Datasets:
| {"environmentId":"a001","name":"Pivot cargo","canonicalSeed":503117,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["rigid translation","pivot rotation","obstacle collision","multiple-body blocking"],"stateVariables":["piece poses","selected body","fixed obstacles"],"authorMechanismNotes":"Rotating a non-point body changes its occupied cells and the routes available to other bodies.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,13,21,25,28,33],"canonicalReferenceTotalActions":133,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a002","name":"Mirrored twins","canonicalSeed":503117,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["reflected coupled displacement","movable reference axis","independent collision cancellation","active twin selection"],"stateVariables":["two positions","reflection axis","selected twin","obstacles"],"authorMechanismNotes":"One input causes opposite signed displacement in another body; later the two motions may be independently blocked.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,6,20,24,29,33],"canonicalReferenceTotalActions":125,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a003","name":"Row column loom","canonicalSeed":511036,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["cyclic row shift","cyclic column shift","whole-board transpose","checkerboard anchored cells","linked neighboring strips"],"stateVariables":["colored matrix","selected intersection","anchor mask"],"authorMechanismNotes":"A row operation changes future column membership; high levels add fixed cells and opposite neighboring-strip motion.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,14,19,16,29,29],"canonicalReferenceTotalActions":118,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a004","name":"Overlapping turntables","canonicalSeed":518955,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["overlapping sub-board rotations","opposite rotation direction","linked opposite window","central interleaving rotation"],"stateVariables":["mosaic","rotation direction","linked mode"],"authorMechanismNotes":"Rotating intersecting windows moves tiles across both axes and creates noncommuting local permutations.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,12,21,24,29,33],"canonicalReferenceTotalActions":132,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a005","name":"Local frame rover","canonicalSeed":526874,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["egocentric forward reverse","heading rotation","turntable floor","reflection floor","trail cargo exchange"],"stateVariables":["rover position","heading","handedness","cargo","floor transformations"],"authorMechanismNotes":"The same forward input has different world displacement after rotation/reflection pads; cargo can only be exchanged from the body-relative rear.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[1,15,17,25,29,33],"canonicalReferenceTotalActions":120,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a006","name":"Parity stencil","canonicalSeed":534793,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["XOR stamping","stencil translation","stencil rotation","wrapped support","two-channel ink"],"stateVariables":["ink board","stencil location","rotation","active ink channel"],"authorMechanismNotes":"A second overlapping stamp erases existing ink; matching a target requires reasoning about parity rather than transporting objects.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,15,21,16,24,23],"canonicalReferenceTotalActions":110,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a007","name":"Inertial docks","canonicalSeed":542712,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["slide until collision","movable token as stopper","brake cells","wrapped edge lanes","undo"],"stateVariables":["token positions","selection","walls","brakes"],"authorMechanismNotes":"A token can stop only at collisions/brakes; arranging another token creates a new stopping location.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,17,20,21,29,31],"canonicalReferenceTotalActions":125,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a008","name":"Split gravity","canonicalSeed":550631,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["global simultaneous settling","particle collision","opposed material gravity","switchable shutter","sticky floor","undo"],"stateVariables":["colored particles","gate state","fixed walls","sticky cells"],"authorMechanismNotes":"Every particle moves under a global field; later materials fall in opposite directions and gates change their joint packing.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,3,5,17,9,5],"canonicalReferenceTotalActions":42,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a009","name":"Orthogonal silhouettes","canonicalSeed":558550,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["finite cube inventory","height editing","two orthogonal projections","view rotation","colored occlusion","supported construction"],"stateVariables":["height field","material field","cube bank","selection"],"authorMechanismNotes":"Completion is equality of occluding projections, not equality of the underlying sculpture; depth and inventory create underdetermined spatial constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":83,"length":3}],"canonicalReferenceActionsPerLevel":[3,16,21,24,1,21],"canonicalReferenceTotalActions":86,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a010","name":"Tension and pulley","canonicalSeed":566469,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["slack cable","passive endpoint dragging","fixed pulley routing","route disengagement","movable pulley","undo"],"stateVariables":["two endpoints","cable capacity","pulley position","route engagement","selection"],"authorMechanismNotes":"Pulling one endpoint can move a different object; routing through a pulley changes the direction of that transferred motion.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,16,21,23,23,32],"canonicalReferenceTotalActions":128,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a011","name":"Enclosed regions","canonicalSeed":574388,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["edge drawing and erasure","closed-loop interior","pen lifting","reflected dual pen","two-layer region overlap"],"stateVariables":["edge sets","pen position","pen engagement","reflection mode","ink layer","blocked vertices"],"authorMechanismNotes":"The goal concerns the regions enclosed by a planar edge graph; arbitrary open strokes cannot satisfy it, even when they pass through target cells.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[12,12,10,8,21,36],"canonicalReferenceTotalActions":99,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a012","name":"Reflected light field","canonicalSeed":582307,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["ray reflection","mirror transport","reflection orientation","beam splitting","color filter","two-source interference"],"stateVariables":["mirror positions and orientations","source poses","filters","fixed absorbers","selection"],"authorMechanismNotes":"Moving or flipping one mirror changes an entire downstream light path, with branching and color mixing at higher levels.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,6,6,9,9,9],"canonicalReferenceTotalActions":42,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a013","name":"Transparent depth layers","canonicalSeed":590226,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["transparent masks","planar translation","mask rotation","depth ordering","additive bit-plane compositing"],"stateVariables":["mask poses","depth permutation","selected layer","compositing mode"],"authorMechanismNotes":"Only the visible composite is constrained; the same mask arrangement can change its result solely by changing which layer is in front.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,17,20,24,29,32],"canonicalReferenceTotalActions":129,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a014","name":"Orbital clutch","canonicalSeed":598145,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["ring phase rotation","clutched counterrotation","independent ring drive","blocked detent","intermittent tooth engagement","variable gear ratio"],"stateVariables":["three phases","clutch mode","detent location"],"authorMechanismNotes":"Inputs act on coupled cyclic coordinates, with gearing, disengagement, and intermittent teeth changing the motion transferred to other rings.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,12,21,12,21,33],"canonicalReferenceTotalActions":112,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"a015","name":"Twisted seams","canonicalSeed":606064,"family":"Spatial","sourceFamily":"spatial","version":"1.0.0","levels":6,"mechanics":["periodic horizontal boundary","reflected seam coordinates","handedness reversal","alternative seam gluing","quarter-turn vertical seam","seam-coupled companion"],"stateVariables":["oriented unit poses","handedness","active chart","selected unit","obstacles"],"authorMechanismNotes":"Crossing an edge changes both position and the reference frame; the board has glued boundaries rather than ordinary Euclidean adjacency.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/spatial.ts","sourceSha256":"0556eb6d3a92401f8af88034fb4682fd46759fc63ad4c51d79ed3b56ab4f185a","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,17,21,25,29,32],"canonicalReferenceTotalActions":137,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b001","name":"Relay Canopy","canonicalSeed":511036,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 conjunction/disjunction","L2 exclusive-or","L3 inversion","L4 shared intermediate fan-out","L5 finite input power","L6 conditional signal selection"],"stateVariables":["input bits","visible gate graph","output targets","supply capacity"],"authorMechanismNotes":"Infer a combinational causal graph and satisfy its output pattern under an input-power constraint.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":17,"length":3},{"seed":83,"length":3},{"seed":712,"length":2}],"canonicalReferenceActionsPerLevel":[2,2,2,2,2,2],"canonicalReferenceTotalActions":12,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b002","name":"Edge Register","canonicalSeed":613983,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 serial sampling","L2 input isolation latch","L3 alternating clock banks","L4 reversible shift direction","L5 recirculating XOR feedback","L6 inverting stages"],"stateVariables":["register cells","data source","enable","clock bank","direction","target registers"],"authorMechanismNotes":"The final spatial pattern is produced by temporal sampling, hold phases, and feedback rather than static switch settings.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,26,26,27,27,27],"canonicalReferenceTotalActions":139,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b003","name":"Leaky Reservoirs","canonicalSeed":621902,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 routed charging","L2 periodic leakage","L3 conservative shunt","L4 supply fan-out limit","L5 pump heat and cooling","L6 threshold-dependent paired shunts"],"stateVariables":["charge levels","route valves","shunt state","pump heat","leak phase","target charges"],"authorMechanismNotes":"Match simultaneous analog charge levels while charging, leakage, heat, and conservative redistribution interact.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[15,15,16,26,29,29],"canonicalReferenceTotalActions":130,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b004","name":"Pressure Interlocks","canonicalSeed":629821,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 door-controlled transport","L2 mutually exclusive gates","L3 pressure equalization","L4 local operator access","L5 cargo changes vacated pressure","L6 finite equalizer reserve with closed-door refill"],"stateVariables":["cargo position","door states","chamber pressure","selected door","air reserve"],"authorMechanismNotes":"Advance a physical cargo through condition-dependent doors while preserving an interlock and managing equalization.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,12,13,13,13,13],"canonicalReferenceTotalActions":72,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b005","name":"Prismatic Branches","canonicalSeed":637740,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 mirror reflection","L2 transmitted/reflected splitting","L3 nested split branches","L4 spectral conversion","L5 forbidden beam receivers","L6 shutter-gated shared trunk"],"stateVariables":["mirror orientation","prism color","shutter","ray paths","receiver spectra","hazard illumination"],"authorMechanismNotes":"Route actual rays through reflective and transmissive elements; a wrong path has spatial consequences.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":83,"length":3},{"seed":712,"length":3}],"canonicalReferenceActionsPerLevel":[1,1,2,3,3,4],"canonicalReferenceTotalActions":14,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b006","name":"Breaker Balance","canonicalSeed":645659,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 bus assignment","L2 weighted current demand","L3 antagonistic loads","L4 alternating demand profiles","L5 de-energized switching","L6 cooldown-gated breaker reset"],"stateVariables":["load assignment","power","phase","persistent trips","cooldown","per-load energized phase history"],"authorMechanismNotes":"Balance scarce electrical capacity over multiple phases while respecting persistent, recoverable protection trips.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,7,10,11,11,11],"canonicalReferenceTotalActions":57,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b007","name":"Inductive Ferry","canonicalSeed":653578,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 opposite winding transfer","L2 refractory coils","L3 limited intermediate capacity","L4 one-way pump edges","L5 paired-charge transformer","L6 actuation flips source winding"],"stateVariables":["conserved charge","coil polarity","capacity","refractory timers","selected coil"],"authorMechanismNotes":"Transport a conserved quantity through orientation-dependent, capacity-limited transducers, including packet-size constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[28,39,39,39,38,45],"canonicalReferenceTotalActions":228,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b008","name":"Coincident Fronts","canonicalSeed":661497,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 propagation time","L2 adjustable launch delay","L3 periodic endpoint gate","L4 shared-entry collision","L5 source refractory period","L6 three-phase receiver window"],"stateVariables":["path lengths","delay settings","in-flight pulse positions","clock phase","receiver flashes","cooldown"],"authorMechanismNotes":"Arrange spatiotemporal arrival coincidence while avoiding an earlier shared-resource collision.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,9,10,10,10,10],"canonicalReferenceTotalActions":53,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b009","name":"Thermal Hold","canonicalSeed":669416,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 on/off hysteresis thresholds","L2 shared coolant","L3 cross-heating","L4 common cooling fan","L5 total thermal ceiling","L6 crossed actuator wiring"],"stateVariables":["temperature","retained relay state","coolant","fan","heater selection","visible actuator routing"],"authorMechanismNotes":"Reach a cool operating band with relays still latched, requiring overshoot and return rather than direct temperature matching.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,10,10,11,11,11],"canonicalReferenceTotalActions":56,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b010","name":"Magnetic Shuttle","canonicalSeed":677335,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 attraction by opposite polarity","L2 polarity-changing track pads","L3 inertial heavy cargo","L4 phase-gated crossing","L5 adjacent opposite cargos exchange polarity","L6 finite field energy and field-off recharge"],"stateVariables":["cargo position and charge","coil polarity","momentum","crossing phase","field battery","colored target docks"],"authorMechanismNotes":"Control a spatial force field rather than directly moving objects; simultaneous cargo interactions constrain useful pulses.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[36,36,40,40,40,48],"canonicalReferenceTotalActions":240,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b011","name":"Buffered Sorter","canonicalSeed":685254,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 binary routing","L2 two-stage destination tree","L3 header-dependent inversion","L4 retained previous-packet routing state","L5 occupancy-limited pipeline","L6 occupied-router edit interlock"],"stateVariables":["packet headers","pending queue","occupied tree nodes","router modes","memory bit","delivered packets"],"authorMechanismNotes":"Sort persistent packets using a stateful route policy and queue occupancy, with misroutes returned for repair.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,31,28,29,29,29],"canonicalReferenceTotalActions":159,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b012","name":"Portable Fuse Works","canonicalSeed":693173,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 reusable scarce fuse","L2 persistent machine dependencies","L3 two-fuse load","L4 phase-sensitive processing and incomplete-work decay","L5 powered auxiliary prerequisite","L6 live-maintenance trip interlock"],"stateVariables":["free and inserted fuses","machine progress","completed machines","power","phase","trip"],"authorMechanismNotes":"Schedule finite portable circuit components across a dependency chain, retaining completed work and reusing resources.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[30,30,32,33,37,37],"canonicalReferenceTotalActions":199,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b013","name":"Coupled Resonance","canonicalSeed":701092,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 phase coincidence","L2 unequal periods","L3 neighbor-wrap phase kicks","L4 opposing phase-adjustment coupling","L5 finite adjustment energy with refill","L6 switchable global clock ratio"],"stateVariables":["clock phases","periods","coupling topology","adjustment energy","clock ratio","coincidence sample"],"authorMechanismNotes":"Synchronize interacting cyclic processes and sample a real coincidence rather than reproduce a stored command sequence.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,4,4,4,4,4],"canonicalReferenceTotalActions":24,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b014","name":"Retentive Mesh","canonicalSeed":709011,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 recurrent propagation","L2 signed three-parent majority","L3 disagreement retains old state","L4 two-clamp intervention budget","L5 alternating update banks","L6 change-induced refractory interval"],"stateVariables":["node bits","signed directed graph","temporary clamps","clamp budget","update bank","refractory timers","target attractor"],"authorMechanismNotes":"Use limited temporary interventions to enter a self-sustaining recurrent attractor, then remove all external support.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[24,32,28,28,28,28],"canonicalReferenceTotalActions":168,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"b015","name":"Null Bridges","canonicalSeed":716930,"family":"Circuits","sourceFamily":"causal-circuits","version":"1.0.0","levels":6,"mechanics":["L1 resistance ratio balance","L2 powered sample-and-hold measurement","L3 two bridges share resistance arms","L4 exact total-resistance constraint","L5 de-energized adjustment with trip recovery","L6 mechanically linked paired adjusters"],"stateVariables":["resistance values","shared-arm topology","power","measurement residual","measurement freshness","trip","total-resistance target"],"authorMechanismNotes":"Tune an analog null condition using causal measurements, with shared arms, budget constraints, and coupled controls.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/circuits.ts","sourceSha256":"4c6ec8cf0651efdf9191b7ba9d7240c82159b458d0fd1fdf8b7f47275f50332d","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[41,42,37,37,37,37],"canonicalReferenceTotalActions":231,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c001","name":"Sealed nesting","canonicalSeed":724849,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["root-only containment","lid dependencies","orientation changes on closure"],"stateVariables":["selection","armed object","parent","lid","orientation"],"authorMechanismNotes":"Objects become inaccessible inside other objects; sealing changes later assembly affordances.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,10,20,22,34,34],"canonicalReferenceTotalActions":128,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c002","name":"Travelling catalyst","canonicalSeed":732768,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["a persistent travelling tool role","receiver and donor state changes","graph reachability and recharging"],"stateVariables":["selection","armed object","object activation","active role","charge","visible transfer graph"],"authorMechanismNotes":"The actor is an object role that migrates after changing another persistent object.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,10,8,2,4,20],"canonicalReferenceTotalActions":52,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c003","name":"Grained rods","canonicalSeed":740687,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["midpoint cutting","ordered material concatenation","endpoint compatibility and reversal"],"stateVariables":["selection","armed object","ordered material segments"],"authorMechanismNotes":"Tools change ordered material topology by division and concatenation, preserving every grain.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,2,4,6,8,12],"canonicalReferenceTotalActions":34,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c004","name":"Layered decanting","canonicalSeed":518955,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["capacity-limited whole pours","last-in-first-out liquid layers","seals and receiving filters"],"stateVariables":["selection","armed object","capacity","liquid layers","seal","filter"],"authorMechanismNotes":"Finite capacity and exposed top layers determine the amount and composition of an entire transfer.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,8,28,40,24,36],"canonicalReferenceTotalActions":140,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c005","name":"Polar field","canonicalSeed":748606,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["attraction and repulsion","simultaneous exclusion","anchors and linked polarity"],"stateVariables":["selection","armed object","position","polarity","anchor","row","linked polarity"],"authorMechanismNotes":"A local pulse moves multiple persistent bodies through polarity-dependent spatial forces.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,20,2,18,26,26],"canonicalReferenceTotalActions":106,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c006","name":"Latched hinges","canonicalSeed":756525,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["downstream rigid rotation","self-collision","hinge latches and coupled rotation","right-angle notch access"],"stateVariables":["selection","armed object","joint direction","latch","obstacles"],"authorMechanismNotes":"A hinge transforms an entire downstream geometric body, with collision and latch constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,18,22,40,42,46],"canonicalReferenceTotalActions":184,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c007","name":"Ordered stencils","canonicalSeed":764444,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["ordered additive and subtractive masks","rotation and reflection","intersection and exclusive overlay"],"stateVariables":["selection","armed object","mask geometry","material operator","stack order"],"authorMechanismNotes":"Persistent physical masks compose noncommutatively according to order, geometry, and material.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,14,14,12,20,22],"canonicalReferenceTotalActions":86,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c008","name":"Grafted sockets","canonicalSeed":772363,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["typed rooted sockets","subtree attachment","load limits and occupancy-induced socket changes"],"stateVariables":["selection","armed object","parent","socket","load","root type"],"authorMechanismNotes":"Attaching a subtree changes socket availability and all ancestor loads.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,20,30,20,20,40],"canonicalReferenceTotalActions":138,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c009","name":"Pressure chambers","canonicalSeed":780282,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["conserved pressure equilibration","valve topology","area-changing pistons and pressure-gated valves"],"stateVariables":["selection","armed object","volume","area","valve","direction","opening threshold"],"authorMechanismNotes":"Opening a connection changes a conserved hydraulic system; pressure depends on chamber area.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,24,28,48,62,68],"canonicalReferenceTotalActions":240,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c010","name":"Suspended balance","canonicalSeed":788201,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["mass times lever arm","nested beam loads","pivot displacement and balance-gated placement"],"stateVariables":["selection","armed object","mass","socket","pivot","nested beam"],"authorMechanismNotes":"Completion is a physical torque equilibrium including nested loads, rather than a displayed arrangement.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,8,16,12,16,16],"canonicalReferenceTotalActions":76,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c011","name":"Accessible stacks","canonicalSeed":796120,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["top-only object access","bounded containers","mouth orientation and transfer-induced rotation","automatic receiving lids"],"stateVariables":["selection","armed object","ordered solids","capacity","mouth","lid"],"authorMechanismNotes":"Access restrictions, capacity, and aperture orientation constrain rearrangement of persistent solids.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[28,32,48,66,82,82],"canonicalReferenceTotalActions":338,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c012","name":"Composite implements","canonicalSeed":804039,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["persistent detachable heads","handle-dependent effects","charge, surface preparation, and grain"],"stateVariables":["selection","armed object","head attachment","handle orientation","surface","charge","grain"],"authorMechanismNotes":"A head has no standalone effect; detachable head-handle composition determines its action on materials.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[12,24,36,44,80,82],"canonicalReferenceTotalActions":278,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c013","name":"Phase fusion","canonicalSeed":811958,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["equal-mass fusion","phase transformation","fission and catalytic unit conversion"],"stateVariables":["selection","armed object","mass","phase","catalyst resource"],"authorMechanismNotes":"Fusion requires equal sizes and transforms phase; decomposition and unit conversion break simple monotonic assembly.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,12,6,12,12,18],"canonicalReferenceTotalActions":64,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c014","name":"Occlusion optics","canonicalSeed":819877,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["geometric ray occlusion","mirror reflection and splitting","colour filters and protected objects"],"stateVariables":["selection","armed object","object position","orientation","emitter","colour"],"authorMechanismNotes":"Objects alter the paths, colours, and occlusion of simultaneous rays; receiver and protection conditions coexist.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,2,4,8,2,8],"canonicalReferenceTotalActions":28,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"c015","name":"Threshold relays","canonicalSeed":827796,"family":"Objects","sourceFamily":"persistent-object-systems","version":"1.0.0","levels":6,"mechanics":["threshold-triggered batch transport","routing and inversion","charge-gated firing and changing routes"],"stateVariables":["selection","armed object","charge batches","threshold","route","inversion","gate"],"authorMechanismNotes":"Stored batches turn passive nodes into emitting roles, and emission changes the future routing system.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/objects.ts","sourceSha256":"2aee3272fda9895147020288608c8ef726ad1df7ceaf6058db2aaff175693368","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[28,36,54,50,60,72],"canonicalReferenceTotalActions":300,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d001","name":"Arrival Basin","canonicalSeed":835715,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 delayed physical transport","L2 unequal arrival distances with one-tick storage","L3 three-way rendezvous","L4 periodically receptive basin","L5 in-flight pigment inversion","L6 shared refractory emitter"],"stateVariables":["courier positions and pigments","path lengths","basin lifetimes","receptive phase","source pigment and recovery"],"authorMechanismNotes":"Schedule actual couriers of different flight times so their short-lived deposits coexist.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,9,11,13,14,14],"canonicalReferenceTotalActions":68,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d002","name":"Seasonal Pollination","canonicalSeed":843634,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 watered growth","L2 blossoms expire after maturity","L3 simultaneous cross-pollination","L4 alternating photoperiods","L5 frost protection blocks growth","L6 shared two-dose replenishing water"],"stateVariables":["growth","blossom age","soil moisture","photoperiod","frost cover","water reserve","pollinated fruit"],"authorMechanismNotes":"Keep plants alive through different growth schedules and obtain a real overlap of viable blossoms.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,14,18,28,32,32],"canonicalReferenceTotalActions":138,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d003","name":"Quench Window","canonicalSeed":851553,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 delayed cooling into a quench window","L2 finite recoverable coolant","L3 pieces require different thermal endpoints","L4 hot pieces radiate into cooler pieces","L5 post-quench annealing delay","L6 finished predecessor unlocks the next blank"],"stateVariables":["material stage","temperature","required quench temperature","annealing timer","coolant"],"authorMechanismNotes":"Transform persistent material at a transient thermal state, with recoverable failed quenches and delayed completion.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,6,13,13,17,26],"canonicalReferenceTotalActions":81,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d004","name":"Transit Windows","canonicalSeed":859472,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 moving periodic obstruction","L2 independent obstacle periods","L3 a second dwell pattern shares a corridor","L4 retain a key before the exit","L5 a local switch grants an expiring bridge lease","L6 a carried load makes motion take two ticks"],"stateVariables":["traveller location","obstacle phases","key","bridge lease","load"],"authorMechanismNotes":"Plan movement against future obstacle occupancy; waiting and loaded travel advance the same causal clock differently.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[9,9,9,9,10,14],"canonicalReferenceTotalActions":60,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d005","name":"Leased Workshop","canonicalSeed":867391,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 task completion enables a dependent task","L2 parallel fork and join","L3 unequal operation durations","L4 completed permissions expire","L5 prerequisites must remain valid during execution","L6 renewing a cause invalidates its completed descendants"],"stateVariables":["dependency graph","completion leases","running task timers","worker capacity","selected task"],"authorMechanismNotes":"Schedule a causal dependency graph whose enabling facts have lifetimes, rather than static Boolean availability.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,7,8,8,8,9],"canonicalReferenceTotalActions":46,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d006","name":"Borrowed Footsteps","canonicalSeed":875310,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 record and replay a physical shadow holding a plate","L2 finite-lived replay traces","L3 two gates require shadows at separate plates","L4 plates require two consecutive samples","L5 solid and shadow bodies collide away from plates","L6 half-speed shadow time and a retained physical token"],"stateVariables":["live position","recorded position trace","shadow playback cursors","previous shadow positions","clock ratio","token"],"authorMechanismNotes":"Use a recorded causal history as a simultaneous second actor; the history physically replays rather than transforming a pixel board.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[31,31,46,46,48,56],"canonicalReferenceTotalActions":258,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d007","name":"Causal Revisions","canonicalSeed":883229,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 cached results retain old causes","L2 shared parents create a dependency diamond","L3 computation captures inputs before delayed completion","L4 changed input invalidates an in-flight result","L5 a shared executor serializes rebuilds","L6 dirty reads can create transitively stale descendants"],"stateVariables":["root values and targets","cache values","parent revision snapshots","dependency graph","in-flight snapshot and timer"],"authorMechanismNotes":"Repair persistent derived artifacts after their causes change; correctness includes causal freshness, not just matching color.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,5,11,11,11,11],"canonicalReferenceTotalActions":52,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d008","name":"Tidal Transfer","canonicalSeed":891148,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 boarding a periodic ferry","L2 independent persistent cargos","L3 weight-limited boat capacity","L4 transfer between disjoint ferry routes","L5 perishable cargo and an intermediate ice station","L6 tide phase blocks dock service"],"stateVariables":["boat route positions","cargo location and weight","cargo age","ice protection","tide phase","selected boat and cargo"],"authorMechanismNotes":"Schedule the transfer of persistent goods between moving carriers and a temporary intermediate store.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,13,21,26,29,39],"canonicalReferenceTotalActions":141,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d009","name":"Escrow Cycle","canonicalSeed":899067,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 delayed settlement","L2 transfers have unequal settlement latencies","L3 reservations prevent duplicate spending","L4 full destinations hold ready transfers","L5 atomic batch netting clears a capacity cycle","L6 compensating transfers undo completed moves after a new delay"],"stateVariables":["token owners","reserved transfers","remaining settlement time","account capacity","batch mode","previous ownership"],"authorMechanismNotes":"Move colored assets through delayed reservations and capacity-constrained settlement; simultaneous netting can unblock a cycle.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,16,16,16,14,34],"canonicalReferenceTotalActions":112,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d010","name":"Maturing Queue","canonicalSeed":906986,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 age before FIFO dispatch","L2 over-age material is recycled","L3 rotate the live FIFO order","L4 adjacent complementary material enables maturation","L5 narrow freshness windows","L6 a shared cold phase performs a second maturation stage"],"stateVariables":["FIFO order","material age","freshness windows","complementary types","cold-stage progress","pending and finished goods"],"authorMechanismNotes":"Ordering changes which materials can mature together, and dispatch must respect both age and a physical queue.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[9,9,12,12,12,15],"canonicalReferenceTotalActions":69,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d011","name":"In-flight Postmarks","canonicalSeed":914905,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 delayed receiver sampling","L2 capture sender state at departure","L3 sample a route switch halfway through transit","L4 delayed acknowledgements change the sender","L5 reject out-of-order stale deliveries","L6 per-origin in-flight exclusion and cancellation"],"stateVariables":["sender pigment","route/arrival gate","messages with captured pigment and progress","receiver colors","delivery order","acknowledgement timers"],"authorMechanismNotes":"A single transported object samples different causes at departure, in transit, and arrival; changes between those times have different effects.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,12,16,19,30,30],"canonicalReferenceTotalActions":113,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d012","name":"Latent Plates","canonicalSeed":922824,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 cumulative colored exposure","L2 closed plates periodically fade","L3 bleaching repairs saturated exposure","L4 aperture controls overlap neighboring plates","L5 exposure develops one tick later","L6 red exposure leaves a blocking coat that blue light removes"],"stateVariables":["two-channel plate density","aperture mask","lamp spectrum","latent exposure","inhibitor coating","fade phase","target developed plates"],"authorMechanismNotes":"Compose a physical developed image from cumulative, delayed, fading and chemically inhibited exposures.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[22,23,23,19,19,19],"canonicalReferenceTotalActions":125,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d013","name":"Asynchronous Agreement","canonicalSeed":930743,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 propagation of a local proposal","L2 reject older delayed revisions","L3 forward a revision around a directed ring","L4 reversible partitions hold arriving messages","L5 acknowledgement quorum confirms each replica","L6 undo is a newer compensating revision"],"stateVariables":["replica values and revision order","pending proposals and acknowledgements","partitions","local previous value","quorum evidence"],"authorMechanismNotes":"Reach confirmed distributed agreement despite transit delay and stale messages; a later undo is another causal event.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,4,10,18,26,28],"canonicalReferenceTotalActions":89,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d014","name":"Collision Order","canonicalSeed":526874,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 free motion around a ring","L2 collisions reverse velocity and exchange pigment","L3 three bodies create order-dependent encounters","L4 a heavy body moves on alternate ticks","L5 a periodic barrier reflects arrivals","L6 collisions also change dock charge"],"stateVariables":["body positions","velocities","pigments","held bodies","barrier phase","collision charge","target positions and properties"],"authorMechanismNotes":"Manipulate the order of actual collision events; an encounter changes the participants and therefore their future interactions.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,14,14,14,14,14],"canonicalReferenceTotalActions":84,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"d015","name":"Refractory Trails","canonicalSeed":938662,"family":"Temporal","sourceFamily":"temporal-causality","version":"1.0.0","levels":6,"mechanics":["L1 traveling excitation","L2 branched waves reach separate destinations","L3 refractory nodes block immediate re-excitation in a cycle","L4 one node retains excitation for an extra tick","L5 a join needs simultaneous parent activity","L6 an inhibitory edge cancels excitation"],"stateVariables":["directed excitation graph","active lifetimes","refractory lifetimes","temporary cuts","visited destinations"],"authorMechanismNotes":"Guide transient propagating fronts and extinguish them after delivery; propagation depends on causal history and recovery time.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/temporal.ts","sourceSha256":"7bf92ace12df3580f8d47bd967a4ba9837f0f10123fea9edf5e5dc1ba1f6bd1c","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[15,24,24,24,24,24],"canonicalReferenceTotalActions":135,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e001","name":"Chromatic relations","canonicalSeed":946581,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["vertex recoloring","equality and inequality","color population quotas","local palettes"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"A relational coloring CSP with equality links and population constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,6,18,26,30,34],"canonicalReferenceTotalActions":124,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e002","name":"Precedence braid","canonicalSeed":954500,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["adjacent transpositions","partial order","distance constraints","fixed positions","alternating lanes"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Permutation scheduling combines precedence, adjacency, spacing and anchors.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,12,22,24,26,28],"canonicalReferenceTotalActions":114,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e003","name":"Exclusive correspondences","canonicalSeed":962419,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["bijection-preserving exchange","bipartite eligibility","pair compatibility","resource ordering"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Ownership exchange under overlapping eligibility and pair constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,6,20,10,12,14],"canonicalReferenceTotalActions":64,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e004","name":"Coupled balances","canonicalSeed":970338,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["weighted partition","simultaneous bucket totals","composition constraints","pair separation"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Conserved weighted pieces couple quantity, composition and exclusion.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,18,4,8,12,16],"canonicalReferenceTotalActions":64,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e005","name":"Transitive islands","canonicalSeed":978257,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["edge switching","transitive connectivity","separation","acyclic edge budget","path and degree bounds"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"A reachability puzzle with global consequences from each edge.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,18,22,26,30,34],"canonicalReferenceTotalActions":144,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e006","name":"Independent sentinels","canonicalSeed":986176,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["neighborhood coverage","selection conflict","weighted budget","redundancy","forbidden nodes"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Covering, independence and redundancy pull a shared selection in different directions.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,2,6,10,26,30],"canonicalReferenceTotalActions":76,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e007","name":"Equivalence chambers","canonicalSeed":534793,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["class union","singleton split","must-link and cannot-link","class capacity","composition diversity"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Operations manipulate equivalence classes rather than independent labels.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,4,8,8,8,8],"canonicalReferenceTotalActions":40,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e008","name":"Rotating correspondences","canonicalSeed":994095,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["oriented edge matching","boundary compatibility","paired gear rotation","counterrotation"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Rotational tile matching with geometric coupling, without translation.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,18,22,26,30,34],"canonicalReferenceTotalActions":144,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e009","name":"Successor basins","canonicalSeed":1002014,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["functional graph routing","cycle avoidance","sink ownership","fan-in capacity","depth bounds"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Pointer routing requires reasoning about descendants and terminal basins.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[12,16,20,24,28,32],"canonicalReferenceTotalActions":132,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e010","name":"Interval concordance","canonicalSeed":1009933,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["interval placement","resource overlap","precedence","cooldown","coupled shifts","release windows"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Temporal resource constraints with linked scheduling controls.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,2,6,10,18,34],"canonicalReferenceTotalActions":72,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e011","name":"Stable reciprocities","canonicalSeed":1017852,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["two-sided rankings","blocking pairs","preference ties","regional quota","accepted pair constraints"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Stability is relational and differs from maximizing individual preference.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[20,18,20,22,24,22],"canonicalReferenceTotalActions":126,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e012","name":"Reciprocal bundles","canonicalSeed":1025771,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["conserved multiset exchange","bundle demands","diversity","wealth fairness","restricted trading graph"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Multi-item ownership introduces conserved inventory and transfer routing.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,24,2,2,22,30],"canonicalReferenceTotalActions":82,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e013","name":"Shared bindings","canonicalSeed":1033690,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["simultaneous substitution","spare symbol","global occurrence coupling","intersecting palettes","relational exclusions"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"A binding operation affects all occurrences while preserving distinct symbols.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,18,22,26,30,34],"canonicalReferenceTotalActions":132,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e014","name":"Conditional coalitions","canonicalSeed":1041609,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["guarded binary transition","neighbor thresholds","signed influence","fixed anchors","relational consensus"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Reachable transitions depend on local context, making move order causal.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,18,22,26,30,34],"canonicalReferenceTotalActions":144,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"e015","name":"Nested jurisdictions","canonicalSeed":1049528,"family":"Relations","sourceFamily":"logic","version":"1.0.0","levels":6,"mechanics":["subtree reparenting","ancestry constraints","cycle prevention","capacity","depth","sibling exclusions"],"stateVariables":["object attributes","visible relations","selection","constraint parameters"],"authorMechanismNotes":"Containment has transitive ancestry and subtree weight effects.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/logic.ts","sourceSha256":"a2a739e7fce715ef4ef7f9ccb96e5b9bb23a973c65e5c9b8e2d04c154f0cfffd","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,8,8,8,8,8],"canonicalReferenceTotalActions":44,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f001","name":"Counterflow Membranes","canonicalSeed":1057447,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 concentration-gradient transport","L2 independently selectable molecular species","L3 third communicating compartment","L4 obligatory antiport","L5 shared molecular occupancy","L6 dimer-size transport"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Selective diffusion and antiport require arranging two conserved species; this is not a whole-container pour.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,9,17,20,23,26],"canonicalReferenceTotalActions":97,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f002","name":"Borrowed Room","canonicalSeed":542712,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 moving a partition reallocates finite capacity","L2 cyclic third reservoir","L3 indivisible two-unit packets","L4 loaded-wall displacement","L5 packet size alternates after transfer","L6 mechanically tied partitions"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Empty space is a conserved resource that must be moved before material; later walls also carry displaced contents.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[5,14,15,20,23,26],"canonicalReferenceTotalActions":103,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f003","name":"Unequal Bonds","canonicalSeed":1065366,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 reversible two-to-one mixed-species binding","L2 dependent second reaction","L3 competing binary intermediate","L4 shared vessel occupancy bound","L5 intermediate acts as reusable catalyst","L6 alternative dimer pathway competes for the same product"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Unequal stoichiometry and competing pathways preserve weighted mass while changing species counts.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,4,9,5,2,5],"canonicalReferenceTotalActions":27,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f004","name":"Occupied Catalysts","canonicalSeed":1073285,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 a processing molecule remains bound until completion","L2 unequal parallel processing times","L3 complementary outputs must assemble","L4 full output stalls catalyst release","L5 a single catalyst is shared","L6 accumulated product inhibits one finishing reaction"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"The same catalyst cannot start work while sequestered in an unfinished or output-blocked complex.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,14,17,20,11,11],"canonicalReferenceTotalActions":79,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f005","name":"Graded Flywheel","canonicalSeed":1081204,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 high-grade store drives a flywheel","L2 cascade through an intermediate grade","L3 reversible conversion of flywheel and low-grade stores","L4 flywheel capacity blocks a turbine","L5 productive strokes dissipate one flywheel unit","L6 clutch phase alternates which turbine can run"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Energy grades and finite flywheel room constrain a conversion cascade; dissipative strokes make operation order matter.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":17,"length":3},{"seed":83,"length":3}],"canonicalReferenceActionsPerLevel":[3,14,17,3,4,13],"canonicalReferenceTotalActions":54,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f006","name":"Breathing Pellets","canonicalSeed":1089123,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 identical masses occupy one or two spaces","L2 finite expansion room","L3 circulation through a third chamber","L4 compression remotely expands a neighbor pellet","L5 transport causes expansion on arrival","L6 an aperture admits compact pellets only"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Mass and occupied volume differ; compression, remote expansion and aperture access compose.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":83,"length":3}],"canonicalReferenceActionsPerLevel":[7,7,17,20,10,7],"canonicalReferenceTotalActions":68,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f007","name":"Closed Trophic Ring","canonicalSeed":1097042,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 biomass draws from local nutrient","L2 a consumer needs two plant units","L3 spatially separated patches","L4 hungry consumers migrate before feeding","L5 predators return part of consumed biomass to soil","L6 growth requires a living neighbor"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Global ecological interventions redistribute conserved nutrient through local trophic dependencies and movement.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":83,"length":3}],"canonicalReferenceActionsPerLevel":[10,10,10,10,10,5],"canonicalReferenceTotalActions":55,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f008","name":"Drying Archipelago","canonicalSeed":1104961,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 solvent enters a movable vapor phase","L2 nonvolatile dissolved material stays behind","L3 precipitation and redissolution","L4 finite condensation capacity","L5 two-unit evaporation batches","L6 condensation chooses the coolest reachable basin"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Solvent changes phase and travels independently of solute, with reversible precipitation as concentration changes.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,14,17,20,23,26],"canonicalReferenceTotalActions":111,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f009","name":"Returning Carriers","canonicalSeed":1112880,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 reusable carrier loads, moves, and unloads","L2 two carriers exclude each other","L3 two incompatible payload species","L4 counter-rotating transport","L5 loaded carriers traverse two stations without passing","L6 a covering payload hides another species at pickup"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Resource delivery depends on the reusable empty carrier returning, with load-dependent motion and collision constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,14,17,5,6,6],"canonicalReferenceTotalActions":59,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f010","name":"Recoverable Scaffolds","canonicalSeed":1120799,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 solid installation and recovery","L2 neighboring support","L3 finite temporary braces","L4 two-sided support requirement","L5 supporting mass limits","L6 a brace can support a neighboring assembly"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Construction consumes reusable scaffolds until the installed material itself provides the required support.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"easy-baseline-excluded-from-hardness-claims","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":17,"length":3},{"seed":83,"length":3},{"seed":712,"length":3}],"canonicalReferenceActionsPerLevel":[7,4,4,4,6,3],"canonicalReferenceTotalActions":28,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f011","name":"Slag Filter Works","canonicalSeed":1128718,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 feedstock transformation","L2 unavoidable solid coproduct","L3 two processed units assemble","L4 coproduct capacity clogs production","L5 coproduct becomes a reusable filter","L6 filters wear out and return their bound material"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Waste occupies scarce room but can also be immobilized into a productive tool that eventually degrades.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,14,17,20,23,26],"canonicalReferenceTotalActions":108,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f012","name":"Ballast Recuperator","canonicalSeed":1136637,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 cargo changes location through a reusable cart","L2 uphill effort depends on carried mass","L3 charge is drawn from local depots","L4 finite carrying capacity","L5 a central crossing needs deposited ballast","L6 end ballast reverses the terrain profile"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Delivering cargo changes both motion cost and, later, the physical terrain used to recover spent charge.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,14,17,20,23,26],"canonicalReferenceTotalActions":111,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f013","name":"Size Fraction Mill","canonicalSeed":1144556,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 fracture preserves particle mass","L2 asymmetric fragments from larger grains","L3 tunable sieve threshold","L4 a receiving bin has finite mass room","L5 large grains can bridge and block small grains","L6 sintering frees scarce particle slots"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Grinding changes the particle-size distribution that controls a sieve, while sintering reverses fragmentation and frees volume.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,11,17,20,23,26],"canonicalReferenceTotalActions":108,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f014","name":"Porous Couriers","canonicalSeed":1152475,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 absorbent bodies carry conserved liquid","L2 saturation and compression change capacity","L3 two bodies share finite basins","L4 squeezing requires receiving space","L5 an expanded moving body leaves a droplet","L6 colocated bodies exchange moisture"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"A movable absorbent has its own saturation and compression state; transport can leave material along the route.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,14,17,20,23,26],"canonicalReferenceTotalActions":111,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"f015","name":"Borrowed Implements","canonicalSeed":1160394,"family":"Resources","sourceFamily":"conserved-resource-systems","version":"1.0.0","levels":6,"mechanics":["L1 a task acquires and releases a shared implement","L2 two tasks compete for the same stock","L3 cyclic acquisition creates hold-and-wait","L4 task-specific acquisition order","L5 completion dependencies constrain release scheduling","L6 completed tasks retain an implement until their successor finishes"],"stateVariables":["visible live and requested resource configurations","visible capacities and physical modes","rewindable action history"],"authorMechanismNotes":"Work requires simultaneous possession of multiple finite implements; partial acquisition can deadlock and must be released.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/resources.ts","sourceSha256":"baef9c66a4d3a8b2299a773cafc5037f9d9bc51e7977a6a1618df32d2a3229a7","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,6,9,12,12,12],"canonicalReferenceTotalActions":53,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g001","name":"Lantern Corridors","canonicalSeed":1168313,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 persistent walls leave the light cone","L2 remembered key and matching door","L3 second key beyond the first door","L4 remote shutter opened from a local plate","L5 narrower moving field of view","L6 carry a hidden parcel through the opened route"],"stateVariables":["fixed corridor map","position","two retained keys","shutter latch","parcel"],"authorMechanismNotes":"Navigate an occluded persistent map while remembering which remote barriers have been changed.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,16,16,31,31,31],"canonicalReferenceTotalActions":141,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g002","name":"Covered Carousel","canonicalSeed":1176232,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 concealed cargo survives adjacent cup exchange","L2 the entire carrier rotates","L3 multiple cargo identities share identical lids","L4 exchange reverses cargo orientation","L5 docked cups cannot be exchanged","L6 carousel rotation also inverts every cargo face"],"stateVariables":["cargo permutation","cargo orientation","selected open lid","immobilized docks"],"authorMechanismNotes":"Track object identity and orientation through physical permutations while inspection and transport are mutually exclusive.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,14,30,30,30,30],"canonicalReferenceTotalActions":148,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g003","name":"Turning Viewpoint","canonicalSeed":550631,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 screen-relative movement with world-anchored docks","L2 rotate the viewpoint to expose occluded cells","L3 transport two persistent objects","L4 pickup rotates the camera and a wall limits paths","L5 dropping rotates the camera again","L6 carried glass mirrors the entire view"],"stateVariables":["world coordinates","camera rotation","carried object","fixed wall and docking coordinates","reflection during carrying"],"authorMechanismNotes":"Maintain an allocentric object map while action directions and visible coordinates change with the camera and carried optics.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,11,21,27,27,27],"canonicalReferenceTotalActions":124,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g004","name":"Blind Stacks","canonicalSeed":1184151,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 smaller objects can rest on larger supports","L2 an additional buried support changes retrieval order","L3 only the exposed top object is visible","L4 carried objects have a required face","L5 individual lids must open before lifting or placing","L6 support polarity changes on contact and differs by stand"],"stateVariables":["nested support stacks","carried size and face","stand lids","selected stand"],"authorMechanismNotes":"Occluded nested supports with orientation-sensitive placement; explicitly a Hanoi-derived candidate rather than a claim of a new primitive puzzle.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[12,28,28,62,65,70],"canonicalReferenceTotalActions":265,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g005","name":"Crossed Projections","canonicalSeed":1192070,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 orthogonal projections locate a hidden bead","L2 use color to join observations from different axes","L3 depth slices separate overlapping silhouettes","L4 a reflected camera changes horizontal correspondence","L5 extraction shifts remaining beads horizontally","L6 extraction also advances vertical gravity tracks"],"stateVariables":["hidden bead coordinates","active orthogonal camera","depth slice","probe position","collected beads"],"authorMechanismNotes":"Infer a three-dimensional interception point by joining partial projections, then update the reconstruction after extraction changes the remaining scene.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,8,19,19,19,19],"canonicalReferenceTotalActions":88,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g006","name":"Spectral Decanting","canonicalSeed":1199989,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 each filter exposes one reagent component","L2 fill two independent target mixtures","L3 component acquisition is limited to the selected vessel","L4 repeated components cancel instead of accumulating","L5 decanting cycles the remaining source spectrum","L6 decanting rotates the other receiver spectrum"],"stateVariables":["reagent spectra","single observation filter","receiver mixtures","selected source and receiver"],"authorMechanismNotes":"Identify latent material composition through selective observation and account for reaction-induced changes in both source and remote receiver.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,10,22,24,23,21],"canonicalReferenceTotalActions":104,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g007","name":"Custody Foundry","canonicalSeed":1207908,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 coating hides persistent original pigment","L2 compression changes shape as well as appearance","L3 identical finished pieces have different origin docks","L4 the press also advances the tray","L5 pressing strips the coating, requiring a different physical process order","L6 coating must cool while the tray continues moving"],"stateVariables":["original object identity","coating","pressed shape","heat","moving tray slots","delivered origin docks"],"authorMechanismNotes":"Track provenance across irreversible-looking but recoverable appearance transformations and transport, then satisfy both manufacturing and origin constraints.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,12,30,30,35,45],"canonicalReferenceTotalActions":162,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g008","name":"Counterweight Archive","canonicalSeed":1215827,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 compare hidden bag masses against a unit reference","L2 partition bags across two target pans","L3 comparisons reveal unequal masses without labels","L4 the second pan has a longer torque arm","L5 measurements remain tied to the selected bag identity","L6 heavy placement ejects lighter bags already on that pan"],"stateVariables":["latent masses","bag locations","reference mass","observed comparison identity","pan torque totals"],"authorMechanismNotes":"Use remembered relational measurements to plan a torque partition, including a load-order interaction that can invalidate prior placement.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,33,33,33,33,33],"canonicalReferenceTotalActions":181,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g009","name":"Lagged Crane","canonicalSeed":1223746,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 a monitor shows the previous physical crane state","L2 the monitor delay spans two actions","L3 two objects must be transported to different fixed docks","L4 the clamp must match object polarity","L5 travel winds the rope and unloading requires unwinding","L6 a pan-able camera shows only a small part of the delayed scene"],"stateVariables":["actual hook position","held object","rack occupancy","bounded delayed observation queue","clamp polarity","rope tension","camera window"],"authorMechanismNotes":"Control persistent cargo using delayed observations, separating remembered current state from the displayed historical frame.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[12,12,20,21,27,27],"canonicalReferenceTotalActions":119,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g010","name":"Nested Reliquary","canonicalSeed":1231665,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 keys and containers form a nested reachable world","L2 deeper contents remain inside their parent container","L3 each required key is in a side compartment","L4 unlocking consumes its matching key","L5 key compartments have an independent opaque inner lid","L6 returning with the large relic displaces the carried key"],"stateVariables":["containment tree","current room","persistent key locations","unlocked doors","single carried key","inner lid","relic location"],"authorMechanismNotes":"Acquire and retain a containment map while transporting permissions between sibling compartments and returning a physical object to the root.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[11,16,29,29,33,33],"canonicalReferenceTotalActions":151,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g011","name":"Remanent Rail","canonicalSeed":1239584,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 inspect hidden pole orientation before moving a magnetic body","L2 successful motion reverses body polarity","L3 pole adjustment also reverses its neighbor","L4 the probe reports polarity relative to the carried magnet","L5 transport changes the poles and the parcel must return","L6 acquiring the parcel reverses body polarity again"],"stateVariables":["hidden rail polarities","probe selection","body polarity and position","direction","remanent pole changes","parcel"],"authorMechanismNotes":"Maintain a causal field map whose hidden properties change both when adjusted and when traversed; use it again on the return journey.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[18,20,18,18,39,34],"canonicalReferenceTotalActions":147,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g012","name":"Opaque Manifold","canonicalSeed":1247503,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 trace test material through concealed pipe connections","L2 transport takes multiple ticks","L3 successful delivery rotates the physical manifold","L4 pipe coating transforms the transmitted color","L5 valves are read at arrival instead of launch","L6 calibration flow itself advances the concealed manifold"],"stateVariables":["hidden pipe permutation","pipe pigment transforms","source valve and compensator","in-flight material","last observed outlet","delivered material"],"authorMechanismNotes":"Identify latent connectivity by active transport, then compensate for transformations and track connection changes caused by successful use.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[18,24,34,41,41,43],"canonicalReferenceTotalActions":201,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g013","name":"Separated Lookouts","canonicalSeed":1255422,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 two separately observed actors exchange a physical key","L2 a gate depends on the unseen scout remaining on its plate","L3 the carrier anchors the scout return gate","L4 the key remains with its actor across view switches","L5 exchange requires opposed facing across the chute","L6 scout beacon polarity must match a receiver seen only by the carrier"],"stateVariables":["two positions and orientations","active observer","key owner","remote pressure gate","return anchor","beacon and receiver"],"authorMechanismNotes":"Coordinate asymmetric views and simultaneous enabling positions; switching observation does not transfer objects or advance either actor.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[21,20,20,20,22,22],"canonicalReferenceTotalActions":125,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g014","name":"Occluded Orbit","canonicalSeed":1263341,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 infer motion through a cover and use a one-tick catcher","L2 consecutive emitted objects can travel in different directions","L3 a physical brake changes speed when crossed","L4 opening the catcher rotates a paddle and bad impacts empty the collector","L5 crossing the reference point reverses ball polarization","L6 a directional catcher must receive four objects with matching approach"],"stateVariables":["hidden current position and velocity","fixed emitted-object queue","occluding sector","reference paddle","brake","ball and catcher polarization","directional mouth","retained physical collection"],"authorMechanismNotes":"Predict occluded motion after causal interventions and collect several physical objects without a damaging collision ejecting the stored collection.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[9,13,21,20,22,33],"canonicalReferenceTotalActions":118,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"g015","name":"Two-Sided Apertures","canonicalSeed":1271260,"family":"Memory","sourceFamily":"memory-partial-observability","version":"1.0.0","levels":6,"mechanics":["L1 rotate apertures into a physical light path","L2 opposite sides reveal opposite rotation","L3 a gear counter-rotates the neighboring panel","L4 latched shutters hide the aperture and are required for exposure","L5 turning panels reverses polarization as well as perspective","L6 a neighboring latch also locks the shared gear"],"stateVariables":["panel rotations","front or back observation","physical face orientation","mechanical latches","light-path continuity","polarization parity"],"authorMechanismNotes":"Join memories of opposite faces and account for coupled gears before closing opaque shutters and testing a continuous physical path.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/memory.ts","sourceSha256":"80b03f9225b9064225e250977e90f9627a9bd95ab43f38a072a43f6867d81380","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[22,22,30,40,46,46],"canonicalReferenceTotalActions":206,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h001","name":"Mirror convoy","canonicalSeed":1279179,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["shared joystick with per-agent rotation","atomic collision cancellation","selectable anchors from level 2","interior obstacles from level 3","third carrier from level 4","tether constraint from level 5","anchor only on pads at level 6"],"stateVariables":["positions","rotation","anchor flags","selected carrier","walls","anchor pads"],"authorMechanismNotes":"A command is transformed in each body frame; independent destinations can invalidate the entire tethered joint move.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[33,38,43,47,43,45],"canonicalReferenceTotalActions":249,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h002","name":"Delayed dispatch","canonicalSeed":1287098,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["per-carrier delayed command pipelines","explicit common clock","bounded command queues from level 2","shared central berth from level 3","third courier from level 4","opposing pending commands cancel from level 5","blocked arrivals retain their command at level 6"],"stateVariables":["positions","pending direction and remaining delay","selected courier","central berth occupancy"],"authorMechanismNotes":"Dispatch and execution are separate actions; one clock advances queues of different latency while berth contention can postpone execution.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[34,42,47,51,59,62],"canonicalReferenceTotalActions":295,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h003","name":"Crossing priority","canonicalSeed":1295017,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["independent route advance","simultaneous crossing arbitration","alternating signal from level 2","reversible vehicles from level 3","third route from level 4","long vehicle rear occupancy from level 5","priority-conditioned amber entry from level 6"],"stateVariables":["route positions","travel directions","signal","priority","selected vehicle"],"authorMechanismNotes":"Requested moves contend for a shared physical junction; arrival order and the tail of a long vehicle determine which move commits.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,30,43,48,52,57],"canonicalReferenceTotalActions":246,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h004","name":"Two ended carrier","canonicalSeed":1302936,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["two independently moved supports","pick and release require alignment","alternating load-bearing leader from level 2","raised clearance from level 3","each support must be raised separately from level 4","low overhead from level 5","separate final lowering and release from level 6"],"stateVariables":["support positions","cargo position","shared grip","load elevation","clearance obstacles"],"authorMechanismNotes":"Moving one support creates temporary tilt; the payload advances only when the other catches up, and raised/low passages compose.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,10,16,18,20,20],"canonicalReferenceTotalActions":94,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h005","name":"Balancing hoist","canonicalSeed":1310855,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["two mobile counterweights","torque-gated lifting","payload moment changes after lift","unequal weights from level 2","movable fulcrum from level 3","third lift stage from level 4","restricted fulcrum travel from level 5","final load transfer reverses moment at level 6"],"stateVariables":["counterweight positions","weights","fulcrum","payload stage","payload moment"],"authorMechanismNotes":"Every successful hoist changes the load moment, so a previous equilibrium must be deliberately broken and rebuilt before the next transfer.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[5,4,8,11,11,10],"canonicalReferenceTotalActions":49,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h006","name":"Powered turnbridge","canonicalSeed":1318774,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["nonpassing ring movement","selected agent crossing a diametric bridge","bridge rotation","power pad needed from level 2","fourth occupant from level 3","bridge-end exchange from level 4","bridge alignment blocks ring edge from level 5","two power pads jointly needed from level 6"],"stateVariables":["occupied ring sockets","selected occupant","bridge orientation","power-pad occupation"],"authorMechanismNotes":"Agents must occupy support sockets to power another agent’s shortcut; the shortcut changes the cyclic permutation that ring motion preserves.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[32,35,39,44,52,47],"canonicalReferenceTotalActions":249,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h007","name":"Baton corridor","canonicalSeed":1326693,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["nonpassing carriers","separately controlled loaded and unloaded carriers","adjacent resource handoff","facing requirement from level 2","handoff pads from level 3","fourth carrier from level 4","empty carriers stride two cells from level 5","two-sided rendezvous requirement from level 6"],"stateVariables":["ordered carrier positions","baton owner","selected empty carrier","facing","handoff pad layout"],"authorMechanismNotes":"The resource can travel through the ordered chain even though the bodies cannot overtake; the loaded and unloaded roles change after handoff.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,8,9,9,15,18],"canonicalReferenceTotalActions":66,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h008","name":"Counterweight lifts","canonicalSeed":1334612,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["complementary elevator movement","boarding and disembarking","passenger transfer at colevel lifts","second passenger from level 2","releasable coupling from level 3","loaded single-lift motion restricted from level 4","floor-2 transfer bridge from level 5","coupling can relatch only when balanced from level 6"],"stateVariables":["elevator floors","selected elevator","coupling latch","passenger bank and floor","passenger elevator membership"],"authorMechanismNotes":"The elevators are one mechanical system until a level rendezvous releases the cable; moving passengers changes which independent motions remain legal.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[8,15,18,18,18,18],"canonicalReferenceTotalActions":95,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h009","name":"Reciprocal gates","canonicalSeed":1342531,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["one carrier holds a pressure pad for another","distant holding pad permits role exchange","second linked gate from level 2","finite temporary latch from level 3","latch consumed on crossing from level 4","joint exit hatch from level 5","hatch closes when a carrier retreats from level 6"],"stateVariables":["carrier positions","selected carrier","temporary latch charges","joint hatch latch"],"authorMechanismNotes":"Progress requires handing gate-support responsibility from a near pad to a far pad; late levels add a jointly opened exit after both crossings.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[18,18,18,18,19,19],"canonicalReferenceTotalActions":110,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h010","name":"Rendezvous rotors","canonicalSeed":1350450,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["independently armed velocities","shared simulation clock","speed-2 gear from level 2","direction reversal from level 3","collision-induced velocity exchange from level 4","phase-gated speed-2 movement from level 5","third rotor and collision ordering at level 6"],"stateVariables":["cyclic positions","velocities","clock phase"],"authorMechanismNotes":"Positioning requires scheduling velocity changes between shared ticks; stopping every rotor is part of the visible goal.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[33,40,45,45,55,56],"canonicalReferenceTotalActions":274,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h011","name":"Shared transfer crane","canonicalSeed":558550,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["one shared cargo buffer","three LIFO stacks","buffer reversal from level 2","magnetically linked pairs from level 3","bounded siding capacities from level 4","orientation-sensitive release from level 5","two-car coupling can be split at central bay from level 6"],"stateVariables":["three ordered stacks","held cars","crane orientation","stack capacity","car link groups"],"authorMechanismNotes":"No two trains can transfer directly; their order and paired couplings must be managed through a single reversible shared lifting buffer.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[34,32,38,43,54,56],"canonicalReferenceTotalActions":257,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h012","name":"Rotary beam handover","canonicalSeed":1358369,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["independent rotary end effectors","meeting-point dual grip","cargo handover through dual grip","counterrotating clutch from level 2","beam orientation changes under dual grip from level 3","handover permitted only at transfer sockets from level 4","joint grip blocks forbidden orientations from level 5","receiving arm must be parked on powered socket from level 6"],"stateVariables":["arm angles","cargo owner or dual grip","beam orientation","clutch state"],"authorMechanismNotes":"Handoff is a constrained intermediate physical state: motion under a dual grip turns the beam and couples both arms, rather than simply changing an owner flag.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[27,38,41,42,53,56],"canonicalReferenceTotalActions":257,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h013","name":"Follower convoy","canonicalSeed":1366288,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["leader moves while every follower occupies predecessor history","self collision blocks the train","reversible head-tail role exchange","obstacle corners from level 2","local tail rotation around a selected joint from level 3","portal link from level 4","one-way portal entrance from level 5","articulation must clear paired obstacles from level 6"],"stateVariables":["ordered body coordinates","obstacles","portal entrances and exits"],"authorMechanismNotes":"One action transforms the entire ordered formation through predecessor motion; reversal changes which body plans a path through obstacles and portals.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[21,38,43,48,53,58],"canonicalReferenceTotalActions":261,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h014","name":"Collision switchyard","canonicalSeed":1374207,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["automatic synchronous walkers","shared reversible reflectors","boundary reflections","collision exchanges directions from level 2","third walker from level 3","collisions exchange payload from level 4","paired warp sockets from level 5","same-cell collision rotates priority from level 6"],"stateVariables":["walker coordinates and directions","payload assignments","reflector orientations","collision priority"],"authorMechanismNotes":"A route edit affects every walker that later visits it; simultaneous contact exchanges movement or payload, so paths cannot be planned independently.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[33,32,43,48,53,58],"canonicalReferenceTotalActions":267,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"h015","name":"Paired seam assembly","canonicalSeed":1382126,"family":"Coordination","sourceFamily":"coordination","version":"1.0.0","levels":6,"mechanics":["two independent welding heads","joint pulse requires opposing heads at one seam","opposite polarity from level 2","preheat before welding from level 3","joint heat dissipates on movement from level 4","power recovery requires movement from level 5","adjacent seam cooldown constrains assembly order from level 6"],"stateVariables":["head positions","polarity","seam heat","completed joints","last weld location","power readiness","cooldown"],"authorMechanismNotes":"Two tools must cooperate on each persistent joint; later seams interact through thermal cooldown and power recovery rather than simply repeating one alignment.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/coordination.ts","sourceSha256":"adba6763f6f6a6578ef8937820fb726d28f5aff622f1049be4eded14be25abe8","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,14,18,23,23,33],"canonicalReferenceTotalActions":124,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i001","name":"Hinged Edge Ferry","canonicalSeed":566469,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 persistent bridges change endpoints","L2 a traveler crosses incident bridges","L3 occupied endpoints anchor one hinge","L4 directed traversal","L5 crossing drags the departed hinge","L6 neighboring bridges share a moving hinge"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Rewiring changes connectivity and access; later traversal itself reshapes the graph.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[33,6,37,47,48,49],"canonicalReferenceTotalActions":220,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i002","name":"Vertex Fusion","canonicalSeed":1390045,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 incident vertices contract","L2 a member can split back out","L3 contraction inherits every incident edge","L4 contraction requires an unoccupied receiver","L5 an anchor cannot be split","L6 fused vertices have a shared occupancy bound"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Graph surgery changes vertex identity and inherited adjacency, rather than only toggling links.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[9,37,42,50,54,25],"canonicalReferenceTotalActions":217,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i003","name":"Crossbar Cascade","canonicalSeed":1397964,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 one crossing permutes strands","L2 dependent crossings compose","L3 reversing a crossing inverts its permutation","L4 physical stage order can change","L5 paired crossing gears rotate together","L6 a flipped crossing rotates its neighbor in reverse"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"The desired endpoint connectivity depends on noncommuting path permutations and stage order.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[3,1,38,39,13,26],"canonicalReferenceTotalActions":120,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i004","name":"Walking Portals","canonicalSeed":1405883,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 entry and exit are remote neighbors","L2 exits rotate heading","L3 a second portal pair","L4 transit changes a carried mark","L5 a portal admits only its facing direction","L6 transit exchanges the two portal locations"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"The traveler changes orientation and, later, relocates the portals that define future adjacency.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":17,"length":2}],"canonicalReferenceActionsPerLevel":[21,13,36,44,51,57],"canonicalReferenceTotalActions":222,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i005","name":"Breathing Cuts","canonicalSeed":1413802,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 wall apertures connect cells","L2 boundary apertures connect the outside","L3 exterior reachability drains trapped marks","L4 closing a cut also opens its opposite wall","L5 occupied cells cannot be sealed","L6 opening a boundary aperture changes an adjacent internal cut"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Local wall surgery changes interior/exterior connectivity, which causally drains material rather than merely scoring a silhouette.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,40,46,52,55,48],"canonicalReferenceTotalActions":255,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i006","name":"Loop Splicing","canonicalSeed":1421721,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 local reconnection splits or joins closed loops","L2 three four-port smoothings","L3 a third splice junction","L4 paired junction rotation","L5 a marked strand anchors one smoothing","L6 selecting a loop moves its mark through the next junction"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Local reconnection changes which closed circuit contains each persistent marked strand.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,2,38,32,31,5],"canonicalReferenceTotalActions":110,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i007","name":"Migrating Root","canonicalSeed":1429640,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 rerooting reverses an ancestry path","L2 leaves can be grafted","L3 whole subtrees can be grafted without a cycle","L4 occupied branches cannot be pruned","L5 root migration carries a persistent load","L6 a heavy subtree requires a lower-depth attachment"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Rerooting and subtree surgery change the actual ancestry and depth relation used for completion.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,40,45,50,27,49],"canonicalReferenceTotalActions":221,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i008","name":"Redundant Routes","canonicalSeed":1437559,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 independent routes contribute separate capacity","L2 a bypass can preserve flow after a cut","L3 shared bottlenecks limit both branches","L4 direction matters","L5 neighboring gates exchange capacity","L6 a loaded endpoint freezes an incident gate"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Completion measures edge-disjoint usable routes and bottlenecks, rather than ordinary reachability.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[{"seed":17,"length":2}],"canonicalReferenceActionsPerLevel":[28,34,2,47,51,2],"canonicalReferenceTotalActions":164,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i009","name":"Arrival-Sensitive Junctions","canonicalSeed":1445478,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 a junction chooses a local outgoing road","L2 entry direction affects the chosen exit","L3 two travelers share junctions","L4 departure rotates the local switch","L5 forbidden U-turns","L6 departure also rotates the destination switch"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"The usable continuation is a relation between incoming and outgoing roads, and travelers rewrite those relations.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,18,33,47,44,56],"canonicalReferenceTotalActions":211,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i010","name":"Self-Splicing Paths","canonicalSeed":1453397,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 a traveler follows a successor","L2 a pointer can bypass its successor","L3 pointer heads can be exchanged","L4 traversing rewrites the departed pointer","L5 a self-loop holds the traveler until spliced","L6 a bypass also redirects the skipped vertex"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Walking and local pointer surgery change the functional graph whose eventual cycles define the target.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[17,32,29,48,52,58],"canonicalReferenceTotalActions":236,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i011","name":"Key-Exchanging Bridges","canonicalSeed":1461316,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 carried color determines an admissible bridge","L2 crossing exchanges key and bridge color","L3 keys can be deposited at junctions","L4 two travelers share deposits","L5 a used bridge closes until approached from its far side","L6 arrival exchanges the destination deposit automatically"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"The topology available to a traveler depends on a persistent key that is exchanged with doors and junctions.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,2,27,32,50,4],"canonicalReferenceTotalActions":121,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i012","name":"Deforming Lasso","canonicalSeed":1469235,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 moving a vertex changes a closed boundary","L2 nonadjacent segments cannot cross","L3 fixed posts block crossing a segment","L4 two vertices are mechanically coupled","L5 a selected post can pass through an opened gap","L6 moving a post shifts its coupled partner"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Continuous local boundary deformations and guarded post motion change the captured set while maintaining a simple closed loop.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[30,36,15,2,39,56],"canonicalReferenceTotalActions":178,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i013","name":"Region Boundary Pulse","canonicalSeed":1477154,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 a pulse floods one connected color region","L2 boundary edges are toggled by a flood","L3 three colors change future region membership","L4 the pulse stops at a marked node","L5 captured boundary edges exchange their endpoints","L6 a pulse moves the stopping mark to its farthest member"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"A region-wide intervention changes its own boundary connectivity, so the next propagation acts on a different region.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[6,6,12,46,52,60],"canonicalReferenceTotalActions":182,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i014","name":"Port Fission","canonicalSeed":1485073,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 a vertex separates two port neighborhoods","L2 external cross-links bypass a split vertex","L3 splitting transfers an attached cross-link","L4 paired vertices merge together","L5 a marked port blocks its local merge","L6 the mark traverses only the present port topology"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"Splitting a junction changes which ports represent the same vertex; bypasses and carried attachments compose with node identity.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[24,17,22,9,49,38],"canonicalReferenceTotalActions":159,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"i015","name":"Sliding Conduits","canonicalSeed":1492992,"family":"Topology","sourceFamily":"dynamic-topology","version":"1.0.0","levels":6,"mechanics":["L1 rotating a tile changes connection ports","L2 a hole permits local tile motion","L3 motion rotates the moved conduit","L4 a branch joins three neighboring cells","L5 moving one tile counter-rotates another","L6 branch tiles require both side neighbors before rotation"],"stateVariables":["visible graph, boundary, port, or conduit configuration","persistent traveler, cargo, or mark when present","current and requested structural output","selection and reversible move history"],"authorMechanismNotes":"The empty cell is a topology-editing resource: moving a conduit also changes orientation and remote connections.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/topology.ts","sourceSha256":"087dfba0b4defb81d1cab62943c99398dfdd817e004af795997a70c6fc5583cb","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":["high-random-win-rate-small-probe"],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,2,43,20,20,8],"canonicalReferenceTotalActions":109,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j001","name":"Portable Mobility","canonicalSeed":1500911,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 a movable beacon grants local mobility","L2 collision with unpowered bodies blocks transport","L3 beacon polarity selects the affected material","L4 one polarity reverses movement interpretation","L5 a heavy body needs two uninterrupted impulses","L6 heavy material has a narrower effective field"],"stateVariables":["body positions and material","beacon position and polarity","selected body","retained impulse"],"authorMechanismNotes":"Move the source of a local interaction law alongside the cargo it temporarily enables.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[40,57,59,59,66,66],"canonicalReferenceTotalActions":347,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j002","name":"Override Atlas","canonicalSeed":1508830,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 one broadcast command moves all regions","L2 local plates override motion with reversal or freezing","L3 override scope is spatially bounded","L4 smaller patches expose boundary crossings","L5 transporting an unfrozen plate reverses its orientation","L6 all rule plates must return to their storage axis"],"stateVariables":["regional bodies","plate centers","plate modes","selected plate"],"authorMechanismNotes":"Configure spatial exceptions to a shared command so different bodies can be acted on independently, then restore the rule apparatus.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[18,28,28,28,28,39],"canonicalReferenceTotalActions":169,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j003","name":"Population Units","canonicalSeed":1516749,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 population in a calibration zone defines movement distance","L2 landing restrictions require jumps across two gaps","L3 a body changes its next movement unit after landing","L4 cargo inside the counting zone also contributes to the unit","L5 a landing transfers a calibrator across the zone boundary","L6 a second transfer pad changes a different calibrator"],"stateVariables":["calibrator membership","cargo positions","landing-dependent charges","forbidden landing cells"],"authorMechanismNotes":"Alter a global action unit by moving real counting objects, then account for the unit changing when the transported object itself leaves the count.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,14,15,11,11,11],"canonicalReferenceTotalActions":75,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j004","name":"Template Descendants","canonicalSeed":1524668,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 a template creates material snapshots","L2 size is inherited together with pigment","L3 descendants inherit a perforation state","L4 attached descendants remain live and must be detached","L5 stamping changes the parent template pigment","L6 stamping also changes the parent perforation"],"stateVariables":["mutable template","descendant snapshots","live inheritance links","selected cradle"],"authorMechanismNotes":"Distinguish live inheritance from detached snapshots, and manage a template whose use changes its future descendants.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[7,15,17,20,26,29],"canonicalReferenceTotalActions":114,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j005","name":"Operator Caravan","canonicalSeed":1532587,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 physical operators transform a moving point in order","L2 two input points share the same operator train","L3 a displacement operator also changes material pigment","L4 use reverses the operator face","L5 one material applies the inverse transformation","L6 passing the displacement operator shifts the operator train"],"stateVariables":["ordered operator objects and faces","persistent cargo positions and pigments","per-cargo stage","reversible source return"],"authorMechanismNotes":"Reason about noncommuting transformations carried by movable objects, including operators changed by their own use.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[13,20,27,33,33,41],"canonicalReferenceTotalActions":167,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j006","name":"Reflexive Gyroscope","canonicalSeed":1540506,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 the reference rotor moves all destination marks","L2 a resultant rotor is driven by the cargo configuration","L3 cargo adjustment also moves the reference","L4 reversing reference handedness changes every destination","L5 reference movement counter-rotates the selected cargo","L6 unequal gear ratios change both response and resultant"],"stateVariables":["cargo angles","reference angle and handedness","state-dependent destination marks","geared resultant"],"authorMechanismNotes":"Find a self-consistent physical alignment when interventions move both the objects and the targets that judge their arrangement.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[2,2,2,24,24,24],"canonicalReferenceTotalActions":78,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j007","name":"Scoped Rewind","canonicalSeed":1548425,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 rewinding an actor preserves the world it changed","L2 physical movement toggles persistent marks","L3 rewind is only available inside a movable field","L4 two actors have independent position histories","L5 the local rewind field needs recoverable charge","L6 one departure toggles two neighboring marks"],"stateVariables":["actor positions and position histories","persistent surface marks","movable rewind field","field charge"],"authorMechanismNotes":"Use an intervention with deliberately limited causal scope: reverse position while preserving changes made to other objects.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[23,23,23,40,45,45],"canonicalReferenceTotalActions":199,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j008","name":"Travelling Control","canonicalSeed":1556344,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 bumping another body transfers the controlled role","L2 motion and control transfer are separate events","L3 the carried role can instead enable pushing","L4 a fixed obstruction constrains access for role transfer","L5 pushing passes control to the pushed body","L6 a central tile transfers the role without contact"],"stateVariables":["persistent body positions","current bearer of control","push or transfer rule","fixed obstruction"],"authorMechanismNotes":"Plan how to get control to an object, because ordinary contact changes which body future actions address.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[18,18,15,22,26,22],"canonicalReferenceTotalActions":121,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j009","name":"Collision Jurisdiction","canonicalSeed":1564263,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 a rule body chooses blocking, pushing, or exchange","L2 pushing can propagate through a line of bodies","L3 the collision law applies only near the rule body","L4 the field can be relocated while bodies remain still","L5 using the law drags its field to the collision","L6 a collision discharges the active law back to blocking"],"stateVariables":["body order and locations","local collision regime","rule-field location","controlled body"],"authorMechanismNotes":"Reorder physical bodies by moving and changing the law that resolves their collisions; transporting cargo and transporting the law are different interventions.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[10,10,13,13,11,19],"canonicalReferenceTotalActions":76,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j010","name":"Mobile Species","canonicalSeed":1572182,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 a species marker determines which bodies can move","L2 control permission applies to every member of the species","L3 three species share the same physical workspace","L4 members of the mobile species can pass through each other","L5 one species gains wrapped rather than bounded movement","L6 the active species also shifts the destination frame"],"stateVariables":["body positions and fixed species","globally mobile species","controlled body","species-dependent collision and boundary law"],"authorMechanismNotes":"Move a class-wide property between groups of physical objects to relocate obstructions and cargo under different collision and boundary semantics.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[16,28,38,38,38,38],"canonicalReferenceTotalActions":196,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j011","name":"Passing Exception","canonicalSeed":1580101,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 neighboring objects cannot share a state","L2 a physical waiver temporarily suspends local exclusion","L3 a cycle couples the exclusions","L4 a diagonal adds an overlapping constraint","L5 only outgoing constraints fall under the waiver","L6 a second diagonal makes the exclusion graph complete"],"stateVariables":["object states","exclusion graph","movable waiver location and activation","selected object"],"authorMechanismNotes":"Temporarily relax a local interaction law, repair the affected constraints, and carry the exception away without abandoning an invalid world.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[44,44,22,26,20,16],"canonicalReferenceTotalActions":172,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j012","name":"Data Becomes Law","canonicalSeed":574388,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 an upstream state changes the next local transition","L2 transporting a cell also transports its rule value","L3 rule-bearing objects can exchange places independently of data","L4 a datum and its local rule can exchange roles","L5 an update also changes a downstream datum","L6 the rule value changes the multiplicative response as well as the offset"],"stateVariables":["data values","rule-bearing values","selected site","ordered upstream and downstream relations"],"authorMechanismNotes":"Manipulate objects that can serve as either data or transition parameters; changing a parameter changes the consequence of future actions.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[24,29,26,28,28,28],"canonicalReferenceTotalActions":163,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j013","name":"Inherited Workshops","canonicalSeed":1588020,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 a surrounding workshop supplies the processing rule","L2 inherited processing can change size","L3 inherited processing can change perforation","L4 a body-local rule overrides its ancestors","L5 reparenting changes which ancestor supplies the rule","L6 outputs must finish in a deep inheriting container while overrides are removed"],"stateVariables":["container parent relation","container-local operators","body-local overrides","body material state and container"],"authorMechanismNotes":"Resolve live rule inheritance through containment; moving a body, changing an ancestor, or removing an override are different ways to change its behavior.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[14,30,31,37,41,41],"canonicalReferenceTotalActions":194,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j014","name":"Frame-Bound Objects","canonicalSeed":1595939,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 objects can be bound to a movable reference origin","L2 reference rotation changes every attached object","L3 detachment preserves world position while changing future response","L4 origin translation follows the current reference axis","L5 one local-coordinate update also changes a neighboring attached coordinate","L6 unattached objects respond oppositely to reference rotation"],"stateVariables":["reference origin and angle","local or world object coordinates","attachment relations","selected coordinate bearer"],"authorMechanismNotes":"Intervene on the relation between an object and its coordinate system, preserving current position while changing what future frame motions do.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[50,47,33,33,33,33],"canonicalReferenceTotalActions":229,"canonicalReferenceWithin512Actions":true} | |
| {"environmentId":"j015","name":"Travelling Destinations","canonicalSeed":1603858,"family":"Composition","sourceFamily":"intervention-rule-composition","version":"1.0.0","levels":6,"mechanics":["L1 exchanging a role turns a destination into the controlled body","L2 a shared reference reverses the common command","L3 physical bodies have unequal movement laws","L4 a third pair shares control and destinations can be released to move","L5 moving destination and actor roles respond with opposite sign","L6 the exchanged role also reverses the pair material response"],"stateVariables":["persistent body positions","actor or destination role per matching pair","body movement laws","shared reference","destination anchors"],"authorMechanismNotes":"Move the roles that determine both control and success between persistent physical bodies, so changing a rule changes the target as well as the actor.","sourceArchive":"environment-source.zip","sourceArchiveMember":"benchmark/envs/composition.ts","sourceSha256":"789a387d13905d60170446037cd93fac10b3c27494a98435a21506e746483900","qualityStatus":"candidate","intendedUse":"pending-calibration","qualityFlags":[],"humanCalibrated":false,"noveltyIndependentlyAudited":false,"certifiedHard":false,"shortFinalWitnesses":[],"canonicalReferenceActionsPerLevel":[4,4,4,8,8,9],"canonicalReferenceTotalActions":37,"canonicalReferenceWithin512Actions":true} | |