public void UartRecv_Texture(byte[] text, int PackageLen)
{
bool result = false;
int LastSendCmd = myApi.CurrentSendCmd;
try
{
if (DEVICE_CMD_ID.SET_DEV_PAUSE == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
if (!MeasureStopFlag)
{
myApi.SendStartMeaurePostion(PeakDegree[GroupIndex_Psi]);
timerUartRecv.Interval = 1000 * 30;
timerUartRecv.Enabled = true;
}
else
{
myApi.SendCloseShutter();
}
}
}
else if (DEVICE_CMD_ID.SET_START_MEA_POS == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendHighVoltageUp(TubeVoltage[GroupIndex_Psi], TubeCurrent[GroupIndex_Psi]);
timerUartRecv.Interval = 1000 * 40;
timerUartRecv.Enabled = true;
}
}
else if (DEVICE_CMD_ID.SET_HIGH_VOLTAGE_UP == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
Thread.Sleep(5000);
myApi.SendGetHighVoltage();
timerUartRecv.Interval = 1000 * 5;
timerUartRecv.Enabled = true;
}
}
else if (DEVICE_CMD_ID.GET_HIGH_VOLTAGE == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
result = myApi.RecvGetHighVoltage(text);
timerUartRecv.Enabled = false;
if (result)
{
myApi.SendMeasureTime(MeasureTime[GroupIndex_Psi]);
timerUartRecv.Interval = 1000 * 5;
timerUartRecv.Enabled = true;
}
}
}
else if (DEVICE_CMD_ID.SET_MES_TIME == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendSpeedB(PhiSpeed[GroupIndex_Psi]);
timerUartRecv.Interval = 1000 * 5;
timerUartRecv.Enabled = true;
}
}
else if (DEVICE_CMD_ID.SET_B_SPEED == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
if (0 == GroupIndex_Psi)
{
myApi.SendOpenShutter();
timerUartRecv.Interval = 1000 * 5;
timerUartRecv.Enabled = true;
}
else
{
myApi.SendAngleA(myApi.AnglePsi[MeasureIndex_Psi]);
timerUartRecv.Interval = 1000 * 30;
timerUartRecv.Enabled = true;
}
}
}
else if (DEVICE_CMD_ID.OPEN_LIGHT_SHUTTER == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendAngleA(myApi.AnglePsi[MeasureIndex_Psi]);
timerUartRecv.Interval = 1000 * 30;
timerUartRecv.Enabled = true;
}
}
else if (DEVICE_CMD_ID.SET_A_ANGLE == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendAngleB(0);
timerUartRecv.Interval = 1000 * 30;
timerUartRecv.Enabled = true;
}
}
else if (DEVICE_CMD_ID.SET_B_ANGLE == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendStartCycleScan(360);
timerUartRecv.Interval = 1000 * 5;
timerUartRecv.Enabled = true;
myApi.RecvDataCount = 0;
myApi.RecvDataTable.Rows.Clear();
ChartRealTimeShowIndex = 0;
myApi.TotalDataCount = (int)(360 / (PhiSpeed[GroupIndex_Psi] * MeasureTime[GroupIndex_Psi]));
myUart.Pack_Debug_out(null, "[Texture] totalcount=" + myApi.TotalDataCount.ToString());
myApi.SSC_RecvDataReadIndex = 0;
myApi.SSC_RecvDataWriteIndex = 0;
myApi.SSC_AnalyzeDataCount = 0;
//myApi.RecvDataTableSaveFileStart(myApi.AnglePsi[MeasureIndex_Psi], MeasureIndex_Psi);
//myApi.Texture_SaveFileStart(FaceExp[GroupIndex_Psi], GroupIndex_Psi, BM[GroupIndex_Psi]);
ChartRealTimeInit();
}
}
else if (DEVICE_CMD_ID.START_SCAN == LastSendCmd)
{
// save data
timerUartRecv.Enabled = false;
myApi.CSB_RecvDataAnalyze(text);
myApi.RecvDataTableUpdate(myApi.SSC_AnalyzeDataArray, myApi.SSC_AnalyzeDataCount);
//myApi.RecvDataTableSaveFileProc(myApi.SSC_AnalyzeDataArray, myApi.SSC_AnalyzeDataCount);
myApi.RecvDataCount += (myApi.SSC_AnalyzeDataCount / 21);
myUart.Pack_Debug_out(null, "[Texture] analyzecount=" + (myApi.SSC_AnalyzeDataCount / 21).ToString() + "totalrecvcount=" + myApi.RecvDataCount.ToString());
myApi.SSC_AnalyzeDataCount = 0;
Array.Clear(myApi.SSC_AnalyzeDataArray, 0, myApi.SSC_AnalyzeDataArray.Length);
if (myApi.RecvDataCount >= myApi.TotalDataCount)
{
Array.Clear(myApi.SSC_RecvDataArray, 0, myApi.SSC_RecvDataArray.Length);
myApi.SSC_RecvDataReadIndex = 0;
myApi.SSC_RecvDataWriteIndex = 0;
//myApi.RecvDataTableSaveFileEnd();
//myApi.Texture_SaveFileEnd();
RecvDataFinishFlag = true;
}
}
else if (DEVICE_CMD_ID.CLOSE_LIGHT_SHUTTER == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
myApi.SendHighVoltageDown(myApi.DefaultVotage, myApi.DefaultCurrent);
timerUartRecv.Interval = 1000 * 10;
timerUartRecv.Enabled = true;
timerHighVoltage_10min.Enabled = true;
}
}
else if (DEVICE_CMD_ID.SET_HIGH_VOLTAGE_DOWN == LastSendCmd)
{
if (myApi.RecvDeviceReady(text))
{
timerUartRecv.Enabled = false;
// measure end
MeasureStopFlag = true;
}
}
else
{
}
if (DEVICE_CMD_ID.GET_HIGH_VOLTAGE == LastSendCmd)
{
myParentForm.statusBar_HighVoltageUpdate(myApi.recvVoltage, myApi.recvCurrent);
ChartRealTimeShowIndex = 0;
//chartRealTime.Series["射线强度"].Points.Clear();
double xMin = 0;
double xMax = 360;
chartRealTime.ChartAreas["ChartArea1"].AxisX.Maximum = xMax;
chartRealTime.ChartAreas["ChartArea1"].AxisX.Minimum = xMin;
if (MeasureIndex_Psi == 0)
{
dataGridViewClear();
}
}
else if ((DEVICE_CMD_ID.SET_HIGH_VOLTAGE_UP == LastSendCmd) ||
(DEVICE_CMD_ID.SET_HIGH_VOLTAGE_DOWN == LastSendCmd))
{
if ((myApi.TubeVoltage > 0) || (myApi.TubeCurrent > 0))
{
myConfig.SaveWarmUpTime();
}
else
{
}
if (DEVICE_CMD_ID.SET_HIGH_VOLTAGE_UP == LastSendCmd)
{
timerHighVoltage_10min.Enabled = false;
}
else if (DEVICE_CMD_ID.SET_HIGH_VOLTAGE_DOWN == LastSendCmd)
{
if (MeasureStopFlag)
{
MeasureStopFlag = false;
buttonStart.Enabled = true;
buttonStop.Enabled = false;
groupBoxSettings.Enabled = true;
myParentForm.tableLayoutPanel1.Enabled = true;
myParentForm.tableLayoutPanel2.Enabled = true;
//MessageBox.Show("测量结束");
myParentForm.toolStripStatusLabelMeasureStatus.Text = "测量结束";
}
}
myParentForm.statusBar_HighVoltageUpdate(myApi.sendVoltage, myApi.sendCurrent);
}
else if ((DEVICE_CMD_ID.START_SCAN == LastSendCmd) && (myApi.RecvDataCount > 0) && (0 == myApi.DetectorType))
{
ChartRealTimeUpdate();
}
else
{
}
// 接收数据完成
if (RecvDataFinishFlag)
{
RecvDataFinishFlag = false;
PhiMeasureFinish();
}
}
catch (Exception ex)
{
myUart.Pack_Debug_out(null, "Exception" + "[" + ex.ToString() + "]");
}
}
private void buttonOK_Click(object sender, EventArgs e)
{
try
{
sendVoltage = Convert.ToDouble(textBoxHighVoltage.Text);
sendCurrent = Convert.ToDouble(textBoxCurrent.Text);
myUart.Pack_Debug_out(null, "[HighVoltage] voltage open,v=" + sendVoltage.ToString() + "c=" + sendCurrent.ToString());
bool checkResult = FormChildMeasure.checkHighVoltageRange(myApi.TargetType, sendVoltage, sendCurrent);
if (checkResult)
{
myApi.SendHighVoltageUp(sendVoltage, sendCurrent);
timerUartRecv.Interval = 1000 * 40;
timerUartRecv.Enabled = true;
}
//string pattern = @"^[0-9]*$";
//Match m1 = Regex.Match(textBoxHighVoltage.Text, pattern); // 匹配正则表达式
//Match m2 = Regex.Match(textBoxCurrent.Text, pattern);
//if ((!m1.Success) || (!m2.Success))
//{
// FormDeviceInit.showErrorMessageBox("只能输入整数");
// return;
//}
//int voltageMin = 10;
//int voltageMax = 25;
//int currentMin = 5;
//int currentMax = 40;
//if (myParent.myConfig.TargetType == 0)
//{
// voltageMin = 10;
// voltageMax = 25;
// currentMin = 5;
// currentMax = 40;
//}
//else if (myParent.myConfig.TargetType == 1)
//{
// voltageMin = 10;
// voltageMax = 40;
// currentMin = 5;
// currentMax = 40;
//}
//else
//{
//}
//int voltage = Convert.ToInt32(textBoxHighVoltage.Text);
//int current = Convert.ToInt32(textBoxCurrent.Text);
//if ((voltage >= voltageMin) && (voltage <= voltageMax)
// && (current >= currentMin) && (current <= currentMax))
//{
// myParent.ShortcutHighVoltage_SetValue[0] = voltage;
// myParent.ShortcutHighVoltage_SetValue[1] = current;
// this.DialogResult = DialogResult.OK;
// this.Close();
//}
//else
//{
// string str = "输入范围错误！电压：";
// str += voltageMin.ToString();
// str += "~";
// str += voltageMax.ToString();
// str += " 电流：";
// str += currentMin.ToString();
// str += "~";
// str += currentMax.ToString();
// FormDeviceInit.showErrorMessageBox(str);
//}
}
catch (Exception ex)
{
myUart.Pack_Debug_out(null, "Exception" + "[" + ex.ToString() + "]");
}
}