//Fills the histogram-related register list
private void GetRegisters(uint requested_channel)
{
uint fpga = requested_channel / 16;
for (int i = 0; i < base_controls.Length; i++)
{
Mu2e_Register.FindAddr(Convert.ToUInt16(base_controls[i] + (fpga * 0x400)), ref febClient.arrReg, out histo_controls[i]); //Histogram control registers
//histo_controls[i].addr += Convert.ToUInt16(fpga * histo_controls[i].fpga_offset_mult); //Apply the offset to the histo_controls
}
}
//Fills the histogram-related register list
private void GetRegisters()
{
for (int i = 0; i < base_addrs.Length; i++)
{
Mu2e_Register.FindAddr(base_addrs[i], ref febClient.arrReg, out histo_controls[i]); //Histogram controls
}
for (int k = 0; k < write_addrs.Length; k++)
{
Mu2e_Register.FindAddr(write_addrs[k], ref febClient.arrReg, out write_regs[k]); //write registers
}
}
//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);
}
public bool ReadCMB_SN(int FPGAnum, int CMB_num, out string CMB_ROM)
{
CMB_ROM = "";
try
{
if (_ClientOpen)
{
Mu2e_Register CMB_set; //addr25
Mu2e_Register.FindAddr(0x25, ref this.arrReg, out CMB_set);
Mu2e_Register CMB_cmnd; //addr24
Mu2e_Register.FindAddr(0x24, ref this.arrReg, out CMB_cmnd);
Mu2e_Register CMB_read; //addr26
Mu2e_Register.FindAddr(0x26, ref this.arrReg, out CMB_read);
try
{
if (FPGAnum < 4)
{
CMB_set.fpga_index = Convert.ToUInt16(FPGAnum);
CMB_cmnd.fpga_index = Convert.ToUInt16(FPGAnum);
CMB_read.fpga_index = Convert.ToUInt16(FPGAnum);
}
}
catch { }
switch (CMB_num)
{
case 0:
Mu2e_Register.WriteReg(1, ref CMB_set, ref this.client);
break;
case 1:
Mu2e_Register.WriteReg(2, ref CMB_set, ref this.client);
break;
case 2:
Mu2e_Register.WriteReg(4, ref CMB_set, ref this.client);
break;
case 3:
Mu2e_Register.WriteReg(8, ref CMB_set, ref this.client);
break;
default:
Mu2e_Register.WriteReg(1, ref CMB_set, ref this.client);
break;
}
Mu2e_Register.WriteReg(0x200, ref CMB_cmnd, ref this.client);
SendStr("rdi 26");
string t = "";
int rt = 0;
ReadStr(out t, out rt);
CMB_ROM = t;
return(true);
}
else
{
return(false);
}
}
catch { return(false); }
}
