/// <summary>///读取ADC通道/// </summary>
public void ReadCanChannelLen()
{
var sedip = ConstUdpArg.GetDacChannelReadCommand(DisPlayWindow.Info.DacChannel - 1);
Send(sedip, ConstUdpArg.Dst_ComMsgIp);
ReceiveCanChannelLen(20);
}
/// <summary>///读取延时信息/// </summary>
public void ReadDelyTime()
{
var sedip = ConstUdpArg.GetDelayTimeReadCommand(DisPlayWindow.Info.DelayChannel);
Send(sedip, ConstUdpArg.Dst_ComMsgIp);
ReceiveChannelDeleyTime(20);
}
/// <summary>存:ADC偏移</summary>
/// <param name="data">数据8bit,[(配置值+1.2)/1.2]*128</param>
public void SaveAdcOffset(byte data)
{
var addr = ConstUdpArg.GetAdcOffsetSave(DisPlayWindow.Info.AdcNum);
var sendData = new byte[addr.Length + 1];
Array.Copy(addr, sendData, addr.Length);
//最后一位是需要发送的数据
sendData.SetValue(data, sendData.Length - 1);
Send(sendData, ConstUdpArg.Dst_ComMsgIp);
}
/// 将接收到的数据显示到对应的界面上
/// 由于UDP返回数据包可能不是按发送命令顺序,此处增加识别处理
/// <param name="cmd"></param>
/// <param name="data"></param>
void SetData(string cmd, byte[] data)
{
//得到发送指令后与ConstUdpArg中指令集对比,再将对应的数据处理后显示到界面上
if (Encoding.ASCII.GetString(ConstUdpArg.Pulse_Period_Read, 0, 6).Equals(cmd)) //脉冲周期
{
int pulsePeriod = ToInt(data) * 5;
Console.WriteLine("pulse_period={0}", pulsePeriod);
DisPlayWindow.Info.PulsePeriod = pulsePeriod;
}
else if (Encoding.ASCII.GetString(ConstUdpArg.Pulse_Delay_Read, 0, 6).Equals(cmd)) //脉冲延时
{
int pulseDelay = ToInt(data) * 5;
Console.WriteLine("pulse_delay={0}", pulseDelay);
DisPlayWindow.Info.PulseDelay = pulseDelay;
}
else if (Encoding.ASCII.GetString(ConstUdpArg.Pulse_Width_Read, 0, 6).Equals(cmd)) //脉冲宽度
{
int pulseWidth = ToInt(data) * 5;
Console.WriteLine("pulse_width={0}", pulseWidth);
DisPlayWindow.Info.PulseWidth = pulseWidth;
}
else if (Encoding.ASCII.GetString(ConstUdpArg.GetAdcOffsetRead(DisPlayWindow.Info.AdcNum), 0, 6).Equals(cmd)) //ADC偏移
{
double adcOffset = data[0];
adcOffset = adcOffset * 1.2 / 128 - 1.2;
//AdcOffset.ToString("G3");
Console.WriteLine("adc_offset={0}", adcOffset.ToString("G2"));
DisPlayWindow.Info.AdcOffset = adcOffset.ToString("G2");
}
else if (Encoding.ASCII.GetString(ConstUdpArg.GetDelayTimeReadCommand(DisPlayWindow.Info.DelayChannel), 0, 6).Equals(cmd)) //延迟通道
{
byte t = data[0];
data[0] = data[1];
data[1] = t;
int delaytime = BitConverter.ToUInt16(data, 0);
DisPlayWindow.Info.DelayTime = delaytime;
}
else if (Encoding.ASCII.GetString(ConstUdpArg.GetDacChannelReadCommand(DisPlayWindow.Info.DacChannel - 1), 0, 6).Equals(cmd))
//Dac数据
{
int result = data[0] * 256;
result += data[1];
DisPlayWindow.Info.DacLenth = result;
}
else
{
//其他,未定义
Console.WriteLine("cmd={0}", cmd);
}
}
/// <summary>存:DAC幅值</summary>
/// <param name="data">数据8bit,[(配置值+1.2)/1.2]*128</param>
public void SaveDacLen(byte[] data)
{
var cmd = ConstUdpArg.GetDacLenSaveCommand(int.Parse(DisPlayWindow.HMainWindow.tb_dacChannel.Text));
SaveData(cmd, data);
}
/// <summary>存:延时通道</summary>
/// <param name="data">数据8bit,[(配置值+1.2)/1.2]*128</param>
public void SaveDelayTime(byte[] data)
{
var cmd = ConstUdpArg.GetDelayTimeSaveCommand(int.Parse(DisPlayWindow.HMainWindow.tb_deleyChannel.Text));
SaveData(cmd, data);
}
/// <summary>写:脉冲宽度</summary>
/// <param name="data">数据,16bit,配置值/5</param>
public void WriteDelayTime(byte[] data)
{
var tmp = ConstUdpArg.GetDelayTimeWriteCommand(int.Parse(DisPlayWindow.HMainWindow.tb_deleyChannel.Text) - 1);
WriteData(tmp, data);
}
/// <summary>读取:ADC偏移</summary>
public void ReadAdcOffset()
{
Send(ConstUdpArg.GetAdcOffsetRead(DisPlayWindow.Info.AdcNum), ConstUdpArg.Dst_ComMsgIp);
ReceiveAdcOffset(19);
}
