private void AutoUpdateVave()
{
m_Waves.Clear();
if (!m_WaveData.Validation(m_VSDSelectIndex + 1))
{
MessageBox.Show(ResString.GetResString("Wave_Info_NumberMoreThanMaxOfVSD"));
return;
}
WaveDataEx WaveToSend = new WaveDataEx(m_WaveData);
{
AmplitudeHeadParameter Amplitude = new AmplitudeHeadParameter(Convert.ToInt32(0));
WaveToSend.AddAmplitude(Amplitude);
}
{
m_WaveData.WaveDatas = m_OriginalWaveSnips;
AmplitudeVoltageChange Amplitude = new AmplitudeVoltageChange(m_OriginalWaveSnips, m_WaveData.WaveDatas);
WaveToSend.AddAmplitude(Amplitude);
}
m_Waves.Add(WaveToSend);
System.Threading.Thread.Sleep(500);
if (IsVoltage)
{
m_WaveData.NewWaveDatas[0].m_StandardVoltage = Math.Round(currValue, 1);
}
else
{
m_WaveData.NewWaveDatas[indexN].m_dVoltage_Cycle = Math.Round(currValue, 1);
}
currStr = "(V)" + m_WaveData.NewWaveDatas[0].m_StandardVoltage.ToString() + " "
+ "(W)" + (waveIdx + 1).ToString() + " "
+ "(1)" + m_WaveData.NewWaveDatas[waveIdx * m_WavePhase_Number].m_dVoltage_Cycle.ToString() + " "
+ "(2)" + m_WaveData.NewWaveDatas[waveIdx * m_WavePhase_Number + 1].m_dVoltage_Cycle.ToString() + " "
+ "(3)" + m_WaveData.NewWaveDatas[waveIdx * m_WavePhase_Number + 2].m_dVoltage_Cycle.ToString() + " "
+ "(4)" + m_WaveData.NewWaveDatas[waveIdx * m_WavePhase_Number + 3].m_dVoltage_Cycle.ToString() + " ";
currValue = currValue + step;
m_Button_Update_Click(null, null);
}
/// <summary>
/// 波形下发
/// </summary>
private void m_Button_Update_Click(object sender, EventArgs e)
{
FileLog("Write wave to board");
ControlsEnable(false); //按钮无效化
WaveDataEx WaveData = m_Waves[0];
//遍历确定各波所含的段数
ushort[] usCountArray = new ushort[] { 0, 0, 0, 0, 0, 0, 0, 0 };
for (int nIndex = 0; nIndex < m_WaveData.NewWaveDatas.Count; nIndex++)
{
{
m_WaveData.NewWaveDatas[nIndex].m_VoltageStart = m_WaveData.G4_Voltage2DigitalValue((float)(m_WaveData.NewWaveDatas[0].m_StandardVoltage * m_WaveData.NewWaveDatas[nIndex].m_VoltageStart_Percentage / 100));
m_WaveData.NewWaveDatas[nIndex].m_VoltageEnd = m_WaveData.G4_Voltage2DigitalValue((float)(m_WaveData.NewWaveDatas[0].m_StandardVoltage * m_WaveData.NewWaveDatas[nIndex].m_VoltageEnd_Percentage / 100));
}
if (m_WaveData.NewWaveDatas[nIndex].m_dVoltage_Cycle != 0)
{
usCountArray[nIndex / 8] += 1;
m_WaveData.NewWaveDatas[nIndex].m_Voltage_Cycle = (ushort)(m_WaveData.NewWaveDatas[nIndex].m_dVoltage_Cycle * m_CycleValue + 0.5);
}
else
{
m_WaveData.NewWaveDatas[nIndex].m_Voltage_Cycle = 0;
}
}
//设定总段数，总周期数，开始周期不变
//总段数
ushort usTotalPhase = 0;
for (int nIndex = 0; nIndex < usCountArray.Length; nIndex++)
{
usTotalPhase += usCountArray[nIndex];
}
byte[] byTotalPhase = BitConverter.GetBytes(usTotalPhase);
if (m_WaveData.WaveSummary.ContainsKey("Summary1"))
{
m_WaveData.WaveSummary["Summary1"] = byTotalPhase[0];
}
else
{
m_WaveData.WaveSummary.Add("Summary1", byTotalPhase[0]);
}
ConvertWaveCycle2NMCycle();
//总周期数
ushort usTotalCycle = (ushort)(m_WaveData.NewWaveNMDatas[m_WaveData.NewWaveNMDatas.Count - 1].m_Cycle | 0x8000);
byte[] byTotalCycle = BitConverter.GetBytes(usTotalCycle);
if (m_WaveData.WaveSummary.ContainsKey("Summary3"))
{
m_WaveData.WaveSummary["Summary3"] = byTotalCycle[0];
}
else
{
m_WaveData.WaveSummary.Add("Summary3", byTotalCycle[0]);
}
if (m_WaveData.WaveSummary.ContainsKey("Summary4"))
{
m_WaveData.WaveSummary["Summary4"] = byTotalCycle[1];
}
else
{
m_WaveData.WaveSummary.Add("Summary4", byTotalCycle[1]);
}
//int Length = EpsonLCD.WriteWaveData(WaveData.Wave.NewGetBytes(m_ImportPreFlag,m_WriteWaveFlag, m_VSDSelectIndex + 1, m_WaveSelectIndex + 1, usCountArray, usTotalPhase));
int Length = EpsonLCD.WriteWaveData(m_WaveData.NewGetBytes(m_ImportPreFlag, m_WriteWaveFlag, m_VSDSelectIndex + 1, m_WaveSelectIndex + 1, usCountArray, usTotalPhase));
EpsonLCD.SetWaveDataTotalLength(Length);
//m_CheckBox_WriteWave.Checked = false; //覆盖波形去除勾选
//btnIFSSave.Enabled = true;
}
public void ProceedKernelMessage(IntPtr wParam, IntPtr lParam)
{
CoreMsgEnum kParam = (CoreMsgEnum)wParam.ToInt32();
switch (kParam)
{
case CoreMsgEnum.HardPanelDirty:
{
Ep6Cmd cmd = (Ep6Cmd)lParam.ToInt32();
switch (cmd)
{
case Ep6Cmd.EP6_CMD_T_WAVE_READ_READY:
{
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_READ_READY");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_READ_READY 波形预读完成");
int TotalLength = EpsonLCD.GetWaveDataTotalLength();
m_WaveData.NewParse2(HBTypeName, EpsonLCD.GetWaveData(TotalLength), m_CycleValue);
//保存刚刚获得的波形数据，在幅值方式为电压改变时有用
m_OriginalWaveSnips = new List <WaveDataSnip>(m_WaveData.WaveDatas);
////导入Wave和NM数据
//ImportWaveNMData();
//btnIFSSave.Enabled = true;
//m_Button_Import.Enabled = true;
}
break;
case Ep6Cmd.EP6_CMD_T_WAVE_SET_READY:
{
//波形发送完成，发送幅值
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_SET_READY");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_SET_READY 波形发送完成，发送幅值");
if (m_Waves.Count == 0)
{
break;
}
WaveDataEx WaveData = m_Waves[0];
m_AmplitudeToSends.Clear();
foreach (IAmplitude Amplitude in WaveData.Amplitudes)
{
m_AmplitudeToSends.Add(Amplitude);
}
if (0 == m_AmplitudeToSends.Count)
{
throw new Exception("0 == m_AmplitudeToSends.Count");
}
int Length = EpsonLCD.WriteAmplitudeData(m_AmplitudeToSends[0].GetBytes());
EpsonLCD.SetAmplitudeTotalLength(Length);
}
break;
case Ep6Cmd.EP6_CMD_T_SWING_READY:
{
FileLog("Ep6Cmd.EP6_CMD_T_SWING_READY");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_SWING_READY 幅值下发完成");
if (m_AmplitudeToSends.Count > 0)
{
m_AmplitudeToSends.RemoveAt(0);
}
if (m_AmplitudeToSends.Count > 0)
{
int Length = EpsonLCD.WriteAmplitudeData(m_AmplitudeToSends[0].GetBytes());
EpsonLCD.SetAmplitudeTotalLength(Length);
}
else
{
//幅值发送完成，发送新增加节点信息，暂时为空
byte[] NewNode = new byte[2];
NewNode[0] = 0xFF;
int Length = EpsonLCD.WriteNewAddNodeData(NewNode);
EpsonLCD.SetNewAddNodeTotalLength(1);
}
}
break;
case Ep6Cmd.EP6_CMD_T_WAVE_POINT_FINISH:
{
//新添加节点数据发送完成命令
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_POINT_FINISH");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_POINT_FINISH 新添加节点数据发送完成命令");
int Length = EpsonLCD.WriteWaveMappingData(ConstructWaveMapping());
EpsonLCD.SetWaveMappingTotalLength(Length);
}
break;
case Ep6Cmd.EP6_CMD_T_WAVE_NAME_READY:
//预读波形名字就绪，开始读波形名字
{
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_NAME_READY");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_NAME_READY 预读波形命令下发完成");
//取得波形名字总长度
int TotalSize = EpsonLCD.GetWaveNameTotalLength();
//取得波形名字数据
ParseWaveName(EpsonLCD.GetWaveNameData(TotalSize), TotalSize);
//预读映射表命令
EpsonLCD.PrepareReadWaveMapping();
}
break;
case Ep6Cmd.EP6_CMD_T_WAVE_NAME_FINISH:
//波形名字发送完成命令
{
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_NAME_FINISH");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_NAME_FINISH 波形名字修改发送完成命令");
MessageBox.Show(ResString.GetResString("Wave_Info_WaveNameUpdataFinish"), "Info", MessageBoxButtons.OK, MessageBoxIcon.Information);
ControlsEnable(true);
}
break;
case Ep6Cmd.EP6_CMD_T_WAVE_CHANNEL_FINISH:
//波形映射表完成命令
{
FileLog("Ep6Cmd.EP6_CMD_T_WAVE_CHANNEL_FINISH");
Debug.WriteLine("Ep6Cmd.EP6_CMD_T_WAVE_CHANNEL_FINISH 波形映射表完成命令");
//获得波形映射总长度
int TotalSize = EpsonLCD.GetWaveMappingTotalLength();
if (0 == TotalSize)
{
MessageBox.Show(ResString.GetResString("Wave_Info_ReadWaveMapping0Length"), "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
//取得波形映射数据
ParseWaveMapping(EpsonLCD.GetWaveMappingData(TotalSize), TotalSize);
if (m_ImportMappingFlag == false)
{
//用户自定义
CustomInitialize();
//界面上所有控件显示
this.Visible = true;
//波形映射导入完成
m_ImportMappingFlag = true;
}
else
{
MessageBox.Show(ResString.GetResString("Wave_Info_WaveMappingReadFinish"), "Info", MessageBoxButtons.OK, MessageBoxIcon.Information);
ControlsEnable(true);
m_ComboBox_Channel_SelectedIndexChanged(null, null);
m_ComboBox_VSD_SelectedIndexChanged(null, null);
}
}
break;
}
}
break;
case CoreMsgEnum.Status_Change:
{
int status = lParam.ToInt32();
if ((JetStatusEnum)status == JetStatusEnum.Ready && IsAutoWave && IsAutoPrint && !IsAutoStop)
{
IsAutoPrint = false;
AutoUpdateVave();
}
else if ((JetStatusEnum)status == JetStatusEnum.Busy && IsAutoWave && !IsAutoPrint && !IsAutoStop)
{
IsAutoPrint = true;
}
break;
}
}
}