private void processCameraCommon(Ped player, Vehicle veh)
{
smoothIsInAir = Mathr.Lerp(smoothIsInAir, veh.IsInAir ? 1f : 0f, 1.3f * getDeltaTime());
smoothIsRearGear = Mathr.Lerp(smoothIsRearGear, veh.CurrentGear == 0 ? 1f : 0f, 1.3f * getDeltaTime());
speedCoeff = Mathr.Max(veh.Speed, veh.Velocity.Magnitude() / 22f);
pointAt = veh.Position + fullHeightOffset + (veh.ForwardVector * computeLookFrontOffset(veh, speedCoeff, smoothIsInAir));
finalDummyOffset = Mathr.Lerp(vehDummyOffset, vehDummyOffsetHighSpeed, speedCoeff / (maxHighSpeed * 1.6f));
// no offset if car is in the air
finalDummyOffset = Mathr.Lerp(finalDummyOffset, 0f, smoothIsInAir);
if (veh.TowedVehicle != null)
{
towedVehicleLongitude = veh.TowedVehicle.Model.GetDimensions().Y;
}
else
{
towedVehicleLongitude = 0f;
}
fullLongitudeOffset = (distanceOffset + currentVehicleLongitude / 2f) /* + vehDummyOffset*/ + towedVehicleLongitude;
currentDistanceIncrement = 0f;
if (increaseDistanceAtHighSpeed)
{
var factor = veh.Speed / maxHighSpeed;
currentDistanceIncrement = Mathr.Lerp(0f, maxHighSpeedDistanceIncrement, Easing.EaseOut(factor, useEasingForCamDistance ? EasingType.Cubic : EasingType.Linear));
}
if (accelerationAffectsCamDistance)
{
var factor = getVehicleAcceleration(veh) / (maxHighSpeed * 10f);
currentDistanceIncrement += Mathr.Lerp(0f, accelerationCamDistanceMultiplier, Easing.EaseOut(factor, useEasingForCamDistance ? EasingType.Quadratic : EasingType.Linear));
}
}
