public void scanStop() {
mScan.stop();
}
public void scanStart(int ri_ScanMode, DtvTunerInfo fre[]) {
int m_FreqCnt = 0;
Log.i(TAG, "scanStart(" + ri_ScanMode + ")");
if (fre != null) {
m_FreqCnt = fre.length;
}
if (m_FreqCnt != 0) {
if (this.getDemodType() == ConstDemodType.DVB_C) {
DVBCCarrier[] FreqArr = null;
FreqArr = new DVBCCarrier[m_FreqCnt];
int iLoop = 0;
for (iLoop = 0; iLoop < m_FreqCnt; iLoop++) {
FreqArr[iLoop] = new DVBCCarrier(5, 6875);
FreqArr[iLoop].miDemodType = this.getDemodType();
FreqArr[iLoop].miFrequencyK = fre[iLoop].getFrequency();
FreqArr[iLoop].miQamMode = fre[iLoop].getQamMode();
FreqArr[iLoop].miSymbolRateK = fre[iLoop].getSymbolRate();
String str =
String.format(
"LL FreqArr[%d].miFrequencyK = %d,FreqArr[%d].miSymbolRateK = %d,FreqArr[%d].miQamMode = %d",
iLoop,
FreqArr[iLoop].miFrequencyK,
iLoop,
FreqArr[iLoop].miSymbolRateK,
iLoop,
FreqArr[iLoop].miQamMode);
}
mScan.setParam(ri_ScanMode, FreqArr);
mScan.start();
} else if (this.getDemodType() == ConstDemodType.DMB_TH) {
DMBTHCarrier[] FreqArr = null;
FreqArr = new DMBTHCarrier[m_FreqCnt];
for (int iLoop = 0; iLoop < m_FreqCnt; iLoop++) {
FreqArr[iLoop] = new DMBTHCarrier(0, 0, 0, 0, 0, 0);
FreqArr[iLoop].miDemodType = this.getDemodType();
FreqArr[iLoop].miCarrierMode = fre[iLoop].getMi_CarrierMode();
FreqArr[iLoop].miDTMBTHQamMode = fre[iLoop].getQamMode();
FreqArr[iLoop].miFrameHeader = fre[iLoop].getMi_FrameHeader();
FreqArr[iLoop].miFrequencyK = fre[iLoop].getMi_FreqKHz();
FreqArr[iLoop].miInterleaverMode = fre[iLoop].getMi_InterleaverMod();
FreqArr[iLoop].miNCOFrequencyKhz = fre[iLoop].getMi_NCOFreqKHz();
FreqArr[iLoop].miLDPCRate = fre[iLoop].getMi_LDPCRate();
String str =
String.format(
"LL FreqArr[%d].miCarrierMode = %d, "
+ "FreqArr[%d].miDTMBTHQamMode = %d, "
+ "FreqArr[%d].miFrameHeader = %d "
+ "FreqArr[%d].miFrequencyK = %d,"
+ "FreqArr[%d].miInterleaverMode = %d, "
+ "FreqArr[%d].miNCOFrequencyKhz = %d "
+ "FreqArr[iLoop].miLDPCRate = %d",
iLoop,
FreqArr[iLoop].miCarrierMode,
iLoop,
FreqArr[iLoop].miDTMBTHQamMode,
iLoop,
FreqArr[iLoop].miFrameHeader,
iLoop,
FreqArr[iLoop].miFrequencyK,
iLoop,
FreqArr[iLoop].miInterleaverMode,
iLoop,
FreqArr[iLoop].miNCOFrequencyKhz,
iLoop,
FreqArr[iLoop].miLDPCRate);
Log.i(TAG, str);
}
mScan.setParam(ri_ScanMode, FreqArr);
mScan.start();
}
}
}
