/// <summary>
/// 设置被试电磁阀的电磁铁状态24V：左、中、右
/// </summary>
/// <param name="state"></param>
protected void SetTestValveState_24V(TestValveState state)
{
//Group["被试阀电压切换缓存"] = false;
//switch (state)
//{
// case TestValveState.左位:
// Group["被试阀右控缓存_24V"] = false;
// Group["被试阀左控缓存_24V"] = true;
// break;
// case TestValveState.右位:
// Group["被试阀右控缓存_24V"] = true;
// Group["被试阀左控缓存_24V"] = false;
// break;
// default:
// Group["被试阀右控缓存_24V"] = false;
// Group["被试阀左控缓存_24V"] = false;
// break;
//}
}
/// <summary>
/// 设置控制油路先导级的启闭状态，原理图中阀8
/// </summary>
/// <param name="state">左位，右位，中位</param>
public void SetTestValveStatePilot(TestValveState state)
{
//switch (state)
//{
// case TestValveState.左位:
// Group["阀8右控缓存"] = false;
// Group["阀8左控缓存"] = true;
// break;
// case TestValveState.右位:
// Group["阀8右控缓存"] = true;
// Group["阀8左控缓存"] = false;
// break;
// default:
// Group["阀8右控缓存"] = false;
// Group["阀8左控缓存"] = false;
// break;
//}
}
/// <summary>
/// 设置被试电磁阀的电磁铁状态22V：左、中、右
/// </summary>
/// <param name="state"></param>
public void SetTestValveState_22V(TestValveState state)
{
//Group["被试阀电压切换缓存"] = true;
//switch (state)
//{
// case TestValveState.左位:
// Group["被试阀右控缓存_22V"] = false;
// Group["被试阀左控缓存_22V"] = true;
// break;
// case TestValveState.右位:
// Group["被试阀右控缓存_22V"] = true;
// Group["被试阀左控缓存_22V"] = false;
// break;
// default:
// Group["被试阀右控缓存_22V"] = false;
// Group["被试阀左控缓存_22V"] = false;
// break;
//}
LOG.Debug("电磁铁22V电源被设置为" + state.ToString());
}
/// <summary>
///
/// </summary>
/// <param name="state"></param>
private void SteadystatePreeesureSingleSide(TestValveState state)
{
if (state == TestValveState.中位)
{
return;
}
CurvePanel panel = new CurvePanel();
panel.Title = TestType.稳态压差流量特性试验.ToString() + "(" + state.ToString() + ")";
panel.XLabel = "流量(L/Min)";
panel.YLabel = "压差(MPa)";
Curve curvePT = new Curve();
Curve curvePA = new Curve();
Curve curvePB = new Curve();
Curve curveAT = new Curve();
Curve curveBT = new Curve();
//添加曲线
panel.AddCurve(curvePT);
panel.AddCurve(curvePA);
panel.AddCurve(curvePB);
panel.AddCurve(curveAT);
panel.AddCurve(curveBT);
//添加曲线名称
curvePT.Name = "PT口";
curvePA.Name = "PA口";
curvePB.Name = "PB口";
curveAT.Name = "AT口";
curveBT.Name = "BT口";
this.SetCircuitState(CircuitState.PABTOut);
this.SetThrottleValve(100f);
this.SetTestValveState(state);
this.SetSourcePre(this.额定压力);
float 最大流量 = (float)(this.额定流量);
this.SetSourceFlow(0);
Pause(3000);
const int div_cnt = 10;
const int measure_cnt = 10;
float pressure_A = 0;
float pressure_B = 0;
float pressure_P = 0;
float pressure_T = 0;
float delta_q = (float)(最大流量 / div_cnt);
float flow = 0;
for (int i = 0; i <= div_cnt; i++)
{
this.SetSourceFlow(i * delta_q);
//读取压力流量数据
flow = 0;
pressure_A = 0;
pressure_B = 0;
pressure_P = 0;
pressure_T = 0;
for (int j = 0; j < measure_cnt; j++)
{
Pause(500);
flow += this.当前流量绝对值 / measure_cnt;
pressure_A += this.当前A口压力 / measure_cnt;
pressure_B += this.当前B口压力 / measure_cnt;
pressure_P += this.当前P口压力 / measure_cnt;
pressure_T += this.当前T口压力 / measure_cnt;
}
//将数据添加到曲线
curvePT.AddPoint(flow, pressure_P - pressure_T);
curvePA.AddPoint(flow, pressure_P - pressure_A);
curvePB.AddPoint(flow, pressure_P - pressure_B);
curveAT.AddPoint(flow, pressure_A - pressure_T);
curveBT.AddPoint(flow, pressure_B - pressure_T);
}
this.SetSourcePre(0);
this.SetSourceFlow(0);
SetTestValveState(TestValveState.中位);
this.SetThrottleValve(50f);
this.dictCurvePanel.Remove(panel.Title);
this.dictCurvePanel.Add(panel.Title, panel);
}
/// <summary>
/// 设置被试阀至指定工位
/// </summary>
/// <param name="state"></param>
protected override void SetTestValveState(TestValveState state)
{
MessageBox.Show("请手动将被试阀切换至" + state.ToString());
}
protected override void SetTestValveState(TestValveState state)
{
this.SetTestValveStatePilot(state);
}
//private void Run(Object stateInfo)
//{
// LOG.Info("试验开始...");
// LOG.Info(String.Format("当前选择的试验元件型号为：{0}", this.型号));
// try
// {
// this.SetOfSelectFlowMeter((float)this.额定流量);
// this.decideOnAdjPropValve((float)this.额定流量);
// this.SelectFlowMeter();
// recordor.StartRecord();//开始记录
// LOG.Info("开始记录数据");
// foreach (TestType testType in this.试验类型列表)
// {
// LOG.Info(testType.ToString() + " 开始");
// RunTest(testType);
// LOG.Info(testType.ToString() + " 结束");
// }
// recordor.EndRecort();//stop record and save data to folder named "report"
// LOG.Info("停止记录数据");
// this.SaveReportToDB();
// LOG.Info("试验报告已转为BLOB");
// this.SaveTestData();//save data to Mysql database
// LOG.Info("试验记录以保存到数据库，如有需要请在中央控制室查看");
// this.SetSourceFlow(0);
// this.SetSourcePre(0);//1102
// this.SetFlowMeasureValveOn();//1031
// this.SetCircuitState(CircuitState.ALLOn);
// _tested = true;//表示该阀做过试验
// }
// catch (BallValveOperateTimeOutException e)
// {
// LOG.Error("球阀操作超时，试验终止");
// this.SetSourceFlow(0);
// this.SetSourcePre(0);//1102
// }
// catch (TestAbortException e)
// {
// LOG.Error("试验被用户主动终止");
// }
// catch (Exception e)
// {
// LOG.Debug(e);
// throw e;
// }
// finally
// {
// this.heartbeatTimer.Enabled = false;
// }
// //此处使能启动按钮
// //此处禁掉暂停按钮
// TestEndEvent();//触发button使能状态改变的事件
// //this.SetSourceFlow(0);
// //this.SetSourcePre(0);//移到上面了，先把压力流量卸下来再操作球阀打开
// LOG.Info("试验结束,请打印实验报告...");
//}
protected virtual void SetTestValveState(TestValveState state)
{
}
