public static bool IsNbEnemy(CellObjCtrl ctrl, int relativeDir)
{
bool bEnemy = false;
if (ctrl == null)
{
return(false);
}
MiroModelV1 modelThis = GetMiroModelFromCell(ctrl);
MiroModelV1 modelNb = GetNbModel(ctrl, relativeDir);
if (modelNb == null || modelThis == null)
{
return(false);
}
MiroV1ModelSetting settingThis =
modelThis.gameObject.GetComponent <MiroV1ModelSetting> ();
MiroV1ModelSetting settingNb =
modelNb.gameObject.GetComponent <MiroV1ModelSetting> ();
bEnemy = !settingNb.IsSameCamp(settingThis);
return(bEnemy);
}
void SetLRColor()
{
MiroV1ModelSetting modelSetting = GetComponentInParent <MiroV1ModelSetting> ();
_LineRenderer.startColor = modelSetting._colorSetting._ENMax;
_LineRenderer.endColor = modelSetting._colorSetting._ENMax;
}
// 将当前正在操作的棋子取消
public bool CancelOperatingChess(
out Hex coord,
out int dir,
out int campId)
{
CellObjCtrl newestCtrl = _StdChessSpawer.GetSpawningCellObjCtrl();
if (newestCtrl == null)
{
coord = new Hex();
dir = -1;
campId = -1;
return(false);
}
coord = newestCtrl.GetComponent <HexCoord> ()._hex;
dir = newestCtrl.GetDir();
MiroV1ModelSetting msetting = CellObjCtrlUtils.GetModelSettingFromCtrl(newestCtrl);
campId = _MiroMgr.GetIdOfMiroModelSetting(msetting);
_StdChessSpawer.Cancel();
//_GridCtrl.ConfirmOccupiedCells ();
//DisableAllChessOperation ();
_GridCtrl.TurnDragRotatersOnEmptyPlacableCells(true);
return(true);
}
public void GetModelSetting()
{
if (_modelSetting == null)
{
_modelSetting = GetComponentInParent <MiroV1ModelSetting> ();
}
}
private bool ShouldAid()
{
CellObjCtrl FwdCtrl =
CellObjCtrlUtils.GetFwdCellObjCtrl(_cellCtrl);
bool bFwdCtrlling = CellObjCtrlUtils.IsControllingObj(FwdCtrl);
if (!bFwdCtrlling)
{
return(false);
}
MiroV1ModelSetting MyMSetting =
_cellCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
MiroV1ModelSetting FwdMSetting =
FwdCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
bool bFwdFriend = MyMSetting.IsSameCamp(FwdMSetting);
MiroModelV1 modelMe = CellObjCtrlUtils.GetMiroModelFromCell(_cellCtrl);
bool bAlive = modelMe.IsAlive();
bool bAid = bFwdFriend && bAlive;
if (bAid)
{
//print (_cellCtrl + " bAid?" + bAid + " FwdObj:" + FwdCtrl._TgtObj);
}
return(bAid);
}
void SetLineRenderersColor()
{
if (_LineRendererBG != null)
{
MiroV1ModelSetting modelSet = _model.GetComponent <MiroV1ModelSetting> ();
Color cr = modelSet._colorSetting._ENBG;
LineRendererSetting.SetColor(_LineRendererBG, cr);
}
}
public static MiroV1ModelSetting GetModelSettingFromCtrl(CellObjCtrl cctrl)
{
if (cctrl == null || cctrl._TgtObj == null)
{
return(null);
}
MiroV1ModelSetting setting = cctrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
return(setting);
}
void SetLineRenderersColor()
{
MiroV1ModelSetting modelSet = _model.GetComponent <MiroV1ModelSetting> ();
Color cr = modelSet._colorSetting._ENMax;
foreach (LineRenderer lr in _StrokeLineRenderers)
{
LineRendererSetting.SetColor(lr, cr);
}
}
public void SetModelSetting(MiroV1ModelSetting modelSetting)
{
_modelSetting = modelSetting;
foreach (GameObject gb in _Plants)
{
MiroV1BulletEmitterBase em =
gb.GetComponentInChildren <MiroV1BulletEmitterBase> ();
em._modelSetting = modelSetting;
}
}
void OperateBwdAnteller(
HexCoord hc,
MiroV1ModelSetting mSetThis,
MiroModelV1 model)
{
int DirBwd = _cellCtrl.GetBwdDir();
bool bBwd = CheckValidInDir(mSetThis, hc, DirBwd);
ChangeAnteller(bBwd, model._Antellers [1]);
}
void UpdateYinYangColor()
{
if (_modelSetting == null)
{
_modelSetting = GetComponentInParent <MiroV1ModelSetting> ();
}
if (_modelSetting != null)
{
Lyu.LineRendererSetting.SetColor(
_LRLight, _modelSetting._colorSetting._ENMax);
}
}
// 获得棋格坐标处的阵营id： -1~3
// -1: 无棋子
// 0~3: 四个阵营的编号
public int GetCampIdAt(Hex coord)
{
MiroV1ModelSetting miroSetting =
_GridCtrl.GetMiroModelSettingAt(coord);
if (miroSetting == null)
{
return(-1);
}
int id = _MiroMgr.GetIdOfMiroModelSetting(miroSetting);
return(id);
}
public MiroV1ModelSetting GetMiroModelSettingAt(Hex hex)
{
GameObject cellObj = GetCellObjAt(hex);
if (cellObj == null)
{
return(null);
}
CellObjCtrl cctrl = cellObj.GetComponent <CellObjCtrl> ();
MiroV1ModelSetting setting = CellObjCtrlUtils.GetModelSettingFromCtrl(cctrl);
return(setting);
}
void UpdateSituDict()
{
foreach (GameObject ctrlObj in _gridCtrl._Cells)
{
CellObjCtrl ctrl = ctrlObj.GetComponent <CellObjCtrl> ();
MiroV1ModelSetting setting = CellObjCtrlUtils.GetModelSettingFromCtrl(ctrl);
string cname = "";
if (setting != null)
{
cname = setting._CampName;
}
_ChessBoardSitu [ctrl] = cname;
}
}
void UpdateENColor()
{
if (_modelSetting == null)
{
_modelSetting = _Fix0.connectedBody.GetComponentInParent <MiroV1ModelSetting> ();
}
if (_modelSetting != null)
{
foreach (GameObject p in _Plants)
{
SpriteRenderer sr = p.GetComponentInChildren <SpriteRenderer> ();
sr.color = _modelSetting._colorSetting._ENEmpty;
TrailRenderer tr = p.GetComponentInChildren <TrailRenderer> ();
Lyu.TrailRendererCtrl.SetColor(tr, _modelSetting._colorSetting._ENEmpty);
}
}
}
override protected void _Calculate()
{
bool bCtrlling = CellObjCtrlUtils.IsControllingObj(_cellCtrl);
if (!bCtrlling)
{
return;
}
HexCoord hc = _cellCtrl.GetComponent <HexCoord> ();
MiroV1ModelSetting mSetThis =
_cellCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
MiroModelV1 model = mSetThis.GetComponent <MiroModelV1> ();
OperateFwdAnteller(hc, mSetThis, model);
OperateBwdAnteller(hc, mSetThis, model);
MiroV1PlacementMgr.ConfigAbsorbingSrcForTF(_cellCtrl.transform);
}
private void SetHighlightColorAsChoosen()
{
MiroV1ModelSetting modelSetting = CellObjCtrlUtils.GetModelSettingFromCtrl(_CCtrl);
if (modelSetting == null)
{
return;
}
if (_ColorMode == "Boom")
{
_HighlightColor = modelSetting._colorSetting._ENMax;
_HighlightColor.a = _AlphaBoom;
}
else if (_ColorMode == "UpDown")
{
_HighlightColor = modelSetting._colorSetting._ENEmpty;
_HighlightColor.a = _AlphaUpDown;
}
}
// Update is called once per frame
void Update()
{
bool bEnable = (_Placer.enabled == true);
bool bPress = (_Placer.IsPressed());
bool bControl = (_CCtrl._TgtObj != null);
if (!_bEnable && bEnable)
{
_Anim.SetTrigger("Enable");
alpha = 0.0f;
}
else if (!_bPressed && bPress)
{
_Anim.SetTrigger("StartPlacing");
alpha = _AlphaPlacing;
}
else if (_bPressed && !bPress)
{
_Anim.SetTrigger("StopPlacing");
alpha = _AlphaPlaced;
}
else if (bControl && !_bControl)
{
_Anim.SetTrigger("Ready");
alpha = _AlphaReady;
}
Color crNow = _SRRing.color;
if (bControl)
{
MiroV1ModelSetting setting =
_CCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
crNow = setting._colorSetting._ENBG;
}
crNow.a = alpha;
_SRRing.color = crNow;
//Debug.Log ("Alpha:" + alpha);
_bPressed = bPress;
_bEnable = bEnable;
_bControl = bControl;
}
public static bool IsControllingSameCampS(CellObjCtrl cctrl0, CellObjCtrl cctrl1)
{
if (cctrl0 == null || cctrl0._TgtObj == null)
{
return(false);
}
MiroV1ModelSetting setting0 = cctrl0._TgtObj.GetComponent <MiroV1ModelSetting> ();
if (cctrl1 == null || cctrl1._TgtObj == null)
{
return(false);
}
MiroV1ModelSetting setting1 = cctrl1._TgtObj.GetComponent <MiroV1ModelSetting> ();
bool bSame = setting0.IsSameCamp(setting1);
return(bSame);
}
private bool CheckValidInDir(MiroV1ModelSetting mSetThis, HexCoord hc, int dir)
{
bool bValid = true;
if (hc._Neighbors [dir] != null)
{
CellObjCtrl fwdCtrl =
hc._Neighbors [dir].GetComponent <CellObjCtrl> ();
if (fwdCtrl._TgtObj != null)
{
MiroV1ModelSetting mSetFwd =
fwdCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
if (mSetFwd != null && !mSetFwd.IsSameCamp(mSetThis))
{
bValid = false;
}
}
}
return(bValid);
}
public bool IsSameCamp(MiroV1ModelSetting other)
{
bool bSame = false;
if (other == null)
{
bSame = false;
}
else
{
bSame = (_CampName == other._CampName);
}
/*
* if (bSame) {
* //Debug.Log ("What Same!");
* bSame = bSame;
* }*/
//Debug.Log ("bSame:" + bSame);
return(bSame);
}
public static bool IsNbSameCamp(CellObjCtrl cctrl, int relativeDir)
{
bool bSame = false;
if (cctrl == null || cctrl._TgtObj == null)
{
return(false);
}
MiroV1ModelSetting setting0 = cctrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
CellObjCtrl nbCtrl = GetNbCellObjCtrl(cctrl, relativeDir);
if (nbCtrl._TgtObj != null)
{
MiroV1ModelSetting settingNb =
nbCtrl._TgtObj.GetComponent <MiroV1ModelSetting> ();
bSame = settingNb.IsSameCamp(setting0);
}
return(bSame);
}
void UpdateCampChessCountDict()
{
List <string> cnames = _mgr.GetMiroPrefabsCampNames();
foreach (string cname in cnames)
{
_CampChessCount [cname] = 0;
}
/*
* int prefCnt = _mgr._MiroPrefabs.Count;
* for (int i = 0; i < prefCnt; i++) {
* MiroV1ModelSetting setting = _mgr._MiroPrefabs [i].GetComponent<MiroV1ModelSetting> ();
* if (_CampChessCount.ContainsKey (setting._CampName)) {
* _CampChessCount [setting._CampName] = 0;
* }
* }*/
foreach (GameObject ctrlObj in _gridCtrl._Cells)
{
CellObjCtrl ctrl = ctrlObj.GetComponent <CellObjCtrl> ();
MiroV1ModelSetting setting = CellObjCtrlUtils.GetModelSettingFromCtrl(ctrl);
if (setting != null)
{
string cname = setting._CampName;
if (!_CampChessCount.ContainsKey(cname))
{
_CampChessCount [cname] = 0;
}
else
{
_CampChessCount [cname]++;
}
}
}
}
// 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);
}
private void ConfigLR(
LineRenderer lr,
Transform akrA,
Transform akrB,
MiroV1ModelSetting modelASetting,
float at,
float wd,
bool bBias)
{
float wwd = wd;
// set line width
if (modelASetting == null)
{
wd = 0.0f;
}
wd = Mathf.Abs(wd);
lr.widthMultiplier = wd;
if (wd == 0.0f)
{
return;
}
// set line path
int ptCnt = lr.positionCount;
float step = 1.0f / (float)(ptCnt - 1);
Vector3 Bias = Vector2.zero;
if (bBias)
{
Vector3 posA = akrA.position;
Vector3 posB = akrB.position;
Vector3 AB = posB - posA;
Vector3 AB01 = AB.normalized;
float deg = 90.0f;
if (wwd < 0)
{
deg = -90.0f;
}
Bias = Quaternion.AngleAxis(deg, Vector3.forward) *
AB01 * (wd * _BiasAmt01);
}
float TNow = _NoiseSpd * Time.realtimeSinceStartup;
for (int i = 0; i < ptCnt; i++)
{
float t = i * step;
Vector3 posA = akrA.position;
Vector3 posB = akrB.position;
Vector3 p = Vector3.Lerp(posA, posB, t) + Bias + _ZBias * Vector3.forward;
if (i > 0)
{
Vector3 posPrev = lr.GetPosition(i - 1);
Vector3 prevToThis01 = (p - posPrev).normalized;
Vector3 NDir = Quaternion.AngleAxis(90.0f, Vector3.forward) * prevToThis01;
Vector3 NoiseBias = _NoiseAmt * NDir *
(Mathf.PerlinNoise(p.x + TNow, p.y - TNow) - 0.5f);
p += NoiseBias;
p += _ZBiasOnWD * wd * Vector3.forward;
}
lr.SetPosition(i, p);
}
// set line color
lr.startColor = modelASetting._colorSetting._ENBG;
lr.endColor = modelASetting._colorSetting._ENBG;
}
