public void generateBasicInfo()
{
singleHeader[] basicInfo = new singleHeader[5];
//File Type
basicInfo[0].fillContent("File Type", "CSV001");
//Experiment Type
basicInfo[1].fillContent("Experiment", "Spectral Response");
//Software version
try
{
System.Reflection.Assembly assem = System.Reflection.Assembly.GetExecutingAssembly();
System.Reflection.AssemblyName assemName = assem.GetName();
Version ver = assemName.Version;
System.Deployment.Application.ApplicationDeployment ad =
System.Deployment.Application.ApplicationDeployment.CurrentDeployment;
Version pubVer = ad.CurrentVersion;
basicInfo[2].fillContent("Software Version", pubVer.ToString());
}
catch (Exception)
{
basicInfo[2].fillContent("Software Version", "Software version unavailable");
}
//Date
DateTime currentTime = DateTime.Now;
basicInfo[3].fillContent("Time", currentTime.ToString());
//Experiement ID
basicInfo[4].fillContent("Experiment ID", System.Environment.MachineName);
fileHeader = basicInfo;
}
internal singleHeader[] generateQESettingHeader()
{
singleHeader[] QESettingHeader = new singleHeader[8];
QESettingHeader[0].fillContent("Load resistor", Convert.ToString(loadResistor));
QESettingHeader[1].fillContent("Monochromator", activeMC.deviceName);
string inputModeStr = "";
if (throughDevBox == false)
{
inputModeStr = "Measure directly through channel B";
}
else
{
inputModeStr = "Measure through device bias box and voltage channel";
}
QESettingHeader[2].fillContent("Input Mode", inputModeStr);
QESettingHeader[3].fillContent("device bias:", Convert.ToString(deviceBiasVoltage));
QESettingHeader[4].fillContent("light bias 1:", Convert.ToString(lightBiasVoltage[0])+" V");
QESettingHeader[5].fillContent("light bias 2:", Convert.ToString(lightBiasVoltage[1])+" V");
QESettingHeader[6].fillContent("light bias 3:", Convert.ToString(lightBiasVoltage[2]) + " V");
if (activeMC.deviceName.Contains("TMc300") == true)
{
int start = QESettingHeader.Length;
Array.Resize(ref QESettingHeader, start + 4);
QESettingHeader[start].fillContent("light state 0:", "Halogen");
QESettingHeader[start+1].fillContent("light state 1:", "Xenon");
QESettingHeader[start+2].fillContent("grating state 0:", "1200L/mm");
QESettingHeader[start+3].fillContent("grating state 1:", "600L/mm");
}
else if (activeMC.deviceName.Contains("M300") == true)
{
int start = QESettingHeader.Length;
Array.Resize(ref QESettingHeader, start + 2);
QESettingHeader[start].fillContent("grating factor", Convert.ToString(activeMC.gratingSlope));
QESettingHeader[start + 1].fillContent("grating slope", Convert.ToString(activeMC.gratingOffset));
}
return QESettingHeader;
}
internal void addHeaderLine(singleHeader[] headers)
{
foreach (singleHeader item in headers)
{
addHeaderLine(item.tag, item.content);
}
}
