| # FIDL Tennis |
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| Out of our undying love for the sport of tennis, we have created a |
| high-fidelity, realistic tennis simulation game, complete with |
| physically-simulated ball bounce physics and racket movement. Unfortunately, our |
| 3d modeler is on vacation, so we currently render through ASCII art: |
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| example_ai example_ai |
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| You can build an AI in any FIDL-supported language and have them fight each |
| other, or use the `manual_player` script to play against an AI by yourself. |
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| ## Running the Game |
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| Set your packages to include Tennis: |
| |
| ``` |
| fx set core.x64 --with //examples/tennis |
| fx build |
| ``` |
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| After either paving or starting QEMU, you'll want to open three `fx shell`s. In |
| the first, you'll want to `run tennis_viewer`, and in the other two `run |
| tennis_example_ai`. |
| |
| ## Writing Your Own AI |
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| We've written an example AI in Rust in the `examples/tennis/bots/example_ai` |
| folder. It's not very good, so you should be able to beat it! To make your own |
| AI using the base as an example, you can copy the `example_ai` folder to your |
| own, taking care to rename `meta/tennis_example_ai.cmx` and the various rules in |
| your bot's `BUILD.gn` file to create a new package. You'll also want to add your |
| bot to the list at `garnet/packages/experimental/disabled/tennis` and rerun `fx set` so |
| it will build. |
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| The example is in Rust, but you can definitely build an AI in any FIDL-supported |
| language! The FIDL service definition is available at |
| `sdk/fidl/fuchsia.game.tennis/tennis.fidl`. |
