public SerializablePopulation(Population population)
{
// Set the first few fields
count = population.Count;
prePopulationCount = population.PrePopulationCount;
foodDominance = population.FoodDominance;
origin = population.Origin;
// Create a list with all the entries in the needs dictionary
IEnumerable <SerializableNeed> entries = population.Needs.Values
.Select(need => new SerializableNeed(need));
needs = new List <SerializableNeed>(entries);
// Set the remaining fields
growthCalculator = new SerializableGrowthCalculator(population.GrowthCalculator);
isPaused = population.IsPaused;
hasAccessibilityChanged = population.HasAccessibilityChanged;
}
private void UpdateItems()
{
// Destroy any existing items on update
foreach (VerboseInspectorItem item in items)
{
Destroy(item.gameObject);
}
// Clear out the list
items.Clear();
// Try to get the game manager
GameManager gameManager = GameManager.Instance;
// Check if there is a game manager and a connected inspector
if (gameManager && inspector)
{
// Get the tile data at the inspector's position and display all the data as a JSON
TileData tileData = gameManager.m_tileDataController.GetTileData(inspector.selectedPosition);
CreateInspectorItem(tileData);
if (tileData.Food)
{
// Inspect the food source component
FoodSource food = tileData.Food.GetComponent <FoodSource>();
CreateInspectorItem(food);
CreateInspectorItem(food.Species);
}
if (tileData.Animal)
{
// Get some references to the objects we will inspect
Animal animal = tileData.Animal.GetComponent <Animal>();
SerializablePopulation population = new SerializablePopulation(animal.PopulationInfo);
SerializableGrowthCalculator growthCalculator = new SerializableGrowthCalculator(animal.PopulationInfo.GrowthCalculator);
CreateInspectorItem(animal.PopulationInfo.Species);
CreateInspectorItem(population, "Population");
}
}
}
