public void onClick(View v) {
StringBuilder b = new StringBuilder();
if (!mCIR.hasIrEmitter()) {
mFreqsText.setText("No IR Emitter found!");
Log.e(TAG, "No IR Emitter found!\n");
return;
}
// Get the available carrier frequency ranges
ConsumerIrManager.CarrierFrequencyRange[] freqs = mCIR.getCarrierFrequencies();
b.append("IR Carrier Frequencies:\n");
for (ConsumerIrManager.CarrierFrequencyRange range : freqs) {
b.append(
String.format(" %d - %d\n", range.getMinFrequency(), range.getMaxFrequency()));
}
mFreqsText.setText(b.toString());
}
public void onClick(View v) {
if (!mCIR.hasIrEmitter()) {
Log.e(TAG, "No IR Emitter found\n");
return;
}
// A pattern of alternating series of carrier on and off periods measured in
// microseconds.
int[] pattern = {
1901, 4453, 625, 1614, 625, 1588, 625, 1614, 625, 442, 625, 442, 625, 468, 625, 442,
625, 494, 572, 1614, 625, 1588, 625, 1614, 625, 494, 572, 442, 651, 442, 625, 442, 625,
442, 625, 1614, 625, 1588, 651, 1588, 625, 442, 625, 494, 598, 442, 625, 442, 625, 520,
572, 442, 625, 442, 625, 442, 651, 1588, 625, 1614, 625, 1588, 625, 1614, 625, 1588,
625, 48958
};
// transmit the pattern at 38.4KHz
mCIR.transmit(38400, pattern);
}