Project P.I.T.T. Cauldron — 1.0.8 Anomaly Recipe Tiers & Use

Updated for 1.0.8 — The Cauldron (official name: Anomaly workbench) now has three recipe quality tiers: lower, normal, and enhanced.

• 3 identical products → lower-quality Anomaly.
• 3 products made from exactly 2 distinct product types → normal-quality Anomaly.
• 1 Duck + 1 Cash Register + 1 Piñata (one of each) → enhanced-quality Anomaly.

Inputs must physically enter the Cauldron’s input slots — items merely sitting nearby do not register. Piñatas are fragile in transit. Complete one successful manual cycle before you automate, because automation amplifies staging and fragility failures. See Automation for factory builds.

The Cauldron is the Anomaly workbench (official 1.0.8 naming) used in Phase 4 to combine products into Anomalies. It accepts three input items per craft and now evaluates the combination to produce one of three quality tiers (lower, normal, enhanced) under the 1.0.8 rules.

The workshop rules introduced in 1.0.8 map input diversity to quality:

• Lower-quality Anomaly: any three items that are all the same product type (example: Duck + Duck + Duck).
• Normal-quality Anomaly: any three items that use exactly two distinct product types (example: Duck + Duck + Cash Register, or Duck + Cash Register + Cash Register).
• Enhanced-quality Anomaly: a set containing one Duck, one Cash Register, and one Piñata. This specific one-of-each combination is the confirmed enhanced recipe.

Notes:

• Enhanced requires one of each Duck + Cash Register + Piñata, but you do not have to use those three for every Anomaly; other combinations produce lower or normal qualities as above.
• The Cauldron still consumes three inputs per cycle.

Follow these steps to verify placements and behavior before automating:

1. Decide which quality you want to test (enhanced, normal, or lower) and gather the corresponding three items per the tier rules above. For confirmed enhanced testing, prepare exactly: 1 Duck, 1 Cash Register, 1 Piñata.
2. Bring items to the Cauldron area and set up single-item staging spots so each item can be routed cleanly into an input. Do not leave items just “near” the workbench — they must fully enter the input zone.
3. Insert items one at a time, ensuring each object is accepted (you should see the item disappear into the input). The order of insertion is not a documented quality rule; the key is acceptance into the input.
4. Observe the Cauldron’s cycle and collect the produced Anomaly. Confirm the quality matches the combination rules (lower / normal / enhanced).
5. Repeat the manual cycle at least once to confirm consistent acceptance and to learn the exact physical positions and timing your automation will need.

Complete a clear manual success before scaling to machines — this single success is the physical reference point for lanes, buffer sizes, and insertion timing.

If the Cauldron appears inactive, the most common cause is delivery — one or more inputs never actually entered the workbench. Items sitting adjacent to the inputs do not count. Other delivery problems include misalignment when multiple items arrive at once or items being destroyed before insertion (see Piñata fragility). Always verify each object truly entered the Cauldron before assuming a bug.

Community reports (not official patch rules) indicate the Cauldron can eject or “pop” objects when too many of a single ingredient are fed or when inputs collide while staging. Treat this as community-observed behavior rather than an official 1.0.8 mechanic. To reduce ejections:

• Use single-item buffers so only one object reaches the input at a time.
• Avoid tight clustering of multiple inputs.
• Confirm each item has been accepted before sending the next.

Automation tends to amplify these staging problems; small misalignments that are recoverable by hand become repeatable failures when automated.

Piñatas remain fragile in transit under 1.0.8. They commonly break from collisions, intersecting lanes, or long/high-traffic routes. Prevent breakage by:

• Routing Piñatas on short, isolated lanes.
• Using dedicated buffers that prevent other items from colliding with them.
• Testing a manual run to confirm the Piñata survives the path before adding automated throughput.

Broken Piñatas will not count as valid inputs, and a broken Piñata can make a cycle fail or produce an unexpected result.

Automate only after you can reliably run the Cauldron manually and reproduce the same quality result repeatedly. Reasons:

• Automation multiplies alignment and fragility failures.
• A confirmed manual cycle provides exact spatial and timing references for conveyor lanes and inserters.
• Start automation with low throughput and single-item buffers; scale only after monitoring for ejections and breakage.

For full factory designs and lane examples, see Automation.

• Assuming “near” equals “accepted” — items must fully enter the Cauldron input.
• Sending Piñatas through mixed or high-traffic lanes and losing them to breakage.
• Trying to automate before a verified manual cycle (automation amplifies errors).
• Allowing multiple inputs to collide at the Cauldron and trigger rejects/ejections.
• Treating community reports about ejection/stock limits as official patch rules — they are observational and should guide staging caution, not design certainty.

The Cauldron is the Anomaly workbench (official 1.0.8 name) used in Phase 4 to combine three inputs into an Anomaly; quality depends on the variety of inputs.

Three identical products produce a lower-quality (lesser) Anomaly.

Three inputs composed of exactly two distinct product types produce a normal-quality Anomaly.

One Duck + one Cash Register + one Piñata produces an enhanced-quality Anomaly (confirmed in 1.0.8).

The enhanced recipe is exactly: 1 Duck + 1 Cash Register + 1 Piñata.

Players report (community evidence) that feeding too many of one ingredient or allowing inputs to collide can cause ejections. This is community-observed behavior and not stated as an official patch rule; use single-item staging to reduce the risk.

Stage one set of three items per the desired tier, ensure each object fully enters the Cauldron input, run the cycle, and confirm the produced quality. Repeat until consistent, then consider automation.

Only after at least one successful manual cycle. Automation multiplies alignment and fragility problems; verify positions and timing first.

• Automation — factory setup and Phase 4 lanes
• Secret Ending — where Anomalies connect in progression
• Percentage Pipe — 10 Anomalies × 10% = 100%
• Troubleshooting — save and tool issues
• Updates — Update 1.0.8 patch notes hub