- Take your first shot to start the log.
Anatomy of a Playoff Masterclass
When Jordin Canada opened postseason play for the Atlanta Dream with 25 PTS, 4 AST, 5 STL, and 4 3PM, she became just the sixth player in WNBA postseason history to register 25+ points alongside 5+ steals in a single playoff game.
Perimeter clutch execution requires two complementary disciplines: high-efficiency perimeter shot calibration (entering the rim at optimal 45° to 52° arcs) and anticipatory defensive positioning that turns heavy ball-screen pressure into live-ball turnovers.
This simulator models the exact trajectory geometry of professional perimeter play. Use the controls above to test how launch angle, closeout distance, and release calibration dictate true shooting percentage under playoff pressure.
Shooting Trajectory & Contest FAQ
Why does a 48°–52° launch arc maximize rim clearance?
An NBA and WNBA regulation rim is 18 inches in diameter. A flatter entry angle (under 40°) presents an elliptical opening of only about 11.5 inches to the incoming basketball. An arc between 48° and 52° maximizes the downward entry profile, expanding the effective landing window while keeping forward velocity manageable.
How is defensive contest and steal probability calculated?
Under "Open" coverage, release timing is clean. Under "Closeout", a trailing defender closes the gap, narrowing your timing window. In "Heavy Press", late release or under-powered pullups trigger a point-of-attack swipe (simulating Jordin Canada's 5-steal defensive reads).
Can I export my simulation data?
Yes. Click "Export Session" to download a clean JSON payload containing every shot's zone coordinates, velocity, apex height, defensive pressure, and outcome for post-workout analysis.