private void SpeedConsistent(bool reset, int row1, int row2)
{
GV_ReflowHot.BeginUpdate();
GV_ReflowCool.BeginUpdate();
GV_ReflowHot.CellValueChanged -= GV_Reflow_CellValueChanged;
GV_ReflowCool.CellValueChanged -= GV_Reflow_CellValueChanged;
if (reset)
{
var pReflower = CETCManagerApp.Instance.m_pETETCStage.m_ETReflower;
var pReflowerAreaData = pReflower.m_CAreaData["Hot"];
for (int col = 1; col <= pReflower.m_nSampleHeaterAreaCount; col++)
{
GV_ReflowHot.SetRowCellValue(2, GV_ReflowHot.Columns[col], pReflowerAreaData[col - 1].m_fAreaFanSpeedTop);
GV_ReflowHot.SetRowCellValue(3, GV_ReflowHot.Columns[col], pReflowerAreaData[col - 1].m_fAreaFanSpeedButtom);
}
pReflowerAreaData = pReflower.m_CAreaData["Cool"];
for (int col = 1; col <= pReflower.m_nSampleCoolAreaCount; col++)
{
GV_ReflowCool.SetRowCellValue(2, GV_ReflowCool.Columns[col], pReflowerAreaData[col - 1].m_fAreaFanSpeedTop);
GV_ReflowCool.SetRowCellValue(3, GV_ReflowCool.Columns[col], pReflowerAreaData[col - 1].m_fAreaFanSpeedButtom);
}
}
else
{
for (int col = 1; col < GV_ReflowHot.Columns.Count; col++)
{
var mValue = GV_ReflowHot.GetRowCellValue(row1, GV_ReflowHot.Columns[col]).ToDecimal();
GV_ReflowHot.SetRowCellValue(row2, GV_ReflowHot.Columns[col], mValue);
}
for (int col = 1; col < GV_ReflowCool.Columns.Count; col++)
{
var mValue = GV_ReflowCool.GetRowCellValue(row1, GV_ReflowCool.Columns[col]).ToDecimal();
GV_ReflowCool.SetRowCellValue(row2, GV_ReflowCool.Columns[col], mValue);
}
}
GV_ReflowHot.CellValueChanged += GV_Reflow_CellValueChanged;
GV_ReflowCool.CellValueChanged += GV_Reflow_CellValueChanged;
GV_ReflowHot.EndUpdate();
GV_ReflowCool.EndUpdate();
}
private void TempConsistent(bool reset, int row1, int row2)
{
GV_ReflowHot.CellValueChanged -= GV_Reflow_CellValueChanged;
GV_ReflowCool.CellValueChanged -= GV_Reflow_CellValueChanged;
if (reset)
{
var pReflowerAreaData = CETCManagerApp.Instance.m_pETETCStage.m_ETReflower.m_CAreaData["Hot"];
for (int col = 1; col <= m_nHeaterCount.Value; col++)
{
GV_ReflowHot.SetRowCellValue(0, GV_ReflowHot.Columns[col], pReflowerAreaData[col - 1].m_fAreaTemplTop);
GV_ReflowHot.SetRowCellValue(1, GV_ReflowHot.Columns[col], pReflowerAreaData[col - 1].m_fAreaTemplButtom);
}
pReflowerAreaData = CETCManagerApp.Instance.m_pETETCStage.m_ETReflower.m_CAreaData["Cool"];
for (int col = 1; col <= m_nCoolCount.Value; col++)
{
GV_ReflowCool.SetRowCellValue(0, GV_ReflowCool.Columns[col], pReflowerAreaData[col - 1].m_fAreaTemplTop);
GV_ReflowCool.SetRowCellValue(1, GV_ReflowCool.Columns[col], pReflowerAreaData[col - 1].m_fAreaTemplButtom);
}
}
else
{
for (int col = 1; col < GV_ReflowHot.Columns.Count; col++)
{
var mValue = GV_ReflowHot.GetRowCellValue(row1, GV_ReflowHot.Columns[col]).ToDecimal();
GV_ReflowHot.SetRowCellValue(row2, GV_ReflowHot.Columns[col], mValue);
}
for (int col = 1; col < GV_ReflowCool.Columns.Count; col++)
{
var mValue = GV_ReflowCool.GetRowCellValue(row1, GV_ReflowCool.Columns[col]).ToDecimal();
GV_ReflowCool.SetRowCellValue(row2, GV_ReflowCool.Columns[col], mValue);
}
}
GV_ReflowHot.CellValueChanged += GV_Reflow_CellValueChanged;
GV_ReflowCool.CellValueChanged += GV_Reflow_CellValueChanged;
}