private void OnCameraRotate()
{
xAxis.transform.rotation = RotationOfDirection(Vector3.right);
yAxis.transform.rotation = RotationOfDirection(Vector3.up);
zAxis.transform.rotation = RotationOfDirection(Vector3.forward);
Quaternion xQuaternion = RotationOfNormal(Vector3.right);
Quaternion yQuaternion = RotationOfNormal(Vector3.up);
Quaternion zQuaternion = RotationOfNormal(Vector3.forward);
for (int i = 0; i < count - 1; i++)
{
xPoints[i].transform.rotation = xQuaternion;
yPoints[i].transform.rotation = yQuaternion;
zPoints[i].transform.rotation = zQuaternion;
}
for (int i = 0; i < count - 1; i++)
{
xSigns[i].transform.position = PositionOfDirection(xPos[i], Vector3.forward, POINT_SIGN_BIAS);
ySigns[i].transform.position = PositionOfDirection(yPos[i], Vector3.left, POINT_SIGN_BIAS);
zSigns[i].transform.position = PositionOfDirection(zPos[i], Vector3.up, POINT_SIGN_BIAS);
}
// Arrow
Ray xRay = new Ray(Vector3.zero, Vector3.left);
Ray yRay = new Ray(Vector3.zero, Vector3.down);
Ray zRay = new Ray(Vector3.zero, Vector3.back);
Vector3 xArrowPos, yArrowPos, zArrowPos;
geoCamera.IntersectRay(xRay, out xArrowPos);
geoCamera.IntersectRay(yRay, out yArrowPos);
geoCamera.IntersectRay(zRay, out zArrowPos);
float offset = count / 2.0f;
xArrowPos.x = Mathf.Min(offset, xArrowPos.x);
yArrowPos.y = Mathf.Min(offset, yArrowPos.y);
zArrowPos.z = Mathf.Min(offset, zArrowPos.z);
xArrow.transform.position = xArrowPos;
yArrow.transform.position = yArrowPos;
zArrow.transform.position = zArrowPos;
xArrowPos.x -= AXIS_SIGN_OFFSET;
yArrowPos.y -= AXIS_SIGN_OFFSET;
zArrowPos.z -= AXIS_SIGN_OFFSET;
xSign.transform.position = PositionOfDirection(xArrowPos, Vector3.forward, AXIS_SIGN_BIAS);
ySign.transform.position = PositionOfDirection(yArrowPos, Vector3.left, AXIS_SIGN_BIAS);
zSign.transform.position = PositionOfDirection(zArrowPos, Vector3.up, AXIS_SIGN_BIAS);
}
