int main(int argc, char *argv[]) { Connection_information information(argc, argv); // 接続 Urg_driver urg; if (!urg.open(information.device_or_ip_name(), information.baudrate_or_port_number(), information.connection_type())) { cout << "Urg_driver::open(): " << information.device_or_ip_name() << ": " << urg.what() << endl; return 1; } // データ取得 enum { Capture_times = 1 }; urg.start_measurement(Urg_driver::Multiecho, Capture_times, 0); for (int i = 0; i < Capture_times; ++i) { vector<long> data; long time_stamp = 0; if (!urg.get_multiecho(data, &time_stamp)) { cout << "Urg_driver::get_distance(): " << urg.what() << endl; return 1; } print_data(urg, data, time_stamp); } #if defined(URG_MSC) getchar(); #endif return 0; }
int main(int argc, char *argv[]) { Connection_information information(argc, argv); // 接続 Urg_driver urg; if (!urg.open(information.device_or_ip_name(), information.baudrate_or_port_number(), information.connection_type())) { cout << "Urg_driver::open(): " << information.device_or_ip_name() << ": " << urg.what() << endl; return 1; } // データは1ステップのみ取得する int min_step = urg.min_step(); urg.set_scanning_parameter(min_step, min_step); // 比較用に PC とセンサのタイムスタンプを表示する print_timestamp(urg); cout << endl; // センサに PC のタイムスタンプを設定し、 // 距離データを取得したときに得られるタイムスタンプが、 // PC から得られるタイムスタンプと同じになるようにする urg.set_sensor_time_stamp(ticks()); // 設定後に PC とセンサのタイムスタンプを表示する print_timestamp(urg); return 0; }
int main(int argc, char *argv[]) { Connection_information information(argc, argv); // 接続 Urg_driver urg; if (!urg.open(information.device_or_ip_name(), information.baudrate_or_port_number(), information.connection_type())) { cout << "Urg_driver::open(): " << information.device_or_ip_name() << ": " << urg.what() << endl; return 1; } // データ取得 #if 1 // データの取得範囲を変更する場合 urg.set_scanning_parameter(urg.deg2step(-90), urg.deg2step(+90), 0); #endif enum { Capture_times = 10 }; urg.start_measurement(Urg_driver::Distance, Urg_driver::Infinity_times, 0); for (int i = 0; i < Capture_times; ++i) { vector<long> data; long time_stamp = 0; if (!urg.get_distance(data, &time_stamp)) { cout << "Urg_driver::get_distance(): " << urg.what() << endl; return 1; } print_data(urg, data, time_stamp); } #if defined(URG_MSC) getchar(); #endif return 0; }
int main(int argc, char *argv[]) { Connection_information information(argc, argv); // \~japanese 接続 // \~english Connects to the sensor Urg_driver urg; if (!urg.open(information.device_or_ip_name(), information.baudrate_or_port_number(), information.connection_type())) { cout << "Urg_driver::open():" << information.device_or_ip_name() << ": " << urg.what() << endl; return 1; } // \~japanese パラメータ情報の表示 // \~english Displays sensor parameters cout << "Sensor product type: " << urg.product_type() << endl; cout << "Sensor firmware version: " << urg.firmware_version() << endl; cout << "Sensor serial ID: " << urg.serial_id() << endl; cout << "Sensor status: " << urg.status() << endl; cout << "Sensor state: " << urg.state() << endl; cout << "step: [" << urg.min_step() << ", " << urg.max_step() << "]" << endl; cout << "distance: [" << urg.min_distance() << ", " << urg.max_distance() << endl; cout << "scan interval: " << urg.scan_usec() << " [usec]" << endl; cout << "sensor data size: " << urg.max_data_size() << endl; urg.close(); #if defined(URG_MSC) getchar(); #endif return 0; }