軸測投影 的英文怎麼說

中文拼音 [zhóutóuyǐng]
軸測投影 英文
axonometric projection
  • : 軸Ⅰ名詞1. (圓柱形的零件) axle; shaft 2. (對稱部分的直線) axis 3. (圓柱形的纏繞器物) roller; spool Ⅱ量詞(用於纏在軸上的線以及裝裱帶軸子的字畫)
  • : 動詞1. (測量) survey; fathom; measure 2. (測度; 推測) conjecture; infer
  • : Ⅰ名詞1 (物體擋住光線后映出的形象) shadow 2 (鏡中、水面等反映出來的物體形象) reflection; image...
  1. Projection algorithm is presented as follows : first, characterize the reference image and the float image and turn into binary images ; then, project the binary images onto the abscissa and y - axis and get the projection vectors ; last, according to the elements of the vectors, the rotation and translation parameters were calculated separately

    法通過二值化參考圖象和浮動圖象,沿x、 y得到向量,然後根據向量元素的大小和位置,分別檢圖象間旋轉、平移運動的大小。
  2. The obtained homographs can be employed to distinguish between surfaces with different characteristics, and to classify the surfaces of a planar object. regions in a line drawing and surfaces of an object are matched based on homographs

    最後,提出了一種新的以面作為匹配基元從單幅軸測投影線圖和單幅透視線圖識別平面立體的方法。
  3. Interpreting line drawing based on lines ' relations

    基於線線關系的正軸測投影線圖研究
  4. The study of axonometric drawing based on orthography

    基於正圖快速繪制圖的研究
  5. Axonometric projection axis

    軸測投影
  6. The algorithm, basing on convolution filtering technique and the fringes " gray values max - min distribution, can automatically and accurately carry out space frequency spectra shifting without spectra analysis and spectrogram in the technique of phase method of projected grating for 3 - d object shapes measurement. the new algorithm makes image processing much caster and the technique of object shapes measurement more automated. the phase error caused by filtering and the crossed - optical - axes geometry setup is also discussed

    本文採用光棚相位法和數字卷積濾波技術:根據柵線的條紋灰度值分佈具有極大極小分佈的特性,提出卷積濾波形貌光學自動檢的圖像處理方法,有效地實現了頻譜自動移位,從而進一步提高了圖像處理的速度和形貌量技術的自動化程度;同時對採用兩光學主相交,且非遠心系統所產生的誤差進行了分析,並提出了修正方法。
  7. Shift between perspective shade and axonometvic shade

    軸測投影與透視的互換
  8. This algorithm has high implementing speed and good reliability, because it makes use of opengl ' s high ability of process display buffer, deep buffer and stencil buffer efficiently. unlike the isometric projection algorithm this algorithm can display workpiece from any direction. 5

    我們充分利用了opengl提供的高速處理顏色緩存、深度緩存和模板緩有的功能,使得實現的演算法不僅運行速度快、穩定,而且克服了等軸測投影演算法不能在任意角度顯示工件加工過程的缺陷,具有一定的先進性。
  9. The natural line drawing is the one with hidden - parts - eliminated. based on the correlative constraints between vertices and straight lines on a planar object, we have proposed a new recursive method for computer interpretation of line drawings under orthographically axonometric projection

    在建立了相關約束關系式的基礎上,提出一種基於點與直線的相對位置關系遞歸解釋線框圖的新方法,主要針對的是正軸測投影線框圖的計算機解釋。
  10. It is introduced the representations of straight lines in two - dimensional plane and three - dimensional space, line drawing labeling, the theory and methods of computer interpretation of line drawings based on the relative position relationships of the vertices and the planes on a planar object

    在已有基於點與平面的相對位置關系解釋線框圖研究成果的基礎上,提出一種計算機遞歸解釋線框圖的方法,主要針對的是正軸測投影線框圖的計算機解釋。
  11. A new way to draw isometric projection drawing is suggested. this method has special and novel character, and has the special significance for to draw advertisement drawing and to draw isometric projection drawing

    提出一種全新的正等軸測投影畫法,該法獨特新穎,畫圖簡單,對廣告宣傳繪畫、計算機畫正等軸測投影圖有較大的實用意義。
  12. Studies on the mechanical properties of polyvinyl alcohol - chitosan hydrogel

    關于軸測投影一致性問題的探討
  13. On a new and better method of recognizing polyhedrons from an axonometric drawing

    基於類似形原理從單幅軸測投影圖識別平面立體
  14. In this thesis, six topological characteristics and geometry characteristics are proposed that are invariant under affine transformations and axonometric projection. the definition of homograph is given based on these characteristics, and then the recognizing method of the homograph is proposed according to the definition of homograph at the same time

    其次,根據仿射不變性提出了6個用來描述多邊形形狀的拓撲特徵和幾何特徵,這些特徵在軸測投影下是不變的,以這些特徵為約束條件給出了在軸測投影下類似形的定義。
  15. The two inspection algorithms of middle axis fitting and projection are proposed and the comparative result between the two algorithms is given

    提出中擬合和兩種檢演算法,並給出兩種演算法的比較結果。
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