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02:32:53 <ihope> ack (9 -> 9 -> 9 -> 9, 9 -> 9 -> 9 -> 9)
02:53:30 <ihope> So I hear it's possible to write a Brainhype program that will check to see if it halts, and if it does, infinite-loop?
02:56:23 <lament> because brainfuck is TC, that should be possible
02:57:14 <ihope> Hmm... maybe someone could write one and post it on the forums?
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03:01:25 <lament> actually, probably not...
03:06:31 <lament> now that i think about it, brainhype doesn't create any paradoxes
03:06:52 <lament> you can't "break" the {} instruction
03:20:51 <calamari> http://esoteric.voxelperfect.net/wiki/Brainhype
03:21:40 <calamari> guess that one won't be implemented soon :)
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03:49:29 <Sgep> Could the alternative version of Brainhype be implemented?
03:51:33 <GregorR-L> I've not seen of it, I'm not at home and don't have the logs therefore.
03:52:15 <Sgep> http://esoteric.voxelperfect.net/wiki/Brainhype ?
03:53:41 <Sgep> hmm...... When there is code between the {}, simply have run a Brainhype interpreter on it, ignoring IO, and when done, places 0 on the current cell
03:53:54 <Sgep> If it never halts...
03:56:22 <Sgep> GregorR: Not with the alternative specified...
03:56:43 <GregorR-L> You can't compute whether a program will halt.
03:57:34 <Sgep> GregorR-L: If the program between the {} doesn't halt, then the whole thing doesn't halt
03:59:22 <GregorR-L> Oh, wait, I see .... so really it just runs whatever's in {} ...
04:02:11 <Sgep> (Of course, referring to the alternative)
04:04:47 <fizzie> I want a befunge interpreter on a DVD player VM, but the silly thing completely lacks all heap-style memory, it only has something like 16+24 32-bit registers. (And it does all the normal binary operators (and, or, xor) on those registers, which is probably oh-so-useful when all you can do is jump to title number N (or select audio track N) on the disc.)
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04:11:18 * calamari suggests the play button on the remote ;)
04:30:20 <fizzie> One can do simple I/O from the registers by having short video-clips containing a single number, and then playing those back in an ordered sequence. But the lack of memory is a rather severe restriction.
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04:32:52 <Sgep> http://sgeo.diagonalfish.net/esoteric/MKBL.txt <<< My personal notes on a language I'm making
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05:49:55 <Sgep> http://sgeo.diagonalfish.net/esoteric/MKBL.txt
05:50:01 <Sgep> ^^^ personal notes
05:50:12 <Sgep> NOT specs (too unreadable...)
05:50:22 <Sgep> And it's nowhere near done
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11:00:57 * nooga is writing libsadol :)
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11:15:24 <jix> moin nooga
11:18:00 <jix> tired... zzZZ....
11:19:16 <nooga> ehhe.. im writing libSADOL ;p
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12:56:25 <jix> moin Keymaker
12:59:47 <Keymaker> i'm writing a sci-fi short story
13:16:15 <jix> 1[0=2920010139644052621]3
13:16:15 <jix> 3[1#,1=*0,0>1,1|1,1|*1,1<1:4]3
13:16:15 <jix> 4[3=9223372036854781733,2=*0,0|*3,3|*3,2|*2,3|*2,0|*3,0|*0]3
13:18:16 <jix> it should have a period of 2^64
13:20:49 <jix> pseudo random number generator
13:21:38 <jix> the first big number is the seed
13:21:53 <jix> the 2nd big number shouldn't be changes because in most cases it results in a lower period
13:23:50 <jix> it generates 16 exabytes (thats 17179869184 gigabyte) without repeating
13:24:12 <jix> but that isn't much compared with MT
13:24:39 <jix> Mersenne Twister
13:24:59 <jix> it repeats after:
13:25:00 <jix> 401905253286302336310524075882315620691881984772785706926626203712386142475312397920568600570024779676881338825986244113351239052923251072964894298041324764667152197507595608912426234357864418091824411586330057869665946141863093669075408727648975046759118648448869552382652510009963247929821784108659705296105115446136682110298092945440999871700665997787829001362565702771561413870308725670672327694754890845839328233974660572797306528790646305422138696
13:25:00 <jix> 953421669830456914566725163342423408909376719040437562394366174505002702240776846118942006685152787793869924857721928202341120370182281796905369924998191834449779803307606175045017464512722290264734001793201898977068433313657186656111382343558398878830515863014151395916388419359664339721556758243878140965234297840366774744663885561665950791281690041923863361315573392987259286200765857602241981000308373847518919762191244441163264999384252627068372033
13:25:02 <jix> 763111933980550327534027629016684766185140254468796078835436354368351649215978886270470928451660048312951427468905541138223278914882273249567933713889062224031935413805139845547524008619593826820035713606314057959271250843507832621367887924746386518091551034509831977332030888003937697939028884420167676864318828086560698518626411885386315090235498881811701636151255397071779075040277054989648673189942462029818497132474212455947188692775527087237185159
13:25:07 <jix> 285590811568299895764642182655379678933841624928789735624686101266822082312651269641096431819119244285586424906522611733370654073363587322562241118375794792204641863670475294474292246969596946939625424745445705551569518210600261983148606395664183203617942963284017811862197413912312554993243967760894843088345345453558909635202751480109693467398530223859606275400533788896904933482341635963009873092800072519775784718634522305851641058860350428723734409
13:25:14 <jix> 465783733761635505812515964174132520069518882090187528070784131316255311617158576067481328016007555012139598198968935842223544200014498804384934079245514095813239200626816475285642492404879924885373645381534804456517361693374798823490984080501745948314651320031345914976730651979960073639663455753842287970932922599362978717180758402898450916792059614416362424154632339935683280993906592580557520035536539145208631964961604162559243909099550162201200541
13:25:21 <jix> 471672631326137201415532103096019583120909261804468744780038739084112996375538286284027488435784102137449609286800223753555687919990567435340481755240290277607498175543139914790884517656643197200835111263671941029197734265368431172849344872058242193876826014077933957565416164855051227975133151022507833089361070352161316657271161383352851137068879548299505935412828240732837247696414242779441034794252355403191062065480395091519540873724723403575106334
13:25:28 <jix> 778762119321672003339440280866230493413016937925959062149095369331265423917515210582163905707952837342344688802796881636671941656836630477110586935364074881632858514937363011998417234225376788375805269112022269520313087790353239316564868842832537899680952926212017677651906238612740832608657999618078048290359428011992699227524026914199805244825657286558393035231894725808402742302969011883433452283242200647862328487302512172034250392866137194030560105
13:25:33 <jix> 778687406520608632121689650146274195622947884674329435506772711365572438133116905792497645867747401977407239274787144705228582781864687572261213573995264016991868759518545974120341513676822563771002487209436637535104430459326213982153606058542718202626644550745420413475747045005042533456774308703385617977579870024900082543661374474559380983420415482517172007668415904820305998270106312255807070243471996136965997260449112167264107699690234412423447395
13:25:38 <jix> 751412485882393683682934285368714358137360698128273825121478705374641886644388515859629240250196682286812719529901402217066646212755457520520106456039225376069962370228551948779804054682070886550563475736133679097160940039162605462369232499088528965234298316387788928496019422030861288877732133192380843051003320130591569633154031319643391412814338033297382591195556028259695648435484016352771640485017238431635983821944336722119761018553787092706467972
13:25:44 <Keymaker> how do you calculate that number?!
13:25:47 <jix> 174313737945085434274243842124636297627305078791012909092381415173324566434929087580150769085601728991068098774710981378965960366097338952394567498161562790117523561200066553602210197696066643673044077932497572332289384254392826007687634946646692624097351215512761675552914350269141136950360241936638656691239914642944722040881522059749593399427778490894646105795714192242821626563338695357208232861531404601905556488796698821565663592827061837651085398
13:25:52 <jix> 714141451488377947321936647854584724449197309257648689992886833833602510587001942847167051478799654202027680038526833442117780938322359165320989777126610382329712863008140208329710041019106708197507613351771250043648529363865103809210936836800486399851875943451238596594984294102060281494270496715405988262168724641148130993418086798761968434504156980407953434701066696596842406280927076168905398064849886617375798772307601582850973655536893324365662798
13:25:57 <jix> 543029605211676137100879919371781374433526383055549267985159945364042940898560871355096477789687992786023254959148414278324275703077091760517246969630424801588513121008007965383640801367552077318329224874606656014520888406142112822156057722103025817173286991581139323475871036331668228805199013472211271589826088241928166926201134103251802606886197245441864446532161737524150797682448927728213170166254167484512609907951741609138165963904068226247106174
13:26:02 <jix> 508460595627883667103823785616370812910983804500731206138729340991498443808015978016201002530918857149702932803481398352865790226132299264376246143205641418087767689473261995986735350044161104544930288228165894745359996087420647568603169180537022929978058600979018342652811953308939013780706438708452038056052665263320083478237083749452018379785078399027828461636855545733655124132393420144891490343097763944394018354454966604339945971413594497969441851
13:26:07 <jix> 18652403114494638117608816547554166036536718641160638647554605691604189678640504837566913017664795312128
13:26:13 <jix> hm that number didn't fit on one line
13:26:15 <jix> using ruby code: 2**19937/2**30
13:26:17 <jix> the period of MT is 2**19937 and one gigabyte is 2**30 bytes
13:26:28 <jix> ** is power btw
13:26:46 <jix> python would do that too
13:26:51 <jix> haskell too
13:26:55 <jix> linguine too!
13:27:14 <Keymaker> it's just the matter of writing the code
13:27:23 <jix> but ruby's number output algorithm is inefficient
13:27:30 <jix> it's a simple divide and reminder algorithm
13:27:44 <jix> you can write a pure ruby algorithm that performs better!
13:28:00 <Keymaker> perhaps it'll change in the future, then
13:28:17 <jix> using the mid-divide and reminder algorithm (i don't know if that is the name but that is what it does)
13:30:32 <jix> but my prng isn't cryptographic secure
13:30:35 <jix> MT neither
13:31:17 <fizzie> > (/ (expt 2 19937) (expt 2 30))
13:31:28 <fizzie> Most sensible languages have built-in bignums. :p
13:32:05 <jix> one could implement a MT with a period of 2**25964951
13:33:17 <fizzie> I'm having trouble with my prolog-scheme. :/
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15:32:58 <calamari> jix: after seeing your cool rng, I added a time in seconds since the epoch feature.. if you use this for the seed you can change line 1 to: 1[0^]3
15:33:39 <calamari> I figured nobody would use it, but what the heck.. why not hehe
15:34:10 <Keymaker> i'm writing a sci-fi short story
15:35:20 <calamari> oh yeah.. I remember seeing that in the logs now. How is that going?
15:35:56 <jix> calamari: cool
15:36:19 <Keymaker> i've had some fun (imho) things in it
15:37:07 <calamari> are you planning on releasing it?
15:37:42 <Keymaker> perhaps i will let those to see it who want to read it
15:38:06 <calamari> yeah, let me know.. I generally like sci-fi stuff
15:40:51 <calamari> jix: it seems to always start with 0.. am I just lucky?
15:44:01 <jix> calamari: no
15:44:08 <jix> the first number is printed after the first tap
15:44:28 <jix> look at line 3
15:45:42 <calamari> 4[3=9223372036854781733,2=*0,0|*3,3|*3,2|*2,3|*2,0|*3,0|*0]2
15:46:38 <jix> adding a 1# to the end of line 3 and 4 would be shorter
15:47:20 <jix> oh and it isn't a very strong prng
15:48:49 <calamari> 2[1=*0,0>1,1|1,1|*1,1<1:3,1#]2
15:48:49 <calamari> 3[3=9223372036854781733,2=*0,0|*3,3|*3,2|*2,3|*2,0|*3,0|*0,1#]2
15:49:20 <calamari> perhaps not.. but it'd be good for games, etc
15:49:42 <jix> but for games one could use a period smaller than 2**64
15:49:59 <calamari> I was looking at the timer function.. but it can only guarantee 1 second accuracy
15:50:28 <calamari> so it's no good for speed limiting a game
15:50:55 <jix> and there is no way to controll the tty device
15:51:08 <jix> for getting non-blocking input
15:51:11 <jix> or non-echoing input
15:51:32 <jix> linguine sdl bindings would be cool
15:51:43 <jix> or linguine dynamic linker bindings => call any c lib!
15:52:26 <jix> but that is maybe a bit bloated
15:52:33 <calamari> I don't know anything about those really
15:53:15 <jix> i know how to call the dynamic linker using ruby/dl but with python i have no idea
15:54:22 <calamari> if you can call c libraries, that would really improve your c ompiler :)
15:54:41 <jix> but it would make linguine insecure
15:54:55 <calamari> yeah I dunno.. I think I'll just leave it be :)
15:55:20 <calamari> was looking up how to do this in python and its not great :)
15:56:43 <jix> btw this ( 2=*0,0|*3,3|*3,2|*2,3|*2,0|*3,0|*0 ) is 0^=3
15:57:11 <calamari> you can always use an i/o extender with any esolang to enhance the i/o abilities
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17:54:25 <Keymaker> i made up a new quit message: "You can never read this quit message fully in one exact point of time. When you're reading one part of it, how do you know the other parts remain as they were when you read them?"
18:06:41 <lirthy> I zipped that message: "Leaving".
19:12:56 <fizzie> 3.80 seconds to calculate the value of (letrec ((fib (lambda (n) (if (= n 1) 0 (if (= n 2) 1 (+ (fib (- n 2)) (fib (- n 1)))))))) (fib 8)) -- this must be one of the slowest scheme systems ever built.
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19:38:41 * Sgep is superhypoer\
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21:12:15 <Sgep> Attempting to restart into ReactOS
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22:24:17 <Keymaker> well, the first draft of the story is finished
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