void setLoadedMouse()
{
for (int i = 0; i < changedMouseList.Count; i++)
{
if (changedMouseList [i] != null)
{
//se ho passato il tempo
if (changedMouseList [i].changingTime < Time.time)
{
//mousePosition = changedMouseList[i].newMousePosition;
InputMousePosition mousePos = changedMouseList[i].newMousePosition;
Vector3 tempMouseWorldPos = new Vector3(mousePos.inputX, mousePos.inputY, mousePos.inputZ);
Vector3 tempMouseScreenPos = Camera.main.WorldToScreenPoint(tempMouseWorldPos);
InputMousePosition mousePosScreen = new InputMousePosition();
mousePosScreen.inputX = tempMouseScreenPos.x;
mousePosScreen.inputY = tempMouseScreenPos.y;
mousePosScreen.inputZ = tempMouseScreenPos.z;
//mousePosition = new InputMousePosition(tempMouseScreenPos.x, tempMouseScreenPos.y, tempMouseScreenPos.z);
mousePosition = mousePosScreen;
changedMouseList.RemoveAt(i);
}
else
{
return;
}
}
}
}
// Update is called once per frame
void Update()
{
//creo il bool per vedere se un bottone ha cambiato il suo stato
bool[] changedButtonsBool = new bool[inputButtons.Length];
//creo il bool per vedere se un asse ha cambiato il suo stato
bool[] changedAxisBool = new bool[inputAxis.Length];
//creo il bool per vedere se un asse ha cambiato il suo stato
bool changedMouseBool = false;
if (loadSaveState == LoadSaveState.Save)
{
//se un bottone cambia il suo stato, metto il relativo bool a true
for (int i = 0; i < inputButtons.Length; i++)
{
changedButtonsBool [i] = verifyIfButtonChanged(inputButtons [i].name);
}
//se un asse cambia il suo stato, metto il relativo bool a true
for (int i = 0; i < inputAxis.Length; i++)
{
changedAxisBool [i] = verifyIfAxisChanged(inputAxis [i].name);
}
//Debug.Log (verifyIfMouseChanged());
if (Input.mousePresent)
{
changedMouseBool = verifyIfMouseChanged();
}
}
if (loadSaveState != LoadSaveState.Load)
{
//funzioni per gestire l'input effettivo dell'utente, non quello caricato
setButtons();
setAxis();
if (Input.mousePresent)
{
setMouse();
}
}
//se un bottone risulta aver cambiato il suo stato, dal proprio bool, lo salvo nella lista di bottoni cambiati, insieme al tempo di cambiamento
if (loadSaveState == LoadSaveState.Save)
{
for (int i = 0; i < changedButtonsBool.Length; i++)
{
if (changedButtonsBool[i] == true)
{
InputButton tempInputButton = new InputButton();
tempInputButton.name = inputButtons[i].name;
tempInputButton.buttonDown = inputButtons[i].buttonDown;
tempInputButton.buttonUp = inputButtons[i].buttonUp;
tempInputButton.buttonStay = inputButtons[i].buttonStay;
ChangedButtons tempChanged = new ChangedButtons(Time.time, tempInputButton);
changedButtonsList.Add(tempChanged);
}
}
for (int i = 0; i < changedAxisBool.Length; i++)
{
if (changedAxisBool[i] == true)
{
InputAxis tempInputAxis = new InputAxis();
tempInputAxis.name = inputAxis[i].name;
tempInputAxis.getAxisNormal = inputAxis[i].getAxisNormal;
tempInputAxis.getAxisRaw = inputAxis[i].getAxisRaw;
ChangedAxis tempChanged = new ChangedAxis(Time.time, tempInputAxis);
changedAxisList.Add(tempChanged);
}
}
if (Input.mousePresent && changedMouseBool)
{
Vector3 tempInputMouse = Input.mousePosition;
//sarebbe meglio salvare le posizioni nel worldSpace, altrimenti sono in pixel, perciò relative alla risoluzione
InputMousePosition tempInputMousePosition = new InputMousePosition();
/*
* tempInputMousePosition.inputX = Input.mousePosition.x;
* tempInputMousePosition.inputY = Input.mousePosition.y;
* tempInputMousePosition.inputZ = Input.mousePosition.z;
*/
tempInputMousePosition.inputX = Camera.main.ScreenToWorldPoint(tempInputMouse).x;
tempInputMousePosition.inputY = Camera.main.ScreenToWorldPoint(tempInputMouse).y;
tempInputMousePosition.inputZ = Camera.main.ScreenToWorldPoint(tempInputMouse).z;
ChangedMouse tempChanged = new ChangedMouse(Time.time, tempInputMousePosition);
changedMouseList.Add(tempChanged);
}
/*
* //salvataggio delle variabili del component transform degli oggetti da "correggere"
* if ((Mathf.Abs (Time.time - lastCorrectionTime)) > correctionTime)
* {
* lastCorrectionTime = Time.time;
* for (int i = 0; i<gameObjectsToControl.Count; i++)
* {
* if (gameObjectsToControl[i] != null && gameObjectsToControl[i].tag != "")
* {
* GameObjectToControl tempGOTC = new GameObjectToControl();
*
* GameObject tempGO = GameObject.FindGameObjectWithTag(gameObjectsToControl[i].tag);
*
* tempGOTC.tag = gameObjectsToControl[i].tag;
* //tempGOTC.gameObject = gameObjectsToControl[i].gameObject;
* Vector3 tempPos = tempGO.transform.position;
* tempGOTC.position = new Vect3(tempPos.x, tempPos.y, tempPos.z);
* Vector3 tempScale = tempGO.transform.localScale;
* tempGOTC.scale = new Vect3(tempScale.x, tempScale.y, tempScale.z);
* Quaternion tempQuaternion = tempGO.transform.rotation;
* tempGOTC.rotation = new Quat(tempQuaternion.x, tempQuaternion.y, tempQuaternion.z, tempQuaternion.w);
*
* ChangedObjects tempChanged = new ChangedObjects(Time.time, tempGOTC);
* changedObjectsList.Add(tempChanged);
* }
* }
* }
*/
}
//se carico l'input da file, allora setto le relative variabili in modo che sembri input effettivo
if (loadSaveState == LoadSaveState.Load)
{
setLoadedButtons();
setLoadedAxis();
setLoadedMouse();
}
}
public ChangedMouse(float inputTime, InputMousePosition inputMousePosition)
{
this.changingTime = inputTime;
this.newMousePosition = inputMousePosition;
}
