarNames.RemoveAll(c => c.StartsWith(cultivar.Name + "|"));
}
foreach (Alias alias in cultivarFolder.FindAllDescendants <Alias>())
{
cultivarNames.RemoveAll(c => c.StartsWith(alias.Name + "|"));
}
foreach (IModel cultivar in replacementFolder.FindAllDescendants <Cultivar>())
{
cultivarNames.Add(cultivar.Name);
}
}
}
return(cultivarNames.ToArray());
}
protected void Setup()
{
_dayTime = new DayTime();
_plant1 = GeneratePlant("P1", 1);
_plant2 = GeneratePlant("P2", 2);
//List<IPlant> list = new List<IPlant>() { _plant1, _plant2 };
_customer = new Customer();
_subject = new Enterprise(_customer);
_subject.Add(_plant1);
_subject.Add(_plant2);
}
public static void Print(object obj)
{
IPlant plant = obj as IPlant;
if (plant as IPlant != null)
{
Print(plant);
}
else
{
Console.WriteLine("---------------Print for " + obj.GetType() + "---------------");
Console.WriteLine(obj.ToString());
}
}
public virtual void Process(InitializePlantArgs args)
{
IPlant plant = args.IPlantObject;
try
{
plant.Initialize();
}
catch (Exception ex)
{
Log.Error("Unable to initialize plant {0}".FormatWith(plant.GetType()), ex, this);
args.Abort();
}
}
public Rabbit(IPlant food)
{
this.Food = food;
}
public Plant(IPlant plant)
: base(plant)
{
}
public void DoSomething(IPlant plant)
{
Console.WriteLine(String.Format("{0} has a soil moisture of {1}% and needs some water", plant.Name, plant.SoilMoisture));
}
