void SwitchToIdentify()
{
m_airsigManager.SetPlayerGesture(m_allGestureIDs, true);
m_airsigManager.SetMode(AirSigManager.Mode.IdentifyPlayerGesture);
m_airsigManager.SetTarget(m_allGestureIDs);
}
void NextMode()
{
if (null != uiFeedback)
{
StopCoroutine(uiFeedback);
}
AirSigManager.Mode prevMode = availableMode[currentModeIndex];
// Cycle through available gesture mode
currentModeIndex++;
if (currentModeIndex >= availableMode.Length)
{
currentModeIndex = 0;
}
airsigManager.SetMode(availableMode [currentModeIndex]);
// Before actually change mode, set collected gesture as custom gesture if previous mode is AddPlayerGesture
if (AirSigManager.Mode.AddPlayerGesture == prevMode)
{
airsigManager.SetPlayerGesture(new List <int> {
PLAYER_GESTURE_ONE,
PLAYER_GESTURE_TWO
}, true);
}
else if (AirSigManager.Mode.SmartTrainDeveloperDefined == prevMode)
{
StartCoroutine(airsigManager.UpdateDeveloperDefinedGestureStat(true));
}
// Update the display text
textMode.text = string.Format("Mode: {0}", availableMode [currentModeIndex].ToString());
textResult.text = defaultResultText = DEFAULT_INSTRUCTION_TEXT;
textResult.alignment = TextAnchor.UpperCenter;
instruction.SetActive(false);
ToggleGestureImage("");
if (AirSigManager.Mode.DeveloperDefined == availableMode[currentModeIndex])
{
airsigManager.SetDeveloperDefinedTarget(new List <string> {
"HEART", "C", "DOWN"
});
airsigManager.SetClassifier("SampleGestureProfile", "");
}
else if (AirSigManager.Mode.TrainPlayerSignature == availableMode [currentModeIndex] ||
AirSigManager.Mode.IdentifyPlayerSignature == availableMode [currentModeIndex])
{
// Set target index to a pre-defined gesture index. The same index must be used for both train and identify
airsigManager.SetTarget(new List <int> {
PLAYER_SIGNATURE_INDEX
});
}
else if (AirSigManager.Mode.SmartTrainDeveloperDefined == availableMode[currentModeIndex])
{
textResult.text = defaultResultText = "Please write 'HEART' gesture 5 times\nPress trigger to start\nRelease trigger when finish";
smartTrainCount = 0;
airsigManager.SetClassifier("SampleGestureProfile", "");
airsigManager.SetDeveloperDefinedTarget(new List <string> {
"HEART"
});
ResetSmartTrainDeveloperDefinedStep();
}
else if (AirSigManager.Mode.SmartIdentifyDeveloperDefined == availableMode[currentModeIndex])
{
textResult.text = defaultResultText = "Try write 'Heart', 'C' and 'Down' gesture";
airsigManager.SetClassifier("SampleGestureProfile", "");
airsigManager.SetDeveloperDefinedTarget(new List <string> {
"HEART", "C", "DOWN"
});
}
else if (AirSigManager.Mode.AddPlayerGesture == availableMode [currentModeIndex])
{
// Set target index to one of pre-define gesture index The same index must be used for both add and identify.
// Notice that adding custom gesture only adds to the engine's cache and must call SetCustomGesture with index
// in order to train this gesture before it can be used to identify.
textResult.text = defaultResultText = "Think of a gesture\nWrite it 5 times~\n<color=#FF00FF>GESTURE #1</color>";
airsigManager.SetTarget(new List <int> {
PLAYER_GESTURE_ONE
});
ResetPlayerGestureStep();
}
else if (AirSigManager.Mode.IdentifyPlayerGesture == availableMode[currentModeIndex])
{
textResult.text = defaultResultText = "Write gestures you just trained\nin AddPlayerGesture";
airsigManager.SetTarget(new List <int> {
PLAYER_GESTURE_ONE, PLAYER_GESTURE_TWO
});
}
else if (AirSigManager.Mode.None == availableMode[currentModeIndex])
{
setModeNone();
}
}