using System; using System.Collections.Generic; using System.Diagnostics; using System.IO.Ports; namespace ArducopterConfigurator.PresentationModels { public class FlightDataVm : MonitorVm { public FlightDataVm(IComms _sp) : base(_sp) { } // 2,-10,3,-2,1011,1012,1002,1000,1001,1003,1002,1004 // Loop Time = 2 // Roll Gyro Rate = -10 // Pitch Gyro Rate = 3 // Yaw Gyro Rate = -2 // Throttle Output = 1011 // Roll PID Output = 1012 // Pitch PID Output = 1002 // Yaw PID Output 1000 // Front Motor Command = 1001 PWM output sent to right motor (ranges from 1000-2000) // Rear Motor Command 1003 // Right Motor Command = 1002 // Left Motor Command = 1004 // then adc 4,3, and 5 protected override void OnStringReceived(string data) { var strs = data.Split(','); var ints = new List(); foreach (var s in strs) { int val; if (!int.TryParse(s, out val)) { Debug.WriteLine("(Flight Data) Could not parse expected integer: " + s); return; } ints.Add(val); } if (ints.Count!=15) { Debug.WriteLine("Flight Data seentence expected, but only got one of size: " + ints.Count); return; } LoopTime = ints[0]; GyroRoll = ints[1]; GyroPitch = ints[2]; GyroYaw = ints[3]; MotorFront = ints[8]; MotorRear = ints[9]; MotorRight = ints[10]; MotorLeft = ints[11]; AccelRoll = ints[12]; AccelPitch = ints[13]; AccelZ = ints[14]; } private int _loopTime; public int LoopTime { get { return _loopTime; } set { if (_loopTime == value) return; _loopTime = value; FirePropertyChanged("LoopTime"); } } private int motorFront; public int MotorFront { get { return motorFront; } set { if (motorFront == value) return; motorFront = value; FirePropertyChanged("MotorFront"); } } private int motorRear; public int MotorRear { get { return motorRear; } set { if (motorRear == value) return; motorRear = value; FirePropertyChanged("MotorRear"); } } private int motorLeft; public int MotorLeft { get { return motorLeft; } set { if (motorLeft == value) return; motorLeft = value; FirePropertyChanged("MotorLeft"); } } private int motorRight; public int MotorRight { get { return motorRight; } set { if (motorRight == value) return; motorRight = value; FirePropertyChanged("MotorRight"); } } private int gyroPitch; public int GyroPitch { get { return gyroPitch; } set { if (gyroPitch == value) return; gyroPitch = value; FirePropertyChanged("GyroPitch"); } } private int gyroRoll; public int GyroRoll { get { return gyroRoll; } set { if (gyroRoll == value) return; gyroRoll = value; FirePropertyChanged("GyroRoll"); } } private int gyroYaw; public int GyroYaw { get { return gyroYaw; } set { if (gyroYaw == value) return; gyroYaw = value; FirePropertyChanged("GyroYaw"); } } private int accelPitch; public int AccelPitch { get { return accelPitch; } set { if (accelPitch == value) return; accelPitch = value; FirePropertyChanged("AccelPitch"); } } private int accelRoll; public int AccelRoll { get { return accelRoll; } set { if (accelRoll == value) return; accelRoll = value; FirePropertyChanged("AccelRoll"); } } private int accelZ; public int AccelZ { get { return accelZ; } set { if (accelZ == value) return; accelZ = value; FirePropertyChanged("AccelZ"); } } protected override void OnDeactivated() { SendString("X"); } protected override void OnActivated() { SendString("S"); } public override string Name { get { return "Flight Data"; } } } }