- 更多网络例句与几何作图问题相关的网络例句 [注：此内容来源于网络，仅供参考]
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The suggested one is more effective for drawing generation of questions in descriptive geometry.
这一方法有助于提高求解画法几何问题的作图效率。
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Using computer aided geometrical drawing function,this method is introduced to draw force polygon conveniently and accurately under AutoCAD environment,which meets with the higher request in the engineering nowadays.
以手工作图为主的图解法是一种求解力系问题的常用方法，介绍此方法在Auto-CAD环境之下，借助其强大的几何设计绘图功能，方便、精确地做出力的多边形，从而更好地满足工程实际要求。
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Conventional graphic solution was often manually used to solve the problem of the spatial geometry in Descriptive Geometry and thus the result is inaccurate.
传统图解法通常采用手工绘图解决空间几何问题，作图结果不精确。
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For solving regular polygon,the author presents a geometrograph which divides the circumference uniformly and arbitrarily; and derives an analytic expression.
介绍任意等分圆周的几何作图法及所推导的解析表达式，提出用解三角形法解决正多边形零件在设计和加工中的计算问题。
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This paper discusses the drawing of hyperbola normal through a point outside the hyperbola and points out the unsolvability of geometric drawing method and the unintegrality of optimization method.
对过双曲线外一定点的法线作图问题作了探讨，提出了几何作图法的不可解性及优化法解的不全性。
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Finally, detailed analysis on main problems existing in present research on windage yaw phenomenon is conducted.
所采用的静态受力平衡算法存在的问题进行了详细分析，给出了一种最大风偏角的修正方法；在确定杆塔与导线之间最小空气间隙时，传统做法是通过复杂的几何作图来估算，文中通过在杆塔计算模型中引入笛卡儿二维坐标系使计算更为简洁方便，且提高了准确度；最后对目前风偏现象研究中存在的几个主要问题进行了详细分析。
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Although the accuracy in meterological forecast of tropical cyclones has been distinctly improved, it is still a difficult problem confronting masters and anti-typhoon team leaders of the companies how to steer clear of typhoon reasonably and safely in case that the actual resistance to typhoon is strong enough, the sea area wide enough, and the time permitting ; to avoid unreasonable deviation,anchoring for shelter, blindly rushing onto her path,being involved in storm area,even into the the center of typhoon; under the limitation of the condition of the sea area and time.how to take correct meassures to escape , such as navigating with wind or windward in bias angle, slowing down, anchoring, berthing alongside the warf, mooring to buoy,etc.
传统的解决办法是，将台风中心的预报位置和本船的船位点绘在《台风位置标示图》上，研究本船与台风的相对位置以及相互间动态的发展态势，考虑各种因素的影响并留有充分余地，在小比例尺海图上用几何相对运动标绘的方法作图绘算出本船应采取的避台航向。本文所讨论的就是为迅速和较为精确地解决以上点绘和相对运动标绘的问题，在考虑了各种因素的影响并留有充分余地的情况下，在全方位范围内搜索安全航向，对本船与台风的相对位置以及两者之间的动态发展态势作出预报，并给出船长最关心的、对其作出避台决策至关重要的一组数据和直观图形，帮助使用者及早制订科学合理的避抗预案，及时果断地采取正确有效的避抗措施，解决避台决策的实际问题而设计的一个计算机标绘系统。
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The root-cause for the synchronous error of multiple axes of the vehicle panoramic sight platform was found after analysis with the geometric method. Since the synchronous error is caused by the windage angle produced in the working process of the optoelectronic platform, the method to correct the angular deviation at any distance is proposed. The experiment for solving the problem was implemented. The experiment indicates that the method is valid.
针对车载周视观瞄平台异轴同步性问题采用几何作图法进行分析，得到异轴同步问题产生的根源是不同光电平台转动过程中由于存在偏差角所致，对校准距离情况下的角偏差，距离小于校准距离情况下的视差和距离大于校准距离情况下的角偏差在3中不同区间的修正方法进行分析并进行等效近似，给出程序实现方法，最后用实验验证了此方法的正确性。
- 更多网络解释与几何作图问题相关的网络解释 [注：此内容来源于网络，仅供参考]
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tangency：接触
阿波罗尼奥斯问题(Apollonius' Problem)是古希腊数学家阿波罗尼奥斯(Apollonius of Perga)提出讨论的几何作图问题,载於他的著作>(Tangency)中,虽然原书经已失传,但学者帕波斯(Pappus of Aexandria)记载了他在>一书中所讨论的作图问题:设有3个图形,
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tangency：触
problem)是古希腊数学家阿波罗尼奥斯(apollonius of perga)提出讨论的几何作图问题,载於他的著作>(tangency)中,虽然原书经已失传,但学者帕波斯(pappus of aexandria)记载了他在>一书中所讨论的作图问题:设有3个图形,
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trisection of an angle：三等分角[问题]
三等分角问题(trisection of an angle)是二千四百年前,古希腊人提出的几何三大作图问题之一,即用圆规与直尺把一任意角三等分.问题的难处在于作图使用工具的限制.古希腊人要求几何作图只许使用直尺(没有刻度,只能作直线的尺)和圆规.这问题曾吸引着许多人去研究,