// Set play direction with options
public void SetPlayDirection(SsAnimePlayDirection dir, bool keepFrame)
{
_playDirection = dir;
float frame = _animeFrame;
ResetAnimationStatus();
if (keepFrame)
{
_animeFrame = frame;
}
}
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();
}
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();
}
// Set play direction with options
public void SetPlayDirection(SsAnimePlayDirection dir, bool keepFrame)
{
_playDirection = dir;
float frame = _animeFrame;
ResetAnimationStatus();
if (keepFrame)
_animeFrame = frame;
}
