本文提出分形图形生成的一种新方法。
A new method for generation of fractal Images is presented in this paper.
本代码以一个最简单的分形图形来示范递归的实现过程。
The code is a simple recursive fractal graphics to demonstrate the implementation process.
当你实现你自己的改变时，想象自己是一个分形图形中的一个初始形状。
As you embrace your change, picture yourself as the initial shape in a fractal image.
该文首先介绍分形图形的相似性及自然分形模拟的主要方法。
Similarity between fractal graphs and principal method for natural fractal analogy are firstly introduced in this paper.
基于拼贴定理，给出了一种提取分形图形ifs参数的方法。
A method of extracting parameters of fractal graphics based on the collage theorem is introduced.
对分形艺术图形的构造方法进行了详细介绍，并以此构造了精美的分形图形。
The concept of fractal image art and the constructing method of fractal artistic images are discussed in detailed, and many beautiful images are generated.
最后通过几款包装设计作品，用实例展示了分形图形用于包装的独特性和促销性。
With examples in packaging design, it showed the uniqueness and promotion of fractal graphics for packaging design.
在了解分形理论的基本知识和分形几何的维数的基础上，对分形图形的算法作了总结。
It sums up some fractal algorithm on the basis of mastering the base knowledge of the fractal theory and dimension of the fractal geometry.
用成形滤波器对高斯分布的白色过程滤波，便可以得到具有期望分数维的布朗运动分形图形。
The fractional Brownian motion based fractal Image with desired fractional dimension can be generated by applying its shaping filter to a Gaussian distributed white process.
分形理论带来的新的造型语言及表达方式，使人们借助计算机技术构造出复杂且美轮美奂的分形图形。
New shaping languages and expressing approaches provided by fractal theory make us to generate complex and magnificent fractal figures by means of computers.
具有实验性、探索性的分形图形能超越我们的想象，对图形创造中人类思维的局限性具有某种突破性的启示。
The fractal images with exploring and experimental nature surmounts our imagination breaks through the limitation of human thought and gives birth to the graph creation in enlightenment.
在此基础上加入逃逸时间算法的思想，绘制出了次数更高、根值更加复杂的分形图形，进一步扩展了它的使用范围。
Furthermore, it expanded the scope of its application, drew up fractal graph with more higher number times and more complex root value, added the thought of escape time.
运用面向对象技术，抽象出二维分形图形类，二维分形图形类能够根据模板文件的实际参数动态生成各种分形图对象。
Based OO technique, abstracts a class of 2d fractal images, according to the real parameter of template file, the class is able to dynamically produce various kinds of fractal objects instance.
本文分析了分形图形的特点及其描述，从而利用它的内在本质具有自相似的特性，探讨在计算机上绘制分形图案的方法。
This paper analyses the feature and description of the fractal graphics, then makes use of the characteristic of self similarity and probes the method of drawing fractal graphics in computer.
编程实现了分形图形的参数化设计和生成，同时从计算机图形学以及艺术学的角度讨论了其中一些分形图形的色彩变幻。
It puts up parameter design with computer programming language, and realizes the creation of the fractal graph. Discuss the color change in the fractal from art eyes.
典型的例子包括图形处理、强力搜索、分形和粒子模拟。
Classic examples include graphics processing, brute-force searching, fractals, and particle simulations.
分形几何是研究无限复杂但具有一定意义下自相似图形和结构的几何学。
Divides the shape geometry is the research infinite is complex but has under the certain significance from the similar figures and the structure geometry.
分形是从混沌方程形成的一系列图形，包含不断放大的复杂自相似图案。
Fractals are patterns formed from chaotic equations and contain self-similar patterns of complexity increasing with magnification.
典型的例子包括图形处理、强力搜索、分形和粒子模拟。
Classic examples include graphics processing, brute -force searching, fractals, and particle simulations.
数据建模包括连续建模、离散建模。过程建模包括分形建模、图像建模、图形建模、几何建模、混合建模。
Data modeling includes sequential modeling and discrete modeling, and process modeling includes shape modeling, image modeling, graphics modeling, geometry modeling and hybrid modeling.
目前分形已经成为计算机图形学中最热门的研究领域之一。
And it becomes one of the most pop research fields in the computer graphic.
分形是计算机图形学的一个重要分支，它通常是通过递归回溯法实现。
The fractal is a important branch of computer graphics, and it is usually realized through the recursion backtracking.
通过分析可得，分形技术是实现复杂雕刻图形自动生成的重要途径之一，在雕刻艺术中，分形技术有广泛的应用前景。
Based on its analyses, the fractal technique is an important way for automatic generation of complex engraving graphics, it will be very useful in the field of art carving.
电子计算机图形显示协助了人们推开分形几何的大门。
Computer graphics to help people open the door to fractal geometry.
本文书传统的群论图形生成加以推广，得到了典型分形曲线的一种快速生成方法。
The traditional curve generating method of group theory is extended to give a quick method of typical fractals curve generating.
本文主要研究分形理论在计算机科学上的应用，特别是在计算机图形绘制方面的实际应用。
This thesis mainly studies the applications of fractal theory in the field of the computer technology, especially the problem of computer graphics design.
分形几何学除了研究线性分形外，还研究具有自反转性质的不规则图形的非线性问题。
The fractal geometry includes not only the linear fractal problems, but those non-linear ones of irregular figures with self-reverse.
分形几何学除了研究线性分形外，还研究具有自反转性质的不规则图形的非线性问题。
The fractal geometry includes not only the linear fractal problems, but those non-linear ones of irregular figures with self-reverse.
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