非域之境 的英文怎麼說
中文拼音 [fēiyùzhījìng]
非域之境
英文
atopia-
You begin laying out the general theme for the area, noting combat " choke points " and non - combat challenges that can occur in the environment, and collaborating with other artists in the creation of new doodads and other game elements to plug into the map
然後，你開始勾勒這個區域的基本主題，標注戰斗「盲點」和該環境中的非戰斗任務；與其他美術師合作創作新的物品和游戲元素並放入地圖之中。Under this condition more and more architecture endures the infiltration from domains, subjects and ideals. architects have freshly cognizance of the immanency relation of dribs, aberrances and other un - stable factors on the metamorphic cultural background, and take a more associated, mutual and dynamic way to probe into the contemporary architecture
在這樣的環境下，建築學無可避免的越來越多地受到了來自其他領域、學科、觀念的滲透，建築師也在不斷變化的社會文化背景上重新認識到生活中各片斷、變異和非穩定性要素之間的內在關系，並以一種更加關聯、交互和動態的思路來探索當代建築。It depends on the environmental change to decide the cooperative patterns, and they are not fixed or expelling. different cooperative patterns can co exit and be explained intersectly, and responding to missions, environment, issues and members " characteristics adaptation is going on anytime. surely the cooperative pattern is the kind of dynamic description, it may also change naturally due to the factors mentioned above switching
本文以協力關系大膽假設未來政府的治理模式，就是認為各種公私部門的互動模式，基本上雖具有時間發展上之順序，不過要以何種模式來進行合作，則應視環境變化來決定，且模式並非固定不動、互相排斥的，一個時空界域可能同時存在著不同合作模式且可以交叉解釋，因應任務，環境，議題以及因互動成員的物質進行調整，當然合作模式及是一種動態性的描述，其也可能因為上述各因素的改變而自然產生變化。Members may exclude from patentability inventions, the prevention within their territory of the commercial exploitation of which is necessary to protect ordre public or morality, including to protect human, animal or plant life or health or to avoid serious prejudice to the environment, provided that such exclusion is not made merely because the exploitation is prohibited by their law
如果為保護公共秩序或公德，包括保護人類、動物或植物的生命與健康，或為避免對環境的嚴重破壞所必需，各成員均可排除某些發明於可獲專利之外，可制止在該成員地域內就這類發明進行商業性使用，只要這種排除並非僅由於該成員的域內法律禁止該發明的使用。An artificial neural network （ ann ） model was developed and used in different water bodies to predict timing for environmental changes as well as for the dynamics of resources. the results show that the ann model is superior to classical statistical models ( csm ) and can be used as predictive tool for highly non - linear phenomena
用人工神經網路方法對不同水域、不同環境因子之間非線性和不確定性的復雜關系進行學習訓練並預測檢驗，結果表明:人工神經網路方法在模擬和預測方面均優于傳統的統計回歸模型，在資源與環境方面的應用是可行的，具有較強的模擬預測能力。分享友人