void updateBox(SensorData data, int i) {
mBoxName[i].setText(data.getName());
mBoxVal[i].setText(valFormat.format(data.getFloatValue()));
mBoxUnit[i].setText(data.getUnit());
String imgname = TREE_PREFIX + data.getLevel();
int resID = getResources().getIdentifier(imgname, TREE_TYPE, TREE_PACKAGE);
if (resID == 0) {
resID = R.drawable.tree_max;
}
mBoxImage[i].setImageResource(resID);
}
@Override
void receivedSensorDataBundle(SensorDataBundleWrapper bundle) {
Location location = bundle.getLocation();
if (location == null) {
mLatView.setText(R.string.common_na);
mLonView.setText(R.string.common_na);
} else {
String lat_val[], lon_val[];
lat_val = Location.convert(location.getLatitude(), Location.FORMAT_SECONDS).split(":", 0);
lon_val = Location.convert(location.getLongitude(), Location.FORMAT_SECONDS).split(":", 0);
mLatView.setText(
lat_val[0]
+ "º"
+ lat_val[1]
+ "'"
+ lat_val[2].substring(0, lat_val[2].indexOf('.'))
+ "\"");
mLonView.setText(
lon_val[0]
+ "º"
+ lon_val[1]
+ "'"
+ lon_val[2].substring(0, lon_val[2].indexOf('.'))
+ "\"");
}
SensorDataParser parser =
DeviceHandlerFactory.getInstance().getParser(bundle.getSensorName(), bundle.getSensorId());
for (SensorData data : parser.getSensorData(bundle.getSensorData(), filter)) {
switch (data.getDataType()) {
case CO2:
updateBox(data, 0);
break;
case NOx:
updateBox(data, 1);
break;
case COx:
updateBox(data, 2);
break;
case Noise:
updateBox(data, 3);
break;
case Humidity:
mHumidityView.setText(data.getStrValue());
mHumidityUnitView.setText(data.getUnit());
break;
case Temperature:
mTemperatureView.setText(data.getStrValue());
mTemperatureUnitView.setText(data.getUnit());
break;
}
}
}
