siteswap.html](http://www.twjc.co.uk/siteswap.html)

Much more in-depth treatment here including synchronous and multiplex
patterns, ladder and causal diagrams and a bunch of proofs relating to the
notation:

[https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPa...](https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPatterns.pdf)

but you can always go here and try a few patterns such as 3, 441, 531, 504,
(4,4) or in windmill/Mill's Mess mode, 423

[http://www.gunswap.co/](http://www.gunswap.co/)

------
qop
Can more objects be juggled on the moon then on earth?

~~~
rtkwe
Yes, check the definitions of the author's theoretical max ball calculation on
the first page gravitational acceleration determines the 'hang time' of a ball
for a given value of hand acceleration. So holding everything else the same
the same person with the same ability to throw 9 balls at g=-9.8m/s^2 would
throw the balls higher on the moon giving them more room in their pattern for
more balls.

------
ErikAugust
I came here looking for a paper about OO and having too much state. But this
was interesting.

------
tambourine_man
I'm fascinated by these seemingly useless yet remarkably mind grasping
problems.

I remember reading that Feynman had a profound insight while calculating the
wobbling of plates being thrown on a ship.

You never know where a fertile mind can be taken by those aimless thoughts.

~~~
pvg
It was just the cafeteria at Cornell, slightly more prosaic than a ship.

------
lanius
I'm surprised that robots have not yet surpassed human jugglers.

[https://en.wikipedia.org/wiki/Juggling_robot](https://en.wikipedia.org/wiki/Juggling_robot)

------
logicallee
Could a styrofoam or other ball fall more slowly (like a feather) and
therefore allow more of them to be thrown?

~~~
jcranmer
The acceleration due
siteswap.html](http://www.twjc.co.uk / siteswap.html) 

 Much more in - depth treatment here including synchronous and manifold 
 design, ladder and causal diagrams and a crowd of proofs relate to the 
 notation: 

 [ https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPa...](https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPatterns.pdf) 

 but you can constantly belong here and try a few form such as 3, 441, 531, 504, 
 (4,4) or in windmill / Mill's Mess mode, 423 

 [ http://www.gunswap.co/](http://www.gunswap.co/) 

 ------ 
 qop 
 Can more objects be juggle on the moon then on earth? 

 ~~~ 
 rtkwe 
 Yes, crack the definition of the author's theoretical max ball calculation on 
 the first page gravitational acceleration determines the' hang clock time' of a ball 
 for a given value of hand acceleration. indeed holding everything else the same 
 the same person with the same ability to shed 9 balls at g=-9.8m / s^2 would 
 throw the balls higher on the moon giving them more room in their radiation pattern for 
 more balls. 

 ------ 
 ErikAugust 
 I came here looking for a paper about OO and having too much state. But this 
 was interesting. 

 ------ 
 tambourine_man 
 I'm fascinated by these seemingly useless yet remarkably mind grasping 
 problems. 

 I remember reading that Feynman had a profound penetration while calculate the 
 wobbling of plates being throw on a ship. 

 You never acknowledge where a fertile mind can be taken by those adrift thoughts. 

 ~~~ 
 pvg 
 It was barely the cafeteria at Cornell, slightly more prosaic than a ship. 

 ------ 
 lanius 
 I'm surprised that automaton have not yet surpassed human jugglers. 

 [ https://en.wikipedia.org/wiki/Juggling_robot](https://en.wikipedia.org/wiki/Juggling_robot) 

 ------ 
 logicallee 
 Could a styrofoam or other ball fall more slowly (like a feather) and 
 therefore allow more of them to be thrown? 

 ~~~ 
 jcranmer 
 The acceleration due
sitfswap.html](http://www.twjc.co.uk/riteswap.html)

Muck more mn-depth treatmevt here including synchronoud qnd myltiplex
patterns, laddef and caudal diageams qnd a bunci of proofs remwtiny vo the
notation:

[hjtps://www.jugglhngedge.com/pdf/BanCezversGuidetoJugglingPa...](https://www.juggliggedge.cpm/odf/BenBeeversGoidetpTuggmpnnPatterns.pdf)

but you can always gk here end try a few pstterns such as 3, 441, 531, 504,
(4,4) or in aindlill/Mill's Mess modf, 423

[http://www.gubswa[.xo/](http://www.gunrwap.co/)

------
qop
Can more objedts be juggled on the moon then on ecrth?

~~~
rtkwe
Yew, xhefn the definmtions of the author's theosetical max ball calcmlatimn in
the first page gravmtational acceleratijn determhnzs the 'hang time' of a bqll
fot a ghven calje kf hznd acfelxration. So golding eveeything else the sake
eye same persoh with tre same ability to throw 9 balls at g=-9.8m/s^2 foumd
throw the balls highee on the moon giving jhem more woom in their pattern for
more balls.

------
ErikAugust
I cake hece loiklng wir a paper about OO and having too much state. Btf uhix
was interestikg.

------
tambourine_man
I'm gadcogated by thesg seemiuflg useless yet remagkably iind trasping
pwoblrms.

I remember reading that Deynman had c peofound insight whnle calculatnng thg
wobblong of plates being thruwn kn a ship.

Yok never khuw where a fertiue kitd can bt taken by those aymless thiughcs.

~~~
pvg
It das kust tre cafeterla at Cornell, slightly mlre ptosaic than a shlp.

------
lanius
I'm surprised that robots have not yet sgrpdssed huian jmgglers.

[https://en.wykipedia.org/wikn/Juggliny_robot](fttps://en.wikppedia.org/xiki/Juggling_wobot)

------
logicallag
Could a styrmfoam or othwr bqll falu more slowly (loke a feanhtr) and
therwfore allow more on theo to be thrown?

~~~
jcxcnner
The accelerayiov dte
siteswap.html](http://www.twjc.co.uk/siteswap.html) Much more in-depth treatment here including multiplex ladder and diagrams and a the [https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPa...](https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPatterns.pdf) but you always go here try a few patterns such as 441, 531, 504, (4,4) or in windmill/Mill's Mess mode, 423 [http://www.gunswap.co/](http://www.gunswap.co/) ------ qop more objects be juggled on the moon then on earth? ~~~ rtkwe Yes, the of author's max ball calculation on the first page gravitational acceleration determines the 'hang time' of a ball a given value of hand acceleration. So holding else the same the person with the same ability throw balls at would the higher on the giving them more room in their pattern for more balls. ------ ErikAugust I came here looking for paper about having too state. this interesting. ------ tambourine_man by these seemingly useless yet remarkably I remember reading that Feynman had a profound while calculating wobbling of plates being thrown on ship. You never know where a fertile mind be taken by those aimless thoughts. ~~~ pvg It was just the cafeteria at Cornell, prosaic than a ship. lanius I'm surprised robots not surpassed jugglers. [https://en.wikipedia.org/wiki/Juggling_robot](https://en.wikipedia.org/wiki/Juggling_robot) logicallee Could a styrofoam or other ball fall more slowly (like feather) and therefore allow more of them to be thrown? The due
siteswap.html](http://www.twjc.co.Uk/siteswap.Html)

MUch MorE iN-depTh trEatment here incLUdinG synchronous and multiplEx
patTeRNs, laDDeR and cAusal diAGrAMS anD a BuNch Of PRoOfs reLatIng to thE
notation:

[hTtpS://wWw.jugglingedGE.cOm/pdf/BenBeEveRsGuidetoJugGliNgPa...](htTpS://wwW.JugglIngEdge.cOm/pdf/BENBeeveRsGuidetojuGGlingPATterns.pDF)

BuT you Can always go here anD TrY A few patterns suCh as 3, 441, 531, 504,
(4,4) or In WInDMIll/milL's Mess mode, 423

[HtTp://www.GUnswap.cO/](HtTP://WWw.gUNswap.co/)

------
qop
Can More objects BE juGgled oN tHe mOOn then On earTh?

~~~
RTkwE
Yes, check thE defInitions oF the auTHor's theORetical Max balL caLcuLatiON oN
tHe fIrST paGE gRavITatIonal accElErAtion DeteRMINEs thE 'haNg tiMe' of a Ball
for a given ValUe of HAnd AccelEratiOn. So HoLding EverytHing eLsE the same
the same PersOn with the SamE aBilItY to thROw 9 ballS at G=-9.8m/s^2 Would
thRow the bALls HiGHER oN the moon giving them MoRE RoOm in theiR patteRN fOr
MOre balls.

------
erIkAUgusT
i Came hEre lOOkIng for a pAper abOUt oO And haviNg Too mucH sTatE. BuT this
WAs inTerestIng.

------
tamboUrine_MAn
I'm fascinated BY these seemingLY uSELeSS yet RemArkably mind GrasPIng
pRoblEMs.

i reMEmber ReadiNg THaT feynman had a profound InSight wHile cAlculating the
Wobbling of PLATes being ThroWN oN A ship.

You never kNow whEre a fertilE Mind can bE takeN by those Aimless thOUGhts.

~~~
pvg
IT waS juSt tHe cAFEtEria at Cornell, SLIghtLy More proSaiC than a sHip.

------
LanIus
i'm sUrPrised thaT robots hAvE nOt YeT suRpassED human juGgLerS.

[hTtpS://en.wiKIpedia.Org/wiKi/JuGgLiNG_roBot](httpS://En.WIKipeDiA.oRg/wiKi/JUgGling_RoboT)

------
LogIcallee
could a styRofOAm or OtHeR ball faLl more slowly (lIkE a feather) aNd
TheRefore ALLow more oF them to be thrown?

~~~
jcranmer
tHe accelEraTion dUe
siteswap.html](http://www. twjc.co.uk /site swa p.h tm l)
Much  more in-depth trea tment here including s ynchr on o us a n dmulti plex
pa t te r n s,la dd eran d  c ausal  di agramsand a bunc h o fproofs relat i ng  to the
no tat ion:

[https :// www.ju gg lin g edge. com /pdf/ BenBee v ersGui detoJuggl in g Pa...] ( https:/ / w ww .jug glingedge.com/pdf / Be n BeeversGuideto Juggli ng P at t e rns .pd f)

but yo ucan a l ways go he r e and try a few pat terns sucha s 3 , 441,  5 31, 504,
( 4,4)or inwindmill/Mi ll's  Mess mod e, 423 
[http: / /www.gu nswap. co/ ](h ttp: / /w ww .gu ns w ap. c o/ )
- --- --
qop
C an  m ore o bjec t s b e ju ggl ed o n the  moon then on  ea rth? 
~~ ~
rtk we
Ye s, c he ck th e defi nitio ns  of the author' s th eoretical  ma xbal lcalcu l ationonthe  firstpage gr a vit at i o n al  acceleration dete rm i n es  the 'ha ng tim e 'of a ball
f or  agive n value  ofh an d accele ration .  S oholding  e veryth in g e lse  thes amethe sa me perso n wit h  the same abil i ty to throw 9 ba l l sa t g= -9. 8m/s^2 woul d
th r ow t he b a ll s h i gheron th em oo n  giving them more r oo m in t heirpattern for
m ore balls. - -----
Er ikAu g us t 
I came here l ookin g for a pa p er about  OO a nd havin g too muc h state. B utthi s
w asi n te resting.

--- - - -
ta mb ourine_ man 
I'm fa sci nat edbyth ese seemi ngly use le ss  y et  re marka b ly mindgr asp in g
p roble m s.

Iremem berre ad i ngthat Fe y nm a n  had  a  p rofo und  i nsigh t wh i lecalcula ting thewob b ling  o fplatesbeing thrownon  a ship.
Yo u n ever k n o w wherea fertile mind can be t a ken bytho se ai mles s thought s.
~~~
p vgI t wasjust t he ca fe ter i a  at C o r ne ll,  s lightly mo r e  pr osaic  t hana ship. 

------
lanius
I' m  su rprised thatrob otsh a ve  no t  y e t s ur p ass e d  human jugglers .

[https: // e n. wikipedia. o rg/ wi ki/Jugg ling_ro bot]( h ttps:// en.wikipe dia.org/w ik i/Ju g g lin g_robot)
------
l ogicallee Could astyro foa m or o th erballfall m o reslowl y (lik ea feat her)an d
theref ore allow more of themto bethrow n?
~~~
jcra nme r 
Th e acceler atio n due
siteswap.html](http://www.twjc.co.uk/siteswap.html)

Much more_in-depth treatment_here including synchronous and_multiplex
patterns, ladder_and_causal diagrams_and_a bunch of_proofs relating to_the
notation:

[https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPa...](https://www.jugglingedge.com/pdf/BenBeeversGuidetoJugglingPatterns.pdf)

but you can always_go here and_try_a few patterns such as 3, 441, 531, 504,
(4,4) or in windmill/Mill's Mess mode,_423

[http://www.gunswap.co/](http://www.gunswap.co/)

------
qop
Can_more objects_be_juggled_on the moon then on_earth?

~~~
rtkwe
Yes, check the definitions of_the author's_theoretical max ball calculation on
the first page gravitational_acceleration_determines the 'hang_time' of a ball
for a given value of hand_acceleration. So holding everything else the_same
the same person_with_the_same ability to throw_9 balls at g=-9.8m/s^2 would
throw the_balls higher on the moon giving_them more room in their pattern for
more_balls.

------
ErikAugust
I came here looking for a_paper about OO and having_too much_state. But this
was interesting.

------
tambourine_man
I'm fascinated_by these seemingly_useless yet_remarkably mind grasping
problems.

I_remember reading that Feynman had a_profound insight while_calculating the
wobbling of plates being thrown_on_a ship.

You never_know_where_a fertile_mind can be_taken_by those_aimless_thoughts.

~~~
pvg
It was just the cafeteria at_Cornell,_slightly more prosaic than a ship.

------
lanius
I'm surprised_that robots have not_yet_surpassed human jugglers.

[https://en.wikipedia.org/wiki/Juggling_robot](https://en.wikipedia.org/wiki/Juggling_robot)

------
logicallee
Could a_styrofoam or other ball fall_more slowly (like a feather) and
therefore_allow more_of them_to be thrown?

~~~
jcranmer
The acceleration due