public ChargedObject MakeChargedObject(ChargedObjectSettings chargedObjectSettings, bool addToSandboxHistory = false)
{
createCounter++;
GameObject newObject = Instantiate(SandboxManager.GetSandboxPrefabs()[chargedObjectSettings.shape]);
newObject.name = "sandbox object " + createCounter;
newObject.transform.parent = GetRegionManager().gameObject.transform;
ChargedObject newChargedObject = newObject.AddComponent<ChargedObject>();
newChargedObject.UpdateValues(chargedObjectSettings);
if (chargedObjectSettings.canMove)
{
MovingChargedObject mco = newObject.AddComponent<MovingChargedObject>();
mco.UpdateValues(chargedObjectSettings);
mco.SetFrozenPosition(GameManager.GetGameManager().GetIsPaused());
}
newObject.transform.position = chargedObjectSettings.position;
GetRegionManager().AddChargedObject(newChargedObject);
if (addToSandboxHistory)
AddToHistory(newChargedObject, chargedObjectSettings);
if (!GetChargedObjects().ContainsKey(newChargedObject))
GetChargedObjects().Add(newChargedObject, chargedObjectSettings);
return newChargedObject;
}
public void UpdateValues(ChargedObjectSettings chargedObjectSettings)
{
this.chargedObjectSettings = chargedObjectSettings;
charge = chargedObjectSettings.charge;
showCharge = chargedObjectSettings.showCharge;
UpdateAppearance();
}
public ChargedObject MakeChargedObject(ChargedObjectSettings chargedObjectSettings, bool addToSandboxHistory = false)
{
createCounter++;
GameObject newObject = Instantiate(SandboxManager.GetSandboxPrefabs()[chargedObjectSettings.shape]);
newObject.name = "sandbox object " + createCounter;
newObject.transform.parent = GetRegionManager().gameObject.transform;
ChargedObject newChargedObject = newObject.AddComponent <ChargedObject>();
newChargedObject.UpdateValues(chargedObjectSettings);
if (chargedObjectSettings.canMove)
{
MovingChargedObject mco = newObject.AddComponent <MovingChargedObject>();
mco.UpdateValues(chargedObjectSettings);
mco.SetFrozenPosition(GameManager.GetGameManager().GetIsPaused());
}
newObject.transform.position = chargedObjectSettings.position;
GetRegionManager().AddChargedObject(newChargedObject);
if (addToSandboxHistory)
{
AddToHistory(newChargedObject, chargedObjectSettings);
}
if (!GetChargedObjects().ContainsKey(newChargedObject))
{
GetChargedObjects().Add(newChargedObject, chargedObjectSettings);
}
return(newChargedObject);
}
public void UpdateValues(ChargedObjectSettings chargedObjectSettings)
{
this.chargedObjectSettings = chargedObjectSettings;
charge = chargedObjectSettings.charge;
showCharge = chargedObjectSettings.showCharge;
UpdateAppearance();
}
public void CreateClick(bool addToSandboxHistory)
{
SoundManager.PlaySound(GameSounds.click);
ChargedObjectSettings chargedObjectSettings = GetCreateObjectUI().GetChargedObjectSettingsFromUI();
if (OverlapsWithCoordHistory(chargedObjectSettings) && GameManager.GetGameManager().GetIsPaused())
{
SoundManager.PlaySound(GameSounds.refuse);
}
else
{
ChargedObject newChargedObject = MakeChargedObject(chargedObjectSettings, addToSandboxHistory);
}
}
public void DeleteClick(GameObject clickObject)
{
ChargedObject co = clickObject.GetComponent <ChargedObject>();
if (co != null)
{
ChargedObjectSettings cos = co.GetChargedObjectSettings();
if (cos != null && sandboxHistory.Contains(cos))
{
RemoveFromHistory(cos);
}
GetRegionManager().DestroyChargedObject(co);
SoundManager.PlaySound(GameSounds.click);
}
}
private void RemakeCursorGameObject()
{
shouldRemakeCursor = false;
Destroy(cursorGameObject);
ChargedObjectSettings chargedObjectSettings = GetChargedObjectSettingsFromUI();
cursorGameObject = Instantiate(SandboxManager.GetSandboxPrefabs()[sandboxShape]);
ChargedObject co = cursorGameObject.AddComponent <ChargedObject>();
MovingChargedObject mco = cursorGameObject.AddComponent <MovingChargedObject>();
co.enabled = false;
mco.enabled = false;
co.UpdateValues(chargedObjectSettings);
mco.UpdateValues(chargedObjectSettings);
cursorGameObject.transform.position = new Vector3(0, -100000, 0);
ParentChildFunctions.SetCollidersOfChildren(cursorGameObject, false, true);
}
private void RemoveFromHistory(ChargedObjectSettings cos)
{
sandboxHistory.Remove(cos);
coordinateHistory.Remove(cos.position);
}
private bool OverlapsWithCoordHistory(ChargedObjectSettings cos)
{
return coordinateHistory.ContainsKey(cos.position);
}
private void AddToHistory(ChargedObject chargedObject, ChargedObjectSettings chargedObjectSettings)
{
sandboxHistory.Add(chargedObjectSettings);
coordinateHistory.Add(chargedObjectSettings.position, chargedObjectSettings);
GetChargedObjects().Add(chargedObject, chargedObjectSettings);
}
private void AddToHistory(ChargedObject chargedObject, ChargedObjectSettings chargedObjectSettings)
{
sandboxHistory.Add(chargedObjectSettings);
coordinateHistory.Add(chargedObjectSettings.position, chargedObjectSettings);
GetChargedObjects().Add(chargedObject, chargedObjectSettings);
}
private bool OverlapsWithCoordHistory(ChargedObjectSettings cos)
{
return(coordinateHistory.ContainsKey(cos.position));
}
private void RemoveFromHistory(ChargedObjectSettings cos)
{
sandboxHistory.Remove(cos);
coordinateHistory.Remove(cos.position);
}
public void UpdateValues(ChargedObjectSettings chargedObjectSettings)
{
mass = chargedObjectSettings.mass;
startVelocity = chargedObjectSettings.startVelocity;
UpdateAppearance();
}
public void UpdateValues(ChargedObjectSettings chargedObjectSettings)
{
mass = chargedObjectSettings.mass;
startVelocity = chargedObjectSettings.startVelocity;
UpdateAppearance();
}
