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Description
Something simple , I'm still in a (re)learning state with UF.

Made with Ultra Fractal 6.06

February 2024 Challenge_Flowers for Juliana2024 FEBRUARY CHALLENGE: FLOWERS FOR JULIANAFor the 2024 February Challenge: In OM.ufm (not OM2.ufm) open “Juliana”. Under both the inside and also the outside tab, open REB.ucl “Exp Flower2a Texture”.“Juliana” has five parameters, three functions, and 2 exponents. Try these out.Not required but suggested for the REB.ucl Exp Flower 2a Texture: The “Exp Flower 2a Texture” has near the end of the choices under the coloring tabs these fBm (fractal Brownian motion) choices: weight, transfer function, transfer weight, offset, scale and final weight. Try these and see what subtle textures are added to your fractal. Don’t explore the parameter choices under coloring at this early stage but go straight to the fBm options. Be sure to change “Divergent” to “Convergent” to see what you get. Also interesting is this strategy: Go way up directly under the coloring tab and change “Color Density” and/or “Transfer Function”.You may now add other layers with different mappings, and/or other formulas as you wish, so long as the OM.ufm Juliana with REB.ucl Exp Flower 2a texture predominates. Any gradient(s), merge modes, groupings, transparencies, maskings, zooms, and/or frames are allowed. Do NOT use textures other than the REB.ucl Exp Flower2a texture.In my tryouts for this fBm coloring formula, I found that it works quite well for the Gnarlathotep formulas (both OM and EJB), the Talis formulas, Barnsley formulas and Magnet formulas. It even does much to transform the CARR formulas. To see a few, go to my page and scroll down to the recent formulas.CHALLENGE RULESEntries per month: 4Submit to the 2024 February gallery here:This Challenge ends on February 28th, 2024.Simple watermarks only. Please mention or link to the group or this journal in your comments. :iconUltra-Fractal-Redux:Share params if you are able to so we can all learn from this exercise. Your parameters can be very useful to new UF users!We look forward to seeing all of your original fractals.If you have a question about any of this please post it in a comment below.Margaret Kieckhefer :iconampelosa: with much help from Chris Martin :iconvelvet--glove:

Description
Something simple , I'm still in a (re)learning state with UF.

Made with Ultra Fractal 6.06

February 2024 Challenge_Flowers for Juliana2024 FEBRUARY CHALLENGE: FLOWERS FOR JULIANAFor the 2024 February Challenge: In OM.ufm (not OM2.ufm) open “Juliana”. Under both the inside and also the outside tab, open REB.ucl “Exp Flower2a Texture”.“Juliana” has five parameters, three functions, and 2 exponents. Try these out.Not required but suggested for the REB.ucl Exp Flower 2a Texture: The “Exp Flower 2a Texture” has near the end of the choices under the coloring tabs these fBm (fractal Brownian motion) choices: weight, transfer function, transfer weight, offset, scale and final weight. Try these and see what subtle textures are added to your fractal. Don’t explore the parameter choices under coloring at this early stage but go straight to the fBm options. Be sure to change “Divergent” to “Convergent” to see what you get. Also interesting is this strategy: Go way up directly under the coloring tab and change “Color Density” and/or “Transfer Function”.You may now add other layers with different mappings, and/or other formulas as you wish, so long as the OM.ufm Juliana with REB.ucl Exp Flower 2a texture predominates. Any gradient(s), merge modes, groupings, transparencies, maskings, zooms, and/or frames are allowed. Do NOT use textures other than the REB.ucl Exp Flower2a texture.In my tryouts for this fBm coloring formula, I found that it works quite well for the Gnarlathotep formulas (both OM and EJB), the Talis formulas, Barnsley formulas and Magnet formulas. It even does much to transform the CARR formulas. To see a few, go to my page and scroll down to the recent formulas.CHALLENGE RULESEntries per month: 4Submit to the 2024 February gallery here:This Challenge ends on February 28th, 2024.Simple watermarks only. Please mention or link to the group or this journal in your comments. :iconUltra-Fractal-Redux:Share params if you are able to so we can all learn from this exercise. Your parameters can be very useful to new UF users!We look forward to seeing all of your original fractals.If you have a question about any of this please post it in a comment below.Margaret Kieckhefer :iconampelosa: with much help from Chris Martin :iconvelvet--glove: