int main(int argc, char **argv) { QCoreApplication app(argc, argv); QStringList args = app.arguments(); int rate_place = args.indexOf("-r"); int rate_val = 0; if (rate_place != -1) rate_val = args.at(rate_place + 1).toInt(); QAccelerometer sensor; sensor.connectToBackend(); sensor.setProperty("alwaysOn",true); if (rate_val > 0) { sensor.setDataRate(rate_val); check::checkRate(&sensor, rate_val); } int buffer_place = args.indexOf("-b"); int bufferSize = buffer_place!=-1? args.at(buffer_place + 1).toInt():1; sensor.setProperty("bufferSize",bufferSize); sensor.setProperty("bufferInOneShot",args.indexOf("-bb")>-1); AccelerometerFilter filter(rate_val); sensor.addFilter(&filter); sensor.start(); if (!sensor.isActive()) { qWarning("Accelerometersensor didn't start!"); return 1; } return app.exec(); }
int main(int argc, char **argv) { QCoreApplication app(argc, argv); QAccelerometer sensor; if (!sensor.connectToBackend()) { qWarning("No Accelerometer available!"); return EXIT_FAILURE; } AccelerometerFilter filter; sensor.addFilter(&filter); qrangelist datarates = sensor.availableDataRates(); int i = datarates.size(); sensor.setDataRate(datarates.at(i-1).second); sensor.start(); return app.exec(); }
int main(int argc, char **argv) { QCoreApplication app(argc, argv); QStringList args = app.arguments(); int rate_place = args.indexOf("-r"); int rate_val = 0; if (rate_place != -1) rate_val = args.at(rate_place + 1).toInt(); QAccelerometer sensor; if (rate_val > 0) { sensor.setDataRate(rate_val); } AccelerometerFilter filter; sensor.addFilter(&filter); sensor.start(); if (!sensor.isActive()) { qWarning("Accelerometersensor didn't start!"); return 1; } return app.exec(); }