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Functions298 in github.com/CHH3213/chhRobotics_CPP

Functionloglog
matplotlibcpp.h:1615
Functionmain
main.cpp:11
Functionmain
PathPlanning/B-spline/main.cpp:9
Functionmain
PathPlanning/A_Star/main.cpp:8
Functionmain
PathPlanning/Curve_interpolation/main.cpp:13
Functionmain
PathPlanning/Bezier/main.cpp:9
Functionmain
PathPlanning/Dubins_Path/main.cpp:7
Functionmain
PathPlanning/Dynamic_Window_Approach/main.cpp:28
Functionmain
PathPlanning/Dijkstra/main.cpp:8
Functionmain
PathPlanning/Rapidly-exploring_Random_Tree_Star/main.cpp:6
Functionmain
PathPlanning/Rapidly-exploring_Random_Tree_connect/main.cpp:10
Functionmain
PathPlanning/Reeds_Shepp_Path/main.cpp:4
Functionmain
PathPlanning/Rapidly-exploring_Random_Tree/main.cpp:10
Functionmain
PathPlanning/Artifical_Potential_Field/main.cpp:9
Functionmain
PathTracking/Rear_Wheel_Feedback/main.cpp:12
Functionmain
PathTracking/LQR/main.cpp:12
Functionmain
PathTracking/PID/main.cpp:35
Functionmain
PathTracking/Pure_Pursuit/main.cpp:12
Functionmain
PathTracking/MPC/main.cpp:12
Functionmain
PathTracking/Model_Predictive_Speed_Steel_Control/main.cpp:9
Functionmain
PathTracking/Stanley/main.cpp:16
Functionmargins
matplotlibcpp.h:2194
Methodmod2Pi
* theta对2pi取模运算 * @param theta * @return */
PathPlanning/Dubins_Path/Dubins.cpp:27
Methodmod2Pi
* theta对2pi取模运算 * @param theta * @return */
PathPlanning/Reeds_Shepp_Path/ReedsShepp.cpp:17
Functionnamed_hist
matplotlibcpp.h:1332
Functionnamed_loglog
matplotlibcpp.h:1784
Functionnamed_plot
matplotlibcpp.h:1677
Functionnamed_semilogx
matplotlibcpp.h:1730
Functionnamed_semilogy
matplotlibcpp.h:1757
MethodnormalizeAngle
* 角度归一化到【-PI,PI】 * @param angle * @return */
PathTracking/Rear_Wheel_Feedback/RearWheelFeedback.cpp:12
MethodnormalizeAngle
* 角度归一化 * @param angle * @return */
PathTracking/utils/MyReferencePath.cpp:74
MethodnormalizeAngle
* 角度归一化到【-PI,PI】 * @param angle * @return */
PathTracking/Stanley/Stanley.cpp:30
MethodobstacleFree
* Determine 判断是否有障碍物 (using), 使用线段与圆形的相交性方法来实现(general), * 对搜索会更加困难,这里便不考虑效率问题了... * @param node * @return */
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:66
MethodobstacleFree
* Determine 判断是否有障碍物 (using), 使用线段与圆形的相交性方法来实现(general), * 对搜索会更加困难,这里便不考虑效率问题了... * @param node * @return */
PathPlanning/Rapidly-exploring_Random_Tree/RRT.cpp:55
Methodoperator!=
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:15
Methodoperator()
matplotlibcpp.h:2803
Methodoperator()
matplotlibcpp.h:2844
Methodoperator()
PathTracking/Model_Predictive_Speed_Steel_Control/ModelPredictiveControl.cpp:321
Methodoperator==
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:10
Functionplot3
matplotlibcpp.h:660
MethodplotCircle
* 画圆 * @param x * @param y * @param size * @param color */
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:303
MethodplotCircle
* 画圆 * @param x * @param y * @param size * @param color */
PathPlanning/Rapidly-exploring_Random_Tree/RRT.cpp:254
MethodplotGraph
* 画图 * @param current */
PathPlanning/A_Star/Astar.cpp:207
MethodplotGraph
* 画图 * @param current */
PathPlanning/Dijkstra/Dijkstra.cpp:206
Functionplot_surface
matplotlibcpp.h:477
Methodpolar
PathPlanning/Dubins_Path/Dubins.cpp:16
Methodpolar
PathPlanning/Reeds_Shepp_Path/ReedsShepp.cpp:102
MethodpropagateCostToLeaves
PathPlanning/Rapidly-exploring_Random_Tree_Star/RRT_Star.cpp:79
Functionquiver
matplotlibcpp.h:1416
Functionrcparams
matplotlibcpp.h:2649
Methodremove
definitely remove this line
matplotlibcpp.h:2958
Methodreset
* 重置 */
PathTracking/PID/PID_controller.cpp:63
Methodrewire
* 布线 * @param new_node * @param near_inds */
PathPlanning/Rapidly-exploring_Random_Tree_Star/RRT_Star.cpp:104
Methodright_left_right
PathPlanning/Dubins_Path/Dubins.cpp:142
Methodright_straight_left
PathPlanning/Dubins_Path/Dubins.cpp:115
Methodright_straight_right
PathPlanning/Dubins_Path/Dubins.cpp:61
Methodsafe_import
matplotlibcpp.h:135
MethodsampleFree
* 以(100-goal_sample_rate)%的概率随机生长,(goal_sample_rate)%的概率朝向目标点生长 * @return 生成的节点 */
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:127
MethodsampleFree
* 以(100-goal_sample_rate)%的概率随机生长,(goal_sample_rate)%的概率朝向目标点生长 * @return 生成的节点 */
PathPlanning/Rapidly-exploring_Random_Tree/RRT.cpp:117
Functionscatter
matplotlibcpp.h:993
Functionscatter_colored
matplotlibcpp.h:1026
Functionsemilogx
matplotlibcpp.h:1565
Functionsemilogy
matplotlibcpp.h:1590
MethodsetBound
* 设置控制量边界 * @param upper * @param lower */
PathTracking/PID/PID_controller.cpp:40
MethodsetDMax
PathPlanning/Artifical_Potential_Field/APF.cpp:46
MethodsetEtaAtt
PathPlanning/Artifical_Potential_Field/APF.cpp:20
MethodsetEtaRepEdge
PathPlanning/Artifical_Potential_Field/APF.cpp:28
MethodsetEtaRepOb
PathPlanning/Artifical_Potential_Field/APF.cpp:24
MethodsetK
* 设置pid参数 * @param kp * @param ki * @param kd */
PathTracking/PID/PID_controller.cpp:29
MethodsetN
PathPlanning/Artifical_Potential_Field/APF.cpp:34
MethodsetPath
PathPlanning/Reeds_Shepp_Path/ReedsShepp.cpp:50
MethodsetSumError
* 设置累计误差 * @param sum_error */
PathTracking/PID/PID_controller.cpp:71
MethodsetTarget
* 设置目标 * @param target */
PathTracking/PID/PID_controller.cpp:20
Functionset_aspect
matplotlibcpp.h:1973
Functionset_aspect_equal
matplotlibcpp.h:2000
Functionset_zlabel
matplotlibcpp.h:2473
Functionspy
matplotlibcpp.h:629
Methodsteer
* 连线方向扩展固定步长查找x_new * @param from_node x_near * @param to_node x_rand * @param extend_length 扩展步长u. Defaults to float("inf"). * @return */
PathPlanning/Rapidly-exploring_Random_Tree_connect/RRT_connect.cpp:212
Methodsteer
* 连线方向扩展固定步长查找x_new * @param from_node x_near * @param to_node x_rand * @param extend_length 扩展步长u. Defaults to float("inf"). * @return */
PathPlanning/Rapidly-exploring_Random_Tree/RRT.cpp:182
Functionstem
matplotlibcpp.h:755
MethodstraightCurveStraight
* SCS * @param x * @param y * @param phi * @param paths * @param step_size * @return */
PathPlanning/Reeds_Shepp_Path/ReedsShepp.cpp:87
MethodstraightLeftStraight
* SLS * @param x * @param y * @param phi * @return */
PathPlanning/Reeds_Shepp_Path/ReedsShepp.cpp:30
Functionsubplot
matplotlibcpp.h:2252
Functionsubplot2grid
matplotlibcpp.h:2269
Functionsubplots_adjust
matplotlibcpp.h:1308
Functionsuptitle
matplotlibcpp.h:2317
Functiontext
matplotlibcpp.h:1834
Functiontick_params
matplotlibcpp.h:2226
Functiontight_layout
Actually, is there any reason not to call this automatically for every plot?
matplotlibcpp.h:2741
MethodtrajectoryEvaluation
* 轨迹评价函数,评价越高,轨迹越优 * @param state 当前状态---x,y,yaw,v,w * @param goal 目标点位置,[x,y] * @param obstacle 障碍物位置,dim:[num_ob,2] * @return 最优控制量、最优轨迹 */
PathPlanning/Dynamic_Window_Approach/DWA.cpp:129
MethodtrajectoryPredict
* 轨迹推算 * @param state 当前状态---x,y,yaw,v,w * @param v 当前时刻线速度 * @param w 当前时刻线速度 * @return 推算后的轨迹 */
PathPlanning/Dynamic_Window_Approach/DWA.cpp:110
Methodupdate
matplotlibcpp.h:2934
MethodverifyNode
* 判断节点是否有效,即是否超出边界和碰到障碍物 * @param node * @return */
PathPlanning/A_Star/Astar.cpp:98
MethodverifyNode
* 判断节点是否有效,即是否超出边界和碰到障碍物 * @param node * @return */
PathPlanning/Dijkstra/Dijkstra.cpp:98
Functionxkcd
matplotlibcpp.h:2580
Functionxticks
matplotlibcpp.h:2097
Functionyticks
matplotlibcpp.h:2146
Method~Plot
matplotlibcpp.h:2969
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