//public event QualityHandler OnQuality;
#endregion
public Calibration(Client cli)
{
client = cli;
// Set default parameters
calParams = new CalibrationParameters();
calParams.SetDefaultParameters();
}
//public event QualityHandler OnQuality;
#endregion
public Calibration(Client cli)
{
client = cli;
// Set default parameters
calParams = new CalibrationParameters();
calParams.SetDefaultParameters();
}
public void ExtractParametersFromString(string parameterStr)
{
// Seperating commands
char[] sepCalibrationParameters = { ',' };
string[] calibrationParams = parameterStr.Split(sepCalibrationParameters, 20);
// Seperating values/parameters
char[] sepValues = { '=' };
var calParams = new CalibrationParameters();
for (int i = 0; i < calibrationParams.Length; i++)
{
string[] cmdString = calibrationParams[i].Split(sepValues, 5);
string subCmdStr = cmdString[0];
string value = cmdString[1];
switch (subCmdStr)
{
case strNumberOfPoints:
NumberOfPoints = int.Parse(value);
break;
case strSpeed:
Speed = double.Parse(value);
break;
case strBackgroundColor:
BackgroundColor = Converter.GetColorFromString(value);
break;
case strPointColor:
PointColor = Converter.GetColorFromString(value);
break;
case strUseInfantGraphics:
UseInfantGraphics = bool.Parse(value);
break;
case strRandomizePointOrder:
RandomizePointOrder = bool.Parse(value);
break;
case strAutoAcceptPoints:
AutoAcceptPoints = bool.Parse(value);
break;
case strWaitForValidData:
WaitForValidData = bool.Parse(value);
break;
}
}
}
public void CalibrationParameters(CalibrationParameters calParams)
{
client.SendCommand(Commands.CalibrationParameters, calParams.ParametersAsString);
}
public void ExtractDataAndRaiseEvent(string data)
{
char[] seperator = {' '};
string[] cmd = data.Split(seperator, 5);
string command = cmd[0];
string parameters = "";
if (cmd.Length > 1)
parameters = cmd[1];
switch (command)
{
case Commands.CalibrationStart:
if (OnStart != null)
OnStart(Int32.Parse(parameters)); // Number of points
break;
case Commands.CalibrationAcceptPoint:
// No returning parameter/data
break;
case Commands.CalibrationAbort:
if (OnAbort != null)
OnAbort(true);
break;
case Commands.CalibrationPointChange:
//OnCalibrationPointChange(Int32.Parse(cmd[1])); // Next point number
break;
case Commands.CalibrationParameters:
if (OnParameters != null)
{
var calParams = new CalibrationParameters();
calParams.ExtractParametersFromString(parameters);
OnParameters(calParams);
}
break;
case Commands.CalibrationAreaSize:
break;
case Commands.CalibrationDefault:
break;
case Commands.CalibrationEnd:
if (OnEnd != null)
OnEnd(Int32.Parse(parameters));
break;
case Commands.CalibrationCheckLevel:
if (OnCheckLevel != null)
OnCheckLevel(Int32.Parse(parameters));
break;
case Commands.CalibrationPoint:
break;
case Commands.CalibrationStartDriftCorrection:
break;
case Commands.CalibrationValidate:
if (OnValidate != null)
OnValidate(cmd[1], double.Parse(cmd[2]), double.Parse(cmd[3]), double.Parse(cmd[4]));
break;
}
}
public void CalibrationParameters(CalibrationParameters calParams)
{
client.SendCommand(Commands.CalibrationParameters, calParams.ParametersAsString);
}
public void ExtractDataAndRaiseEvent(string data)
{
char[] seperator = { ' ' };
string[] cmd = data.Split(seperator, 5);
string command = cmd[0];
string parameters = "";
if (cmd.Length > 1)
{
parameters = cmd[1];
}
switch (command)
{
case Commands.CalibrationStart:
if (OnStart != null)
{
OnStart(Int32.Parse(parameters)); // Number of points
}
break;
case Commands.CalibrationAcceptPoint:
// No returning parameter/data
break;
case Commands.CalibrationAbort:
if (OnAbort != null)
{
OnAbort(true);
}
break;
case Commands.CalibrationPointChange:
//OnCalibrationPointChange(Int32.Parse(cmd[1])); // Next point number
break;
case Commands.CalibrationParameters:
if (OnParameters != null)
{
var calParams = new CalibrationParameters();
calParams.ExtractParametersFromString(parameters);
OnParameters(calParams);
}
break;
case Commands.CalibrationAreaSize:
break;
case Commands.CalibrationDefault:
break;
case Commands.CalibrationEnd:
if (OnEnd != null)
{
OnEnd(Int32.Parse(parameters));
}
break;
case Commands.CalibrationCheckLevel:
if (OnCheckLevel != null)
{
OnCheckLevel(Int32.Parse(parameters));
}
break;
case Commands.CalibrationPoint:
break;
case Commands.CalibrationStartDriftCorrection:
break;
case Commands.CalibrationValidate:
if (OnValidate != null)
{
OnValidate(cmd[1], double.Parse(cmd[2]), double.Parse(cmd[3]), double.Parse(cmd[4]));
}
break;
}
}
private void tcpipServer_OnCalibrationParameters(CalibrationParameters calParams)
{
// Todo: Should be sent from the tracker after applying settings everywhere..
Tracker.Instance.Server.SendMessage(Commands.CalibrationParameters, calParams.ParametersAsString);
}
public void ExtractParametersFromString(string parameterStr)
{
// Seperating commands
char[] sepCalibrationParameters = {','};
string[] calibrationParams = parameterStr.Split(sepCalibrationParameters, 20);
// Seperating values/parameters
char[] sepValues = {'='};
var calParams = new CalibrationParameters();
for (int i = 0; i < calibrationParams.Length; i++)
{
string[] cmdString = calibrationParams[i].Split(sepValues, 5);
string subCmdStr = cmdString[0];
string value = cmdString[1];
switch (subCmdStr)
{
case strNumberOfPoints:
NumberOfPoints = int.Parse(value);
break;
case strSpeed:
Speed = double.Parse(value);
break;
case strBackgroundColor:
BackgroundColor = Converter.GetColorFromString(value);
break;
case strPointColor:
PointColor = Converter.GetColorFromString(value);
break;
case strUseInfantGraphics:
UseInfantGraphics = bool.Parse(value);
break;
case strRandomizePointOrder:
RandomizePointOrder = bool.Parse(value);
break;
case strAutoAcceptPoints:
AutoAcceptPoints = bool.Parse(value);
break;
case strWaitForValidData:
WaitForValidData = bool.Parse(value);
break;
}
}
}