private string get_page2()
{
string s = Out2.Substring(count, 256);
count += 256;
return(s);
}
public void FinalizePrint()
{
Utils.SortArray(ref lineVec, ref saVec);
for (var i = 1; i < lineVec.Count; i++)
{
Out2.WriteLine(lineVec[i]);
}
Out1.Close();
Out2.Close();
}
private void WriteData2()
{
int offset = 0, no_of_pages;
byte[] intBytes;
no_of_pages = Out2.Length / 256;
while (no_of_pages > 0)
{
writeAddress(64 * offset);
wait_ARV_response();
serialPort1.Write(new char[] { 'd' }, 0, 1);
data_per_page = get_page2();
intBytes = BitConverter.GetBytes(data_per_page.Length / 2);
tempByte = intBytes[1];
intBytes[1] = intBytes[0];
intBytes[0] = tempByte;
//Console.WriteLine(intBytes);
serialPort1.Write(intBytes, 0, 2);
serialPort1.Write(new char[] { 'F' }, 0, 1);
write_page(data_per_page);
//WriteData();
serialPort1.Write(new char[] { ' ' }, 0, 1);
wait_ARV_response();
offset++;
no_of_pages--;
}
// writting last page
/*writeAddress(64 * offset);
* serialPort1.Write(new char[] { 'd' }, 0, 1);
* data_per_page = Out2.Substring(count);
* intBytes = BitConverter.GetBytes(data_per_page.Length / 2);
* tempByte = intBytes[1];
* intBytes[1] = intBytes[0];
* intBytes[0] = tempByte;
* //Console.WriteLine(intBytes);
* serialPort1.Write(intBytes, 0, 2);
* serialPort1.Write(new char[] { 'F' }, 0, 1);
* write_page(data_per_page);
*
* //WriteData();
*
* serialPort1.Write(new char[] { ' ' }, 0, 1);
*/
// writting last page ( size may be less than 128)
writeAddress(64 * offset);
wait_ARV_response();
serialPort1.Write(new char[] { 'd' }, 0, 1);
data_per_page = Out2.Substring(count);
intBytes = BitConverter.GetBytes(data_per_page.Length / 2);
tempByte = intBytes[1];
intBytes[1] = intBytes[0];
intBytes[0] = tempByte;
//Console.WriteLine(intBytes);
serialPort1.Write(intBytes, 0, 2);
serialPort1.Write(new char[] { 'F' }, 0, 1);
write_page(data_per_page);
serialPort1.Write(new char[] { ' ' }, 0, 1);
wait_ARV_response();
}
// Update is called once per frame
void Update()
{
if (!isDisabled)
{
if (Out1.GetComponent <Object_Button_Trigger>().activated == true && !Ignoreinputs && Timer <= 0)
{
if (!FloorUp)
{
CloseDoors();
Timer = MovingTime;
insideElev = false;
Ignoreinputs = true;
soundPlayed = false;
}
else
{
Door1.DoorSwitch();
}
}
if (Out2.GetComponent <Object_Button_Trigger>().activated == true && !Ignoreinputs && Timer <= 0)
{
if (FloorUp)
{
CloseDoors();
Timer = MovingTime;
insideElev = false;
Ignoreinputs = true;
soundPlayed = false;
}
else
{
Door2.DoorSwitch();
}
}
if ((Switch1.GetComponent <Object_Button_Trigger>().activated == true || Switch2.GetComponent <Object_Button_Trigger>().activated == true) && !Ignoreinputs && Timer <= 0)
{
//SwitchFloor(Floor1.transform, Floor2.transform);
CloseDoors();
Door1.isDisabled = true;
Door2.isDisabled = true;
Timer = MovingTime;
insideElev = true;
Ignoreinputs = true;
soundPlayed = false;
}
}
Timer -= Time.deltaTime;
if (Timer <= (MovingTime - 2) && !soundPlayed)
{
GameController.instance.GlobalSFX.PlayOneShot(elev);
soundPlayed = true;
}
if (Timer <= 3 && Ignoreinputs)
{
Door1.isDisabled = false;
Door2.isDisabled = false;
FloorUp = !FloorUp;
State = !State;
GameController.instance.SetObjectState(State, id);
if (insideElev)
{
if (FloorUp)
{
StartCoroutine(SwitchFloor(Floor2, Floor1));
}
else
{
StartCoroutine(SwitchFloor(Floor1, Floor2));
}
}
if (FloorUp)
{
Door1.DoorSwitch();
GameController.instance.holdRoom = false;
}
else
{
Door2.DoorSwitch();
GameController.instance.holdRoom = true;
}
GameController.instance.GlobalSFX.PlayOneShot(ding);
Ignoreinputs = false;
}
}
