Pemodelan Tanaman Virtual Menggunakan Lindenmayer System
DOI:
https://doi.org/10.25139/inform.v2i2.311Keywords:
Pemodelan tiga dimensi, pohon, render, lindenmayer systemAbstract
Kontribusi komputer dalam bidang grafis berkembang sangat cepat, aplikasinya mulai dari sains, dunia industri manufaktur, medis, hingga militer. Berangkat dari hal tersebut pentingnya pengembangan sistem yang dapat mengurangi waktu saat render dan meminimalkan menggunakan sumber daya perangkat keras computer, sehingga dapat digunakan untuk komputer dengan skala kecil sekelas komputer personal. Menggunakan metode penelitian system development life cycle yang terdiri atas tahap menganalisa dan merancang pada pemodelan tiga dimensi tanaman, khususnya pohon menggunakan algoritma lindenmayer system, dimana penumbuhan percabangan dahan dan ranting, hingga daun, mengambil patokan koordinat objek pada titik percabangan untuk menumbuhkan bagian cabang lain pada pohon. Pada hasil penelitian didapatkan bahwa render dengan jumlah 130,904 vertice render 2 detik, daun segi delapan 2,57 detik, dan bentuk bulat dengan waktu render 3,6 detik. Simulasi pemodelan tanaman virtual tercapai.References
[2] Atris Suyantohadi, 2010, “Artificial Life pada pemodelan Pertumbuhan Tanaman Varietas Kedelai Menggunakan Pendekatan Intelligenceâ€, Desertasi, Institut Teknologi Sepuluh Nopember Surabaya.
[3] David A. Bray, Benn Konsynski, 2006, “Virtual Worlds, Virtual Economiesâ€, Virtual Institutions, Social Science Research Networkâ€, pp.1-30.
[4] Hitoshi Kanda, Jun Ohya, 2003, “Efficient Realistic Method for Animating Dynamic Behavior of 3D Botanical Treesâ€, IEEE Computer Graphics and Applications, pp. 89-92.
[5] Kendall&Kendall, 2003, “Analisis dan Perancangan Sistem Jilid 1â€, PT. Prehallindo, Jakarta.
[6] Jason P. Weber, 2008, Fast Simulation of Realistic Trees, IEEE Computer Graphics and Applications, pp. 67-75.
[7] Przemyslaw Prusinkiewicz, Aristid Lindenmayer, 2004, “The Algorithmic Beauty of Plantsâ€, Springer Verlag.
[8] Ismael Gracia, Mateu Sbert, and L. Szirmay-Kalos, 2005, “Tree Rendering with BillBoard Cloudsâ€, Budapest, 3rd Hungarian Confrence, Computer Graphic and Geometry.
[9] Weibo Wu, Xiaosheng Liu, Zixue Feng, and Youliang Chen, 2006, “Study on the Simulation of Treesâ€, IEEE Computer Graphics and Applications, pp. 847-848.
[10] Qing Xiong, Xin-yuan Huang, 2009, “Speed Tree-Based Forest Simulation Systemâ€, IEEE Computer Graphics and Applications.
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