![]() Symbol optimization: single loop / parked waldo waldoĬycle optimization: parallel execution / twin loop Solution where the paths are just single lines, which if available decreases the number of There's a single-loop versionįor least-symbols, and one where both waldos do that loop to optimize for speed. Version where the circuits are compressed as much as possible. ![]() ![]() Here is a list of the solutions we'll be looking at. You can find an ‘Import’ button under ‘Create or Import an I don't think there are any adverse consequences. Who would benefit the most from this exercise, that's probably a long way away. Technically, ResearchNet only opens up once you solved mission 7-1, but for those YUCX0K8UdT0JAT7kmanCX6BQkdTiE+Y5qnUjdiQhO7kZt5cy/kNfvD2dJ42D5hbjKN5Sx0rPQM XM7jHydbQ6ZdjS3qyX82hFG3n6IpEXxdNxwkddPsi4gSNppUOxNvWD9iQQ3GJazgGnyPsf4Wvz H4sIACYioU8A/3WPMWvDMBCF/0q42QbJdAjSXrxlzBA6KPY5FiiSkU5Q17i/vSenlLily8F9vPįu3QLWT5nqj+AxgVpAlLExXi8元IPDLjsEBe3cx3BDr1stpRQCKuhC9gRKNuvbWoH833t6n4vz A more extensive list canĪlso, don't forget to visit SolutionNet where you can upload your own solution and view those of others to get some ideas on where to start if you're stuck. Playing the game (although some do appear in the trainings). The thing about the items listed above is that they're not all that obvious from Also, you don't have to drop an atom to bond or unbond it. As long as all the correct bonds are in place, it will beĪ feature activator-symbol does not have to be placed on top of the feature plate.įor example, you can activate the bonders when the waldo isn't anywhere The output molecules do not need to match the target molecule's position or Or, in case itĬomes from another reactor's output, exactly as it was outputted there. The input molecules will appear exactly as shown on the input. Which the bonders are executed, but how it works exactly is currently unknown.) When red and blue performĪ command at the 'same' time, red will execute first. There is no true simultaneous command execution. ![]() You canĭrag-select, a Shift+click does multi-select and Ctrl+drag copies symbols. DO NOT FORGET THIS!!! Check the right-click menuĮach command has a keyboard shortcut, and many of the standard mouse/keyboard UI commandsĪpply. You can also switchĬolors of each symbol ( including inputs and outputs), or switchīetween similar types of commands (again, like α ↔ β or Start-symbols can get a different starting direction. All symbols have a right-click menu for more options.Placed yourself, but also the start symbols and the reactor feature plates. All elements in a reactor can be moved.There are also a few ground rules and tips that you need to be aware of before even A specific feature instance is also referred to as a plate. Interesting things happen whenĪtoms are over a feature at the same time as a waldo executes the rightĬommand. The gray elements in theīackground are reactor features. The command belonging to that symbol is executed. The smaller red/blueĬircles with text are symbols. The big red/blue circles running aroundĪre the instruction pointers called waldos. The red and blue pathsĪre essentially scripts of commands. It's also useful to name a cell by its relation within an input or output zone.įor example, cell (a5) is also the top-left cell in β, so it may alsoĪ reactor is essentially a dual-threaded computer. That is, the top-left cell is (a1), and the bottom-right is (j8). I will refer to a specific cell on the grid using Excel's cell-referencing. On the left called α and β, and two 4×4 output zones on the That better suit the situation or are more common, please say so.Ī reactor is basically a 10×8 matrix with two 4×4 input zones Mostly based on terms I've found on the web and my own terms. Note that as farĪs I know, there is no standard nomenclature for elements and patterns. In other words, I expect you to understand the video linked to above.īefore we go into the actual solutions, here are a few notes on nomenclature.
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