private void CalculateTrackAnimationSpeed(Track track, AliveChassisAnimationNode node, float maxSpeed, float dt)
{
if (this.HasCorrectContacts(track, node.rigidbody.Rigidbody))
{
this.AnimateTrackWithContacts(track, node, dt);
}
else
{
this.AnimateTrackWithoutContacts(track, node, maxSpeed, dt);
}
}
private void AnimateTrackWithContacts(Track track, AliveChassisAnimationNode node, float dt)
{
ChassisComponent chassis = node.chassis;
float forwardTrackSpeed = this.GetForwardTrackSpeed(track, node.rigidbody.Rigidbody);
if (this.RequiresSynchronizedAnimation(track, chassis, forwardTrackSpeed))
{
track.animationSpeed = forwardTrackSpeed;
}
else
{
float targetValue = this.GetDesiredSpeedCoeff(track, chassis) * 0.05f;
track.SetAnimationSpeed(targetValue, node.speed.Acceleration * dt);
}
}
public void AnimateWheelsAndTracksRotation(TimeUpdateEvent evt, AliveChassisAnimationNode node)
{
if (node.cameraVisibleTrigger.IsVisibleAtRange(50f))
{
ChassisAnimationComponent chassisAnimation = node.chassisAnimation;
TrackComponent track = node.track;
TrackController leftTrack = node.chassisTrackController.LeftTrack;
TrackController rightTrack = node.chassisTrackController.RightTrack;
float maxSpeed = node.effectiveSpeed.MaxSpeed;
float deltaTime = evt.DeltaTime;
this.CalculateTrackAnimationSpeed(track.LeftTrack, node, maxSpeed, deltaTime);
chassisAnimation.LeftTrackPosition += (track.LeftTrack.animationSpeed * deltaTime) * 0.5f;
leftTrack.UpdateWheelsRotation(chassisAnimation.LeftTrackPosition);
this.CalculateTrackAnimationSpeed(track.RightTrack, node, maxSpeed, deltaTime);
chassisAnimation.RightTrackPosition += (track.RightTrack.animationSpeed * deltaTime) * 0.5f;
rightTrack.UpdateWheelsRotation(chassisAnimation.RightTrackPosition);
if (chassisAnimation.TracksMaterial != null)
{
float num4 = -chassisAnimation.RightTrackPosition * chassisAnimation.tracksMaterialSpeedMultiplyer;
Vector2 vector = new Vector2((-chassisAnimation.LeftTrackPosition * chassisAnimation.tracksMaterialSpeedMultiplyer) % 1f, num4 % 1f);
chassisAnimation.TracksMaterial.SetVector(TankMaterialPropertyNames.TRACKS_OFFSET, vector);
}
}
}
private void AnimateTrackWithoutContacts(Track track, AliveChassisAnimationNode node, float maxSpeed, float dt)
{
float targetValue = Mathf.Clamp((maxSpeed * node.chassis.EffectiveMoveAxis) + (((-node.chassis.EffectiveTurnAxis * maxSpeed) / 2f) * track.side), -maxSpeed, maxSpeed);
track.SetAnimationSpeed(targetValue, node.speed.Acceleration * dt);
}
