void onAdaptiveControllerModelReady(params object[] args)
{
#if UNITY_EDITOR
if (Application.isPlaying)
{
return;
}
#endif
WaveVR_Controller.EDeviceType _device = (WaveVR_Controller.EDeviceType)args[0];
if (this.deviceType == _device)
{
WaveVR_RenderModel wrm = this.GetComponentInChildren <WaveVR_RenderModel>();
if (wrm != null)
{
GameObject modelObj = wrm.gameObject;
int modelchild = modelObj.transform.childCount;
PrintDebugLog("onAdaptiveControllerModelReady() model child: " + modelchild);
for (int j = 0; j < modelchild; j++)
{
GameObject childName = modelObj.transform.GetChild(j).gameObject;
if (childName.name == "__CM__Emitter" || childName.name == "_[CM]_Emitter")
{
emitter = childName;
PrintDebugLog("emitter local position (" + emitter.transform.localPosition.x + ", " + emitter.transform.localPosition.y + ", " + emitter.transform.localPosition.z + ")");
PrintDebugLog("emitter local EulerAngles " + emitter.transform.localEulerAngles);
if (moveToEmitter != null)
{
PrintDebugLog("__CM__Emitter is found, update objects' parent");
foreach (GameObject mgo in moveToEmitter)
{
if (mgo != null)
{
PrintDebugLog("Move " + mgo.name + " to be children of emitter");
mgo.transform.parent = emitter.transform;
mgo.transform.localRotation = Quaternion.identity;
mgo.transform.localPosition = Vector3.zero;
mgo.SetActive(false);
mgo.SetActive(true);
}
}
}
break;
}
}
}
else
{
PrintDebugLog("WaveVR_RenderModel is not found");
}
}
}
public void createIndicator() {
if (!showIndicator) return;
clearResourceAndObject();
PrintDebugLog("create Indicator!");
rw = WaveVR_Resource.instance;
indicatorPrefab = Resources.Load("ComponentIndicator") as GameObject;
if (indicatorPrefab == null)
{
PrintInfoLog("ComponentIndicator is not found!");
return;
}
else
{
PrintDebugLog("ComponentIndicator is found!");
}
linePrefab = Resources.Load("LineIndicator") as GameObject;
if (linePrefab == null)
{
PrintInfoLog("LineIndicator is not found!");
return;
}
else
{
PrintDebugLog("LineIndicator is found!");
}
if (_HMD == null)
_HMD = WaveVR_Render.Instance.gameObject;
if (_HMD == null)
{
PrintInfoLog("Can't get HMD!");
return;
}
var gc = transform.childCount;
for (int i = 0; i < gc; i++)
{
GameObject go = transform.GetChild(i).gameObject;
PrintInfoLog("child name is " + go.name);
}
PrintInfoLog("showIndicatorAngle: " + showIndicatorAngle + ", hideIndicatorByRoll: " + hideIndicatorByRoll + ", basedOnEmitter: " + basedOnEmitter);
PrintInfoLog("Line settings--\n lineLength: " + lineLength + ", lineStartWidth: " + lineStartWidth + ", lineEndWidth: " + lineEndWidth + ", lineColor: " + lineColor);
PrintInfoLog("Text settings--\n textCharacterSize: " + textCharacterSize + ", zhCharactarSize: " + zhCharactarSize + ", textFontSize: " + textFontSize + ", textColor: " + textColor);
foreach (ButtonIndication bi in buttonIndicationList)
{
PrintInfoLog("keyType: " + bi.keyType + ", alignment: " + bi.alignment + ", offset: " + bi.indicationOffset + ", useMultiLanguage: " + bi.useMultiLanguage +
", indication: " + bi.indicationText + ", followRotation: " + bi.followButtonRotation);
// find component by name
string partName = null;
string partName1 = null;
string partName2 = null;
string indicationKey = null;
switch(bi.keyType)
{
case ButtonIndication.KeyIndicator.Trigger:
partName = "_[CM]_TriggerKey";
partName1 = "__CM__TriggerKey";
partName2 = "__CM__TriggerKey.__CM__TriggerKey";
indicationKey = "TriggerKey";
break;
case ButtonIndication.KeyIndicator.TouchPad:
partName = "_[CM]_TouchPad";
partName1 = "__CM__TouchPad";
partName2 = "__CM__TouchPad.__CM__TouchPad";
indicationKey = "TouchPad";
break;
case ButtonIndication.KeyIndicator.Grip:
partName = "_[CM]_Grip";
partName1 = "__CM__Grip";
partName2 = "__CM__Grip.__CM__Grip";
indicationKey = "Grip";
break;
case ButtonIndication.KeyIndicator.DPad_Left:
partName = "_[CM]_DPad_Left";
partName1 = "__CM__DPad_Left";
partName2 = "__CM__DPad_Left.__CM__DPad_Left";
indicationKey = "DPad_Left";
break;
case ButtonIndication.KeyIndicator.DPad_Right:
partName = "_[CM]_DPad_Right";
partName1 = "__CM__DPad_Right";
partName2 = "__CM__DPad_Right.__CM__DPad_Right";
indicationKey = "DPad_Right";
break;
case ButtonIndication.KeyIndicator.DPad_Up:
partName = "_[CM]_DPad_Up";
partName1 = "__CM__DPad_Up";
partName2 = "__CM__DPad_Up.__CM__DPad_Up";
indicationKey = "DPad_Up";
break;
case ButtonIndication.KeyIndicator.DPad_Down:
partName = "_[CM]_DPad_Down";
partName1 = "__CM__DPad_Down";
partName2 = "__CM__DPad_Down.__CM__DPad_Down";
indicationKey = "DPad_Down";
break;
case ButtonIndication.KeyIndicator.App:
partName = "_[CM]_AppButton";
partName1 = "__CM__AppButton";
partName2 = "__CM__AppButton.__CM__AppButton";
indicationKey = "AppKey";
break;
case ButtonIndication.KeyIndicator.Home:
partName = "_[CM]_HomeButton";
partName1 = "__CM__HomeButton";
partName2 = "__CM__HomeButton.__CM__HomeButton";
indicationKey = "HomeKey";
break;
case ButtonIndication.KeyIndicator.Volume:
partName = "_[CM]_VolumeKey";
partName1 = "__CM__VolumeKey";
partName2 = "__CM__VolumeKey.__CM__VolumeKey";
indicationKey = "VolumeKey";
break;
case ButtonIndication.KeyIndicator.VolumeUp:
partName = "_[CM]_VolumeUp";
partName1 = "__CM__VolumeUp";
partName2 = "__CM__VolumeUp.__CM__VolumeUp";
indicationKey = "VolumeUp";
break;
case ButtonIndication.KeyIndicator.VolumeDown:
partName = "_[CM]_VolumeDown";
partName1 = "__CM__VolumeDown";
partName2 = "__CM__VolumeDown.__CM__VolumeDown";
indicationKey = "VolumeDown";
break;
case ButtonIndication.KeyIndicator.DigitalTrigger:
partName = "_[CM]_DigitalTriggerKey";
partName1 = "__CM__DigitalTriggerKey";
partName2 = "__CM__DigitalTriggerKey.__CM__DigitalTriggerKey";
indicationKey = "DigitalTriggerKey";
break;
case ButtonIndication.KeyIndicator.Bumper:
partName = "_[CM]_BumperKey";
partName1 = "__CM__BumperKey";
partName2 = "__CM__BumperKey.__CM__BumperKey";
indicationKey = "BumperKey";
break;
case ButtonIndication.KeyIndicator.ButtonA:
partName = "_[CM]_ButtonA";
partName1 = "__CM__ButtonA";
partName2 = "__CM__ButtonA.__CM__ButtonA";
indicationKey = "ButtonA";
break;
case ButtonIndication.KeyIndicator.ButtonB:
partName = "_[CM]_ButtonB";
partName1 = "__CM__ButtonB";
partName2 = "__CM__ButtonB.__CM__ButtonB";
indicationKey = "ButtonB";
break;
case ButtonIndication.KeyIndicator.ButtonX:
partName = "_[CM]_ButtonX";
partName1 = "__CM__ButtonX";
partName2 = "__CM__ButtonX.__CM__ButtonX";
indicationKey = "ButtonX";
break;
case ButtonIndication.KeyIndicator.ButtonY:
partName = "_[CM]_ButtonY";
partName1 = "__CM__ButtonY";
partName2 = "__CM__ButtonY.__CM__ButtonY";
indicationKey = "ButtonY";
break;
default:
partName = "_[CM]_unknown";
partName1 = "__CM__unknown";
partName2 = "__CM__unknown.__CM__unknown";
indicationKey = "unknown";
PrintDebugLog("Unknown key type!");
break;
}
Transform tmp = transform.Find(partName);
if (tmp == null)
{
tmp = transform.Find(partName1);
if (tmp == null)
{
tmp = transform.Find(partName2);
}
}
if (tmp != null)
{
ComponentsIndication tmpCom = new ComponentsIndication();
tmpCom.Name = partName;
tmpCom.SourceObject = tmp.gameObject;
tmpCom.alignment = bi.alignment;
tmpCom.followButtonRoration = bi.followButtonRotation;
Vector3 linePos;
tmpCom.LineIndicator = null;
linePos = transform.TransformPoint(new Vector3(0, tmp.localPosition.y, tmp.localPosition.z) + bi.indicationOffset);
Quaternion spawnRot = Quaternion.identity;
if (bi.followButtonRotation == true)
{
spawnRot = transform.rotation;
}
GameObject lineGO = Instantiate(linePrefab, linePos, spawnRot);
lineGO.name = partName + "Line";
var li = lineGO.GetComponent<IndicatorLine>();
li.autoLayout = autoLayout;
li.lineColor = lineColor;
li.lineLength = lineLength;
li.startWidth = lineStartWidth;
li.endWidth = lineEndWidth;
li.alignment = bi.alignment;
li.updateMeshSettings();
if (bi.followButtonRotation == true)
{
lineGO.transform.parent = tmpCom.SourceObject.transform;
}
lineGO.SetActive(false);
tmpCom.LineIndicator = lineGO;
tmpCom.DestObject = null;
Vector3 spawnPos;
if (bi.alignment == ButtonIndication.Alignment.RIGHT)
{
spawnPos = transform.TransformPoint(new Vector3(lineLength, tmp.localPosition.y, tmp.localPosition.z) + bi.indicationOffset);
} else
{
spawnPos = transform.TransformPoint(new Vector3(lineLength * (-1), tmp.localPosition.y, tmp.localPosition.z) + bi.indicationOffset);
}
GameObject destGO = Instantiate(indicatorPrefab, spawnPos, transform.rotation);
destGO.name = partName + "Ind";
if (bi.followButtonRotation == true)
{
destGO.transform.parent = tmpCom.SourceObject.transform;
}
PrintInfoLog(" Source PartName: " + tmp.gameObject.name + " pos: " + tmp.position + " Rot: " + tmp.rotation);
PrintInfoLog(" Line Name: " + lineGO.name + " pos: " + lineGO.transform.position + " Rot: " + lineGO.transform.rotation);
PrintInfoLog(" Destination Name: " + destGO.name + " pos: " + destGO.transform.position + " Rot: " + destGO.transform.rotation);
int childC = destGO.transform.childCount;
for (int i = 0; i < childC; i++)
{
GameObject c = destGO.transform.GetChild(i).gameObject;
if (bi.alignment == ButtonIndication.Alignment.LEFT)
{
float tx = c.transform.localPosition.x;
c.transform.localPosition = new Vector3(tx * (-1), c.transform.localPosition.y, c.transform.localPosition.z);
}
TextMesh tm = c.GetComponent<TextMesh>();
MeshRenderer mr = c.GetComponent<MeshRenderer>();
if (tm == null) PrintInfoLog(" tm is null ");
if (mr == null) PrintInfoLog(" mr is null ");
if (tm != null && mr != null)
{
tm.characterSize = textCharacterSize;
if (c.name != "Shadow")
{
mr.material.SetColor("_Color", textColor);
} else
{
PrintDebugLog(" Shadow found ");
}
tm.fontSize = textFontSize;
if (bi.useMultiLanguage)
{
sysLang = rw.getSystemLanguage();
sysCountry = rw.getSystemCountry();
PrintDebugLog(" System language is " + sysLang);
if (sysLang.StartsWith("zh"))
{
PrintDebugLog(" Chinese language");
tm.characterSize = zhCharactarSize;
}
// use default string - multi-language
if (bi.indicationText == "system") {
tm.text = rw.getString(indicationKey);
PrintInfoLog(" Name: " + destGO.name + " uses default multi-language -> " + tm.text);
} else {
tm.text = rw.getString(bi.indicationText);
PrintInfoLog(" Name: " + destGO.name + " uses custom multi-language -> " + tm.text);
}
} else
{
if (bi.indicationText == "system")
tm.text = indicationKey;
else
tm.text = bi.indicationText;
PrintInfoLog(" Name: " + destGO.name + " didn't uses multi-language -> " + tm.text);
}
if (bi.alignment == ButtonIndication.Alignment.LEFT)
{
tm.anchor = TextAnchor.MiddleRight;
tm.alignment = TextAlignment.Right;
}
}
}
destGO.SetActive(false);
tmpCom.DestObject = destGO;
tmpCom.Offset = bi.indicationOffset;
PrintInfoLog(tmpCom.Name + " line -> " + tmpCom.LineIndicator.name + " destObjName -> " + tmpCom.DestObject.name);
compInd.Add(tmpCom);
}
else
{
PrintInfoLog("Neither " + partName + " or " + partName1 + " or " + partName2 + " is not in the model!");
}
}
Emitter = null;
if (basedOnEmitter)
{
WaveVR_RenderModel wrm = this.GetComponentInChildren<WaveVR_RenderModel>();
if (wrm != null)
{
GameObject modelObj = wrm.gameObject;
int modelchild = modelObj.transform.childCount;
for (int j = 0; j < modelchild; j++)
{
GameObject childName = modelObj.transform.GetChild(j).gameObject;
if (childName.name == "__CM__Emitter" || childName.name == "_[CM]_Emitter")
{
Emitter = childName;
}
}
}
}
needRedraw = false;
}
private void CollectEffectObjects() // collect controller object which has effect
{
effectMat = Resources.Load("ColorOffsetMaterial") as Material;
touchMat = new Material(Shader.Find("Unlit/Texture"));
if (useSystemConfig)
{
PrintInfoLog("use system config in controller model!");
ReadJsonValues();
}
else
{
Log.w(LOG_TAG, "use custom config in controller model!");
}
var ch = this.transform.childCount;
PrintDebugLog("childCount: " + ch);
effectMat.color = buttonEffectColor;
WaveVR_RenderModel wrm = this.GetComponent <WaveVR_RenderModel>();
if (wrm != null)
{
mergeToOneBone = wrm.mergeToOneBone;
}
isTouchPadSetting = GetTouchPadParam();
for (var j = 0; j < PressEffectNames.Length; j++)
{
pressObjectArrays[j] = new MeshObject();
pressObjectArrays[j].MeshName = PressEffectNames[j];
pressObjectArrays[j].hasEffect = false;
pressObjectArrays[j].gameObject = null;
pressObjectArrays[j].originPosition = new Vector3(0, 0, 0);
pressObjectArrays[j].originMat = null;
pressObjectArrays[j].effectMat = null;
for (int i = 0; i < ch; i++)
{
GameObject CM = this.transform.GetChild(i).gameObject;
string[] t = CM.name.Split("."[0]);
var childname = t[0];
if (pressObjectArrays[j].MeshName == childname)
{
pressObjectArrays[j].gameObject = CM;
pressObjectArrays[j].originPosition = CM.transform.localPosition;
pressObjectArrays[j].originMat = CM.GetComponent <MeshRenderer>().material;
pressObjectArrays[j].effectMat = effectMat;
pressObjectArrays[j].hasEffect = true;
if (childname == "__CM__TouchPad")
{
touchpad = pressObjectArrays[j].gameObject;
touchpadMesh = touchpad.GetComponent <MeshFilter>().mesh;
if (touchpadMesh != null)
{
PrintInfoLog("touchpad is found! ");
}
}
break;
}
}
PrintInfoLog("Press " + pressObjectArrays[j].MeshName + " has effect: " + pressObjectArrays[j].hasEffect);
}
for (var j = 0; j < TouchEffectNames.Length; j++)
{
touchObjectArrays[j] = new MeshObject();
touchObjectArrays[j].MeshName = TouchEffectNames[j];
touchObjectArrays[j].hasEffect = false;
touchObjectArrays[j].gameObject = null;
touchObjectArrays[j].originPosition = new Vector3(0f, 0f, 0f);
touchObjectArrays[j].originMat = null;
touchObjectArrays[j].effectMat = null;
for (int i = 0; i < ch; i++)
{
GameObject CM = this.transform.GetChild(i).gameObject;
string[] t = CM.name.Split("."[0]);
var childname = t[0];
if (touchObjectArrays[j].MeshName == childname)
{
touchObjectArrays[j].gameObject = CM;
touchObjectArrays[j].originPosition = CM.transform.localPosition;
touchObjectArrays[j].originMat = CM.GetComponent <MeshRenderer>().material;
touchObjectArrays[j].effectMat = effectMat;
touchObjectArrays[j].hasEffect = true;
if (childname == "__CM__TouchPad_Touch")
{
toucheffectMesh = touchObjectArrays[j].gameObject.GetComponent <MeshFilter>().mesh;
if (toucheffectMesh != null)
{
PrintInfoLog("toucheffectMesh is found! ");
}
}
break;
}
}
PrintInfoLog("Touch " + touchObjectArrays[j].MeshName + " has effect: " + touchObjectArrays[j].hasEffect);
}
resetButtonState();
}
public void CreateIndicator()
{
if (!showIndicator)
{
return;
}
ClearResourceAndObject();
Log.d(LOG_TAG, "create Indicator!");
rw = WaveVR_Resource.instance;
indicatorPrefab = Resources.Load("ComponentIndicator") as GameObject;
if (indicatorPrefab == null)
{
Log.i(LOG_TAG, "ComponentIndicator is not found!");
return;
}
else
{
Log.i(LOG_TAG, "ComponentIndicator is found!");
}
linePrefab = Resources.Load("LineIndicator") as GameObject;
if (linePrefab == null)
{
Log.i(LOG_TAG, "LineIndicator is not found!");
return;
}
else
{
Log.d(LOG_TAG, "LineIndicator is found!");
}
if (hmd == null)
{
hmd = WaveVR_Render.Instance.gameObject;
}
if (hmd == null)
{
Log.i(LOG_TAG, "Can't get HMD!");
return;
}
var gc = transform.childCount;
for (int i = 0; i < gc; i++)
{
GameObject go = transform.GetChild(i).gameObject;
Log.i(LOG_TAG, "child name is " + go.name);
}
Log.i(LOG_TAG, "showIndicatorAngle: " + showIndicatorAngle + ", hideIndicatorByRoll: " + hideIndicatorByRoll + ", basedOnEmitter: " + basedOnEmitter + ", displayPlane: " + displayPlane);
Log.i(LOG_TAG, "Line settings--\n lineStartWidth: " + lineStartWidth + ", lineEndWidth: " + lineEndWidth + ", lineColor: " + lineColor);
Log.i(LOG_TAG, "Text settings--\n textCharacterSize: " + textCharacterSize + ", zhCharactarSize: " + zhCharactarSize + ", textFontSize: " + textFontSize + ", textColor: " + textColor);
body = transform.Find("_[CM]_Body");
if (body == null)
{
body = transform.Find("__CM__Body");
if (body == null)
{
body = transform.Find("__CM__Body.__CM__Body");
if (body == null)
{
body = transform.Find("Body");
}
}
}
if (body == null)
{
Log.w(LOG_TAG, "Body of the controller can't be found in the model!");
}
foreach (AutoButtonIndication bi in buttonIndicationList)
{
Log.i(LOG_TAG, "keyType: " + bi.keyType + ", alignment: " + bi.alignment + ", distanceBetweenButtonAndText: " + bi.distanceBetweenButtonAndText + ", distanceBetweenButtonAndLine: " + bi.distanceBetweenButtonAndLine + ", lineLengthAdjustment: " + bi.lineLengthAdjustment + ", useMultiLanguage: " + bi.useMultiLanguage + ", indicationText: " + bi.indicationText);
// find component by name
string partName = null;
string partName1 = null;
string partName2 = null;
string indicationKey = null;
switch (bi.keyType)
{
case AutoButtonIndication.KeyIndicator.Trigger:
partName = "_[CM]_TriggerKey";
partName1 = "__CM__TriggerKey";
partName2 = "__CM__TriggerKey.__CM__TriggerKey";
indicationKey = "TriggerKey";
break;
case AutoButtonIndication.KeyIndicator.TouchPad:
partName = "_[CM]_TouchPad";
partName1 = "__CM__TouchPad";
partName2 = "__CM__TouchPad.__CM__TouchPad";
indicationKey = "TouchPad";
break;
case AutoButtonIndication.KeyIndicator.Grip:
partName = "_[CM]_Grip";
partName1 = "__CM__Grip";
partName2 = "__CM__Grip.__CM__Grip";
indicationKey = "Grip";
break;
case AutoButtonIndication.KeyIndicator.DPad_Left:
partName = "_[CM]_DPad_Left";
partName1 = "__CM__DPad_Left";
partName2 = "__CM__DPad_Left.__CM__DPad_Left";
indicationKey = "DPad_Left";
break;
case AutoButtonIndication.KeyIndicator.DPad_Right:
partName = "_[CM]_DPad_Right";
partName1 = "__CM__DPad_Right";
partName2 = "__CM__DPad_Right.__CM__DPad_Right";
indicationKey = "DPad_Right";
break;
case AutoButtonIndication.KeyIndicator.DPad_Up:
partName = "_[CM]_DPad_Up";
partName1 = "__CM__DPad_Up";
partName2 = "__CM__DPad_Up.__CM__DPad_Up";
indicationKey = "DPad_Up";
break;
case AutoButtonIndication.KeyIndicator.DPad_Down:
partName = "_[CM]_DPad_Down";
partName1 = "__CM__DPad_Down";
partName2 = "__CM__DPad_Down.__CM__DPad_Down";
indicationKey = "DPad_Down";
break;
case AutoButtonIndication.KeyIndicator.App:
partName = "_[CM]_AppButton";
partName1 = "__CM__AppButton";
partName2 = "__CM__AppButton.__CM__AppButton";
indicationKey = "AppKey";
break;
case AutoButtonIndication.KeyIndicator.Home:
partName = "_[CM]_HomeButton";
partName1 = "__CM__HomeButton";
partName2 = "__CM__HomeButton.__CM__HomeButton";
indicationKey = "HomeKey";
break;
case AutoButtonIndication.KeyIndicator.Volume:
partName = "_[CM]_VolumeKey";
partName1 = "__CM__VolumeKey";
partName2 = "__CM__VolumeKey.__CM__VolumeKey";
indicationKey = "VolumeKey";
break;
case AutoButtonIndication.KeyIndicator.VolumeUp:
partName = "_[CM]_VolumeUp";
partName1 = "__CM__VolumeUp";
partName2 = "__CM__VolumeUp.__CM__VolumeUp";
indicationKey = "VolumeUp";
break;
case AutoButtonIndication.KeyIndicator.VolumeDown:
partName = "_[CM]_VolumeDown";
partName1 = "__CM__VolumeDown";
partName2 = "__CM__VolumeDown.__CM__VolumeDown";
indicationKey = "VolumeDown";
break;
case AutoButtonIndication.KeyIndicator.DigitalTrigger:
partName = "_[CM]_DigitalTriggerKey";
partName1 = "__CM__DigitalTriggerKey";
partName2 = "__CM__DigitalTriggerKey.__CM__DigitalTriggerKey";
indicationKey = "DigitalTriggerKey";
break;
case AutoButtonIndication.KeyIndicator.ButtonA:
partName = "_[CM]_ButtonA";
partName1 = "__CM__ButtonA";
partName2 = "__CM__ButtonA.__CM__ButtonA";
indicationKey = "ButtonA";
break;
case AutoButtonIndication.KeyIndicator.ButtonB:
partName = "_[CM]_ButtonB";
partName1 = "__CM__ButtonB";
partName2 = "__CM__ButtonB.__CM__ButtonB";
indicationKey = "ButtonB";
break;
case AutoButtonIndication.KeyIndicator.ButtonX:
partName = "_[CM]_ButtonX";
partName1 = "__CM__ButtonX";
partName2 = "__CM__ButtonX.__CM__ButtonX";
indicationKey = "ButtonX";
break;
case AutoButtonIndication.KeyIndicator.ButtonY:
partName = "_[CM]_ButtonY";
partName1 = "__CM__ButtonY";
partName2 = "__CM__ButtonY.__CM__ButtonY";
indicationKey = "ButtonY";
break;
default:
partName = "_[CM]_unknown";
partName1 = "__CM__unknown";
partName2 = "__CM__unknown.__CM__unknown";
indicationKey = "unknown";
Log.d(LOG_TAG, "Unknown key type!");
break;
}
Transform tmp = transform.Find(partName);
if (tmp == null)
{
tmp = transform.Find(partName1);
if (tmp == null)
{
tmp = transform.Find(partName2);
}
}
if (tmp != null)
{
AutoComponentsIndication tmpCom = new AutoComponentsIndication();
tmpCom.name = tmp.name;
tmpCom.sourceObject = tmp.gameObject;
tmpCom.indicationKey = indicationKey;
tmpCom.alignment = bi.alignment;
tmpCom.distanceBetweenButtonAndText = bi.distanceBetweenButtonAndText;
tmpCom.distanceBetweenButtonAndLine = bi.distanceBetweenButtonAndLine;
tmpCom.lineLengthAdjustment = bi.lineLengthAdjustment;
tmpCom.useMultiLanguage = bi.useMultiLanguage;
tmpCom.indicationText = bi.indicationText;
compInd.Add(tmpCom);
}
else
{
Log.i(LOG_TAG, "Neither " + partName + " or " + partName1 + " or " + partName2 + " is not in the model!");
}
}
Sort();
FindDisplayPlane();
DisplayArrangement();
CreateLineAndText(leftList);
CreateLineAndText(rightList);
emitter = null;
if (basedOnEmitter)
{
WaveVR_RenderModel wrm = this.GetComponentInChildren <WaveVR_RenderModel>();
if (wrm != null)
{
GameObject modelObj = wrm.gameObject;
int modelchild = modelObj.transform.childCount;
for (int j = 0; j < modelchild; j++)
{
GameObject childName = modelObj.transform.GetChild(j).gameObject;
if (childName.name == "__CM__Emitter" || childName.name == "_[CM]_Emitter")
{
emitter = childName;
}
}
}
}
needRedraw = false;
}