/// Should be connected via a HeavyGameEventListener
/// Processes the initial listened to HeavyGameEvent
public virtual void OnFilterReceiveAction(HeavyGameEventData data)
{
if (data.SourceCell.Selectable == this.parentUnit)
{
this.receiveAction(data);
}
}
/// Sets up the animations for the given action
protected virtual void receiveAction(HeavyGameEventData data)
{
/// Will only do the setup if no animations are running from this UnitModel
if (this.runningAnimation)
{
return;
}
float maxAnimationTime = -1.0f;
for (int i = 0; i < this.unitActions.Length; i++)
{
/// Only appropriate UnitAnimations should be activated
if (this.unitActions[i].TriggerActionType == data.ActionType)
{
maxAnimationTime = Math.Max(maxAnimationTime, this.unitActions[i].UnitAnimation.GetAnimationDuration(data));
UnitAnimation animation = Instantiate(this.unitActions[i].UnitAnimation) as UnitAnimation;
animation.transform.SetParent(this.transform);
animation.transform.localPosition = Vector3.zero;
animation.SetupAnimation(data);
this.presentAnimations.Add(animation);
}
}
/// Only plays an animation if the time is > 0
if (maxAnimationTime > 0.0f)
{
StartCoroutine(this.runAnimation(maxAnimationTime));
}
}
/// Connected to HeavyGameEventListener
/// listens to attack events
/// Should have a low Priority
public void OnUnitAttackedEvent(HeavyGameEventData data)
{
if (data.ActionType == SelectableActionType.Attack && data.TargetCell?.Selectable != null && data.TargetCell.Selectable as Unit == this.unit)
{
this.updateHealth();
}
}
public void EndMove()
{
HeavyGameEventData data = new HeavyGameEventData();
data.SourceCell = ParentCell;
data.TargetCell = targetCell;
onMoveEvent.Raise(data);
moving = false;
targetCell = null;
this.onFinishRevolve();
}
public void OnPlanetMoveEvent(HeavyGameEventData _data)
{
if (_data.TargetCell.Selectable == null)
{
Selectable movingPlanet = _data.SourceCell.Selectable;
_data.SourceCell.Selectable = null;
movingPlanet.SetParentCell(_data.TargetCell);
}
else
{
if (_data.TargetCell.Selectable.selectableType == SelectableType.Unit)
{
Planet movingPlanet = (Planet)_data.SourceCell.Selectable;
Unit sittingUnit = (Unit)_data.TargetCell.Selectable;
GridCell newParentCell = null;
int numberOfTries = 0;
while (newParentCell == null && numberOfTries < movingPlanet.grid.GetGridSize().slices - 1)
{
int randSlice = UnityEngine.Random.Range(0, movingPlanet.grid.GetGridSize().slices - 1);
GridCell potentialCell = movingPlanet.grid.GetGridCell(movingPlanet.grid.GetGridSize().layers - 2, randSlice);
if (potentialCell.Selectable == null)
{
newParentCell = potentialCell;
}
numberOfTries++;
if (numberOfTries == movingPlanet.grid.GetGridSize().slices)
{
//TODO: Do something with this
throw new System.Exception("No free cells for move");
}
}
sittingUnit.SetParentCell(newParentCell);
sittingUnit.transform.position = newParentCell.transform.position;
_data.SourceCell.Selectable = null;
movingPlanet.SetParentCell(_data.TargetCell);
}
else
{
throw new System.Exception("A planet has collided with something it shouldn't have.");
}
}
}
public void OnUnitAttack(HeavyGameEventData data)
{
Unit attackingUnit = (Unit)data.SourceCell.Selectable;
Unit defendingUnit = (Unit)data.TargetCell.Selectable;
int damage = 0;
//Close Range
if (data.SourceCell.GetNeighbors().Contains(data.TargetCell))
{
//TODO: Verify formula
damage = attackingUnit.GetAttack().closeAttack - defendingUnit.GetDefense().closeDefense;
}
//Long Range
else
{
//TODO: Verify formula
damage = attackingUnit.GetAttack().longAttack - defendingUnit.GetDefense().longDefense;
}
defendingUnit.TakeDamage(damage);
}
public override void SetupAnimation(HeavyGameEventData data)
{
this.rb = this.GetComponent <Rigidbody>();
this.transform.LookAt(data.SourceCell.transform.position);
this.rb.velocity = Vector3.Normalize(data.TargetCell.transform.position - data.SourceCell.transform.position) * this.attackSpeed;
}
/// Called on set up
public virtual void SetupAnimation(HeavyGameEventData data)
{
}
/// Returns the duration of the animation
/// Some animations should have dynamic animation times, which is why
/// this might be overriden in sub classes
public virtual float GetAnimationDuration(HeavyGameEventData data)
{
return(this.defaultAnimationTime);
}
public void OnUnitMoveEvent(HeavyGameEventData _data)
{
Unit movingUnit = null;
bool comingFromPlanet = false;
//If the source cell has a selectable and the selectable is a unit, proceed as normal
if (_data.SourceCell.Selectable != null && _data.SourceCell.Selectable.selectableType == SelectableType.Unit)
{
movingUnit = (Unit)_data.SourceCell.Selectable;
comingFromPlanet = false;
}
//As of now, the only other possibility is that it's a unit exiting the gravity well of a planet
else
{
movingUnit = (Unit)_data.targetSelectable;
comingFromPlanet = true;
}
//We only want to set the source cell's selectable to null if it's not a planet, because the planet
//will still be there when all is said and done. We set the planet gravity well's source cell to null elsewhere
if (!comingFromPlanet)
{
_data.SourceCell.Selectable = null;
}
GridCell finalTarget = _data.TargetCell;
//If moving to edge of planetary system
if (!_data.TargetCell.parentGrid.isSolarSystem && _data.TargetCell.layer == _data.TargetCell.parentGrid.GetGridSize().layers - 1)
{
//Get current cardinal neighbor cells of planet in solar system
(GridCell north, GridCell south, GridCell east, GridCell west)neighbors =
GetDirectionalGridCells(_data.TargetCell.parentGrid.parentPlanet.ParentCell.GetNeighbors(),
_data.TargetCell.parentGrid.parentPlanet.ParentCell.transform.position);
//Use cardinal direction conversion to set final target
Vector3 diffFromSource = (movingUnit.transform.position - _data.SourceCell.parentGrid.transform.position);
if (Mathf.Abs(diffFromSource.z) >= Mathf.Abs(diffFromSource.x))
{
if (diffFromSource.z >= 0)
{
finalTarget = neighbors.north;
}
else
{
finalTarget = neighbors.south;
}
}
else
{
if (diffFromSource.x >= 0)
{
finalTarget = neighbors.east;
}
else
{
finalTarget = neighbors.west;
}
}
if (finalTarget == null || (finalTarget.Selectable != null && finalTarget.Selectable.selectableType == SelectableType.Unit))
{
finalTarget = _data.TargetCell.parentGrid.parentPlanet.ParentCell.GetNeighbors()[1];
}
movingUnit.transform.position = _data.TargetCell.parentGrid.parentPlanet.ParentCell.transform.position;
movingUnit.SetForceMove(_data.TargetCell.parentGrid.parentPlanet.ParentCell, finalTarget);
return;
}
//Else, if we're moving onto a planet cell
//(this is an else if because the previous circumstance should never be able to happen at the same time as this)
else if (_data.TargetCell.Selectable != null && _data.TargetCell.Selectable.selectableType == SelectableType.Planet)
{
//Get current cardinal neighbor cells of planet in solar system
(GridCell north, GridCell south, GridCell east, GridCell west)landings =
GetLandingGridCells(((Planet)_data.TargetCell.Selectable).grid);
//Find difference from sourceNode to targetnode
Vector3 diffFromSource = (movingUnit.transform.position - _data.TargetCell.transform.position);
if (Mathf.Abs(diffFromSource.z) >= Mathf.Abs(diffFromSource.x))
{
if (diffFromSource.z >= 0)
{
finalTarget = FindLandingCell(landings.north);
}
else
{
finalTarget = FindLandingCell(landings.south);
}
}
else
{
if (diffFromSource.x >= 0)
{
finalTarget = FindLandingCell(landings.east);
}
else
{
finalTarget = FindLandingCell(landings.west);
}
}
}
movingUnit.transform.position = finalTarget.transform.position;
movingUnit.SetParentCell(finalTarget);
}
