public void MoveCameraCenterToObject()
{
moving = true;
ModelingObject currentObj = selection.currentSelection.GetComponent <ModelingObject> ();
currentObj.handles.HideRotationHandlesExcept(null);
currentObj.handles.HideScalingHandlesExcept(null);
currentObj.connectingLinesHandles.ClearLines();
// get desired distance based on objet size?
//desiredDistance = 5f;
LeanTween.move(target.gameObject, currentObj.GetBoundingBoxCenter(), 0.8f).setEase(LeanTweenType.easeInOutExpo).setOnComplete(ReachGoal);
// maybe also implement move closer
}
public void DuplicateObject(ModelingObject original, Group group, Vector3 objectPosition)
{
//Debug.Log ("before: " + objectPosition);
//Debug.Log ("after inverse transform point: " + original.transform.InverseTransformPoint (objectPosition));
if (original.complexObject.transform.childCount == 0)
{
createNewObject(original.typeOfObject, null, original, objectPosition, true, group, original.currentColor, null);
}
else
{
createNewObject(original.typeOfObject, null, original, objectPosition, true, group, original.currentColor, original.complexObject.transform.GetChild(0).gameObject);
}
if (group == null)
{
DuplicateAnimaton(original.GetBoundingBoxCenter());
}
}
private void Rotate(GameObject pointOfCollision, Selection controller, bool visual)
{
// fix centers etc
//Debug.Log ("rotate");
if (newRotation)
{
VisualizeAngle.Instance.Show();
connectedModelingObject.HideBoundingBox(false);
// center object on raster
/*
* Vector3 center = connectedModelingObject.transform.InverseTransformPoint(connectedModelingObject.GetBoundingBoxBottomCenter());
* Vector3 correctedCenter = RasterManager.Instance.Raster(center);
*
* connectedModelingObject.transform.localPosition = connectedModelingObject.transform.localPosition + (correctedCenter-center);
*/
// define rotation axis
p1Rotation = connectedModelingObject.GetBoundingBoxCenter();
p2Rotation = p1Rotation + (p1.transform.position - p2.transform.position);
rotationAxis = connectedModelingObject.transform.InverseTransformDirection(p2Rotation - p1Rotation);
currentPlane = new Plane((p1Rotation - p2Rotation).normalized, transform.position);
currentPlaneOtherDirection = new Plane((-1f) * (p1Rotation - p2Rotation).normalized, transform.position);
// get center of rotaion:
Ray rayCenterToPlane = new Ray(p1Rotation, (p1Rotation - p2Rotation).normalized * (-1f));
Ray rayCenterToPlaneOtherDir = new Ray(p1Rotation, (p1Rotation - p2Rotation).normalized);
float rayDistanceToCenter;
if (currentPlane.Raycast(rayCenterToPlane, out rayDistanceToCenter))
{
centerOfRotation = rayCenterToPlane.GetPoint(rayDistanceToCenter);
}
else if (currentPlaneOtherDirection.Raycast(rayCenterToPlaneOtherDir, out rayDistanceToCenter))
{
centerOfRotation = rayCenterToPlaneOtherDir.GetPoint(rayDistanceToCenter);
}
centerOfRotation = transform.position;
}
Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
float rayDistance;
float newRotationAmount = 0f;
if (currentPlane.Raycast(ray, out rayDistance))
{
if (rayDistance < 25f)
{
if (newRotation)
{
lastIntersectionPoint = ray.GetPoint(rayDistance);
// fix point
rotationRelativeTo = lastIntersectionPoint;
}
//Vector3 intersectionPoint = Vector3.SmoothDamp (lastIntersectionPoint, ray.GetPoint (rayDistance), ref velocityRotation, smoothTimeRotation);
Vector3 intersectionPoint = ray.GetPoint(rayDistance);
Vector3 adjustedIntersectPoint = p1Rotation + (intersectionPoint - p1Rotation).normalized * 1.5f;
float direction = Mathf.Sign(Vector3.Dot(Vector3.Cross(rotationRelativeTo - p1Rotation, adjustedIntersectPoint - p1Rotation), currentPlane.normal));
lastIntersectionPoint = intersectionPoint;
// to do: check Angle to center on point of intersection
newRotationAmount = Vector3.Angle(rotationRelativeTo - centerOfRotation, intersectionPoint - centerOfRotation) * direction * (-1f);
}
}
else if (currentPlaneOtherDirection.Raycast(ray, out rayDistance))
{
if (rayDistance < 25f)
{
if (newRotation)
{
lastIntersectionPoint = ray.GetPoint(rayDistance);
}
Vector3 intersectionPoint = Vector3.SmoothDamp(lastIntersectionPoint, ray.GetPoint(rayDistance), ref velocityRotation, smoothTimeRotation);
Vector3 adjustedIntersectPoint = p1Rotation + (intersectionPoint - p1Rotation).normalized * 1.5f;
float direction = Mathf.Sign(Vector3.Dot(Vector3.Cross(rotationRelativeTo - p1Rotation, adjustedIntersectPoint - p1Rotation), currentPlaneOtherDirection.normal));
lastIntersectionPoint = intersectionPoint;
// to do: check Angle to center on point of intersection
newRotationAmount = Vector3.Angle(rotationRelativeTo - centerOfRotation, intersectionPoint - centerOfRotation) * direction;
}
}
if (newRotationAmount < 0)
{
newRotationAmount = 360f + newRotationAmount;
}
if (visual)
{
if (rotationVisual == null)
{
rotationVisual = Instantiate(rotationVisualPrefab);
rotationVisual.transform.localScale = Vector3.one * (rotationRelativeTo - centerOfRotation).magnitude * 1.85f;
rotationVisual.GetComponent <RotationVisual> ().ColorCircle(normalColor);
RotationOnStartLine = Instantiate(handles.linesGO);
CurrentRotationLine = Instantiate(handles.linesGO);
firstIntersectionPoint = lastIntersectionPoint;
}
rotationVisual.transform.position = centerOfRotation;
rotationVisual.transform.rotation = Quaternion.LookRotation(p2Rotation - p1Rotation);
}
float count = Mathf.Round(newRotationAmount / 90f);
float distanceToCenter = (lastIntersectionPoint - centerOfRotation).magnitude / (rotationRelativeTo - centerOfRotation).magnitude;
float disToCenter = (lastIntersectionPoint - centerOfRotation).magnitude;
float maxDistance = connectedModelingObject.boundingBox.getMaxDistanceinBB(centerOfRotation);
//float circleSize = (transform.position - connectedModelingObject.GetBoundingBoxCenter ()).magnitude * 2f;
//Debug.Log ("distance at " + maxDistance / disToCenter);
//if (maxDistance/disToCenter > 0.75f) {
if (!(Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift)))
{
newRotationAmount = RasterManager.Instance.RasterAngle(newRotationAmount);
//newRotationAmount = RasterManager.Instance.RasterAngleSmooth (newRotationAmount);
}
else
{
newRotationAmount = RasterManager.Instance.RasterAngleSmooth(newRotationAmount);
}
if (newRotation)
{
prevRotationAmount = newRotationAmount;
firstRotationAmount = newRotationAmount;
newRotation = false;
reCheckRotationDirection = true;
}
float shortestRotationAmount = newRotationAmount - prevRotationAmount;
if (shortestRotationAmount > 180)
{
shortestRotationAmount = shortestRotationAmount - 360f;
}
connectedModelingObject.RotateAround(rotationAxis.normalized, shortestRotationAmount, connectedModelingObject.transform.InverseTransformPoint(p1Rotation));
/*
* CurrentRotationLine.GetComponent<Lines> ().DrawLinesWorldCoordinate (new Vector3[] {
* centerOfRotation,
* lastIntersectionPoint
* }, 0);
*/
float showingValue = newRotationAmount - firstRotationAmount;
if (showingValue == 360f)
{
showingValue = 0f;
}
if (showingValue <= 5f && showingValue >= -5f)
{
reCheckRotationDirection = true;
}
if (reCheckRotationDirection)
{
if (showingValue > 180f)
{
showingValue = showingValue - 360f;
reCheckRotationDirection = false;
}
else if (showingValue < -180f)
{
showingValue = showingValue + 360f;
reCheckRotationDirection = false;
}
if (showingValue < 0f)
{
rotationDirection = -1f;
}
else
{
rotationDirection = 1f;
}
}
if (rotationDirection == -1f && showingValue > 0f)
{
showingValue = showingValue - 360f;
}
else if (rotationDirection == 1f && showingValue < 0f)
{
showingValue = showingValue + 360f;
}
VisualizeAngle.Instance.SetNumber(showingValue);
//Debug.Log ("Distace bei " + (maxDistance / disToCenter));
if (visual)
{
//if (maxDistance/disToCenter > 0.75f) {
if (!(Input.GetKey(KeyCode.LeftShift) || Input.GetKey(KeyCode.RightShift)))
{
//rotationVisual.GetComponent<RotationVisual> ().RotationVisualisation (firstIntersectionPoint, lastIntersectionPoint, true);
rotationVisual.GetComponent <RotationVisual> ().RotationVisualisation(firstIntersectionPoint, lastIntersectionPoint, false, showingValue);
}
else
{
rotationVisual.GetComponent <RotationVisual> ().RotationVisualisation(firstIntersectionPoint, lastIntersectionPoint, true, showingValue);
}
}
prevRotationAmount = newRotationAmount;
}
