void UCharacterMovementComponent::TickComponent(float DeltaTime, ...)  
{  
    // 处理输入并生成移动数据  
    if (CharacterOwner->IsLocallyControlled())  
    {  
        // 创建移动数据  
        FSavedMove_Character* NewMove = CreateSavedMove();  
        NewMove->SetMoveFor(CharacterOwner, DeltaTime, Acceleration, *PendingMove);  
        
        // 发送到服务器  
        CallServerMove();  
    }  
}  

void UCharacterMovementComponent::ServerMove_Implementation(  
    float TimeStamp,  
    FVector_NetQuantize10 InAccel,  
    FVector_NetQuantize100 ClientLoc,  
    uint8 CompressedMoveFlags,  
    uint8 ClientRoll,  
    uint32 View,  
    UPrimitiveComponent* ClientMovementBase,  
    FName ClientBaseBoneName,  
    uint8 ClientMovementMode)  
{  
    // 验证移动  
    // 执行实际移动  
    // 纠正客户端(如有必要)  
}  

//需要纠正时
void UCharacterMovementComponent::ClientAdjustPosition_Implementation(  
    float TimeStamp,  
    FVector NewLocation,  
    FVector NewVelocity,  
    UPrimitiveComponent* NewBase,  
    FName NewBaseBoneName,  
    bool bHasBase,  
    bool bBaseRelativePosition,  
    uint8 ServerMovementMode)  
{  
    // 更新客户端位置至服务器权威位置  
}  

TArray<FSavedMovePtr> PendingMoves;  // 等待服务器确认的移动  

// 当收到服务器纠正时  
void UCharacterMovementComponent::ClientAdjustPosition_Implementation(...)  
{  
    // 应用服务器纠正  
    // 重新应用PendingMoves以平滑过渡  
    for (int32 i=0; i<PendingMoves.Num(); i++)  
    {  
        const FSavedMove_Character* Move = PendingMoves[i].Get();  
        MoveAutonomous(...); // 重新应用移动  
    }  
}