public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
Vector3 f = Vector3.zero;
if (xzForce)
{
f.x = variables.floatVars[0];
f.z = variables.floatVars[1];
}
if (yForce)
{
f.y = variables.floatVars[2];
}
f = controller.GetVisualBasedDirection(f);
if (yForce)
{
physicsManager.forceGravity.y += f.y;
}
if (xzForce)
{
f.y = 0;
physicsManager.forceMovement += f;
}
return(false);
}
public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
physicsManager.forceMovement = Vector3.ClampMagnitude(physicsManager.forceMovement,
variables.floatVars[0]);
return(false);
}
public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
physicsManager.forceGravity.y = Mathf.Clamp(physicsManager.forceGravity.y,
variables.floatVars[0], variables.floatVars[1]);
return(false);
}
public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
Vector3 f = Vector3.zero;
float percent = (float)frame / (float)endFrame;
if (xForce)
{
f.x = variables.curveVars[0].Evaluate(percent)
* variables.floatVars[0];
}
if (yForce)
{
f.y = variables.curveVars[1].Evaluate(percent)
* variables.floatVars[1];
}
if (zForce)
{
f.z = variables.curveVars[2].Evaluate(percent)
* variables.floatVars[2];
}
float tempY = f.y;
f = controller.GetVisualBasedDirection(f);
// Set Mode
if (variables.intVars[0] == 0)
{
if (yForce)
{
physicsManager.forceGravity.y = tempY;
}
if (xForce || zForce)
{
f.y = 0;
physicsManager.forceMovement = f;
}
}
else
{
if (yForce)
{
physicsManager.forceGravity.y += f.y;
}
if (xForce || zForce)
{
f.y = 0;
physicsManager.forceMovement += f;
}
}
return(false);
}
public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
if (xzFriction)
{
physicsManager.ApplyMovementFriction(variables.floatVars[0]);
}
if (yFriction)
{
physicsManager.ApplyGravityFriction(variables.floatVars[0]);
}
return(false);
}
public override bool Evaluate(uint frame, uint endFrame,
CAF.Entities.EntityManager controller, AttackEventVariables variables)
{
TUF.Entities.EntityPhysicsManager physicsManager = (TUF.Entities.EntityPhysicsManager)controller.PhysicsManager;
if (controller.IsGrounded)
{
physicsManager.forceGravity = Vector3.zero;
return(false);
}
float percent = (float)frame / (float)endFrame;
float gravity = ((TUF.Entities.EntityManager)controller).EntityStats.gravity;
if (!useEntityGravity)
{
gravity = variables.curveVars[0].Evaluate(percent)
* variables.floatVars[0];
}
float gravityScale = physicsManager.GravityScale;
if (!useEntityGravityScale)
{
gravityScale = variables.curveVars[1].Evaluate(percent)
* variables.floatVars[1];
}
float maxFallSpeed = ((TUF.Entities.EntityManager)controller).EntityStats.maxFallSpeed;
if (!useEntityMaxFallSpeed)
{
maxFallSpeed = variables.curveVars[2].Evaluate(percent)
* variables.floatVars[2];
}
physicsManager.HandleGravity(maxFallSpeed, gravity, gravityScale);
return(false);
}
public override HitReaction Hurt(HurtInfoBase hurtInfoBase)
{
EntityPhysicsManager physicsManager = (EntityPhysicsManager)Controller.PhysicsManager;
HurtInfo3D hurtInfo = (HurtInfo3D)hurtInfoBase;
HitReaction hitReaction = new HitReaction();
hitReaction.reactionType = HitReactionType.Hit;
// Check if should hit grounded/aerial opponent.
if (hurtInfo.hitInfo.groundOnly && !Controller.IsGrounded ||
hurtInfo.hitInfo.airOnly && Controller.IsGrounded)
{
hitReaction.reactionType = HitReactionType.Avoided;
return(hitReaction);
}
HitInfo hitInfo = (HitInfo)hurtInfo.hitInfo;
// Got hit.
LastHitBy = hurtInfo.hitInfo;
SetHitStop(hurtInfo.hitInfo.hitstop);
SetHitStun(hurtInfo.hitInfo.hitstun);
((EntityManager)manager).healthManager.Hurt(hitInfo.damageOnHit);
// Convert forces the attacker-based forward direction.
switch (hitInfo.forceType)
{
case HitboxForceType.SET:
Vector3 baseForce = hitInfo.opponentForceDir * hitInfo.opponentForceMagnitude;
Vector3 forces = (hurtInfo.forward * baseForce.z + hurtInfo.right * baseForce.x);
forces.y = baseForce.y;
physicsManager.forceGravity.y = baseForce.y;
forces.y = 0;
physicsManager.forceMovement = forces;
break;
case HitboxForceType.PULL:
Vector3 dir = transform.position - hurtInfo.center;
if (!hitInfo.forceIncludeYForce)
{
dir.y = 0;
}
Vector3 forceDir = Vector3.ClampMagnitude((dir) * hitInfo.opponentForceMagnitude, hitInfo.opponentMaxMagnitude);
float yForce = forceDir.y;
forceDir.y = 0;
if (hitInfo.forceIncludeYForce)
{
physicsManager.forceGravity.y = yForce;
}
physicsManager.forceMovement = forceDir;
break;
}
if (physicsManager.forceGravity.y > 0)
{
Controller.IsGrounded = false;
}
// Change state to the correct one.
if (Controller.IsGrounded && hitInfo.groundBounces)
{
Controller.StateManager.ChangeState((int)EntityStates.GROUND_BOUNCE);
}
else if (hitInfo.causesTumble)
{
Controller.StateManager.ChangeState((int)EntityStates.TUMBLE);
}
else
{
Controller.StateManager.ChangeState((int)(Controller.IsGrounded ? EntityStates.FLINCH : EntityStates.FLINCH_AIR));
}
return(hitReaction);
}
