void statusBar1_StartStopClick(object sender, EventArgs e)
{
if (task.bRunning)
{
statusBar1.pause = false;
statusBar1.status = RUN_STATE.STOPPING;
task.Stop();
}
else
{
RsInfo rs = Program.lst_rsinfo[Program.mainwnd.selectedRs];
RxInfo rx = Program.lst_rxinfo[Program.mainwnd.selectedRx];
statusBar1.total = syscfg.iMeasTimes;
statusBar1.count = 1;
statusBar1.status = RUN_STATE.INITIALIZING;
DeviceMgr.Log(String.Format(@"==== New Measurement Paramter========
Measure times = {0}\r\nRs ID = {1}\r\nRs Value = {2}\r\nRs Temp. Alpha = {3}\r\nRs Temp. Beta = {4}\r\n
Temperature = {5}\r\nRx ID = {6}\r\nSample times = {7}\r\nSwitch delay = {8}\r\n
Filter = {9}\r\nFilter Length = {10}\r\nMeasure delay = {12}\r\n
AutoFilter = {13}\r\nRx curr. = {14}\r\n
New Measurement Started...", syscfg.iMeasTimes.ToString(), rs.sSerial, rs.dValue.ToString("F8"), rs.dAlpha.ToString("F3"), rs.dBeta.ToString("F3"),
syscfg.dTemp.ToString("F3"), rx.sSerial, syscfg.iSampleTimes, syscfg.iKTT,
syscfg.sFilterType, syscfg.iFilter, syscfg.iMeasDelay, syscfg.bThrow, rx.iIx
));
task.Start();
Program.data.ClearAll();
foreach (RxDisplay rxdisp in Enumerable.Range(1, 4).Select(x => findrx(x)))
{
rxdisp.ReDraw();
}
}
}
public void LogComplete()
{
DeviceMgr.Log("...... Summary Begin ......");
DeviceMgr.Log(String.Format("Rx(mean):{0}\nMax:{1}\nMin:{2}\nRx/Rs:{3}\nStdev:{4}", GetData(RXDATA_MODE.AVERAGE),
GetData(RXDATA_MODE.MAX),
GetData(RXDATA_MODE.MIN),
GetData(RXDATA_MODE.RATIO),
GetData(RXDATA_MODE.VARIANCE)));
DeviceMgr.Log("...... Summary End ...... ");
}
public void LogComplete()
{
DeviceMgr.Log(String.Format(@"...... 数据汇总 开始 ......
Rx(平均值):{0}
最大值: {1}
最小值: {2}
Rx/Rs: {3}
标准差: {4}
不确定度: {4}", GetData(RXDATA_MODE.AVERAGE),
GetData(RXDATA_MODE.MAX),
GetData(RXDATA_MODE.MIN),
GetData(RXDATA_MODE.RATIO),
GetData(RXDATA_MODE.VARIANCE)));
DeviceMgr.Log("...... 数据汇总 结束 ...... ");
}
public void LogComplete()
{
/*
* DeviceMgr.Log(String.Format(@"...... 数据汇总 开始 ......
* Rx(平均值):{0}
* 最大值: {1}
* 最小值: {2}
* Rx/Rs: {3}
* 标准差: {4}
* 不确定度: {4}", GetData(RXDATA_MODE.AVERAGE),
* GetData(RXDATA_MODE.MAX),
* GetData(RXDATA_MODE.MIN),
* GetData(RXDATA_MODE.RATIO),
* GetData(RXDATA_MODE.VARIANCE)));
*/
DeviceMgr.Log("...... 数据汇总 结束 ...... ");
}
//change the new reading base on history
public bool AddNewValue(ref double newreading)
{
int drop = 2;
if (valfilter.Count == 0) //1st reading
{
SysConfig syscfg = RunWnd.syscfg;
DeviceMgr.Log(String.Format(@"==== 新测量参数========
测量次数 = {0}
标准电阻ID = {1}
标准电阻阻值 = {2}
标准电阻温度系数. Alpha = {3}
标准电阻温度系数. Beta = {4}
温度 = {5}
被测电阻ID = {6}
单次采样次数 = {7}
换向时间(秒) = {8}
测量间隔(秒) = {9}
电流值(A) = {10}
滤波器 = {11}
新测量开始...", syscfg.iMeasTimes.ToString(), rs.sSerial, rs.dValue.ToString("F8"), rs.dAlpha.ToString("F3"),
rs.dBeta.ToString("F3"),
syscfg.dTemp.ToString("F3"), rx.sSerial, syscfg.iSampleTimes, syscfg.iKTT,
syscfg.iMeasDelay, rx.var.iSrc, syscfg.iFilter
));
}
valfilter.Add(newreading);
if (valfilter.Count < 4)
{
return(false);
}
if ((RunWnd.syscfg.iFilter + drop) >= valfilter.Count)
{
newreading = valfilter.Skip(2).Average();
}
else
{
newreading = valfilter.Skip(valfilter.Count - RunWnd.syscfg.iFilter).Average();
}
iMeasCnt++;
return(true);
}
private void DoNextMeasure()
{
RsInfo rs = runstate.selectedRs.Dequeue();
RxInfo rx = runstate.selectedRx.Dequeue();
status = RUN_STATE.INITIALIZING;
if (false)
{
SysConfig syscfg = Program.sysinfo;
DeviceMgr.Log(String.Format(@"==== New Measurement Paramter========
Measure times = {0}\r\nRs ID = {1}\r\nRs Value = {2}\r\nRs Temp. Alpha = {3}\r\nRs Temp. Beta = {4}\r\n
Temperature = {5}\r\nRx ID = {6}\r\nSample times = {7}\r\nSwitch delay = {8}\r\n
Filter = {9}\r\nFilter Length = {10}\r\nMeasure delay = {12}\r\n
AutoFilter = {13}\r\nRx curr. = {14}\r\n
New Measurement Started...", syscfg.iMeasTimes.ToString(), rs.sSerial, rs.dValue.ToString("F8"), rs.dAlpha.ToString("F3"), rs.dBeta.ToString("F3"),
syscfg.dTemp.ToString("F3"), rx.sSerial, syscfg.iSampleTimes, syscfg.iKTT,
syscfg.sFilterType, syscfg.iFilter, syscfg.iMeasDelay, syscfg.bThrow, rx.iIx
));
}
task.Start(rx, rs);
}
private static bool tmlock = false; //lock for timer handler
void uiTimer_Tick(object sender, EventArgs e)
{
if (tmlock)
{
return;
}
tmlock = true;
if (DeviceMgr.Loaded && statusBar1.status == RUN_STATE.DISABLED)
{
statusBar1.status = RUN_STATE.IDLE;
}
if (lastcall != "")
{
if (lastcall == "newtime")
{
lastcall = "";
Program.kbd.Init(StringResource.str("enter_newtime"), "newtime", false, KbdData);
}
tmlock = false;
return;
}
else
{
if (task.bRunning)
{
task.Step();
statusBar1.pause = task.bPaused;
statusBar1.waiting = task.waiting;
if (!task.bRunning)
{
statusBar1.status = RUN_STATE.IDLE;
DeviceMgr.Log("测量结束...");
}
}
}
tmlock = false;
}
private static bool tmlock = false; //lock for timer handler
void uiTimer_Tick(object sender, EventArgs e)
{
if (tmlock)
{
return;
}
tmlock = true;
if (DeviceMgr.Loaded && status == RUN_STATE.DISABLED)
{
status = RUN_STATE.IDLE;
}
if (task.bRunning)
{
task.Step();
if (!task.bRunning)
{
status = RUN_STATE.IDLE;
DeviceMgr.Log("Measurement Stopped...");
}
}
tmlock = false;
}
public void LogData(int index, double value)
{
DeviceMgr.Log(String.Format("读数 {0} = {1}", index.ToString(), Util.FormatData(value, 8)));
}
