public int GetConvertedSTK(SoilTest soilTest) { int convertedK = 0; try { //get soil test method selected by user FarmDetails fd = _ud.FarmDetails(); if (fd.testingMethod == null) { fd.testingMethod = _sd.GetDefaultSoilTestMethod(); } var soilTestMethod = _sd.GetSoilTestMethodById(fd.testingMethod); convertedK = Convert.ToInt16(Decimal.Multiply(soilTestMethod.ConvertToKelownaK, soilTest.valK)); } catch (Exception ex) { // display error throw; } return(convertedK); }
public int GetConvertedSTP(SoilTest soilTest) { int convertedP = 0; try { //get soil test method selected by user FarmDetails fd = _ud.FarmDetails(); if (fd.testingMethod == null) { fd.testingMethod = _sd.GetDefaultSoilTestMethod(); } SoilTestMethod soilTestMethod = _sd.GetSoilTestMethodById(fd.testingMethod); if (soilTest.valPH >= 7.2M) //ph of 7.2 is a constant boundary { convertedP = Convert.ToInt16(Decimal.Multiply(soilTestMethod.ConvertToKelownaPHGreaterThanEqual72, soilTest.ValP)); } else { convertedP = Convert.ToInt16(Decimal.Multiply(soilTestMethod.ConvertToKelownaPHLessThan72, soilTest.ValP)); } } catch (Exception ex) { // display error throw; } return(convertedP); }
public int GetConvertedSTK(string selectedSoilTestMethod, SoilTest soilTest) { //get soil test method selected by user if (selectedSoilTestMethod == null) { selectedSoilTestMethod = _sd.GetDefaultSoilTestMethod(); } var retreivedSoilTestMethod = _sd.GetSoilTestMethodById(selectedSoilTestMethod); var convertedK = Convert.ToInt16(Decimal.Multiply(retreivedSoilTestMethod.ConvertToKelownaK, soilTest.valK)); return(convertedK); }
public int GetConvertedSTP(string selectedSoilTestMethod, SoilTest soilTest) { int convertedP = 0; //get soil test method selected by user if (selectedSoilTestMethod == null) { selectedSoilTestMethod = _sd.GetDefaultSoilTestMethod(); } var retreivedSoilTestMethod = _sd.GetSoilTestMethodById(selectedSoilTestMethod); if (soilTest.valPH >= 7.2M) //ph of 7.2 is a constant boundary { convertedP = Convert.ToInt16(Decimal.Multiply(retreivedSoilTestMethod.ConvertToKelownaPHGreaterThanEqual72, soilTest.ValP)); } else { convertedP = Convert.ToInt16(Decimal.Multiply(retreivedSoilTestMethod.ConvertToKelownaPHLessThan72, soilTest.ValP)); } return(convertedP); }
public int GetConvertedSTK(string selectedSoilTestMethod, SoilTest soilTest) { int convertedK = 0; try { //get soil test method selected by user if (selectedSoilTestMethod == null) { selectedSoilTestMethod = _sd.GetDefaultSoilTestMethod(); } var retreivedSoilTestMethod = _sd.GetSoilTestMethodById(selectedSoilTestMethod); convertedK = Convert.ToInt16(Decimal.Multiply(retreivedSoilTestMethod.ConvertToKelownaK, soilTest.valK)); } catch (Exception ex) { // display error throw; } return(convertedK); }
public async Task <string> RenderSummary() { string crpName = string.Empty; Utility.SoilTestConversions stc = new SoilTestConversions(_ud, _sd); ReportSummaryViewModel rvm = new ReportSummaryViewModel(); rvm.testMethod = string.IsNullOrEmpty(_ud.FarmDetails().testingMethod) ? "Not Specified" : _sd.GetSoilTestMethod(_ud.FarmDetails().testingMethod); rvm.year = _ud.FarmDetails().year; FarmDetails fd = _ud.FarmDetails(); rvm.tests = new List <ReportSummaryTest>(); List <Field> flds = _ud.GetFields(); foreach (var m in flds) { ReportSummaryTest dc = new ReportSummaryTest(); dc.fieldName = m.fieldName; if (m.soilTest != null) { dc.sampleDate = m.soilTest.sampleDate.ToString("MMM-yyyy"); dc.nitrogen = m.soilTest.valNO3H.ToString(); dc.phosphorous = m.soilTest.ValP.ToString(); dc.potassium = m.soilTest.valK.ToString(); dc.pH = m.soilTest.valPH.ToString(); dc.phosphorousRange = _sd.SoilTestRating("phosphorous", stc.GetConvertedSTP(m.soilTest)); dc.potassiumRange = _sd.SoilTestRating("potassium", stc.GetConvertedSTK(m.soilTest)); } else { DefaultSoilTest dt = _sd.GetDefaultSoilTest(); SoilTest st = new SoilTest(); st.valPH = dt.pH; st.ValP = dt.phosphorous; st.valK = dt.potassium; st.valNO3H = dt.nitrogen; st.ConvertedKelownaP = dt.convertedKelownaP; st.ConvertedKelownaK = dt.convertedKelownaK; dc.sampleDate = "Default Values"; dc.nitrogen = dt.nitrogen.ToString(); dc.phosphorous = dt.phosphorous.ToString(); dc.potassium = dt.potassium.ToString(); dc.pH = dt.pH.ToString(); dc.phosphorousRange = _sd.SoilTestRating("phosphorous", stc.GetConvertedSTP(st)); dc.potassiumRange = _sd.SoilTestRating("potassium", stc.GetConvertedSTK(st)); } dc.fieldCrops = null; List <FieldCrop> crps = _ud.GetFieldCrops(m.fieldName); if (crps != null) { foreach (var c in crps) { crpName = string.IsNullOrEmpty(c.cropOther) ? _sd.GetCrop(Convert.ToInt32(c.cropId)).cropname : c.cropOther; dc.fieldCrops = string.IsNullOrEmpty(dc.fieldCrops) ? crpName : dc.fieldCrops + "\n" + crpName; } } rvm.tests.Add(dc); } var result = await _viewRenderService.RenderToStringAsync("~/Views/Report/ReportSummary.cshtml", rvm); return(result); }