private void spinner_ItemSelected(object sender, AdapterView.ItemSelectedEventArgs e)
{
if (spinner_firsttime)
{
spinner_firsttime = false;
return;
}
//Spinner spinner = (Spinner)sender;
//spinner.GetItemAtPosition()
if (e.Position == 0)
{
glbl_mode = 0x01; //< item > FAN </ item >
}
else if (e.Position == 1)
{
glbl_mode = 0x02; // < item > COOL </ item >
}
else if (e.Position == 2)
{
glbl_mode = 0x03; // < item > DRY </ item >
}
else if (e.Position == 3)
{
glbl_mode = 0x04; // < item > HEAT </ item >
}
else if (e.Position == 4)
{
glbl_mode = 0x06; // < item > AUTO </ item >
}
int[] marray = null;
new panasonicCKP().LongCommand((byte)(15 - glbl_temperature), (byte)(glbl_mode | 0x08), 0x00, 0x36, ref marray);
mCIR.Transmit(carrier_freq, marray);
}
void mSendClickListener(object sender, EventArgs e)
{
if (!mCIR.HasIrEmitter)
{
Log.Error(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);
}