This resource focuses on a simulation interface that allows users to visualize and analyze the transformation of Potential and Kinetic energy in a skate park environment. It provides a safe and controlled setting to explore the principles of physics without real-world consequences. The simulation uses a test subject of a consistent mass (60kg) and helps users understand the geometric implications of energy transfer in a halfpipe. The interface includes playback controls for motion manipulation, speed settings for tracking energy changes, and an option to eliminate friction to observe energy conservation. Users can analyze energy dynamics through visual tools like a bar chart that updates in real-time, measuring both Kinetic Energy (KE) and Potential Energy (PE), along with total energy conservation in a frictionless system. Advanced analysis tools, such as a trajectory path visualizer and a stopwatch feature, further enhance understanding and data collection in experiments.