public bool Init(List <List <Transform> > _llTrans, CSwayParam _Param, bool _bLR)
{
bool flag = true;
this.m_bLR = _bLR;
this.m_nNumBone = _llTrans.Count;
for (int index1 = 0; index1 < this.m_nNumBone; ++index1)
{
this.m_listBone.Add(new CBoneData());
this.m_listSpringCtrl.Add(new SpringCtrl());
this.m_listPos.Add((Vector3)null);
this.m_listRot.Add((Vector3)null);
this.m_listOldWorldPos.Add((Vector3)null);
if (Object.op_Inequality((Object)_llTrans[index1][0], (Object)null))
{
flag &= this.setFrameInfo(this.m_listBone[index1].Bone, _llTrans[index1][0]);
}
if (Object.op_Inequality((Object)_llTrans[index1][1], (Object)null))
{
flag &= this.setFrameInfo(this.m_listBone[index1].Reference, _llTrans[index1][1]);
}
this.m_listBone[index1].nNumLocater = _llTrans[index1].Count - 2;
for (int index2 = 2; index2 < this.m_listBone[index1].nNumLocater + 2; ++index2)
{
this.m_listBone[index1].listLocater.Add(new CFrameInfo());
if (!Object.op_Equality((Object)_llTrans[index1][index2], (Object)null))
{
flag &= this.setFrameInfo(this.m_listBone[index1].listLocater[index2], _llTrans[index1][index2]);
}
}
_Param.listDetail.Add(new CSwayParamDetail());
flag &= this.m_listSpringCtrl[index1].Init(_Param.listDetail[index1].fMass, _Param.listDetail[index1].fTension, _Param.listDetail[index1].fShear, _Param.listDetail[index1].fAttenuation, _Param.listDetail[index1].fGravity, _Param.listDetail[index1].fDrag, 2U, 1U);
if (flag)
{
this.m_listPos[index1] = this.m_listSpringCtrl[index1].listPoint[0].vPos;
this.m_listSpringCtrl[index1].listPoint[0].bLock = true;
this.setParamAll(_Param);
}
else
{
flag = false;
}
}
return(flag);
}
public void getParamAll(ref CSwayParam _Param)
{
_Param = (CSwayParam)this.m_Param.DeepCopy();
}
public void setParamAll(CSwayParam _Param)
{
this.m_Param = (CSwayParam)_Param.DeepCopy();
this.m_Param.bCalc = _Param.bCalc;
this.m_Param.bEntry = _Param.bEntry;
this.m_Param.fBlendTime = _Param.fBlendTime;
this.m_Param.fMoveRate = _Param.fMoveRate;
this.m_Param.nCatch = _Param.nCatch;
this.m_Param.nPtn = _Param.nPtn;
this.m_Param.strName = _Param.strName;
this.m_Param.listDetail.Clear();
for (int index = 0; index < _Param.listDetail.Count; ++index)
{
this.m_Param.listDetail.Add(new CSwayParamDetail());
this.m_Param.listDetail[index].bAutoRotProc = _Param.listDetail[index].bAutoRotProc;
this.m_Param.listDetail[index].bAutoRotUp = _Param.listDetail[index].bAutoRotUp;
this.m_Param.listDetail[index].fAttenuation = _Param.listDetail[index].fAttenuation;
this.m_Param.listDetail[index].fAutoRot = _Param.listDetail[index].fAutoRot;
this.m_Param.listDetail[index].fCrushXYMax = _Param.listDetail[index].fCrushXYMax;
this.m_Param.listDetail[index].fCrushXYMin = _Param.listDetail[index].fCrushXYMin;
this.m_Param.listDetail[index].fCrushZMax = _Param.listDetail[index].fCrushZMax;
this.m_Param.listDetail[index].fCrushZMin = _Param.listDetail[index].fCrushZMin;
this.m_Param.listDetail[index].fDrag = _Param.listDetail[index].fDrag;
this.m_Param.listDetail[index].fForceLimit = _Param.listDetail[index].fForceLimit;
this.m_Param.listDetail[index].fForceScale = _Param.listDetail[index].fForceScale;
this.m_Param.listDetail[index].fGravity = _Param.listDetail[index].fGravity;
this.m_Param.listDetail[index].fInertiaScale = _Param.listDetail[index].fInertiaScale;
this.m_Param.listDetail[index].fMass = _Param.listDetail[index].fMass;
this.m_Param.listDetail[index].fShear = _Param.listDetail[index].fShear;
this.m_Param.listDetail[index].fTension = _Param.listDetail[index].fTension;
this.m_Param.listDetail[index].vAddR = _Param.listDetail[index].vAddR;
this.m_Param.listDetail[index].vAddS = _Param.listDetail[index].vAddS;
this.m_Param.listDetail[index].vAddT = _Param.listDetail[index].vAddT;
this.m_Param.listDetail[index].vLimitMaxR = _Param.listDetail[index].vLimitMaxR;
this.m_Param.listDetail[index].vLimitMaxT = _Param.listDetail[index].vLimitMaxT;
this.m_Param.listDetail[index].vLimitMinR = _Param.listDetail[index].vLimitMinR;
this.m_Param.listDetail[index].vLimitMinT = _Param.listDetail[index].vLimitMinT;
this.m_Param.listDetail[index].Calc.fScaleR = _Param.listDetail[index].Calc.fScaleR;
this.m_Param.listDetail[index].Calc.fScaleT = _Param.listDetail[index].Calc.fScaleT;
this.m_Param.listDetail[index].Calc.fScaleYT = _Param.listDetail[index].Calc.fScaleYT;
this.m_Param.listDetail[index].Calc.nCalcKind = _Param.listDetail[index].Calc.nCalcKind;
this.m_Param.listDetail[index].Calc.nLocaterRIdx = _Param.listDetail[index].Calc.nLocaterRIdx;
this.m_Param.listDetail[index].Calc.nLocaterTIdx = _Param.listDetail[index].Calc.nLocaterTIdx;
this.m_Param.listDetail[index].Calc.nTransformKind = _Param.listDetail[index].Calc.nTransformKind;
}
this.setParamMoveRate(_Param.fMoveRate);
this.setBoneCalc(_Param.bCalc);
this.setBoneCatch(_Param.nCatch);
// ISSUE: object of a compiler-generated type is created
foreach (\u003C\u003E__AnonType5 <CSwayParamDetail, int> anonType5 in _Param.listDetail.Select <CSwayParamDetail, \u003C\u003E__AnonType5 <CSwayParamDetail, int> >((Func <CSwayParamDetail, int, \u003C\u003E__AnonType5 <CSwayParamDetail, int> >)((v, i) => new \u003C\u003E__AnonType5 <CSwayParamDetail, int>(v, i))))
{
this.setParamLimitMaxT(anonType5.v.vLimitMaxT, anonType5.i);
this.setParamLimitMinT(anonType5.v.vLimitMinT, anonType5.i);
this.setParamLimitMaxR(anonType5.v.vLimitMaxR, anonType5.i);
this.setParamLimitMinR(anonType5.v.vLimitMinR, anonType5.i);
this.setParamAddR(anonType5.v.vAddR, anonType5.i);
this.setParamAddT(anonType5.v.vAddT, anonType5.i);
this.setParamAddS(anonType5.v.vAddS, anonType5.i);
this.setParamForceScale(anonType5.v.fForceScale, anonType5.i);
this.setParamForceLimit(anonType5.v.fForceLimit, anonType5.i);
this.setParamCalcKind(anonType5.v.Calc.nCalcKind, anonType5.i);
this.setParamTransformKind(anonType5.v.Calc.nTransformKind, anonType5.i);
this.setParamScaleT(anonType5.v.Calc.fScaleT, anonType5.i);
this.setParamScaleYT(anonType5.v.Calc.fScaleYT, anonType5.i);
this.setParamScaleR(anonType5.v.Calc.fScaleR, anonType5.i);
this.setCrushZScale(anonType5.v.fCrushZMax, anonType5.v.fCrushZMin, anonType5.i);
this.setCrushXYScale(anonType5.v.fCrushXYMax, anonType5.v.fCrushXYMin, anonType5.i);
this.setAutoRotProc(anonType5.v.bAutoRotProc, anonType5.i);
this.setAutoRot(anonType5.v.fAutoRot, anonType5.i);
this.setAutoRotUp(anonType5.v.bAutoRotUp, anonType5.i);
this.m_listSpringCtrl[anonType5.i].SetParam(anonType5.v.fMass, anonType5.v.fTension, anonType5.v.fShear, anonType5.v.fAttenuation);
}
}
