public double ChannelProfileYMaxDepth = -999; //a holder of the most depth in the x-section profile
public FTableCalcNatural()
{
geomInputLongNames = new string[] { "Channel Length", "Mannings Value", "Longitudinal Slope", "Height Increment" };
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.Length,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
public double ChannelProfileYMaxDepth = -999; //a holder of the most depth in the x-section profile
public FTableCalcNaturalFP()
{
geomInputLongNames = new string[] { "Channel Length", "Channel Mannings N", "Channel Longitudinal Slope",
"Left Bank Downstream Length", "Left Bank Mannings N", "Left Bank Start X coord",
"Right Bank Downstream Length", "Right Bank Mannings N", "Right Bank End X coord",
"Height Increment" };
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.NFP_ChannelLength,
ChannelGeomInput.NFP_ChannelManningsN,
ChannelGeomInput.NFP_ChannelSlope,
ChannelGeomInput.NFP_BankLeftLength,
ChannelGeomInput.NFP_BankLeftManningsN,
ChannelGeomInput.NFP_BankLeftStartX,
ChannelGeomInput.NFP_BankRightLength,
ChannelGeomInput.NFP_BankRightManningsN,
ChannelGeomInput.NFP_BankRightEndX,
ChannelGeomInput.NFP_HeightIncrement
};
}
public FTableCalcTri()
{
//No "Top Channel Width"
geomInputLongNames = new string[] {
"Maximum Channel Depth ",
"Channel Side Slope (H:V)",
"Channel Length",
"Channel Mannings Value",
"Longitudinal Slope",
"Height Increment"
}; //sri 07-23-2012
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.MaximumDepth,
ChannelGeomInput.SideSlope,
ChannelGeomInput.Length,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
public FTableCalcRectangular()
{
vectorColNames.Clear();
vectorColNames.Add("DEPTH");
vectorColNames.Add("AREA");
vectorColNames.Add("VOLUME");
vectorColNames.Add("OUTFLOW");
geomInputLongNames = new string[] { "Maximum Channel Depth ",
"Top Channel Width ",
"Channel Length ",
"Channel Mannings Value",
"Longitudinal Slope (ft/ft)",
"Height Increment" }; //sri 07-23-2012
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.MaximumDepth,
ChannelGeomInput.TopWidth,
ChannelGeomInput.Length,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
public FTableCalcCircle()
{
vectorColNames.Clear();
// sri-09-11-2012
vectorColNames.Add("depth");
vectorColNames.Add("area");
vectorColNames.Add("volume");
// sri- 09-11-2012
//vectorColNames.add("outflow1");
geomInputLongNames = new string[] { "Channel Length",
"Channel Diameter",
"Channel Mannings Value",
"Longitudinal Slope",
"Height Increment" };
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.Length,
ChannelGeomInput.Diameter,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
public FTableCalcTrape()
{
vectorColNames.Clear();
vectorColNames.Add("depth");
vectorColNames.Add("area");
vectorColNames.Add("volume");
vectorColNames.Add("outflow1");
geomInputLongNames = new string[] { "Maximum Channel Depth",
"Top Channel Width",
"Channel Side Slope (H:V)",
"Channel Length",
"Channel Mannings Value",
"Longitudinal Slope",
"Height Increment" }; // sri-07-23-2012
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.MaximumDepth,
ChannelGeomInput.TopWidth,
ChannelGeomInput.SideSlope,
ChannelGeomInput.Length,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
public FTableCalcEllipse()
{
vectorColNames.Clear();
vectorColNames.Add("depth");
vectorColNames.Add("area");
vectorColNames.Add("volume");
vectorColNames.Add("outflow1");
geomInputLongNames = new string[] {
"Channel Length",
"Channel Width",
"Channel Depth",
"Channel Mannings Value",
"Longitudinal Slope",
"Height Increment"
}; //sri 07-23-2012};
geomInputs = new ChannelGeomInput[] {
ChannelGeomInput.Length,
ChannelGeomInput.Width,
ChannelGeomInput.Depth,
ChannelGeomInput.ManningsN,
ChannelGeomInput.LongitudinalSlope,
ChannelGeomInput.HeightIncrement
};
}
