SortByPriority()
{
SsPart[] sorted = new SsPart[_parts.Length];
for (int i = 0; i < _parts.Length; ++i)
{
sorted[i] = _parts[i];
}
// sort
Array.Sort(sorted);
// change index in submesh array to change draw order
int index = 0;
for (int i = 0; i < _parts.Length; ++i)
{
if (!sorted[i]._res.IsRoot)
{
sorted[i].SetToSubmeshArray(index);
// change material order same as submesh
_materials[index] = sorted[i]._material;
++index;
}
}
// update material list
_matChanged = true;
}
public void OnSoundKey(SsPart part, SsAttrValueInterface val)
{
SsSoundKeyValue sv = val as SsSoundKeyValue;
Debug.LogWarning(part.Sprite.gameObject.name + ": " + sv.SoundId);
part.OnSoundKey -= OnSoundKey;
}
public void OnUserDataKey(SsPart part, SsAttrValueInterface val)
{
var udk = val as SsUserDataKeyValue;
Debug.LogWarning(part.Sprite.gameObject.name + ": " + udk.String);
part.OnUserDataKey -= OnUserDataKey;
}
// void Awake()
// {
// tag = "bee";
// }
void Start()
{
_xpos = Random.Range(-200, 200);
_ypos = Random.Range(500, 700);
_zpos = -0.01f;
_rot = Vector3.zero;
Update();
ChangeAnime("bee_ssa");
_bodyPart = _sprite.GetPart("体");
Reset();
_sprite.Play();
_sprite.AnimFrame = Random.Range(0, 3);
}
// Transform at a child part in world space.
public Transform TransformAt(string name)
{
if (name == null)
{
return(_transform);
}
SsPart e = GetPart(name);
if (e == null)
{
return(null);
}
return(e._transform);
}
public void Swing()
{
ChangeAnime("attack_ssa");
// set animation finished callback to turn off the collision detection
_sprite.AnimationFinished = SwingFinished;
_sprite.PlayCount = 1;
// get a part to use as the trigger to start collision detection
SsPart part = _sprite.GetPart("基点");
// set the callbacks of sound/user key.
part.OnSoundKey += OnSoundKey;
part.OnUserDataKey += OnUserDataKey;
// save current sword length
_orgSwordLength = SsGameTest._instance._swordLength;
_orgSwordWidth = SsGameTest._instance._swordWidth;
// change current state
_updateFunc = _Swinging;
}
public void OnUserDataKey(SsPart part, SsAttrValueInterface val)
{
SsUserDataKeyValue u = val as SsUserDataKeyValue;
if (u.String == "HIT!!!")
{
// start collision detection
_swordObject.EnableCollision(true);
SsGameTest._instance._swordLength *= 1.5f;
SsGameTest._instance._swordWidth *= 1.25f;
}
if (u.String == "DONE")
{
// restore the sword length
SsGameTest._instance._swordLength = _orgSwordLength;
SsGameTest._instance._swordWidth = _orgSwordWidth;
part.OnUserDataKey -= OnUserDataKey;
}
}
public override bool ChangeAnime(string name)
{
if (EqulasAnime(name))
{
return(false);
}
// due to lose children transform while changing animation, detach temporarily
Transform swordTransform = _swordObject._sprite.TransformAt(null);
swordTransform.parent = null;
base.ChangeAnime(name);
// create and get the transform of my hand.
SsPart handPart = _sprite.GetPart("前手");
Transform handTransform = handPart.CreateTransform();
#if false // obsolete since version 1.06
// reset sword position
swordTransform.localPosition = Vector3.zero;
swordTransform.localRotation = Quaternion.identity;
swordTransform.localScale = Vector3.one;
// attach
swordTransform.parent = handTransform;
#else
// attach
swordTransform.parent = handTransform;
// reset sword position
swordTransform.localPosition = Vector3.zero;
swordTransform.localRotation = Quaternion.identity;
swordTransform.localScale = Vector3.one;
#endif
// move a bit over the hand
_swordObject._zpos -= 0.01f;
#if false // obsolete since version 1.06
// due to sword flashes at root positon, give it correct position at first frame.
_sprite.UpdateAlways();
#endif
return(true);
}
// Use this for initialization
void Start()
{
sprite = GetComponent <SsSprite>();
// ０番＝ルートパーツを参照する
SsPart part = sprite.GetPart(0);
// ルートパーツが持つ全ユーザーデータキーの文字列とフレーム位置のペアで辞書を作る
SsPartRes res = part._res;
int endFrame = res.FrameNum - 1;
// 末尾キーから先頭キーに向かって遡る
for (int i = res.UserKeys.Count - 1; i >= 0; --i)
{
SsUserDataKeyFrame userDataKey = (SsUserDataKeyFrame)res.GetKey(SsKeyAttr.User, i);
// 文字列が格納されていない場合は無視する
if (!userDataKey.Value.IsString)
{
continue;
}
var se = new StartEndFrame();
// １つ右のキーフレーム、または全フレーム数－１を終了フレームとする
se.end = endFrame;
// "文字列"領域に書かれた文字列をキーにして開始・終了位置フレームを登録する
se.start = userDataKey.Time;
labelToFrame[userDataKey.Value.String] = se;
// このキーフレームの位置－１が１つ左の区間の終了フレームになる
endFrame = userDataKey.Time - 1;
}
// 登録したラベルと区間を列挙する
Debug.Log("User data keys...");
foreach (var e in labelToFrame)
{
Debug.Log("[" + e.Key + "] start:" + e.Value.start + " end:" + e.Value.end);
}
}
// Update is called once per frame
void Update()
{
if (Input.GetButtonDown("Fire1"))
{
SsPart partAlphaParent = sprAlpha.GetPart("parent");
SsPart partHideParent = sprHide.GetPart("parent");
switch (state)
{
case 0:
// half-transparent and hide
partAlphaParent.ForceAlpha(0.5f);
partHideParent.ForceShow(false);
break;
case 1:
// opaque and show
partAlphaParent.ForceAlpha(1f);
partHideParent.ForceShow(true);
break;
}
state = (state + 1) % 2;
}
}
void Start()
{
_sprite = GetComponent<SsSprite>();
_sprite.Animation = ssdb.GetAnime(_defaultAnimeName);
_mainPart = _sprite.GetPart("part 1");
}
public void OnUserDataKey(SsPart part, SsAttrValueInterface val)
{
SsUserDataKeyValue u = val as SsUserDataKeyValue;
if (u.String == "HIT!!!")
{
// start collision detection
_swordObject.EnableCollision(true);
SsGameTest._instance._swordLength *= 1.5f;
SsGameTest._instance._swordWidth *= 1.25f;
}
if (u.String == "DONE")
{
// restore the sword length
SsGameTest._instance._swordLength = _orgSwordLength;
SsGameTest._instance._swordWidth = _orgSwordWidth;
part.OnUserDataKey -= OnUserDataKey;
}
}
public void OnUserDataKey(SsPart part, SsAttrValueInterface val)
{
var udk = val as SsUserDataKeyValue;
Debug.LogWarning(part.Sprite.gameObject.name + ": " + udk.String);
part.OnUserDataKey -= OnUserDataKey;
}
UpdateAlways()
{
if (_animation == null)
{
return;
}
if (_parts == null)
{
return;
}
// when this object is created from prefab, Unity comes here though all of _parts is not yet constructed...
if (_parts[_partsNum - 1] == null)
{
return;
}
if (!Application.isPlaying)
{
if (_animeFrame < _startAnimeFrame)
{
_animeFrame = _startAnimeFrame;
}
else if (_animeFrame > _endAnimeFrame)
{
_animeFrame = _endAnimeFrame;
}
}
// check for automatic destruction by life time
if (_lifeTime > 0)
{
_lifeTimeCount += Time.deltaTime;
if (_lifeTimeCount >= _lifeTime)
{
Destroy(gameObject);
return;
}
}
if (subAnimations != null)
{
// apply sub animations
foreach (var e in subAnimations)
{
if (e.Animation == null)
{
continue;
}
if (e.BindsToAllParts)
{
// bind to all parts in the main animation
for (int i = 1; i < _parts.Length; ++i)
{
// bind animation from all parts in the sub animation
for (int index = 0; index < e.Animation.PartList.Length; ++index)
{
_parts[i].AddSubAnime(e, e.Animation.PartList[index]);
}
}
}
else
{
// bind each part by name or index
for (int index = 0; index < e.Animation.PartList.Length; ++index)
{
SsPart part = null;
if (e.BindsByPartName)
{
// bind part by name
part = GetPart(e.Animation.PartList[index].Name);
}
else
{
// bind by index
part = GetPart(index);
}
if (part != null)
{
// register sub anime to do inside Update() below.
part.AddSubAnime(e, e.Animation.PartList[index]);
}
}
}
}
}
// update all parts
foreach (SsPart e in _parts)
{
e.Update();
}
if (_prioChanged)
{
// sort draw order by priority
SortByPriority();
_prioChanged = false;
}
// update mesh contents if anything was changed.
if (_vertChanged)
{
_mesh.vertices = _vertices;
updateBoundingBox();
_vertChanged = false;
}
if (_uvChanged)
{
_mesh.uv = _uvs;
_uvChanged = false;
}
if (_colorChanged)
{
_mesh.colors = _colors;
_colorChanged = false;
}
if (_extraChanged)
{
_mesh.uv2 = _extras;
_extraChanged = false;
}
// update materials
if (_matChanged)
{
#if _USE_SHARED_MATERIAL
_meshRenderer.sharedMaterials = _materials;
#else
_meshRenderer.materials = _materials;
#endif
_matChanged = false;
}
if (_isPlaying)
{
// step animation frame
float step = Time.deltaTime * _animation.FPS * Speed * _currentStepSign;
#if _TEST_FRAME_SKIP
if (Time.deltaTime * _animation.FPS > 1)
{
++_frameSkipCount;
}
// Debug.Log("lost frame at " + Time.frameCount);
#endif
_prevFrame = _animeFrame;
_animeFrame += step;
//if (step >= _playFrameLength)
// Debug.LogWarning("Too long frameskip!! " + step);
// end of animation
if (_animeFrame < _startAnimeFrame ||
(int)_animeFrame > _endAnimeFrame) // 2012.02.05 cares about last frame
{
bool clipFrame = true;
if (IsRoundTrip)
{
// reverse direction
_prevStepSign = _currentStepSign;
_currentStepSign *= -1;
if (!_returnTrip)
{
// now onto return path during round trip
_returnTrip = true;
}
else
{
_returnTrip = false;
}
}
else
{
clipFrame = false;
}
if (!_returnTrip)
{
if (PlayCount == 0)
{
// endless
}
else
{
if (++_currentPlayCount >= PlayCount)
{
// really end
clipFrame = true;
_isPlaying = false;
_isFinished = true;
if (AnimationFinished != null)
{
AnimationFinished(this);
}
// destroy the client game object
if (DestroyAtEnd)
{
Destroy(gameObject);
}
}
}
}
float overrun = 0;
if (_animeFrame < _startAnimeFrame)
{
overrun = (_animeFrame - _startAnimeFrame) % _playFrameLength;
overrun *= -1;
}
else if ((int)_animeFrame > _endAnimeFrame)
{
overrun = (_animeFrame - 1 - _endAnimeFrame) % _playFrameLength;
}
if (overrun < 0)
{
overrun = 0;
}
if (clipFrame)
{
// stop
if (IsRoundTrip)
{
// reverse direction
// reflect overrun
if (_animeFrame < _startAnimeFrame)
{
_animeFrame = _startAnimeFrame + overrun;
}
else if (_animeFrame > _endAnimeFrame)
{
_animeFrame = _endAnimeFrame - overrun;
}
}
else
{
// stop
if (_animeFrame < _startAnimeFrame)
{
_animeFrame = _startAnimeFrame;
}
else if (_animeFrame > _endAnimeFrame)
{
_animeFrame = _endAnimeFrame;
}
}
}
else
{
// repeat
if (_animeFrame < _startAnimeFrame)
{
_animeFrame = _endAnimeFrame + 1 - overrun; // 2012.02.05 cares about last frame
}
else if (_animeFrame > _endAnimeFrame)
{
_animeFrame = _startAnimeFrame + overrun;
}
}
}
// step sub animations
foreach (var e in subAnimations)
{
e.StepFrame(Time.deltaTime);
}
}
}
void Start()
{
_sprite = GetComponent <SsSprite>();
_sprite.Animation = ssdb.GetAnime(_defaultAnimeName);
_mainPart = _sprite.GetPart("part 1");
}
Init()
{
// if don't do this, Transforms(GameObjects) are created every time as come into ExecuteInEditMode.
DeleteTransformChildren();
//Debug.Log("Init() " + gameObject.name);
if (!_animation)
{
// clear variables
//Debug.LogWarning("No anime resource attached-> " + gameObject.name);
// works
_partResList = null;
_imageList = null;
_partsNum = 0;
_parts = null;
_boundPartList = null;
_materials = null;
_vertices = null;
_uvs = null;
_colors = null;
_extras = null;
_mesh = null;
_meshFilter.mesh = null;
#if _USE_SHARED_MATERIAL
_meshRenderer.sharedMaterials = new Material[1];
#else
_meshRenderer.materials = new Material[1];
#endif
// statuses
_isPlaying = _isFinished = false;
PlayCount = 0;
Speed = 1f;
_prevPlayDirection = _playDirection = SsAnimePlayDirection.Forward;
ResetAnimationStatus();
_startAnimeFrame = _endAnimeFrame = _playFrameLength = 0;
return;
}
EnsureMeshComponent();
// initialize values
ResetAnimationStatus();
Pause();
_isFinished = false;
// get parts and images.
_partResList = _animation.PartList;
_imageList = _animation.ImageList;
_partsNum = _partResList.Length;
// create material array. actually root doesn't need material so can cut down.
_materials = new Material[_partsNum - 1];
// create vertices...
int vertNum = (_partsNum - 1) * 4;
_vertices = new Vector3[vertNum];
_uvs = new Vector2[vertNum];
_colors = new Color[vertNum];
_extras = new Vector2[vertNum];
// now create mesh
_mesh = new Mesh();
_mesh.vertices = _vertices; // to avoid "out of bounds" error when we set triangle indices.
_mesh.subMeshCount = _partsNum - 1;
_mesh.uv2 = _extras;
// attach to MeshFilter
_meshFilter.mesh = _mesh;
// create sprite parts and pass to resource used
_parts = new SsPart[_partsNum];
for (int i = 0; i < _parts.Length; ++i)
{
SsPartRes partRes = _partResList[i];
SsImageFile image = partRes.IsRoot ? null : _imageList[partRes.SrcObjId];
_parts[i] = new SsPart(this, i, partRes, image);
// set root sprite
if (i == 0)
{
_rootPart = _parts[i];
}
else
{
// set individual material to buffer
_materials[i - 1] = _parts[i]._material;
}
// register bound parts separately for fast access
if (partRes.Type == SsPartType.Bound)
{
if (_boundPartList == null)
{
_boundPartList = new List <SsPart>();
}
_boundPartList.Add(_parts[i]);
}
}
// set materials to affect
#if _USE_SHARED_MATERIAL
_meshRenderer.sharedMaterials = _materials;
#else
_meshRenderer.materials = _materials;
#endif
// attach values to the Mesh
_mesh.vertices = _vertices;
_mesh.uv = _uvs;
// at first time must invoke vertex update to display initial posed animation.
_vertChanged = true;
// reflect blend settings to shader
_extraChanged = true;
#if false
// use user data numeric value as PlayCount
if (PartResList[0].UserKeys.Count > 0)
{
SsUserDataKeyFrame userKey = (SsUserDataKeyFrame)PartResList[0].GetKey(SsKeyAttr.User, 0);
PlayCount = userKey.Value.Num;
}
#endif
// to fix the problem that h/vFlipped animation from initial time doesn't affects mesh
UpdateAlways();
}
// void Awake()
// {
// tag = "bee";
// }
void Start()
{
_xpos = Random.Range(-200, 200);
_ypos = Random.Range(500, 700);
_zpos = -0.01f;
_rot = Vector3.zero;
Update();
ChangeAnime("bee_ssa");
_bodyPart = _sprite.GetPart("体");
Reset();
_sprite.Play();
_sprite.AnimFrame = Random.Range(0, 3);
}
SortByPriority()
{
SsPart[] sorted = new SsPart[_parts.Length];
for (int i = 0; i < _parts.Length; ++i)
sorted[i] = _parts[i];
// sort
Array.Sort(sorted);
// change index in submesh array to change draw order
int index = 0;
for (int i = 0; i < _parts.Length; ++i)
{
if (!sorted[i]._res.IsRoot)
{
sorted[i].SetToSubmeshArray(index);
// change material order same as submesh
_materials[index] = sorted[i]._material;
++index;
}
}
// update material list
_matChanged = true;
}
Init()
{
// if don't do this, Transforms(GameObjects) are created every time as come into ExecuteInEditMode.
DeleteTransformChildren();
//Debug.Log("Init() " + gameObject.name);
if (!_animation)
{
// clear variables
//Debug.LogWarning("No anime resource attached-> " + gameObject.name);
// works
_partResList = null;
_imageList = null;
_partsNum = 0;
_parts = null;
_boundPartList = null;
_materials = null;
_vertices = null;
_uvs = null;
_colors = null;
_extras = null;
_mesh = null;
_meshFilter.mesh = null;
#if _USE_SHARED_MATERIAL
_meshRenderer.sharedMaterials = new Material[1];
#else
_meshRenderer.materials = new Material[1];
#endif
// statuses
_isPlaying = _isFinished = false;
PlayCount = 0;
Speed = 1f;
_prevPlayDirection = _playDirection = SsAnimePlayDirection.Forward;
ResetAnimationStatus();
_startAnimeFrame = _endAnimeFrame = _playFrameLength = 0;
return;
}
EnsureMeshComponent();
// initialize values
ResetAnimationStatus();
Pause();
_isFinished = false;
// get parts and images.
_partResList = _animation.PartList;
_imageList = _animation.ImageList;
_partsNum = _partResList.Length;
// create material array. actually root doesn't need material so can cut down.
_materials = new Material[_partsNum - 1];
// create vertices...
int vertNum = (_partsNum - 1) * 4;
_vertices = new Vector3[vertNum];
_uvs = new Vector2[vertNum];
_colors = new Color[vertNum];
_extras = new Vector2[vertNum];
// now create mesh
_mesh = new Mesh();
_mesh.vertices = _vertices; // to avoid "out of bounds" error when we set triangle indices.
_mesh.subMeshCount = _partsNum - 1;
_mesh.uv2 = _extras;
// attach to MeshFilter
_meshFilter.mesh = _mesh;
// create sprite parts and pass to resource used
_parts = new SsPart[_partsNum];
for (int i = 0; i < _parts.Length; ++i)
{
SsPartRes partRes = _partResList[i];
SsImageFile image = partRes.IsRoot ? null : _imageList[partRes.SrcObjId];
_parts[i] = new SsPart(this, i, partRes, image);
// set root sprite
if (i == 0)
_rootPart = _parts[i];
else
{
// set individual material to buffer
_materials[i - 1] = _parts[i]._material;
}
// register bound parts separately for fast access
if (partRes.Type == SsPartType.Bound)
{
if (_boundPartList == null)
_boundPartList = new List<SsPart>();
_boundPartList.Add(_parts[i]);
}
}
// set materials to affect
#if _USE_SHARED_MATERIAL
_meshRenderer.sharedMaterials = _materials;
#else
_meshRenderer.materials = _materials;
#endif
// attach values to the Mesh
_mesh.vertices = _vertices;
_mesh.uv = _uvs;
// update uv just in case
_uvChanged = true;
// at first time must invoke vertex update to display initial posed animation.
_vertChanged = true;
// reflect blend settings to shader
_extraChanged = true;
#if false
// use user data numeric value as PlayCount
if (PartResList[0].UserKeys.Count > 0)
{
SsUserDataKeyFrame userKey = (SsUserDataKeyFrame)PartResList[0].GetKey(SsKeyAttr.User, 0);
PlayCount = userKey.Value.Num;
}
#endif
// to fix the problem that h/vFlipped animation from initial time doesn't affects mesh
UpdateAlways();
}
public void OnSoundKey(SsPart part, SsAttrValueInterface val)
{
SsSoundKeyValue sv = val as SsSoundKeyValue;
Debug.LogWarning(part.Sprite.gameObject.name + ": " + sv.SoundId);
part.OnSoundKey -= OnSoundKey;
}
