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2025-07-25 94ed3edb9e96c8bfa24d808dfc690cbd111a60e6

 ErrorAnalysis.UI/FrmMain.cs

@@ -21,6 +21,7 @@
        private List<COModelTable> _models;
        private Dictionary<string, string> _filters;
        private COModelTable _model;
        private ReportModel _reportModel;

        public FrmMain()
        {
@@ -85,7 +86,6 @@
                });
            }
        }

        private void btnAnalysis_Click(object sender, EventArgs e)
        {
            var curModels = GetFilterResult();
@@ -136,11 +136,22 @@
                return;
            }

            if (!decimal.TryParse(nudOilDensity.Value.ToString(), out decimal oilDensity) || nudOilDensity.Value <= 0)
            {
                MessageBox.Show("Please select a oil density");
                return;
            }

            if (curModels.Count == 1)
                _model = curModels[0];
            _model = curModels.FirstOrDefault(m => m.GravelFillPercent == nudGravelFIllPercent.Value.ToString());

            _model = curModels.FirstOrDefault(m => m.GravelFillPercent == nudGravelFIllPercent.Value.ToString() && m.OilDensity == oilDensity);

            if (_model == null)
                _model = curModels.First();

            nudOilDensity.Value = _model.OilDensity.Value;
            nudGravelFIllPercent.Value = Convert.ToDecimal(_model.GravelFillPercent);

            if (cmbTargetLoggingIntervalUnit.Text == "ft")
                targetLoggingInterval = UnitConvert.Ft2M(targetLoggingInterval);
@@ -158,7 +169,9 @@
                Plot(result);

                double totalTime = Math.Round((targetLoggingInterval / calcSpeed / 60), 2);
                txtAnalysisResult.Text = $"A total of {result.ErrorRatios.Count} passes are recommended to maintain a {Math.Round(result.ErrorRatios.Min(r => r.ErrorRatioValue) * 100, 2)}% error rate. With the tool operating at {speed} {cmbSpeedUnit.Text}, the estimated total job duration is {totalTime.ToString()} hours.";
                var errorRate = Math.Round(result.ErrorRatios.Min(r => r.ErrorRatioValue) * 100, 2);
                txtAnalysisResult.Text = $"A total of {result.ErrorRatios.Count} passes are recommended to maintain a {errorRate}% error rate. With the tool operating at {speed} {cmbSpeedUnit.Text}, the estimated total job duration is {totalTime.ToString()} hours.";
                _reportModel = CreateReportModel(totalTime.ToString(), result.ErrorRatios.Count.ToString(), Math.Round(UnitConvert.MMin2FtHr(calcSpeed), 2).ToString(), errorRate.ToString());
            }
            else
            {
@@ -172,9 +185,19 @@
                Plot(result);

                double totalTime = Math.Round((targetLoggingInterval / speed / 60), 2);
                txtAnalysisResult.Text = $"A total of {result.ErrorRatios.Count} passes are recommended to maintain a {Math.Round(result.ErrorRatios.Min(r => r.ErrorRatioValue) * 100, 2)}% error rate. With the tool operating at {Math.Round(UnitConvert.MMin2FtHr(speed), 2)} ft/hr, the estimated total job duration is {totalTime.ToString()} hours.";
                var errorRate = Math.Round(result.ErrorRatios.Min(r => r.ErrorRatioValue) * 100, 2);
                var speedFr = Math.Round(UnitConvert.MMin2FtHr(speed), 2);

                txtAnalysisResult.Text = $"A total of {result.ErrorRatios.Count} passes are recommended to maintain a {errorRate}% error rate. With the tool operating at {speedFr} ft/hr, the estimated total job duration is {totalTime.ToString()} hours.";

                _reportModel = CreateReportModel(totalTime.ToString(), result.ErrorRatios.Count.ToString(), speedFr.ToString(), errorRate.ToString());
            }


        }
        private void btnReport_Click(object sender, EventArgs e)
        {
            new Report(_reportModel).ShowDialog();
        }
        #endregion

@@ -251,10 +274,10 @@
                    cmb.Text = currentItems[0];

            }

            holdCmbInit();
            LinkageModelProperty();
        }
        private void LinkageModelProperty()
        private void holdCmbInit()
        {
            cmbCasingHoldUp.Items.Clear();
            _filters.Remove("CasingFluid");
@@ -264,34 +287,10 @@
            _filters.Remove("TubeFluid");
            cmbLithology.Items.Clear();
            _filters.Remove("Lithology");

            var curModels = GetFilterResult();
            if (curModels.Count == 0)
                return;

            var gravelFills = curModels.Select(x => x.GravelFillPercent).Distinct().ToArray();
            if (gravelFills.Length == 1)
                nudGravelFIllPercent.Value = Convert.ToDecimal(gravelFills[0]);

            var cementBonds = curModels.Select(x => x.CementBond).Distinct().ToArray();
            if (cementBonds.Length == 1)
                nudCementBond.Value = Convert.ToDecimal(cementBonds[0]);

            var bhSalinities = curModels.Select(x => x.BHSalinity).Distinct().ToArray();
            if (bhSalinities.Length == 1)
                nudBHSalinity.Value = Convert.ToDecimal(bhSalinities[0]);

            var oilDensities = curModels.Select(x => x.OilDensity).Distinct().ToArray();
            if (oilDensities.Length == 1)
                nudOilDensity.Value = Convert.ToDecimal(oilDensities[0]);

            var reservoirSalinities = curModels.Select(x => x.ReservoirSalinity).Distinct().ToArray();
            if (reservoirSalinities.Length == 1)
                nudReservoirSalinity.Value = Convert.ToDecimal(reservoirSalinities[0]);

            var vshs = curModels.Select(x => x.VSH).Distinct().ToArray();
            if (vshs.Length == 1)
                nudVSH.Value = Convert.ToDecimal(vshs[0]);


            var casingFulids = curModels.Select(x => x.CasingFluid == "0" ? "water" : x.CasingFluid == "100" ? "oil" : x.CasingFluid == "200" ? "gas" : "none").Distinct().ToArray();

@@ -334,11 +333,45 @@
                nudTubeHoldUp.Enabled = true;
                cmbTubeHoldUp.Items.AddRange(tubeFluids);
            }
        }
        private void LinkageModelProperty()
        {
            var curLithology = cmbLithology.Text;
            cmbLithology.Items.Clear();
            _filters.Remove("Lithology");

            var curModels = GetFilterResult();
            if (curModels.Count == 0)
                return;

            var gravelFills = curModels.Select(x => x.GravelFillPercent).Distinct().ToArray();
            if (gravelFills.Length == 1)
                nudGravelFIllPercent.Value = Convert.ToDecimal(gravelFills[0]);

            var cementBonds = curModels.Select(x => x.CementBond).Distinct().ToArray();
            if (cementBonds.Length == 1)
                nudCementBond.Value = Convert.ToDecimal(cementBonds[0]);

            var bhSalinities = curModels.Select(x => x.BHSalinity).Distinct().ToArray();
            if (bhSalinities.Length == 1)
                nudBHSalinity.Value = Convert.ToDecimal(bhSalinities[0]);

            var oilDensities = curModels.Select(x => x.OilDensity).Distinct().ToArray();
            if (oilDensities.Length == 1)
                nudOilDensity.Value = Convert.ToDecimal(oilDensities[0]);

            var reservoirSalinities = curModels.Select(x => x.ReservoirSalinity).Distinct().ToArray();
            if (reservoirSalinities.Length == 1)
                nudReservoirSalinity.Value = Convert.ToDecimal(reservoirSalinities[0]);

            var vshs = curModels.Select(x => x.VSH).Distinct().ToArray();
            if (vshs.Length == 1)
                nudVSH.Value = Convert.ToDecimal(vshs[0]);

            var lithology = curModels.Select(x => x.Lithology).Distinct().ToArray();
            var curLithology = cmbLithology.Text;
            cmbLithology.Items.AddRange(lithology);
            cmbLithology.Text = curLithology;
            if (cmbLithology.Items.Contains(curLithology))
                cmbLithology.Text = curLithology;

            if (lithology.Length == 1)
                cmbLithology.SelectedIndex = 0;
@@ -396,6 +429,7 @@
                }

            }
            LinkageModelProperty();
            //foreach (var cmb in allCmb)
            //{
            //    if (cmb.Name != control.Name)
@@ -411,15 +445,6 @@

            //    }
            //}

            var lithology = curModels.Select(x => x.Lithology).Distinct().ToArray();
            cmbLithology.Items.Clear();
            cmbLithology.Items.AddRange(lithology);

            if (_filters.ContainsKey("Lithology") && lithology.Contains(_filters["Lithology"]))
                cmbLithology.Text = _filters["Lithology"];
            else
                _filters.Remove("Lithology");
        }
        private void cmbLithology_SelectedIndexChanged(object sender, EventArgs e)
        {
@@ -447,7 +472,6 @@
            }
        }
        #endregion

        private List<COModelTable> GetFilterResult()
        {
            var type = typeof(COModelTable);
@@ -457,7 +481,6 @@

            return result;
        }

        private void Plot(ErrorRatioResult errorResult)
        {
            pnlCOPic.Controls.Clear();
@@ -523,5 +546,43 @@
            plotView.Dock = DockStyle.Fill;
            pnlErrorRatioPic.Controls.Add(plotView);
        }

        private ReportModel CreateReportModel(string duration, string pass, string speed, string soPrecision)
        {
            return new ReportModel
            {
                BHSalinity = nudBHSalinity.Value.ToString(),
                BIT = cmbBit.Text,
                CasingFluid = cmbCasingHoldUp.Text,
                CasingHoldUp = nudCasingHoldUp.Value.ToString(),
                CasingID = cmbCasingID.Text,
                CasingOD = cmbCasingOD.Text,
                CementBond = nudCementBond.Text,
                DepthAveraging = nudDepth.Value.ToString(),
                Duration = duration,
                GasSalinity = nudGasDensity.Value.ToString(),
                GravelFillPercent = nudGravelFIllPercent.Value.ToString(),
                Lithology = cmbLithology.Text,
                OilSalinity = nudOilDensity.Value.ToString(),
                Pass = pass,
                Porosity = nudPorosity.Value.ToString(),
                ReserviorSalinity = nudReservoirSalinity.Value.ToString(),
                ScreenFluid = cmbScreenHoldUp.Text,
                ScreenHoldUp = nudScreenHoldUp.Value.ToString(),
                ScreenID = cmbScreenID.Text,
                ScreenOD = cmbScreenOD.Text,
                SoPrecisionRequired = soPrecision,
                Speed = speed,
                TargetLoggingInterval = nudTargetLoggingInterval.Value.ToString(),
                TubeFluid = cmbTubeHoldUp.Text,
                TubeHoldUp = nudTubeHoldUp.Value.ToString(),
                TubeID = cmbTubeID.Text,
                TubeOD = cmbTubeOD.Text,
                VSH = nudVSH.Value.ToString(),
                WaterSaturation = nudSw.Value.ToString()
            };
        }


    }
}