public async Task <bool> Run(
string inputFilePath,
string outputFilePath,
int delay = 100)
{
List <CsipLocation> locations = new List <CsipLocation>();
// Read file with FlexCropping locations
List <FlexCroppingLocation> points =
fileHandler.ReadFlexCroppingLocationFile(inputFilePath);
// For each point, get cokey
foreach (var point in points)
{
string polygonString = converter.GetPixelAsBoundingBoxString(
point.Latitude, point.Longitude, 4);
string resultJson = await serviceHandler.Post(polygonString);
WweSoilParamsResponseV2_0 result =
serviceHandler.ParseResultsJson(resultJson);
//string cokey = cokeyChooser.GetDominateCokey(result);
Component component = cokeyChooser.GetDominateComponent(result);
string muname = cokeyChooser.GetDominateMapUnitName(result);
CsipLocation location = new CsipLocation()
{
Latitude = point.Latitude,
Longitude = point.Longitude,
AnthromeKey = point.Anthrome,
Cokey = component.Cokey,
Slope = component.Slope,
SlopeLength = component.SlopeLength,
PercentOfMapUnit = component.PercentOfMapUnit,
MapUnitName = muname
};
locations.Add(location);
Thread.Sleep(delay);
}
// Write file
fileHandler.WriteCsipLocationFile(outputFilePath, locations);
return(true);
}
public bool Run(
string inputCsipLocationsPath,
string inputErosionParametersPath,
string inputSciResponsePath,
string outputFilePath)
{
const int PRECISION = 5;
// CsipLocations and ErosionParameters should be in csv format already, from previous steps
List <CsipLocation> csipLocations = csvHandler.ReadCsipLocationFile(
inputCsipLocationsPath);
List <ErosionParameters> erosionParameters = csvHandler.ReadErosionParameters(
inputErosionParametersPath);
List <SciResponseV2_1> sciResponses =
jsonHandler.ReadSciResponseV2_1Files(
inputSciResponsePath, serviceHandler);
List <ExperimentalResults> experimentalResultsList =
new List <ExperimentalResults>();
foreach (SciResponseV2_1 sciResponse in sciResponses)
{
// Find matching scenarios
CsipLocation csipLocation = csipLocations
.First(x =>
Math.Round(x.Latitude, PRECISION) ==
Math.Round(sciResponse.Latitude, PRECISION) &&
Math.Round(x.Longitude, PRECISION) ==
Math.Round(sciResponse.Longitude, PRECISION));
ErosionParameters erosionParameter = erosionParameters
.First(x =>
Math.Round(x.Latitude, PRECISION) ==
Math.Round(sciResponse.Latitude, PRECISION) &&
Math.Round(x.Longitude, PRECISION) ==
Math.Round(sciResponse.Longitude, PRECISION) &&
x.RotationName == sciResponse.RotationName);
if (csipLocation == null || erosionParameter == null)
{
throw new Exception(
"Could not find matching CsipLocation and/or ErosionParameter for given SciResponse");
}
ExperimentalResults result = new ExperimentalResults()
{
// TODO: Create new column for actual WindOM and value used by SCI service?
Latitude = sciResponse.Latitude,
Longitude = sciResponse.Longitude,
RotationName = sciResponse.RotationName,
AnthromeKey = csipLocation.AnthromeKey,
Cokey = csipLocation.Cokey,
Slope = csipLocation.Slope,
SlopeLength = csipLocation.SlopeLength,
PercentOfMapUnit = csipLocation.PercentOfMapUnit,
MapUnitName = csipLocation.MapUnitName,
WaterOM = sciResponse.WaterOM,
WindOM = sciResponse.WindOM,
WaterFO = sciResponse.WaterFO,
WindFO = sciResponse.WindFO,
ErosionWater = sciResponse.ErosionWater,
ErosionWind = sciResponse.ErosionWind,
SciTotal = sciResponse.SciTotal
};
experimentalResultsList.Add(result);
}
// Write file
csvHandler.WriteExperimentalResultsParameters(
outputFilePath,
experimentalResultsList);
return(true);
}
