public static void GetNextRightVertexUV(List <CD> list, int index, MeshSet meshSet, ref Vector3 leftOfBase, int boneIndex /*= -1*/)
{
if (list[index] is CD_CHAR)
{
CD_CHAR.GetNextRightVertexUV(list, index, meshSet, ref leftOfBase, boneIndex);
}
else if (list[index] is CD_IMAGE)
{
//CD_IMAGE.GetNextRightVertexUV(list, index, meshSet, ref leftOfBase);
Vector3 nextLeftOfBase;
CD_IMAGE.GetNextRightVertexUV(list, index, meshSet, CD_IMAGE.POSMODE.LEFOFBASE, leftOfBase, out nextLeftOfBase, boneIndex);
leftOfBase = nextLeftOfBase;
}
else
{
}
}
public static void GetNextRightVertexUV(List <CD> list, int index, MeshSet meshSet, POSMODE mode, Vector3 pos, out Vector3 nextLeftOfBase, int boneIndex /* = -1*/)
{
nextLeftOfBase = Vector3.zero;
CD_IMAGE cd = (CD_IMAGE)list[index];
//int save_vsize = (meshSet!=null) ? meshSet.vclist.Count : 0;
float width = cd.width;
float height = cd.height;
if (cd.width == 0 || cd.height == 0)
{
if (cd.src == SOURCE.ATLAS)
{
cd.atlasInfo.GetPerfectSize(cd.atlasName, out width, out height);
}
else
{
width = cd.texture.width;
height = cd.texture.height;
}
}
/*
* ^---------->
* yAdvance|
* width
+----+
| | height
| yoff->+----+
|
| Base o---------->
| ^ ^
| xoff xAdvance
*/
switch (mode)
{
case POSMODE.LEFOFBASE: nextLeftOfBase = pos; break;
case POSMODE.TOPLEFT: nextLeftOfBase = pos + (-cd.y_advance) * Vector3.up; break;
case POSMODE.TOPRIGHT: nextLeftOfBase = pos - (-cd.y_advance) * Vector3.up + (-cd.x_advance) * Vector3.right; break;
}
cd.leftBase = nextLeftOfBase;
Vector3 imageTopLeft = nextLeftOfBase + new Vector3(cd.x_offset, cd.y_offset, 0) + height * Vector3.up;
// Vertex
Vector3[] vs = new Vector3[4];
vs[0] = imageTopLeft;
vs[1] = vs[0] + width * Vector3.right;
vs[2] = imageTopLeft + height * Vector3.down;
vs[3] = vs[2] + width * Vector3.right;
cd.inner_v = vs;
// next left of base
nextLeftOfBase += (cd.x_offset + width + cd.hspace) * Vector3.right;
/* outer_v
*
*/
Vector3[] outer_v = new Vector3[4];
outer_v[0] = cd.leftBase + cd.y_advance * Vector3.up;
outer_v[1] = outer_v[0] + cd.x_advance * Vector3.right;
outer_v[2] = cd.leftBase;
outer_v[3] = outer_v[2] + cd.x_advance * Vector3.right;
cd.outer_v = outer_v;
//
if (meshSet != null)
{
if (cd.src == SOURCE.ATLAS)
{
if (cd.isBonedAtlas)
{
cd.bone = meshSet.bnlist[boneIndex];
meshSet.atlasList.Add(cd);
}
else
{
int[] size;
Vector2[] r;
hgAtlasInfoData.RECTPATTERN pattern;
hgAtlasInfoData.StrechMode smode;
Vector2 perfectSize;
cd.atlasInfo.GetRect(cd.atlasName, out perfectSize, out r, out pattern, out size, out smode);
hgMeshAtlas.DrawAtlas_Sub4(pattern, r, size, perfectSize, meshSet, boneIndex, vs, cd.colorIndex, smode, false);
}
}
else
{ // SOURCE.IMAGE
cd.bone = meshSet.bnlist[boneIndex];
meshSet.imageList.Add(cd);
}
}
}
