public void ResetProcess(EnumMode mode, DividerData dividerData)
{
this.curNum = -1;
this.curNumTest = -1;
this.complete = EnumCaliState.INITI;
this.curTotalNum = 0;
this.curMode = mode;
setTotalNumByType(dividerData);
}
public CaliProcess(EnumMode mode, CaliData caliData)
{
this.curNum = 0;
this.curNumTest = -1;
this.curNumStand = -1;
this.changeMode = true;
this.complete = EnumCaliState.INITI;
this.curTotalNum = 0;
this.curMode = mode;
this.initiMode = mode;
setTotalNumByType(caliData);
}
//获取模式
public void getCurMode(DividerData dividerData, bool dataValid)
{
changeMode = false;
//当前模式校准完成，curNum从-1开始
if (curNum == curModeTotal - 1)
{
if (!modeCycleSwitch)
{
//循环开关关闭
if (modeMeasType == false)
{
//测试模式是当前模式
//数据读取完整
if (dataValid)
{
//测试完成
this.complete = EnumCaliState.COMPLETE;
//自动保存数据
if (this.modeSaveData)
{
SaveDividerDataToSql(dividerData);
}
}
return;
}
else
{
//测试模式是所有模式，根据当前模式进入到下一模式
switch (curMode)
{
case EnumMode.Divider_V_DCP:
curMode = EnumMode.Divider_V_DCN;
break;
case EnumMode.Divider_V_DCN:
curMode = EnumMode.Divider_V_AC;
break;
case EnumMode.Divider_V_AC:
curMode = EnumMode.Divider_F;
break;
case EnumMode.Divider_F:
this.complete = EnumCaliState.COMPLETE;
return;
}
}
}
else
{
//循环开关打开时
//循环测量时，默认自动保存数据
DAO.SaveDividerDataByMode(dividerData, curMode);
dividerData.Reset(false, curMode);
if (modeMeasType)
{
//测试模式是所有模式时，根据当前模式进入到下一模式
switch (curMode)
{
case EnumMode.Divider_V_DCP:
curMode = EnumMode.Divider_V_DCN;
break;
case EnumMode.Divider_V_DCN:
curMode = EnumMode.Divider_V_AC;
break;
case EnumMode.Divider_V_AC:
curMode = EnumMode.Divider_F;
break;
case EnumMode.Divider_F:
curMode = EnumMode.Divider_V_DCP;
break;
}
}
else
{
//测试模式是当前模式时，直接重置此模式
}
ResetProcess(curMode, dividerData);
}
}
}
public void getCurMode(CaliData caliData)
{
changeMode = false;
this.stall = EnumStall.STALL_NO;
//判断当前模式是否校准完成
if (curNum == curModeTotal)
{
if (type == false)
{
this.complete = EnumCaliState.COMPLETE;
return;
}
curNum = 0;
curNumTest = -1;
curNumStand = -1;
changeMode = true;
changeMode9010 = false;
//进入到下一模式
switch (curMode)
{
case EnumMode.IACI:
curMode = EnumMode.IACF;
this.stall = EnumStall.STALL_4; //频响校准时需要切换档位
curModeTotal = caliData.iacfData.Count;
break;
case EnumMode.IACF:
curMode = EnumMode.IDC;
curModeTotal = caliData.idcData.Count;
break;
case EnumMode.IDC:
curMode = EnumMode.VACF;
curModeTotal = caliData.vacfData.Count;
break;
case EnumMode.VACF:
curMode = EnumMode.VACVL;
curModeTotal = CaliData.VLOWNUM;
break;
case EnumMode.VACVL:
curMode = EnumMode.VDCL;
curModeTotal = CaliData.VLOWNUM * 2;
break;
case EnumMode.VDCL:
curMode = EnumMode.VACVH;
curModeTotal = caliData.vacvData.Count - CaliData.VLOWNUM;
break;
case EnumMode.VACVH:
curMode = EnumMode.VDCHP;
curModeTotal = CaliData.VDCPNUM - CaliData.VLOWNUM;
break;
case EnumMode.VDCHP:
curMode = EnumMode.VDCHN;
curModeTotal = CaliData.VDCPNUM - CaliData.VLOWNUM;
break;
case EnumMode.VDCHN:
this.complete = EnumCaliState.COMPLETE;
break;
}
}
//电流模式需要切换档位
if (curMode == EnumMode.IACI || curMode == EnumMode.IDC)
{
//每5个点切换一次档位
if (curNum % 5 == 0)
{
changeMode = true;
changeMode9010 = false;
int tempStall = curNum / 5;
switch (tempStall)
{
case 0:
case 6:
this.stall = EnumStall.STALL_6;
break;
case 1:
case 7:
this.stall = EnumStall.STALL_5;
break;
case 2:
case 8:
this.stall = EnumStall.STALL_4;
break;
case 3:
case 9:
this.stall = EnumStall.STALL_3;
break;
case 4:
case 10:
this.stall = EnumStall.STALL_2;
break;
case 5:
case 11:
this.stall = EnumStall.STALL_1;
break;
}
}
}
}
