public void Recalc(Mesh mesh)
{
if (NeedUpdateBuffer())
{
BeginSample("ApplyLength");
ApplyLength();
EndSample();
}
if (NeedUpdateInline())
{
BeginSample("ApplyInlineColor");
ApplyInlineColor();
EndSample();
}
else if(!m_spriteText.InlineColor)
{
m_displayedText = m_spriteText.Text;
}
if (NeedUpdateGeom())
{
BeginSample("ResetGeom");
ResetGeom();
EndSample();
BeginSample("ParseText");
ParseText();
EndSample();
BeginSample("ApplyPivot");
ApplyPivot();
EndSample();
BeginSample("ApplyAlignment");
ApplyAlignment();
EndSample();
}
if (NeedUpdateColor())
{
BeginSample("ApplyColor");
ApplyColor();
EndSample();
}
if (NeedUpdateGeom())
{
BeginSample("ApplyScale");
ApplyScale();
EndSample();
}
BeginSample("Apply geom to mesh");
if (NeedUpdateBuffer())
{
BeginSample("Clear mesh");
mesh.Clear();
EndSample();
}
if (NeedUpdateGeom())
{
BeginSample("Set vertices and uv");
mesh.subMeshCount = m_triangles.Length;
mesh.vertices = m_vertixes;
mesh.uv = m_uv;
for (int i = 0; i < m_triangles.Length; i++)
{
mesh.SetTriangles(m_triangles[i], i);
}
EndSample();
}
if (NeedUpdateColor())
{
BeginSample("Set colors");
mesh.colors = m_colors;
EndSample();
}
if (NeedUpdateBuffer())
{
BeginSample("Recalculate bounds and normals");
mesh.RecalculateBounds();
mesh.RecalculateNormals();
EndSample();
}
EndSample();
m_flags = SpriteTextFlags.UpdateNone;
}
public void SetChanged(SpriteTextFlags flag)
{
m_flags |= flag;
}
private void SetChanged(SpriteTextFlags flag)
{
Geom.SetChanged(flag);
}
