void OnCollisionEnter2D(Collision2D collision)
{
foreach (ContactPoint2D contact in collision.contacts)
Debug.DrawRay (contact.point, contact.normal, Color.white);
foreach (ContactPoint2D contact in collision.contacts)
{
if (collision.gameObject.GetComponent<Spring>() != null) {
//must initiate from here to avoid some race condition
collision.gameObject.GetComponent<Spring>().SpringCollide(gameObject);
return;
}
if (collision.gameObject.GetComponent<Treadmill>() != null)
return;
if (collision.gameObject.GetComponent<Death>() != null)
return;
if (collision.gameObject.GetComponent<BounceAbsorption>() != null)
absorptionFactor = collision.gameObject.GetComponent<BounceAbsorption>().absorptionFactor;
else
absorptionFactor = 0f;
//more hacky code to get spiderball with moving platform working
if (spiderball && (collision.collider.GetComponent<MovingPlatform>() != null ||
(collision.collider.transform.childCount > 0 &&
collision.collider.transform.GetChild(0).GetComponent<MovingPlatform>() != null)))
{
spiderOnMovingPlatform = true;
platformParent = collision.collider.transform;
}
if (Mathf.Abs(Vector2.Angle(-Physics2D.gravity, contact.normal)) < groundedThresholdAngle)
grounded = true;
//Determine if ball should deform
float velocityToCheck = boostThresholdVelocity;
if(wasGrounded)
velocityToCheck += groundedThresholdBonus;
if(Mathf.Abs(Vector2.Angle(contact.normal,-Physics2D.gravity)) <= boostThresholdAngle
&& Mathf.Abs (Vector2.Dot (collision.relativeVelocity,contact.normal)) > velocityToCheck
&& dState == DeformationState.Normal)
{
dState = DeformationState.Deforming;
Vector2 collisionNormal = contact.normal;
Vector2 originalVelocity = -prevVelocity;
float originalAngularVelocity = prevAngularVelocity;
this.rigidbody2D.isKinematic = true;//Disable normal physics
scaleObject = new GameObject("ScaleObject");//Create a gameObject to scale the ball along an axis
Quaternion rot = Quaternion.LookRotation(collisionNormal);//Rotate the gameObject so that z+ is towards the collision normal
scaleObject.transform.rotation = rot;
scaleObject.transform.position = contact.point;//Center the scaleObject at the contact point so that the ball scales from one end
//Debug.Log ("deforming");
//deforming onto a moving platform logic - in this case, the scale object should be child of platform
//if (collision.gameObject.GetComponent<MovingPlatform>() != null)
// scaleObject.transform.parent = collision.gameObject.transform;
if ((onMovingPlatform && Vector2.Angle(contact.normal, -Physics2D.gravity) <= 5f) || spiderOnMovingPlatform) //odd angles cause screwiness
{
//Debug.Log ("reparenting scale object");
scaleObject.transform.parent = platformParent;
}
else if (collision.gameObject.transform.childCount > 0
&& collision.gameObject.transform.GetChild(0).GetComponent<MovingPlatform>() != null
&& Vector2.Angle(contact.normal, -Physics2D.gravity) <= 2f) //super-hard-coding
{
//this is cheating a bit - relying on a straight collision with a horizontal platform
//we probably won't have any exeptional cases in the game, though, so it should be fine..(?)
scaleObject.transform.parent = collision.gameObject.transform;
}
//Parent the ball to the scaleObject
transform.parent.parent = scaleObject.transform;
originalScale = scaleObject.transform.localScale;
deformTimer = 0.0f;
originalMagnitude = originalVelocity.magnitude;
//Calculate the reflection of originalVelocity about the collision normal to get the ball's new velocity vector
Vector2 reflection = (2 * Vector2.Dot(originalVelocity,collisionNormal) * collisionNormal - originalVelocity);
//Create a normalized vector representing the difference between the reflection and the original velocity
//Vector2 bounceModifier = new Vector2(originalVelocity.x-reflection.x, -originalVelocity.y-reflection.y);
//bounceModifier.Normalize();
//Set the rigidbody velocity to the reflection vector and modify it to make the collision inelastic
//outVelocity = reflection + bounceModifier/bounciness;
outVelocity = reflection * bounciness * (1f-absorptionFactor);
//Decrease/Reverse the angular velocity based on whether the ball changed direction on the x axis
float angleMod = 0.5f*Mathf.Sign(-originalVelocity.x)*Mathf.Sign (outVelocity.x);
outAngularVelocity = originalAngularVelocity*angleMod;
//Set the scaleChange based on collision force
deformScaleChange = Mathf.Clamp(Mathf.Abs (Vector2.Dot (collision.relativeVelocity,contact.normal))*deformScaleFactor,0.2f, 0.8f);
deformTime = Mathf.Clamp(Mathf.Abs (Vector2.Dot (collision.relativeVelocity, contact.normal)) * deformTimeFactor, 0.02f, 0.08f);
return;
}
//else if (collision.gameObject.GetComponent<MovingPlatform>() != null)
// transform.parent.parent = collision.gameObject.transform; //if we aren't deforming, just do normal parenting
//else if (onMovingPlatform)
// transform.parent.parent = platformParent; //if we aren't deforming, just do normal parenting
}
hasContact = true;
}
public void ForceUndoDeformation()
{
if (dState == DeformationState.Deforming || dState == DeformationState.Reforming)
{
this.transform.parent.parent = null;
GameObject.Destroy (scaleObject);
this.transform.parent.localScale = Vector3.one;
this.rigidbody2D.isKinematic = false;
}
dState = DeformationState.Normal;
}
/*
private void recordButtonDelay()
{
timeSinceJump += Time.fixedDeltaTime;
timeSinceLeft += Time.fixedDeltaTime;
timeSinceRight += Time.fixedDeltaTime;
if(Input.GetButtonDown("Jump"))
timeSinceJump = 0;
if(Input.GetButtonDown("Left"))
timeSinceLeft = 0;
if(Input.GetButtonDown("Right"))
timeSinceRight = 0;
}
*/
void FixedUpdate()
{
if (grounded)
wasGrounded = true;
float h = Input.GetAxis ("Horizontal");
//locks the player
if (playerLock == true) {
h = 0;
jumpTimer = 0;
}
if(dState == DeformationState.Normal)
{
ListenForJump ();
if(h != 0)
{
//recordButtonDelay();
//translational movement
if (!spiderball && !balloonActive) {
Vector2 relativeRight = new Vector2(-Physics2D.gravity.y, Physics2D.gravity.x).normalized;
if(Mathf.Sign(h) != Mathf.Sign (this.rigidbody2D.velocity.x))
{
this.rigidbody2D.AddForce(relativeRight * h * moveForce * translationStoppingMultiplier);
}
else if (Mathf.Abs(this.rigidbody2D.velocity.x) < maxPlayerGeneratedSpeed)
{
this.rigidbody2D.AddForce(relativeRight * h * moveForce);
}
}
//rotational movement
if (Mathf.Sign (h) == Mathf.Sign (rigidbody2D.angularVelocity) && !hasContact)
{
this.rigidbody2D.AddTorque(-h * moveTorque * rotationStoppingMultiplier);
}
else if(Mathf.Abs (this.rigidbody2D.angularVelocity) < maxAngularVelocity && !hasContact)
{
this.rigidbody2D.AddTorque(-h * moveTorque);
}
}
}
else if(dState == DeformationState.Deforming)
{// Scale ball down along z axis of scale object at deformSpeed until it's scale has changed more than the intended change
//recordButtonDelay();
checkJumpBoosted();
if(deformTimer < deformTime)
{
deformTimer += Time.deltaTime;
float compressScale = deformScaleChange * Mathf.Clamp (deformTimer / deformTime, 0.0f, 1.0f);
//scaleObject.transform.localScale = new Vector3(scaleObject.transform.localScale.x,
// scaleObject.transform.localScale.y,
// 1.0f - compressScale);
scaleObject.transform.localScale = new Vector3(originalScale.x, originalScale.y, originalScale.z * (1.0f - compressScale));
}else{
dState = DeformationState.Reforming;
deformTimer = 0.0f;
//baseScale = scaleObject.transform.localScale.z;
baseScale = scaleObject.transform.localScale;
}
}
else if(dState == DeformationState.Reforming)
{//Scale ball up along z axis of scale object at deformSpeed until it's scale has changed more than the intended change
//recordButtonDelay();
checkJumpBoosted();
if(deformTimer < deformTime)
{
deformTimer += Time.deltaTime;
float compressScale = deformScaleChange * Mathf.Clamp (deformTimer / deformTime, 0.0f, 1.0f);
//scaleObject.transform.localScale = new Vector3(scaleObject.transform.localScale.x,
// scaleObject.transform.localScale.y,
// baseScale + compressScale);
scaleObject.transform.localScale = baseScale + new Vector3(0f, 0f, originalScale.z * compressScale);
}else{
//Unparent from scaleObject and destroy scaleObject
this.transform.parent.parent = null;
GameObject.Destroy (scaleObject);
this.transform.parent.localScale = Vector3.one;
this.rigidbody2D.isKinematic = false;//Re-enabled rigidbody physics
jumpLastTime = Time.timeSinceLevelLoad;
if(jumpBoosted)
{
jumpBoosted = false;
//timeSinceJump = boostForgiveness;
//timeSinceLeft = boostForgiveness;
//timeSinceRight = boostForgiveness;
//Debug.Log ("Boosted bounce");
outVelocity = outVelocity.normalized * originalMagnitude * boostedBounciness * (1f-absorptionFactor);
if(outVelocity.magnitude < (jumpForce/this.rigidbody2D.mass)*Time.fixedDeltaTime)
{
//Debug.Log("Back to original height");
outVelocity.Normalize();
outVelocity*=(jumpForce/this.rigidbody2D.mass)*Time.fixedDeltaTime;
}
}
if(jumpDepressed)
{
jumpDepressed = false;
outVelocity = outVelocity.normalized*originalMagnitude*depressedBounciness * (1f-absorptionFactor);
}
if (GetComponent<Spiderball>().enabled)
{
outVelocity = Vector2.zero; //super sticky!
}
this.rigidbody2D.angularVelocity = outAngularVelocity;
this.rigidbody2D.velocity = outVelocity;
dState = DeformationState.Reformed;
GetComponent<PlayerSoundManager>().PlaySound("Bounce");
}
}
else if(dState == DeformationState.Reformed)
{//Allow an extra tick before the ball is allowed to deform again
dState = DeformationState.Normal;
}
if (!spiderball && spiderOnMovingPlatform)
{
spiderOnMovingPlatform = false;
}
if ((onMovingPlatform || spiderOnMovingPlatform) && transform.parent.parent == null)
transform.parent.parent = platformParent;
else if (!onMovingPlatform && !spiderOnMovingPlatform && platformParent != null)
{
transform.parent.parent = null;
platformParent = null;
}
grounded = false;
jumpTimer += Time.fixedDeltaTime;
prevVelocity = this.rigidbody2D.velocity;
prevAngularVelocity = this.rigidbody2D.angularVelocity;
//Debug.Log (rigidbody2D.velocity.y);
}