private void trigger_cbx_CheckedChanged(object sender, EventArgs e)
{
if (trigger_cbx.Checked)
{
tricam.stopLiveMode();
tricam.trigger_LeftRightTimer.Start();
if (ir_cbx.Checked || flash_cbx.Checked || ring_cbx.Checked)
{
ir_cbx.Checked = flash_cbx.Checked = ring_cbx.Checked = false;
}
}
else
{
DialogResult res = MessageBox.Show("Is Trigger Working ?", "CalibrationTool", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (res == DialogResult.Yes)
{
Globals.currentSettings.memoryTestStruct.Trigger = PassStr;
}
else
{
Globals.currentSettings.memoryTestStruct.Trigger = FailStr;
}
if (leftRight_cbx.Checked == false)
{
tricam.trigger_LeftRightTimer.Stop();
tricam.startLiveMode();
}
}
}
private void LensArtifactMeasurementMode(string s, Args arg)
{
Globals.isHighResolution = false;
IrMode_rb.Checked = true;
Globals.digitalGain = 50;
tricam.setDigitalGain();
tricam.startLiveMode();
resume_btn.Enabled = false;
isLACod_cbx.Checked = false;
grading_btn.Visible = false;
whiteLightCapture_btn.Visible = true;
ModeSelection_gbx.Enabled = true;
//IrMode_rb_CheckedChanged(null, null);
if (Globals.browseBtnClicked)
{
tricam.stopLiveMode();
whiteLightMode_rb.Checked = true;
f.Publish(f.GradingStill, null);
whiteLightMode_rb.Checked = false;
grading_btn.Visible = true;
whiteLightCapture_btn.Visible = false;
resume_btn.Enabled = true;
ModeSelection_gbx.Enabled = false;
}
//else if (IrMode_rb.Checked)
//{
// Globals.isHighResolution = false;
// IrMode_rb.Checked = true;
// //IRGradingCapture();
//}
else if (whiteLightMode_rb.Checked)
{
whiteGradingCapture();
}
//Recommanded range for Avg peak is only for white light, so disabling when IR selected
if (tricam.isLiveMode())
{
if (IrMode_rb.Checked)
{
if (LA_avgPeakRange_lbl.Visible)
{
LA_avgPeakRange_lbl.Visible = false;
LA_avgPeakRange_lbl.Refresh();
}
}
else
{
if (LA_avgPeakRange_lbl.Visible)
{
LA_avgPeakRange_lbl.Visible = true;
LA_avgPeakRange_lbl.Refresh();
}
}
}
}
private void IrMode_rb_CheckedChanged(object sender, EventArgs e)
{
if (IrMode_rb.Checked)
{
tricam.stopLiveMode();
Globals.isHighResolution = !IrMode_rb.Checked;
tricam.startLiveMode();
}
else
{
tricam.stopLiveMode();
Globals.isHighResolution = !IrMode_rb.Checked;
tricam.startLiveMode();
}
}
public void resume_btn_Click(object sender, EventArgs e)
{
if (Globals.browseBtnClicked)
{
Globals.browseBtnClicked = false;
IrMode_rb_CheckedChanged(null, null);
}
if (IrMode_rb.Checked)
{
Globals.isHighResolution = false;
}
tricam.startLiveMode();
ModeSelection_panel.Enabled = true;
IrImageCapture_btn.Enabled = true;
whiteLightCapture_btn.Enabled = true;
Globals.isIlluminationGrid = true;
manageIlluminationGrid();
resume_btn.Enabled = false;
this.Refresh();
}
public void RingCapture_Click(object sender, EventArgs e)
{
// Measure_ring_btn.Enabled = true;//enable measure ring button only on first capture
if (Globals.Retake)
{
IsZeroPoint.Enabled = true;
}
if (!Globals.IsLiveCalib)
{
//to enable save calib button after capture is done for 37time(-12 to +12) when start calib is clicked.
Globals.nvramHelper.SetNvramValue(Nvram.NvramHelper.RoyalSettings.AOIRectangleX, (int)AOI_X_UPDOWN.Value);
Globals.nvramHelper.SetNvramValue(Nvram.NvramHelper.RoyalSettings.AOIRectangleY, (int)AOI_Y_UPDOWN.Value);
if (StartCalibClicked == true)
{
if (Globals.CalibOver)
{
SaveCalib_btn.Enabled = true;
RingCapture.Enabled = false;
}
}
if (currentState == state.CaptureState)
{
Args arg = new Args();
RingCapture.Text = "Resume";
RingCapture.Refresh();
arg["isIR"] = false;
currentState = state.ResumeState;
f.Publish(f.REFRACTO_CAPTURE, arg); //call tricam.ringcapture
}
else
{
Globals.isHighResolution = false;
RingCapture.Text = "RingCapture";
RingCapture.Refresh();
f.Publish(f.REFRACTO_NO_OF_SPOTS, null); //set display area with grids after resuming to live mode
if (!Globals.IsR1R2Mode)
{
mycamera.initLL();
}
mycamera.startLiveMode();
currentState = state.CaptureState;
}
}
}