private bool PutPart()
{
/*
* Tries to put a part taken from inventory into the building. Returns true on success and false on failure.
*/
Inventory inventory = Inventory.instance;
foreach (var matN in matsNeeded)
{
BuildMaterial matL = BuildMaterial.GetByKey(matsLeft, matN.item);
if (matL.count <= 0) // Check if this material has already been exhausted
{
continue;
}
if (inventory.Pull(matN.item)) // Takes the item from the inventory
{
matL.count--;
return(true);
}
}
return(false);
}
public DefenceUnit(int _MAX_defense, WorldDirection worldDirect, BuildMaterial buildMaterial)
{
MAX_defense = _MAX_defense;
defense = _MAX_defense;
position = worldDirect;
material = buildMaterial;
guard_count = 0;
warriors = null;
dmgPerGuardian = default_dmg_per_guardian;
}
public BuildC(BuildType __buildType, BuildSize __buildSize, BuildMaterial __buildMaterial, float __health, float __burningRate, int __livingPlaces, int __toolsStorage, int __foodStorage, int __clothStorage)
{
_buildType = __buildType;
_buildMaterial = __buildMaterial;
_buildSize = __buildSize;
_health = __health;
_burningRate = __burningRate;
_livingPlaces = __livingPlaces;
_toolStorage = new ITool[__toolsStorage];
_foodStorage = new IFood[__foodStorage];
_clothStorage = new ICloth[__clothStorage];
}
///<returns> Return burning rate for build depending on material.</returns>
public float GetBurningRate()
{
float _burningRate = 0;
switch (_buildMaterial)
{
case BuildMaterial.Stone:
_buildMaterial += 20;
break;
case BuildMaterial.Wood:
_buildMaterial += 50;
break;
}
return(_burningRate);
}
private bool IsFinished()
{
/*
* Check if player has put every part into the building
*/
foreach (var matN in matsNeeded)
{
BuildMaterial matL = BuildMaterial.GetByKey(matsLeft, matN.item);
if (matL.count > 0)
{
return(false);
}
}
return(true);
}
public void UpdateTooltip()
{
/*
* Updates the tooltip displaying the amount of materials needed and already put
*/
StringBuilder sb = new StringBuilder();
foreach (var matN in matsNeeded)
{
sb.Append(matN.item.name + ": ");
BuildMaterial matL = BuildMaterial.GetByKey(matsLeft, matN.item);
int matPut = matN.count - matL.count;
sb.Append(matPut + "/" + matN.count + "\n");
}
interactable._tooltipText = sb.ToString();
}
public void PickUpMaterial(BuildMaterial.Type type)
{
BuildMaterial closestMaterial = null;
float distance = 1000;
List <BuildMaterial> materialsOnLevel = new List <BuildMaterial>();
if (type == BuildMaterial.Type.Rock)
{
materialsOnLevel = new List <BuildMaterial>(gm.rock);
}
else if (type == BuildMaterial.Type.Wood)
{
materialsOnLevel = new List <BuildMaterial>(gm.wood);
}
foreach (BuildMaterial bm in materialsOnLevel)
{
if (!bm.usedInBuilding)
{
float newDistance = Vector3.Distance(transform.position, bm.transform.position);
if (newDistance <= distance)
{
distance = newDistance;
closestMaterial = bm;
}
}
}
if (closestMaterial != null)
{
closestMaterial.hc.characterWhoTargeted = hc;
targetObject = closestMaterial.hc;
hc.movement.Move(closestMaterial.gameObject);
StartCoroutine(GetDistanceToTarget());
}
else
{
Invoke("ChooseTask", 1);
}
}
public void AddMaterial(BuildMaterial bm)
{
materials.Add(bm);
}
public void SetBuildMaterial(int __buildMaterial)
{
_buildMaterial = (BuildMaterial)__buildMaterial;
}
public Tower(WorldDirection worldDirect, BuildMaterial buildMaterial, int attackdmg) : base(worldDirect, buildMaterial)
{
attackDmg = attackdmg;
}
public Tower(int _MAX_defense, WorldDirection worldDirect, BuildMaterial buildMaterial, int attackdmg) : base(_MAX_defense, worldDirect, buildMaterial)
{
attackDmg = attackdmg;
}
public Gate(WorldDirection worldDirect, BuildMaterial buildMaterial, bool isOpen) : base(worldDirect, buildMaterial)
{
isGateOpen = isOpen;
}
public Gate(int _MAX_defense, WorldDirection worldDirect, BuildMaterial buildMaterial, bool isOpen) : base(_MAX_defense, worldDirect, buildMaterial)
{
isGateOpen = isOpen;
}
