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[[File:Homebrew reaction diffusion example 512iter.jpg|thumb|right|Pattern resembling a [[reaction–diffusion]] model, produced using sharpen and blur|链接=Special:FilePath/Homebrew_reaction_diffusion_example_512iter.jpg]]
[[File:Homebrew reaction diffusion example 512iter.jpg|thumb|right|Pattern resembling a [[reaction–diffusion]] model, produced using sharpen and blur|链接=Special:FilePath/Homebrew_reaction_diffusion_example_512iter.jpg]]
{{further|Cellular automaton}}
{{further|Cellular automaton}}
Some types of automata have been used to generate organic-looking textures for more realistic shading of 3d objects.
Some types of automata have been used to generate organic-looking textures for more realistic shading of 3d objects.
一些类型的自动机已经用来生成类似有机外观的纹理，为三维物体提供更真实的阴影效果。
A popular Photoshop plugin, [[Kai's Power Tools|KPT 6]], included a filter called 'KPT reaction'. Reaction produced [[reaction–diffusion system|reaction–diffusion]] style patterns based on the supplied seed image.
A popular Photoshop plugin, [[Kai's Power Tools|KPT 6]], included a filter called 'KPT reaction'. Reaction produced [[reaction–diffusion system|reaction–diffusion]] style patterns based on the supplied seed image.
A popular Photoshop plugin, KPT 6, included a filter called 'KPT reaction'. Reaction produced reaction–diffusion style patterns based on the supplied seed image.
A popular Photoshop plugin, KPT 6, included a filter called 'KPT reaction'. Reaction produced reaction–diffusion style patterns based on the supplied seed image.
KPT6是流行的Photoshop插件，，包一个名为“KPT反应”的过滤器。反应该根据提供的种子图像产生反应-扩散风格的图案。
A similar effect to the 'KPT reaction' can be achieved with [[convolution]] functions in [[digital image processing]], with a little patience, by repeatedly [[unsharp masking|sharpening]] and [[box blur|blurring]] an image in a graphics editor. If other filters are used, such as [[image embossing|emboss]] or [[edge detection]], different types of effects can be achieved.
A similar effect to the 'KPT reaction' can be achieved with [[convolution]] functions in [[digital image processing]], with a little patience, by repeatedly [[unsharp masking|sharpening]] and [[box blur|blurring]] an image in a graphics editor. If other filters are used, such as [[image embossing|emboss]] or [[edge detection]], different types of effects can be achieved.
A similar effect to the 'KPT reaction' can be achieved with convolution functions in digital image processing, with a little patience, by repeatedly sharpening and blurring an image in a graphics editor. If other filters are used, such as emboss or edge detection, different types of effects can be achieved.
A similar effect to the 'KPT reaction' can be achieved with convolution functions in digital image processing, with a little patience, by repeatedly sharpening and blurring an image in a graphics editor. If other filters are used, such as emboss or edge detection, different types of effects can be achieved.
在数字图像处理中，只要有一点耐心，通过在图形编辑器中反复锐化和模糊图像，就可以用卷积函数实现类似于“KPT反应”的效果。如果使用其他滤波器，如浮雕或边缘检测，可以实现不同类型的效果。
Computers are often used to [[computer simulation|simulate]] the biological, physical or chemical processes that lead to pattern formation, and they can display the results in a realistic way. Calculations using models like [[reaction–diffusion]] or [[MClone]] are based on the actual mathematical equations designed by the scientists to model the studied phenomena.
Computers are often used to [[computer simulation|simulate]] the biological, physical or chemical processes that lead to pattern formation, and they can display the results in a realistic way. Calculations using models like [[reaction–diffusion]] or [[MClone]] are based on the actual mathematical equations designed by the scientists to model the studied phenomena.
Computers are often used to simulate the biological, physical or chemical processes that lead to pattern formation, and they can display the results in a realistic way. Calculations using models like reaction–diffusion or MClone are based on the actual mathematical equations designed by the scientists to model the studied phenomena.
Computers are often used to simulate the biological, physical or chemical processes that lead to pattern formation, and they can display the results in a realistic way. Calculations using models like reaction–diffusion or MClone are based on the actual mathematical equations designed by the scientists to model the studied phenomena.
计算机经常被用来模拟导致斑图生成的生物、物理或化学过程，它们可以以逼真的方式显示结果。使用反应—扩散或MClone等模型的计算是基于科学家们为模拟研究现象而设计的实际数学方程。
==References==
==References==