bool CycleLotStart(ref TCycle _tCycle)
{
//Check Cycle Time Out.
string sTemp;
if (_tCycle.tmCycle.OnDelay(_tCycle.iStep == _tCycle.iPreStep && !OM.MstOptn.bDebugMode, 8000))
{
SM.ER_SetNeedShowErr(false);
sTemp = string.Format("VisionTimeOut Step={0:00}", _tCycle.iStep);
SM.ER_SetErr(ei.VSN_ComErr, sTemp);
SM.IO_SetY(yi.VISN_Change, false);
_tCycle.iStep = 0;
return(true);
}
if (_tCycle.iStep != _tCycle.iPreStep)
{
sTemp = string.Format("Step={0:00}", _tCycle.iStep);
Log.Trace("Vision Communction", sTemp);
}
_tCycle.iPreStep = _tCycle.iStep;
//Cycle.
switch (_tCycle.iStep)
{
default:
sTemp = string.Format("DEFAILT END STATUS Step={0:00} , PreStep={0:00}", _tCycle.iStep, _tCycle.iPreStep);
SM.ER_SetErr(ei.VSN_ComErr, sTemp);
Log.Trace("Vision Communction", sTemp);
SM.IO_SetY(yi.VISN_Change, false);
_tCycle.iStep = 0;
return(true);
case 10:
SM.IO_SetY(yi.VISN_LotStart, false);
_tCycle.iStep++;
return(false);
case 11:
if (SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
SM.IO_SetY(yi.VISN_LotStart, true);
_tCycle.iStep++;
return(false);
case 12:
if (!SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
SM.IO_SetY(yi.VISN_LotStart, false);
_tCycle.iStep++;
return(false);
case 13:
if (SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
_tCycle.iStep = 0;
return(true);
}
}
//One Cycle.
//여기부터.
bool CycleInsp(ref TCycle _tCycle)
{
//Check Cycle Time Out.
string sTemp;
if (_tCycle.tmCycle.OnDelay(_tCycle.iStep == _tCycle.iPreStep && !OM.MstOptn.bDebugMode, 8000))
{
SM.ER_SetNeedShowErr(false);
sTemp = string.Format("VisionTimeOut Step={0:00}", _tCycle.iStep);
SM.ER_SetErr(ei.VSN_ComErr, sTemp);
_tCycle.iStep = 0;
return(true);
}
if (_tCycle.iStep != _tCycle.iPreStep)
{
sTemp = string.Format("Step={0:00}", _tCycle.iStep);
Log.Trace("Vision Communction", sTemp);
}
_tCycle.iPreStep = _tCycle.iStep;
//Cycle.
switch (_tCycle.iStep)
{
default:
sTemp = string.Format("DEFAILT END STATUS Step={0:00} , PreStep={0:00}", _tCycle.iStep, _tCycle.iPreStep);
SM.ER_SetErr(ei.VSN_ComErr, sTemp);
Log.Trace("Vision Communction", sTemp);
_tCycle.iStep = 0;
return(true);
case 10:
if (SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
//SML.MT.OneShotTrg((int)mi.TOOL_YTool,true,1000);
//SM.IO_SetY(Para.yVisn_ManInsp, true);
SM.IO_SetY(yi.VISN_ManInsp, true);
Log.Trace("Vision Shot", "ON");
_tCycle.tmDelay.Clear();
_tCycle.iStep++;
return(false);
case 11:
//if(_tCycle.tmDelay.OnDelay(true, 10))return false;
if (!SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
//SM.IO_SetY(Para.yVisn_ManInsp, false);
SM.IO_SetY(yi.VISN_ManInsp, false);
Log.Trace("Vision Shot", "OFF");
_tCycle.tmDelay.Clear();
_tCycle.iStep++;
return(false);
case 12:
//if(_tCycle.tmDelay.OnDelay(1000))return false;
//SM.IO_SetY(Para.yVisn_ManInsp, false);
_tCycle.tmDelay.Clear();
_tCycle.iStep++;
return(false);
case 13:
//if(_tCycle.tmDelay.OnDelay(1000))return false;
//if(SM.IO_GetY(Para.yVisn_ManInsp))
//{
//SM.IO_SetY(yi.VISN_ManInsp, false);
Log.Trace("Vision Shot", "OFF2");
//return false;
//}
if (SM.IO_GetX(xi.VISN_Busy))
{
return(false);
}
Log.Trace("Vision Shot", "END");
_tCycle.iStep = 0;
return(true);
}
}