; noel.par by Noel Giffin, (c)opyright 1994. ; also see noel.frm elastic { ; the 3d look of the mult colouring is interesting. ; One of my favourite fractals reset type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.35199589/-0.34714278/0.84632515/0.84996499 float=y maxiter=300 inside=0 outside=mult colors=000d04<29>GEIFFJFFJFFJ<7>RCGSBFUBFWAE<18>x15z04z14<29>zx4zz4zz5<27>zz\ xzzzzzz<4>zxzzxzzwyzwx<55>zV5zU4zU4zT4<28>z14z04z04y04<27>e04 } escher { ; par file for escher.gif image posted to net ; alt.binaries.pictures.fractals newsgroup in Mar/93 reset type=formula formulafile=noel.frm formulaname=goat passes=1 corners=0.0841866366/0.0840696266/0.4274571428/0.42746333945/0.0841271586/0.\ 4275142499 float=y maxiter=256 inside=maxiter decomp=256 periodicity=0 colors=000JH6`XH<61>0sk0sk1rj<65>nB1oA0oA0oA0<63>W5CW5CW5CW5CV6CV6C<50>KH6 } approach { ; the approach fractal image posted to net ; alt.binaries.pictures.fractals newsgroup in Mar/93 reset type=formula formulafile=noel.frm formulaname=psycho passes=1 corners=0.093473604/0.094352063/0.610181988/0.610840832 float=y maxiter=256 inside=0 decomp=256 periodicity=0 colors=CCC4rs<3>1rv<31>ZNd_Nd`Oe<76>xywxywyxv<31>zsizsiyrh<76>_Zf_Zf`_g<23>h\ jm } cascade { reset type=formula formulafile=noel.frm formulaname=hflip passes=1 corners=-0.55738/-0.15738/0.099153/0.399153 float=y maxiter=256 inside=0 outside=summ colors=000RMW<10>LPZKPZJOY<34>qiwriwqhv<154>CScCScBTb<25>ESccHR<19>SMW } spiral { ; the crazy bivalent spiral from the zzz function ; The zzz formula is full of strange discontinuities. reset type=formula formulafile=noel.frm formulaname=zzz passes=1 corners=3.21967215/3.22338912/5.41982406/5.42261179 float=y outside=imag decomp=256 biomorph=0 periodicity=0 colors=000M1a<8>V0_V0_W0_W0_X0_<3>_0`<15>303000000<86>v00w00z99<2>yF9xG9xI9x\ J8xL8<5>xU5xW5xX4xY4<12>yt2yv1yx1zz0zz0zy0zx0zx0<15>bq2`p3Yp3<4>Jo7Fn8En9<4>\ 9nE7nF7nH<11>7rg6sj6sk<12>8rx8ry8px<11>9QjANhALh<7>C5dD2cD2c<8>L1a } jfan { ; working with inversions and second order feedback. ; This doesn't work as well with fractint vers > 17.2 ; The area inside the exponential fans is coloured and ; it should be black. They have changed their algorithm. reset=1710 type=formula formulafile=noel.frm formulaname=yyy passes=1 corners=-0.70923838/-0.49372114/-0.26021979/-0.098581857 float=y maxiter=256 inside=0 decomp=256 periodicity=0 colors=0000kk<7>0uu0ww0xx0zz0zz<61>y1zz0zz0zz0y<59>zIKzJKzJJzJJzKK<29>z`\ `zaazaayaa<41>211000011<35>0jj } picasso { ; a picasso look-alike from the zz2 or scorpion fractal ; the zz2 is another fractal using inverted variables reset type=formula formulafile=noel.frm formulaname=zz2 passes=1 corners=-0.272043/-0.072043/0.977151/1.127151 float=y maxiter=256 outside=mult decomp=256 periodicity=0 colors=000000<28>00w00z00z<63>y01z00z10z10<6>z50000<35>0xx0zz0zx<23>0z0<14>T\ z0Vz0Wz0Xz0<29>zz0000<9>z00<21>zz0000000000zzxzzz } stretch { ; a look at the structure of the penta fractal. ; It is a inductive fractal using complex conjugates reset type=formula formulafile=noel.frm formulaname=penta passes=1 corners=-0.0572258/-0.0318642/0.6038269/0.6228481 float=y maxiter=500 inside=0 logmap=2 periodicity=0 colors=000nDh<13>j6yj6zk7y<30>zYpzYpxXo<37>01F<20>BS8f6E<17>416<35>Qba<15>1M\ V<44>yU5<29>oEf } legend { ; playing with inversions reset=1800 type=formula formulafile=noel.frm formulaname=tsept passes=t corners=0.731053/0.99661317/-0.099585062/0.099585062 params=0.01/0.12 float=y periodicity=0 colors=000RP5<2>NM3MM3J9FLL4<16>H7EiA5<10>J7Ehtd<19>I9FKVKIJHc4Q<22>H7Ez\ ATy9R<7>M7FLG8<17>H7EKyr<8>HCIM4_<5>H7HkLm<18>J8HI7FFxa<6>HDHU7`<12>H7Fe\ TQ<15>I8EeIz<3>PAUL8MH4z<15>H7G64f<18>H7Fxkc<7>LBGvjg<6>gXXYU8<4>SQ5 } dwarf { ; the dwarf fractal from the ht formula ; grayscale shading to hilight the detail reset=1800 type=formula formulafile=noel.frm formulaname=ht1 passes=1 corners=-0.5799772434/-0.5706972434/-0.00348/0.00348 params=0.20000000000000001 float=y maxiter=256 periodicity=0 colors=0002KM<2>1HO<3>EIVHIXLI_qco<14>rotspurns<20>D99FBC<40>NoP<2>YkEaj\ Bfi7MnO<41>Mi`MhaMh`<15>MKhNIiMPg<12>I6vLEo<27>vBGkEN<17>4r3Eh8<33>3KM } crown { ; more detail with the ht fractal ; set p1 to .15 ; posted to a.b.p.f. reset=1800 type=formula formulafile=noel.frm formulaname=ht1 passes=1 corners=-0.81290127/0.37236253/0.47097433/0.88767179/-0.58622108/0.16873\ 408 float=y maxiter=256 periodicity=0 colors=000Jfb<5>LdhGcq<7>OeePecOie<31>Q9IwHPfCLQ8I055<25>X2eY2fa0m<14>N7\ OB0M<10>mNNvQJ<37>VPbVPbWQa<42>hqQhrQguS<23>hRCoP3<2>VQUDRl<4>OQb<13>eeh\ EjR<10>Ifa } crownx { ; full figure fractal for the ht formula ; set p1 to .15 reset=1800 type=formula formulafile=noel.frm formulaname=ht1 passes=t corners=-1.424/1.424/-1.068/1.068 params=0.14999999999999999 float=y maxiter=256 periodicity=0 colors=000dLH<9>b52<7>38C<20>VHqWHrXJp<16>eeXefWhhT<6>yvD<23>Y64<3>uKj<1\ 0>e33d20a53<10>5_T3aV2bU2bT2bT2bS1bP1bS<7>0bNCAP<22>0aNZUF<6>4aMNo_<21>1\ bN4cd<3>0bQney<19>2bOXgtMehBcYbVk<21>1bOTxA<5>4eM5Dp<4>3Nd } spir2 { ; detail from a spiral arm in the ht formula ; set p1 to .15 reset=1800 type=formula formulafile=noel.frm formulaname=ht1 passes=1 corners=0.58504399/0.78504399/0.0049869622/0.15498696 float=y maxiter=256 periodicity=0 colors=CCCZqM<2>ZqJ<22>bmtbmucks<22>wFN<9>huP<21>r3`<11>F4S<29>9Z6<28>gJ\ K<6>1Nz<25>hrq<31>XPe<11>k6`<14>F3HSnpNZdJJTSa`<3>QWY } paridise { ; The best view of the ht fractal I ever made. ; I was looking for the critical value of P1 where the two ; spirals touch but it is more interesting just close. ; The magic number is slightly less than 0.14815 reset=1800 type=formula formulafile=noel.frm formulaname=ht1 passes=1 corners=0.673009194/0.735606186/0.041731328/-0.041731328/0.735606186/-0.\ 041731328 params=0.14815 float=y maxiter=32767 periodicity=0 colors=CCC000nlH<10>zn4<5>qbisbs<31>AJ7<17>kqdmpl<7>mxLpzH<28>GgR<27>PuR\ MzQ<6>dUUjRS<28>1Lp<29>3gJ<5>d13<21>rCPvBVrCPvBI<13>8LO4MO0LN<2>2MP } xmas { ; This is one I posted to a.b.p.f at Christmas/93 ; It is basically a zoom at higher iteration into the ; middle region from the approach image. ; The fractal formula is "psycho" reset=1710 type=formula formulafile=noel.frm formulaname=psycho passes=1 corners=0.09389359921449/0.09391788861574/0.610493361957/0.6105031114132\ /0.09389766365992/0.6104879426964 float=y maxiter=512 inside=0 decomp=600 periodicity=0 colors=CCCvor<25>ywtywtwur<9>gecfdbdbaca`b`_<21>5333110`F<20>210u58<74>2\ 00DdB<88>5D3unr } angels { ; an interesting region from the hydra fractal ; maths at T.C.D. is using it in there xmosaic ; intro page of their image library. ; reset=1710 type=formula formulafile=noel.frm formulaname=hydra passes=1 corners=0.3208605175212/0.3208642723438/0.237899360829/0.237910676115/0.\ 3208564363747/0.2379048476336 float=y maxiter=1024 inside=0 periodicity=0 colors=CCCntm<19>vulvulurm<14>lPq2RC<41>16I16I27J<87>FnqFnqGop<81>mtm } ape { ; The facial features of an ape are just too much. ; This fractal is full of wierd organic shapes. ; This is from the pheonix fractal. Yes I know it's ; spelt wrong, but now it's different from all the others. reset=1800 type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.665523635/-0.587827604/0.203915533/0.262187556 float=y maxiter=256 inside=0 periodicity=0 colors=000`jT<5>Wq`VsbVsb<29>Lqf<9>BMMAIKAFIACGA8DA9DCAEFCFUAALEH<7>hQP<\ 28>bsL<9>AlmAkpDJN<24>_ch`di_ci<17>C5`A3_A2_<3>A2XA2WA3VA4U<6>BBNBCMBDLC\ DKCEJCFI<6>FMBFNAFOAGPAGQAGRAHSA<4>O`AQaARcBTeC<7>etJ<26>BcnAbpAaqAarA`s\ A_uA_tAZr<18>qJH } chief { ; Sort of an indian headress in appearance. ; The detail in the background is curious. ; looks very much like lunar surface. reset=1710 type=formula formulafile=noel.frm formulaname=crown passes=1 corners=-0.09660287281/-0.0952786964/0.5492967041/0.556351876/-0.0995126\ 5182/0.5531764095 float=y maxiter=768 inside=0 colors=000mBQ<14>lAKlAKk8L<12>qVEqWDqYCq_CqaB<9>qr6qx5<7>qm8pk8nj8<24>OD\ FNCFLAE<80>SSPSSPRQN<46>boh`mg<23>nyloyloylpympymqymqymqymqyo<5>qyhqyfqx\ eqwd } elast2 { ; another elastic fractal from the pheonix formula ; This time in blue and white ; These are best without too much detail. ; Too far into the centre it's too chaotic. reset=1710 type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.4078802091/-0.4030270971/0.8373086163/0.8409484503 float=y maxiter=300 inside=0 outside=mult symmetry=none colors=000000<29>00k00m01m<29>0ky0mz1mz<30>zzz<46>2zz0zz0yz<45>02z00z00y\ <59>002000000 } flames { ; Flames at the edge of the pheonix fractal ; The volcano pallette came in very handy. reset=1710 type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.411288773/-0.314226532/0.780805769/0.85360245 float=y maxiter=300 inside=0 colors=000KCG<3>GEIFFJFFJFFJ<7>RCGSBFUBFWAE<18>x15z04z14<29>zx4zz4zz5<27\ >zzxzzzzzz<4>zxzzxzzwyzwx<55>zV5zU4zU4zT4<28>z14z04z04y04<30>c04b15a15`2\ 6_26<18>KCG } fossil { ; An unusual biomorph pattern from the logf formula reset=1710 type=formula formulafile=noel.frm formulaname=logf passes=1 corners=-0.545054913/-0.47627449/0.598044991/0.649659216 float=y maxiter=400 inside=0 biomorph=0 periodicity=0 colors=000WkvWkvWkvWkv<25>hCD<46>os7os7nt9<45>atvatw`sv<51>1lH<41>i4O<29\ >MI6<3>inc } jewel { ; This odd almost skew symmetry I found very interesting ; It's from the globe fractal which I almost forgot about. ; You have to iterate to about 512 or 1024 before it gets ; interesting. reset=1710 type=formula formulafile=noel.frm formulaname=globe passes=1 corners=-0.373686747/-0.339531357/0.8544567236/0.8502266879/-0.359640726\ /0.8325111977 float=y maxiter=512 inside=0 outside=mult decomp=256 symmetry=none colors=000LAC<18>ogpLDCPKHTRMO58V38a07J79<17>oPeL78<10>u69I77<5>C10M98<4\ >hMAK8A<10>oR`GF9<4>2vGJA8<12>bm1KAF<5>YYuJ98<16>jgCH8A<8>0QTI78<17>IBPI\ BQIBRHCSI7BH7E<9>9AhL7B<10>yIhI7A<15>TDiI7DI8IHEGH9N<4>FEmFFrFIq<11>Dnk<\ 19>BQIBPHBOFAMDCODFQD<6>YdE } jewel2 { ; Another image from the globe fractal. I like the way ; this one builds on itself like stacking pagoda's. ; ; reset=1710 type=formula formulafile=noel.frm formulaname=globe passes=1 corners=-0.34641275605/-0.34564892242/0.85277350825/0.85096972049/-0.345\ 39940736/0.85118786927 float=y maxiter=1024 inside=0 outside=mult decomp=256 symmetry=none colors=CCCvS6<15>tkN<8>DRA<8>HSCfumewngCY<29>IelfCY<19>B`VdFV<7>Cn7gEY<1\ 3>swNgCY<6>kKRgBVkLQ<14>tcB<10>tNG<3>two<2>bSr<27>LleKmdKmdJmc<10>BmVAnU\ AmU<21>L7PM5ON5O<26>tN3vO2vP3vQ4vR5 } purgatry { ; Another image from the globe fractal. I posted this ; one to a.b.p.f. as a counterpoint to the paridise image. ; It's a very sudden spiral with fringe like edges. ; reset=1710 type=formula formulafile=noel.frm formulaname=globe passes=1 corners=-0.34609785908565283/-0.34609785886073291/0.8513559941791795/0.8\ 513559834335281/-0.34609785460851117/0.8513559871691536 float=y maxiter=2048 inside=0 outside=mult decomp=256 symmetry=none colors=000W1C<8>V1J<9>2se<16>D_XDZXFWZ<11>Y0r<19>uu7<2>_8T<13>R3qR3rS4p<\ 20>h4O<2>8No<15>cKKdKIeLL<15>iYtiYvhVq<9>_79<9>2sg<21>XD1<20>0T4<22>yG1<\ 18>qhG } mcloud3 { ; A mandelcloud image ; They are fun to watch grow. ; reset=1800 type=mandelcloud passes=1 corners=0.0019618539/-0.36534966/-0.83625833/1.3897481/-1.1987534/0.7646\ 953 params=500 float=y maxiter=256 outside=summ decomp=256 periodicity=0 colors=CCCIQN<9>GkMGmMIjL<20>n5G<31>5Sl<22>BiKBiJChL<22>VdiVdjWeh<19>nhJ\ <10>4O4<2>BG9<4>OuGEWU47g<6>QDMREOjZpSFP<23>kZpUIj<29>kZqMwv<28>kZqxL2wM\ 4wN6 } lizard { ; Another HT varient with a sin function makes another ; interesting combination. Outside is recognizably sin ; but the inside is full of chaotic banding. ; The inside/outside terminology really doesn't work here. reset=1820 type=formula formulafile=noel.frm formulaname=quartc passes=1 corners=-1.8961553/-1.2495388/2.3013621/2.7863245 params=0.14899999999999999 float=y maxiter=1024 inside=zmag periodicity=0 colors=000Bml<5>1i`<3>9PFCJ9DI9<12>_59a4AdFC<3>pvL<3>3lI<10>5RK6PL4_W2kf\ 0wq<9>sPK<7>MRZ<10>MAy<2>_yeDBI<8>cU3<6>J2A<3>VI5ZM3`M5<10>zLU<5>a9tX7yV\ By<9>Bpq<8>gz3<9>ne3ob2nb3<5>bgB`hD_gG<13>ERu<2>AKPp76<15>TKS<7>iIKlHIlI\ J<14>rjh<2>sry<15>1PFS78<4>RKWQN`RNZ<4>WRM } mandel2 { ; A mandelbrot I like ; An interesting minibrot surrounded by a group of ; uncertain spirals. I wanted to iterate further to get ; better definition but I was happy with the color map. reset=1820 type=mandel passes=1 corners=-1.3446396295873351/-1.3446396295762046/0.048414566431837502/0.0\ 48414566440113417 float=y maxiter=15000 bailout=4000 inside=0 logmap=old periodicity=0 colors=000kiW<5>_Ssf2b_B`EgWUK_NSYH`X9Br<6>BdYtT2oSQ<3>JeV7O7<4>BeSzyDtx\ G<5>HjUGtz<2>CkcPTU<6>CfWNHY<4>DdW7hf9h`9XR<3>BfVYYkQaeIe`5w`<5>BjWgJ2RW\ H8xh9rcAm_Qmj9ygAxe<4>BjXs6DXQNqTX<4>IfW5l`8jYUsw<5>Di_byI<4>FkUyCbLsz<3\ >Djax9yVwMRtONqQf8Kf4C<7>gb5<2>EbZWdfmfn<4>a4gcHmeTr6`6O`l<4>KxM<7>Dj9<5\ >O9oG7X95E<3>hku<2>xvshswUpz<4>ra_wZVzXQd`tdso<2>fQ6<4>6roUveqyWBGN<5>8K\ n<5>V4xdBjnIY<2>KrQ<7>`vh<5>9ON<4>T7CX4AZ3C<6>h2J<7>M2K<4>ooNmlS } axe { ; Another mandelcloud showing the clipping when you ; zoom into an orbital area. This can be frustrating ; and confusing but in some cases makes for interesting ; images. reset=1800 type=mandelcloud passes=1 corners=-0.3739381706/-0.3527004458/0.62376816245/0.62293147166/-0.36534\ 37298/0.61177959786 params=512 float=y maxiter=512 outside=summ colors=000KCa<11>Mfu<9>rYG<38>`dt_ev_eu<29>CSJ<3>qSn<14>RXN<14>wfBzgAzeA\ <17>t3As0Aq7BnEDlLEGaY<30>qDgrWlsor<23>ldJkcHkcH<27>pXhqWioUh<10>K5XK7YK\ A_ } borders { ; One of my favourite images from the PENTA formula. ; It really shows the chaotic stretching caused by the ; conjugate function. It was posted to a.b.p.f. and now ; is at ftp.cnam.fr reset=1710 type=formula formulafile=noel.frm formulaname=penta passes=1 corners=-0.0572258113/-0.0318641561/0.603826875/0.622848117 float=y maxiter=500 inside=0 logmap=2 periodicity=0 colors=000nDh<13>j6yj6zk7y<30>zYpzYpxXo<37>01F<20>BS8f6E<17>416<35>Qba<1\ 5>1MV<44>yU5<29>oEf } elast1 { ; Another in the elastic series from the PHEONIX formula ; This is a little more chaotic and the colour pallette ; looks a little more metalic. ; reset=1710 type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.34870544311788/-0.34789992633081/0.8475422448/0.84840621853/-\ 0.34870621868592/0.84775829018 float=y maxiter=300 inside=0 outside=mult symmetry=none colors=000Z`_<9>fhffhfegg<31>S_jS_jT`i<26>Ujdioz<11>isxisxkru<6>ynfzmczm\ a<6>ziN<15>zg`zf`yfaxfb<27>_cyZczYczYcz<38>jYhnXbkYg<10>nXbzcR<35>y_Yy_Y\ y_Yx_Yx_YxZY<5>vZZ } escherp { ; This isn't related to the other escher image but it ; reminds me of some of Escher's tessalations. I thought ; it would make a good design for a plate or saucer. ; It's another HT varient this time applied to the pheonix reset=1800 type=formula formulafile=noel.frm formulaname=pheot passes=1 corners=-1.368194/1.368194/-1.026146/1.026146 float=y maxiter=256 inside=zmag periodicity=0 colors=000fon<13>drtdrtbps<23>9Sh<4>PI0<6>RK4_OISK4<30>_OIk6z<13>_NLQL`<\ 19>_OIYiS<33>_OIqMA<30>_OIBsi<25>_PJt8F<24>_OIido<3>gaif`ggmk<5>fnm } escher2 { ; A look at the detail at the edge of escherp. ; ; ; reset=1800 type=formula formulafile=noel.frm formulaname=pheot passes=1 corners=-0.18248885/0.041726392/0.84005735/1.0082188 float=y maxiter=256 inside=zmag periodicity=0 colors=000sJw<23>vcwwdwubv<6>`Nm<2>R3q<13>U0q<9>`Wy<29>YeyXfxXex<35>F2xE\ 0yE1y<23>5_d4ac5ac<36>mUl<3>8gQ<39>i6cj5dj6d<14>ZOe } mcloud4 { ; Another mandelcloud showing the orbital areas along ; the negative real axis at the left of the main cardioid. ; ; reset=1800 type=mandelcloud passes=1 corners=-1.5549599/-0.57895992/-0.366/0.366 params=512 float=y maxiter=256 inside=0 outside=summ periodicity=0 colors=000JBP<5>IBPHAQIBQ<24>qlRsnSrnS<29>3nV1oW1oW<4>1pVteO<8>tuKswJswJ\ <76>s6Ss5Sr4Tq4T<16>YCPWDOWDO<70>JBP } pheonix { ; How my pheonix fractal got it's name. ; Now that I've got so many images pointing to it ; I'm reluctant to go back and correct the spelling. ; Especially since so many other fractals use it right. reset=1710 type=formula formulafile=noel.frm formulaname=pheonix passes=1 corners=-0.417093/0.14722235/0.51508939/0.9383259 float=y maxiter=300 inside=0 colors=10E<3>50J60K80LA0MD0NFAOzzz<2>qtworvmpwkowimygkzkizigzgdzeax<5>UK\ `OHXQEURBPU9MW7Ha5Dc9BeCBgEAiEAkB9m69o48<3>s26u26v15x15z04<30>zx4zz4zz5<\ 27>zzxzzzzzz<4>zxzzxzzwyzwx<55>zV5zU4zU4zT4<28>z14z04z04y04<30>c04b15a15\ `26_26<8>T7B } candy { ; I always think of Lewis Carrol's Caterpillar ; The one from "Through the Looking Glass" ; The name came from the sweet and artificial colouring. ; Another one at ANU. Where are you Terry Bossemeyer? reset=1710 type=formula formulafile=noel.frm formulaname=peacock passes=1 corners=0.0498218964/0.0670218964/1.13928716/1.15218716 float=y maxiter=256 inside=0 outside=imag decomp=256 biomorph=0 symmetry=none periodicity=0 colors=000teO<8>tuKswJswJ<76>s6Ss5Sr4Tq4T<16>YCPWDOWDO<77>IBPHAQIBQ<24>q\ lRsnSrnS<29>3nV1oW1oW<4>1pV } ecto { ; Unusual fractal cellular structure ; from one of the ht hybrids reset=1820 type=formula formulafile=noel.frm formulaname=htc passes=t corners=0.110507918/0.136107918/0.395489961/0.414689961 params=0.14999999999999999 float=y maxiter=512 inside=0 periodicity=0 colors=000W_`<2>`KcwDk<8>v2hu5i<18>BWREUS<15>Afe<10>zvMtsO<32>90KB2L<33>\ gKkhLlgKk<28>xKKyJJyJJyJJ<29>nJQmIRlJP<8>RHAUID<22>CGbBFdBHd<19>RwWRoYTj\ ZUe_ } hologrm { ; Another look at the htc formula as in the ecto image. ; This time coloured with a high level decomp option. ; This shows the underlying structure where the reals ; and imaginary components are polarized. reset=1820 type=formula formulafile=noel.frm formulaname=htc passes=1 corners=0.170637265/0.209108581/0.3283838906/0.3245913375/0.186307364/0.\ 3074904251 params=0.14999999999999999 float=y maxiter=640 inside=0 decomp=300 periodicity=0 colors=200n4Vo6x<6>zKeVMbTO_SQYQS0PU3Nz6<8>AhV8fy<4>1XkW0h<3>a8YbA0<9>qU\ RszUtxz<3>zpoUnl<5>LbWK`2IZ4HX7F0A<6>5ET3Gz2Ix0KuWMr<3>aUgczd<2>gtXir1<1\ 0>yXVV0x<9>GKYFM0<3>9UB7zE<4>0pSXnUYly<7>iXck0`l2Zn4Wo62<6>zKLVMOTORSQUQ\ SzPUwNzt<8>AhX8f1<4>1XFW0I<3>a8TbA0dCx<8>qU_szXtx1<3>zpCUnE<5>LbVK`yIZvH\ XsF0p<5>6C`0002I30K5WM8<3>aUJczM<2>gtUiry<10>yXWV02<9>GKTFMz<3>9Uo7zl<4>\ 0p_XnXYl1<7>iXNk0Ql2T } jellfish { ; Something toxic washed up on the beach ; Really broken and unstructured but somehow a fractal. ; ; reset=1820 type=formula formulafile=noel.frm formulaname=rat passes=1 corners=-0.36765435/-0.32605435/0.25363807/0.28483807 params=0.23499999999999999 float=y maxiter=512 periodicity=0 colors=000hjA<5>kg8kg8lg8mg8mg8<15>ydAzcByeC<4>wjRvlUvlU<28>llnkkomlk<34\ >nW6oV4oV4<32>i25h45<15>9DVGBQ<42>A_RD_Q<8>_wXXrW<19>ZBS_8RZQP<2>ZxGZQO<\ 14>QO3WRG<3>nak } nolace1 { ; A fractal lace pattern that is strangely disconnected. ; The pattern is recognizably fractal. ; ; reset=1820 type=formula formulafile=noel.frm formulaname=ht1 passes=1 corners=0.642245564/0.685222667/0.4262215303/0.4276246236/0.657043836/0.\ 4064905008 params=0.10000000000000001/0.10000000000000001 float=y maxiter=256 periodicity=0 colors=000MMe<3>KKeCO8<12>BE3KPD<4>wzr<19>vOKca3uOK<49>4`07_1<80>yelrhhn\ lfiqdrhh<71>MMe } quartet1 { ; This is a nice look at the quartet fractal showing ; some nice detail of the internal structure. ; Well, internal isn't such a good word as I don't ; really think it has one. reset=1820 type=formula formulafile=noel.frm formulaname=quartet passes=1 corners=-2/2/-1.5/1.5 params=0.0050000000000000001/5.0000000000000002e-005 float=y maxiter=1024 inside=0 periodicity=0 colors=000uTA<84>ysoDcU<67>16N16N27M<97>tTA } scarab2 { ; Another beautiful look at the quartet fractal. ; This one will look different depending on whether or not ; you work with xysymmetry or not. You really shouldn't ; as the imag component makes these ht varients asymmetric reset=1820 type=formula formulafile=noel.frm formulaname=quartet passes=1 corners=-0.12011986/0.12011986/-0.090089898/0.090089898 params=0.0050000000000000001/5.0000000000000002e-005 float=y maxiter=1024 inside=0 periodicity=0 colors=000OtE<3>8hU8eYE_aKWYQSU<2>fNKfLH<9>b52<7>38C<20>VHqWHrXJp<16>eeX\ efWhhT<6>yvD<23>Y64<3>uKj<10>e33d20a53<10>5_T3aV2bU2bT2bT2bS1bP1bS<7>0bN\ CAP<22>0aNZUF<6>4aMNo_<21>1bN4cd<3>0bQney<19>2bOXgtMehBcYbVk<21>1bOTxA } quartc { ; The overall image for the quartc fractal. ; Some very interesting chaotic banding here. ; ; reset=1820 type=formula formulafile=noel.frm formulaname=quartc passes=1 corners=-6.260394/6.260394/-4.695295/4.695295 params=0.10000000000000001 float=y maxiter=1024 inside=zmag periodicity=0 colors=000KsU<6>TZY<7>21B<5>rY8<13>`eD_eDWdGTdJ000<16>000000002005000<13\ >000000200700B10220030<4>070000<7>000007003000<30>100500900000<46>000050\ 000000500100<34>000010000<33>000 } twins { ; This is a double spiral from the quartet image ; It is specially coloured for all pallette cycling freaks ; Hit up arrow for top speed then keyboard 1-9 for taste ; not responsible for exploding heads. reset=1820 type=formula formulafile=noel.frm formulaname=quartet1 passes=1 corners=-30.000428/-29.694967/0.91002936/1.1391248 params=0.00050000000000000001/9.9999999999999995e-007 float=y maxiter=4096 inside=0 periodicity=0 colors=ERrh6DW6BD7AQ78s86f84293F91SAWqAYdB_4B`HCbUCdoDfaDg6EiJEkzFmlFn_G\ p8GrMHtwHujIwYIyBJ0OJUuKShKQ0LPDLNQMLsMJfNI2NGFOESOCqPBcP94Q7HQ5VR4nR2aS\ 06SXKTZyT_lUa_Uc9VeMVfw0hjzjYzlBymOyouxqhxs0wtDwvQvxsvzeuV2uTFtRTtQpsOcs\ M4rKIrJVqHnqFapD7pCKoAyo8ln6_n59m3Mm1wlWjlYXkZBk`Ojbujdgie0igDhiRhkrgleg\ n2fpGfrTespeucdw5dyIczVcUnbSabR7aPKaNy`Ll`KZ_I9_GMZEwZDiYBXY9BX7PX6tW400\ 0E1XR1Yr2_e2a33cG3dT4fp4hc5j55kI6mV6on7q`7r78tK8vy9xk9yZAV9ATNBSvBQiCOXC\ MCDLPDJtEHgEF1FEEFCRGArG8eH73H5GI3TI1pJ0bJX5KZIK`0LbmLc`Me7MgLNixNjkOlZO\ nAPpNPqvQsiQuXRwCRxPSztSUgTT1TREUPRUNrVMdVK30IGzGUzFoyDbyB5x9Jx8zw6mw4`v\ 28v1LuWxuYkt_ZtaAsbNsdvrfirhWqiCqkPpmtpofop1orEntSnvqmwdmy3lVHlUUkSokQbj\ O6jNJiLziJmhH`hG8gELgCxfAkf9Ye7Ae5Nd3vd2hc0WcXCbZQb`saafac1`eF`gS_hq_jdZ\ l4ZnHYoUYqoXsbXu6WvJ0xz0zm1V_1T82RL2Px3Oj3MY4KA4IO5Hu5F } stargate { ; mirrored galaxies at the bottom of fractal wells. ; This will take a long time to compute. ; I think it is worth it though. Also switch to worms ; pallette from fracxtra5 and cycle to recreate big bang reset=1820 type=formula formulafile=noel.frm formulaname=quartet passes=1 corners=-0.10837149216/-0.10786397216/-0.00019032000001/0.00019031999999 params=0.0001 float=y maxiter=32767 inside=0 logmap=yes periodicity=0 colors=000KVnMWn<2>QZkR_jR`i<2>ScfSceTddTdcTeb<2>Uf_UgZVg_<5>Wj_Xk_Xl_Xm\ _Ym_<9>_s``t``s``r``rZaq`ap`bo`cn`<2>`ka_ja`ia<3>geaidalcapbatac<2>t`bs`\ bs_br_brZb<3>pXboXbnWbmWblVckVc<3>jTcjSckSc<2>lQelQelPd<7>nLYnLXnKWoJVoI\ UoHToGS<2>oDUpDVpEW<4>pO`pQapTbqWcq_dqceqgf<2>qqcttbssa<12>rfZreZrfZ<3>r\ jYrlXrlY<2>pkaojcojc<24>cZZbZYbYYbXY<10>XSWXSVWRVWQVVQV<9>QLSQKSPKSOKS<9\ >JGIJGHIGI<2>HEJGEKGDLFDMFDN<4>BBSABT9CU8DV7EX<3>5H`5Ha6Ib6Jc<3>7Mj8Nl8N\ m9On<5>GTtIUo8So8So } splash { ; Another ht variant using a second order inductive term. ; this has a nice 3D feel due to the pallette chosen. ; Like paint thrown on a fractal metal surface. reset=1820 type=formula formulafile=noel.frm formulaname=htd passes=1 corners=-0.06121302835/-0.05578582835/0.002338094394/0.006408494394 params=0.01 float=y maxiter=256 periodicity=0 colors=000lBO<8>lAKlAKk8L<12>qVEqWDqYCq_CqaB<9>qr6qx5<7>qm8pk8nj8<24>ODF\ NCFLAE<80>SSPSSPRQN<46>boh`mg<23>nyloyloylpympymqymqymqymqyo<5>qyhqyfqxe\ qwdmBQ<4>lBO } spiral6 { ; Another in the unusual fractal spiral series ; posted to the a.b.p.f. newsgroup in May/94 ; Formula is another Ht varient ; This time using second order induction. reset=1820 type=formula formulafile=noel.frm formulaname=htd passes=1 corners=-0.023546521203/-0.022580325265/0.0046474939633/0.0053721409163 params=0.0001/0.002 float=y maxiter=1023 periodicity=0 colors=000dZY<73>koKkoKjnJ<48>84B84B95C<126>c_K } sandolr { ; This looks to me very simalar to a sandollar shell. ; It's from another ht formula variation. ; The choice of parameters produced a very small but ; complicated active fractal region. reset=1820 type=formula formulafile=noel.frm formulaname=htree passes=1 corners=-0.0180607017/0.0180607017/-0.0135455263/0.0135455263 params=0.00018000000000000001/0.00018000000000000001 float=y maxiter=4096 periodicity=0 colors=000yph<10>ysmDcS<67>16L16L27K<98>uT8uT8vU9<70>yog } redfluff { ; more variety with the quartet formula ; I couldn't decide to zoom out to get the end buds or ; zoom in to get the detail in the arms. ; reset=1820 type=formula formulafile=noel.frm formulaname=quartet passes=1 corners=-1.928426/-0.2884262/0.3159778/1.545978 params=0.065000000000000002/0.59999999999999998 float=y maxiter=8192 logmap=5 periodicity=0 colors=000G9H<9>LDCMDCMDBMEB<11>XIAYJAYJAYJA<58>veAveAudB<25>eVTYbc<25>g\ _`g_`hZ_hYZ<38>o1Eo1En2D<67>O9B } capilary { ; Some detail from the redfluff image, another quartet ; fractal showing some of it's versatility. ; Amazingly busy, but still an ordered fractal. reset=1820 type=formula formulafile=noel.frm formulaname=quartet1 passes=1 corners=-1.9583685/-1.4399893/1.41704777/0.999771008/-1.597045/0.9855409\ 15 params=0.065000000000000002/0.59999999999999998 float=y maxiter=8192 logmap=5 periodicity=0 colors=000zWON75<48>B26B26C37<115>xwqxwqwvp<24>scXsbWtbW<2>r_Tr_SsZSsYR<\ 2>qWPtVOsUNsUMrTL<7>tNFtMEsLE<7>rF7rF7sG8<16>wRJwRKwSKxSLyTMyUMyUNyVO } redfred1 { ; good detail from the quartet1 fractal ; using large p2 parameter to improve resolution reset=1820 type=formula formulafile=noel.frm formulaname=quartet1 passes=1 corners=0.557054577126/0.557080977126/1.28965800678/1.28962280678/0.5570\ 80977126/1.28962280678 params=0.127/-0.18770000000000001 float=y maxiter=8192 logmap=935 periodicity=0 colors=000HEM<23>AFGAFGBGH<52>gXUhXViYVjYVkYV<2>nZWoZWpYV<6>uWTvWTvVTvVS\ <8>zSQzSPzRPzRPzRP<5>yPNyONyOMxOMxNMxNL<4>uLKtLKtLJtKJsKJsKI<7>nHGmHGmGG\ mGF<11>hCChCChDB<4>eF9eG9eG8eH8eG7<5>_C5ZC5YC6<5>S98R98Q99P99O9A<10>D9EC\ AEDAE<4>IBGIBHHBH<4>LBJJBJIBKJCK<2>HDLHDMIDM<16>IJSINTJEQ<12>FENJEN<3>HE\ M } rosette1 { ; a spiral rosette from the quartet1 formula reset=1820 type=formula formulafile=noel.frm formulaname=quartet1 passes=1 corners=-2.49399594/-2.46466163/0.860594195/0.821481779/-2.46466163/0.82\ 1481779 params=0.14999999999999999/-0.1777 float=y maxiter=1024 periodicity=0 colors=000t`n<6>thktikshj<11>hbbrTM<47>_bd_bd`ce<53>xomxomwnl<48>BF9AF9B\ GA<61>tMttMttOs<10>t_n } regal2 { reset=1820 type=formula formulafile=noel.frm formulaname=quartz passes=1 corners=-1.64312053/-1.61289907/-0.1545843/0.15197946/-1.77939141/0.0271\ 10208 params=0.10000000000000001/0.001 float=y maxiter=1024 periodicity=0 colors=000POf<2>`L`<10>5pp<21>M0EM0D<3>`39d49h68<2>s95vA5xC6zE6<2>vI8uK8\ tM8sO9rQ9<7>keDjgDjkD<6>qyPruRsoS<2>vcXw_ZwY_x`VybRziNypJxwF<12>iuJ<2>ru\ KuuLzuLwuLtuLqtOnsQ<8>Gni<4>VY_<7>N7KN6N<12>94uA5qB6m<7>PEL<3>TkhVsnUhfR\ Y_<2>M2FzXW<18>i8Gh7Fh6Fg5Eg5Eg5D<3>e4Ce3Be3C<11>a07k6R<9>a08TEAYG8xYouY\ jsVfqRb`BV<3>PJcMKeLLf<20>8Uo<2>LQh } trellis { ; A minor varient from the quartet formula ; negating both terms in the equation gives ; an elegant pattern if good initial parameters ; are chosen. reset=1820 type=formula formulafile=noel.frm formulaname=quartz passes=1 corners=-1.64312053/-1.61289907/-0.1545843/0.15197946/-1.77939141/0.0271\ 10208 params=0.10000000000000001/0.001 float=y maxiter=1024 periodicity=0 colors=000HES<2>NBYPA_Q9aR8cS9eTAg<9>bLr<4>TcwRgxPkwNmvLouJrtHus<2>CzoBx\ n9vm<2>6kjBgfFccJa_NYX<3>cKIgzEk8Ao58s36o24k13g02c11_20W32S44O57K7BG9HCB\ L9DP6FT4HV5JZ<2>CPjERnGTpIQtKNwMMzOLu<2>SJYTIQUHK<2>ZC5_B4aA4<2>f94h94j8\ 4k74<4>t44v34w34y34<2>z34<14>Y34<2>a34b34c36<7>l3S<11>p38q36q35q34<9>t34\ <4>X34<2>a34534<3>534534535536<7>53D53E63E73F<3>93J93J95K<4>BDO9BK7AH69E\ <2>554534<34>534534535536534<12>5349IK<2>FFQ }