protected override bool doSnap(DragEvent toPopulate, int snapToIndex)
{
Vector3 direction = snapTo[snapToIndex] - transform.localPosition;
v = direction.normalized * speed;
speed += a * Time.deltaTime;
//Populate event
toPopulate.putParam(PARAM_VELOCITY, v);
toPopulate.putParam(PARAM_OLD_P, transform.position);
Vector3 desiredNewP;
bool retVal;
if (v.magnitude * Time.deltaTime + 0.001 >= direction.magnitude)
{
desiredNewP = snapTo[snapToIndex];
retVal = true;
}
else
{
desiredNewP = (v * Time.deltaTime) + transform.localPosition;
retVal = false;
}
setPosition(desiredNewP);
toPopulate.putParam(PARAM_DESIRED_NEW_P, desiredNewP);
toPopulate.putParam(PARAM_NEW_P, transform.position);
return(retVal);
}
protected override void doDrag(DragEvent toPopulate, Vector3 dragStartMousePosition, Vector3 currentMousePosition)
{
float dMouseX = currentMousePosition.x - dragStartMousePosition.x;
float dMouseY = currentMousePosition.y - dragStartMousePosition.y;
float dX = (dXPerDMouseX * dMouseX) + (dXPerDMouseY * dMouseY);
float dY = (dYPerDMouseX * dMouseX) + (dYPerDMouseY * dMouseY);
float dZ = (dZPerDMouseX * dMouseX) + (dZPerDMouseY * dMouseY);
Vector3 oldP = transform.localPosition;
Vector3 desiredNewP = new Vector3(p.x + dX, p.y + dY, p.z + dZ);
setPosition(desiredNewP);
Vector3 newP = transform.localPosition;
//Update velocity
v = (newP - oldP) / Time.deltaTime;
//Populate event
toPopulate.putParam(PARAM_VELOCITY, this.isActive ? v : new Vector3(0, 0, 0));
toPopulate.putParam(PARAM_DRAG_STRENGTH, (desiredNewP - oldP) / Time.deltaTime);
toPopulate.putParam(PARAM_OLD_P, oldP);
toPopulate.putParam(PARAM_DESIRED_NEW_P, desiredNewP);
toPopulate.putParam(PARAM_NEW_P, this.isActive ? newP : oldP);
}
protected override void doDrag(DragEvent toPopulate, Vector3 dragStartMousePosition, Vector3 currentMousePosition)
{
Quaternion oldR = transform.localRotation;
Quaternion desiredNewR = Quaternion.Euler(getDirection(currentMousePosition).eulerAngles + dDragRotation);
setRotation(desiredNewR);
Quaternion newR = transform.localRotation;
toPopulate.putParam(PARAM_OLD_R, oldR);
toPopulate.putParam(PARAM_NEW_R, newR);
toPopulate.putParam(PARAM_DESIRED_NEW_R, desiredNewR);
// toPopulate.putParam(PARAM_D_ROTATION_X, dX);
// toPopulate.putParam(PARAM_D_ROTATION_Y, dY);
// toPopulate.putParam(PARAM_D_ROTATION_Z, dZ);
}
protected override void doDrag(DragEvent toPopulate, Vector3 dragStartMousePosition,
Vector3 currentMousePosition)
{
//Vector3 mouseP = CameraController.instance.camera.cameraToWorldMatrix.MultiplyPoint(currentMousePosition);
float dMouseX = currentMousePosition.x - dragStartMousePosition.x;
float dMouseY = currentMousePosition.y - dragStartMousePosition.y;
float fX = (fXPerDMouseX * dMouseX) + (fXPerDMouseY * dMouseY);
float fY = (fYPerDMouseX * dMouseX) + (fYPerDMouseY * dMouseY);
float fZ = (fZPerDMouseX * dMouseX) + (fZPerDMouseY * dMouseY);
Vector3 force = new Vector3(fX, fY, fZ);
this.constantForce.force = force;
//Populate event
toPopulate.putParam(PARAM_FORCE, force);
}
protected override void doDrag(DragEvent toPopulate, Vector3 dragStartMousePosition, Vector3 currentMousePosition)
{
float dMouseX = currentMousePosition.x - dragStartMousePosition.x;
float dMouseY = currentMousePosition.y - dragStartMousePosition.y;
float dX = (dXPerDMouseX * dMouseX) + (dXPerDMouseY * dMouseY);
float dY = (dYPerDMouseX * dMouseX) + (dYPerDMouseY * dMouseY);
float dZ = (dZPerDMouseX * dMouseX) + (dZPerDMouseY * dMouseY);
Quaternion oldR = transform.localRotation;
Vector3 newRotation = getNewRotation(dX, dY, dZ);
Quaternion desiredNewR = Quaternion.Euler(newRotation);
setRotation(desiredNewR);
Quaternion newR = transform.localRotation;
toPopulate.putParam(PARAM_OLD_R, oldR);
toPopulate.putParam(PARAM_NEW_R, newR);
toPopulate.putParam(PARAM_DESIRED_NEW_R, desiredNewR);
toPopulate.putParam(PARAM_D_ROTATION_X, dX);
toPopulate.putParam(PARAM_D_ROTATION_Y, dY);
toPopulate.putParam(PARAM_D_ROTATION_Z, dZ);
}
