public void setCurrentAngle(float n_angle360)
{
if (angle_base != n_angle360)
{
angle_base = n_angle360;
//auto define direction
directionTended = angleToDirection(angle_base);
}
}
TendDirection angleToDirection(float in_angle360)
{
float angle_form = in_angle360 % 360;
TendDirection out_dir = TendDirection.undefine;
if (angle_form > 360 - 1 && angle_form < 1) //is up
{
out_dir = TendDirection.up;
}
if (angle_form > 90 - 1 && angle_form < 90 + 1) //is left
{
out_dir = TendDirection.left;
}
if (angle_form > 90 - 1 && angle_form < 90 + 1) //is right
{
out_dir = TendDirection.right;
}
if (angle_form > 270 - 1 && angle_form < 270 + 1) //is left
{
out_dir = TendDirection.left;
}
if (angle_form >= 1 && angle_form <= 90 - 1)
{
out_dir = TendDirection.upright;
}
if (angle_form >= 270 + 1 && angle_form <= 360 - 1)
{
out_dir = TendDirection.upleft;
}
if (angle_form >= 180 + 1 && angle_form <= 270 - 1)
{
out_dir = TendDirection.downleft;
}
if (angle_form >= 90 + 1 && angle_form <= 180 - 1)
{
out_dir = TendDirection.downright;
}
return(out_dir);
}
public void SetOopAdj(Vector3 oA, Vector3 oB)
{
//reset
angle_base = 0F;
angleInTan = 0F;
if (!oA.Equals(oB))
{
float opp = Mathf.Max(oA.z, oB.z) - Mathf.Min(oA.z, oB.z);
float adj = Mathf.Max(oA.x, oB.x) - Mathf.Min(oA.x, oB.x);
distance = Mathf.Sqrt(Mathf.Pow(opp, 2F) + Mathf.Pow(adj, 2F));
if (opp > 0.1 && adj > 0.1)
{
angleInTan = (Mathf.Atan(opp / adj) * Mathf.Rad2Deg);
}
if (oA.z != oB.z || oA.x != oB.x)
{
if (opp < 0.1 || adj < 0.1)
{
if (adj < 0.1)
{
if (oA.z < oB.z)
{
angle_base = 0F;
angle_refact = 180F;
directionTended = TendDirection.up;
directionRefact = TendDirection.down;
}
else if (oA.z > oB.z)
{
angle_base = 180F;
angle_refact = 0F;
directionTended = TendDirection.down;
directionRefact = TendDirection.up;
}
}
else if (opp < 0.1)
{
if (oA.x < oB.x)
{
angle_base = 90F;
angle_refact = 270F;
directionTended = TendDirection.right;
directionRefact = TendDirection.left;
}
else if (oA.x > oB.x)
{
angle_base = 270F;
angle_refact = 90F;
directionTended = TendDirection.left;
directionRefact = TendDirection.right;
}
}
}
else if (oA.x < oB.x) //target on right
{
float _base = 90F;
float _refact = 270F;
if (oA.z < oB.z) //target on top
{
angle_base = _base - angleInTan;
angle_refact = _refact - angleInTan;
directionTended = TendDirection.upright;
directionRefact = TendDirection.downleft;
}
else if (oA.z > oB.z) //target on down
{
angle_base = _base + angleInTan;
angle_refact = _refact + angleInTan;
directionTended = TendDirection.downright;
directionRefact = TendDirection.upleft;
}
}
else if (oA.x > oB.x) // target on left
{
float _base = 270F;
float _refact = 90F;
if (oA.z < oB.z) //target on top
{
angle_base = _base + angleInTan;
angle_refact = _refact + angleInTan;
directionTended = TendDirection.upleft;
directionRefact = TendDirection.downright;
}
else if (oA.z > oB.z) //target on down
{
angle_base = _base - angleInTan;
angle_refact = _refact - angleInTan;
directionTended = TendDirection.downleft;
directionRefact = TendDirection.upright;
}
}
}
// Debug.Log("A("+oA.x+","+oA.z+") B("+oB.x+","+oB.z+")");
// Debug.Log(" target in "+ directionTended+" , refact"+ directionRefact );
}
}
public void setCurrentDirect(TendDirection n_direct)
{
directionTended = n_direct;
}
