void SetLineRenderersColor()
{
if (_LineRendererBG != null)
{
MiroV1ModelSetting modelSet = _model.GetComponent <MiroV1ModelSetting> ();
Color cr = modelSet._colorSetting._ENBG;
LineRendererSetting.SetColor(_LineRendererBG, cr);
}
}
void SetLineRenderersColor()
{
MiroV1ModelSetting modelSet = _model.GetComponent <MiroV1ModelSetting> ();
Color cr = modelSet._colorSetting._ENMax;
foreach (LineRenderer lr in _StrokeLineRenderers)
{
LineRendererSetting.SetColor(lr, cr);
}
}
void Update()
{
Transform srcTF = GetSourceTF();
if (srcTF == null)
{
MiroModelV1 modelA = GetMiroModelA();
_modelSetting = modelA.GetComponent <MiroV1ModelSetting> ();
SetSourceTFFromENGenerator(modelA);
Transform tfB = _pumpCtrl.GetAnchorTFB();
Lyu.KeepOffset keepOffset =
tfB.GetComponent <Lyu.KeepOffset> ();
Transform tfBAnchor = keepOffset._Anchor;
SetTarget(tfBAnchor);
}
}
public bool TurnDynamicsAt(Hex coord, bool bON)
{
MiroModelV1 model =
_GridCtrl.GetMiroModelAt(coord);
if (model == null)
{
return(false);
}
else
{
MiroModelDynamicsCtrl dynCtrl = model.GetComponent <MiroModelDynamicsCtrl> ();
if (dynCtrl == null)
{
return(false);
}
else
{
dynCtrl.TurnAllDynamics(bON);
return(true);
}
}
}
// Update is called once per frame
void Update()
{
bool bA2B, bB2A;
// get comps
CellObjCtrl ctrlA =
_TwoLink._A.GetComponent <CellObjCtrl> ();
MiroModelV1 modelA =
GetModelFromCellObj(_TwoLink._A);
MiroV1ModelSetting modelSettingA = null;
if (modelA != null)
{
modelSettingA =
modelA.GetComponent <MiroV1ModelSetting> ();
}
MiroModelV1 modelB =
GetModelFromCellObj(_TwoLink._B);
CellObjCtrl ctrlB =
_TwoLink._B.GetComponent <CellObjCtrl> ();
MiroV1ModelSetting modelSettingB = null;
if (modelB != null)
{
modelSettingB =
modelB.GetComponent <MiroV1ModelSetting> ();
}
// check direction
bA2B = IsXPointToY(ctrlA, ctrlB);
bB2A = IsXPointToY(ctrlB, ctrlA);
bool bBias = bA2B && bB2A;
// compute at
float dt = Time.deltaTime;
int ata = 0;
if (modelA != null)
{
ata = bA2B ? modelA.GetAT() : 0;
}
_ATAF = Mathf.Lerp(_ATAF, ata, dt * _LerpSpd);
int atb = 0;
if (modelB != null)
{
atb = bB2A? modelB.GetAT():0;
}
float lerpT = dt * _LerpSpd;
_ATBF = Mathf.Lerp(_ATBF, atb, lerpT);
// get Width
float wdA = _WdOnAT.Evaluate(_ATAF) * _WdMult;
float wdB = _WdOnAT.Evaluate(_ATBF) * _WdMult;
if (!bA2B)
{
wdA = 0.0f;
}
if (!bB2A)
{
wdB = 0.0f;
}
_WdA = Mathf.Lerp(_WdA, wdA, lerpT);
_WdB = Mathf.Lerp(_WdB, wdB, lerpT);
// config LR
Transform tfa, tfb;
tfa = _TwoLink._A.transform;
tfb = _TwoLink._B.transform;
ConfigLR(_LRAB, tfa, tfb, modelSettingA, _ATAF, _WdA, bBias);
ConfigLR(_LRBA, tfa, tfb, modelSettingB, _ATBF, -_WdB, bBias);
}
