void Update()
{
if (!spline)
{
return;
}
EvaluateTimeLength();
var splineAnimatorT = ConvertFrameToWarpedTime(BulletTime.frame, BulletTime.frameFraction, ref cacheWarpedTimeFrameNumber, ref cacheWarpedTime) + offSet + _additionalOffSet;
var splineT = ConvertWarpedTimeToSplineNormalizedParameter(splineAnimatorT);
Vector3 newPos = spline.GetPositionOnSpline(splineT);
newPos += _offs;
newPos += Vector3.up * (offSetUp + _additionalOffSetUp);
Quaternion qRot = spline.GetOrientationOnSpline(splineT);
Vector3 tang = qRot * Vector3.right;
float totalSway = sway + _additionalSway;
float swayNoise = SwayNoise(swayFrequency);
float swayAngle = swayNoise * swayLeanAmplitude * Mathf.Min(totalSway, 1.0f);
float swayOffSet = swayNoise * totalSway;
newPos += (offSetSideways + _additionalOffSetSideways + swayOffSet) * tang;
var splineTMinusEpsilon = ConvertWarpedTimeToSplineNormalizedParameter(splineAnimatorT - 0.01f);
Quaternion qPast = spline.GetOrientationOnSpline(splineTMinusEpsilon);
float yrot = qPast.eulerAngles.y;
yrot = yrot - qRot.eulerAngles.y;
yrot = yrot % 360;
if (yrot > 180)
{
yrot = yrot - 360;
}
if (yrot < -180)
{
yrot = 360 + yrot;
}
var leanAngle = Mathf.Clamp(coolness * (yrot % 180) + swayAngle, -maxLeanAngle, maxLeanAngle);
leanAngle = Mathf.Clamp(leanAngle + additionalLean % 180, -maxLeanAngle, maxLeanAngle);
var realDeltaTime = (Time.timeScale < Mathf.Epsilon) ? (Time.deltaTime / Time.timeScale) : 0.1f;
// Keffo: Changed this to prevent the 'swimming' when scrubbing, seems to work.
// Original: _currLeanAngle = Mathf.Lerp(_currLeanAngle, leanAngle, BulletTime.isEditing ? 1.0f : 0.15f * 30f * realDeltaTime);
if (BulletTime.isEditing || BulletTime.paused)
{
_currLeanAngle = leanAngle;
}
else
{
_currLeanAngle = Mathf.Lerp(_currLeanAngle, leanAngle, 0.15f * 30f * realDeltaTime);
}
Quaternion r = Quaternion.Euler(0.0f, 0.0f, _currLeanAngle);
Vector3 steadyCamPos = newPos;
if (!debug)
{
if (originOfLean)
{
var delta = originOfLean.transform.position - transform.position;
delta = Quaternion.Inverse(qRot) * delta;
newPos = newPos + delta - r * delta;
}
transform.position = newPos; //Vector3.Lerp(transform.position, newPos, BulletTime.deltaTime * 5.0f);
transform.rotation = qRot * r;
}
if (leanAngle < -leanAngleToTriggerFx)
{
if (rightFx && !rightFx.IsAlive())
{
rightFx.Stop(true); rightFx.Play(true);
var ra = BulletTime.RandomFromArray(rightAudio) as AudioSource;
if (ra && ra.enabled == true)
{
ra.Play();
}
}
}
if (leanAngle > leanAngleToTriggerFx)
{
if (leftFx && !leftFx.IsAlive())
{
leftFx.Stop(true); leftFx.Play(true);
var la = BulletTime.RandomFromArray(leftAudio) as AudioSource;
if (la && la.enabled == true)
{
la.Play();
}
}
}
if (steadyCamRoot && !debug)
{
steadyCamRoot.transform.position = steadyCamPos;
steadyCamRoot.transform.rotation = qRot;
}
if (onboardCamRoot)
{
if (legacyOnboardCamera)
{
onboardCamRoot.transform.position = newPos;
onboardCamRoot.transform.rotation = qRot * r;
}
else
{
var frameXform = (originOfLean) ? originOfLean.transform : transform;
onboardCamRoot.transform.position = frameXform.position;
onboardCamRoot.transform.rotation = frameXform.rotation;
}
}
}
