static void Main(string[] args)
{ /*
* String progID;
*
* progID = Telescope.Choose("ScopeSim.Telescope");
* Telescope T = new Telescope(progID);
*
* T.SetupDialog();
* T.Connected = true;
* TelescopeControl tc = new TelescopeControl( progID, T );
*
* tc.Goto(5, 88 );
* Console.Read();
* T.Connected = false;
* T.Dispose();
* */
JANClient astrometry = new JANClient();
CalibrationData calibrationData = astrometry.imageCalibration("C:\\Users\\Michele\\documents\\visual studio 2013\\Projects\\ConsoleApplication6\\Occultationis\\Occultationis\\NGC7209.jpg");
Console.WriteLine("RA : " + calibrationData.ra);
Console.WriteLine("DEC: " + calibrationData.dec);
String progID = Camera.Choose("CCDSimulator.Camera");
//CameraControl cc = new CameraControl();
//cc.infoCamera( progID );
Console.Read();
}
public CalibrationData getCalibration(string jobid)
{
StringBuilder builder = new StringBuilder();
String result = "";
CodeScales.Http.HttpClient httpClient = new CodeScales.Http.HttpClient();
HttpGet httpGet = new HttpGet(new Uri(url + "/api/jobs/" + jobid + "/calibration"));
HttpResponse response = httpClient.Execute(httpGet);
HttpEntity entity = response.Entity;
String content = EntityUtils.ToString(entity);
if (debug)
{
Console.WriteLine("getCalibration gets: " + content);
}
String parity = jsonGetValue(content, "parity");
String orientation = jsonGetValue(content, "orientation");
String pixscale = jsonGetValue(content, "pixscale");
String radius = jsonGetValue(content, "radius");
String radecimal = jsonGetValue(content, "ra");
String decdecimal = jsonGetValue(content, "dec");
CalibrationData res = new CalibrationData();
res.parity = Double.Parse(parity);
res.orientation = Double.Parse(orientation);
res.pixscale = Double.Parse(pixscale);
res.radius = Double.Parse(radius);
res.ra = Double.Parse(radecimal);
res.dec = Double.Parse(decdecimal);
return(res);
}
public CalibrationData imageCalibration(string nameFile)
{
String sessionID = loginPost();
String sidl = postFile(sessionID, nameFile);
CalibrationData calibrationData = waitResult(sidl);
return(calibrationData);
}
public CalibrationData waitResult(string subID)
{
CalibrationData cal = new CalibrationData();
for (int i = 0; i < howManyTimes; i++)
{
System.Threading.Thread.Sleep(waitingTime);
jobids = getJobids(subID);
jobstaties = getJobStaties();
Console.Write(".");
Boolean b = testResult();
if (b)
{
break;
}
}
for (int i = 0; i < jobids.Length; i++)
{
cal = getCalibration(jobids[i]);
}
return(cal);
}