// Update is called once per frame
void Update()
{
if (_vehicleInput != null)
{
if (!_vehicleInput.getStatus())
{
return;
}
}
getInput();
// Basic Ability Call
if (offensiveAbility != null && offensiveTrigger && abilitiesActivated)
{
if (fireAbility(offensiveAbility, _canUseBasic, offensiveFillBar, offensiveBrightIcon, offensiveAbilityBG, 'o'))
{
_canUseBasic = false;
offensiveAbility.AbilityInUse();
StartCoroutine(OffensiveAbilityCooldown());
}
}
// Signature Ability Call
if (defensiveAbility != null && defensiveTrigger && abilitiesActivated)
{
if (fireAbility(defensiveAbility, _canUseDefensiveAbility, defensiveAbilityFillAmount, defensiveBrightIcon, DefensiveAbilityBG, 'd'))
{
_canUseDefensiveAbility = false;
defensiveAbility.AbilityInUse();
StartCoroutine(DefensiveAbilityCooldown());
StartCoroutine(DefensiveAbilityDuration());
}
}
// Boost Ability Call
if (boostAbility != null && boostTrigger && abilitiesActivated)
{
if (fireAbility(boostAbility, _canBoost, boostFillBar, boostBrightIcon, BoostAbilityBG, 'b'))
{
_canBoost = false;
boostAbility.AbilityInUse();
StartCoroutine(BoostAbilityCooldown());
StartCoroutine(BoostAbilityDuration());
rayCastCar.isBoosting = true;
// StartCoroutine(ChangeFOV());
AudioManager.instance.Play("Boost", transform);
}
}
}
void checkInput()
{
// If there is no vehicle input then this is an AI Carand the AI Car will set the inputs.
if (input != null)
{
if (input.getStatus())
{
horizontal = Input.GetAxis(input.horizontal);
throttle = Input.GetAxis(input.verticalForward);
reverse = Input.GetAxis(input.verticalBackward);
//drift = Input.GetButton(input.brake);
}
else
{
horizontal = 0f;
throttle = 0f;
reverse = 0f;
drift = false;
}
}
}
// Update is called once per frame
void Update()
{
float extraSpeed = 0;
// If vehicle input is turned off don't listen to inputs
if (!_vehicleInput.getStatus())
{
tiltShift.blurArea = Mathf.Min(_maxBlurArea * (Mathf.Pow(currentSpeed, _blurScaling) / Mathf.Pow(topSpeed, _blurScaling)), 1);
return;
}
//Takes input for forward and reverse movement
if (_isBoosting)
{
extraSpeed += ((_boostSpeedPercentage * topSpeed) / 100);
}
if (_isOnBoosterPad)
{
extraSpeed += ((_boosterPadSpeedPercentage * topSpeed) / 100);
}
speed = (topSpeed + extraSpeed) * (Input.GetAxis(_vehicleInput.verticalForward) - Input.GetAxis(_vehicleInput.verticalBackward));
//Allows for vehicle to back up and break
if (speed < 0)
{
speed *= reverseSpeed;
}
if (Input.GetButtonUp(_vehicleInput.brake))
{
_drifting = false;
}
//Drifting mechanics
if (Input.GetAxis(_vehicleInput.horizontal) != 0)
{
//values are clamped to a specific usable range
int dir = Input.GetAxis(_vehicleInput.horizontal) > 0 ? 1 : -1;
float amount = Mathf.Abs(Input.GetAxis(_vehicleInput.horizontal));
//Checks necessary conditions for drifting to happen
if (Input.GetButtonDown(_vehicleInput.brake) && !_drifting && Input.GetAxis(_vehicleInput.horizontal) != 0)
{
if (driftSound != null) //placed here just so that the BallCar prefab doesn't throw nulls
{
driftSound.Play();
}
_drifting = true;
_driftDirection = Input.GetAxis(_vehicleInput.horizontal) > 0 ? 1 : -1;
if (leftDriftParticles != null && rightDriftParticles != null) //placed here just so that the BallCar prefab doesn't throw nulls
{
if (_driftDirection == 1)
{
leftDriftParticles.SetActive(true);
}
else if (_driftDirection == -1)
{
rightDriftParticles.SetActive(true);
}
}
else
{
//placed here just so that the BallCar prefab doesn't throw nulls
//Delete this later
//Debug.Log("Drift Particles are null, please assign them!");
}
}
if (_drifting)
{
DriftAudioSource.enabled = true;
driftButton.sprite = driftSpriteDown;
//Remaps the user input values to appropriate amounts to allow drifting
amount = (_driftDirection == 1) ? ExtensionMethods.Remap(Input.GetAxis(_vehicleInput.horizontal), -1, 1, 0, 1 + driftStrength) : ExtensionMethods.Remap(Input.GetAxis(_vehicleInput.horizontal), -1, 1, 1 + driftStrength, 0);
}
else
{
DriftAudioSource.enabled = false;
}
//passes in appropriate turning values based on drifting bool
if (_drifting)
{
Steer(_driftDirection, amount);
}
else
{
if (driftSound != null) //placed here just so that the BallCar prefab doesn't throw nulls
{
driftSound.Stop();
}
driftButton.sprite = driftSpriteUp;
if (leftDriftParticles != null && rightDriftParticles != null) //placed here just so that the BallCar prefab doesn't throw nulls
{
leftDriftParticles.SetActive(false);
rightDriftParticles.SetActive(false);
}
Steer(dir, amount);
}
}
//hitOn/hitNear check and rotate the vehicle body up and down based on direction of the track
RaycastHit hitOn;
Physics.Raycast(sphere.transform.position, -kartNormal.transform.up, out hitOn, 2f, layerMask);
//Next we are getting the difference between down and the direction we will apply gravity so we can similarly adjust how we apply regular movement
Quaternion forceRotation = new Quaternion();
if (hitOn.collider != null)
{
//calculating the angle in radians then converting it to degrees
forceRotation = Quaternion.FromToRotation(Vector3.down, -hitOn.normal);
}
//Ties the vehicle body to the sphere collider
transform.position = sphere.transform.position - (forceRotation * new Vector3(0, 0.4f, 0));
//Checks if the vehicle should be reversing or not, and evenly increases speed based on that.
if (Mathf.Abs(speed) >= Mathf.Abs(currentSpeed) || speed * currentSpeed > 0)
{
currentSpeed = Mathf.SmoothStep(currentSpeed, speed, Time.deltaTime * acceleration); speed = 0f;
}
else
{
currentSpeed = Mathf.SmoothStep(currentSpeed, speed, Time.deltaTime * deceleration); speed = 0f;
}
//Smoothly changes the vehicle's rotation
currentRotate = Mathf.Lerp(currentRotate, rotate, Time.deltaTime * 4f); rotate = 0f;
//Motion Blur for car speed right now 7 and 10 are the magic numbers for the effect we are looking for
tiltShift.blurArea = Mathf.Min(_maxBlurArea * (Mathf.Pow(currentSpeed, _blurScaling) / Mathf.Pow(topSpeed, _blurScaling)), 1);
if (speedometerImage != null)
{
speedometerImage.fillAmount = currentSpeed / topSpeed; //Speedometer code
}
else
{
//remove this once UI gets replaced
}
if (Input.GetButtonDown(_vehicleInput.rightStickButton))
{
aimOn = !aimOn;
}
}