物體空間英文

• object space

• "物體" 英文翻譯 :    body; substance; object
• "空間" 英文翻譯 :    space; enclosure; room; blan ...
• "導向物體空間變形" 英文翻譯 :    udeflector ace warp; udeflector space warp
• "動力學導向物體空間變形" 英文翻譯 :    udynaflect ace warp; udynaflect space warp
• "泛方向導向物體空間變形" 英文翻譯 :    uomniflect ace warp; uomniflect space warp
• "剛體空間" 英文翻譯 :    rigid space
• "晶體空間" 英文翻譯 :    crystal space
• "殼體空間" 英文翻譯 :    shell space
• "氣體空間" 英文翻譯 :    gas compartment; gas space
• "實體空間" 英文翻譯 :    physical space
• "液體空間" 英文翻譯 :    fluid compartment; fluid space
• "晶體空間光柵" 英文翻譯 :    crystal space grating
• "氣體室；氣體空間" 英文翻譯 :    gas compartment
• "上部氣體空間" 英文翻譯 :    airspace
• "液體空間速度" 英文翻譯 :    liquid hourly space velocity; liquid space velocity; liquidhourlyspacevelocitylhsv
• "有毒氣體空間" 英文翻譯 :    noxious space
• "物體空氣動力學" 英文翻譯 :    aerodynamics of bodies
• "空間物體" 英文翻譯 :    space object(s); spatial body
• "柱中游離氣體空間" 英文翻譯 :    free gas space in column
• "體空" 英文翻譯 :    corporeal entities are unreal for they disintegrate
• "構造空間物體" 英文翻譯 :    configuration space object; configuration-space object
• "空間翹曲物體" 英文翻譯 :    space warps
• "載人空間物體" 英文翻譯 :    manned space object
• "等離子體空間濾光片" 英文翻譯 :    plasma spatial filter
• "鐵氧體空間掃探系統" 英文翻譯 :    ferrite volumetric scanner

• The sampler info node provides the world space coordinates of the point being shaded within the sphere
  第一，在球上的被著色點需要去從世界坐標轉換到相對于球體的物體空間坐標。
• First , points being shaded within the sphere need to be converted from world space coordinates to object space coordinates relative to the sphere
  第一，在球上的被著色點需要去從世界坐標轉換到相對于球體的物體空間坐標。
• The surface detail or offsets simulated by a normal map are always relative to either the polygon it ' s projected on ( tangent space ) or the object ' s orientation ( object space ) or the world ( world space )
  （通過法線貼圖計算出的表面細節和偏移是總是相對于多邊形的投影方向或是物體的自身軸向（物體空間）或是世界（世界空間）的。 ）
• Visualization of spatial relationship is the core of text to scene . realization on the qualifying of the object spatial layout region is a very important step of visualization of spatial relation in text , whose aim is to make spatial relation quantitative
  空間關系可視化是文景轉換的核心內容,物體空間擺放區域確定是實現空間關系可視化的重要一步,目的是將空間關系進行定量化。
• The conception of the object - space separating modeling technique based on the triangular grids is introduced , and simplification calculation of the points of intersection between semi - finished material and cutting scanning body brings forward , which reduces calculation quantities in simulation , increases the speed of simulation and optimizes the effect of simulation
  重點介紹了基于三角網格的物體空間離散建模概念,提出了刀具和毛坯求交計算的優化方法。建模方法和求交算法的優化減小了仿真過程中的計算量,提高了仿真的速度,優化了仿真的效果。
• The task of this paper is to make spatial relations quantificational , but , we need to learn objects " property and geometry knowledge in order to transform from qualitative to quantitative . so people ' s spatial common sense is made as start point to construct a few knowledge base , , and then the computing models of spatial relation is constructed based on the knowledge base
  本文的研究任務是將空間關系進行定量化,而要將空間關系從定性到定量需要一些屬性知識和幾何知識,因而本文以人類對于空間關系的常識為出發點,為物體空間擺放區域的確定建立一些可用的知識庫,然后在知識庫的基礎上建立擺放區域的計算模型。
• Recently the theory of executive control of pfc was emphasized , and also different behavior was adjusted by different executive function : the anterior cingulated cortex is thought to play a role in monitoring competition between two conflicting processes during task performance ; the dorsolateral prefrontal cortex participates in active suppres sion of inappropriate movement and behavior
  以前的研究表明：前額葉是工作記憶的重要部位，背外側前額葉皮層( dosolateralprefrontalcortex )與物體形狀、顏色的工作記憶有關，而腹側前額葉( ventralprefrontalcortex )與物體空間位置的工作記憶有關。

• 物體空間的日語：ぶっかいぶつくうかん