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Convert transform

public Vector3 destination;

Vector3 point;

Vector3 vector;

Vector3 direction;

void Start()

{

Debug.Log("Local position" + transform.localPosition);

Debug.Log("Local rotation(E)" + transform.localEulerAngles);

Debug.Log("Local rotation" + transform.localRotation);

//The difference between EulerRotation and rotation

//Rotation is a quantanion and eulerangle is Vector3

//Test the direction of a gameobject's vector3

//Transforms destination's position from local space to world space.

point = transform.TransformPoint(destination);

// Transforms destination's vector from local space to world space.

vector = transform.TransformDirection(destination);

// Transforms destination's direction from local space to world space.

direction = transform.TransformDirection(destination);

}

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public class ModifierTransform : MonoBehaviour

{

public Transform targettransform;

public Vector3 orbit;

void Start()

{

transform.Translate(Vector3.forward);

//Move forward as the targettransform object--Z axis

transform.Translate(Vector3.forward, targettransform);

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//Check distance

float distance=Vector3.Distance(Object1.position, object2.position);

float distance=Vector3.Distance(object1.position,transform.position);

//Set position and rotation at once

//If the syntex required a quternion, use quaternion.Euler to convert

transform.SetPositionAndRotation(new Vector3(1f, 2f, 3f), Quaternion.Euler(Vector3.forward));

//Brutally set the position to the specific place;

//Rotation

transform.Rotate(new Vector3(10f, 20f, 30f));

transform.Rotate(Vector3.forward, 45f);

//Orbit

//The object rotation use a vector as it's rotate center

transform.RotateAround(orbit, Vector3.up, 90f);

//LookAt

transform.LookAt(targettransform);

transform.LookAt(targettransform, Vector3.right);

//Check for change

Debug.Log("The object has changed" + transform.hasChanged);

}