//l,r are [0, 360)
private static float InterpolateAngle(float l, float r, IInterpolationInfo interpolationInfo)
{
var delta = r - l;
if (delta <= -180)
{
delta += 360;
}
else if (delta > 180)
{
delta -= 360;
}
var angle = l + InterpolateUtility.Interpolate(0, delta, interpolationInfo);
if (angle >= 360)
{
angle -= 360;
}
else if (angle < 0)
{
angle += 360;
}
return(angle);
}
public virtual void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = (VehicleDynamicDataComponent)left;
var r = (VehicleDynamicDataComponent)right;
if (IsSyncLatest)
{
return;
}
Flag = (int)VehicleFlag.RemoteSet;
var rotio = interpolationInfo.Ratio;
IsAccelerated = l.IsAccelerated && r.IsAccelerated;
SteerInput = InterpolateUtility.Interpolate(l.SteerInput, r.SteerInput, rotio);
ThrottleInput = InterpolateUtility.Interpolate(l.ThrottleInput, r.ThrottleInput, rotio);
Position = InterpolateUtility.Interpolate(l.Position, r.Position, rotio);
Rotation = InterpolateUtility.Interpolate(l.Rotation, r.Rotation, rotio);
LinearVelocity = InterpolateUtility.Interpolate(l.LinearVelocity, r.LinearVelocity, rotio);
AngularVelocity = InterpolateUtility.Interpolate(l.AngularVelocity, r.AngularVelocity, rotio);
IsSleeping = l.IsSleeping;
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
CopyFrom(left);
ScaleX = InterpolateUtility.Interpolate(((FreeDataComponent)left).ScaleX, ((FreeDataComponent)right).ScaleX, interpolationInfo.RatioWithOutClamp);
ScaleY = InterpolateUtility.Interpolate(((FreeDataComponent)left).ScaleY, ((FreeDataComponent)right).ScaleY, interpolationInfo.RatioWithOutClamp);
ScaleZ = InterpolateUtility.Interpolate(((FreeDataComponent)left).ScaleZ, ((FreeDataComponent)right).ScaleZ, interpolationInfo.RatioWithOutClamp);
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
PositionComponent l = left as PositionComponent;
PositionComponent r = right as PositionComponent;
if (r.InterpolateType == 0)
{
Value = InterpolateUtility.Interpolate(l.Value, r.Value, interpolationInfo.RatioWithOutClamp);
}
else
{
InterpolateType = r.InterpolateType;
ServerTime = r.ServerTime;
if (interpolationInfo.LeftServerTime <= r.ServerTime && interpolationInfo.RightServerTime >= r.ServerTime)
{
if (interpolationInfo.CurrentRenderTime > r.ServerTime)
{
Value = r._value;
}
else
{
Value = l._value;
}
}
else
{
Value = InterpolateUtility.Interpolate(l.Value, r.Value, interpolationInfo.RatioWithOutClamp);
}
}
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = (CarHitBoxComponent)left;
var r = (CarHitBoxComponent)right;
var ratio = interpolationInfo.Ratio;
BodyPosition = InterpolateUtility.Interpolate(l.BodyPosition, r.BodyPosition, ratio);
BodyRotation = InterpolateUtility.Interpolate(l.BodyRotation, r.BodyRotation, ratio);
int count = FlexiblePositionList.Length;
for (int i = 0; i < count; ++i)
{
FlexiblePositionList[i] =
InterpolateUtility.Interpolate(l.FlexiblePositionList[i], r.FlexiblePositionList[i], ratio);
FlexibleRotationList[i] =
InterpolateUtility.Interpolate(l.FlexibleRotationList[i], r.FlexibleRotationList[i], ratio);
}
count = WheelPositionList.Length;
for (int i = 0; i < count; ++i)
{
WheelPositionList[i] =
InterpolateUtility.Interpolate(l.WheelPositionList[i], r.WheelPositionList[i], ratio);
WheelRotationList[i] =
InterpolateUtility.Interpolate(l.WheelRotationList[i], r.WheelRotationList[i], ratio);
}
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = (left as NormalComponent);
var r = right as NormalComponent;
Value = InterpolateUtility.Interpolate(l.Value,
r.Value, interpolationInfo);
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as FreeMoveController;
var r = right as FreeMoveController;
FocusOnPosition = InterpolateUtility.Interpolate(l.FocusOnPosition, r.FocusOnPosition, interpolationInfo);
ControllType = r.ControllType;
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as BulletDataComponent;
var r = right as BulletDataComponent;
Distance = InterpolateUtility.Interpolate(l.Distance, r.Distance, interpolationInfo);
Velocity = r.Velocity;
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as ObserveCameraComponent;
var r = right as ObserveCameraComponent;
Fov = InterpolateUtility.Interpolate(l.Fov, r.Fov, interpolationInfo);
CameraPosition = InterpolateUtility.Interpolate(l.CameraPosition, r.CameraPosition, interpolationInfo);
CameraEularAngle =
InterpolateUtility.Interpolate(l.CameraEularAngle, r.CameraEularAngle, interpolationInfo);
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as ShipRudderDynamicData;
var r = right as ShipRudderDynamicData;
if (IsSyncLatest)
{
return;
}
Angle = InterpolateUtility.Interpolate(l.Angle, r.Angle, interpolationInfo);
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as DamageHintComponent;
var r = right as DamageHintComponent;
Damage = r.Damage;
DamageAdd = r.DamageAdd;
HeadShoot = r.HeadShoot;
PlayerPos = InterpolateUtility.Interpolate(l.PlayerPos,
r.PlayerPos, interpolationInfo);
}
public Vector3 GetResult(float x)
{
var t = (x % TotalX) / TotalX;
int lenght = Result.Length;
var lidx = (int)(t * lenght) % lenght;
var ridx = ((int)(t * lenght) + 1) % lenght;
var l = Result[lidx];
var r = Result[ridx];
float ratio = t * lenght % 1;
return(InterpolateUtility.Interpolate(l, r, ratio));
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as OrientationComponent;
var r = right as OrientationComponent;
var rotio = interpolationInfo.Ratio;
Yaw = ShortInterpolateAngle(l.Yaw, r.Yaw, rotio);
Pitch = InterpolateUtility.Interpolate(l.Pitch, r.Pitch, rotio);
Roll = InterpolateUtility.Interpolate(l.Roll, r.Roll, rotio);
PunchYaw = InterpolateUtility.Interpolate(l.PunchYaw, r.PunchYaw, rotio);
PunchPitch = InterpolateUtility.Interpolate(l.PunchPitch, r.PunchPitch, rotio);
ModelPitch = ShortInterpolateAngle(l.ModelPitch, r.ModelPitch, rotio);
ModelYaw = ShortInterpolateAngle(l.ModelYaw, r.ModelYaw, rotio);
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = (CarWheelComponent)left;
var r = (CarWheelComponent)right;
if (IsSyncLatest)
{
return;
}
CopyFrom(r);
var rotio = interpolationInfo.Ratio;
ColliderSteerAngle =
InterpolateUtility.Interpolate(l.ColliderSteerAngle, r.ColliderSteerAngle, rotio);
SteerAngle = InterpolateUtility.Interpolate(l.SteerAngle, r.SteerAngle, rotio);
}
/// <summary>
/// 按照最短路径插值yaw
/// </summary>
/// <param name="l"></param>
/// <param name="r"></param>
/// <param name="rotio"></param>
/// <returns></returns>
private float ShortInterpolateAngle(float l, float r, float rotio)
{
var ret = l;
if (Math.Abs(l - r) <= 180)
{
ret = InterpolateUtility.Interpolate(l, r, rotio);
}
else
{
ret = l < 0 ?
InterpolateUtility.Interpolate(l, r - 360, rotio) :
InterpolateUtility.Interpolate(l - 360, r, rotio);
}
return(ret);
}
public override void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
base.Interpolate(left, right, interpolationInfo);
var l = (CarRewindDataComponent)left;
var r = (CarRewindDataComponent)right;
var rotio = interpolationInfo.Ratio;
IsHornOn = l.IsHornOn && r.IsHornOn;
BrakeInput = InterpolateUtility.Interpolate(l.BrakeInput, r.BrakeInput, rotio);
HandbrakeInput = InterpolateUtility.Interpolate(l.HandbrakeInput, r.HandbrakeInput, rotio);
SteerAngle = InterpolateUtility.Interpolate(l.SteerAngle, r.SteerAngle, rotio);
Crashed = r.Crashed;
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = (ShipHitBoxComponent)left;
var r = (ShipHitBoxComponent)right;
BodyPosition = InterpolateUtility.Interpolate(l.BodyPosition, r.BodyPosition, interpolationInfo);
BodyRotation = InterpolateUtility.Interpolate(l.BodyRotation, r.BodyRotation, interpolationInfo);
int count = RudderPositionList.Length;
for (int i = 0; i < count; ++i)
{
RudderPositionList[i] = InterpolateUtility.Interpolate(l.RudderPositionList[i], r.RudderPositionList[i],
interpolationInfo);
RudderRotationList[i] = InterpolateUtility.Interpolate(l.RudderRotationList[i], r.RudderRotationList[i],
interpolationInfo);
}
}
public void Interpolate(object left, object right, IInterpolationInfo interpolationInfo)
{
var l = left as PlayerSkyMoveComponent;
var r = right as PlayerSkyMoveComponent;
var ratio = interpolationInfo.Ratio;
IsMoveEnabled = l.IsMoveEnabled;
IsMoving = l.IsMoving;
MoveStage = l.MoveStage;
RemainDeltaTime = l.RemainDeltaTime;
ParachuteTime = InterpolateUtility.Interpolate(l.ParachuteTime, r.ParachuteTime, ratio);
MotionLessTime = InterpolateUtility.Interpolate(l.MotionLessTime, r.MotionLessTime, ratio);
SwingVelocity = InterpolateUtility.Interpolate(l.SwingVelocity, r.SwingVelocity, ratio);
ExtraVerticalVelocity =
InterpolateUtility.Interpolate(l.ExtraVerticalVelocity, r.ExtraVerticalVelocity, ratio);
Position = InterpolateUtility.Interpolate(l.Position, r.Position, ratio);
Rotation = InterpolateUtility.Interpolate(l.Rotation, r.Rotation, ratio);
LocalPlayerPosition = l.LocalPlayerPosition;
LocalPlayerRotation = l.LocalPlayerRotation;
GameState = l.GameState;
Velocity = r.Velocity;
}
