public void startBuilding(TypeBuild type_build)
{
this.type_build = type_build;
cell_status = CellStatus.IN_PROCESS;
cur_progress = 0.0f;
max_progress = Const.getTimeForBuilding(type_build);
cell_bonuses = Const.getFactoryBonus(type_build);
}
public void OpenBarn(int humans, TypeBuild type)
{
foreach (var i in Inter[(int)type].Interface)
{
i.SetActive(true);
}
ActiveHumans(humans);
}
public Cell(RegionType parent_region)
{
this.region_type = parent_region;
cell_status = CellStatus.EMPTY;
type_build = TypeBuild.NONE;
cur_progress = 0.0f;
max_progress = 100.0f;
}
public void init(TypeBuild type_build)
{
img_icon.sprite = Const.getSpriteBuild(type_build);
txt_name.text = Const.getBuildName(type_build);
List <ValueClass> price = Const.getPriceForBuilding(type_build);
spawnPrice(price);
}
public static bool isBuildDependsOfYear(TypeBuild type_build)
{
switch (type_build)
{
case TypeBuild.FACTORY_1:
case TypeBuild.FACTORY_2:
case TypeBuild.LABARATORY:
case TypeBuild.FACTORY_3: return(false);
case TypeBuild.ORGANIC_TREES:
case TypeBuild.ORGANIC_GREENHOUSE:
case TypeBuild.ORGANIC_BUSHES: return(true);
default:
throw new ArgumentOutOfRangeException(nameof(type_build), type_build, null);
}
}
public static List <ValueClass> getFactoryBonus(TypeBuild type_build)
{
List <ValueClass> bonuses = new List <ValueClass>();
switch (type_build)
{
case TypeBuild.FACTORY_1:
bonuses.Add(ValueClass.createBonus(TypeValues.ROBOTS, 10));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, -5));
break;
case TypeBuild.FACTORY_2:
bonuses.Add(ValueClass.createBonus(TypeValues.ROBOTS, 25));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, -7.5f));
break;
case TypeBuild.FACTORY_3:
bonuses.Add(ValueClass.createBonus(TypeValues.ROBOTS, 50));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, -25.0f));
break;
case TypeBuild.ORGANIC_TREES:
bonuses.Add(ValueClass.createBonus(TypeValues.MONET_ORGANIC, 10));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, 10.0f));
break;
case TypeBuild.ORGANIC_GREENHOUSE:
bonuses.Add(ValueClass.createBonus(TypeValues.MONET_ORGANIC, 5));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, 5.0f));
break;
case TypeBuild.ORGANIC_BUSHES:
bonuses.Add(ValueClass.createBonus(TypeValues.MONET_ORGANIC, 5));
bonuses.Add(ValueClass.createBonus(TypeValues.ECOLOGY, 3.0f));
break;
case TypeBuild.LABARATORY:
bonuses.Add(ValueClass.createBonus(TypeValues.UPGRADE, 1));
break;
default: throw new ArgumentOutOfRangeException(nameof(type_build), type_build, null);
}
return(bonuses);
}
public static List <ValueClass> getPriceForBuilding(TypeBuild type_build)
{
List <ValueClass> prices = new List <ValueClass>();
switch (type_build)
{
case TypeBuild.FACTORY_1:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 1000));
break;
case TypeBuild.FACTORY_2:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 24000));
break;
case TypeBuild.FACTORY_3:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 56000));
break;
case TypeBuild.ORGANIC_TREES:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 100));
prices.Add(new ValueClass(TypeValues.MONET_ORGANIC, 3));
break;
case TypeBuild.ORGANIC_GREENHOUSE:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 10000));
prices.Add(new ValueClass(TypeValues.MONET_ORGANIC, 25));
break;
case TypeBuild.ORGANIC_BUSHES:
prices.Add(new ValueClass(TypeValues.MONET_ORGANIC, 5));
break;
case TypeBuild.LABARATORY:
prices.Add(new ValueClass(TypeValues.MONEY_TRASH, 15000));
prices.Add(new ValueClass(TypeValues.MONET_ORGANIC, 10));
break;
default: throw new ArgumentOutOfRangeException(nameof(type_build), type_build, null);
}
return(prices);
}
private void onClickNewBuild(Cell cell, TypeBuild type_build, ItemCell item_cell)
{
List <ValueClass> price = Const.getPriceForBuilding(type_build);
if (GameManager.gameManager.enoughMoney(price))
{
GameManager.gameManager.payMoney(price);
cell.startBuilding(type_build);
item_cell.init(cell);// update that item
close();
}
else
{
TooltipManager.tooltip_manager.startTooltip("Not enough money"); // TODO what not enough?
}
}
public void init(Cell cell, ItemCell item_cell)
{
List <TypeBuild> available = GameManager.gameManager.getAvailableBuild();
int count_availab_builds = available.Count;
item_build_cells = new ItemBuildCell[count_availab_builds];
for (int i = 0; i < count_availab_builds; i++)
{
ItemBuildCell item_build_cell = Instantiate(item_build, root).GetComponent <ItemBuildCell>();
TypeBuild type_build = available[i];
item_build_cell.init(type_build);
item_build_cell.btn.onClick.AddListener(() => onClickNewBuild(cell, type_build, item_cell));
item_build_cells[i] = item_build_cell;
}
}
public static int getTimeForBuilding(TypeBuild type_build)
{
switch (type_build)
{
case TypeBuild.FACTORY_1: return(400);
case TypeBuild.FACTORY_2: return(1000);
case TypeBuild.FACTORY_3: return(1500);
case TypeBuild.ORGANIC_TREES: return(10);
case TypeBuild.ORGANIC_GREENHOUSE: return(2);
case TypeBuild.ORGANIC_BUSHES: return(5);
case TypeBuild.LABARATORY: return(3000);
default: throw new ArgumentOutOfRangeException(nameof(type_build), type_build, null);
}
}
public static string getBuildName(TypeBuild type_build)
{
switch (type_build)
{
case TypeBuild.NONE: return(string.Empty);
case TypeBuild.FACTORY_1: return("Factory lvl I");
case TypeBuild.FACTORY_2: return("Factory lvl II");
case TypeBuild.FACTORY_3: return("Factory lvl III");
case TypeBuild.ORGANIC_TREES: return("Forest");
case TypeBuild.ORGANIC_GREENHOUSE: return("GreenHouse");
case TypeBuild.ORGANIC_BUSHES: return("Field of bushes");
case TypeBuild.LABARATORY: return("Labaratory");
default:
throw new ArgumentOutOfRangeException(nameof(type_build), type_build, null);
}
}
public static Sprite getSpriteBuild(TypeBuild type_build)
{
string path = $"Sprites/Builds/{type_build.ToString()}";
return(Resources.Load <Sprite>(path));
}
