public virtual void OnBeginDrag(DCLBuilderGizmoAxis axis, Transform entityTransform)
{
startDragging = true;
targetTransform = entityTransform;
activeAxis = axis;
axis.SetColorHighlight();
}
public override void TransformEntity(Transform entityTransform, DCLBuilderGizmoAxis axis, float axisValue)
{
Vector3 scaleDirection = activeAxis.transform.forward;
if (axis == axisProportionalScale)
{
scaleDirection = Vector3.one;
float inputDirection = lastMousePosition.y - initialMousePosition.y;
if (inputDirection < 0)
{
scaleDirection = -Vector3.one;
}
initialMousePosition = lastMousePosition;
initialHitPoint = lastHitPoint;
}
else if (worldOrientedGizmos)
{
scaleDirection = entityTransform.rotation * activeAxis.transform.forward;
scaleDirection.x = Mathf.Abs(scaleDirection.x);
scaleDirection.y = Mathf.Abs(scaleDirection.y);
scaleDirection.z = Mathf.Abs(scaleDirection.z);
}
Vector3 newScale = entityTransform.localScale + scaleDirection * axisValue;
if (Mathf.Abs(newScale.x) < MINIMUN_SCALE_ALLOWED || Mathf.Abs(newScale.y) < MINIMUN_SCALE_ALLOWED || Mathf.Abs(newScale.y) < MINIMUN_SCALE_ALLOWED)
{
newScale += scaleDirection * MINIMUN_SCALE_ALLOWED;
}
entityTransform.localScale = newScale;
}
protected virtual float GetHitPointToAxisValue(DCLBuilderGizmoAxis axis, Vector3 hitPoint, Vector2 mousePosition)
{
Vector3 dir = (hitPoint - axis.transform.position).normalized;
float sign = Vector3.Angle(dir, axis.transform.forward) == 180 ? -1 : 1;
return(Vector3.Distance(activeAxis.transform.position, hitPoint) * sign);
}
public override void TransformEntity(Transform entityTransform, DCLBuilderGizmoAxis axis, float axisValue)
{
Space space = worldOrientedGizmos ? Space.World : Space.Self;
Vector3 rotationVector = activeAxis.transform.forward;
entityTransform.Rotate(rotationVector, axisValue * Mathf.Rad2Deg, space);
}
public override void TransformEntity(Transform entityTransform, DCLBuilderGizmoAxis axis, float axisValue)
{
Vector3 move = activeAxis.transform.forward * axisValue;
Vector3 position = entityTransform.position + move;
entityTransform.position = position;
}
private Vector3 GetScaleDirection(Transform entityTransform, DCLBuilderGizmoAxis axis)
{
Vector3 scaleDirection = activeAxis.transform.forward;
if (axis == axisProportionalScale)
{
scaleDirection = Vector3.one;
float inputDirection = (lastMousePosition.x - initialMousePosition.x) + (lastMousePosition.y - initialMousePosition.y);
if (inputDirection < 0)
{
scaleDirection = -Vector3.one;
}
initialMousePosition = lastMousePosition;
initialHitPoint = lastHitPoint;
}
else if (worldOrientedGizmos)
{
scaleDirection = entityTransform.rotation * activeAxis.transform.forward;
scaleDirection.x = Mathf.Abs(scaleDirection.x);
scaleDirection.y = Mathf.Abs(scaleDirection.y);
scaleDirection.z = Mathf.Abs(scaleDirection.z);
}
return(scaleDirection);
}
private void OnBeginDrag(DCLBuilderGizmoAxis hittedAxis)
{
isTransformingObject = true;
activeGizmo = hittedAxis.GetGizmo();
activeGizmo.OnBeginDrag(hittedAxis, selectedEntitiesParent);
OnGizmoTransformObjectStart?.Invoke(activeGizmo.GetGizmoType());
}
private void SetAxisHover(DCLBuilderGizmoAxis axis)
{
if (hoveredAxis != null && hoveredAxis != axis)
{
hoveredAxis.SetColorDefault();
}
else if (axis != null)
{
axis.SetColorHighlight();
}
hoveredAxis = axis;
}
private void CheckGizmoHover(Vector3 mousePosition)
{
RaycastHit hit;
if (builderRaycast.RaycastToGizmos(mousePosition, out hit))
{
DCLBuilderGizmoAxis gizmoAxis = hit.collider.gameObject.GetComponent <DCLBuilderGizmoAxis>();
SetAxisHover(gizmoAxis);
}
else
{
SetAxisHover(null);
}
}
protected override float GetHitPointToAxisValue(DCLBuilderGizmoAxis axis, Vector3 hitPoint, Vector2 mousePosition)
{
if (axis == axisProportionalScale)
{
if (startDragging)
{
initialMousePosition = mousePosition;
initialHitPoint = hitPoint;
}
lastMousePosition = mousePosition;
lastHitPoint = hitPoint;
return(Vector3.Distance(initialHitPoint, hitPoint));
}
return(axis.transform.InverseTransformPoint(hitPoint).z);
}
public override float TransformEntity(Transform entityTransform, DCLBuilderGizmoAxis axis, float axisValue)
{
Vector3 initialEntityPosition = entityTransform.position;
if (snapFactor > 0)
{
initialEntityPosition = GetPositionRoundedToSnapFactor(entityTransform.position, axisValue);
}
Vector3 move = activeAxis.transform.forward * axisValue;
Vector3 position = initialEntityPosition + move;
entityTransform.position = position;
return(axisValue);
}
public override float TransformEntity(Transform entityTransform, DCLBuilderGizmoAxis axis, float axisValue)
{
Vector3 scaleDirection = GetScaleDirection(entityTransform, axis);
// In order to avoid to make the scale of each selected entity dependent of the 'entityTransform' parent,
// we temporally move all entities to the same position as 'entityTransform' before calculate the new scale.
foreach (Transform entity in entityTransform)
{
entitiesOriginalPositions.Add(entity, entity.transform.position);
entity.transform.position = entityTransform.position;
}
if (axis == axisProportionalScale)
{
// New scale calculation (for proportional scale gizmo)
entityTransform.localScale = GetNewScale(entityTransform, axisValue, scaleDirection, false);
}
else
{
// New scale calculation (for XYZ-axis scale gizmo)
foreach (var originalEntity in entitiesOriginalPositions)
{
Transform entity = originalEntity.Key;
entity.transform.SetParent(null);
entity.localScale = GetNewScale(entity.transform, axisValue, scaleDirection, true);
entity.SetParent(entityTransform);
}
}
// Once the new scale has been calculated, we restore the original positions of all the selected entities.
foreach (var originalEntity in entitiesOriginalPositions)
{
Transform entity = originalEntity.Key;
Vector3 originalPosition = originalEntity.Value;
entity.position = originalPosition;
}
entitiesOriginalPositions.Clear();
return(axisValue);
}
public abstract float TransformEntity(Transform targetTransform, DCLBuilderGizmoAxis axis, float axisValue);
private void OnGizmosAxisPressed(DCLBuilderGizmoAxis pressedAxis)
{
OnBeginDrag(pressedAxis);
}
protected override float GetHitPointToAxisValue(DCLBuilderGizmoAxis axis, Vector3 hitPoint, Vector2 mousePosition)
{
Vector3 hitDir = (hitPoint - transform.position).normalized;
return(Vector3.SignedAngle(axis.transform.up, hitDir, axis.transform.forward) * Mathf.Deg2Rad);
}
public override void OnBeginDrag(DCLBuilderGizmoAxis axis, Transform entityTransform)
{
base.OnBeginDrag(axis, entityTransform);
raycastPlane = new Plane(activeAxis.transform.forward, transform.position);
}