/// <summary>
/// Update mesh with a face mesh vertices, texture coordinates and indices.
/// </summary>
private void _UpdateMesh()
{
m_AugmentedFace.GetVertices(m_MeshVertices);
m_AugmentedFace.GetNormals(m_MeshNormals);
if (landmark != null && m_MeshVertices.Count != 0)
{
landmark.setFaceRotation(m_AugmentedFace.CenterPose.rotation);
landmark.setFaceLandmark(m_MeshVertices);
}
if (!m_MeshInitialized)
{
m_AugmentedFace.GetTextureCoordinates(m_MeshUVs);
m_AugmentedFace.GetTriangleIndices(m_MeshIndices);
// Only update mesh indices and uvs once as they don't change every frame.
m_MeshInitialized = true;
}
m_Mesh.Clear();
m_Mesh.SetVertices(m_MeshVertices);
m_Mesh.SetNormals(m_MeshNormals);
m_Mesh.SetTriangles(m_MeshIndices, 0);
m_Mesh.SetUVs(0, m_MeshUVs);
m_Mesh.RecalculateBounds();
}
/// <summary>
/// Update mesh with a face mesh vertices, texture coordinates and indices.
/// </summary>
private void _UpdateMesh()
{
m_AugmentedFace.GetVertices(m_MeshVertices);
float threshold = 1.15f;
m_AugmentedFace.GetNormals(m_MeshNormals);
float p = (m_MeshNormals[42].x + m_MeshNormals[191].x + m_MeshNormals[183].x) / 3;
float py = (m_MeshNormals[42].y + m_MeshNormals[191].y + m_MeshNormals[183].y) / 3;
float ay = (m_MeshNormals[271].y + m_MeshNormals[415].y + m_MeshNormals[407].y) / 3;
float avgY = (((ay - m_MeshNormals[16].y) + (py - m_MeshNormals[16].y)) / 2) * -1;
if (avgY > threshold)
{
debugText.text = ("smiling" + avgY + threshold);
}
else
{
debugText.text = ("Not smiling" + avgY + threshold);
}
//debugText.text = ("Vertex Position is: " + m_MeshNormals[11].x); //left side of mouth
// debugText2.text = ("Vertex Position is: " + m_MeshNormals[271].x + m_MeshNormals[415].x + m_MeshNormals[407].x); // right side of mouth
// debugText.text = ("Vertex Position is: " + m_MeshNormals[42].y + m_MeshNormals[191].y + m_MeshNormals[183].y);
// debugText2.text = ("Vertex Position is: " + m_MeshNormals[271].y + m_MeshNormals[415].y + m_MeshNormals[407].y);
// debugText.text = ("Vertex Position is: " + m_MeshNormals[42].z + m_MeshNormals[191].z + m_MeshNormals[183].z);
// debugText2.text = ("Vertex Position is: " + m_MeshNormals[271].z + m_MeshNormals[415].z + m_MeshNormals[407].z);
// debugText3.text = ("Vertex Position is: " + (py - m_MeshNormals[16].y));
debugText2.text = ("Vertex Position is: " + ((((ay - m_MeshNormals[16].y) + (py - m_MeshNormals[16].y)) / 2) * -1));
if (!m_MeshInitialized)
{
m_AugmentedFace.GetTextureCoordinates(m_MeshUVs);
m_AugmentedFace.GetTriangleIndices(m_MeshIndices);
// Only update mesh indices and uvs once as they don't change every frame.
m_MeshInitialized = true;
}
m_Mesh.Clear();
m_Mesh.SetVertices(m_MeshVertices);
m_Mesh.SetNormals(m_MeshNormals);
m_Mesh.SetTriangles(m_MeshIndices, 0);
m_Mesh.SetUVs(0, m_MeshUVs);
// pos = (m_MeshVertices.);
m_Mesh.RecalculateBounds();
}
/// <summary>
/// Update mesh with a face mesh vertices, texture coordinates and indices.
/// </summary>
private void UpdateMesh()
{
m_AugmentedFace.GetVertices(m_MeshVertices);
m_AugmentedFace.GetNormals(m_MeshNormals);
if (!m_MeshInitialized)
{
m_AugmentedFace.GetTextureCoordinates(m_MeshUVs);
m_AugmentedFace.GetTriangleIndices(m_MeshIndices);
// Only update mesh indices and uvs once as they don't change every frame.
m_MeshInitialized = true;
}
DetectHeadShaking();
Filter.gameObject.SetActive(_filterSwitch);
}
/// <summary>
/// Update mesh with a face mesh vertices, texture coordinates and indices.
/// </summary>
private void _UpdateMesh()
{
m_AugmentedFace.GetVertices(m_MeshVertices);
m_AugmentedFace.GetNormals(m_MeshNormals);
if (!m_MeshInitialized)
{
m_AugmentedFace.GetTextureCoordinates(m_MeshUVs);
m_AugmentedFace.GetTriangleIndices(m_MeshIndices);
// Only update mesh indices and uvs once as they don't change every frame.
m_MeshInitialized = true;
}
m_Mesh.Clear();
m_Mesh.SetVertices(m_MeshVertices);
m_Mesh.SetNormals(m_MeshNormals);
m_Mesh.SetTriangles(m_MeshIndices, 0);
m_Mesh.SetUVs(0, m_MeshUVs);
m_Mesh.RecalculateBounds();
}
