public IndividualSkills( PresentationAction pa)
{
myPresentationAction = pa;
InitializeComponent();
currentInstruction = myPresentationAction.myMistake;
introduction = new IndividualSkillsIntroduction();
individualInstructions = new IndividualInstructions();
finish = new IndividualFinish();
Loaded += IndividualSkills_Loaded;
}
//Calculates the points for a mistake and returns integer of the entry of this mistake in the mistake list.
private int decisionFormula()
{
feedbackMistakeType = PresentationAction.MistakeType.NOMISTAKE;
feedbackGravity = 0;
feedbackEntry = 0;
// Go through all current mistakes and calculate points
// -> this means get repetition and length of mistake as points of mistake
// -> keep track of biggest mistake
// return mistake with highest points
for (int i = 0; i < mistakes.Count; i++)
{
PresentationAction temp = (PresentationAction)mistakes[i];
double gravity = getGravity(temp);
if (gravity > feedbackGravity)
{
feedbackGravity = gravity;
feedbackEntry = i;
feedbackMistakeType = temp.myMistake;
}
}
return feedbackEntry;
}
public void sendFeedback(PresentationAction.MistakeType mistake)
{
string feedback = "good";
switch (mistake)
{
case PresentationAction.MistakeType.ARMSCROSSED:
case PresentationAction.MistakeType.LEFTHANDBEHINDBACK:
case PresentationAction.MistakeType.LEFTHANDUNDERHIP:
case PresentationAction.MistakeType.LEGSCROSSED:
case PresentationAction.MistakeType.RIGHTHANDBEHINDBACK:
case PresentationAction.MistakeType.RIGHTHANDUNDERHIP:
case PresentationAction.MistakeType.HUNCHBACK:
case PresentationAction.MistakeType.RIGHTLEAN:
case PresentationAction.MistakeType.LEFTLEAN:
feedback = "Reset Posture";
break;
case PresentationAction.MistakeType.DANCING:
feedback = "Stand Still";
break;
case PresentationAction.MistakeType.HANDS_NOT_MOVING:
feedback = "Move Hands";
break;
case PresentationAction.MistakeType.HANDS_MOVING_MUCH:
feedback = "Move Hands";
break;
case PresentationAction.MistakeType.HIGH_VOLUME:
feedback = "Speak Softer";
break;
case PresentationAction.MistakeType.LOW_VOLUME:
feedback = "Speak Louder";
break;
case PresentationAction.MistakeType.LOW_MODULATION:
feedback = "Module Voice";
break;
case PresentationAction.MistakeType.LONG_PAUSE:
feedback = "Start Speaking";
break;
case PresentationAction.MistakeType.LONG_TALK:
feedback = "Stop Speaking";
break;
case PresentationAction.MistakeType.HMMMM:
feedback = "Stop Hmmmm";
break;
case PresentationAction.MistakeType.SERIOUS:
feedback = "Smile";
break;
case PresentationAction.MistakeType.NOMISTAKE:
feedback = "Good!!!";
break;
}
FeedbackObject f = new FeedbackObject(startPresentation, feedback, "PT20");
string json = Newtonsoft.Json.JsonConvert.SerializeObject(f, Formatting.Indented);
try
{
// Socket udpSendingSocket = new Socket(AddressFamily.InterNetwork, SocketType.Dgram, ProtocolType.Udp);
// IPAddress serverAddr = IPAddress.Parse("192.168.178.23");
// IPEndPoint UDPendPoint = new IPEndPoint(serverAddr, 16002);
byte[] send_buffer = Encoding.ASCII.GetBytes(json);
udpSendingSocket.SendTo(send_buffer, UDPendPoint);
}
catch
{
}
//byte[] send_buffer = Encoding.ASCII.GetBytes(json);
//udpSendingSocket.SendTo(send_buffer, UDPendPoint);
}
