Explains the options that specify how documents are displayed and positioned 介紹指定文檔顯示方式和定位方式的選項。
Unique c arm upper - and - lower localization system realize the different localization way 獨創c臂上下定位系統,實現上下不同的定位方式。
Xhtmldesigner use gdi to draw html form element , and use absolute coordinate , it is some like xdbdesigner , it s is characteristic include Vs . net的web窗體設計器可能是基于ie ,而本設計器是基于winform和gdi的,全部采用絕對坐標定位方式。
The aim of this thesis is to deal with gps position technology , realize automatic moving target tracking , which belongs to a part of portable telemetry tracking systems 本課題是便攜式遙測跟蹤接收系統的一部分,主要是實現以gps定位方式為基礎的運動目標跟蹤。
The former is used to describe all the types of process mode that can be implemented currently and the latter , is of the ways of position . ( 2 ) to expand basic process flow ( 1 )工藝庫的設計。工藝庫包括加工模塊和定位模塊兩部分,分別描述當前可以實現的各種加工技術和定位方式。 ( 2 )基本流程擴展。
Firstly , the paper gives a review of the current navigation and positioning methods of mobile robot , presents the structure of mobile robot and inverse differential gps system 論文首先回顧了目前移動機器人常用的導航定位方式,給出了課題所研究的移動機器人總體特點和所采用的idgps系統的總體構成。
First , proper way of gps positioning are selected according to the high dynamic flight characters of re - entry spacecrafts , such as high distance from the earth , high velocity and far awy from the launching point 本文首先根據再入航天器飛行高度高、速度快、飛行距離遠等特點,對gps定位方式進行選擇。
At last , this paper studied the optimization of extraction rules and compared several information location methods . the aim is to generate simple , robust and general extraction rules 最后,本文還對提取規則的優化問題進行了研究,對幾種信息定位方式進行了比較,目的是此基礎上編寫更為簡單、健壯和通用的提取規則。
According to the structure units " qualities that are given in the input data , and according to the process library , we can obtain the process type and position way that is fit for each structure unit 根據結構單元的實際情況,并考慮工藝庫中各種加工和定位方式的特性,我們可以為每個結構單元確定出合理的加工和定位方式。
With the development of pneumatic servo technology , the positioning mode of pneumatic robot has developed from the two - points simple mode to the multi - points now , and it will become the intelligent robot with sense system 隨著氣動伺服技術的發展,氣動機器人也從原來簡單的兩點定位方式發展為目前的多點定位方式,并向著帶有感知的智能型方向發展。