convex polygon造句
例句與造句
- A problem in combinatorial geometry about convex polygon
邊形的一個(gè)組合幾何問(wèn)題 - Closed convex polygon
閉凸多面體 - At the same time it realizes a convexity - preserving morph of the two convex polygons
同時(shí)本文方法實(shí)現(xiàn)了兩個(gè)凸多邊形的保凸變形。 - Convex polygon amalgamation algorithm used in real - time obstacle avoidance in virtual environment
用于虛擬環(huán)境中實(shí)時(shí)避障的凸多邊形融合算法 - However , the difficulty to derive the no - fit polygon of two non - convex polygons limited its application
但是由于直接求解兩個(gè)凹多邊形的臨界多邊形比較困難，長(zhǎng)期以來(lái)限制了它的應(yīng)用。 - It's difficult to find convex polygon in a sentence. 用convex polygon造句挺難的
- Using geometric method , a rational interpolation within convex polygons is constructed and extended to include side nodes
摘要構(gòu)造出凸多邊形上的一個(gè)新型有理插值，并將其推廣到含有邊節(jié)點(diǎn)的情況。 - ( 2 ) because the optimization method is adopted , this algorithm can realize shape matching of convex polygons with small difference
( 2 )此算法的優(yōu)點(diǎn)還在于：對(duì)于那些局部有較小差異的多邊形，可以準(zhǔn)確地實(shí)現(xiàn)匹配定位。 - Object shapes are represented by primitive shapes ( box , cone , cylinder , sphere ) , and complexes of polytopes ( line segments , convex polygons , convex polyhedra )
對(duì)象形狀用基本形狀（方框，圓錐形，圓柱，球）和復(fù)雜的多面體（線段，凸多邊形，凸多面體）來(lái)表達(dá)。 - In this thesis , i simplified this problem into the problem to calculate the nfp of two convex polygons by decomposing the non - convex polygon into convex polygon
本文提出了多邊形凸化分割的方法，將求解兩個(gè)凹多邊形的nfp問(wèn)題轉(zhuǎn)化為求解兩個(gè)凸多邊形的nfp問(wèn)題，并加以理論證明，成功地解決了這一問(wèn)題。 - The present paper is concerned with the solution for elastic field arising from an arbitrary convex polygon - shaped inclusion with uniformly distributed eigenstrains in an infinite elastic body having the imperfect interface
本文研究彈簧型非完美界面條件下，無(wú)限大彈體內(nèi)具有均勻本征應(yīng)變的任意多邊形夾雜所引起的彈性場(chǎng)問(wèn)題。 - As to simple concave polygons or complicated planar polygons with holes , they must be decomposed to the collection of triangular facets or arbitrary convex polygons to satisfy the requirement of succeeding graphic operations
對(duì)于簡(jiǎn)單凹多邊形或有內(nèi)孔的復(fù)雜平面多邊形，需要將它們剖分成三角面片的集合或任意凸多邊形的集合。 - The effective stiffness are compared with the ones by nozaki for n = 4 . numerical results show that the nature of the imperfect interface has significant effect on stiffness of a convex polygon - shaped fibers composites
并以正四邊形纖維橫截面作為算例，將所得有效模量與nozaki結(jié)果比較，數(shù)值結(jié)果表明界面的非完美性質(zhì)對(duì)凸多邊形纖維增強(qiáng)復(fù)合材料的有效性能有明顯影響。 - See , the definition says that any edge of the two vertices in the convex polygon will leave all other vertices in its right - hand - side . and the algorithm takes advantage of this . after the lecture i spent about one and half hour to finish a
黃教授什么也沒(méi)找到只好喝了口啤酒接著道： “小日本和老美當(dāng)初和小寡婦都相好過(guò)，不過(guò)小鬼子家住的近，最后，竟然想獨(dú)霸小寡婦并且連家都搬進(jìn)小寡婦家。 - In the algorithm , the convexity - concavity of vertexes and arcs must be identified , and a fast approach for identifying the convexity - concavity of line - arc closed curve is proposed . firstly , the orientation of a closed - curve is determined by constructing a new convex polygon . secondly , by using the orientation of the closed curve the convexity - concavity of vertices and arcs are identified
在算法實(shí)現(xiàn)過(guò)程中，由于需要對(duì)圓弧和直線段組成的封閉曲線的頂點(diǎn)、圓弧的凸凹性進(jìn)行判定，本文提出了一個(gè)圓弧和直線段組成的封閉曲線凸凹性快速判定方法，該方法首先通過(guò)構(gòu)造一中介凸多邊形求出封閉曲線的方向，然后根據(jù)封閉曲線方向確定頂點(diǎn)及圓弧的凸凹性，進(jìn)而確定封閉曲線的凸凹性。
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