public BotConstant(string config)
{
//read the config
MemoryStream memStream = new MemoryStream();
StreamWriter strWriter = new StreamWriter(memStream);
strWriter.Write(config);
strWriter.Flush();
memStream.Position = 0;
DataContractJsonSerializer playerSerializer = new DataContractJsonSerializer(typeof(BotConstantConfig));
BotConstantConfig botCfg = (BotConstantConfig)playerSerializer.ReadObject(memStream);
thisErg = new EasyErgsocket.Erg();
thisErg.cadence = botCfg.spm;
thisErg.calories = 1;
thisErg.distance = 0.0;
thisErg.ergtype = EasyErgsocket.ErgType.ROW;
thisErg.exerciseTime = 10.0;
thisErg.heartrate = 0;
thisErg.name = botCfg.name;
thisErg.paceInSecs = botCfg.pace;
thisErg.playertype = EasyErgsocket.PlayerType.BOT;
thisErg.power = 0;
thisErg.ergId = botCfg.name;
originalPace = thisErg.paceInSecs;
}
public void UpdateStats(EasyErgsocket.Erg givenData)
{
if (Slot1 != null &&
Slot2 != null &&
Slot3 != null &&
Slot4 != null &&
Slot5 != null)
{
Slot1.text = givenData.distance.ToString("0.00") + "m";
Slot2.text = getPaceStr(givenData.paceInSecs);
Slot3.text = getPaceStr(givenData.paceInSecs);
Slot4.text = givenData.cadence.ToString();
Slot5.text = getTimeStr(givenData.exerciseTime);
}
}
double offsetDist = 0.0; //needed if the boat changes its pace
public BotConstant(string givenName = "BotConstant", uint givenPace = 120, uint spm = 18, double distance = 0.0)
{
thisErg = new EasyErgsocket.Erg();
thisErg.cadence = spm;
thisErg.calories = 1;
thisErg.distance = distance;
thisErg.ergtype = EasyErgsocket.ErgType.ROW;
thisErg.exerciseTime = 0.0;
thisErg.heartrate = 0;
thisErg.name = givenName;
thisErg.paceInSecs = givenPace;
thisErg.playertype = EasyErgsocket.PlayerType.BOT;
thisErg.power = 0;
thisErg.ergId = NameToId(givenName);
originalPace = givenPace;
}
public void Update(EasyErgsocket.Erg givenParent = null)
{
if (givenParent == null)
{
//if there is no parent to give the time use the time that has passed since starting the application
TimeSpan timeSinceStart = DateTime.Now - starttime;
thisErg.exerciseTime = timeSinceStart.TotalSeconds;
}
else
{
thisErg.exerciseTime = givenParent.exerciseTime;
}
double strokesPerSecond = thisErg.cadence / 60.0;
double velocity = 500.0 / thisErg.paceInSecs;
double timePassedOffset = (thisErg.exerciseTime - offsetTime); //apply the offset onto the time
double timeCalc = timePassedOffset + amplitude * -Math.Sin(timePassedOffset * strokesPerSecond * 2.0 * Math.PI);
thisErg.distance = offsetDist + (velocity * timeCalc);
}
