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Post by GGoodie on Dec 8, 2009 7:56:05 GMT -5
Calculator Contest.
Rules: At least 1 Operation, 3 numbers. Can be new or old.
11 points - Subtraction
11 points - Addition
11 points - Multiplication
5 points for each input Number ( 1 is 5 points, 1 and 2 is 10, etc...)
10 points - Number Display (each possible number is shown and the solution is lit up)
30 points - Number Pad Display
5 points - Neatness & Size
10 points - Reliability (how much of the time does it work)
10 bonus points - Each Additional Operation
Prizes:
1st:
1000 DBs
Winner Badge
2nd:
500 DBs
3rd:
250 DBs
Due Date is December 26th. Good Luck!
Note: You can only enter one calculator, but you can post multiple codes. Your most recent post will be taken as your entry, but we would rather have you modify your post.
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Post by izacque on Dec 8, 2009 19:46:04 GMT -5
would you mind moving the due date back a bit? Maybe the 26 or 27? Exam week will be next week so I wouldn't have any time to work on my entry. I realize I'm just one lone high schooler and that there'll likely be more contests of this type later as PG technology progresses. If you deny my request, rest assured I will take no offense. like I said, I'm just one kid.
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Post by GGoodie on Dec 8, 2009 20:54:00 GMT -5
your not the only highschooler here... lol. Most of our members are middle through highschool. And sure, i the end date can be the 26 ( 2 and a half weeks)
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Post by izacque on Dec 8, 2009 21:59:02 GMT -5
Thanks so much! Yeah, I know I'm not the only high schooler, but I'm one of the few who actually care about PG technology.
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Post by Qwerty on Dec 9, 2009 0:16:37 GMT -5
I see a problem: You are limiting it to only four-operation calculators! People have made much larger calcs than that! I propose a re-do of the scoring system.
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Post by -M4- on Dec 12, 2009 18:20:10 GMT -5
I guess I'll enter..
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Post by FoxtrotZero on Dec 12, 2009 18:54:21 GMT -5
i'm entering. Let's see if i can haul this crap together before the due date.
EDIT:
M4 recently realised that there is no scoring for reliability. Surely an unreliable calculator should score lower than a flawless one?
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Post by GGoodie on Dec 12, 2009 22:03:39 GMT -5
orite i will edit the rules a bit
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Post by Qwerty on Dec 12, 2009 23:01:24 GMT -5
Only three operations? Pfft, M4 could make 7.
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Post by -M4- on Dec 13, 2009 0:18:24 GMT -5
Actually I couldn't because organizing the beams to go into the number pad took too much space...
But, I could make 7 operations in the actual calculator-not-num-pad part. I could probably finish it if there were an element that changed laser to thunder and vice-versa.
But wishing for elements wont get us anywhere, now will it...
Also, I think this would be fairer if calculator's were scored by number of possible calculations(1+1, 1+2, 1+3 etc.), rather than having a separate scoring for number of operators and number of numbers. That way a calc that has 3 numbers and 9 operations(81 possible calculations) would score the same as one with 9 numbers and one operation.(81 possible calculations).
This contest has already started so I wouldn't be surprised if this change in rules would be turned down. Perhaps it could be used in the next(assuming that there will be a next) calculator contest...
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Post by Qwerty on Dec 13, 2009 1:54:26 GMT -5
Yes, but that would require effort on our part.
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Post by GGoodie on Dec 13, 2009 9:06:49 GMT -5
M4, where were you when we decided the rules? This topic was in contest discussion for almost a month.
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Post by -M4- on Dec 13, 2009 12:57:07 GMT -5
I didn't think it'd make it.
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Post by Qwerty on Dec 13, 2009 17:56:28 GMT -5
A calculator contest?
Either way, it's already published now.
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Post by GGoodie on Dec 16, 2009 16:36:04 GMT -5
I'm changing my entry to this:
0012030000100*02102*01*03*06*05*01w00q00P0An00000t0Bq00n0Dt0Fn0HP0C00Go0I00EP0Kt0Mt0Mn00o0PP0OP0Ko00p01u0Sq0G00Nq0Yt0Qo0Xn0Jq0aP0Kn0RP0Tq0eq0Yo0V100u0Bo00T00m0GP0R00No0nm0po0Jo0sn0m00rT0on0wn0go0vP0qt0mT0yP10P0RT12o0uT1500LP14m0t00xm1At11m1Ao0ku11000.0nP13o0n01HT0wt1G.1Io1601LP0qn0.T0D.1O00x01Qo1P.1Ut1NT0zo1ZP1JT1TT1MP1401W00Rp0WP1f.1YP1jT1eo1K.1ko1nT1aP1lP1c01gt1bo1XT1qo1pP1s.1oT1dP0qo1FP1fs00E0qs1z00AE00r0Dr24p22u0Dp28E0qp22o0Dq1Un1S000s2D02HT1mT2EE26026T2K00VE0l00VT2Op2Ip2Iq2Fo1u01V.24.1Uo20o1Kr22p0Ds2Bt2ET2SE2Qp2Bo2AE0qq2VP1fr2c02JP1sp22t2fP2pE2hT2go2jo2ro0Dn2Gp2UE2CT2Os2Is2YT0wo2aT2Lq2dT2u02Pp2AT2Ou2np2i02Po2w018o1Kq22q35P2so2jp38P1su3AT36p2UT1wT3J00RE0V02RP1ss30T2O.2Zp1io1Ks3VP3LE3Sp24s3G00AT3NE2kT3P02HE23T39E3cT2*E0A03fP3I03C03po2xo1Gq22s3Dt1Gs3ao1vP1*p3YT2dE3kP1st2nq3dE3oq2Bu3Ko3tP21E41o1Pt43T3nq3wP1fp2903To48o2bE3or4604H01Vp4Gp3X10lP49o3Ho1Ps2nr24t3ep4Lp2lo3ZE4A01Vs4UT2Ot4WT2gu4703ET27E4KT4f04Mt1Gp4OT32p3*03jo4S01Vr2ns24u3MP3bo3Dn2Gs3y04sE3Ss4uE3mP4w03s04h025s4Eo4Zo4rt2Wo33055053t4mE2tP2su4gt1Gu3OP1Ro3uE2H05CP4FE5Eo1Pp4nP52q4YT3Qo4vo4TE4at59p4pq3v05Mo1Kp5Qo5PE5O01Vu5Io4IT2Ls56T2ju5GP5Nu5lo1Ku5g054p2zo5nT40o58P1ro0Do5A.31P1yT3WT3i.5yo3zo61054.6002XT4o14Qo1xo62t2Wt2Wn2G.64t6AP5v063T5.P5zP3.167T1.o69P6Ft6Bo6Eo68065P6Io5h01tP6NP6Fo20T0Gn1eT6YP13T6ao0JT6c018T6et0BT6gP0nn1CP6jn1qT6iT6nn1Ep1iT0AP0200NT6r*6dq0B*6vP6sn0gT6u06tq6w06*P6st6hq70n6zq70t73P72P0nq70o20q1I*0dT76P3p*7DP6yo0FT7Eq7C00ZT7JT74o7IP78q7Kt7O*5wp0W03f000w0GT0Dw7W07Vn3Fp1Kw7Yw7cn7aT7Xn7bn1Kn0A12Qq1KT0Kr7kq0Yr7mn27T0DT0Ap7qw0YT7Z00nw7tq3ST7uT7un7iu2f01Ko7Yr7k00Rn2bT7q083T7p07e07ZT7fT8A07rT8Bw2617jT85o0n*7s08H07v08JT7V00np7xw7tw8Pn7qq8On7Xr7Tq82o1Kz1Kt7ko85z8XT7qo8ZT0HT8b05bp7gT8Dn88p0E18F080T5wT8MT6sT8n*8IT8oo8S07vn7sn8Rp2At8UT8GT8m00lT0Dv8Y00no85u1Kv90T0qT0Du93T8eT9501hT8hT8Bs7V18kT8zo8lr8Rn7qr9H00nr9JT0Gp8u08t09Os9Du7*T9FT8zp1Kx94o9802R000x9V09105bT0Dx9ZT99n9Xw7dT0D*9Y19Ey6hv0jT00v9lv7tm8sT7u*9iu7OT95o98o8*P2NP9aT9t09av0Br1IT9yT9yv9.T6ho9u09x00op8g00lz0WT26P9xoA4v6hrA30AB09zP9KPAFTA1PAHTA0o9WT9m00ns95w0Yu00zA9rAETAL09mPAKoA4T0qvADPAIo8evAZTAUT99x3Zo7h*ASPAa0AGTAATAdo9vTAkoAXoAmrAToAXx85T2Ho2x*A9o00O91PAiTAYP91OAxTAl0AVT0ROA*oAo0B1oAwT6zoB4x82T9h*0HnAvJB30AiP9mT0RJBDTAUPBFo00JBHoA4PBJJBL0AFPANTAs0ARy9au14o0Dz0G18.o00HBOT9yPBJHBZo8ePBbTB70BEv91HBc09aPBQ082z00y7bo8WnAvH9K0Ait0BpBhT2MTAUtBsT0RHBqTBvP2RoBYTBuoA4tBs0B900400EnAv08loB4tBwo8yoC8PB.0C70BrPCCT8moCBpBRT2A*80oC6s0pp9asCMT23nC902HnC2TBRq7VHARnBBHCV00L1BX09KnBwuCOo9InCQT26nCS082n7VT0VHCXq7WpBYz0Yn0R18.qCG0BgT3ooAyo0DPBFqCqTBIv790BU0Bg0C3nCi01KH9Yn27n5bHD200Ro7Ts8l01fo80PANsD8oDCPDBT9S0D9PDE0D9T9FPBkT85*BFpDLo80qD7TDFo7hnDCT8zn7YoDS06YTDQT0DyC3*BFH99*0GH0q*BYo1Tn80H0qzBWu350DI0DIm9l0Dko0v0DnT8mmDmoDSxBR*Dap1nnBYp9hH3Sz7YH3Sx7WoDP0Dp01fnDUTDFnE30DknE5oD8x82*DuTDfH3S*Dw0Bmn9aH3Sy7W12QsDVoDSmDrT9SmEL0DlnDX014wDLv0nH9X.DcpDxp9hnEDzDi02J0E1oD8nE7TDTnEJT2xnEe0D0*EA01HnED*EknEXnE0oEgo8lmENoEpnEPoDooEev9hvESpDvHECHECnEm1EITEsTE4nEgnEc0E2nEgtCiHETnEkHEzHDynEnTF00EO0EaT0y0FEmEqT0HwEwTEBpEV002nE.uDjoEoTF1TEPnF3oDRTDFtF6pExpFL*EU0CV1E*0FE0FGnF0mFH019nFUwFJ0EjHEypEWHFA1FaoFP0E1nFSTEfTFRnD8tFVTFK002HF9pBVnFB0FboEemFeoEtTDXmDmtFt0FipFXnFN0EZoFnoF2nG9TFrTFITDwTFuyDgpFkpFx1FmTFCoFPmF*TFFoF.nGCHF7HFj0FMHFluFOTGJTFCnFp0DW0E1s9YTGD0G40FvpGG0FZuGT0FzTGUmGLmFesGZHGPpG5HGS0G7TGU0Gg0GXoDVnF3sGkpFW0Gc0GRpGHuGfoG8TGhnFdnDFsGuTFu*EDw7YqG6sG.0GqoEbnGA021xFh.FY*ElHGnsH7oHGTDqnH0014.0YvEi.HDHFw0Ge0Go0H8TGpoFT0E1.1fvHMnF8pGdzEYsHH0HR0FDoDSz1*T9Yp9hrHCnHX0Gx0HPsHaoHlTFq01jo1Ky9X*2NHGl0Gw*FYzHZTHSTHw0Dpm9lzHey7xpBVrHhHGQt8XnH6THxoHm01fz9Xz9Xp8WrI1pFLtI3HHFTI5TIF014y3So0nzH*0IATGa.HNp8d0C5HIE0HboI6o9zp1np9b0ILHHs*HEpGy0HQoISTF0yIITARp8mpBRzHrpGv*IY0HkTIGoHHo8es9Xo9aw9XqC3zHro8e.DcoDxo1KmBxoIZsIb0GgyIdzIdp0B0C3p2No96T7*o2N0Ej1GI0IRTGUoA4pIoT9ytJCo38082uCjx7WxIfHD5qD*0JHn5woFyoIzo8lyI*p8msJ1TBRtCjz0YyD1z0Yp7YpCmn3t1J8oJPTCwoA4mJE0AFqJgT2.0JGpBYx7WmDcx0YqH5HD5oCouGzTIlT8myJR014vJT082pJ6uIVTECq9ap7g1JcTJt0CzTB0zDIoB4nJio8epJ2r5oT0DHK4oDYnDe0BmT5wH0qm14HHe07Z1K20J90IHp8mzIdyJxT85p2Nu85HHsyGF0HjT0qwHv0KNoDSoB4T9ywK60Ct01HoCDTAUpC3wJ6TKCpGvyKWxJZHIQoIbyJvo8HPCI07Vr82HIXHD.nD4pIyTK3oKfTBvoKhoKco9coL10AipKjrKvpIiH3SwJLpI40KaTBmpKPpCGnKR07brL7TH3HHOzKZoHmoL20AiqKeTB0T9yuLPoLNpL6TKUpL8pHYnJOTGUyKrTCfPKtwKk0IMnHio9axHunLY0GgoLNTB0nLS0K*o8erLmTLQoJFT85wLdHKwpJFxLh1KMoEeyLau0p0LU0D1pLW09XxLwuJs0FEoLkoLN.E3oM60AioLpoM9pL*TKlTLJpLX1LxT9SyLaxL.TBRwLtpM1*M30IaTDXoM9TLq0D2TJe0Ln0Ai*M80MVTKiTMLrLI0Gb*EXTGQzLLTDXyLa.MK082wMMTFuu3ZHECTFLzMf0DpoMRoM9uMXTMSTMSyMtoMr0AFpMD0LeH3Su9arIjzMpoJQpLE014n0g0MzHHstCNHLKnLioMYoMxT0qrMw0NC0KfvNFTMuoB4pN7pGvt8XHMn0GwzN2TLD014zIdqN6TMaTLVTMF0HjzNQoNDoMxoNIoNa0AisNc0NGTMZ0MjrMb.IN0NYnFByLatNU0NiTNW0McHNA1GIoNdTNJ09a*L4TNvTNvpNfTNyoNKTNV0M0TNX*MOs0nyLawNoTLsrNjnHi*O4TN*0NgoA4yNxoNuoLNmN.oOG0MyTO1TME0NrpMGu35oOJTOCyIJpKPoLGT8TTNq.Nk*OBoOQoMxyOD0ObT9yzOF0OcoLTTOL0M.pGmpKzoOZ0NGyOf0Onz0spOU0KuTOWnOAnI4oOlTNvyOnTOCTDhTOyoOJpNLTO3nOu0OxoOaTO.0Onx0nvL9rO9HGQ*OY0P30OmTP5TP5x9doOvoO00HprKvoDLnKF*KFtJLuKFzHvoPH0MVw8Nt8*q79n85qIwp93n8XoDPoPRTMSwPG0PCTB0xPdTPEoOg09Yq3Fn3FTKCxJonK0HJqo8xy8Mx7UT0KqESz0anJa0CYu9soPboLNrA2PPeoMxsP*TPh0Ob*Ps0C5TPwtDczCnoAhTQ3TOCrAcoPz0KfsQD0Q00MV*Q5TC500RtQAoQETB0rQGTQBoM9sQPoQNoA4*QJ0BJ0ARtQM0QHTMSrQS0QZoB4sQbTQQ0Kf*QVvIwq8WpAvOBiTQfTAUrA3OQloQT02HPA.TBfTQmoLN*QVwCzzJLz1FTBGTQtoQqTBar91JQp0Qc0BjsR2TQ*0R4TBIrPUTMLo1K*I8nBpTR7TQu0BErBtoAq0R8oBMsRIPRK0KfP2MvQVp9aq2JoGyT95rR0oJBPCFrRV0MyP3fo9I0RNTKiP3SvRQT2Au0n1CZTMUTRGTRdpA5oRcoNKPRa0OeTRkoK9PReqC3uCzyJ31CZs0VPCCsRyqCNpC2vQVu4Fo9UpC6T26pCerR.TRUpS0qC3xRpxQzqRjoRYP2NqSD0Rn00BsCyoSHTR909mqC3yRpw1F0MP0LC0H8P2MsJd0IRP2JqK.TIlPRPqC3.ETT7XpNBTSX0E1zSUoH7.SgTGpmLdT1TpBTqSd0SRoEgzSi0Gq.SqoFnmSk00luAvxRA0JGuSnoSsTBVTSeoShTMQ0S.0EZvS1uSzTT0T8zzT3oEg.DVrT3s93qRuuA9q9Y00EqTE1MH0SoTEPzT9TEP.Kb07UoTOTIGs82tT51TJoT3zTM0HUT8zuTBTTRT85tTTuAOx27qTIuM4oTWzTWoDV.CDtTOqEeo8y0DksC3v2RzBRu0l1TUTT70I7TTuoFn.9UTTYTDFrEgsTpp8WT8ZoRCp9znA9uTGt9XTAR08WoQiT8*nT60TK0DkzTiTDF.IpTCqtTlTT2rC3T0HpBlTBVo9zrUCoSqzUF0Dkw7YxD8uDVvUL00EpB9z96uA9wTGn2RrBRoBJ1E*oTnoThTTwTFCwJLwTkT9SoJ40UXn9XrB9*0Dm7W*Usn8Jr3f12QvUSoU10UDoH7s1fxD8yUXT2xp7krIgTUuTS*00yTV7rUwuO5xUOT7x0Skx85m7YTTGTV600nx85s7.0QWTUn0URT99oUSsCzwCDxV20U9TLrrAsPBF0Iwn7kPVXTVIT0BvJynVc0CRPANx7TyD8rSqmGWoSspRCTKtTU2T7qp85rVZX6t0VYT7qP00XVsTVbPVvt6h05bn0BX0N0VfXW0xA9.TGx1fTVV01IX3RX6rT85yByPVvo22XW90HpTBuPWCEVvqVzT2AnV*oWDqJ1s0pXW8qJ1xVhT99rTm0HamJLTVNTTwp9a.VTT85xW508N084PVyP82yWdXVw0KG09wXWhpWOtWNnV*tWQ12Q*840DkrHapE5rSsqWZ09UoJ2T9IPWeTWATWyXWhyV4PWz0V.PWe0W1tWou0sy8*oULpPWPX2TDYTXAXWhwWcT2EPXB00VnWnP2dnXJ09r002T3hoTnrWTTDFpWV0J30TQ0IRqWvT85vWbTKST7qtVvT0E0WiTXaX0nt7XTLrtXbtV6tXbrV6vXk09Q00lnViTT.TH1nKB02mTI5qXW093oV2pAsE2RX0nE9XyXF07kEXzT2cTXC0Y0TY3XX.p80nY1p0nXY7TVIpYBXYB09QT0Ry0HoVTpY1T0VX8NEWF0U70X.TYKT2PTY4TLrE8NXYLT5wnYJpXbp22TYCTYYpYXE7b12QuWtTXq0Ton9atA5rRmTCw0DnqXvTTboWZtBYJCjTEGT7qvYppB*pYR0XfHBKpYu0V8tYtHWcmVGrY.TL91YdnXp0WrTDQoXsoWqoDCqYm0PZTVn0KvqYxH3oyUXH0AJCjqYvTKUqZEqVb0BYqZL0V80D1qZOwTFy27oYmpBYrWcyXxH2NpZJ07kpZVT3SmVG08NHZY0ZPTVpHZfw7TuXSrYj0J6oDCoYhTWSTVPT5wqZATVqoYmEBhoYU0CipVnEZvTYQ0Xd0B9EZzpYY0Zg0YOoDeTZ.mZdTYYoa5pa2w7Tx7YuZ4oD8.1fuZ9TZCTZCrXY0V2EK4E9fTLr0Y1o9xEX*TZyoaPpVt0aOT95E9Xma7EaLpYcuAOy2AoYmqJTrXg0O5PRbyV2qad0a3T6r0Bqma7qaiwaBnZ7T87oaEoZoo8GqZs0JyoXvrVmoaH09XnXSTVqTY4v82r8a01L0Wq*Rhu9cnap0ZmT8zwIoqauTKSoawTOzpaypNwTVDTa*oXgo8*TbI0XT.b1TOzoU5y3tTayTXKTaysa70HpnWfn82sEYxJLtXpoTnwCCnQVTbR0E9nY50UXsbUTBRsbi0EETWAnbXn8UoUVTT8tbB0bfTaNTKtsbkTVKnUXyZdyZdsDiT7VyFxTVp0VTqCl0VTsbkybynbn17joA5uD8z0ETbeTayzZdpc2nJ.0C3sc5nbWTbw12QtaFTbqTcC0VTxc3Tc1TKtqVGpZCscITbmTcKuO5yUBTaNpUXqcETbunbxncJ03Zn7TtCztA5zcB0brTBRvcT0Za0C3oVetByrVWv9cTbH0DAvHnT5wPANnZdoVex7TpI8tcl0TpnJyTXZ08VPX4td30J.PX4xcGTcxXW0nczPX4ndDXW218..Bm0Q60coTcR0DAXWPPIOTdLTAAXdN0GZ0bgoWLEWIPcw00gXdRndFoWMP9c12hp9ayckTcOTaytbUpd7TdBtJ1tWx0d5XW2Td4TdjPdWoXLndFtX600Gxd1TKttbipAspBdXW0tULrdztWQTdy0BjXW0*XFoCuXdCndmtdtndSTdf0VTtbkp82q1KPd6TdP07UPd9TCTTe6tJ1*Pl0drne8Pdbu2xxdv0C3tbvpAsvXmsWZvXmwULvXm.7kvXmma7reY12QneA0eSTBBTZCpd3EY2E9XsWvpYDTY30D0TBRpeoESb09bEelpaTT7qEevT7X1efxeh0TSnWZpXZEYTTZ.senTYaXZwwUXpYOpYbT1d0euTYPpa2maXTfDEaZ0duTeBTdgnf509KHZET4*TbRrZ1paeTCIrfQ0b3T9IHfNpZMTCjJYqpezueRTfJ0eCnXWpZKJZI0EZTayHZHpZN0eq0C3HfjH3o.fmqZOmZdHfnqfa07VP4KnJ1oJ1mL.sS0PZcnC2xWQPDYP2MxJ1ybv0brtg4TdopZbpDjTbRpg80flTCIpgB.X9HZfma7pgBw7TvJ1qgKnfwPUuP27P2AP0J0Ry01HPgP0fu09YPg10akwg3ne*TTbnZU0a4H14pa2sZuTIxTZ.wWZEa1E1p0a0TggpfEngloa9EfHvgKPcx032P2kP3cPgspC2qC2oC2uWNPgO0N6P23Pg*pC2pJ1p0wrgyP4*Ph2PIIPh9pbS0gZ0dJTbepX.oaSTg90giohG0gC0a0ohJ.ULEaYTfXEhO0XnvdkP1*PhT0N6pgM0N6oh4PgwPgsvg.0AA00.0N6rJ1uhY0hXPgsrhWpJ1rhkPhZ0hh0gRrg60authpTAssaisacPRbwWZqai.ULqaimamPhv12Qw0F0gRphgshWohjPgsshSogQri50hcyi4P96Phmrhl0Qr0hnphknhCTei0aup970aJTcdTaITWKT99T87rXSsEY.i9phYqgsogMrgPpgTvJ1Ph90hcohgrJ1vi1ohWui9riEpifPcxrD3TSM0ZopPnTiOoFqpBRrK0nY0sEYvgr0hVPgTohgoiB0gUoieP2dPg*oidPj1PixPgsuihPj30gRohWxhr0XvtjATKtyauqg4wbUybzngJPXG0iw0j8PcxoiWPhmoiyPh80W0phYoi6PgTpgMojN0hePiDPjJpjV0iGPeiwBu0f8T9hTiQ0MjnSNnc7u7XP3ophgpjS0izpgxPgvogOp9vpjJP0quC2r0wPhZoj0ocxpj0rgOoCu0hdoC2wjC0fdTfcTZZpYITbE0UXwjGnjj00Grh4sP7pbR.erTVnu7t0jhTBRyjH1efrhkseSteDTZCmcc0cHndA0890cfTXK1cLxO5vKETcX09mxd1tkP0UXmkRTbjnkTwZd.kLu8*xXfpkQndi0bnTbt0kUTDfTkaxegTcOtbkrkenknTbwTkpwkinkBxGZsjdThBpKjn82.kj0ARxhqnUXrkwTd4pko0YNT8BTkr0cg12QzGZpXcTLsnl4nkB*kt0k40C3rl90IVplBrkJ0DvTka*GZmBk.l5nZ*TZCtkvTKtmkRplRTcW0EjTkanKG*8n0CR12hyWvtla0C3mlcTky0Ldy7Ym21nc*y6jpBRmlo0cgT87TkZ00oolFu27ylNTirTaNmlwThBrcfmls12QrKGmSTnWqTlzmm7u0HyUXtlmp82mlwu81TlemmD00Ey0nuKKpmHnd7p5onmB0bl0l.TkWu8*yeTnUXoD8pmPTlAT96nmSylrol*09myVJsmComfxZ*tbkomZTVFnmQTmcT87.meTmV09Yy0n.VDpIVumJ0lf0mU0ljuBVyI3TKtomm0Y8TJFpmRTmqnIwomfzKGvVPnlQTmp0J6.mr0m.026.mYT8zrn30I9TnCrlT0mzsEYr1LzEInch.SATYVTJFy7Yy8Eu0H.9KqDYrgJ.Uzs7Yv8ju8*.AOo8*t7T*6svTsuBA09munh*8*unm0nl1Wp*nn1UxP2MwiEohfnfxneMohkohWmL.wS0phWsL.oJ1wi2pjI0akvnuPmcPUsqnyPgsmL.vhWvgRvo1PScP2Apo4qi9Pgvpk0P2CPj400wqjw0RypgTPjJoiao0Jpj000wpjP0gtooQoXGpoQ0AApoY0ob0oS06rpoUph6siCpocth3PCuooZ0gRPjz00gpk0pok00wuC2Pol0of0onooT0iFPoL0jL0oX0ow0ovpia00VooHPjOPj3ojWpjaoiBop5op60jX0hoPhUojPojM0hhop7PpGrpF0pCogt0jKri9oigPj4ohiPpQ0jb0k1PoMopOPhUup8PpA0pCphlopI0pUojNopcooNojIrjUPpR0jKooWppW0o.si9viiPp50i2Ppqpo0PoMpo60o.ppvpizyj60pwPpqtizoplPiC0pkPpuP9v0hcppmpq10q3026oo4toWrq7PpsPik0N6si9si1rq8ojmPp5rjT0p.0icPj4rj3rjWvij0pD0qNo9.0N6qqSoqD04Q0q3rhmsqIPq40jKppWrhioqBPoMrqYoqJPoUspzppp0q9pqk0iFsq8rpmvpt0N6uqrPqdohbpoWoqYupmsj20qTpqYpq.PZT1ns0W0opMrpmopMpp90q9spzoh5PpVPhUppKor20qNrqYrr7Pq2or8PjQopMoqkojWoq8uqjPgTrjarqyPrEPpSopmrJr0AV0670jaqoOpjnPhmprcPgv0iFoi3P0qPjQpoOoqK0h0oomphSppi0AAooqPiY0iFporooOsrlPgTsorPgupgTqrxorsprqopb0qKprqsoOrqKok0ormooeqorrrYrBmPFxPDYodkt7TrsD0CVPsFP0Htnovnj0C4vsN*niusMusR1nq0npu7fPgsqoBPoU*6srVLwoE0EjPsY*Te1i0PrgPNEP3SPouqC2sp2PgPos8PouoC2*6sqVLvrFPpBoj6orPPhTojW*sZqo4prBPqdrqpphW*sy1r4ps.0jLrrMPqwPnkrsrPs*Ppqvt0Pgs*t2uq5pt4pqmPpe0q9*tE0fuprqrrf0oP0ruPsm0pWok0*6sosrpeM*9hqsHpi1*6smnW0sOusSunkvsP*nrutdutc0tb1sTvte0sU0tiutg1tjuth*sQ1to1trutnutt0tm0tv*tqutu*tx0tw*tf0t.0tl*tz*u2*t*.gSrBVPh7pXKPsWnoVPiWnjprXGrgPrms.gS0akxhgqidnWmPj7nL.puIPr*PgswiT.ivPuO0qO0q6P3Sqjposn0tOth6prtPsjPh70uTrhWqhWwuQPjt0gRqhfPq2prJopcrqCPpGopzrhWruePuPn7T.u50on0uUphZpqE0q9oq*puqPuyrpvriX0R.0C512Q.uGqhWPg*ru*0qoPpqoqVrun0qa0hcrv9oivoo2nut.vHPk0rv1PuyorU0rZpvGPoMvvM0qWPus1v5.ivphS0uiPrqpul0pTrvDoq8srmquN0N6wugrjJuskP3SrjppXGouXpC2tsBPrj0prpoi06rruD0gRwEYt02PUsvD7*J1n9m1ts0u0vTs*071041w4*w3w0A0cL2
I will try to get an upload version soon.
Warning: Only do it in BG - Non. In BG - Light the first number almost always fails. I don't know why its like that in BG - Light, nor do I know if it does that in other BG's. All i know is it works fine in BG - Non, so use that.
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Post by -M4- on Dec 16, 2009 17:20:54 GMT -5
Thank you for revealing your entry to all of us competitors.
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Post by Qwerty on Dec 16, 2009 19:16:15 GMT -5
Except we know it's his entry. So you can't really steal it.
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Post by droctagonapus on Dec 16, 2009 20:22:02 GMT -5
does it have to be in pg or can in be in crys sim?
I made an up to 14x14 multiplication calc in crysim but it has no input numbers or output numbers, you have to count the dots.
simplest it can be
101
oh, and what if the calc works 0% of the time ?(kidding)
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Post by -M4- on Dec 16, 2009 20:22:54 GMT -5
What I was trying to say was that by showing his entry to other competitors, we now know exactly what we will have to do to beat him.
So, 10 points for reliability? So if I make a 0% reliable calculator, I'll only lose 10 points?
This will be easy...
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Post by droctagonapus on Dec 16, 2009 20:41:27 GMT -5
twas what I meant.
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[img src="http://i25.[tinypic].com/10ygymt.png"]
[img src="http://i25.[tinypic].com/10ygymt.png"]