void Update() //DEBUG INPUT SPOOFING
{
if (Input.GetKey(KeyCode.Q))
{
confirmedInput newConfirmed = new confirmedInput();
newConfirmed.fingerIndex = 3; newConfirmed.intensity = UnityEngine.Random.Range(0, 1023);
confirmedInputs.Add(newConfirmed);
}
if (Input.GetKey(KeyCode.W))
{
confirmedInput newConfirmed = new confirmedInput();
newConfirmed.fingerIndex = 2; newConfirmed.intensity = UnityEngine.Random.Range(0, 1023);
confirmedInputs.Add(newConfirmed);
}
if (Input.GetKey(KeyCode.E))
{
confirmedInput newConfirmed = new confirmedInput();
newConfirmed.fingerIndex = 1; newConfirmed.intensity = UnityEngine.Random.Range(0, 1023);
confirmedInputs.Add(newConfirmed);
}
if (Input.GetKey(KeyCode.R))
{
confirmedInput newConfirmed = new confirmedInput();
newConfirmed.fingerIndex = 0; newConfirmed.intensity = UnityEngine.Random.Range(0, 1023);
confirmedInputs.Add(newConfirmed);
}
if (Input.GetKey(KeyCode.T)) //DEBUG RANDOM ASSET CHANGE
{
changeAsset(inputCombinations [UnityEngine.Random.Range(0, inputCombinations.Length)].affiliatedObject, new float[] { UnityEngine.Random.Range(512, 768) });
}
}
IEnumerator readPins()
{
while (true)
{
for (int index = 0; index < 4; index++) //Reset font styles.
{
textArray [index].fontStyle = FontStyle.Normal;
}
int comboIndex = 99; //Dummy combination index. Replaced if combination made.
float[] signals = new float[4];
confirmedInputs = new List <confirmedInput>();
//SEND READ REQUESTS, STORE RESPONSE
sendString("R0"); //Send out a call to read pin A0. Sent as string over USB.
StartCoroutine(readString((string result) => { signals[0] = float.Parse(result); }, 10f));
sendString("R1"); //^ The coroutine is readString.
StartCoroutine(readString((string result) => { signals[1] = float.Parse(result); }, 10f));
sendString("R2"); //^ A miniature namespace. Sets result as output.
StartCoroutine(readString((string result) => { signals[2] = float.Parse(result); }, 10f));
sendString("R3"); //^ What to do
StartCoroutine(readString((string result) => { signals[3] = float.Parse(result); }, 10f));
_index.text = "Index signal: " + signals[0].ToString(); //Update UI.
middle.text = "Middle signal: " + signals[1].ToString();
ring.text = "Ring signal: " + signals[2].ToString();
pinkie.text = "Pinkie signal: " + signals[3].ToString();
//FILTER RESPONSES
for (int index = 0; index < 4; index++) //For each finger,
{ //Perform a signal threshold check. If it passes, add to the input time counter.
if (signals [index] > signalThreshold)
{
candidateInputTimes [index]++;
}
else
{
candidateInputTimes [index] = 0;
} //If it fails, reset the counter.
if (candidateInputTimes [index] > signalTimeThreshold) //If the counter passes the time threshold test,
{
confirmedInput newConfirmed = new confirmedInput(); //Confirm a new input.
newConfirmed.fingerIndex = index; newConfirmed.intensity = signals [index]; //Promote signal data to confirmed input.
confirmedInputs.Add(newConfirmed); //Add it to the list of confirmed inputs.
}
}
if (confirmedInputs.Count > 0) //If any outputs were confirmed this cycle...
{
for (int index = 0; index < confirmedInputs.Count; index++) //Run through the confirmed inputs.
{
textArray [confirmedInputs[index].fingerIndex].fontStyle = FontStyle.Bold;
} //Bold their UI displays.
//COMPARE WITH DEFINED COMBINATIONS
for (int index = 0; index < inputCombinations.Length; index++)
{
for (int fingerIndex = 0; fingerIndex < inputCombinations [index].fingerIndices.Length; fingerIndex++)
{
for (int matchIndex = 0; matchIndex < confirmedInputs.Count; matchIndex++)
{
if (confirmedInputs [matchIndex].fingerIndex != inputCombinations [index].fingerIndices [fingerIndex])
{
comboIndex = 99; break;
} //Break if non-match
if (matchIndex == confirmedInputs.Count - 1)
{
comboIndex = index; break;
} //If we get to the end,
}
}
}
/*//TRANSFER PRESS INTENSITY -- broken, spoofed instead
* if ( comboIndex != 14 )
* {
* inputCombinations [ comboIndex ].intensities = new float [ inputCombinations [ comboIndex ].fingerIndices.Length ];
* for ( int index = 0; index < inputCombinations [ comboIndex ].fingerIndices.Length; index++ )
* {
* inputCombinations [ comboIndex ].intensities [ index ] = confirmedInputs [ index ].intensity;
* }
* }*/
//DETECT HOLD
if (previousComboIndex == comboIndex && comboIndex != 99) //If the last detected combination and the current combination are the same, and the current combination is not a null value...
{
growAsset(inputCombinations [comboIndex].affiliatedObject, new float[1]);
} //This is a hold event. Grow the associated asset.
else if (previousComboIndex != comboIndex && comboIndex != 99) //If the last detected combination i bsn't the current combination, and the current combination is not a null value...
{
changeAsset(inputCombinations [comboIndex].affiliatedObject, new float[1]);
} //This is a press event. Change the associated asset.
}
previousComboIndex = comboIndex;
yield return(new WaitForSeconds(0.16f));
}
}
