/// <summary>
/// 读取参数数据部分
/// </summary>
/// <param name="data">用户数据</param>
/// <param name="refValue">返回结果</param>
private void Read_Par(byte[] Data, ref object oPars)
{
//从机地址
comAdr = Data[7];
//实际闸宽
width = Data[8] * 256 + Data[9];
//闸底高程
bottomHeight = Data[10] * 256 + Data[11];
//自由流系数
freeFlux = Data[12] / 100;
//潜流系数
undrFlux = Data[21] / 100;
//闸前水位量程
beforeLevel = Data[13] * 256 + Data[14];
//闸后水位量程
behindLevel = Data[15] * 256 + Data[16];
//闸前水位修正
if (Data[17] == 0x43)
{
beforeCorrect = (int)Data[18];
}
if (Data[17] == 0x45)
{
beforeCorrect = (int)Data[18] * -1;
}
//闸后水位修正
if (Data[19] == 0x43)
{
behindCorrect = (int)Data[20];
}
if (Data[19] == 0x45)
{
behindCorrect = (int)Data[20] * -1;
}
oPars = new Gate_Par(comAdr, width, bottomHeight, freeFlux, undrFlux, beforeLevel, behindLevel, beforeCorrect, behindCorrect);
}
/// <summary>
/// ��ȡ�������ݲ���
/// </summary>
/// <param name="data">�û�����</param>
/// <param name="refValue">���ؽ��</param>
private void Read_Par(byte[] Data, ref object oPars)
{
//�ӻ���ַ
comAdr = Data[7];
//ʵ��բ��
width = Data[8] * 256 + Data[9];
//բ�߳�
bottomHeight = Data[10] * 256 + Data[11];
//������ϵ��
freeFlux = Data[12] / 100;
//DZ��ϵ��
undrFlux = Data[21] / 100;
//բǰˮλ����
beforeLevel = Data[13] * 256 + Data[14];
//բ��ˮλ����
behindLevel = Data[15] * 256 + Data[16];
//բǰˮλ����
if (Data[17] == 0x43) { beforeCorrect = (int)Data[18]; }
if (Data[17] == 0x45) { beforeCorrect = (int)Data[18] * -1; }
//բ��ˮλ����
if (Data[19] == 0x43) { behindCorrect = (int)Data[20]; }
if (Data[19] == 0x45) { behindCorrect = (int)Data[20] * -1; }
oPars = new Gate_Par(comAdr, width, bottomHeight, freeFlux, undrFlux, beforeLevel, behindLevel, beforeCorrect, behindCorrect);
}
