public override void Initialize(EffectNode node)
{
base.Initialize(node);
SetUVCoord(Node.LowerLeftUV, Node.UVDimensions);
SetColor(Node.Color);
SetRotation(Node.OriRotateAngle);
}
public JetAffector(float mag, MAGTYPE type, AnimationCurve curve,EffectNode node)
: base(node, AFFECTORTYPE.JetAffector)
{
Mag = mag;
MType = type;
MagCurve = curve;
}
void OnPlaneCollision(Xft.CollisionParam param)
{
//GameObject g = param.CollideObject;
//Vector3 pos = param.CollidePos;
Xft.EffectNode ef = param.effectNode;
ef.SetBounce();
//Debug.Log("collision is "+g+" "+pos);
}
public TurbulenceFieldAffector(Transform obj,float atten, bool useMax, float maxDist, EffectNode node)
: base(node, AFFECTORTYPE.TurbulenceAffector)
{
TurbulenceObj = obj;;
UseMaxDistance = useMax;
MaxDistance = maxDist;
MaxDistanceSqr = MaxDistance * MaxDistance;
}
public GravityAffector(GAFTTYPE gtype, bool isacc, Vector3 dir, EffectNode node)
: base(node, AFFECTORTYPE.GravityAffector)
{
GType = gtype;
Dir = dir;
Dir.Normalize();
IsAccelerate = isacc;
}
public Cone AddCone(Vector2 size, int numSegment, float angle, Vector3 dir, int uvStretch, float maxFps, bool usedelta, AnimationCurve deltaAngle, EffectNode owner)
{
VertexSegment segment = GetVertices((numSegment + 1) * 2, numSegment * 6);
Cone f = new Cone(segment, size, numSegment, angle, dir, uvStretch, maxFps);
f.UseDeltaAngle = usedelta;
f.CurveAngle = deltaAngle;
f.Owner = owner;
return f;
}
public DragAffector(Transform dragObj, bool useDir, Vector3 dir,float mag, bool useMaxDist, float maxDist, float atten, EffectNode node)
: base(node, AFFECTORTYPE.DragAffector)
{
DragObj = dragObj;
UseDirection = useDir;
Direction = dir;
Magnitude = mag;
UseMaxDistance = useMaxDist;
MaxDistance = maxDist;
Attenuation = atten;
}
public ColorAffector(Color[] colorArr, float gradualLen, COLOR_GRADUAL_TYPE type, EffectNode node)
: base(node, AFFECTORTYPE.ColorAffector)
{
ColorArr = colorArr;
OriColorArr = new Color[ColorArr.Length];
ColorArr.CopyTo(OriColorArr, 0);
CType = type;
GradualLen = gradualLen;
if (GradualLen < 0)
IsNodeLife = true;
}
public TurbulenceFieldAffector(Transform obj, MAGTYPE mtype, float mag, AnimationCurve curve, float atten, bool useMax, float maxDist, EffectNode node)
: base(node, AFFECTORTYPE.TurbulenceAffector)
{
TurbulenceObj = obj;
MType = mtype;
Magnitude = mag;
MagCurve = curve;
UseMaxDistance = useMax;
MaxDistance = maxDist;
MaxDistanceSqr = MaxDistance * MaxDistance;
}
public GravityAffector(Transform obj, GAFTTYPE gtype, MAGTYPE mtype,bool isacc, Vector3 dir, float mag,AnimationCurve curve,EffectNode node)
: base(node, AFFECTORTYPE.GravityAffector)
{
GType = gtype;
MType = mtype;
Magnitude = mag;
MagCurve = curve;
Dir = dir;
Dir.Normalize();
GravityObj = obj;
IsAccelerate = isacc;
}
public ColorAffector(EffectLayer owner, EffectNode node)
: base(node, AFFECTORTYPE.ColorAffector)
{
mOwner = owner;
if (owner.ColorGradualTimeLength < 0)
IsNodeLife = true;
if (mOwner.ColorChangeType == COLOR_CHANGE_TYPE.Random)
{
mRandomKey = Random.Range(0f,1f);
}
}
public Vector3 GetEmitRotation(EffectNode node)
{
Vector3 ret = Vector3.zero;
//Set Direction:
if (Layer.DirType == DIRECTION_TYPE.Sphere)
{
ret = node.GetOriginalPos() - Layer.DirCenter.position;
if (ret == Vector3.zero)
{
//use random rotation.
Vector3 r = Vector3.up;
Quaternion rot = Quaternion.Euler(Random.Range(0, 360), Random.Range(0, 360), Random.Range(0, 360));
ret = rot * r;
}
}
else if (Layer.DirType == DIRECTION_TYPE.Planar)
{
ret = Layer.OriVelocityAxis;
}
else if (Layer.DirType == DIRECTION_TYPE.Cone)
{
//if emit uniform circle, the rotation should be spread from the center.
if (Layer.EmitType == (int)EMITTYPE.CIRCLE && Layer.EmitUniform)
{
Vector3 dir;
if (!Layer.SyncClient)
dir = node.Position - (node.GetRealClientPos() + Layer.EmitPoint);
else
dir = node.Position - Layer.EmitPoint;
Vector3 target = Vector3.RotateTowards(dir, Layer.CircleDir, (90 - Layer.AngleAroundAxis) * Mathf.Deg2Rad, 1);
Quaternion rot = Quaternion.FromToRotation(dir, target);
ret = rot * dir;
}
else
{
//first, rotate y around z 30 degrees
Quaternion rotY = Quaternion.Euler(0, 0, Layer.AngleAroundAxis);
//second, rotate around y 360 random dir;
Quaternion rotAround = Quaternion.Euler(0, Random.Range(0, 360), 0);
//last, rotate the dir to OriVelocityAxis
Quaternion rotTo = Quaternion.FromToRotation(Vector3.up, Layer.OriVelocityAxis);
ret = rotTo * rotAround * rotY * Vector3.up;
}
}
else if (Layer.DirType == DIRECTION_TYPE.Cylindrical)
{
Vector3 dir = node.GetOriginalPos() - Layer.DirCenter.position;
float dist = Vector3.Dot(Layer.OriVelocityAxis, dir);
ret = dir - dist * Layer.OriVelocityAxis.normalized;
}
return ret;
}
public override void Initialize(EffectNode node)
{
base.Initialize(node);
SetColor(Node.Color);
SetRotation(Node.OriRotateAngle);
SetScale(Node.OriScaleX, Node.OriScaleY);
SetUVCoord(Node.LowerLeftUV, Node.UVDimensions);
//if (Node.Owner.DirType != DIRECTION_TYPE.Sphere)
// SetDirection(Node.Owner.ClientTransform.rotation * Node.OriDirection);
//else
SetDirection(Node.OriDirection);
}
public EffectNode dummyNode;//will not be added to the activenode list. so will not be rendered, just to calc uv anim.
public void Init(EffectLayer owner)
{
Owner = owner;
Vertexsegment = owner.GetVertexPool().GetRopeVertexSeg(owner.MaxENodes);
dummyNode = new EffectNode(0, owner.ClientTransform, false, owner);
List<Affector> afts = owner.InitAffectors(dummyNode);
dummyNode.SetAffectorList(afts);
dummyNode.SetRenderType(4);
//use infinite life.
dummyNode.Init(Vector3.zero, 0f, -1f, 0, 1f, 1f, Color.clear, Vector2.zero, Vector2.one);
}
public BombAffector(Transform obj, BOMBTYPE gtype, MAGTYPE mtype,BOMBDECAYTYPE dtype, float mag, AnimationCurve curve,
float decay, Vector3 axis, EffectNode node)
: base(node, AFFECTORTYPE.BombAffector)
{
BombType = gtype;
MType = mtype;
DecayType = dtype;
Magnitude = mag;
MagCurve = curve;
Decay = decay;
BombAxis = axis;
BombAxis.Normalize();
BombObj = obj;
}
protected void ClearNodeVert(EffectNode node)
{
int baseIdx = Vertexsegment.VertStart + node.Index * 2;
VertexPool pool = Vertexsegment.Pool;
pool.Vertices[baseIdx] = Owner.ClientTransform.position;
pool.Colors[baseIdx] = Color.clear;
pool.Vertices[baseIdx + 1] = Owner.ClientTransform.position;
pool.Colors[baseIdx + 1] = Color.clear;
pool.VertChanged = true;
pool.ColorChanged = true;
}
public AirFieldAffector(Transform airObj, Vector3 dir, float atten, bool useMaxdist,
float maxDist,bool enableSpread, float spread, float inhV, bool inhRot, EffectNode node)
: base(node, AFFECTORTYPE.AirFieldAffector)
{
AirObj = airObj;
Direction = dir.normalized;
Attenuation = atten;
UseMaxDistance = useMaxdist;
MaxDistance = maxDist;
MaxDistanceSqr = MaxDistance * MaxDistance;
EnableSpread = enableSpread;
Spread = spread;
InheritVelocity = inhV;
InheritRotation = inhRot;
LastFieldPos = AirObj.position;
}
public CustomMesh(VertexPool.VertexSegment segment, Mesh mesh,Vector3 dir, float maxFps,EffectNode owner)
{
MyMesh = mesh;
m_owner = owner;
MeshVerts = new Vector3[mesh.vertices.Length];
mesh.vertices.CopyTo(MeshVerts,0);
Vertexsegment = segment;
MyDirection = dir;
Fps = 1f / maxFps;
SetPosition(Vector3.zero);
InitVerts();
}
public VortexAffector(Transform obj, MAGTYPE mtype, float mag, AnimationCurve vortexCurve, Vector3 dir, bool inhRot, EffectNode node)
: base(node, AFFECTORTYPE.VortexAffector)
{
VortexCurve = vortexCurve;
Direction = dir;
InheritRotation = inhRot;
VortexObj = obj;
MType = mtype;
Magnitude = mag;
//ver 1.2.1
if (node.Owner.IsRandomVortexDir) {
Direction.x = Random.Range (-1f, 1f);
Direction.y = Random.Range (-1f, 1f);
Direction.z = Random.Range (-1f, 1f);
}
Direction.Normalize ();
}
public VortexAffector (Transform obj, Vector3 dir, bool inhRot, EffectNode node)
: base(node, AFFECTORTYPE.VortexAffector)
{
Direction = dir;
InheritRotation = inhRot;
VortexObj = obj;
//ver 1.2.1
if (node.Owner.IsRandomVortexDir) {
Direction.x = Random.Range (-1f, 1f);
Direction.y = Random.Range (-1f, 1f);
Direction.z = Random.Range (-1f, 1f);
}
Direction.Normalize ();
IsFirst = true;
}
public void SetEmitPosition(EffectNode node)
{
Vector3 retPos = Vector3.zero;
if (Layer.EmitType == (int)EMITTYPE.BOX)
{
Vector3 center = Layer.EmitPoint;
float x = Random.Range(center.x - Layer.BoxSize.x / 2, center.x + Layer.BoxSize.x / 2);
float y = Random.Range(center.y - Layer.BoxSize.y / 2, center.y + Layer.BoxSize.y / 2);
float z = Random.Range(center.z - Layer.BoxSize.z / 2, center.z + Layer.BoxSize.z / 2);
retPos.x = x; retPos.y = y; retPos.z = z;
if (!Layer.SyncClient)
{
if (!Layer.BoxInheritRotation)
retPos = Layer.ClientTransform.position + retPos;
else
retPos = Layer.ClientTransform.rotation * retPos + Layer.ClientTransform.position;
}
else
{
if (Layer.BoxInheritRotation)
retPos = Layer.ClientTransform.rotation * retPos;
}
}
else if (Layer.EmitType == (int)EMITTYPE.POINT)
{
retPos = Layer.EmitPoint;
if (!Layer.SyncClient)
{
retPos = Layer.ClientTransform.position + Layer.EmitPoint;
}
}
else if (Layer.EmitType == (int)EMITTYPE.SPHERE)
{
retPos = Layer.EmitPoint;
if (!Layer.SyncClient)
{//同步的话在NodeUpdate里会更新位置
retPos = Layer.ClientTransform.position + Layer.EmitPoint;
}
Vector3 r = Vector3.up * Layer.Radius;
Quaternion rot = Quaternion.Euler(Random.Range(0, 360), Random.Range(0, 360), Random.Range(0, 360));
retPos = rot * r + retPos;
}
//Line direction is based on client transform's rotation.
else if (Layer.EmitType == (int)EMITTYPE.LINE)
{
Vector3 left = Layer.EmitPoint + Layer.ClientTransform.forward * Layer.LineLengthLeft;
Vector3 right = Layer.EmitPoint + Layer.ClientTransform.forward * Layer.LineLengthRight;
Vector3 dir = right - left;
float length;
if (Layer.EmitUniform)
{
float p = (float)(node.Index + 1) / Layer.MaxENodes;
length = dir.magnitude * p;
}
else
{
length = Random.Range(0, dir.magnitude);
}
retPos = left + dir.normalized * length;
if (!Layer.SyncClient)
retPos = Layer.ClientTransform.position + retPos;
}
else if (Layer.EmitType == (int)EMITTYPE.CIRCLE)
{
float rangle;
if (Layer.EmitUniform)
{
float p = (float)(node.Index + 1) / Layer.MaxENodes;
rangle = 360 * p;
}
else
{
rangle = Random.Range(0, 360);
}
Quaternion rotY = Quaternion.Euler(0, rangle, 0);
Vector3 v = rotY * (Vector3.right * Layer.Radius);
Quaternion rotTo = Quaternion.FromToRotation(Vector3.up, Layer.ClientTransform.rotation * Layer.CircleDir);
retPos = rotTo * v;
if (!Layer.SyncClient)
retPos = Layer.ClientTransform.position + retPos + Layer.EmitPoint;
else
retPos = retPos + Layer.EmitPoint;
}
else if (Layer.EmitType == (int)EMITTYPE.Mesh)
{
if (Layer.EmitMesh == null)
{
Debug.LogWarning("please set a mesh to the emitter.");
return;
}
int index = 0;
if (Layer.EmitMeshType == 0)
{
int vertCount = Layer.EmitMesh.vertexCount;
if (Layer.EmitUniform)
index = (node.Index) % (vertCount - 1);
else
index = Random.Range(0, vertCount - 1);
retPos = Layer.EmitMesh.vertices[index];
if (!Layer.SyncClient)
retPos = Layer.ClientTransform.position + retPos + Layer.EmitPoint;
else
retPos = retPos + Layer.EmitPoint;
}
else if (Layer.EmitMeshType == 1)
{
Vector3[] verts = Layer.EmitMesh.vertices;
int triCount = Layer.EmitMesh.triangles.Length / 3;
if (Layer.EmitUniform)
index = (node.Index) % (triCount - 1);
else
index = Random.Range(0, triCount - 1);
int vid1 = Layer.EmitMesh.triangles[index * 3 + 0];
int vid2 = Layer.EmitMesh.triangles[index * 3 + 1];
int vid3 = Layer.EmitMesh.triangles[index * 3 + 2];
retPos = (verts[vid1] + verts[vid2] + verts[vid3]) / 3;
if (!Layer.SyncClient)
retPos = Layer.ClientTransform.position + retPos + Layer.EmitPoint;
else
retPos = retPos + Layer.EmitPoint;
}
}
node.SetLocalPosition(retPos);
}
public List<Affector> InitAffectors(EffectNode node)
{
List<Affector> AffectorList = new List<Affector>();
if (UVAffectorEnable)
{
UVAnimation uvAnim = new UVAnimation();
if (UVType == 1)
{
float perWidth = OriUVDimensions.x / Cols;
float perHeight = Mathf.Abs(OriUVDimensions.y / Rows);
Vector2 cellSize = new Vector2(perWidth, perHeight);
uvAnim.BuildUVAnim(OriTopLeftUV, cellSize, Cols, Rows, Cols * Rows);
}
UVDimension = uvAnim.UVDimensions[0];
UVTopLeft = uvAnim.frames[0];
if (uvAnim.frames.Length != 1)
{
uvAnim.loopCycles = LoopCircles;
Affector aft = new UVAffector(uvAnim, UVTime, node, RandomStartFrame);
AffectorList.Add(aft);
}
}
else
{
UVDimension = OriUVDimensions;
UVTopLeft = OriTopLeftUV;
}
if (RotAffectorEnable && RotateType != RSTYPE.NONE)
{
Affector aft;
if (RotateType == RSTYPE.NONE)
aft = new RotateAffector(DeltaRot, node);
else
aft = new RotateAffector(RotateType, node);
AffectorList.Add(aft);
}
if (ScaleAffectorEnable && ScaleType != RSTYPE.NONE)
{
Affector aft;
if (ScaleType == RSTYPE.NONE)
aft = new ScaleAffector(DeltaScaleX, DeltaScaleY, node);
else
aft = new ScaleAffector(ScaleType, node);
AffectorList.Add(aft);
}
if (ColorAffectorEnable /*&& ColorAffectType != 0*/)
{
ColorAffector aft = new ColorAffector(this, node);
AffectorList.Add(aft);
}
if (JetAffectorEnable)
{
Affector aft = new JetAffector(JetMag, JetMagType, JetCurve, node);
AffectorList.Add(aft);
}
if (VortexAffectorEnable)
{
Affector aft;
aft = new VortexAffector(VortexObj, VortexDirection, VortexInheritRotation, node);
AffectorList.Add(aft);
}
if (UVRotAffectorEnable)
{
Affector aft;
float xscroll = UVRotXSpeed;
float yscroll = UVRotYSpeed;
if (RandomUVRotateSpeed)
{
xscroll = Random.Range(UVRotXSpeed, UVRotXSpeedMax);
yscroll = Random.Range(UVRotYSpeed, UVRotYSpeedMax);
}
aft = new UVRotAffector(xscroll, yscroll, node);
AffectorList.Add(aft);
}
if (UVScaleAffectorEnable)
{
Affector aft = new UVScaleAffector(node);
AffectorList.Add(aft);
}
if (GravityAffectorEnable)
{
Affector aft;
aft = new GravityAffector(GravityObject, GravityAftType, IsGravityAccelerate, GravityDirection, node);
AffectorList.Add(aft);
if (GravityAftType == GAFTTYPE.Spherical && GravityObject == null)
{
Debug.LogWarning("Gravity Object is missing, automatically set to effect layer self:" + gameObject.name);
GravityObject = transform;
}
}
if (AirAffectorEnable)
{
Affector aft = new AirFieldAffector(AirObject, AirDirection, AirAttenuation, AirUseMaxDistance,
AirMaxDistance, AirEnableSpread, AirSpread, AirInheritVelocity, AirInheritRotation, node);
AffectorList.Add(aft);
}
if (BombAffectorEnable)
{
Affector aft = new BombAffector(BombObject, BombType, BombDecayType, BombMagnitude, BombDecay, BombAxis, node);
AffectorList.Add(aft);
}
if (TurbulenceAffectorEnable)
{
Affector aft = new TurbulenceFieldAffector(TurbulenceObject, TurbulenceAttenuation, TurbulenceUseMaxDistance, TurbulenceMaxDistance, node);
AffectorList.Add(aft);
}
if (DragAffectorEnable)
{
Affector aft = new DragAffector(DragObj, DragUseDir, DragDir, DragMag, DragUseMaxDist, DragMaxDist, DragAtten, node);
AffectorList.Add(aft);
}
if (SineAffectorEnable)
{
Affector aft = new SineAffector(node);
AffectorList.Add(aft);
}
return AffectorList;
}
public virtual void Initialize(EffectNode node)
{
Node = node;
}
public void RemoveActiveNode(EffectNode node)
{
if (AvailableNodeCount == MaxENodes)
{
Debug.LogError("something wrong with removing node!");
return;
}
if (ActiveENodes[node.Index] == null) //already removed
return;
ActiveENodes[node.Index] = null;
AvailableENodes[node.Index] = node;
AvailableNodeCount++;
}
public GravityAffector(Transform obj, GAFTTYPE gtype, MAGTYPE mtype, bool isacc, Vector3 dir, float mag, AnimationCurve curve, EffectNode node)
: base(node, AFFECTORTYPE.GravityAffector)
{
GType = gtype;
MType = mtype;
Magnitude = mag;
MagCurve = curve;
Dir = obj.rotation * dir;
Dir.Normalize();
GravityObj = obj;
IsAccelerate = isacc;
}
public RotateAffector(float delta, EffectNode node)
: base(node, AFFECTORTYPE.RotateAffector)
{
RType = RSTYPE.SIMPLE;
Delta = delta;
}
public override void Initialize(EffectNode node)
{
base.Initialize(node);
SetUVCoord(node.LowerLeftUV, node.UVDimensions);
SetColor(node.Color);
SetHeadPosition(node.GetRealClientPos() + node.Position /*+ node.OriDirection.normalized * node.Owner.TailDistance*/);
ResetElementsPos();
mLastClientPos = node.Owner.ClientTransform.position;
}
//consider node life if TimeLen < 0;
public float Evaluate(float time, EffectNode node)
{
float len = TimeLen;
if (len < 0f)
len = node.GetLifeTime();
float t = time / len;
if (t > 1f)
{
if (WrapType == WRAP_TYPE.CLAMP)
{
t = 1f;
}
else if (WrapType == WRAP_TYPE.LOOP)
{
int d = Mathf.FloorToInt(t);
t = t - (float)d;
}
else
{
int n = Mathf.CeilToInt(t);
int d = Mathf.FloorToInt(t);
if (n % 2 == 0)
{
t = (float)n - t;
}
else
{
t = t - (float)d;
}
}
}
return Curve01.Evaluate(t) * MaxValue;
}
public Affector(EffectNode node, AFFECTORTYPE type)
{
Node = node;
Type = type;
}
protected void Init()
{
//added 2012.6.24
InitCollision();
Owner = transform.parent.gameObject.GetComponent<XffectComponent>();
if (Owner == null)
Debug.LogError("you must set EffectLayer to be XffectComponent's child.");
//fixed 2012.6.2. ignoring the red errors.
if (ClientTransform == null)
{
Debug.LogWarning("effect layer: " + gameObject.name + " haven't assign a client transform, automaticly set to itself.");
ClientTransform = transform;
}
AvailableENodes = new EffectNode[MaxENodes];
ActiveENodes = new EffectNode[MaxENodes];
for (int i = 0; i < MaxENodes; i++)
{
EffectNode n = new EffectNode(i, ClientTransform, SyncClient, this);
List<Affector> afts = InitAffectors(n);
n.SetAffectorList(afts);
n.SetRenderType(RenderType);
AvailableENodes[i] = n;
}
if (RenderType == 4)
{
RopeDatas.Init(this);
}
AvailableNodeCount = MaxENodes;
emitter = new Emitter(this);
mStopped = false;
}
public RotateAffector(RSTYPE type, EffectNode node)
: base(node,AFFECTORTYPE.RotateAffector)
{
RType = type;
}
public void AddActiveNode(EffectNode node)
{
if (AvailableNodeCount == 0)
Debug.LogError("out index!");
if (AvailableENodes[node.Index] == null) //already added
return;
ActiveENodes[node.Index] = node;
AvailableENodes[node.Index] = null;
AvailableNodeCount--;
node.TotalIndex = TotalAddedCount++;
}
public SineAffector(Vector3 force, bool modifyPos, float maxFreq, float minFreq, EffectNode node)
: base(node, AFFECTORTYPE.SineAffector)
{
SineForce = force;
ModifyPos = modifyPos;
SineMaxFreq = maxFreq;
SineMinFreq = minFreq;
SineFreq = SineMinFreq;
}