Doloc Town sprinkler layout: evidence-first farm planning
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要点
No exact Doloc Town sprinkler layout can be verified from the supplied official material. Water management is part of the broader farm and weather design, and stacked platforms are confirmed, but sprinkler specifications are not documented here. Build provisionally and measure the current version before committing to a tile pattern.
What the official description supports
Doloc Town includes acid rain, intense sun, and thunderstorms that affect the farm. Weather can eventually be used to supply water or power, connecting environmental management to production. Vertical platforms allow a farm to grow upward rather than remain on a single plane.
Those features make irrigation planning relevant, but they do not prove the existence, shape, or reach of a particular sprinkler. They also do not establish whether vertical levels share coverage or require separate equipment. Treat any precise diagram as a test candidate until verified.
Measure before redesigning
If sprinkler equipment appears in your current save, record its exact displayed name and unlock source. Place it in an isolated test plot, observe each watered position, and repeat after a reload or weather change. Note the game version and platform level so the result can be reproduced.
To be confirmed: sprinkler availability, range, pattern, power use, upgrade tiers, vertical interaction, and ideal spacing are unsupported by the available evidence. Do not infer a radius from visual effects alone. A verified coverage grid needs observations of actual watered crop tiles.
Keep the farm adaptable
Leave access space around crop groups and avoid filling every platform with permanent structures. The confirmed later-game systems include renewable energy and agricultural drones, so irrigation may eventually share space with power and automation. Flexible blocks are easier to change when a measured coverage pattern becomes available.
The official Discord is suitable for comparing current measurements, provided each report includes version context. Ask for screenshots that show both placement and resulting coverage rather than accepting a bare number. A small tested block is safer than rebuilding the full vertical farm around an unsupported layout.
Account for stacked growing levels
Vertical platforms are confirmed, so a useful irrigation trial must identify the level containing both the device and observed crop. Do not assume water coverage projects upward, downward, or through structures merely because effects overlap visually. Repeat the same small arrangement on another level before generalizing the result.
Weather can later supply water, which introduces another variable during a sprinkler test. Run a trial in a stable visible condition when possible and note any rain event that occurs. A watered tile observed after weather cannot be attributed to equipment unless the two sources are separated.
Turn a measured pattern into a layout
Once actual coverage is known, mark watered positions first and fit crop blocks inside them rather than starting from an attractive symmetry. Preserve a route for planting, harvesting, repairs, and any later agricultural drone access. Report uncovered edge tiles explicitly because they are more actionable than a claimed efficiency percentage with no denominator.
A comparison should count usable watered positions, required equipment, occupied space, and manual gaps under the same conditions. Power and unlock costs belong in the comparison only after their exact current values are observed. Until then, publish the shape as a measured pattern rather than labeling it the best sprinkler layout.