Smart Rock Paper Scissors Lizard Spock

① This example demonstrates an interactive implementation of the extended game 'Rock Paper Scissors Lizard Spock' in GeoGebra, where a player competes against the computer and the last 10 moves are recorded. ② Core mathematical concepts include probability and statistics (random moves, frequency counting), logarithmic and exponential functions (possibly used for smart strategies or scoring), Poisson distribution (for modeling random events), step functions (for discrete state transitions), and dilation transformations. ③ Construction highlights: from the summary, commands such as Circle, Last, Max, Reverse, If, TableText, Sort, and Length are used; objects include multiple points (A to T), an image (pic1), a button (button1), a list for the last 10 plays (last10play), and counters for each choice (cpaper, cscissors, clizard, crock, cspock). Conditional logic via If determines win/loss, and TableText displays results. ④ Suitable for middle school and above, this serves as a fun way to explore probability, algorithmic thinking, and interactive GeoGebra design.