/*
ATAN-model calibrated cameras (fx/width, fy/height, cx/width, cy/height, d),which is not supported here
only OpenCV (pinhole) model is supported right now
*/
vo_system::vo_system(){
///vo_system launch the three threads, tracking, semidense mapping and dense mapping (3D superpixels)
cv::FileStorage fs2( (ros::package::getPath("dpptam")+"/src/data.yml").c_str(), cv::FileStorage::READ);
std::string camera_path;
fs2["camera_path"] >> camera_path;
cont_frames = 0;
int calculate_superpixels = (int)fs2["calculate_superpixels"];
image_transport::ImageTransport it(nh);
sub1 = it.subscribe(camera_path,1, & vo_system::imgcb,this);
odom_pub = nh.advertise<nav_msgs::Odometry>("odom1", 50);
/// advertising 3D map and camera poses in rviz
pub_cloud = nh.advertise<sensor_msgs::PointCloud2> ("dpptam/map", 1);
pub_poses = nh.advertise<sensor_msgs::PointCloud2> ("points_poses", 1);
vis_pub = nh.advertise<visualization_msgs::Marker>( "dpptam/visualization_marker", 0 );
/// advertising 3D map and camera poses in rviz
/// pubishing current frame and the reprojection of the 3D map
pub_image = it.advertise("dpptam/camera/image",1);
/// pubishing current frame and the reprojection of the 3D map
semidense_tracker.cont_frames = &cont_frames;
semidense_tracker.stamps = &stamps;
semidense_tracker.image_frame = &image_frame_aux;
semidense_tracker.stamps_ros = &stamps_ros ;
///Launch semidense tracker thread*/
boost::thread thread_semidense_tracker(&ThreadSemiDenseTracker,&images,&semidense_mapper,&semidense_tracker,&dense_mapper,&Map,&odom_pub,&pub_poses,&vis_pub,&pub_image);
///Launch semidense mapper thread
boost::thread thread_semidense_mapper(&ThreadSemiDenseMapper,&images,&images_previous_keyframe,&semidense_mapper,&semidense_tracker,&dense_mapper,&Map,&pub_cloud);
if (calculate_superpixels > 0.5)
{
///launch dense mapper thread
boost::thread thread_dense_mapper(&ThreadDenseMapper,&dense_mapper,&pub_cloud);
}
cout << "*** DPPTAM is working *** " << endl << endl;
cout << "*** Launch the example sequences or use your own sequence / live camera and update the file 'data.yml' with the corresponding camera_path and calibration parameters ***" << endl;
}
vo_system::vo_system(){
///vo_system launch the three threads, tracking, semidense mapping and dense mapping (3D superpixels)
cv::FileStorage fs2("src/dpptam/src/data.yml", cv::FileStorage::READ);
std::string camera_path;
fs2["camera_path"] >> camera_path;
cont_frames = 0;
int calculate_superpixels = (int)fs2["calculate_superpixels"];
image_transport::ImageTransport it(nh);
sub1 = it.subscribe(camera_path,1, & vo_system::imgcb,this);
odom_pub = nh.advertise<nav_msgs::Odometry>("odom1", 50);
/// advertising 3D map and camera poses in rviz
pub_cloud = nh.advertise<sensor_msgs::PointCloud2> ("points2", 1);
pub_poses = nh.advertise<sensor_msgs::PointCloud2> ("points_poses", 1);
vis_pub = nh.advertise<visualization_msgs::Marker>( "visualization_marker", 0 );
/// advertising 3D map and camera poses in rviz
pub_image = it.advertise("camera/image",1);
semidense_tracker.cont_frames = &cont_frames;
semidense_tracker.stamps = &stamps;
semidense_tracker.image_frame = &image_frame_aux;
semidense_tracker.stamps_ros = &stamps_ros ;
///Launch semidense tracker thread*/
boost::thread thread_semidense_tracker(&ThreadSemiDenseTracker,&images,&semidense_mapper,&semidense_tracker,&dense_mapper,&Map,&odom_pub,&pub_poses,&vis_pub,&pub_image);
///Launch semidense mapper thread
boost::thread thread_semidense_mapper(&ThreadSemiDenseMapper,&images,&images_previous_keyframe,&semidense_mapper,&semidense_tracker,&dense_mapper,&Map,&pub_cloud);
if (calculate_superpixels > 0.5)
{
///launch dense mapper thread
boost::thread thread_dense_mapper(&ThreadDenseMapper,&dense_mapper,&pub_cloud);
}
}