You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
Added in Edit by T. Banakh. This Zipper algorithm producesyields the following image of the conformal map of the unit disk to an oak leaf.
Many thanks to Prof. Donald E. MarshallDonald E. Marshall for producing this image (which I post here with his permission).
You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
Added in Edit by T. Banakh. This Zipper algorithm produces the following image of the conformal map of the unit disk to an oak leaf.
Many thanks to Prof. Donald E. Marshall for producing this image (which I post here with his permission).
You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
Added in Edit by T. Banakh. This Zipper algorithm yields the following image of the conformal map of the unit disk to an oak leaf.
Many thanks to Prof. Donald E. Marshall for producing this image (which I post here with his permission).
You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
Added in Edit by T. Banakh. This Zipper algorithm produces the following image of the conformal map of the unit disk to an oak leaf.
Many thanks to Prof. Donald E. Marshall for producing this image (which I post here with his permission).
You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
You may want to look at Don Marshall's Zipper algorithm: https://sites.math.washington.edu/~marshall/zipper.html
Added in Edit by T. Banakh. This Zipper algorithm produces the following image of the conformal map of the unit disk to an oak leaf.
Many thanks to Prof. Donald E. Marshall for producing this image (which I post here with his permission).
