private void Vault()
{
BarycentricDistance barycentricDistance = new BarycentricDistance(coverObject.GetComponent <MeshFilter>());
lastClosestVaultPoint = barycentricDistance.GetClosestTriangleAndPoint(transform.position).closestPoint;
lastClosestVaultFaces = coverObject.transform.CalculateLocalXZFacePoints();
Vector3 localizedPlayerPosition = coverObject.transform.InverseTransformPoint(transform.position);
if (localizedPlayerPosition.x < lastClosestVaultFaces[2].x && localizedPlayerPosition.x > lastClosestVaultFaces[3].x)
{
Vector3 endpoint = coverObject.transform.InverseTransformPoint(lastClosestVaultPoint);
endpoint.z *= -1;
vaultEndPoint = coverObject.transform.TransformPoint(endpoint);
}
else
{
Vector3 endpoint = coverObject.transform.InverseTransformPoint(lastClosestVaultPoint);
endpoint.x *= -1;
vaultEndPoint = coverObject.transform.TransformPoint(endpoint);
}
vaultLerpTotalTime = Vector3.Distance(lastClosestVaultPoint, vaultEndPoint) / 4;
vaultLerpStartTime = Time.time;
vaulting = true;
}
private void Cover()
{
Debug.Log("OMG TAKING COVER!");
BarycentricDistance barycentricDistance = new BarycentricDistance(coverObject.GetComponent <MeshFilter>());
lastClosestVaultPoint = barycentricDistance.GetClosestTriangleAndPoint(transform.position).closestPoint;
lastClosestVaultFaces = coverObject.transform.CalculateLocalXZFacePoints();
Vector3 localizedPlayerPosition = coverObject.transform.InverseTransformPoint(transform.position);
if (localizedPlayerPosition.x < lastClosestVaultFaces[2].x && localizedPlayerPosition.x > lastClosestVaultFaces[3].x)
{
//Vector3 endpoint = coverObject.transform
}
}
