rnav_unittest.cpp

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/* +------------------------------------------------------------------------+
   |                     Mobile Robot Programming Toolkit (MRPT)            |
   |                          http://www.mrpt.org/                          |
   |                                                                        |
   | Copyright (c) 2005-2018, Individual contributors, see AUTHORS file     |
   | See: http://www.mrpt.org/Authors - All rights reserved.                |
   | Released under BSD License. See details in http://www.mrpt.org/License |
   +------------------------------------------------------------------------+ */
 
#include <mrpt/nav/reactive/CReactiveNavigationSystem.h>
#include <mrpt/nav/reactive/CReactiveNavigationSystem3D.h>
#include <mrpt/nav/reactive/CRobot2NavInterfaceForSimulator.h>
#include <mrpt/maps/COccupancyGridMap2D.h>
#include <mrpt/kinematics/CVehicleSimul_DiffDriven.h>
#include <mrpt/config/CConfigFile.h>
#include <mrpt/system/filesystem.h>
#include <gtest/gtest.h>
 
using mrpt::math::TPoint2D;
 
template <typename RNAVCLASS>
void run_rnav_test(
        const std::string& sFilename, const std::string& sHoloMethod,
        const TPoint2D& nav_target, const TPoint2D& world_topleft,
        const TPoint2D& world_rightbottom,
        const TPoint2D& block_obstacle_topleft = TPoint2D(0, 0),
        const TPoint2D& block_obstacle_rightbottom = TPoint2D(0, 0))
{
        using namespace std;
        using namespace mrpt;
        using namespace mrpt::nav;
 
        const std::string sFil = mrpt::system::find_mrpt_shared_dir() +
                                                         std::string("config_files/navigation-ptgs/") +
                                                         sFilename;
 
        if (!mrpt::system::fileExists(sFil))
        {
                cerr << "**WARNING* Skipping tests since file cannot be found: '"
                         << sFil << "'\n";
                return;
        }
 
        mrpt::config::CConfigFile cfg(sFil);
        cfg.write("CAbstractPTGBasedReactive", "holonomic_method", sHoloMethod);
        cfg.discardSavingChanges();
 
        // Create a grid map with a synthetic test environment with a simple
        // obstacle:
        mrpt::maps::COccupancyGridMap2D grid;
        grid.setSize(
                world_topleft.x, world_rightbottom.x, world_rightbottom.y,
                world_topleft.y, 0.10f /*resolution*/);
        grid.fill(0.9f);
 
        // Create obstacle:
        {
                const int xi0 = grid.x2idx(block_obstacle_topleft.x),
                                  xi1 = grid.x2idx(block_obstacle_rightbottom.x);
                const int yi0 = grid.y2idx(block_obstacle_rightbottom.y),
                                  yi1 = grid.y2idx(block_obstacle_topleft.y);
 
                for (int xi = xi0; xi < xi1; xi++)
                {
                        for (int yi = yi0; yi < yi1; yi++)
                        {
                                grid.setCell(xi, yi, 0);
                        }
                }
        }
 
        struct MyDummyRobotIF : public CRobot2NavInterfaceForSimulator_DiffDriven
        {
                mrpt::maps::COccupancyGridMap2D& m_grid;
 
                MyDummyRobotIF(
                        mrpt::kinematics::CVehicleSimul_DiffDriven& sim,
                        mrpt::maps::COccupancyGridMap2D& grid)
                        : CRobot2NavInterfaceForSimulator_DiffDriven(sim), m_grid(grid)
                {
                        this->setMinLoggingLevel(
                                mrpt::system::LVL_ERROR);  // less verbose output for tests
                }
 
                void sendNavigationStartEvent() override {}
                void sendNavigationEndEvent() override {}
                bool senseObstacles(
                        mrpt::maps::CSimplePointsMap& obstacles,
                        mrpt::system::TTimeStamp& timestamp) override
                {
                        obstacles.clear();
                        timestamp = mrpt::system::now();
 
                        mrpt::math::TPose2D curPose, odomPose;
                        std::string pose_frame_id;
                        mrpt::math::TTwist2D curVel;
                        mrpt::system::TTimeStamp pose_tim;
                        getCurrentPoseAndSpeeds(
                                curPose, curVel, pose_tim, odomPose, pose_frame_id);
 
                        mrpt::obs::CObservation2DRangeScan scan;
                        scan.aperture = mrpt::DEG2RAD(270.0);
                        scan.maxRange = 20.0;
                        scan.sensorPose.z(0.4);  // height of the lidar (important! it must
                        // intersect with the robot height)
 
                        m_grid.laserScanSimulator(
                                scan, mrpt::poses::CPose2D(curPose), 0.4f, 180);
 
                        obstacles.insertionOptions.minDistBetweenLaserPoints = .0;
                        obstacles.loadFromRangeScan(scan);
 
                        return true;
                }
        };
 
        mrpt::kinematics::CVehicleSimul_DiffDriven robot_simul;
        MyDummyRobotIF robot2nav_if(robot_simul, grid);
 
        RNAVCLASS rnav(robot2nav_if, false /*no console output*/);
        // Logging:
        {
                rnav.enableTimeLog(false);
#ifdef _DEBUG
                rnav.setMinLoggingLevel(mrpt::system::LVL_DEBUG);
#else
                rnav.setMinLoggingLevel(mrpt::system::LVL_ERROR);  // quiet
#endif
                const std::string sTmpFil = mrpt::system::getTempFileName();
                const std::string sTmpDir = mrpt::system::extractFileDirectory(sTmpFil);
                // printf("[run_rnav_test] navlog dir: `%s`\n", sTmpDir.c_str());
                rnav.setLogFileDirectory(sTmpDir);
                rnav.enableLogFile(true);
        }
 
        // Load options:
        rnav.loadConfigFile(cfg);
 
        // And initialize:
        rnav.initialize();
 
        // Nav:
        CAbstractNavigator::TNavigationParams np;
        np.target.target_coords = mrpt::math::TPose2D(nav_target);
        np.target.targetAllowedDistance = 0.35f;
 
        rnav.navigate(&np);
 
        unsigned int MAX_ITERS = 200;
        for (unsigned int i = 0; i < MAX_ITERS; i++)
        {
                // printf("[run_rnav_test] iter: %i robot_pose: %s\n",i,
                // robot_simul.getCurrentGTPose().asString().c_str());
                // Run nav:
                rnav.navigationStep();
 
                EXPECT_TRUE(rnav.getCurrentState() != CAbstractNavigator::NAV_ERROR);
                if (rnav.getCurrentState() == CAbstractNavigator::IDLE) break;
 
                robot_simul.simulateOneTimeStep(0.2 /*sec*/);
        }
 
        EXPECT_LT(
                (TPoint2D(robot_simul.getCurrentGTPose()) - nav_target).norm(), 0.4);
        EXPECT_TRUE(rnav.getCurrentState() == CAbstractNavigator::IDLE);
 
        const_cast<mrpt::system::CTimeLogger&>(rnav.getTimeLogger())
                .clear(true);  // do not show timelog table to console
        const_cast<mrpt::system::CTimeLogger&>(rnav.getDelaysTimeLogger())
                .clear(true);
}
 
const TPoint2D no_obs_trg(2.0, 0.4), no_obs_topleft(-10, 10),
        no_obs_bottomright(10, -10);
const TPoint2D with_obs_trg(9.0, 4.0), with_obs_topleft(-10, 10),
        with_obs_bottomright(30, -10), obs_tl(4.0, 2.0), obs_br(5.0, -2.0);
 
TEST(CReactiveNavigationSystem, no_obstacle_nav_VFF)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicVFF", no_obs_trg, no_obs_topleft,
                no_obs_bottomright);
}
TEST(CReactiveNavigationSystem, no_obstacle_nav_ND)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicND", no_obs_trg, no_obs_topleft,
                no_obs_bottomright);
}
TEST(CReactiveNavigationSystem, no_obstacle_nav_FullEval)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicFullEval", no_obs_trg,
                no_obs_topleft, no_obs_bottomright);
}
 
TEST(CReactiveNavigationSystem3D, no_obstacle_nav_VFF)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicVFF", no_obs_trg, no_obs_topleft,
                no_obs_bottomright);
}
TEST(CReactiveNavigationSystem3D, no_obstacle_nav_ND)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicND", no_obs_trg, no_obs_topleft,
                no_obs_bottomright);
}
TEST(CReactiveNavigationSystem3D, no_obstacle_nav_FullEval)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicFullEval", no_obs_trg,
                no_obs_topleft, no_obs_bottomright);
}
 
TEST(CReactiveNavigationSystem, with_obstacle_nav_VFF)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicVFF", with_obs_trg,
                with_obs_topleft, with_obs_bottomright, obs_tl, obs_br);
}
TEST(CReactiveNavigationSystem, with_obstacle_nav_ND)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicND", with_obs_trg, with_obs_topleft,
                with_obs_bottomright, obs_tl, obs_br);
}
TEST(CReactiveNavigationSystem, with_obstacle_nav_FullEval)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem>(
                "reactive2d_config.ini", "CHolonomicFullEval", with_obs_trg,
                with_obs_topleft, with_obs_bottomright, obs_tl, obs_br);
}
 
TEST(CReactiveNavigationSystem3D, with_obstacle_nav_VFF)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicVFF", with_obs_trg,
                with_obs_topleft, with_obs_bottomright, obs_tl, obs_br);
}
TEST(CReactiveNavigationSystem3D, with_obstacle_nav_ND)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicND", with_obs_trg, with_obs_topleft,
                with_obs_bottomright, obs_tl, obs_br);
}
TEST(CReactiveNavigationSystem3D, with_obstacle_nav_FullEval)
{
        run_rnav_test<mrpt::nav::CReactiveNavigationSystem3D>(
                "reactive3d_config.ini", "CHolonomicFullEval", with_obs_trg,
                with_obs_topleft, with_obs_bottomright, obs_tl, obs_br);
}