PEMBANGKIT FRAKTAL POHON KETAPANG DENGAN
METODE ITERATED FUNCTION SYSTEM
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Kogoya, Angugi
Rusjdi, Darma
Haris, Abdul
Rusjdi, Darma
Haris, Abdul
Subject
Teknik Informatika
Datestamp
2023-06-27 08:16:46
Abstract :
A fractal is a geometric object whose place has an equation of shape that represents the basic shape of the object that it consists when viewed from a certain scale and is the smallest part of the structure of an object as a whole. The existence of fractal geometries is often found in nature or on the ground in daily life, such as the ketapang tree fractal generator. Trees can be built repeatedly from the growth of the trunk and branches of the tree with twigs from the ketapang tree, with squares attached to each level of the tree plant from the side of the branch to the leaf branch. The so-called tree generator where the ketapang tree is inspired by the ketapang theorem and various forms of the ketapang tree can be obtained by varying the stem growth of the fixed branch angle, the different angle per iterated, and the random angle per iterated. The analysis of the ketapang tree fractal generator increases Sunas to large branches and rises up to four levels, the design of the ketapang tree fractal generator uses an iterated function system, in protein development, the ketapang tree fractal generator algorithm Kencana Sentani and Ketapang Laut uses iterated function system, geometric practal generator and evaluation of the ketapang tree generator with the benefits of the ketapang tree are how the fractal tree generator in the visual basic algorithm, and this tree is more specifically for decorating the home environment.
A fractal is a geometric object whose place has an equation of shape that represents the basic shape of the object that it consists when viewed from a certain scale and is the smallest part of the structure of an object as a whole. The existence of fractal geometries is often found in nature or on the ground in daily life, such as the ketapang tree fractal generator. Trees can be built repeatedly from the growth of the trunk and branches of the tree with twigs from the ketapang tree, with squares attached to each level of the tree plant from the side of the branch to the leaf branch. The so-called tree generator where the ketapang tree is inspired by the ketapang theorem and various forms of the ketapang tree can be obtained by varying the stem growth of the fixed branch angle, the different angle per iterated, and the random angle per iterated. The analysis of the ketapang tree fractal generator increases Sunas to large branches and rises up to four levels, the design of the ketapang tree fractal generator uses an iterated function system, in protein development, the ketapang tree fractal generator algorithm Kencana Sentani and Ketapang Laut uses iterated function system, geometric practal generator and evaluation of the ketapang tree generator with the benefits of the ketapang tree are how the fractal tree generator in the visual basic algorithm, and this tree is more specifically for decorating the home environment.
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