传统德育“大一统”的目标模式和德育个体适应性之间存在矛盾。
All these have resulted contradiction between the traditional mode of "moral big unification" and individual adaptability.
通过一个进化的人工生命实验，证明了混沌边缘的决策与个体适应性之间的关系。
By an evolutionary artificial life experiment, the connection between the edge of chaos behaviors and the individual adaptability is illustrated.
现在，每个单词(DNA中的单词由空格分开)是一条增加或减少个体适应性的指令。
Now, each word (words in the DNA are separated by Spaces) is an instruction to increase or decrease the fitness of the individual.
化石展示了人们所认知的“适应性辐射”,这也从生物学的角度解释了一定时期内急剧的生物多样性现象,致使个体物种的分化没有被世人所察觉.
The fossils show what is known as an adaptive radiation. This is biology-speak for a period of diversification so fast that the individual splits cannot be distinguished.
遗传算法模仿达尔文的自然选择，其中“适应性”选择进行生存、繁殖以及由此而来的适应性变异的个体。
Genetic algorithms mimic Darwinian natural selection, where "fitness" selects individuals for survival, breeding, and, hence, adaptive mutation.
它模拟达尔文的自然选择，还有变异，把“适应性”(正如适用于个体的公式所决定的那样)作为主要因素选择生存繁衍和变异的个体。
It mimics Darwinian natural selection, making "fitness" (as determined by a formula applied to an individual) the chief selector of individuals for survival and procreation, together with mutation.
对每个新个体应用适应性公式一次，用表示DNA的字节所具有的数值，去除以 256。
The fitness formula is applied once to every new individual, taking the byte value of the DNA and dividing it by 256.
您可以确定某个目标—比方说，“找一个适应性为0.99999的个体”，找到后停止。但是，结果是算法永远也不会结束，因为它没找到那个个体。
You can define some goal — for instance, "look for an individual with fitness of 0.99999" and stop there, but then the algorithm may never end because it hasn't found that individual.
个体离开该路径时会被给予一个适应性，该适应性与个体在路径上走过的距离成比例。
Stepping off the path gives the individual a fitness proportional to how far it got while on the path.
每个个体从a点开始，并且其适应性为1，然后个体可以根据它与b点的接近程度来增加它的适应性。命令“U”、“D”、“L”或“R”分别代表上移、下移、左移或右移。
Every individual starts with fitness 1 at point a and can raise its fitness based on how close it gets to point B. Every command "u", "d", "l", or "r" moves up, down, left, or right, respectively.
然后衡量每一个个体的适应性(把它看作是适用于个体的DNA的官能来衡量)，并且使那些更适应的个体更有可能繁衍。
Then measure each individual's fitness (measured as a function applied to the individual's DNA) and make the individual more likely to procreate if he is more fit.
与先天性免疫不同的是，适应性免疫的产生源于多元的免疫受体及个体本身的免疫记忆。
Adaptive immunity, in contrast to innate immunity, is based on the diversification of immune receptors and immunological memory in each individual.
它使用了生物遗传学的观点，拥有自然选择、遗传、变异等作用机制，实现各个个体的适应性的提高。
It USES a biological point of view of genetics, with natural selection, genetic variation and other mechanisms to achieve the improvement of each individual adaptation.
适应性结构或习惯上的变化或调整，通常是可遗传的，由此某一物种或个体可改善与其环境相关的条件。
An alteration or adjustment in structure or habits, often hereditary, by which a species or individual improves its condition in relationship to its environment.
在高的种群中，侵犯性个体将有更强的适应性。
At high populations aggressive individuals will be relatively more fit.
如果适应性进化是由个体的差异性存活而展开的，那么个体为何不能将其可能进化了的基因向下传递并维持下去呢？
If adaptive evolution unfolds by differential survival of individuals, how can individuals incapable of passing on their genes possibly evolve and persist?
适应性是指个体在与环境交互作用中，能够依据环境的变化适时调整身心状态以与外界保持一致的能力。
The adaptation is a kind of ability, when one makes contact with the environment, to change the body and mental status so as to make suitable for the environment.
目的考察个体对权威的畏惧感、对否定评价的惧怕与非适应性完美主义之间的关系。
Objective To investigate the relationship among fear of authority, fear of negative evaluation, and maladaptive perfectionism.
根据情境的不同，个体的决策策略也有所变化，表现出高度的情境适应性和敏感性。
According to the situation difference, the individual policy-making strategy also has the change, displaying the high situation compatibility and the sensitivity.
人类还可以通过改变或者破坏某一动物的自然生存环境，间接影响个体动物的适应性。
Humans can also affect the fitness of individual animals indirectly by changing or destroying an animal's natural environment.
人类当然也对个体动物的适应性带来了影响。
Humans certainly do influence the fitness of individual animals.
人类当然也对个体动物的适应性带来了影响。
Humans certainly do influence the fitness of individual animals.
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