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  3. TCommonReplicator_SP

TCommonReplicator_SP

Server -> SP Client Like the AP case, the core payload is the same between fixed and independent: Input/Sync/Aux/Physics/Cues

API > API/Plugins > API/Plugins/NetworkPrediction

References

   
Module NetworkPrediction
Header /Engine/Plugins/Runtime/NetworkPrediction/Source/NetworkPrediction/Public/NetworkPredictionSerialization.h
Include #include "NetworkPredictionSerialization.h"

Syntax

template<typename InModelDef>  
class TCommonReplicator_SP

Remarks

Server -> SP Client Like the AP case, the core payload is the same between fixed and independent: Input/Sync/Aux/Physics/Cues

There are actually 3 cases to consider here:

Fixed Tick: only sends server frame #

Independent Tick, remotely controlled: send total sim time, which comes from the server's TServerRecvData_Independent for the controlling client.

Independent Tick, locally controlled: send total sim time, which comes from the server's local VariableTickState.

Functions

  Type Name Description
Public function Static void

NetRecv ( const FNetSerializeParams& P,
ClientRecvDataType& ClientRecvState,
TModelDataStore< ModelDef >* DataStore
)

  
Public function Static void

NetSend ( const FNetSerializeParams& P,
FNetworkPredictionID ID,
TModelDataStore< ModelDef >* DataStore,
TInstanceData< ModelDef >* InstanceData,
int32 PendingFrame
)

  

Typedefs

Name Description
ModelDef  

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