介绍经纬仪极坐标放样法在公路施工应用中的操作方法，计算原理及步骤等。
It deals with the operation, calculation principle and steps in the application of transit polar setting-out in highway constructions.
该法利用大地直角坐标，直接用坐标放样法进行放样，计算简单，提高了作业效率。
This method makes use of the geodetic rectangular coordinates and setting out by coordinates to setting out the adding stakes directly, the calculation is simple and increases work efficiency.
分析了椭圆形建筑场馆施工点位坐标获取方法，进而阐述了智能全站仪坐标放样法在场馆中的实施方法。
The article analyses the method to obtain the coordinate of ellipse building, then sets forth the enforcement way of coordinate laying-out method with the intelligences total station instrument.
在公路常规勘测设计工作中，切线支距法是一种常用的中桩放样方法，但该方法以路线切线为基线，使用条件受到限制。
On regular highway reconnaissance work the tangent offset method is the most common one on highway route center stake layout but this method is limited because of route tangent as baseline for offset.
通过对极坐标法误差的计算论证了放样点误差主要是由测角误差引起。
Through polar coordinate method error calculus demonstrated that the setting-out point error is mainly caused by Angle measurement error.
目前，极坐标法放样已成为道路中线侧设和桥梁施工测量的一种简便、迅速、精确的方法。
At present, the method of polar coordinates has become an easy, fast and accurate way in midline measure of road and measure in bridge construction.
缓和曲线是一种常见的曲线形式。使用极坐标法放样可以避免偏角法的局限性。
The transition curve is a familiar curve form. And lofting with polar coordinates method can break through localization of deflection Angle method.
该文介绍了公路测量导线的概念，提出了一种以公路测量导线为基线的支距法进行公路中桩放样。
In this paper, the concept of highway measure traverse line is introduced and a new offset method based on measure traverse line is brought forward.
本文用极坐标法放样，讨论了线路曲线中任一点坐标计算公式及其近似公式的误差大小。收藏。
Using polar coordinate system to set out, the coordinate computing formula and the error of its approximate formula are discussed of any point in line.
使用极坐标法放样可以避免偏角法的局限性。
And lofting with polar coordinates method can break through localization of deflection Angle method.
红外测距仪、全站仪的广泛应用，使得坐标法曲线放样的应用更加广泛。
Due to the wide application of infrared distance meters and total stations, coordinate method is widely used in the layout of curves.
本文用极坐标法放样，讨论了线路曲线中任一点坐标计算公式及其近似公式的误差大小。
Using polar coordinate system to set out, the coordinate computing formula and the error of its approximate formula are discussed of any point in line.
由于侧方交会归化法放样计算简单，归化方便，是一种大多场合都可使用的放样方法。
As the side intersection reduction method is simple of calculation and convenient of reduction, it is a good method of being used everywhere.
通过对极坐标法误差的计算论证了放样点误差主要是由测角误差引起。
Through polar coordinate method error calculus demonstrated that the setting-out point error is mainly caused by Angle measurement err...
本文介绍了极坐标法放样线路曲线中桩及边桩的放样元素的计算，并给出了所编程序的基本框架。
This paper discusses the method of how to calculate the laying-out elements of middle-stake and side-stake of the route curve. And the basic frame of the calculation procedure is also given.
并对如何利用极坐标法进行道路施工测量放样作了论述。
Path Planning Based on the Polar Coordinates, Grids, and Fuzzy Controller;
并对如何利用极坐标法进行道路施工测量放样作了论述。
Path Planning Based on the Polar Coordinates, Grids, and Fuzzy Controller;
应用推荐