1.291285997062663540407282590595600541498619368274522317310002445
1369445387652344555588170411294297089849950709248154305484104874
1928486419757916355594791369649697415687802079972917794827300902
5649230550720966638128467012053685745978703001277894129288253551
7702223833753193457492599677796483008495491110669649755010519757
4291162109702156166953289768924278900580939081478809403679930558
9535200633716110465094638606808864998606531021853412479159737305
2710686824652246770336860469870234201965831431339687388172956893
5536851798521420666264165438061224569940966356043885239969381304
4840101532338556989547899226146597068180753342912289091004995136
4103584723741679660994037428872280908239472403012423375069665874
3147683502983470096596930198071220594154742391888495488920431478
4037389693592832744937301860181757952468190913559650620576842700
8907326547137233834847185623248044173423385652705113744822086069
8381169706447896315548031108686846807807010570342300009547766282
9927022264266182213029160934485049255679995121281765081062180734
-----------------------------------------------------------------------------
The Traveling Salesman Constant, conjectured to be
is equal to 4/153*(1+2*sqrt(2))*sqrt(51) to 1000 digits.
.71478270079129427201898487962108409673134559709443031939645700411546117738335\
879706770213413096294533561547227555717895434127457058654186783324525211448435\
423370160734747472156550615029635220251467885538763575736849440141040232425552\
364704664879061099570515393895856312208463669793487083110116620844381148478166\
953397235099760820248716126335472464734965931893615249427223312525010786175723\
903850094286618856777573472030439593602004416562703436281430743460123517870481\
605658651710683396096658326275655282564938079930443149087689479702230621110332\
425071472991466740480185001283536160284031917506648494911514005453049419741227\
682161417117934301981301137112382110439175900888848785626934265741110708345544\
731999904108101036079296059394893034776038533840976912765053467151339515952296\
425034733122079333744376059531233173573812633038639781766805813536012423214277\
007401299039458343003042376467569131088941308597225474822014342730622766746260\
22472480156659330677754354367566446245619515011589704068286465445
-----------------------------------------------------------------------------
The Tribonacci constant, is such that 1/(1-x-x^2-x^3) once expanded into
a series will give coefficients proportional to approx. c**n
and c = (to 1000 digits).
Public-domain text, read in full here on John Shaqi.
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