/// <summary>
///
/// </summary>
/// <param name="pr"></param>
private XD221Params ProcessParams(ParseResult pr)
{
XD221Params p = new XD221Params();
p.BaudRate = (byte)pr.NameObjects.GetObject("BaudRate");
p.K = (Int16)pr.NameObjects.GetObject("K");
p.B = Convert.ToInt16(pr.NameObjects.GetObject("B"));
// TODO: get xd221 params
//
p.CutthroatLength = Convert.ToInt32(pr.NameObjects.GetObject("CutthroatLength"));
p.CutthroatMinWidth = Convert.ToInt32(pr.NameObjects.GetObject("CutthroatMinWidth"));
p.EchelonBottomWidth = Convert.ToInt32(pr.NameObjects.GetObject("EchelonBottomWidth"));
p.OpenChannelBorderModulus = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBorderModulus"));
p.OpenChannelBottomSlope = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBottomSlope"));
p.OpenChannelBottomWidth = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBottomWidth"));
p.OpenChannelCoarseRate = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelCoarseRate"));
p.ParshallWidth = Convert.ToInt32(pr.NameObjects.GetObject("ParshallWidth"));
p.PulseModulus = Convert.ToInt32(pr.NameObjects.GetObject("PulseModulus"));
p.PulseSensitivity1 = Convert.ToInt32(pr.NameObjects.GetObject("PulseSensitivity1"));
p.RectangleHeight = Convert.ToInt32(pr.NameObjects.GetObject("RectangleHeight"));
p.RectangleTotalWidth = Convert.ToInt32(pr.NameObjects.GetObject("RectangleTotalWidth"));
p.RectangleWidth = Convert.ToInt32(pr.NameObjects.GetObject("RectangleWidth"));
return(p);
}
/// <summary>
///
/// </summary>
private void Fill()
{
if (_xd221Params != null)
{
XD221Params p = this._xd221Params;
StringBuilder sb = new StringBuilder();
sb.AppendFormat("B: {0}" + Environment.NewLine, p.B);
sb.AppendFormat("BaudRate: {0}" + Environment.NewLine, p.BaudRate);
sb.AppendFormat("CutthroatLength: {0}" + Environment.NewLine, p.CutthroatLength);
sb.AppendFormat("CutthroatMinWidth: {0}" + Environment.NewLine, p.CutthroatMinWidth);
sb.AppendFormat("EchelonBottomWidth: {0}" + Environment.NewLine, p.EchelonBottomWidth);
sb.AppendFormat("K: {0}" + Environment.NewLine, p.K);
sb.AppendFormat("OpenChannelBorderModulus: {0}" + Environment.NewLine, p.OpenChannelBorderModulus);
sb.AppendFormat("OpenChannelBottomSlope: {0}" + Environment.NewLine, p.OpenChannelBottomSlope);
sb.AppendFormat("OpenChannelBottomWidth: {0}" + Environment.NewLine, p.OpenChannelBottomWidth);
sb.AppendFormat("OpenChannelCoarseRate: {0}" + Environment.NewLine, p.OpenChannelCoarseRate);
sb.AppendFormat("ParshallWidth: {0}" + Environment.NewLine, p.ParshallWidth);
sb.AppendFormat("PulseModulus: {0}" + Environment.NewLine, p.PulseModulus);
sb.AppendFormat("PulseSensitivity1: {0}" + Environment.NewLine, p.PulseSensitivity1);
sb.AppendFormat("RectangleHeight: {0}" + Environment.NewLine, p.RectangleHeight);
sb.AppendFormat("RectangleTotalWidth: {0}" + Environment.NewLine, p.RectangleTotalWidth);
sb.AppendFormat("RectangleWidth: {0}" + Environment.NewLine, p.RectangleWidth);
this.txtXD221Params.Text = sb.ToString();
}
}
/// <summary>
///
/// </summary>
/// <param name="task"></param>
/// <param name="pr"></param>
public void ProcessExecutedTask(Task task, ParseResult pr)
{
if (StringHelper.Equal(task.Opera.Name, OperaNames.ReadReal))
{
//
// 功能码： 0x10
// 数据数： 0位
// 成功后返回： 0x21＋0x58＋0x44＋地址＋0x80＋功能码＋0x12＋日期＋时间＋已用水量＋瞬时流量＋闸前水位＋闸后水位＋CRC16
// 日期（3字节BCD码 年＋月＋日）
// 时间（3字节BCD码 时＋分＋秒）
// 已用水量（4字节）（无符号整型）带一位小数点 m3 <b>
// 瞬时流量（4字节）（无符号整型）带一位小数点 m3/h <c>
// 闸前水位（2字节）带两位小数点 m <a>
// 闸后水位（2字节）带两位小数点 m
//
// 供电电压 (2Byte) 两位小数点 <d>
// 水位, 单位CM, <a>
//
int wl1 = (Int16)pr.NameObjects.GetObject("WL1");
int wl2 = (Int16)pr.NameObjects.GetObject("WL2");
uint instantFlux = (UInt32)pr.NameObjects.GetObject("IF");
uint usedAmount = (uint)pr.NameObjects.GetObject("usedAmount");
object objTemp = pr.NameObjects.GetObject("voltage");
int voltage = Convert.ToInt32(objTemp);
// <c>
//
instantFlux = (uint)(instantFlux / 10);
// <b>
//
usedAmount = (uint)(usedAmount / 10);
// <d>
//
voltage = voltage / 100;
DitchDevice ditchDevice = task.Device as DitchDevice;
ditchDevice.DitchData = new DitchData(wl1, wl2, instantFlux, usedAmount, voltage);
DB.DitchDataDBI.Insert(ditchDevice, DateTime.Now, instantFlux, wl1, wl2, usedAmount, voltage);
}
if (StringHelper.Equal(task.Opera.Name, OperaNames.ReadParams))
{
XD221Params p = ProcessParams(pr);
XD221Device xd221Device = task.Device as XD221Device;
xd221Device.Xd221Params = p;
}
}
/// <summary>
///
/// </summary>
public frmXD221Params(XD221Params p)
{
InitializeComponent();
this._xd221Params = p;
Fill();
}
/// <summary>
///
/// </summary>
/// <param name="pr"></param>
private XD221Params ProcessParams(ParseResult pr)
{
XD221Params p = new XD221Params();
p.BaudRate = (byte)pr.NameObjects.GetObject("BaudRate");
p.K = (Int16)pr.NameObjects.GetObject("K");
p.B = Convert.ToInt16(pr.NameObjects.GetObject("B"));
// TODO: get xd221 params
//
p.CutthroatLength = Convert.ToInt32(pr.NameObjects.GetObject("CutthroatLength"));
p.CutthroatMinWidth = Convert.ToInt32(pr.NameObjects.GetObject("CutthroatMinWidth"));
p.EchelonBottomWidth = Convert.ToInt32(pr.NameObjects.GetObject("EchelonBottomWidth"));
p.OpenChannelBorderModulus = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBorderModulus"));
p.OpenChannelBottomSlope = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBottomSlope"));
p.OpenChannelBottomWidth = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelBottomWidth"));
p.OpenChannelCoarseRate = Convert.ToInt32(pr.NameObjects.GetObject("OpenChannelCoarseRate"));
p.ParshallWidth = Convert.ToInt32(pr.NameObjects.GetObject("ParshallWidth"));
p.PulseModulus = Convert.ToInt32(pr.NameObjects.GetObject("PulseModulus"));
p.PulseSensitivity1 = Convert.ToInt32(pr.NameObjects.GetObject("PulseSensitivity1"));
p.RectangleHeight = Convert.ToInt32(pr.NameObjects.GetObject("RectangleHeight"));
p.RectangleTotalWidth = Convert.ToInt32(pr.NameObjects.GetObject("RectangleTotalWidth"));
p.RectangleWidth = Convert.ToInt32(pr.NameObjects.GetObject("RectangleWidth"));
return p;
}
/// <summary>
///
/// </summary>
public frmXD221Params(XD221Params p)
{
InitializeComponent();
this._xd221Params = p;
Fill();
}
