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The purpose of this code is to simulate a rover trajectory from a starting geographic location to an ending location, incorporating a stationary phase, increasing acceleration phase, constant acceleration phase, decreasing acceleration phase, and constant speed phase.
Комплексная система для генерации реалистичных траекторий перемещения людей в городской среде. Проект сочетает паттерны проектирования, пространственный анализ с OSMnx и статистическую валидацию против реальных данных
CLI for analytically comparing trapezoidal and jerk-limited S-curve motion profiles, with deterministic SVG/CSV exports and controller-tick jerk metrics.
Python library for kinematics, collision detection, trajectory generation, workspace analysis and simulation of serial manipulators and linear mechanisms, with Blender and PyBullet integration.
Simulation and animation of a 3-DOF planar robot that draws images using inverse kinematics and path planning (Python + Robotics Toolbox, Ubuntu 20.04).