private void BottomBedLoadFluxApplyAll()
{
RiverSimulationProfile.TwoInOne o = _data as RiverSimulationProfile.TwoInOne;
for (int kw = 1; kw < p.sedimentParticlesNumber; ++kw)
{
for (int tw = jStart; tw < jStart + (p.IsConstantFlowType() ? 1 : p.boundaryTimeNumber); ++tw)
{
for (int jw = iStart; jw < iStart + p.inputGrid.GetJ; ++jw)
{
o.Array3D()[kw, jw - iStart, tw - jStart] = o.Array3D()[0, jw - iStart, tw - jStart];
}
}
}
}
private bool ConvertType7()
{
try
{
RiverSimulationProfile.TwoInOne o = _data as RiverSimulationProfile.TwoInOne;
for (int i = 0; i < colCount; ++i)
{
o.Array3D()[i, 0, 0] = Convert.ToDouble(dataGridView1[i, 0].Value);
o.Array3D()[i, 0, 1] = Convert.ToDouble(dataGridView2[i, 0].Value);
o.Array3D()[i, 0, 2] = Convert.ToDouble(dataGridView3[i, 0].Value);
}
}
catch
{
return(false);
}
return(true);
}
private bool ConvertDepthAverageConcentrationData()
{
try
{
DataGridView v = dataGridView;
RiverSimulationProfile.TwoInOne o = _data as RiverSimulationProfile.TwoInOne;
switch (o.type)
{
case RiverSimulationProfile.TwoInOne.Type.None:
case RiverSimulationProfile.TwoInOne.Type.UseValue:
for (int tw = jStart; tw < jStart + 1; ++tw)
{
for (int kw = iStart; kw < iStart + p.sedimentParticlesNumber; ++kw)
{
o.Value3D()[kw - iStart, 0, 0] = Convert.ToDouble(v[kw, tw].Value);
}
}
break;
case RiverSimulationProfile.TwoInOne.Type.UseArray:
for (int jw = jStart; jw < jStart + p.inputGrid.GetI; ++jw)
{
for (int iw = iStart; iw < iStart + p.inputGrid.GetJ; ++iw)
{
o.Array3D()[tabIndex, iw - iStart, jw - jStart] = Convert.ToDouble(v[iw, jw].Value);
}
}
break;
}
}
catch
{
return(false);
}
return(true);
}
private bool ConvertBottomBedLoadFluxData()
{
try
{
DataGridView v = dataGridView;
RiverSimulationProfile.TwoInOne o = _data as RiverSimulationProfile.TwoInOne;
switch (o.type)
{
case RiverSimulationProfile.TwoInOne.Type.None:
case RiverSimulationProfile.TwoInOne.Type.UseValue:
for (int tw = jStart; tw < jStart + (p.IsConstantFlowType() ? 1 : p.boundaryTimeNumber); ++tw)
{
for (int kw = iStart; kw < iStart + p.sedimentParticlesNumber; ++kw)
{
o.Value3D()[kw - iStart, 0, tw - jStart] = Convert.ToDouble(v[kw, tw].Value);
}
}
break;
case RiverSimulationProfile.TwoInOne.Type.UseArray:
for (int tw = jStart; tw < jStart + (p.IsConstantFlowType() ? 1 : p.boundaryTimeNumber); ++tw)
{
for (int jw = iStart; jw < iStart + p.inputGrid.GetJ; ++jw)
{
o.Array3D()[tabIndex, jw - iStart, tw - jStart] = Convert.ToDouble(v[jw + 1, tw + 1].Value);
}
}
break;
}
}
catch
{
return(false);
}
return(true);
}
private void FillDataGridView()
{
RiverSimulationProfile.TwoInOne o = _data as RiverSimulationProfile.TwoInOne;
if (formType == FormType.FlowQuantity || formType == FormType.WaterLevel)
{
switch (o.type)
{
case RiverSimulationProfile.TwoInOne.Type.None:
case RiverSimulationProfile.TwoInOne.Type.UseValue:
for (int jw = jStart; jw < jStart + rowCount; ++jw)
{
dataGridView[iStart, jw].Value = o.Value2D()[0, jw - jStart].ToString();
dataGridView[iStart, jw].ReadOnly = false;
dataGridView[iStart, jw].Style.BackColor = tabPageItemColor;
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
//dataGridView[1, jStart]. = true;
break;
case RiverSimulationProfile.TwoInOne.Type.UseArray:
if (formType == FormType.FlowQuantity)
{
for (int jw = jStart; jw < jStart + rowCount; ++jw)
{
dataGridView[iStart, jw].Value = o.Value2D()[0, jw - jStart].ToString();
dataGridView[iStart, jw].ReadOnly = true;
dataGridView[iStart, jw].Style.BackColor = tabPageItemColor2;
}
}
for (int jw = jStart; jw < jStart + rowCount; ++jw)
{
for (int iw = iStart; iw < iStart + colCount; ++iw)
{
if (formType == FormType.FlowQuantity)
{
dataGridView[iw + 1, jw].Value = o.Array2D()[iw - iStart, jw - jStart].ToString();
dataGridView[iw + 1, jw].ReadOnly = false;
dataGridView[iw + 1, jw].Style.BackColor = tabPageItemColor;
}
else
{
dataGridView[iw, jw].Value = o.Array2D()[iw - iStart, jw - jStart].ToString();
dataGridView[iw, jw].ReadOnly = false;
dataGridView[iw, jw].Style.BackColor = tabPageItemColor;
}
}
}
if (formType == FormType.FlowQuantity)
{
AutoFinishConvertFlowQualityCell();
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
break;
}
}
else if (formType == FormType.BottomBedLoadFlux)
{
switch (o.type)
{
case RiverSimulationProfile.TwoInOne.Type.None:
case RiverSimulationProfile.TwoInOne.Type.UseValue:
for (int tw = jStart; tw < jStart + (p.IsConstantFlowType() ? 1 : p.boundaryTimeNumber); ++tw)
{
for (int kw = iStart; kw < iStart + p.sedimentParticlesNumber; ++kw)
{
dataGridView[kw, tw].Value = o.Value3D()[kw - iStart, 0, tw - jStart].ToString();
dataGridView[kw, tw].ReadOnly = false;
dataGridView[kw, tw].Style.BackColor = tabPageItemColor;
}
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
break;
case RiverSimulationProfile.TwoInOne.Type.UseArray:
for (int tw = jStart; tw < jStart + (p.IsConstantFlowType() ? 1 : p.boundaryTimeNumber); ++tw)
{
for (int jw = iStart; jw < iStart + p.inputGrid.GetJ; ++jw)
{
dataGridView[jw + 1, tw + 1].Value = o.Array3D()[tabIndex, jw - iStart, tw - jStart].ToString();
dataGridView[jw + 1, tw + 1].ReadOnly = false;
dataGridView[jw + 1, tw + 1].Style.BackColor = tabPageItemColor;
}
dataGridView[iStart, tw + 1].Value = o.Value3D()[tabIndex, 0, tw - jStart].ToString();
dataGridView[iStart, tw + 1].ReadOnly = true;
dataGridView[iStart, tw + 1].Style.BackColor = tabPageItemColor2;
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
break;
}
}
else if (formType == FormType.DepthAverageConcentration)
{
switch (o.type)
{
case RiverSimulationProfile.TwoInOne.Type.None:
case RiverSimulationProfile.TwoInOne.Type.UseValue:
for (int jw = jStart; jw < jStart + 1; ++jw)
{
for (int iw = iStart; iw < iStart + p.sedimentParticlesNumber; ++iw)
{
dataGridView[iw, jw].Value = o.Value3D()[iw - iStart, 0, 0].ToString();
dataGridView[iw, jw].ReadOnly = false;
dataGridView[iw, jw].Style.BackColor = tabPageItemColor;
}
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
break;
case RiverSimulationProfile.TwoInOne.Type.UseArray:
for (int jw = jStart; jw < jStart + p.inputGrid.GetI; ++jw)
{
for (int iw = iStart; iw < iStart + p.inputGrid.GetJ; ++iw)
{
dataGridView[iw, jw].Value = o.Array3D()[tabIndex, iw - iStart, jw - jStart].ToString();
dataGridView[iw, jw].ReadOnly = false;
dataGridView[iw, jw].Style.BackColor = tabPageItemColor;
}
}
dataGridView.CurrentCell = dataGridView[iStart, jStart];
break;
}
}
dataGridView.PerformLayout();
}