// Use this for initialization
public void Init(SLO_Join j0, SLO_Join j1, SLO_Join j2, Material mat, float thickness, int index, TriMesh.Extrusion extrusion)
{
m_Join0 = j0;
m_Join1 = j1;
m_Join2 = j2;
m_Index = index;
gameObject.name = "Face " + index;
m_TriMesh = gameObject.AddComponent <TriMesh>() as TriMesh;
m_TriMesh.m_Mat = mat;
m_Thickness = thickness;
m_TriMesh.m_Thickness = m_Thickness * .001f;
// TODO: If edge is tube then the diameter should come from the edge to give a flush finish
m_InnerVerts = new Vector3[3];
m_InnerVerts = TriMeshTest1.FindInnerVertsForFace(j0.transform.position, j1.transform.position, j2.transform.position, ((m_Join0.Diameter / 2f) + m_TabTolerance) * .001f);
// need to put in code to handle inner, outer, center offset and line it up with joint tabs
m_TriMesh.CreateTri(m_InnerVerts[0], m_InnerVerts[1], m_InnerVerts[2], extrusion);
UpdateMeasurements();
// Make selectable
gameObject.tag = "Selectable";
gameObject.AddComponent <MeshCollider>();
}
void Update()
{
// Udpate inner verts // TODO: Only needs to happen when edge diameter is upated
m_InnerVerts = new Vector3[3];
m_InnerVerts = TriMeshTest1.FindInnerVertsForFace(m_Join0.transform.position, m_Join1.transform.position, m_Join2.transform.position, ((m_Join0.Diameter / 2f) + m_TabTolerance) * .001f);
m_TriMesh.UpdateTri(m_InnerVerts[0], m_InnerVerts[1], m_InnerVerts[2], m_Thickness * .001f);
UpdateMeasurements();
}
void Update()
{
// needs to take into account the face width but can't be larger than the edge radius
//float radius = ((m_BaseJoin.Diameter * .49f) ) - ( (m_BaseJoin.Diameter * .5f ) * Mathf.Sin( ( MeshEdgeSolver.Instance.FaceThickness / m_BaseJoin.Diameter ) * Mathf.PI *.5f ) );
//float radius = ((m_BaseJoin.Diameter * .5f) ) - ( (m_BaseJoin.Diameter * .5f ) * ( MeshEdgeSolver.Instance.FaceThickness / m_BaseJoin.Diameter ) );
//float radius = ( m_BaseJoin.Diameter * .48f );
//transform.position = -m_BaseJoin.transform.position;
float desiredRadius = (m_BaseJoin.ArmOuterDiameter / 2f) - (((m_BaseJoin.ArmOuterDiameter / 2f) - (m_BaseJoin.ArmInnerDiameter / 2f)) / 2f);
float radius = desiredRadius - (SpacingRadius / desiredRadius);
/*
* m_InnerVerts = TriMeshTest1.FindInnerVerts
* (
* m_BaseJoin.transform.position, // v1 pos
* m_ConnctedJoin0.transform.position, // v2 pos
* m_ConnctedJoin1.transform.position, // v3 pos
* radius * .001f , // radius from the join
* m_BaseJoin.Length * .001f // length of the tab
* );
*/
m_InnerVerts = TriMeshTest1.FindInnerVerts
(
m_BaseJoin.transform.position, // v1 pos
m_ConnctedJoin0.transform.position, // v2 pos
m_ConnctedJoin1.transform.position, // v3 pos
radius * .001f, // radius from the join
m_Arm12.TotalLength * .001f, // length of the tab
m_Arm13.TotalLength * .001f // length of the tab
);
Vector3 v0 = m_InnerVerts[0];
Vector3 v1 = m_InnerVerts[1];
Vector3 v2 = m_InnerVerts[2];
// Get the normal of the triangle
m_Normal = Vector3.Cross(v1 - v0, v2 - v0).normalized;
// calculate the offset based on spacing
Vector3 offset = m_Normal * ((SpacingRadius)) * .001f;
//m_TabInner.UpdateTri( m_InnerVerts[0] + offset, m_InnerVerts[1] + offset, m_InnerVerts[2] + offset, m_WallThickness );
if (m_TabInner != null)
{
m_TabInner.UpdateTri(m_InnerVerts[0] + offset, m_InnerVerts[1] + offset, m_InnerVerts[2] + offset, m_WallThickness * .001f);
}
if (m_TabOuter != null)
{
m_TabOuter.UpdateTri(m_InnerVerts[0] - offset, m_InnerVerts[1] - offset, m_InnerVerts[2] - offset, m_WallThickness * .001f);
}
}
// Use this for initialization
public void Init(SLOObject sloObj, SLO_Join j0, SLO_Join j1, SLO_Join j2, Material mat, bool makeInner, bool makeOuter)
{
#region Initialization of references
// Sets reference to SLO object
m_Object = sloObj;
// Set name
gameObject.name = "Tab";
// Setup the connect joins
m_BaseJoin = j0;
m_ConnctedJoin0 = j1;
m_ConnctedJoin1 = j2;
// Find arms
for (int i = 0; i < m_BaseJoin.m_Arms.Count; i++)
{
if (m_BaseJoin.m_Arms[i].LookAtJoin == m_ConnctedJoin0)
{
m_Arm12 = m_BaseJoin.m_Arms[i];
}
if (m_BaseJoin.m_Arms[i].LookAtJoin == m_ConnctedJoin1)
{
m_Arm13 = m_BaseJoin.m_Arms[i];
}
}
#endregion
#region Calculations
m_InnerVerts = TriMeshTest1.FindInnerVerts(m_BaseJoin.transform.position, m_ConnctedJoin0.transform.position, m_ConnctedJoin1.transform.position, (m_BaseJoin.Diameter / 2f) * .001f, m_BaseJoin.Length * .001f);
Vector3 v0 = m_InnerVerts[0];
Vector3 v1 = m_InnerVerts[1];
Vector3 v2 = m_InnerVerts[2];
// Get the normal of the triangle
m_Normal = Vector3.Cross(v1 - v0, v2 - v0).normalized;
// calculate the offset based on spacing
//Vector3 normalOffset = m_Normal * ((SpacingRadius / 2f)) * .001f;
#endregion
if (makeInner)
{
// FIND INNER VERTS HERE
m_TabInner = new GameObject().AddComponent <TriMesh>() as TriMesh;
m_TabInner.name = "Tab Inner";
m_TabInner.transform.SetParent(transform);
m_TabInner.transform.position = Vector3.zero;
m_TabInner.transform.rotation = Quaternion.identity;
m_TabInner.m_Mat = mat;
m_TabInner.m_Thickness = .001f;
m_TabInner.CreateTri(v0, v1, v2, TriMesh.Extrusion.Center);
}
if (makeOuter)
{
m_TabOuter = new GameObject().AddComponent <TriMesh>() as TriMesh;
m_TabOuter.name = "Tab Outer";
m_TabOuter.transform.SetParent(transform);
m_TabOuter.m_Mat = mat;
m_TabOuter.m_Thickness = .001f;
m_TabOuter.CreateTri(v0, v1, v2, TriMesh.Extrusion.Center);
}
//transform.SetParent (m_BaseJoin.transform );
}
