public RunName()
{
InitializeComponent();
this.GainTextBox.Text = "unknown";
if (PP.FEB1.client != null)
{
Mu2e_FEB_client myFEB;
myFEB = PP.FEB1;
Mu2e_Register r1;
Mu2e_Register.FindName("AFE_VGA0", ref myFEB.arrReg, out r1);
r1.fpga_index = 0;
Mu2e_Register.ReadReg(ref r1, ref myFEB.client);
this.GainTextBox.Text = r1.val.ToString();
Mu2e_Register.FindName("AFE_VGA1", ref myFEB.arrReg, out r1);
r1.fpga_index = 0;
Mu2e_Register.ReadReg(ref r1, ref myFEB.client);
this.GainTextBox.Text += "-" + r1.val.ToString();
Mu2e_Register.FindName("AFE_VGA0", ref myFEB.arrReg, out r1);
r1.fpga_index = 1;
Mu2e_Register.ReadReg(ref r1, ref myFEB.client);
this.GainTextBox.Text += "-" + r1.val.ToString();
Mu2e_Register.FindName("AFE_VGA1", ref myFEB.arrReg, out r1);
r1.fpga_index = 1;
Mu2e_Register.ReadReg(ref r1, ref myFEB.client);
this.GainTextBox.Text += "-" + r1.val.ToString();
}
}
public RunName()
{
InitializeComponent();
this.GainTextBox.Text = "";
Mu2e_Register reg;
if (PP.FEB_clients != null)
{
if (PP.FEB_clients.Any(x => x.ClientOpen))
{
foreach (Mu2e_FEB_client feb in PP.FEB_clients)
{
if (feb.ClientOpen)
{
Mu2e_Register.FindName("AFE_VGA0", 0, ref feb.arrReg, out reg);
Mu2e_Register.ReadReg(ref reg, ref feb.client);
GainTextBox.Text += reg.val.ToString();
Mu2e_Register.FindName("AFE_VGA1", 0, ref feb.arrReg, out reg);
Mu2e_Register.ReadReg(ref reg, ref feb.client);
GainTextBox.Text += "-" + reg.val.ToString() + "-";
}
}
}
}
//if (PP.FEB1.client != null)
//{
// Mu2e_FEB_client feb1 = PP.FEB1;
// Mu2e_Register r1;
// Mu2e_Register.FindName("AFE_VGA0", 0, ref feb1.arrReg, out r1);
// //r1.fpga_index = 0;
// Mu2e_Register.ReadReg(ref r1, ref feb1.client);
// this.GainTextBox.Text += r1.val.ToString();
// Mu2e_Register.FindName("AFE_VGA1", 0, ref feb1.arrReg, out r1);
// //r1.fpga_index = 0;
// Mu2e_Register.ReadReg(ref r1, ref feb1.client);
// this.GainTextBox.Text += "-" + r1.val.ToString();
//}
//if (PP.FEB2.client != null)
//{
// Mu2e_FEB_client feb2 = PP.FEB2;
// Mu2e_Register r1;
// Mu2e_Register.FindName("AFE_VGA0", 0, ref feb2.arrReg, out r1);
// //r1.fpga_index = 0;
// Mu2e_Register.ReadReg(ref r1, ref feb2.client);
// this.GainTextBox.Text += "-" + r1.val.ToString();
// Mu2e_Register.FindName("AFE_VGA1", 0, ref feb2.arrReg, out r1);
// //r1.fpga_index = 0;
// Mu2e_Register.ReadReg(ref r1, ref feb2.client);
// this.GainTextBox.Text += "-" + r1.val.ToString();
//}
}
//public bool SoftwareTrig()
//{
// SW.WriteLine("trig");
// timeout = 0;
// while ((SR.ReadLine() != "trig") && (timeout < max_timeout)) { System.Threading.Thread.Sleep(1); timeout++; }
// if (timeout < max_timeout) { return true; } else { return false; }
//}
public bool CheckStatus(out uint spill_state, out uint spill_num, out uint trig_num)
{
Mu2e_Register.FindAddr(0x76, ref arrReg, out Mu2e_Register reg_spill_state);
Mu2e_Register.FindAddr(0x68, ref arrReg, out Mu2e_Register reg_spill_num);
Mu2e_Register.FindAddr(0x67, ref arrReg, out Mu2e_Register reg_trig_count);
Mu2e_Register.ReadReg(ref reg_spill_state, ref client);
Mu2e_Register.ReadReg(ref reg_spill_num, ref client);
Mu2e_Register.ReadReg(ref reg_trig_count, ref client);
spill_state = reg_spill_state.val;
spill_num = reg_spill_num.val;
trig_num = reg_trig_count.val;
return(true);
}
