private void JumpOnTarget(Unit ActingUnit, Unit[] targetUnits, int targetIndex, Rigidbody actingRigidBody, int jumpsPerformed, int jumpLimit, int multibounceQuotient)
{
ActingUnit.Animator.SetTrigger("Airborn");
Unit targetUnit = targetUnits[targetIndex];
Vector3 targetPosition = targetUnit.HeadPosition.transform.position;
Vector3 actingUnitPosition = ActingUnit.transform.position;
Vector3 initialVelocity = CalculateInitialJumpVelocity(actingUnitPosition, targetPosition, JumpPeakOffset);
//Jump and land on enemies head
actingRigidBody.constraints = actingRigidBody.constraints & (~RigidbodyConstraints.FreezePosition);
actingRigidBody.velocity = initialVelocity;
InputBufferRef.FlushBuffer();
ActingUnit.WaitForTrigger(() =>
{
actingRigidBody.constraints = actingRigidBody.constraints | RigidbodyConstraints.FreezePosition;
float impactTime = Time.time;
//play the impact animation and freeze the position
ActingUnit.SetTriggerAndTriggerCallbackOnReenter("Impact", () =>
{
ActionData.ApplyDamage(ActingUnit, targetUnits[targetIndex], this.BaseAttackDamage);
bool actionCommandHit = false;
foreach (InputBufferData inputData in InputBufferRef)
{
float timeDif = Math.Abs(impactTime - inputData.Time);
if (timeDif > this.InvalidationWindow)
{
break; //no more commands to check
}
if (inputData.InputName.Equals(AButtonInputName))
{
if (timeDif > this.ActionPressWindow || actionCommandHit)
{
actionCommandHit = false; //invalid button press recorded
break;
}
actionCommandHit = true;
}
}
jumpsPerformed++;
bool jumpLimitReached = jumpsPerformed >= jumpLimit;
//calculate new multibounceQuotient
if (jumpsPerformed > 2 && !jumpLimitReached)
{
multibounceQuotient = (multibounceQuotient * (targetUnit as Enemy).PowerBounceMultiplier) / 100;
int thresholdValue = UnityEngine.Random.Range(0, 101);
jumpLimitReached = multibounceQuotient < thresholdValue;
}
//will do nothing if not performing a row bounce
if (!actionCommandHit || jumpLimitReached)
{
//end the jump and return to the start
Transform landingSpot;
if (!actionCommandHit)
{
landingSpot = Unit.GetChildTransformByName(targetUnits[targetIndex].transform.parent, "Forward");
}
else
{
landingSpot = Unit.GetChildTransformByName(ActingUnit.transform.parent, "Forward");
}
float adjustedPeakOffset = ActingUnit.HeadPosition.position.y + (actionCommandHit ? JumpPeakOffset : JumpPeakOffset / 4) - landingSpot.position.y;
ActingUnit.StartJumpTo(landingSpot, adjustedPeakOffset, () => {
ActingUnit.StartMoveTo("Standard", () => {
ActingUnit.EndTurn();
}, .5f);
});
}
else
{
//continue the jump chain (if possible) -- also need to remember that there are different types of jumps
targetIndex = targetIndex + 1 % targetUnits.Length;
JumpOnTarget(ActingUnit, targetUnits, targetIndex, actingRigidBody, jumpsPerformed, jumpLimit, multibounceQuotient);
}
});
});
}