public JsonResult StartQC(int ID)
{
return(Json(new ResponseMsg()
{
IsSuccess = QCLogic.Start(ID)
}, JsonRequestBehavior.AllowGet));
}
public ActionResult QCDone(string ID, List <BillOfMaterialLabParameters> paramValue)
{
ResponseMsg response = new ResponseMsg();
if (QCLogic.Done(ID, paramValue))
{
var fileName = QCLogic.PrintQCSlip(paramValue, Server.MapPath(ConfigurationManager.AppSettings["ReportFolderPath"]), Convert.ToInt32(ID), currUser.Name);
if (!string.IsNullOrEmpty(fileName))
{
response.IsSuccess = true;
response.ResponseValue = ConfigurationManager.AppSettings["ReportFolderPath"].Replace("~", "").Trim() + fileName;
}
}
return(Json(response));
}
public ActionResult QC()
{
return(View(QCLogic.GetQCBatches()));
}
public void CalculateQCPropertiesOnlyTest()
{
RockProperties rock = new RockProperties()
{
RockPorosity = 0.34068825,
KGrain = 37,
MuGrain = 44,
RhoGrain = 2650,
RhoBulk = 2121.933213,
KBulk = 9.316624568,
MuBulk = 2.297016025
};
FluidProperties fluid = new FluidProperties()
{
GassmanResultKInitial = 2.54,
GassmanResultRhoInitial = 1100
};
FluidProperties[] flagResults = new FluidProperties[]
{
new FluidProperties()
{
FluidType = FluidType.Brine, FlagResultK = 2.54, FlagResultRho = 1100
}
};
QCProperties expected = new QCProperties()
{
Porosity = 0.34068825,
KDryByKMin = 0.107294,
DenBrineSat = 2121.933,
VpBrineSat = 2415.363,
VsBrineSat = 1040.438
};
QCProperties actual;
actual = QCLogic.CalculateQCProperties(rock, fluid, flagResults, new MetricMPa());
//To test in Field units actual = QCLogic.CalculateQCProperties(rock, fluid, flagResults, new Field()) and convert values for assertion.
Assert.AreEqual(expected.Porosity, actual.Porosity, "Porosity do not match");
Assert.AreEqual(expected.KDryByKMin, actual.KDryByKMin, 1e-3, "KDryByKmin do not match");
Assert.AreEqual(expected.DenBrineSat.Value, actual.DenBrineSat.Value, 1e-3, "DenBrineSat do not match");
Assert.AreEqual(expected.VpBrineSat.Value, actual.VpBrineSat.Value, 1e-3, "VpBrineSat do not match");
Assert.AreEqual(expected.VsBrineSat.Value, actual.VsBrineSat.Value, 1e-3, "VpBrineSat do not match");
PorosityKDryByKMinProperties kdryValueForPointZero2 = new PorosityKDryByKMinProperties()
{
porosity = 0.02,
KDryByKMPoint1 = 0.833333333,
KDryByKMPoint15 = 0.882352941,
KDryByKMPoint2 = 0.909090909,
KDryByKMPoint25 = 0.925925926,
KDryByKMPoint3 = 0.9375,
KDryByKMPoint35 = 0.945945946,
KDryByKMPoint4 = 0.952380952,
KDryByKMPoint45 = 0.957446809,
KDryByKMPoint5 = 0.961538462
};
PorosityKDryByKMinProperties kdryValueForPoint98 = new PorosityKDryByKMinProperties()
{
KDryByKMPoint1 = 0.0925925925925926,
KDryByKMPoint15 = 0.13274336283185842,
KDryByKMPoint2 = 0.16949152542372883,
KDryByKMPoint25 = 0.2032520325203252,
KDryByKMPoint3 = 0.234375,
KDryByKMPoint35 = 0.26315789473684209,
KDryByKMPoint4 = 0.28985507246376813,
KDryByKMPoint45 = 0.31468531468531469,
KDryByKMPoint5 = 0.33783783783783783,
porosity = 0.98
};
VpVsProperties vp1700 = new VpVsProperties()
{
CastagniaDolomite = 913.74,
CastagniaLimestone = 538.8788,
CastagniaMudrock = 293.17,
CastagniaSandstone = 511.24,
Han = 562.32,
Vp = 1700
};
DenVpProperties denVp1700 = new DenVpProperties()
{
GardnerAnhydrite = 2384.05319906545,
GardnerDolomite = 1988.94318029729,
GardnerSandstone = 1906.5809814135,
GardnerShale = 2014.22050513369,
MavkoLimestone = 1381.579861,
Vp = 1700
};
//Assert.AreEqual(kdryValueForPoint98, actual.PorosityKDryPlotList[1], "Kdry table does not match when porosity is 0.98", null);
//Assert.AreEqual(vp1700, actual.VpVsPlotList[1], "VpVs table does not match when Vp is 1700", null);
//Assert.AreEqual(denVp1700, actual.DenVpPlotList[1], "DenVp table does not match when Vp is 1700", null);
}
