private static Vector3 DetermineColorLeech(CombatAttackModel attack, CombatReceiverModel receiver, float percentDamageToTotalHealthDealt)
{
Color attackerColor = new Color();
Color receiverColor = new Color();
// Make sure the attacker and receiver have colors
if (attack.Owner)
{
try
{
attackerColor = attack.Owner.renderer.material.color;
receiverColor = receiver.renderer.material.color;
}
catch
{
return(new Vector3());
}
}
//Player Property += ((Experience Property - Player Property) * SCALER) * ( Damage / Experiences Health)
float scale = SCALER * percentDamageToTotalHealthDealt;
//Debug.Log ("PercentDamageDealtToTotalHealth: " + percentDamageToTotalHealthDealt + " Scaler: " + SCALER + " Final: " + scale);
//Debug.Log("Receiver Color: " + receiverColor + " Attacker Color: " + attackerColor);
float rDifference = (receiverColor.r - attackerColor.r) * scale;
float gDifference = (receiverColor.g - attackerColor.g) * scale;
float bDifference = (receiverColor.b - attackerColor.b) * scale;
Vector3 colorChange = new Vector3(rDifference, gDifference, bDifference);
//Debug.Log ("Color Change: " + colorChange);
return(colorChange);
}
public void Awake()
{
mCombatReceiverModel = GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatReceiverModel.");
}
}
public void Awake()
{
mCombatReceiverModel = GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatReceiverModel.");
}
}
public void Awake()
{
mColorCombatComponent = gameObject.GetComponent("ColorCombatComponent") as ColorCombatComponent;
if (mColorCombatComponent == null)
{
throw new MissingComponentException("Unable to find ColorCombatComponent");
}
mCombatReceiverModel = gameObject.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatReceiverModel");
}
}
public void Awake()
{
mColorCombatComponent = gameObject.GetComponent("ColorCombatComponent") as ColorCombatComponent;
if (mColorCombatComponent == null)
{
throw new MissingComponentException("Unable to find ColorCombatComponent");
}
mCombatReceiverModel = gameObject.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatReceiverModel");
}
}
public void Collide(Collider collider)
{
// Collide when active.
if (mCombatAttackModel.IsActive)
{
// Only collide with CombatReceivers that are active.
CombatReceiverModel receiverModel = collider.gameObject.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (receiverModel != null && receiverModel.IsActive)
{
// Check masks to see if these should interact.
if (mCombatAttackModel.CollisionMask == receiverModel.CollisionMask)
{
// An attack collision has occured, resolve it.
CombatGod.ResolveAttackCollision(mCombatAttackModel, receiverModel);
}
}
}
}
private void GoofyRandomization(float scale, GameObject newActor)
{
ActorModel am = newActor.GetComponent("ActorModel") as ActorModel;
if (am)
{
am.Scale *= scale;
}
if (rigidbody)
{
rigidbody.mass *= scale;
}
CombatReceiverModel crm = newActor.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (crm)
{
crm.InitialHealthPoints *= scale;
}
}
void Awake()
{
// Grab the receiver off the object.
// If no receiver then this object will not have attacks enacted upon it.
mCombatReceiverModel = gameObject.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatAttackModel. Spawning a default.");
}
mCombatReceiverModel.HealthPoints = mCombatReceiverModel.InitialHealthPoints;
if (renderer && renderer.material)
{
renderer.material.color = mCombatReceiverModel.BaseColor;
ColorCombatComponent colorComp = GetComponent("ColorCombatComponent") as ColorCombatComponent;
if (colorComp)
{
colorComp.SetColor(mCombatReceiverModel.BaseColor);
}
}
}
void Awake()
{
// Grab the receiver off the object.
// If no receiver then this object will not have attacks enacted upon it.
mCombatReceiverModel = gameObject.GetComponent("CombatReceiverModel") as CombatReceiverModel;
if (mCombatReceiverModel == null)
{
throw new MissingComponentException("Unable to find CombatAttackModel. Spawning a default.");
}
mCombatReceiverModel.HealthPoints = mCombatReceiverModel.InitialHealthPoints;
if (renderer && renderer.material)
{
renderer.material.color = mCombatReceiverModel.BaseColor;
ColorCombatComponent colorComp = GetComponent("ColorCombatComponent") as ColorCombatComponent;
if (colorComp)
{
colorComp.SetColor(mCombatReceiverModel.BaseColor);
}
}
}
// This is the main controller for combat. It arbitrates the interaction, records what took place
// into a combat result, and sends out a message to both parties about the combat result.
public static void ResolveAttackCollision(CombatAttackModel attack, CombatReceiverModel receiver)
{
CombatResult result;
result = new CombatResult();
// Record models
result.Attack = attack;
result.Receiver = receiver;
result.DamageToReceiver = attack.Damage;
result.DamageToAttacker = receiver.DamageToAttackerOnHit;
if (receiver.AllowColorLeech)
{
result.ColorChangeAttacker = DetermineColorLeech(attack, receiver, result.DamageToReceiver/receiver.InitialHealthPoints);
}
else
{
result.ColorChangeAttacker = Vector3.zero;
}
// Determine if attack will kill the receiver.
if ( (receiver.HealthPoints - result.DamageToReceiver) <= 0)
{
result.DamageToAttacker += receiver.DamageToAttackerOnKill;
}
// Send result back to the receiver.
receiver.SendMessage("ReceiveCombatResult", result, SendMessageOptions.DontRequireReceiver);
attack.SendMessage("AttackCombatResult", result, SendMessageOptions.DontRequireReceiver);
// Inform the owner of the attack success.
if (attack.Owner)
{
attack.Owner.SendMessage("AttackCombatResult", result, SendMessageOptions.DontRequireReceiver);
}
}
// This is the main controller for combat. It arbitrates the interaction, records what took place
// into a combat result, and sends out a message to both parties about the combat result.
public static void ResolveAttackCollision(CombatAttackModel attack, CombatReceiverModel receiver)
{
CombatResult result;
result = new CombatResult();
// Record models
result.Attack = attack;
result.Receiver = receiver;
result.DamageToReceiver = attack.Damage;
result.DamageToAttacker = receiver.DamageToAttackerOnHit;
if (receiver.AllowColorLeech)
{
result.ColorChangeAttacker = DetermineColorLeech(attack, receiver, result.DamageToReceiver / receiver.InitialHealthPoints);
}
else
{
result.ColorChangeAttacker = Vector3.zero;
}
// Determine if attack will kill the receiver.
if ((receiver.HealthPoints - result.DamageToReceiver) <= 0)
{
result.DamageToAttacker += receiver.DamageToAttackerOnKill;
}
// Send result back to the receiver.
receiver.SendMessage("ReceiveCombatResult", result, SendMessageOptions.DontRequireReceiver);
attack.SendMessage("AttackCombatResult", result, SendMessageOptions.DontRequireReceiver);
// Inform the owner of the attack success.
if (attack.Owner)
{
attack.Owner.SendMessage("AttackCombatResult", result, SendMessageOptions.DontRequireReceiver);
}
}
private static Vector3 DetermineColorLeech(CombatAttackModel attack, CombatReceiverModel receiver, float percentDamageToTotalHealthDealt)
{
Color attackerColor = new Color();
Color receiverColor = new Color();
// Make sure the attacker and receiver have colors
if (attack.Owner)
{
try
{
attackerColor = attack.Owner.renderer.material.color;
receiverColor = receiver.renderer.material.color;
}
catch
{
return new Vector3();
}
}
//Player Property += ((Experience Property - Player Property) * SCALER) * ( Damage / Experiences Health)
float scale = SCALER * percentDamageToTotalHealthDealt;
//Debug.Log ("PercentDamageDealtToTotalHealth: " + percentDamageToTotalHealthDealt + " Scaler: " + SCALER + " Final: " + scale);
//Debug.Log("Receiver Color: " + receiverColor + " Attacker Color: " + attackerColor);
float rDifference = (receiverColor.r - attackerColor.r) * scale;
float gDifference = (receiverColor.g - attackerColor.g) * scale;
float bDifference = (receiverColor.b - attackerColor.b) * scale;
Vector3 colorChange = new Vector3( rDifference, gDifference, bDifference);
//Debug.Log ("Color Change: " + colorChange);
return colorChange;
}
