如何在其他项目中将进度条用于其计算的项目

Question

我有两个项目：一个类库和一个winform，所有计算都在类库中。现在，当用户单击“运行” botton时，我想为我的一个表单使用进度条。我尝试了下面的代码，但是在datagridview中加载数据（大约6000或更多）后，进度栏就会立即填充。

Winform项目中的代码：

private void BtnRun_Click(object sender, EventArgs e)
    {
        progressBar1.Maximum = TTools.Depth.Count;
        progressBar1.Step = 1;

        foreach (double doub in TLitho.CalcPercent().Item3)
        {
            progressBar1.PerformStep();
        }

        if (TTools.Depth != null)
        {
            dataGridView1.AllowUserToAddRows = false;
            List<double> DolomitePer = TLitho.CalcPercent().Item3;
            List<double> Depth = TTools.Depth;

            var sourceD = new BindingSource
            {
                DataSource = Depth
            };

            for (int i = 0; i < (sourceD.Count); i++)
            {
                dataGridView1.Rows.Add();
                dataGridView1.Rows[i].Cells[0].Value = sourceD[i];
            }
            var sourcePD = new BindingSource
            {
                DataSource = DolomitePer
            };

            for (int i = 0; i < (sourcePD.Count); i++)
            {
                dataGridView1.Rows.Add();
                dataGridView1.Rows[i].Cells[1].Value = sourcePD[i];

            }
        }
    }

类库项目中的代码：

public static Tuple<List<double>, List<double>, List<double>> CalcPercent()
    {

        for (int j = 0; j < TTools.Depth.Count; j++)
        {

            MinimumIndexQC.Add(80000);
            MinimumIndexQC[j] = lQC[j].IndexOf(lQC[j].Min());
            MinimumIndexCD.Add(80000);
            MinimumIndexCD[j] = lCD[j].IndexOf(lCD[j].Min());
            MinimumIndexQD.Add(80000);
            MinimumIndexQD[j] = lQD[j].IndexOf(lQD[j].Min());

            CDandND.Add(Math.Abs(lCD[j][MinimumIndexCD[j]] - TPorosity.CalculateNDPorosity()[j]));
            QCandND.Add(Math.Abs(lQC[j][MinimumIndexQC[j]] - TPorosity.CalculateNDPorosity()[j]));
            QDandND.Add(Math.Abs(lQD[j][MinimumIndexQD[j]] - TPorosity.CalculateNDPorosity()[j]));
            if (CDandND[j] < QCandND[j] && CDandND[j] < QDandND[j])
            {
                DistanceCD.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.9162) / Math.Sqrt(Math.Pow(0.0173, 2) + 1))
                    + (Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.7031) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)));
                DolomitePercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.7031) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)) / DistanceCD[j]);
                CalcitePercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.9162) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)) / DistanceCD[j]);
                QuartzPercent.Add(0);
                DistanceQC.Add(0);
                DistanceQD.Add(0);
            }
            else if (QCandND[j] < CDandND[j] && QCandND[j] < QDandND[j])
            {
                DistanceQC.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0192 * TPorosity.Neutron[j]) - 2.5818) / Math.Sqrt(Math.Pow(0.0192, 2) + 1))
                    + (Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.7031) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)));
                QuartzPercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.7031) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)) / DistanceQC[j]);
                CalcitePercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0192 * TPorosity.Neutron[j]) - 2.5818) / Math.Sqrt(Math.Pow(0.0192, 2) + 1)) / DistanceQC[j]);
                DolomitePercent.Add(0);
                DistanceCD.Add(0);
                DistanceQD.Add(0);

            }
            else if (QDandND[j] < CDandND[j] && QDandND[j] < QCandND[j])
            {
                DistanceQD.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0192 * TPorosity.Neutron[j]) - 2.5818) / Math.Sqrt(Math.Pow(0.0192, 2) + 1))
                   + (Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.9162) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)));
                QuartzPercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0173 * TPorosity.Neutron[j]) - 2.9162) / Math.Sqrt(Math.Pow(0.0173, 2) + 1)) / DistanceQD[j]);
                DolomitePercent.Add((Math.Abs(TPorosity.BulkDensity[j] + (0.0192 * TPorosity.Neutron[j]) - 2.5818) / Math.Sqrt(Math.Pow(0.0192, 2) + 1)) / DistanceQD[j]);
                CalcitePercent.Add(0);
                DistanceCD.Add(0);
                DistanceQC.Add(0);
            }
            else
            {
                DistanceCD.Add(0);
                DistanceQC.Add(0);
                DistanceQD.Add(0);
                DolomitePercent.Add(0);
                CalcitePercent.Add(0);
                QuartzPercent.Add(0);
            }
            if (DolomitePercent[j]==0 && CalcitePercent[j]==0 && QuartzPercent[j]==0 && TPorosity.BulkDensity[j] < (-0.0173 * TPorosity.Neutron[j]) + 2.9162)
            {
                DolomitePercent[j] = 100;
            }
            if (DolomitePercent[j] == 0 && CalcitePercent[j] == 0 && QuartzPercent[j] == 0 && TPorosity.BulkDensity[j]> 2.5943 * Math.Pow(Math.E, (-0.009 * TPorosity.Neutron[j])))
            {
                QuartzPercent[j] = 100;
            }

          }
        return Tuple.Create(DolomitePercent, CalcitePercent, QuartzPercent);
       }
   }

希望有人帮助我。 谢谢