internal void CalcReg04(KuscCommon.SYNTH_TYPE cSynthType, int cpCurrentValue)
// According to data sheet: 0 -> 0.300, 15 ->
{
// Create and change bit array
BitArray bitArr = new BitArray(new int[] { KuscCommon.SYNTH_REG04 });
BitArray bitArrCp = new BitArray(new int[] { cpCurrentValue });
for (int idx = 0; idx < 4; idx++)
{
bitArr[10 + idx] = bitArrCp[idx];
}
// Convert result to int32 again
int value = 0;
for (int i = 0; i < bitArr.Count; i++)
{
if (bitArr[i])
{
value += Convert.ToInt32(Math.Pow(2, i));
}
}
if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_TX)
{
synthReg04Tx = value;
}
else if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_RX)
{
synthReg04Rx = value;
}
}
private Int32 SetSynthCp(KuscCommon.SYNTH_TYPE cType)
{
Int32 cpVal = 0;
if (cType == KuscCommon.SYNTH_TYPE.SYNTH_TX)
{
if (cbxSynthTxSetCp.Text == string.Empty || cbxSynthTxSetCp.Text == "choose")
{
cpVal = KuscCommon.SYNTH_TX_CP_DEFAULT_INDEX;
}
else
{
cpVal = cbxSynthTxSetCp.SelectedIndex;
_kuscSynth.CalcReg04(KuscCommon.SYNTH_TYPE.SYNTH_TX, cpVal);
}
}
else if (cType == KuscCommon.SYNTH_TYPE.SYNTH_RX)
{
if (cbxSynthRxSetCp.Text == string.Empty || cbxSynthRxSetCp.Text == "choose")
{
cpVal = KuscCommon.SYNTH_RX_CP_DEFAULT_INDEX;
}
else
{
cpVal = cbxSynthRxSetCp.SelectedIndex;
_kuscSynth.CalcReg04(KuscCommon.SYNTH_TYPE.SYNTH_RX, cpVal);
}
}
return(cpVal);
}
internal List <string> GetDataRegisters(KuscCommon.SYNTH_TYPE cSynthType, double fRF, double fIF)
{
List <string> regList = new List <string>();
List <Int32> regListNum = new List <Int32>();
CalcSynthParams(fRF, fIF);
regList.Add(KuscCommon.SYNTH_REG10.ToString() + '@' + 0xa.ToString() + '#'); // R10
regList.Add(KuscCommon.SYNTH_REG06.ToString() + '@' + 0x6.ToString() + '#'); // R6
if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_TX)
{
regList.Add(synthReg04Tx.ToString() + '@' + 0x4.ToString() + '#'); // R4 - TX
}
else if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_RX)
{
regList.Add(synthReg04Rx.ToString() + '@' + 0x4.ToString() + '#'); // R4 - RX
}
regList.Add(CalcReg02().ToString() + '@' + 0x2.ToString() + '#'); // R2
regList.Add(CalcReg01().ToString() + '@' + 0x1.ToString() + '#'); // R1
regList.Add(CalcReg00().ToString() + '@' + 0x0.ToString() + '#'); // R0
regList.Add(KuscCommon.SYNTH_REG04.ToString() + '@' + 0x4.ToString() + '#'); // R4
regList.Add(CalcReg00().ToString() + '@' + 0x0.ToString() + '#'); // R0
// Now send the F_RF frequancy to read latter time:
Int32 fRfToSend = Convert.ToInt32(fRF * 100);
regList.Add(fRfToSend.ToString() + '@' + 0xb.ToString() + '#');
return(regList);
}
internal void SendSynthRegisters(KuscCommon.SYNTH_TYPE cSynthType)
{
if (_synthUpdateCnt < KuscCommon.SYNTH_NUM_CYCLE_IN_UPDATE_REGISTERS)
{
if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_TX)
{
_kuscSerial.SerialWriteMessage(KuscMessageParams.MESSAGE_GROUP.SYNTH_MSG, KuscMessageParams.MESSAGE_REQUEST.SYNTH_DOWN_SET, dataList[_synthUpdateCnt]);
}
else if (cSynthType == KuscCommon.SYNTH_TYPE.SYNTH_RX)
{
_kuscSerial.SerialWriteMessage(KuscMessageParams.MESSAGE_GROUP.SYNTH_MSG, KuscMessageParams.MESSAGE_REQUEST.SYNTH_UP_SET, dataList[_synthUpdateCnt]);
}
_synthUpdateCnt++;
}
_synthUpdateCnt %= KuscCommon.SYNTH_NUM_CYCLE_IN_UPDATE_REGISTERS;
}
