public static ILaser GetLaser(this string lasername, CommandConfig config)
{
switch (lasername)
{
case "luxx473":
return(new Omicron(config.SerialPort1));
case "mambo594":
return(new Cobolt(config.SerialPort2));
}
return(null);
}
public static string GetAddresses(this string experimenter, CommandConfig config)
{
string addresses = null;
if (string.IsNullOrEmpty(experimenter))
{
return(addresses);
}
var al = experimenter.Split(',', ';').Where(i => config.ExperimenterAddress.ContainsKey(i)).Select(i => config.ExperimenterAddress[i]).ToArray();
if (al != null && al.Length > 0)
{
addresses = String.Join(",", al);
}
return(addresses);
}
public virtual void SaveData()
{
if (condtestmanager.condtest.Count > 0)
{
ex.CondTest = condtestmanager.condtest;
ex.EnvParam = envmanager.GetActiveParams();
ex.Version = Extension.ExperimentDataVersion;
// Hold references to data that may not need to save
Dictionary <string, Dictionary <string, List <object> >[]> m = null;
CommandConfig cfg = ex.Config;
if (!cfg.SaveConfigInData)
{
ex.Config = null;
}
else
{
if (!cfg.SaveConfigDisplayMeasurementInData)
{
m = cfg.Display.ToDictionary(kv => kv.Key, kv => new[] { kv.Value.IntensityMeasurement, kv.Value.SpectralMeasurement });
foreach (var d in cfg.Display.Values)
{
d.IntensityMeasurement = null;
d.SpectralMeasurement = null;
}
}
}
// Save Data
switch (cfg.SaveDataFormat)
{
case DataFormat.EXPERICA:
DataPath(DataFormat.EXPERICA).Save(ex);
break;
case DataFormat.YAML:
DataPath(DataFormat.YAML).WriteYamlFile(ex);
break;
}
ex.CondTest = null;
ex.DataPath = null; // Clear DataPath, so it will be safely generated next time
// Restore data that may not be saved
if (!cfg.SaveConfigInData)
{
ex.Config = cfg;
}
else
{
if (!cfg.SaveConfigDisplayMeasurementInData)
{
foreach (var d in cfg.Display.Keys)
{
cfg.Display[d].IntensityMeasurement = m[d][0];
cfg.Display[d].SpectralMeasurement = m[d][1];
}
}
}
}
else
{
Debug.Log("CondTest Empty, Skip Saving Data.");
}
}
