public static void SetSWRThreshold(double swr_thresh)
{
byte cmd = 0;
if (swr_thresh == 1.1)
{
cmd = (byte)ATURequest.REQ_SWR11;
}
else if (swr_thresh == 1.3)
{
cmd = (byte)ATURequest.REQ_SWR13;
}
else if (swr_thresh == 1.5)
{
cmd = (byte)ATURequest.REQ_SWR15;
}
else if (swr_thresh == 1.7)
{
cmd = (byte)ATURequest.REQ_SWR17;
}
else if (swr_thresh == 2.0)
{
cmd = (byte)ATURequest.REQ_SWR20;
}
else if (swr_thresh == 2.5)
{
cmd = (byte)ATURequest.REQ_SWR25;
}
else if (swr_thresh == 3.0)
{
cmd = (byte)ATURequest.REQ_SWR30;
}
FWC.ATUSendCmd(cmd, 0, 0);
FlushBuffer(true);
}
public static void FullTune()
{
byte cmd, b2, b3;
byte b4 = 1;
int count = 0;
FlushBuffer(false);
Debug.WriteLine("fulltune start");
FWC.ATUSendCmd((byte)ATURequest.REQ_FULLTUNE, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
Thread.Sleep(10);
} while (cmd != 6 && cmd != 10 && count++ < 900); //6 = CMD_SWR (tune success), 10 = CMD_TUNEFAIL
if (tune_pass)
{
Debug.WriteLine("fwd: " + fwd_pwr.ToString("f2") + " ref: " + rev_pwr.ToString("f2") + " swr: " + swr.ToString("f2") + ":1-------------------------------");
}
else
{
Debug.WriteLine("Tune Failed: " + ((ATUTuneFail)tune_fail).ToString());
}
FlushBuffer(false);
}
private void radModeBypass_CheckedChanged(object sender, System.EventArgs e)
{
if (!console.fwc_init || console.CurrentModel != Model.FLEX5000)
{
return;
}
if (radModeBypass.Checked)
{
if (FWCATU.AutoStatus == 1)
{
FWCATU.AutoTuning(false);
}
if (FWCATU.Active)
{
FWCATU.Activate(false);
}
if (FWC.old_atu == true)
{
FWC.ATUSendCmd(9, 0, 0); //prevent
Thread.Sleep(200);
}
else
{
//Debug.WriteLine("setting antenna 1...");
FWCATU.SelectAntenna1();
}
current_tune_mode = FWCATUMode.Bypass;
console.FWCATUBypass();
}
grpTune.Enabled = !radModeBypass.Checked;
}
public static void DecrementCapacitance()
{
byte cmd, b2, b3, b4;
FWC.ATUSendCmd((byte)ATURequest.REQ_CAPDN, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
} while(b4 > 0);
}
public static void IncrementInductance()
{
byte cmd, b2, b3, b4;
FWC.ATUSendCmd((byte)ATURequest.REQ_INDUP, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
} while(b4 > 0);
}
//=====================================================================
// ke9ns add
public static void ReadSWR()
{
int count = 0;
byte cmd, b2, b3, b4;
FWC.ATUSendCmd((byte)ATURequest.REQ_ALLUPDATE, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 250);
ParseResult(cmd, b2, b3);
Thread.Sleep(10);
} while (cmd != 255 && count++ < 20); //6 = CMD_SWR (tune success), 10 = CMD_TUNEFAIL
} // ReadSWR()
public static void Activate(bool b)
{
byte cmd;
if (b)
{
cmd = (byte)ATURequest.REQ_TUNER_ACTIVE;
}
else
{
cmd = (byte)ATURequest.REQ_TUNER_STANDBY;
}
FWC.ATUSendCmd(cmd, 0, 0);
FlushBuffer(true);
}
public static void AutoTuning(bool b)
{
byte cmd;
if (b)
{
cmd = (byte)ATURequest.REQ_AUTO_ON;
}
else
{
cmd = (byte)ATURequest.REQ_AUTO_OFF;
}
FWC.ATUSendCmd(cmd, 0, 0);
//Thread.Sleep(3000);
FlushBuffer(true);
}
private void radModeBypass_CheckedChanged(object sender, System.EventArgs e)
{
if (radModeBypass.Checked)
{
if (FWCATU.AutoStatus == 1)
{
FWCATU.AutoTuning(false);
}
if (FWCATU.Active)
{
FWCATU.Activate(false);
}
FWC.ATUSendCmd(9, 0, 0);
current_tune_mode = FWCATUMode.Bypass;
}
grpTune.Enabled = !radModeBypass.Checked;
}
public static void FullTune()
{
int count = 0;
bool done_tuning = false;
byte cmd, b2, b3, b4;
FWC.ATUSendCmd((byte)ATURequest.REQ_FULLTUNE, 0, 0);
while (!done_tuning)
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
switch ((ATUResponse)cmd)
{
case ATUResponse.CMD_TUNEPASS:
case ATUResponse.CMD_TUNEFAIL:
done_tuning = true;
break;
}
Thread.Sleep(100);
if (count++ > 200)
{
break;
}
}
for (int i = 0; i < 13; i++)
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
if (cmd == 200 || b4 == 0)
{
break;
}
ParseResult(cmd, b2, b3);
}
if (tune_pass)
{
Debug.WriteLine("fwd: " + fwd_pwr.ToString("f2") + " ref: " + rev_pwr.ToString("f2") + " swr: " + swr.ToString("f2") + ":1");
}
else
{
Debug.WriteLine("Tune Failed: " + ((ATUTuneFail)tune_fail).ToString());
}
}
public static void Activate(bool b)
{
byte cmd, b2, b3, b4;
if (b)
{
cmd = (byte)ATURequest.REQ_TUNER_ACTIVE;
}
else
{
cmd = (byte)ATURequest.REQ_TUNER_STANDBY;
}
FWC.ATUSendCmd(cmd, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
} while(b4 > 0);
}
public static void AutoTuning(bool b)
{
byte cmd, b2, b3, b4;
if (b)
{
cmd = (byte)ATURequest.REQ_AUTO_ON;
}
else
{
cmd = (byte)ATURequest.REQ_AUTO_OFF;
}
FWC.ATUSendCmd(cmd, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
} while(b4 > 0);
}
public static void SetSWRThreshold(double swr_thresh)
{
byte cmd = 0, b2, b3, b4;
if (swr_thresh == 1.1)
{
cmd = (byte)ATURequest.REQ_SWR11;
}
else if (swr_thresh == 1.3)
{
cmd = (byte)ATURequest.REQ_SWR13;
}
else if (swr_thresh == 1.5)
{
cmd = (byte)ATURequest.REQ_SWR15;
}
else if (swr_thresh == 1.7)
{
cmd = (byte)ATURequest.REQ_SWR17;
}
else if (swr_thresh == 2.0)
{
cmd = (byte)ATURequest.REQ_SWR20;
}
else if (swr_thresh == 2.5)
{
cmd = (byte)ATURequest.REQ_SWR25;
}
else if (swr_thresh == 3.0)
{
cmd = (byte)ATURequest.REQ_SWR30;
}
FWC.ATUSendCmd(cmd, 0, 0);
do
{
FWC.ATUGetResult(out cmd, out b2, out b3, out b4, 200);
ParseResult(cmd, b2, b3);
} while(b4 > 0);
}
public static void DecrementInductance()
{
FWC.ATUSendCmd((byte)ATURequest.REQ_INDDN, 0, 0);
FlushBuffer(true);
}
public static void NoOp()
{
FWC.ATUSendCmd((byte)ATURequest.REQ_NOOP, 0, 0);
}
public static void SelectAntenna2()
{
FWC.ATUSendCmd((byte)ATURequest.REQ_ANT2, 0, 0);
Thread.Sleep(200);
FlushBuffer(true);
}
public static void DecrementCapacitance()
{
FWC.ATUSendCmd((byte)ATURequest.REQ_CAPDN, 0, 0);
FlushBuffer(true);
}
