public JsonResult Execute(HomeModel model)
{
var request = new EarthProfileRequestDto()
{
Distance = Convert.ToDouble(model.DistanceFlow),
InitLatitude = Convert.ToDecimal(model.InitLatitude),
InitLongitude = Convert.ToDecimal(model.InitLongitude),
EndLatitude = Convert.ToDecimal(model.EndLatitude),
EndLongitude = Convert.ToDecimal(model.EndtLongitude),
PartitionSeparate = model.SeparateDistance,
H1 = Convert.ToDouble(model.H1),
H2 = Convert.ToDouble(model.H2),
At = Convert.ToDouble(string.IsNullOrWhiteSpace(model.At) ? "0" : model.At),
Bt = Convert.ToDouble(string.IsNullOrWhiteSpace(model.Bt) ? "0" : model.Bt),
Frequency = Convert.ToDouble(string.IsNullOrWhiteSpace(model.Frequency) ? "0" : model.Frequency),
PartitionList = model.PartitionList.Select(x => new Shared.Dto.CoordinateDto()
{
DistanceFlow = x.Distance,
IndexFlow = x.Index,
Latitude = x.Latitude,
Longitude = x.Longitude
}).ToList()
};
var response = ProfileEarthFactory.HandleEarthProfileProcess().Execute(request);
if (!response.Success)
{
return(Json(new
{
Success = false,
ErrorMessage = response.ErrorList.Select(x => x.Message).Aggregate((x, y) => x + "," + y)
}));
}
else
{
var lmList = Content(JsonConvert.SerializeObject(response.EarthProfileList.Select(dp => new DataPoint(dp.DistanceInit, dp.Lm)).ToList(), _jsonSetting), "application/json");
var laList = Content(JsonConvert.SerializeObject(response.EarthProfileList.Select(dp => new DataPoint(dp.DistanceInit, dp.La)).ToList(), _jsonSetting), "application/json");
var htList = Content(JsonConvert.SerializeObject(response.EarthProfileList.Select(dp => new DataPoint(dp.DistanceInit, dp.Ht)).ToList(), _jsonSetting), "application/json");
var zfList = Content(JsonConvert.SerializeObject(response.EarthProfileList.Select(dp => new DataPoint(dp.DistanceInit, dp.Zf)).ToList(), _jsonSetting), "application/json");
var tbTable = ConvertViewToString("~/Views/Home/_ProfileDataTable.cshtml", response);
var linkRadio = ConvertViewToString("~/Views/Home/_ViewRadioLink.cshtml", response);
return(Json(new
{
Success = true,
LmList = lmList,
LaList = laList,
HtList = htList,
ZfList = zfList,
TableData = tbTable,
LinkRadio = linkRadio
}));
}
}
public EarthProfileResponseDto Execute(EarthProfileRequestDto request)
{
var response = new EarthProfileResponseDto();
var processElevation = setElevationEarth.Execute(request);
if (processElevation.Failure)
{
return(new EarthProfileResponseDto(processElevation.ErrorList));
}
var earthProfileList = processElevation.Result;
earthProfileList = new CalculateProfileEarth().Execute(earthProfileList, request);
response.Distance = request.Distance;
response.EarthProfileList = earthProfileList;
return(CalculateGoodLink(response));
}
public OperationResult <List <EarthProfileDto> > Execute(EarthProfileRequestDto request)
{
decimal distanceRunInit = 0;
decimal distanceRunEnd = (decimal)request.Distance;
var earthProfileList = new List <EarthProfileDto>()
{
new EarthProfileDto()
{
DistanceInit = (double)distanceRunInit,
DistanceEnd = (double)distanceRunEnd,
Latitude = request.InitLatitude,
Longitude = request.InitLongitude,
IndexFlow = 0
}
};
request.PartitionList.ForEach(x => {
distanceRunInit = distanceRunInit + request.PartitionSeparate;
distanceRunEnd = distanceRunEnd - request.PartitionSeparate;
earthProfileList.Add(new EarthProfileDto()
{
DistanceInit = (double)distanceRunInit,
DistanceEnd = (double)distanceRunEnd,
Latitude = x.Latitude,
Longitude = x.Longitude,
IndexFlow = x.IndexFlow
});
});
earthProfileList.Add(new EarthProfileDto()
{
DistanceInit = request.Distance,
DistanceEnd = 0,
Latitude = request.EndLatitude,
Longitude = request.EndLongitude,
IndexFlow = earthProfileList.Max(x => x.IndexFlow) + 1
});
//seteamos elevacion terreno
var elevationProcess = openElevationService.GetElevationList(new OpenElevationRequestDto()
{
CoordinateList = earthProfileList.Select(x => new CoordinateDto()
{
IndexFlow = x.IndexFlow,
Latitude = x.Latitude,
Longitude = x.Longitude
}).ToList()
});
if (elevationProcess.Failure)
{
return(new OperationResult <List <EarthProfileDto> >(elevationProcess.ErrorList));
}
var elevationList = elevationProcess.Result.ResultList;
var join = (from req in earthProfileList
join res in elevationList on new { req.Latitude, req.Longitude } equals new { res.Latitude, res.Longitude }
select new EarthProfileDto()
{
DistanceEnd = req.DistanceEnd,
DistanceInit = req.DistanceInit,
Latitude = req.Latitude,
Longitude = req.Longitude,
IndexFlow = req.IndexFlow,
Lm = res.Elevation
}).ToList();
return(new OperationResult <List <EarthProfileDto> >(join));
}
internal List <EarthProfileDto> Execute(List <EarthProfileDto> earthProfileList, EarthProfileRequestDto earthProfileRequest)
{
if (earthProfileRequest.At != 0)
{
A = earthProfileRequest.At;
}
if (earthProfileRequest.Bt != 0)
{
B = earthProfileRequest.Bt;
}
if (earthProfileRequest.Frequency != 0)
{
Fc = earthProfileRequest.Frequency;
}
H1 = earthProfileRequest.H1;
H2 = earthProfileRequest.H2;
Nd = earthProfileList.Count();
RKm = earthProfileRequest.Distance;
var indexMin = earthProfileList.Min(z => z.IndexFlow);
var indexMax = earthProfileList.Max(z => z.IndexFlow);
HA = H1 + (earthProfileList.Where(x => x.IndexFlow == indexMin).FirstOrDefault().Lm);
HB = H2 + (earthProfileList.Where(x => x.IndexFlow == indexMax).FirstOrDefault().Lm);
CalculateConst();
var earthPorfileArray = earthProfileList.OrderBy(x => x.IndexFlow).ToArray();
for (int i = 0; i < earthPorfileArray.Count(); i++)
{
//Calculate La(m)
if (earthPorfileArray[i].IndexFlow == indexMin)
{
earthPorfileArray[i].La = HA;
}
else
{
earthPorfileArray[i].La = earthPorfileArray[i - 1].La + Ic;
}
//Calculate h(m)
// ((d1 * d2) / 12.75) / K
earthPorfileArray[i].H = ((earthPorfileArray[i].DistanceInitKm * earthPorfileArray[i].DistanceEndKm) / 12.75) / K;
//Calculate Ht(m)
//Lm + h;
earthPorfileArray[i].Ht = earthPorfileArray[i].Lm + earthPorfileArray[i].H;
//Calculate Rf
// 17.32 * (RAIZ ( (d1*d2) / (Fc * d) ))
var rf1 = (earthPorfileArray[i].DistanceInitKm * earthPorfileArray[i].DistanceEndKm);
var rf2 = rf1 / (Fc * d);
earthPorfileArray[i].Rf = 17.32 * Math.Sqrt(rf2);
//Calculate Zf
//La - Rf
earthPorfileArray[i].Zf = earthPorfileArray[i].La - earthPorfileArray[i].Rf;
//Calculate e(m)
//La - ht
earthPorfileArray[i].E = earthPorfileArray[i].La - earthPorfileArray[i].Ht;
//Calculate e/zf
earthPorfileArray[i].EZf = earthPorfileArray[i].E / earthPorfileArray[i].Zf;
}
return(earthPorfileArray.ToList());
}
