//serialization constructor
/*protected Object2PropertiesMapping(SerializationInfo info,StreamingContext context) {
* savedStates = (OrderedDictionary<int,SavedState>)info.GetValue("savedStates",typeof(OrderedDictionary<int,SavedState>));
* isParentObj = info.GetBoolean("isParentObj");
* parentMapping = (Object2PropertiesMapping)info.GetValue("parentMapping",typeof(Object2PropertiesMapping));
* childNo = info.GetInt32("childNo");
* prefabLoadPath = info.GetString("prefabLoadPath");
* lastChangedFrame = info.GetInt32("lastChangedFrame");
* firstChangedFrame = info.GetInt32("firstChangedFrame");
* try {
* childIdentificationMode = (ChildIdentificationMode)info.GetValue("childIdentificationMode",typeof(ChildIdentificationMode));
* } catch (SerializationException) {
* //file was recorded using old version of this plugin
* childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
* }
* try {
* gameObjectName = info.GetString("gameObjectName");
* } catch (SerializationException) {
* //file was recorded using old version of this plugin
* childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
* gameObjectName = "name_untraceable";
* }
* }*/
public Object2PropertiesMapping(GameObject go, bool isParent, Object2PropertiesMapping parentMapping, int childNo, string prefabLoadPath, ChildIdentificationMode childIdentificationMode) : this(go, isParent, parentMapping, childNo, prefabLoadPath)
{
this.childIdentificationMode = childIdentificationMode;
if (isParentObj) // if gameObject is a parent..
//..instantiate mappings for all children too
{
Transform[] allChildren = gameObject.GetComponentsInChildren <Transform>();
for (int i = 0; i < allChildren.Length; i++)
{
GameObject child = allChildren[i].gameObject;
if (!EZReplayManager.get.gOs2propMappings.ContainsKey(child))
{
if (child != gameObject)
{
EZReplayManager.get.gOs2propMappings.Add(child, new Object2PropertiesMapping(child, false, this, i, "", childIdentificationMode));
}
}
else
if (EZReplayManager.showHints)
{
Debug.Log("EZReplayManager HINT: GameObject '" + child + "' is already being recorded. Will not be marked for recording again.");
}
}
}
}
//called to synchronize gameObjectClone of Object2PropertiesMapping back to this saved state
public void synchronizeProperties(GameObject go, Object2PropertiesMapping o2m)
{
//HINT: lerping is still highly experimental
//EZReplayManager.singleton.StartCoroutine_Auto(EZReplayManager.singleton.MoveTo (go.transform,serVec3ToVec3(this.localPosition),0.08f));
if (o2m.isParentObj && o2m.getGameObject() != null && o2m.getGameObject().transform.parent != null)
{
go.transform.position = this.position;
go.transform.rotation = this.rotation;
}
else
{
go.transform.localPosition = this.localPosition;
go.transform.localRotation = this.localRotation;
}
go.SetActive(this.isActive);
if (emittingParticles)
{
go.GetComponent <ParticleEmitter> ().emit = true;
}
else if (go.GetComponent <ParticleEmitter> ())
{
go.GetComponent <ParticleEmitter> ().emit = false;
}
}
//as this is not derived from MonoBehaviour, we have a constructor
protected Object2PropertiesMapping(GameObject go, bool isParent, Object2PropertiesMapping parentMapping, int childNo)
{
//setting instance variables
this.gameObject = go;
this.isParentObj = isParent;
this.parentMapping = parentMapping;
this.childNo = childNo;
this.gameObjectInstanceID = go.GetInstanceID();
this.gameObjectName = go.name;
}
//execute one cycle of the current action on the current recorder position
protected void execRecorderAction()
{
if (gOs2propMappings != null)
{
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
if (currentAction == ActionMode.RECORD && currentMode == ViewMode.LIVE) //if recording
{
#if IS_UNLICENSED
if (recorderPosition <= (100 * (int)ActionMode.STOPPED) / (int)ActionMode.PAUSED)
{
#endif
maxPositions = recorderPosition;
propMapping.insertStateAtPos(recorderPosition);
#if IS_UNLICENSED
}
else
{
showingStoppedRecordingMsg = true;
StartCoroutine(exitStoppedRecordingMsg(5f));
stop();
}
#endif
}
else if (currentMode == ViewMode.REPLAY) //if replaying
//if in between start and finish position
{
if ((recorderPosition <= maxPositions && orgRecorderPositionStep > 0) || (recorderPosition > 0 && orgRecorderPositionStep < 0))
{
//lerping not integrated yet
//float updateSyncTime = Time.realtimeSinceStartup;
//float lerpInterval = interval - ((updateSyncTime - updateStartingTime) % interval) ;
if (propMapping.getGameObjectClone() != null)
{
propMapping.synchronizeProperties(recorderPosition);
}
}
else //else if reached the finishing position
{
stop();
if (exitOnFinished)
{
switchModeTo(ViewMode.LIVE);
}
}
}
}
}
}
public void CalcParentMapingRef()
{
for (int i = 0; i < object2PropertiesMappings.Count; i++)
{
Object2PropertiesMapping mapping = object2PropertiesMappings [i];
mapping.currentMappingIdx = i;
if (mapping.parentMappingIdx != -1)
{
mapping.parentMapping = object2PropertiesMappings [mapping.parentMappingIdx];
}
else
{
mapping.parentMapping = null;
}
}
}
//this starts the recording of objects, which have been marked for recoring previously or while recording in progress
public void record()
{
//markPredefinedObjects4Recording(); //mark the game objects from the public gui list for recording
if (currentMode == ViewMode.LIVE)
{
if (currentAction == ActionMode.STOPPED)
{
//remove a previous recording
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
//GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
propMapping.clearStates();
}
//reset everything to standard values
recorderPosition = 0;
recorderPositionStep = 1;
orgRecorderPositionStep = 1;
//set new action
currentAction = ActionMode.RECORD;
continueCallingUpdate = true;
runStateUpdate(recordingInterval);
sendCallback2All("__EZR_record", null);
}
else
{
if (showWarnings)
{
Debug.LogWarning("EZReplayManager WARNING: Ordered to record when recorder was not in stopped-state. Will not start recording.");
}
}
}
else
{
if (showWarnings)
{
Debug.LogWarning("EZReplayManager WARNING: Ordered to record when recorder was in replay mode. Will not start recording.");
}
}
}
// public void GetObjectData (SerializationInfo info, StreamingContext ctxt)
// {
// info.AddValue ("object2PropertiesMappings", this.object2PropertiesMappings);
// info.AddValue ("EZR_VERSION", EZR_VERSION);
// info.AddValue ("recordingInterval", this.recordingInterval);
// //base.GetObjectData(info, context);
// }
public void CalcParentMapingIdx()
{
for (int i = 0; i < object2PropertiesMappings.Count; i++)
{
Object2PropertiesMapping mapping = object2PropertiesMappings [i];
mapping.currentMappingIdx = i;
}
for (int i = 0; i < object2PropertiesMappings.Count; i++)
{
Object2PropertiesMapping mapping = object2PropertiesMappings [i];
if (mapping.parentMapping != null)
{
mapping.parentMappingIdx = mapping.parentMapping.currentMappingIdx;
}
else
{
mapping.parentMappingIdx = -1;
}
}
}
// public Vector3 serVec3ToVec3 (SerVector3 serVec3)
// {
// return new Vector3 (serVec3.x, serVec3.y, serVec3.z);
// }
//
// public Quaternion serQuatToQuat (SerQuaternion serQuat)
// {
// return new Quaternion (serQuat.x, serQuat.y, serQuat.z, serQuat.w);
// }
public bool isDifferentTo(SavedState otherState, Object2PropertiesMapping o2m)
{
bool changed = false;
if (!changed && isActive != otherState.isActive)
{
changed = true;
}
if (o2m.isParentObj && o2m.getGameObject().transform.parent != null)
{
if (!changed && position.isDifferentTo(otherState.position))
{
changed = true;
}
if (!changed && rotation.isDifferentTo(otherState.rotation))
{
changed = true;
}
}
if (!changed && localPosition.isDifferentTo(otherState.localPosition))
{
changed = true;
}
if (!changed && localRotation.isDifferentTo(otherState.localRotation))
{
changed = true;
}
if (!changed && emittingParticles != otherState.emittingParticles)
{
changed = true;
}
return(changed);
}
public Object2PropertiesMapping(GameObject go,bool isParent, Object2PropertiesMapping parentMapping, int childNo, string prefabLoadPath, ChildIdentificationMode childIdentificationMode)
: this(go,isParent,parentMapping, childNo, prefabLoadPath)
{
this.childIdentificationMode = childIdentificationMode;
if (isParentObj) { // if gameObject is a parent..
//..instantiate mappings for all children too
Transform[] allChildren = gameObject.GetComponentsInChildren<Transform>() ;
for(int i=0;i<allChildren.Length;i++) {
GameObject child = allChildren[i].gameObject;
if (!EZReplayManager.get.gOs2propMappings.ContainsKey(child)) {
if (child!=gameObject)
EZReplayManager.get.gOs2propMappings.Add(child, new Object2PropertiesMapping(child,false,this,i,"",childIdentificationMode));
} else
if (EZReplayManager.showHints)
MonoBehaviour.print("EZReplayManager HINT: GameObject '"+child+"' is already being recorded. Will not be marked for recording again.");
}
}
}
//serialization constructor
protected Object2PropertiesMapping(SerializationInfo info, StreamingContext context)
{
savedStates = (SerializableDictionary <int, SavedState>)info.GetValue("savedStates", typeof(SerializableDictionary <int, SavedState>));
isParentObj = info.GetBoolean("isParentObj");
parentMapping = (Object2PropertiesMapping)info.GetValue("parentMapping", typeof(Object2PropertiesMapping));
childNo = info.GetInt32("childNo");
prefabLoadPath = info.GetString("prefabLoadPath");
lastChangedFrame = info.GetInt32("lastChangedFrame");
firstChangedFrame = info.GetInt32("firstChangedFrame");
try {
childIdentificationMode = (ChildIdentificationMode)info.GetValue("childIdentificationMode", typeof(ChildIdentificationMode));
} catch (SerializationException e) {
//file was recorded using old version of this plugin
childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
}
try {
gameObjectName = info.GetString("gameObjectName");
} catch (SerializationException e) {
//file was recorded using old version of this plugin
childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
gameObjectName = "name_untraceable";
}
}
//as this is not derived from MonoBehaviour, we have a constructor
public SavedState(GameObject go, Object2PropertiesMapping o2m)
{
if (o2m.isParent())
{
isParent = true;
}
else
{
isParent = false;
}
if (go != null)
{
if (o2m.isParent())
{
this.pos = new SerVector3(go.transform.position);
this.scale = new SerVector3(go.transform.lossyScale);
this.rot = new SerQuaternion(go.transform.rotation);
isParent = true;
}
else
{
this.pos = new SerVector3(go.transform.localPosition);
this.scale = new SerVector3(go.transform.localScale);
this.rot = new SerQuaternion(go.transform.localRotation);
}
this.isActive = go.activeInHierarchy;
}
else
{
this.pos = new SerVector3(Vector3.zero);
this.scale = new SerVector3(Vector3.one);
this.rot = new SerQuaternion(Quaternion.identity);
this.isActive = false;
}
}
//as this is not derived from MonoBehaviour, we have a constructor
public Object2PropertiesMapping(GameObject go,bool isParent, Object2PropertiesMapping parentMapping, int childNo)
{
//setting instance variables
this.gameObject = go;
this.isParentObj = isParent;
this.parentMapping = parentMapping;
this.childNo = childNo;
this.gameObjectInstanceID=go.GetInstanceID();
this.gameObjectName = go.name;
}
//called to synchronize gameObjectClone of Object2PropertiesMapping back to this saved state
public void synchronizeProperties(GameObject go, Object2PropertiesMapping o2m)
{
//HINT: lerping is still highly experimental
//EZReplayManager.singleton.StartCoroutine_Auto(EZReplayManager.singleton.MoveTo (go.transform,serVec3ToVec3(this.localPosition),0.08f));
if (o2m.isParentObj && o2m.getGameObject() != null && o2m.getGameObject().transform.parent != null) {
go.transform.position = serVec3ToVec3(this.position);
go.transform.rotation = serQuatToQuat(this.rotation);
} else {
go.transform.localPosition = serVec3ToVec3(this.localPosition);
go.transform.localRotation = serQuatToQuat(this.localRotation);
}
go.SetActive( this.isActive );
if (emittingParticles)
go.GetComponent<ParticleEmitter>().emit = true;
else if ( go.GetComponent<ParticleEmitter>() )
go.GetComponent<ParticleEmitter>().emit = false;
}
public bool isDifferentTo(SavedState otherState, Object2PropertiesMapping o2m)
{
bool changed = false;
if (!changed && isActive != otherState.isActive)
changed = true;
if (o2m.isParentObj && o2m.getGameObject().transform.parent != null) {
if (!changed && position.isDifferentTo(otherState.position) )
changed = true;
if (!changed && rotation.isDifferentTo(otherState.rotation) )
changed = true;
}
if (!changed && localPosition.isDifferentTo( otherState.localPosition) )
changed = true;
if (!changed && localRotation.isDifferentTo( otherState.localRotation) )
changed = true;
if (!changed && emittingParticles != otherState.emittingParticles)
changed = true;
return changed;
}
//execute one cycle of the current action on the current recorder position
protected void execRecorderAction()
{
if (gOs2propMappings != null)
{
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
if (currentAction == ActionMode.RECORD && currentMode == ViewMode.LIVE) //if recording
{
#if IS_UNLICENSED
if (recorderPosition <= (100 * (int)ActionMode.STOPPED) / (int)ActionMode.PAUSED)
{
#endif
maxPositions = recorderPosition;
propMapping.insertStateAtPos(recorderPosition);
int deleted = 0;
if (recordingBufferSeconds > 0)
{
deleted = propMapping.removeFramesOutOfBufferRange();
}
/*if (deleted > 0) {
* if (propMapping.getGameObject().name.Contains("Shaftbase"))
* print(propMapping.getGameObject() + " deleted: " + deleted + ", remaining: " + propMapping.savedStates.Count);
* }*/
#if IS_UNLICENSED
}
else
{
showingStoppedRecordingMsg = true;
StartCoroutine(exitStoppedRecordingMsg(5f));
stop();
}
#endif
}
else if (currentMode == ViewMode.REPLAY) //if replaying
//if in between start and finish position
{
int lowestFrame = getLowestFrame();
if (recorderPosition <= maxPositions && orgRecorderPositionStep > 0)
{
propMapping.synchronizeProperties(recorderPosition, recorderPosition == lowestFrame);
}
else if (recorderPosition >= getLowestFrame() && orgRecorderPositionStep < 0)
{
//print("recorderPosition: " + recorderPosition);
//if (propMapping.getGameObjectClone() != null) {
propMapping.synchronizeProperties(recorderPosition, recorderPosition == maxPositions);
//}
}
else //else if reached the finishing position
{
stop();
if (exitOnFinished)
{
switchModeTo(ViewMode.LIVE);
}
}
}
}
}
}
//serialization constructor
protected Object2PropertiesMapping(SerializationInfo info,StreamingContext context)
{
savedStates = (SerializableDictionary<int,SavedState>)info.GetValue("savedStates",typeof(SerializableDictionary<int,SavedState>));
isParentObj = info.GetBoolean("isParentObj");
parentMapping = (Object2PropertiesMapping)info.GetValue("parentMapping",typeof(Object2PropertiesMapping));
childNo = info.GetInt32("childNo");
prefabLoadPath = info.GetString("prefabLoadPath");
lastChangedFrame = info.GetInt32("lastChangedFrame");
firstChangedFrame = info.GetInt32("firstChangedFrame");
try {
childIdentificationMode = (ChildIdentificationMode)info.GetValue("childIdentificationMode",typeof(ChildIdentificationMode));
} catch (SerializationException e) {
//file was recorded using old version of this plugin
childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
}
try {
gameObjectName = info.GetString("gameObjectName");
} catch (SerializationException e) {
//file was recorded using old version of this plugin
childIdentificationMode = ChildIdentificationMode.IDENTIFY_BY_ORDER;
gameObjectName = "name_untraceable";
}
}
protected Object2PropertiesMapping(GameObject go, bool isParent, Object2PropertiesMapping parentMapping, int childNo, string prefabLoadPath) : this(go, isParent, parentMapping, childNo)
{
this.prefabLoadPath = prefabLoadPath;
}
public Object2PropertiesMapping(GameObject go,bool isParent, Object2PropertiesMapping parentMapping, int childNo, string prefabLoadPath)
: this(go,isParent,parentMapping, childNo)
{
this.prefabLoadPath = prefabLoadPath;
}
public int getMaxFrames(Object2PropertiesMapping o2pm)
{
return o2pm.getMaxFrames();
}
public void addMapping(Object2PropertiesMapping mapping)
{
object2PropertiesMappings.Add(mapping);
}
public int getMaxFrames(Object2PropertiesMapping o2pm)
{
return(o2pm.getMaxFrames());
}
//switch to different mode.. so far there are MODE_LIVE for viewing a normal game action and MODE_REPLAY for viewing a replay of a recording
public void switchModeTo(ViewMode newMode)
{
if (newMode == ViewMode.LIVE)
{
sendCallback2All("__EZR_live_prepare", null);
//reset game object (i.e. rigidbody state)
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
//GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
if (propMapping.getGameObject() != null)
{
propMapping.resetObject();
}
}
bool tmpWasLoading = false;
if (isLoadingSlotInUse())
{
tmpWasLoading = true;
}
useRecordingSlot();
if (tmpWasLoading) //repeat to avoid a bug
{
switchModeTo(ViewMode.LIVE);
}
//COUNTFRAMES
maxPositions = getMaxFrames(gOs2propMappings);
sendCallback2All("__EZR_live_ready", null);
}
else
{
sendCallback2All("__EZR_replay_prepare", null);
if (maxPositions > 0)
{
//prepare parents first
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
//GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
if (propMapping.isParent())
{
//if (propMapping.getGameObject() != null)
propMapping.prepareObjectForReplay();
}
}
//..then childs
foreach (KeyValuePair <GameObject, Object2PropertiesMapping> entry in gOs2propMappings)
{
//GameObject go = entry.Key;
Object2PropertiesMapping propMapping = entry.Value;
if (!propMapping.isParent())
{
//if (propMapping.getGameObject() != null)
propMapping.prepareObjectForReplay();
}
}
sendCallback2All("__EZR_replay_ready", null);
}
else
{
newMode = ViewMode.LIVE;
if (showWarnings)
{
print("EZReplayManager WARNING: You have not recorded anything yet. Will not replay.");
}
}
}
currentMode = newMode;
stop();
}
public void addMapping(Object2PropertiesMapping mapping)
{
object2PropertiesMappings.Add(mapping);
}
