2 lines
16 KiB
JavaScript
2 lines
16 KiB
JavaScript
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import{r as n,j as e}from"./index-CEeZxcxj.js";const ae="/assets/technoborder-4brzcuN1.png",ne="glitch:play-sound",ce="glitch:stop-sound",le="glitch:host:",d={click:"ui.button_click",hover:"ui.button_hover",computeStart:"machine.compute_start",computeStep:"machine.compute_step",computeDone:"machine.compute_done",verdictStable:"machine.verdict_stable",verdictAlert:"machine.verdict_alert"};function M(s,a){typeof window>"u"||window.dispatchEvent(new CustomEvent(s,{detail:a}))}function j(s,a,t){try{if(s?.playSound){s.playSound(a,t);return}}catch{}M(ne,{id:a,payload:t})}function U(s,a,t){try{if(s?.stopSound){s.stopSound(a,t);return}}catch{}M(ce,{id:a,payload:t})}function S(s,a,t){try{if(s?.emit){s.emit(a,t);return}}catch{}M(`${le}${a}`,t)}const $={continuousUniverse:!0,infinitePrecision:!0,chunkParticles:!1},_={"000":{outcome:"Paradoxical",intermediate:"Very very much information.",description:"Space is supposed to be discrete, but each cell must contain ar arbitrary amount of information.",visualClass:"paradox-point",tone:"paradox"},"001":{outcome:"Digital Physics",intermediate:"Instruction programs remain finite.",description:"Stable but requires continuous rotational symmetry to be emergent",visualClass:"stable-chunk",tone:"stable"},"010":{outcome:"#1 Memory Paradox",intermediate:"Move sets can scale to infinite length",description:"Infinte memory per cell",visualClass:"paradox-point",tone:"paradox"},"011":{outcome:"#2 Memory Paradox",intermediate:"Move sets can scale to infinite length",description:"Chunky particles must grow without bound to hold infinite move set",visualClass:"paradox-chunk",tone:"paradox"},100:{outcome:"Paradoxical",intermediate:"Chunky geometry implies discrete space",description:"A continuous universe with chunky particles spanning fundamental cells is a constadiction.",visualClass:"non-standard-particle-point",tone:"warning"},101:{outcome:"Paradoxical",intermediate:"The geometry breaks isotropy.",description:"Continuous universe plus chunk particles that imply discrete space is a constradiction.",visualClass:"non-standard-particle-chunk",tone:"warning"},110:{outcome:"Standard Physics",intermediate:"The model remains isotropic.",description:"Continuous space with infinite precision preserves the canonical picture.",visualClass:"standard-particle-point",tone:"stable"},111:{outcome:"Contradictory",intermediate:"Continuous universe cannot be combined with chunk particles.",description:"Chunky cannot be not chunky",visualClass:"standard-particle-chunk",tone:"uncertain"}},H={"000":[{label:"Universe model",value:"Discrete"},{label:"Precision model",value:"Finite (Rejects CRS!)"},{label:"Requirement",value:"Isotropy is emergent"},{label:"Particle mode",value:"Point particle"},{label:"Consistency check",value:"Point state exceeds single-cell information budget"},{label:"Verdict trace",value:"Single cell must have arbitrary information capacity"}],"001":[{label:"Universe model",value:"Discrete"},{label:"Precision model",value:"Finite (Rejects CRS!)"},{label:"Requirement",value:"Isotropy is emergent"},{label:"Particle mode",value:"Chunk particle geometry engaged"},{label:"Consistency check",value:"State remains compressible under finite instruction length"},{label:"Verdict trace",value:"Digital physics interpretation remains internally stable"}],"010":[{label:"Universe model",value:"Discrete"},{label:"Precision model",value:"Infinite (CRS)"},{label:"Particle mode",value:"Point particle"},{label:"Consistency check",value:"Each lattice cell requires unbounded memory"},{label:"Verdict trace",value:"Inconsistent with isotropy"}],"011":[{label:"Universe model",value:"Discrete"},{label:"Precision model",value:"Infinite (CRS)"},{label:"Particle mode",value:"Chunk particle"},{label:"Consistency check",value:"Particles grow to express information"},{label:"Verdict trace",value:"Chunk particles grow to infinite size"}],100:[{label:"Universe model",value:"Continuous manifold"},{label:"Precision model",value:"Finite (Rejects CRS!)"},{label:"Requirement",value:"Isotropy is emergent"},{label:"Particle mode",value:"Point pa
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