public void SetLedIndicator(string Indicator, int Val, string Log)
{
if (ReceivedCmd.InvokeRequired)
{
SetLedIndicatorCallback d = new SetLedIndicatorCallback(SetLedIndicator);
ReceivedCmd.Invoke(d, new object[] { Indicator, Val, Log }); // invoking itself
}
else
{
int a = 0;
string text = null;
if (Log != "" && Indicator != "Track_No")
{
text = DateTime.Now + Log + Convert.ToBoolean(Val) + Environment.NewLine;
ReceivedCmd.AppendText(text);
StoreText(text);
}
else if (Log != "" && Indicator == "Track_No")
{
a = Convert.ToInt16(Val) >> 4;
text = DateTime.Now + Log + Convert.ToString(a) + Environment.NewLine;
ReceivedCmd.AppendText(text);
StoreText(text);
}
switch (Indicator)
{
case "LLed_Heart": if (Val >= 1)
{
LLed_Heart.BackColor = Color.Lime;
LLed_Heart.ForeColor = Color.Black;
LLed_Heart.Text = "Aligned";
}
if (Val == 0)
{
LLed_Heart.BackColor = Color.Red;
LLed_Heart.ForeColor = Color.Yellow;
LLed_Heart.Text = "Unaligned";
}
break;
case "2":
break;
case "LLed_F11": if (Val >= 1)
{
LLed_F11.BackColor = Color.Yellow;
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F11.BackColor = Color.Cyan;
}
else
{
LLed_F11.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
}
break;
case "LLed_EOS10": if (Val >= 1)
{
LLed_EOS10.BackColor = Color.Red;
LLed_EOS10.ForeColor = Color.Yellow;
}
if (Val == 0)
{
LLed_EOS10.BackColor = Color.Transparent;
LLed_EOS10.ForeColor = Color.Black;
}
break;
case "LLed_EOS11": if (Val >= 1)
{
LLed_EOS11.BackColor = Color.Red;
LLed_EOS11.ForeColor = Color.Yellow;
}
if (Val == 0)
{
LLed_EOS11.BackColor = Color.Transparent;
LLed_EOS11.ForeColor = Color.Black;
}
break;
case "6":
break;
case "LLed_F13": if (Val >= 1)
{
LLed_F13.BackColor = Color.Red;
LLed_F13.ForeColor = Color.Yellow;
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F13.ForeColor = Color.Black;
LLed_F13.BackColor = Color.Cyan;
}
else
{
LLed_F13.ForeColor = Color.Black;
LLed_F13.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
}
break;
case "LLed_F12": if (Val >= 1)
{
LLed_F12.BackColor = Color.Red;
LLed_F12.ForeColor = Color.Yellow;
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F12.BackColor = Color.Cyan;
LLed_F12.ForeColor = Color.Black;
}
else
{
LLed_F12.ForeColor = Color.Black;
LLed_F12.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
}
break;
case "LLed_Block5B": if (Val >= 1)
{
LLed_Block5B.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_Block5B.BackColor = Color.Transparent;
}
break;
case "LLed_Block8A": if (Val >= 1)
{
LLed_Block8A.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_Block8A.BackColor = Color.Transparent;
}
break;
case "LLed_TrackPower": if (Val >= 1)
{
LLed_TrackPower.BackColor = Color.Lime;
LLed_TrackPower.Text = "Coupled";
LLed_TrackPower.ForeColor = Color.Black;
}
if (Val == 0)
{
LLed_TrackPower.BackColor = Color.Red;
LLed_TrackPower.Text = "Uncoupled";
LLed_TrackPower.ForeColor = Color.Yellow;
}
break;
case "LLed_Block5BIn": if (Val >= 1)
{
LLed_Block5BIn.BackColor = Color.Red;
Btn_Bezet5BOn_TOP.Text = "Off";
Btn_Bezet5BOn_TOP_Click_Toggle = false;
}
if (Val == 0)
{
LLed_Block5BIn.BackColor = Color.Transparent;
Btn_Bezet5BOn_TOP.Text = "On";
Btn_Bezet5BOn_TOP_Click_Toggle = true;
}
break;
case "LLed_Block6In": if (Val >= 1)
{
LLed_Block6In.BackColor = Color.Red;
Btn_Bezet6On_TOP.Text = "Off";
Btn_Bezet6On_TOP_Click_Toggle = false;
}
if (Val == 0)
{
LLed_Block6In.BackColor = Color.Transparent;
Btn_Bezet6On_TOP.Text = "On";
Btn_Bezet6On_TOP_Click_Toggle = true;
}
break;
case "LLed_Block7In": if (Val >= 1)
{
LLed_Block7In.BackColor = Color.Red;
Btn_Bezet7On_TOP.Text = "Off";
Btn_Bezet7On_TOP_Click_Toggle = false;
}
if (Val == 0)
{
if (LLed_Block7.BackColor == Color.Lime)
{
LLed_Block7In.BackColor = Color.Lime;
}
else
{
LLed_Block7In.BackColor = Color.Transparent;
}
Btn_Bezet7On_TOP.Text = "On";
Btn_Bezet7On_TOP_Click_Toggle = true;
}
break;
case "LLed_Resistor": if (Val >= 1)
{
LLed_Resistor.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_Resistor.BackColor = Color.Transparent;
}
break;
case "LLed_Track1": if (Val >= 1 && TrackStatusLight[1] == true)
{
LLed_Track1.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track1.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track1.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track1.BackColor = Color.Cyan; // After processor update from true to false set to cyan if initialized is false.
LLed_Track1.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track2": if (Val >= 1 && TrackStatusLight[2] == true)
{
LLed_Track2.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track2.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track2.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track2.BackColor = Color.Cyan;
LLed_Track2.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track3": if (Val >= 1 && TrackStatusLight[3] == true)
{
LLed_Track3.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track3.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track3.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track3.BackColor = Color.Cyan;
LLed_Track3.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track4": if (Val >= 1 && TrackStatusLight[4] == true)
{
LLed_Track4.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track4.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track4.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track4.BackColor = Color.Cyan;
LLed_Track4.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track5": if (Val >= 1 && TrackStatusLight[5] == true)
{
LLed_Track5.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track5.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track5.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track5.BackColor = Color.Cyan;
LLed_Track5.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track6": if (Val >= 1 && TrackStatusLight[6] == true)
{
LLed_Track6.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track6.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track6.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track6.BackColor = Color.Cyan;
LLed_Track6.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track7": if (Val >= 1 && TrackStatusLight[7] == true)
{
LLed_Track7.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track7.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track7.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track7.BackColor = Color.Cyan;
LLed_Track7.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track8": if (Val >= 1 && TrackStatusLight[8] == true)
{
LLed_Track8.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track8.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track8.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track8.BackColor = Color.Cyan;
LLed_Track8.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track9": if (Val >= 1 && TrackStatusLight[9] == true)
{
LLed_Track9.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track9.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track9.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track9.BackColor = Color.Cyan;
LLed_Track9.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track10": if (Val >= 1 && TrackStatusLight[10] == true)
{
LLed_Track10.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track10.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track10.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track10.BackColor = Color.Cyan;
LLed_Track10.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Track11": if (Val >= 1 && TrackStatusLight[11] == true)
{
LLed_Track11.BackColor = Color.Lime;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1)
{
LLed_Track11.BackColor = Color.Green;
CheckWhichTrackInline(); // Sensor background color update
}
if (Val == 0 && Initialized == true)
{
LLed_Track11.BackColor = Color.Transparent;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Initialized == false)
{
LLed_Track11.BackColor = Color.Cyan;
LLed_Track11.Text = " Not Initialized";
CheckWhichTrackInline(); // Sensor background color update
}
break;
case "LLed_Block6": if (Val >= 1)
{
LLed_Block6.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_Block6.BackColor = Color.Transparent;
}
break;
case "LLed_Block7": if (Val >= 1)
{
LLed_Block7.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_Block7.BackColor = Color.Transparent;
}
break;
case "LLed_15VTrackPower": if (Val >= 1)
{
LLed_15VTrackPower.BackColor = Color.Lime;
LLed_15VTrackPower.ForeColor = Color.Black;
LLed_15VTrackPower.Text = "Drive Power On";
}
if (Val == 0)
{
LLed_15VTrackPower.BackColor = Color.Red;
LLed_15VTrackPower.ForeColor = Color.Yellow;
LLed_15VTrackPower.Text = "Drive Power Off";
}
break;
case "LLed_F10": if (Val >= 1)
{
LLed_F10.BackColor = Color.Yellow;
LLed_F10_2_TOP.BackColor = Color.Yellow;
}
if (Val == 0)
{
LLed_F10.BackColor = Color.Transparent;
LLed_F10_2_TOP.BackColor = Color.Transparent;
}
break;
case "LLed_M10": if (Val >= 1)
{
LLed_M10.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_M10.BackColor = Color.Transparent;
}
break;
case "Track_No": Track_No.Text = Convert.ToString(a);
for (int i = 0; i < 12; i++)
{
TrackStatusLight[i] = false;
}
TrackStatusLight[a] = true;
ShiftIndicatorPos(a);
if (Initialized == true)
{
UpdateTrackIndicatorColor(); // After/during shift update color of tracks accordingly
}
break;
default: break;
}
}
}
/*#--------------------------------------------------------------------------#*/
/* Description: SetLedIndicator
*
*
*
*
* Input(s) :
*
* Output(s) :
*
* Returns :
*
* Pre.Cond. :
*
* Post.Cond. :
*
* Notes :
*/
/*#--------------------------------------------------------------------------#*/
public void SetLedIndicator(string Indicator, int Val, string Log)
{
if (ReceivedCmd.InvokeRequired)
{
SetLedIndicatorCallback d = new SetLedIndicatorCallback(SetLedIndicator);
ReceivedCmd.Invoke(d, new object[] { Indicator, Val, Log }); // invoking itself
}
else
{
int a = 0;
a = Convert.ToInt16(Val) >> 4;
switch (Indicator)
{
case "LLed_Heart": if (Val >= 1)
{
LLed_Heart.BackColor = Color.Lime;
LLed_Heart.ForeColor = Color.Black;
LLed_Heart.Text = "Aligned";
}
if (Val == 0)
{
LLed_Heart.BackColor = Color.Red;
LLed_Heart.ForeColor = Color.Yellow;
LLed_Heart.Text = "Unaligned";
}
break;
case "2":
break;
case "LLed_F11": if (Val >= 1)
{
LLed_F11.BackColor = Color.Yellow;
MoveTrainImage("LLed_F11", true);
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F11.BackColor = m_FYAppVar.TrackNotInitializedColor;;
}
else
{
LLed_F11.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
MoveTrainImage("LLed_F11", false);
}
break;
case "LLed_EOS10": if (Val >= 1)
{
LLed_EOS10.BackColor = Color.Red;
LLed_EOS10.ForeColor = Color.Yellow;
}
if (Val == 0)
{
LLed_EOS10.BackColor = Color.Transparent;
LLed_EOS10.ForeColor = Color.Black;
}
break;
case "LLed_EOS11": if (Val >= 1)
{
LLed_EOS11.BackColor = Color.Red;
LLed_EOS11.ForeColor = Color.Yellow;
}
if (Val == 0)
{
LLed_EOS11.BackColor = Color.Transparent;
LLed_EOS11.ForeColor = Color.Black;
}
break;
case "6":
break;
case "LLed_F13": if (Val >= 1)
{
LLed_F13.BackColor = Color.Red;
LLed_F13.ForeColor = Color.Yellow;
MoveTrainImage("LLed_F13", true);
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F13.ForeColor = Color.Black;
LLed_F13.BackColor = m_FYAppVar.TrackNotInitializedColor;;
}
else
{
LLed_F13.ForeColor = Color.Black;
LLed_F13.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
MoveTrainImage("LLed_F13", false);
}
break;
case "LLed_F12": if (Val >= 1)
{
LLed_F12.BackColor = Color.Red;
LLed_F12.ForeColor = Color.Yellow;
MoveTrainImage("LLed_F12", true);
}
if (Val == 0)
{
if (Initialized == false)
{
LLed_F12.BackColor = m_FYAppVar.TrackNotInitializedColor;;
LLed_F12.ForeColor = Color.Black;
}
else
{
LLed_F12.ForeColor = Color.Black;
LLed_F12.BackColor = Color.Transparent; // change color status else sensor keeps being red. Run before UpdateTrackIndicatorColor()
CheckWhichTrackInline();
}
MoveTrainImage("LLed_F12", false);
}
break;
case "LLed_Block5B": if (Val >= 1)
{
LLed_Block5B.BackColor = m_FYAppVar.TrackOccupiedColor;// Color.Lime;//GetBackColor when active
MoveTrainImage("LLed_Block5B", true);
PB_Bk5_Train.Show();
}
if (Val == 0)
{
LLed_Block5B.BackColor = Color.Transparent;// Color.Transparent;//GetBackcolor when not active
PB_Bk5_Train.Hide();
MoveTrainImage("LLed_Block5B", false);
}
PB_Bk5_Train.BackColor = LLed_Block5B.BackColor;
break;
case "LLed_Block8A": if (Val >= 1)
{
LLed_Block8A.BackColor = m_FYAppVar.TrackOccupiedColor;//Color.Lime;
MoveTrainImage("LLed_Block8A", true);
PB_Bk8A_Train.Show();
}
if (Val == 0)
{
LLed_Block8A.BackColor = Color.Transparent;// Color.Transparent;
//PB_Bk8A_Train.Hide();
PB_Bk8A_Train.Image = null; // clear image for next train drive_out
MoveTrainImage("LLed_Block8A", false);
}
PB_Bk8A_Train.BackColor = LLed_Block8A.BackColor;
break;
case "LLed_TrackPower": if (Val >= 1)
{
LLed_TrackPower.BackColor = m_FYAppVar.TrackOccupiedColor;//Color.Lime;
LLed_TrackPower.Text = "Coupled";
LLed_TrackPower.ForeColor = Color.Black;
}
if (Val == 0)
{
LLed_TrackPower.BackColor = Color.Red;
LLed_TrackPower.Text = "Uncoupled";
LLed_TrackPower.ForeColor = Color.Yellow;
}
break;
case "LLed_Block5BIn": if (Val >= 1)
{
PB_Block5BIn.Image = SeinRed;
LLed_Block5BIn.BackColor = Color.Red;
Btn_Bezet5BOn_TOP.Text = "Off";
Btn_Bezet5BOn_TOP_Click_Toggle = false;
}
if (Val == 0)
{
PB_Block5BIn.Image = SeinGreen;
LLed_Block5BIn.BackColor = m_FYAppVar.TrackOccupiedColor; //Color.Lime;
Btn_Bezet5BOn_TOP.Text = "On";
Btn_Bezet5BOn_TOP_Click_Toggle = true;
MoveTrainImage("LLed_Block5BIn", true);
}
break;
case "LLed_Block6In": if (Val >= 1)
{
PB_Block6In.Image = SeinRed;
LLed_Block6In.BackColor = Color.Red;
Btn_Bezet6On_TOP.Text = "Off";
Btn_Bezet6On_TOP_Click_Toggle = false;
}
if (Val == 0)
{
PB_Block6In.Image = SeinGreen;
LLed_Block6In.BackColor = m_FYAppVar.TrackOccupiedColor; //Color.Lime;
Btn_Bezet6On_TOP.Text = "On";
Btn_Bezet6On_TOP_Click_Toggle = true;
}
break;
case "LLed_Block7In": if (Val >= 1)
{
PB_Block7In.Image = SeinRed;
LLed_Block7In.BackColor = Color.Red;
Btn_Bezet7On_TOP.Text = "Off";
Btn_Bezet7On_TOP_Click_Toggle = false;
}
if (Val == 0)
{
PB_Block7In.Image = SeinGreen;
LLed_Block7In.BackColor = m_FYAppVar.TrackOccupiedColor; //Color.Lime;
Btn_Bezet7On_TOP.Text = "On";
Btn_Bezet7On_TOP_Click_Toggle = true;
MoveTrainImage("LLed_Block7In", true);
}
break;
case "LLed_Resistor": if (Val >= 1)
{
LLed_Resistor.BackColor = m_FYAppVar.TrackOccupiedColor; //Color.Lime;
}
if (Val == 0)
{
LLed_Resistor.BackColor = Color.Transparent;
}
break;
case "LLed_Track1":
if (Val >= 1 && TrackStatusLight[1] == true) // If train present and Track is active and track is enabled
{
LLed_Track1.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr1_Train.Show(); // Train present?
PB_Tr1_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[1] == false) // If train present and Track is not active and track is enabled
{
LLed_Track1.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr1_Train.Show(); // Train present?
PB_Tr1_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track1.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr1_Train.Hide(); // Train present?
PB_Tr1_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track1.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track1.Text = " Not Initialized"; // Set Track text
//PB_Tr1_Train.Hide(); // Train present?
PB_Tr1_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr1_Active.BackColor = LLed_Track1.BackColor;
PB_Tr1_Inline.BackColor = LLed_Track1.BackColor;
PB_Tr1_Train.BackColor = LLed_Track1.BackColor;
break;
case "LLed_Track2":
if (Val >= 1 && TrackStatusLight[2] == true) // If train present and Track is active and track is enabled
{
LLed_Track2.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr2_Train.Show(); // Train present?
PB_Tr2_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[2] == false) // If train present and Track is not active and track is enabled
{
LLed_Track2.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr2_Train.Show(); // Train present?
PB_Tr2_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track2.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr2_Train.Hide(); // Train present?
PB_Tr2_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track2.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track2.Text = " Not Initialized"; // Set Track text
//PB_Tr2_Train.Hide(); // Train present?
PB_Tr2_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr2_Active.BackColor = LLed_Track2.BackColor;
PB_Tr2_Inline.BackColor = LLed_Track2.BackColor;
PB_Tr2_Train.BackColor = LLed_Track2.BackColor;
break;
case "LLed_Track3":
if (Val >= 1 && TrackStatusLight[3] == true) // If train present and Track is active and track is enabled
{
LLed_Track3.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr3_Train.Show(); // Train present?
PB_Tr3_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[3] == false) // If train present and Track is not active and track is enabled
{
LLed_Track3.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr3_Train.Show(); // Train present?
PB_Tr3_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track3.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr3_Train.Hide(); // Train present?
PB_Tr3_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track3.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track3.Text = " Not Initialized"; // Set Track text
//PB_Tr3_Train.Hide(); // Train present?
PB_Tr3_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr3_Active.BackColor = LLed_Track3.BackColor;
PB_Tr3_Inline.BackColor = LLed_Track3.BackColor;
PB_Tr3_Train.BackColor = LLed_Track3.BackColor;
break;
case "LLed_Track4":
if (Val >= 1 && TrackStatusLight[4] == true) // If train present and Track is active and track is enabled
{
LLed_Track4.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr4_Train.Show(); // Train present?
PB_Tr4_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[4] == false) // If train present and Track is not active and track is enabled
{
LLed_Track4.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr4_Train.Show(); // Train present?
PB_Tr4_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track4.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr4_Train.Hide(); // Train present?
PB_Tr4_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track4.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track4.Text = " Not Initialized"; // Set Track text
//PB_Tr4_Train.Hide(); // Train present?
PB_Tr4_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr4_Active.BackColor = LLed_Track4.BackColor;
PB_Tr4_Inline.BackColor = LLed_Track4.BackColor;
PB_Tr4_Train.BackColor = LLed_Track4.BackColor;
break;
case "LLed_Track5":
if (Val >= 1 && TrackStatusLight[5] == true) // If train present and Track is active and track is enabled
{
LLed_Track5.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr5_Train.Show(); // Train present?
PB_Tr5_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[5] == false) // If train present and Track is not active and track is enabled
{
LLed_Track5.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr5_Train.Show(); // Train present?
PB_Tr5_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track5.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr5_Train.Hide(); // Train present?
PB_Tr5_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track5.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track5.Text = " Not Initialized"; // Set Track text
//PB_Tr5_Train.Hide(); // Train present?
PB_Tr5_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr5_Active.BackColor = LLed_Track5.BackColor;
PB_Tr5_Inline.BackColor = LLed_Track5.BackColor;
PB_Tr5_Train.BackColor = LLed_Track5.BackColor;
break;
case "LLed_Track6":
if (Val >= 1 && TrackStatusLight[6] == true) // If train present and Track is active and track is enabled
{
LLed_Track6.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr6_Train.Show(); // Train present?
PB_Tr6_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[6] == false) // If train present and Track is not active and track is enabled
{
LLed_Track6.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr6_Train.Show(); // Train present?
PB_Tr6_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track6.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr6_Train.Hide(); // Train present?
PB_Tr6_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track6.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track6.Text = " Not Initialized"; // Set Track text
//PB_Tr6_Train.Hide(); // Train present?
PB_Tr6_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr6_Active.BackColor = LLed_Track6.BackColor;
PB_Tr6_Inline.BackColor = LLed_Track6.BackColor;
PB_Tr6_Train.BackColor = LLed_Track6.BackColor;
break;
case "LLed_Track7":
if (Val >= 1 && TrackStatusLight[7] == true) // If train present and Track is active and track is enabled
{
LLed_Track7.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr7_Train.Show(); // Train present?
PB_Tr7_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[7] == false) // If train present and Track is not active and track is enabled
{
LLed_Track7.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr7_Train.Show(); // Train present?
PB_Tr7_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track7.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr7_Train.Hide(); // Train present?
PB_Tr7_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track7.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track7.Text = " Not Initialized"; // Set Track text
//PB_Tr7_Train.Hide(); // Train present?
PB_Tr7_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr7_Active.BackColor = LLed_Track7.BackColor;
PB_Tr7_Inline.BackColor = LLed_Track7.BackColor;
PB_Tr7_Train.BackColor = LLed_Track7.BackColor;
break;
case "LLed_Track8":
if (Val >= 1 && TrackStatusLight[8] == true) // If train present and Track is active and track is enabled
{
LLed_Track8.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr8_Train.Show(); // Train present?
PB_Tr8_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[8] == false) // If train present and Track is not active and track is enabled
{
LLed_Track8.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr8_Train.Show(); // Train present?
PB_Tr8_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track8.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr8_Train.Hide(); // Train present?
PB_Tr8_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track8.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track8.Text = " Not Initialized"; // Set Track text
//PB_Tr8_Train.Hide(); // Train present?
PB_Tr8_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr8_Active.BackColor = LLed_Track8.BackColor;
PB_Tr8_Inline.BackColor = LLed_Track8.BackColor;
PB_Tr8_Train.BackColor = LLed_Track8.BackColor;
break;
case "LLed_Track9":
if (Val >= 1 && TrackStatusLight[9] == true) // If train present and Track is active and track is enabled
{
LLed_Track9.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr9_Train.Show(); // Train present?
PB_Tr9_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[9] == false) // If train present and Track is not active and track is enabled
{
LLed_Track9.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr9_Train.Show(); // Train present?
PB_Tr9_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track9.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr9_Train.Hide(); // Train present?
PB_Tr9_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track9.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track9.Text = " Not Initialized"; // Set Track text
//PB_Tr9_Train.Hide(); // Train present?
PB_Tr9_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr9_Active.BackColor = LLed_Track9.BackColor;
PB_Tr9_Inline.BackColor = LLed_Track9.BackColor;
PB_Tr9_Train.BackColor = LLed_Track9.BackColor;
break;
case "LLed_Track10":
if (Val >= 1 && TrackStatusLight[10] == true) // If train present and Track is active and track is enabled
{
LLed_Track10.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr10_Train.Show(); // Train present?
PB_Tr10_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[10] == false) // If train present and Track is not active and track is enabled
{
LLed_Track10.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr10_Train.Show(); // Train present?
PB_Tr10_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track10.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr10_Train.Hide(); // Train present?
PB_Tr10_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track10.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track10.Text = " Not Initialized"; // Set Track text
//PB_Tr10_Train.Hide(); // Train present?
PB_Tr10_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr10_Active.BackColor = LLed_Track10.BackColor;
PB_Tr10_Inline.BackColor = LLed_Track10.BackColor;
PB_Tr10_Train.BackColor = LLed_Track10.BackColor;
break;
case "LLed_Track11":
if (Val >= 1 && TrackStatusLight[11] == true) // If train present and Track is active and track is enabled
{
LLed_Track11.BackColor = m_FYAppVar.TrackOccupiedColor; // Set TrackOccupiedColor
//PB_Tr11_Train.Show(); // Train present?
PB_Tr11_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val >= 1 && TrackStatusLight[11] == false) // If train present and Track is not active and track is enabled
{
LLed_Track11.BackColor = m_FYAppVar.TrackNotActiveColor; // Set TrackNotActiveColor (but is occupied)
//PB_Tr11_Train.Show(); // Train present?
PB_Tr11_Train.Image = Train;
CheckWhichTrackInline(); // Sensor background color update
}
else if (Val == 0 && Initialized == true) // If train not present and FY is initialized and Track is enabled
{
LLed_Track11.BackColor = Color.Transparent; // Set Color.Transparent
//PB_Tr11_Train.Hide(); // Train present?
PB_Tr11_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
if (Initialized == false) // If FY is not initialized
{
LLed_Track11.BackColor = m_FYAppVar.TrackNotInitializedColor; // Set TrackNotInitializedColor
LLed_Track11.Text = " Not Initialized"; // Set Track text
//PB_Tr11_Train.Hide(); // Train present?
PB_Tr11_Train.Image = null;
CheckWhichTrackInline(); // Sensor background color update
}
PB_Tr11_Active.BackColor = LLed_Track11.BackColor;
PB_Tr11_Inline.BackColor = LLed_Track11.BackColor;
PB_Tr11_Train.BackColor = LLed_Track11.BackColor;
break;
case "LLed_Block6": if (Val >= 1)
{
LLed_Block6.BackColor = m_FYAppVar.TrackOccupiedColor;//Color.Lime;
MoveTrainImage("LLed_Block6", true);
PB_Bk6_Train.Show();
}
if (Val == 0)
{
LLed_Block6.BackColor = Color.Transparent;// Color.Transparent;
PB_Bk6_Train.Hide();
MoveTrainImage("LLed_Block6", false);
}
PB_Bk6_Train.BackColor = LLed_Block6.BackColor;
break;
case "LLed_Block7": if (Val >= 1)
{
LLed_Block7.BackColor = m_FYAppVar.TrackOccupiedColor;//Color.Lime;
MoveTrainImage("LLed_Block7", true);
PB_Bk7_Train.Show();
}
if (Val == 0)
{
LLed_Block7.BackColor = Color.Transparent;// Color.Transparent;
PB_Bk7_Train.Hide();
MoveTrainImage("LLed_Block7", false);
}
PB_Bk7_Train.BackColor = LLed_Block7.BackColor;
break;
case "LLed_TrackPower15V": if (Val >= 1)
{
LLed_15VTrackPower.BackColor = Color.Lime;
LLed_15VTrackPower.ForeColor = Color.Black;
LLed_15VTrackPower.Text = "Drive Power On";
}
if (Val == 0)
{
LLed_15VTrackPower.BackColor = Color.Red;
LLed_15VTrackPower.ForeColor = Color.Yellow;
LLed_15VTrackPower.Text = "Drive Power Off";
}
break;
case "LLed_F10": if (Val >= 1)
{
LLed_F10.BackColor = Color.Yellow;
LLed_F10_2_TOP.BackColor = Color.Yellow;
MoveTrainImage("LLed_F10", true);
}
if (Val == 0)
{
LLed_F10.BackColor = Color.Transparent;
LLed_F10_2_TOP.BackColor = Color.Transparent;
MoveTrainImage("LLed_F10", false);
}
break;
case "LLed_M10": if (Val >= 1)
{
LLed_M10.BackColor = Color.Lime;
}
if (Val == 0)
{
LLed_M10.BackColor = Color.Transparent;
}
break;
case "Track_No": Track_No.Text = Convert.ToString(a);
for (int i = 0; i < 12; i++)
{
TrackStatusLight[i] = false;
}
ALlPB_InlineOff();
TrackStatusLight[a] = true;
TrackPB_InlineOn(a);
ShiftIndicatorPos(a);
if (Initialized == true)
{
UpdateTrackIndicatorColor(); // After/during shift update color of tracks accordingly
}
break;
case "ForceNextTrack": ForceNextTrack.Value = Val;
break;
default: break;
}
}
}