Plastic Fantastic

From Ultrafractal Wiki

Plastic Fantastic is a Fractal Formula in tma2.ufm.

---

Hello to all,

I've had a formula rolling around for a long time and I've finally decided it was worth uploading to the DB. It is basically a supergiant version of "Spiroglyphics", and like that formula it modifies Z to give some intriguing distortions.

The section that modifies Z, however, is transplanted from one of my largest colorings, so the possibilities are endless, or practically so. It is huge and confusing, and not recommended for those who like to have a handle on how a formula works. It's really for explorers only, those who like to plumb uncharted territory. That code section does not give the same results it does in Naru's Gnarly Potpourri, but what it does can be quite interesting nonetheless. I'm posting a little upr to show what you can do to a standard Julia with a bit of tweaking here and there.

This is not a class formula for a few reasons. First, I am old-fashioned and still prefer the traditional way of working, limited though it is in some ways (but much easier in others). Second, I have neither the time, the will or the knowledge to convert this to a ulb file. Maybe someday...

Anyway, here it is, for better or worse ;-)

Toby

C© Copyright 2008 by Toby Marshall

headwind {
::GSFYfin2szVSvSOOO67JQ+f4h3cp7pQ+yQLebG4DdtkDqB9SJUFaMzcJhjIc4wojw2ltfxG6
 f8j2oIljqrfBOvkkSk0yUkUyfvQ6wY1u5qT/Hf8Dv8yc78p6yXPWXt/ab3+Xf5a7+5jl5FZv
 csut54cZaW6LnquXPOVKNasbsef78U5rz9bv/fy+s4z8NbKe9jfoZs/9BrR3VNM323V+6/lp
 pXYv+S/Q1u257lsNbe5c9YT95+91lDVTTzH1y0c8l256zTliP+B7zK2M/ZTTvw/XZm+L1jat
 +4HOXNM0214Uuubues8Ts3YMeSmUmr/vP/pNvlzSEJJb4skXOX10VyejvhJ4FyXq6a0+iPxT
 eLPNN/jf4Q/453PVZN35qbtG7xT28yh2T1dVn1utf6U10c7uX+SV3sl6t3Pc+Vj86n+49gAh
 +f9lhvqHtTmXL2bb0c23g/73P1WZUb4r/8125dH/LmW/LVd7rPtdsfW3+0x+rld9GqrT7q0D
 Uml2/eu5zbc6PhdidpZ2W3Ufr8nbPPcqWz2NUeveyIf9p6dzlP0kPaQzUrZYWF314twuzQT1
 7cUH+6huH/YX7cZ7e9zyopppdYTa+ppDdBmh2bau6bDarcqvfY++A990/KMXNOPVXvvUPdlu
 JVPvt5tsCRWi59oq9UZWmnyq/rav1f4/7P+q75ba+w7d78PTtHWb+hqRm/1wzyL5UWB8qfw2
 yhOWQ/TVnJq744ePhjjosuBqu60s2Ji2APoPwLM8OLYbi4y888gNHO2Tsojz+248euGERdLj
 4SK38WChPFH+6GwhvnlHzKCDkdEPj7ZvL27sDcPcbwyOrzB9r65/y/afXtT3H6MBN745qTmk
 kqxfxM3Gaof429y/nv5/Vbnu3P0djTj5MtcH9Qa2TVX4u0F9b4+92njTQdoxt5blTtdBdtNd
 30UQZnu3mHrY38OPDD/m/VzwIuBzaeJvTl8OVSgZoaOk39r6sRTFHnB0v9f35hShj8bvXy1U
 j6Qx+z2UBGXITSNmYsfLzMDaSB0Fi2/luyqtTOrYqRNZNivMwbbkbSLyNF+YyEhswk+eb0Wf
 YYg7KiYEVT6jfu0fiXVuBI36k1QiSLCNKQRFbp2wJS/hDT1zhg1qxqz/EEbuvda+7LBqfAU2
 w8F0f9TVjeXmvec5vYLUftvfvN/dc+vz0TXe3oh1PzbpFI9fbwOkOXpHyvZpgp2z3ODP9z3q
 9P7zw0557nDNF68GqrRZHRNGQYegfxHIdwypD9NRYmKknvj5YaubYBDTsXveZGnRu02Zf38k
 ckUgkJIZKSmFcJGu8QH/tBmd0aJ57I0jItYH4Ocs+uqsRWX2ajNPqVYzbbSsktGSHtY0R70/
 ooFk6CzFqch5Cpuw8Pdf02Ffo2FYUZCt8jChvLhvLpXFpvdpv9Ef7J+2TwXkUfXp+uS9qk5b
 Pz3emv9cf75ho6L5B31XcTT25WNrueEOha5hJYXNGnI8Fisgn5DPsMcsAllXQ7USZSoMpUms
 nGC5xPxCq0sNRcMYAoTC7HchluInAL3PN6jtgoTI0UGiA1acDU9OQsrU8ZT40RmLe5zQEkuP
 fkihCrpoZ2BKzDCA1n6hgZNlI0rgquIIgMIgMouPEysYwP1PYX8xN+Npo23AMj1+eEWVU7PC
 TeWGe5cVgRgzkWeptzhv2cS75u7I0uu6r3c0CCts0TkYa8u7NRzmaZd0ZgM5EFLI06JWvo6J
 1Izw4oduDFGskcg0lyfUaTqztk2E6cf6dC2RSbgMdErHkSqNkFXbID7S/o8T6Gqtwj3Pjrp4
 he5h5UDTQARQARQdRoXZoXJVdZQgkgAJB1TC9mG6NlqeaQgsgAZB1zC9mH6NnqeeQgigAFB1
 LC9y2gumNUDw2gyQcfE/H6AZoHkF5CZoPc44X8J62Kb6WMR276nAGuhxFMb5FhsALrMmFKNZ
 ZSpMZYShlPn2ZRsV0xvx8RlWdNxXIigOoZSLn+NU/y42KRj+NRT59Bd+SWNdSgIFIyAicgQv
 NiMLRl5zVdGwvkYOJuPnEc3BTOdwUTHMx0xDrypphehpkOIquDCq7gY6OIkujER3BB0dQ8cH
 EO3BRzdQwcXK0V6O0CQkcHEI3BxxdQYcXO0FEBjLI6nVMr3hzJkV3agF380CC99oJWyCdNk1
 5aCLzpLb/n0+Yph4bdlx/O7Ac6m+7+91Y0fjxG3/TXz+QnpDsgumTPo+1RzWw2fv7CuhSDnf
 lNDpAJTQy0ApfPm7rMru5tgO44zmwj9HvtYpO7jy5UtkO3qlMMjYHAoMcUGfQidYhCIQBERG
 RiyIRZkoRSQBSQBSiMSKKTKKTawIUnsmN8xku5UbLwsvlRQZwyHW2Eafp4+RmvOBb6wQWgkc
 kU4z0N0Ss50wErhLD7IHJ1FcQayDyscJRZGxssECtPa4XuOZWTVAku1UnvWxg6GG6tWB0U8A
 B0k+z84eitAFH+0AD9WdYO/NWmowZ5JYvUA32IWOdxXbDR9DRiWyt+B7EsLdr7NUqyyhywRZ
 EoREoACUAZkRkoMSUmE0IJoAJoApRGJFlJFlJDNSGKQGKQekRyRZyRZKQjUgCUgCYXbmEUsh
 452QEj6cpeXMR3FiREj4gZEPMj4iZ4GcdsExkExIuZGxPzSiH8EnNj4tZpETRc2sU6gParDa
 eKQSWWeMrgWZw2CUu3ykELdaZlbJdLXGVycczEW+iYNDfYjjjFxxXoLTsQ5oxELJiDWGa+KZ
 BDNToMEschmKUs4SoUBW+xW9JoeogGpSUrfhl5K/nNNDrqMfMKtGyy9GAm4wMaMh+SIY7CnE
 GhZzYyMmLjpyXCBYXkU1DxXYaMmFjJxXCBVXSpqHygxEYM/FTfhvP3QRVPk7ipuYmLm4eB2T
 tlkaAMrtluY28144ZcdMDtgGGRDkjjjxdBbozI05xGoISJfEseM1cNsyXDG/04C58vCNYYXD
 G3pJTRycksAJthboVY8QXwHHaJ5AZlb1NDFHoMLaFMhZ5KHlblJ7OfS8twXsZI7jErH1gxsN
 YQbDG12cNsEUDG02clgbklDlRgyIRjIRBkoAJRGJBlJBlJFNSKKQKKQWkRyQZyQZyRjkjCkj
 CUEZkCUmCUmQ0czVcJoGfwMxhyIiR9uE3Lj4fJfoojNIWcx+m4kjGa2Rzi0jGa+RTcCSDNDp
 5aACLgNfhdKoyi15tcLGPYleAVZVMsyqfLclVEkk5qYUmFKK0yKAbZVp4Nm0iHsChX239taF
 Bi47KEhZFCxsCxYWRAZWFQZW9MMzKKOzKKQzqYkmV4quAazKbSqFrZFBsZCtgQnoiQWOl0VG
 hOXRhcWRxcWFBuMfURBemyA9Y8pWgnVAyzKb1E/n4xbVBkoFjEasddhFFA+sCQfGHHcoXO0L
 HGICoLB0VYMKNd5tgE6VC9mAKmAdlAdlCdluFHDpQvZQvZgiZQX5QX5QX5Rezv4nPp4SrWCM
 9iGuxVPhT8d+ChYqIwpj4EqFYVLj6OJiLNiL75Hd+inchKGk6YWm63Cma1CcqhZcIkMEaHir
 lqIwqDG4egS7nB8qVRLlZhrOEIYhsOoEbnCRsWhQWjtiCIiMiAlRgyIRjIRBkYMAB9aFg0h7
 FKG8a1C0rVLApW7hoQYroobLVEEsVBIsVWInDYLLUUcsVBgsVEorTpM6YBU7cq2FqI0sVIc2
 U9ZuRQAd77hyOOEtD0+qJHl2SFeMtDkJuWB4txOSJVWSJVcyItn1SLMZx0WhgarQUtVIs2KE
 XbsVcG1istCh2WhYbrQwtVI62YrRGJBlJBlJBNSKKQKKQakRyQZyQZyQjkjCkjCkHZkCUmCU
 mC0I6NzoI4dTaPyOMqzl6dJuXGx/y4bVxwereC3bFF4bVEy3qlQfrWg99C+QdPH63qFIenF1
 deEXhaJC4qnh8mtUI+yGEqYUwDvBW8nVAe28AlIQJDUpBqMsGZTXuChD37G78JWNdw605kUj
 84UjuwkXXYqrLMx1Fm26CZFd0kiuQORXIloLkR0FSI6C5Dd00huQ2QXIZoLkL0FSF6CZCd0E
 huQeQXINoLkF0FSC6C5Ad0Ug4lptQlrixKXRBLnyQXr1iYesiSqsJUG/6uGIzNzDS/CNfrfR
 kvT5BOXV+JmDucVMu5KCw5q4fvXGwzVRonrQox5EaBhmsNSLCyKCE6KPG6wSu7NBUAE6kVfR
 1hoJHK6KCM6INnIDpUgDJdFBKdFBLdS7EZI78zBnOpLiYJETlQkJZnKGTdFBUdFBVdVMs6KK
 u6qnBWXFhseEHp6kDbdSgkDfdVAMrpwEoFrTCNnQLURohLJdlSozI05KKI7x6zoPTG9Bxomm
 lQZSjsRYBfLNXFwbXBQrbCNAU2RKTjBQ1ZKE09AJHpCNOBbEExT3oBAwhBe9YuoODRsO02VR
 o4uTRgcHFDKF6QcXRgcXRRxVQETQETSMlkIDpwoD7dFB8dFB9dFB+dUm04BfKRsMiYZETlRk
 JPewnTELnIWBxUFEZKiH8htO4xiXRBjXRRjXRhjP2GU/PjOBwozAM6UAbxcAjOJwozCM60Aj
 OPwWMRwozEM6UBjOXwoTGsFzGMy0R8WccIYrWgQvaBc4hiIO85j4SWoc6SlziEPPirQtEk+l
 azYqYk6jZFLNg8JDkErBpCHpAHpmWcJNSFtLYRHS9MS5MSRyFF2ahVzmDrmNHWNb+IWSIqax
 FGNcKsimF8eFievChvHbFFIKmkUWgUVgUUgUTIsImFDfqRwoQS9AS5gw6XWg8VIS+UjglCIV
 CCYbYB0HbFFoIyIYRgLFoMk8fa6/F6nOEA2XRQ2XFDtviitvaB4+0OTiVMl2XGlJfhVKULg4
 XRx4XRA5nQTgg0inNpLJhOlQnToLiV3FpGw2VRR7XRg7Xh49jrU2gLh2gra2grVaw8/p9qZx
 9Xt8PFAuYYDJYvhEt34D3xBPnIGnImgYKBRGBJAohE33QC8bIR+NXxVCb8B+k/eAExSJilSM
 VKRms4BfGRsMiY5ETlTkJPewXQErgIWBxUYmQDkKQn5pSG59jc/U/PbxEAjODwITBLWnp56y
 Nr6+7Doi+DEExJj4SeW50IByUL+rEE1bhaxf0AEDR/foA1y/SBI+59XYxfrT/FOBKtbCKDtn
 70euzpgu/gc6NeQOtEPgzBi5kTQkZHIj/MWQE7RktiMWk12t4YasjeINoGsfQU+6/+rWKZ53
 4OOPk3kd7idHPI994B0Xb3kmyd+yGr6mOUb+joaOoH9vP/cX7efb9Yf/M5gVNfu6t33d6V4c
 Uda/5P99997r2P9j/4re8uNHHr3EGw5mHhjz08Ng6s7sUMW+ns/3Bf1tq9mqPe0SN/u+tnUq
 zl/4c9Yl54mZkeXZu58q0fqf8L4BWZ+R4Y88gMhM/A8e63I3Ja67O1PVPN7PeXfd3xquG3Zy
 q6SzhTXwywHHrnO2fav7oV8PaH0PB2Pw345YlAF3co30/zrn+JVd6ULMon8vd6mtGR4ZsnZN
 h7P5lmsDSgHrNnCtanWH6Pdq/K4APD/OD2YPfa76dCNcVbIwxd+9TGGzQbrXuJQhpjV7rLvW
 Nd08pr16Bu9IjtX7A28GnxKSy8gPMPX+a9L/kbkN9y/2jXttCnOjhdzuHd30O/807jhfr5MY
 sMvtkZWH5gppE7xHreo06BH9Dph5+yPx+8b2DQ2g2aJ+m3bogRzZ/Jyb4wBP18gnY6f4tUX9
 1fe+dtAenF+rEXny5OMa/45qm/wj/4r6AIbLfBPKXee8gK9o68MJv0wGSg10Qc1v3hhS3H8E
 8nEptQU6ttgxutV4Pwe2zOVYAZP3UUljO5UD3Cnbn7BqbgNHuHouJwshh7Ytk/VH8qfvTdF5
 4URP4VxntK6pwK+gWt4IZFO4VnDThtnBkskkiX0zjDPuGHtSeBhOnQnQoTjVPLMbbOCnnhIn
 jVcPJp6wZ7pB91Hfz/8x/0Xl7hrbW5rm2AZ4gQoE8YJE/mmREEq+m5n0h74cebQgkckUiOTN
 XC2RKUw7KUQ8KPQJCUSM0e+aSo5UPV/gdFGXoANmUzu849pbSsQE5C+kyH6lRCspWWfQ5Yfj
 uQrvK5p2u6qxy/s9/MzLD2DYnJ2ob3Po9Ljh4QjXa87r1KXbLj5Fo1ZITvtP1rISdxzqLQ1F
 PrOPSd+zqzR15PruMSd5zqLR1lPreSk6JPreCqeyzqnGpe6zqniqnuQ9f56I9DnnmHX2fb4X
 D308TKzXoN/J15U95PZAxCDIeyACqBEPZA5CDIfyASqBkPZgkFGI5JDkQNQyTGIdhBSfyApU
 DENDUt/yMemImvpX/xeO71Lj2tHk4wWoAmma+2stdNZr5Ef/AXHUW+6vo3+xLPe1WDc+GtY5
 8NSZ0t6tmF/jE3YuoCyWR4lHO13PG6H41DLbqr7HzE+bV3tLmbtVwZfWTvVC1tu1uTGKnVtP
 nQXgF90PJ800rZcHmVv908uLMAPjdbHbeLJoaltFRmXX9uZ8kD9XNbd1xorGduN4H/6UTHOJ
 od479/ZRq3ZmP24I/qzd7918l+aZ8CQz3SCLBZU2tD162T2e1tUWNX1d07u4E3FdTuaPGsyg
 xIofJwxBWTcB0j7tjDlEq2Td7JUD2+gYPnXw5CGaI/dHrGP9VwT44i8Fil+i0l+Cc5Yzbrg8
 2KIBHCyoMluKY1+MfXunu1ZOWX5cmNmTidoPjXpV3mxXDDAbPBHOKXN83QF45kGM/C1KtkU3
 gz1SUD8gOWdAX1l6pyEfu9IJ5eESdnHjcfJLdfkzellN+oXV3rTMD5la22Y2o0WX3eeYconC
 gZAN92w3RpnCIzA6RBhhFtrE/ZS3/DTc0/7U9wY9vqre5ay8DNNzRK8kmPShB1KMM+z2umSE
 o0hquPsdk+Vut0dNa2P7vOGCv4z0TJqQzV52er+lnkob4Mh42Ub9cTlWwQd7B3BWaeGnWeaW
 JaShvMEXUOPq3AkPEnRCxZkQcG1nGHiHudKu49hTOI90eZT004of5g9Y5qmxq9t6Rh9L7nOr
 /a+j2M4x+Z7HoW+p08Xa1Vb0bq/F7HWXmJS2Izl+WZ2fyNueYShkLSZ+ukZ+2LY5bS5+WzKA
 pTl5JZ52JTvt0fHovPhcTSB8kZscf75ssCRSod3nk66SK3ISkCorsU4hnlw5iN+25bEwjYDP
 T/UyxHPXEe8pi0sNFBlSTxxsITGGA88N4AIT/8zEwAQsB0JVwzzlwrvQIDeLJjzzIv/mr5B/
 gOVKzzC6EeZ0Lsny5bK+4H8XpO05NdYJMTBX4O8kkfnbmnE8m5R/J24Fzzxqx9nMXiQrXNPr
 XNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPr
 XNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPrXNPr
 XNPrXNPrXNPrXNPrXNPrXNPrXNP//tz9zutJMAcc8XlqedKTYsBjP0LT946zQFrpNJqtkok0
 sk90PA/HMNhk1uqpouv3sMxYMJQAM/+ANPQzD08ANPQzD08ANPQzD088ZkmnLvp+r8rntadZ
 1d3f5J95xryTIIP4zz++8U5DvDC9gQPI0DC9gQPI0DC9gQPI0DC9gQPI0DC98fnQPiEj3Wnk
 gTNatuxjFnGO5eAdSi5uxThTmwLNzIhIsK0mQtFpdN/vDemvVe3jTWO/lqxd2zIau7bgmBoZ
 AaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZ
 AaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgmBoZAaGgm50Q
 z8zyVThZGYmBmZgZGYmBmZgZGYmBmZgZGYmBmZgZGYm5wMzoPTYm5myVPehoHxM2nZxiyl1D
 y2RW953f0O2xeGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsn
 B7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsn
 B7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZweGsnB7ZGyemicH9LG5A0zoKOA9MZ
 57TPTh+AyzkZOl8MhtliCXjqLExQjf7Qq6jTzFhF09xT8bfKz+1lLOpuNfvpqLU95t557XO5
 +2bBYe9tnX3KctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBX
 bw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBXbw1GctBX
 bw1GctBXb+35aTUUqee9XqrdUzjid+yqRNgtMaxTvsqfkqydWuYzVljWGXkmaVVpN0OrsRB9
 pZTm6YTpNNc2GdT5kqZrfZcTMpamXzvKUiMjb6WuNSRGh1KDfQLi5wwFFjmV4VF2dWDAkzA6
 4Y1tx5My8bn/gLaHJvZPbCT5ll0mj6ZTTuNuKLrLvHeCdcB6oNh7rWvreAb8B1yNIK9X9yzl
 b7vTyFqrwup6fc6HuBQfaDKj9N1b3C/j4ebnhOtvw1yAZObvyXaXIAq/qtkNxMVN8V44spcd
 38VdkQFtYTU0kWsJkYlNRH6tYTPZYS7TDzA5PynnmodkHMdNu5p+MKuSvm6FZ/j9LjW0PiPH
 RU5xhybfoKu57iS42DVxvKmL62tOrJIe+HsU5Y3osVDG/XpD5BzpxgpH1LD5BzxwgpTtkh9g
 5EYw4vg0B9g5IYwE/zhD7BzpwgJeNcQPY8UA16hxm1hIYPM9Fpx2XYP/yZD9FTt2XM1ec20w
 LGxU4vA+Lg/i+8XEuPxPC9L+gwrIp9q7+UxXhTvizP8Ks2V8eorQIzCcU0ZXRiUpUu6Vtz+k
 bRyGXLEejJyVu6lGlOzXrIR8KFMicmIxLkhSYqblMUfw9CTiyzphQUE336UTW3mrw35qMVai
 QFUrw375ZFiiiu+WW/3e2lYKkFpCvpFyskQfrlajvajorzTzNadhcI+NstI5PkGDZPaMACDg
 wAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDg
 wAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgwAIMACDgw4zNEGXP
 b16yq7wBDcwAHMwBDcw4d6ghb21tQYISRCjPMJMSRCDkwAJMQCjzRJMEGtjxhsUjT9BvQECT
 uXICtJtTUi8UvmFZ1/RhzfiU1ratUnvnHGvBGJ+NpUVXCD==
}