private IEnumerator MainProcessCoroutine(float waitTime)
{
float anglePace = 180 / (m_anglesCount - 1);
float volumePace = m_fullVolume / (m_volumesCount - 1);
float minH = 9999, maxH = -9999;
m_angles = new float[m_anglesCount];
m_volumes = new float[m_volumesCount];
m_datas = new float[m_anglesCount][];
for (int i = 0; i < m_anglesCount; i++)
{
m_datas[i] = new float[m_volumesCount];
m_angles[i] = anglePace * i;
}
for (int i = 0; i < m_volumesCount; i++)
{
m_volumes[i] = volumePace * i;
}
// 1) Pour chaque orientation
for (int angleStep = 0; angleStep < m_anglesCount; angleStep++)
{
float minHeight, maxHeight;
// Get MinH et MaxH
GetMinMaxHighnessOfMesh(out minHeight, out maxHeight);
// 2) Pour chaque hauteur (entre MinH et MaxH)
for (int volumeStep = 0; volumeStep < m_volumesCount; volumeStep++)
{
float volumeToFind = volumeStep * volumePace;
// Trouver meilleure hauteur
float height = HeightFromVolumeDichotomy(volumeToFind, m_heightAccuracy, minHeight, maxHeight);
minH = Mathf.Min(height, minH);
maxH = Mathf.Max(height, maxH);
m_datas[angleStep][volumeStep] = height;
yield return(new WaitForSeconds(waitTime));
// Supprimer les parties
}
transform.Rotate(Vector3.right, anglePace);
}
// Interpolation
InterpoLagrange2D interpoLagrange2D = new InterpoLagrange2D(m_angles, m_volumes, m_datas, m_clearThreshold);
float conf = interpoLagrange2D.Confidence();
Debug.Log(m_meshID.ToString() + " : Confiance à : " + (conf * 100).ToString().Substring(0, 2) + "%");
float relativeVolume = m_fullVolume / (transform.lossyScale.x * transform.lossyScale.y * transform.lossyScale.z);
XmlMeshFormula.SaveFormula(new MeshVolumeFormula(interpoLagrange2D.polynome2D, m_meshID, relativeVolume), m_forceUpdate);
}
// Precal
#region Precalculated Volume-Rotation-Height Datas
protected void LoadMeshFormula()
{
MeshVolumeFormula xmlMeshFormula = XmlMeshFormula.FormulaForMesh(m_meshID);
if (xmlMeshFormula == null)
{
this.enabled = false;
return;
}
m_heightFormula = xmlMeshFormula.formula;
m_scaleFactor = transform.lossyScale.x * transform.lossyScale.y * transform.lossyScale.z;
m_fullVolume = xmlMeshFormula.relativeVolume * m_scaleFactor;
m_currentVolume = m_fullVolume * m_volumePercentage;
}