variable adj. 1.易變的,變化無常的,無定的 (opp. constant, steady)。 2.可變的,能變的;變換的。 3.【數(shù)學】變量的;【天文學】變光的;【生物學】變異的。 Prices are variable according to the exchanges. 物價跟著匯率變動。 a man of variable character 反復無常的人。 a rod of variable length (伸縮)如意棒。 a word of variable construction 可以作種種解釋的詞。 variable capital 可變資本。 a variable budget 臨時預算。 n. 1.易變的東西。 2.【數(shù)學】變量,變數(shù),變項,變元 (opp. constant);【天文學】變星 (=variable star);【航海】(方向不定的)變風,不定風 (opp. trade wind); 〔pl.〕 (貿易風帶中的)變風帶。 adv. -ably ,-ness n.
Set the variable scope to limit variables to live only within a " session " 。還要設置變量作用域,以限制變量只在某個“會話”中活動。
For example , the explanation of stacks and register frames in chapter 6 connected with chapter 4 s explanation of variable scope 例如,在第6章中對棧和寄存器結構的解釋要聯(lián)系到第4章中對變量作用域的解釋。
Page is the default scope given to all data within your jsp page , and it allows you to use this data within the boundaries specified for local variables class method local variable scope Jsp頁面內所有數(shù)據(jù)的默認作用域都是page ,它允許您在為局部變量指定的范圍內(類/方法/局部變量作用域)使用這種數(shù)據(jù)。
By means of introduction digestion debug and absorption , the two softwares - ktvasv - lite and ktva - 3v run successfully on pc so that the definitions of variables scopes of values and the units and input format of the softwares are obtained , Kiva是內燃機燃燒過程計算機仿真程序集的總稱。該程序集由美國人于1985年開發(fā),歷經(jīng)了從kiva到kiva3v - erc的六次不斷完善的飛躍。
The performances indexes and curves of the model si 1126 diesel engine are obtained by simulation calculation ; the main curves for the affection of calibrate parameters on the performance of model si 1126 diesel engine are also obtained by simulation tests o the results and test data are analyzed o the major contents are as follows : a ) study on the demands of software and hardware environment of ktva on pc . kiva is originally designed for cray computer and workstation , but on pc it needs to be tested o b ) ktva code such as variables scopes of values and so on , needs revising to meet the needs of pc 應用該軟件,對縮短內燃機的設計周期、優(yōu)化性能研究、環(huán)保和節(jié)能等方面都具有極高的應用價值。目前,國內同行業(yè)對kiva的運用尚處于起步階段,原因是國內所見到的kiva程序集不完整,且沒有漢化、沒有使用界面和使用說明書,軟件的運行環(huán)境要求特殊,而且復雜。本文作者通過對kiva的研究,揭示了該程序集的使用方法,恢復、完善并新增加了該程序集的功能;經(jīng)過二次開發(fā),建成了完整的內燃機仿真技術平臺。