Golf Hill

Golf Hill is a Parabolic-Trajectory and Slope-Friction physics game. The technical core involves "Vector-Force Calculation" (F=m×a), where players must account for steep inclines and variable wind resistance. It is designed for fans of physics-puzzles who enjoy the "Trajectory-Correction" loop, requiring players to visualize the ball's bounce and roll across non-linear 2D terrain.

You are presented with a golf ball and a hole located across a series of hills. Your objective is to sink the ball in as few strokes as possible. Interaction involves "Pull-and-Release Aiming"—dragging back to determine the power and angle of the shot. You must observe the "Wind Meter" and the "Gradient Arrow" of the hill. The ball will roll and bounce realistically based on its "Initial Velocity" and the angle of the landing surface.

Achieving "Birdie" status depends on "Backspin Management." Instead of aiming directly for the hole, aim for the "Upslope Area" just before it. By landing the ball on a steep incline, you use the "Slope-Friction" to stop the ball's forward momentum, preventing it from overshooting the hole. A pro strategy is to "Play the Wind-Curvature"—aiming "Upwind" so the lateral force carries the ball into a perfect center-hole trajectory during its descent.