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路人甲
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内业SOLUDTION软件操作

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更多 发布于:2007-10-02 19:20
<P >内业<FONT face="Times New Roman">SOLUDTION</FONT>软件操作流程</P>
<P >注意:观测完一测站后,需先关机后搬站。</P>
<P >内业<FONT face="Times New Roman">SOLUDTION</FONT>软件操作流程</P>
<P >下载<FONT face="Times New Roman">GPS</FONT>原始数据</P>
<P >开始菜单<FONT face="Times New Roman">\</FONT>程序<FONT face="Times New Roman">\ashtech solutions\download</FONT></P>
<P ><FONT face="Times New Roman">1.   file\connect\receiver\connect via cable  (</FONT>选择串口一般为<FONT face="Times New Roman">COM1</FONT>,波特率,然后确定连接<FONT face="Times New Roman">)</FONT>。</P>
<P ><FONT face="Times New Roman">2</FONT>.窗口左部分显示接收机内存文件,右部分可选择<FONT face="Times New Roman">PC</FONT>机中欲存数据的路径(文件夹)。利用右键功能可新建一个文件夹<FONT face="Times New Roman">(new directory)</FONT>。确认路径栏上显示的下载路径是否正确。</P>
<P ><FONT face="Times New Roman">3. </FONT>窗口左部选择正确的接受机文件(<FONT face="Times New Roman">windows</FONT>操作规则)。<FONT face="Times New Roman">                                </FONT>点击<FONT face="Times New Roman">edit\copy to(move to)</FONT>开始下载。</P>
<P >4.下载完毕,点击<FONT face="Times New Roman">file\switch data source(</FONT>或<FONT face="Times New Roman">disconnect)</FONT>。</P>
<P >5.重复1~4下载另一台接收机数据,直至全部完成。</P>
<P >注意:不同的单频机<FONT face="Times New Roman">STEP-1</FONT>下载数据时可能会出现重名情况(都是第<FONT face="Times New Roman">N</FONT>次开机),需将重名的文件改名(<FONT face="Times New Roman">B</FONT>文件、<FONT face="Times New Roman">E</FONT>文件、<FONT face="Times New Roman">S</FONT>文件均需改成同一名字)。否则引入内业<FONT face="Times New Roman">SOLUDTION</FONT>软件时,无法引入重名的文件。</P>
<P >一<FONT face="Times New Roman"> </FONT>建立项目</P>
<P >1.<FONT face="Times New Roman">  </FONT>打开<FONT face="Times New Roman">SOLUTION2.5</FONT>程序<FONT face="Times New Roman">,</FONT>进入“<FONT face="Times New Roman">Welcome </FONT>”(欢迎)屏。<FONT face="Times New Roman">   </FONT></P>
<P >2.<FONT face="Times New Roman"> </FONT>新项目一般信息</P>
<P ><FONT face="Times New Roman">  </FONT>单击<FONT face="Times New Roman">[Create a new project]</FONT>(建立一个新项目)钮,进入“<FONT face="Times New Roman">new                                 project</FONT>”(新项目)屏的“<FONT face="Times New Roman">Gerneral</FONT>”(一般信息)卡页;在“<FONT face="Times New Roman">Project</FONT>”后输入项目名。其中“<FONT face="Times New Roman">Comments</FONT>”“<FONT face="Times New Roman">Company</FONT>”“<FONT face="Times New Roman">Clien</FONT>”几项可填可不填。</P>
<P >3.<FONT face="Times New Roman"> </FONT>设置为大地坐标系<FONT face="Times New Roman">  </FONT>单击<FONT face="Times New Roman"> </FONT>“<FONT face="Times New Roman">Coordinate System</FONT>”(坐标系统)卡页由“<FONT face="Times New Roman">System Type</FONT>”(<FONT face="Times New Roman"> </FONT>坐标系统类型)列表框中选“<FONT face="Times New Roman">Geodetic</FONT>”(大地坐标系)。由“<FONT face="Times New Roman">Geodetic</FONT>”<FONT face="Times New Roman"> </FONT>列表框中选择“<FONT face="Times New Roman">World Geodetic sys</FONT><st1:chmetcnv w:st="on" UnitName="”" SourceValue=".1984" HasSpace="False" Negative="False" NumberType="1" TCSC="0"><FONT face="Times New Roman">.1984</FONT>”</st1:chmetcnv>。选择相应的高程系统大地高“<FONT face="Times New Roman">Ellipsoid elevation</FONT>”。<FONT face="Times New Roman"> </FONT></P>
<P >4.<FONT face="Times New Roman"> </FONT>设置其它参数单击“<FONT face="Times New Roman">new project</FONT>”(新项目)屏的“<FONT face="Times New Roman">Miscellaneous</FONT>”(其它参数)卡页,按卡标注逐项填选。</P>
<P >◆<FONT face="Times New Roman"> </FONT>选定“<FONT face="Times New Roman">Confidence Level</FONT>(置信水平)”:一般选标准差<FONT face="Times New Roman">                                        </FONT>○<FONT face="Times New Roman">95% Erorr(</FONT>按<FONT face="Times New Roman">95%</FONT>置信度<FONT face="Times New Roman">)</FONT>○<FONT face="Times New Roman">Standard Erorr(</FONT>按标准差<FONT face="Times New Roman">)</FONT></P>
<P >◆<FONT face="Times New Roman"> </FONT>给出“<FONT face="Times New Roman">Desired Project Accuracy</FONT>(项目要求精度)”:<FONT face="Times New Roman"> Horizontal</FONT>(平面默认)<FONT face="Times New Roman"> <st1:chmetcnv w:st="on" UnitName="m" SourceValue=".01" HasSpace="False" Negative="False" NumberType="1" TCSC="0">0.01m</st1:chmetcnv> + 1ppmVertical  </FONT>(纵向默认)<FONT face="Times New Roman"> <st1:chmetcnv w:st="on" UnitName="m" SourceValue=".02" HasSpace="False" Negative="False" NumberType="1" TCSC="0">0.02m</st1:chmetcnv> + 1ppm</FONT>若置信水平选了标准差则此处填两倍中误差若置信水平选了<FONT face="Times New Roman">95%</FONT>置信度此处填三倍中误差</P>
<P >◆<FONT face="Times New Roman"> </FONT>选定“<FONT face="Times New Roman">Linear Unit</FONT>(长度单为)”为“<FONT face="Times New Roman">Miters</FONT>”。</P>
<P >◆<FONT face="Times New Roman"> </FONT>确定<FONT face="Times New Roman"> </FONT>“<FONT face="Times New Roman">Blunder Detection</FONT>(粗差探查范围)”:</P>
<P ><FONT face="Times New Roman">*“Minimum verctor time span</FONT>(基线求解最少的同步观测时间跨度)”,默认为<FONT face="Times New Roman">5 Min</FONT>(分钟)。<FONT face="Times New Roman">*</FONT>“<FONT face="Times New Roman">Valid antenna height range</FONT>(有效天线高范围)”由<FONT face="Times New Roman"> </FONT><st1:chmetcnv w:st="on" UnitName="米" SourceValue="0" HasSpace="True" Negative="False" NumberType="1" TCSC="0"><FONT face="Times New Roman">0 </FONT>米</st1:chmetcnv>——<st1:chmetcnv w:st="on" UnitName="米" SourceValue="3" HasSpace="False" Negative="False" NumberType="1" TCSC="0"><FONT face="Times New Roman">3</FONT>米</st1:chmetcnv>。<FONT face="Times New Roman"> </FONT></P>
<P >◆<FONT face="Times New Roman"> </FONT>选定“<FONT face="Times New Roman">Time</FONT>(时间系统)”:○<FONT face="Times New Roman"> UTC</FONT>(世界协调时)<FONT face="Times New Roman">  </FONT>;○<FONT face="Times New Roman">                                 Local</FONT>(地方时),在地方时上打勾。输入时差(<FONT face="Times New Roman">Local-UTC</FONT>)<FONT face="Times New Roman">= 8 Hrs</FONT>(小时)。</P>
<P >◆<FONT face="Times New Roman"> </FONT>“<FONT face="Times New Roman">Processed verctor erorr scaling  factor</FONT>(向量误差尺度因子)”,为平差计算先验尺度,默认为<FONT face="Times New Roman">1</FONT>。</P>
<P >◆<FONT face="Times New Roman"> </FONT>选定“<FONT face="Times New Roman">ANTENNA</FONT>(天线高类型)”:<FONT face="Times New Roman">SLANT</FONT>斜高。<FONT face="Times New Roman"> </FONT>“<FONT face="Times New Roman">new project</FONT>”(新项目)屏各卡页填选完毕无误后,单击<FONT face="Times New Roman">[OK]</FONT>钮,弹出添加数据文件框<FONT face="Times New Roman"> </FONT></P>
<P >二<FONT face="Times New Roman"> </FONT>、给项目添加数据</P>
<P >1.<FONT face="Times New Roman"> </FONT>选<FONT face="Times New Roman">[Add raw data files from disk]</FONT>钮,如下图所示,由磁盘拷贝原始观测数据到项目文件。</P>
<P >2.<FONT face="Times New Roman"> </FONT>选定欲添加的数据文件,单击<FONT face="Times New Roman">[OK]</FONT>钮;(如果是从接收机下载数据,则选<FONT face="Times New Roman">[Add raw                                 data files from recever]</FONT>钮<FONT face="Times New Roman">,</FONT>进行数据下载。完毕后进入软件主屏)</P>
<P ><FONT face="Times New Roman">3</FONT>、<FONT face="Times New Roman"> </FONT>测站属性(点号,点描述,天线高等)<FONT face="Times New Roman">workbook</FONT>窗口下(或双击时间条):<FONT face="Times New Roman"> * observation</FONT>:<FONT face="Times New Roman">site ID:</FONT>键入点号<FONT face="Times New Roman">antenna height:</FONT>键入天线高<FONT face="Times New Roman">height type:</FONT>选择斜高<FONT face="Times New Roman">slant</FONT>(或<FONT face="Times New Roman">vertical</FONT>垂高)<FONT face="Times New Roman">antenna type:</FONT>选择天线型号单频机<FONT face="Times New Roman">STEP-1</FONT>:<FONT face="Times New Roman">103661</FONT>双频机<FONT face="Times New Roman"> Z-X</FONT>:<FONT face="Times New Roman">701975-01-GP</FONT> <FONT face="Times New Roman">* sites</FONT>:<FONT face="Times New Roman">site descriptor</FONT>:键入测站描述<FONT face="Times New Roman">  </FONT></P>
<P >3.单击工作簿中的“<FONT face="Times New Roman">Occupation</FONT>”卡页,查看原始数据文件。(如果仪器是<FONT face="Times New Roman">LOCUSS</FONT>则需进行站点标识符、天线高等的编辑)。</P>
<P >三<FONT face="Times New Roman"> </FONT>、求解基线向量(<FONT face="Times New Roman">GPS</FONT>原始观测数据处理)</P>
<P ><FONT face="Times New Roman">1</FONT>、粗差探测<FONT face="Times New Roman">Blunder detection</FONT>单击菜单“<FONT face="Times New Roman">RUN</FONT>”—<FONT face="Times New Roman">Blunder detected,</FONT>软件根据设置的“粗差探查范围”自动检测错误输入的天线高和基线观测时间段。查看报文信息窗口<FONT face="Times New Roman">,</FONT>如果有粗差,在报文信息窗口会显示红色信息。</P>
<P ><FONT face="Times New Roman">2</FONT>、基线解算逐项单击菜单“<FONT face="Times New Roman">RUN</FONT>”—<FONT face="Times New Roman">Processing</FONT>—<FONT face="Times New Roman">All</FONT>。随即网图被打开、工作表切换到“<FONT face="Times New Roman">Vector</FONT>”(向量)卡页,并不断刷新网图和添加解算结果。</P>
<P ><FONT face="Times New Roman">3</FONT>.查看及应对措施注意,基线解中的“<FONT face="Times New Roman">QA</FONT>”栏中为空白表示合格(其标准差在限差之内)说明已求得固定双差解,若出现“<FONT face="Times New Roman">Failed</FONT>”,表示标准差大于限差,只求得浮动双差解。对未通过<FONT face="Times New Roman">QA</FONT>检测的基线进行图形编辑(删除时间段、删除卫星、取消选择不良参考星等操作)。采取的措施:如图在基线“<FONT face="Times New Roman">VECTOR</FONT>”栏中鼠标右击未通过<FONT face="Times New Roman">QA</FONT>检测的基线,选择“<FONT face="Times New Roman">VIEW RAW                                 DATA</FONT>”先查看该条基线两个设站点接受的卫星信号图,通过右击鼠标可选择查看卫星的“信噪比”、“截止高度角”、“相位载波”、“残差分析”(在基线“<FONT face="Times New Roman">VECTOR</FONT>”栏中鼠标右击基线,选择“<FONT face="Times New Roman">VIEW RESIDUAL</FONT>”)中有无卫星失锁,信号不好等情况,在基线“<FONT face="Times New Roman">VECTOR</FONT>”栏中鼠标右击基线,选择“<FONT face="Times New Roman">PROCESS</FONT>”修改其高度角或屏蔽信号时间段特别短的卫星,或把某颗卫星失锁的时间段删掉。如果这些措施无效:</P>
<P >(<FONT face="Times New Roman">1</FONT>)若此基线不影响整个网结构,就得删除坏基线,右击坏基线随即弹出:<FONT face="Times New Roman">                                                     Exclude</FONT>(排除)<FONT face="Times New Roman">Properties  </FONT>(特性)选“<FONT face="Times New Roman">Exclude</FONT>”(排除),则在“<FONT face="Times New Roman">Vector</FONT>”卡页上删除<FONT face="Times New Roman">(</FONT>变灰<FONT face="Times New Roman">)</FONT>此基线。</P>
<P >(<FONT face="Times New Roman">2</FONT>)若此基线比较重要则需改善观测环境重测该基线。<FONT face="Times New Roman">     </FONT></P>
<P ><FONT face="Times New Roman">4</FONT>.逐日添加观测数据并解算新添加的基线在菜单项“<FONT face="Times New Roman">Project</FONT>”下,选<FONT face="Times New Roman">Add Processed Vector</FONT>(添加处理过的向量)不断将新基线添加到<FONT face="Times New Roman">GPS</FONT>网。</P>
<P >四、<FONT face="Times New Roman"> GPS</FONT>网最小约束平差</P>
<P >1.<FONT face="Times New Roman"> </FONT>做自由网平差计算运行<FONT face="Times New Roman">Run</FONT>—<FONT face="Times New Roman">Adjustment</FONT>,做平差计算。</P>
<P ><FONT face="Times New Roman">2</FONT>.查看并分析自由网平差结果在“<FONT face="Times New Roman">Tau Test</FONT>”栏有两处出现“<FONT face="Times New Roman">Failed</FONT>”(失败),但其残差并不大;再看下方的报文信息框中的“<FONT face="Times New Roman">Standard  Error of Unit Weight</FONT>”(单位权标准差)如果它接近<FONT face="Times New Roman">1,</FONT>说明不存在明显粗差;如果其中含有“<FONT face="Times New Roman">Chi</FONT>—<FONT face="Times New Roman">Square</FONT>:<FONT face="Times New Roman">Failed</FONT>”(χ<FONT face="Times New Roman">2</FONT>检验失败)说明向量误差尺度估计偏小(或偏大)。如图下面部分所示:在浏览框中查看</P>
<P ><FONT face="Times New Roman">Chi-square test:  failed Lower limit: 8.230746</FONT></P>
<P ><FONT face="Times New Roman">              Upper limit: 31.526379 </FONT></P>
<P ><FONT face="Times New Roman">              Chi-square: 6.083504</FONT></P>
<P ><FONT face="Times New Roman">            Variance of Unit Weight: 0.337972</FONT></P>
<P ><FONT face="Times New Roman">Standard Error of Unit Weight: 447164.309429</FONT></P>
<P ><FONT face="Times New Roman">3. </FONT>基线向量误差尺度因子若开方检验未通过<FONT face="Times New Roman">Chi-square test:  failed</FONT>在菜单项“<FONT face="Times New Roman">Project</FONT>”下选<FONT face="Times New Roman">Setting</FONT>,单击“<FONT face="Times New Roman">Miscellaneous</FONT>”卡页。将“<FONT face="Times New Roman">Processed vector error</FONT>”处理的向量误差尺度因子(默认为<FONT face="Times New Roman">1</FONT>)调为“<FONT face="Times New Roman">Standard Error of Unit Weight</FONT>”所显示的数字<FONT face="Times New Roman">(</FONT>单位权标准差如上<FONT face="Times New Roman">447164.309429)</FONT>。单击<FONT face="Times New Roman">[OK]</FONT>钮,返回主屏。再进行自由网平差。反复迭代使开方检验通过。</P>
<P ><FONT face="Times New Roman">4. </FONT>重新做自由网平差计算此时“<FONT face="Times New Roman">Chi</FONT>—<FONT face="Times New Roman">Square</FONT>:<FONT face="Times New Roman">Passed</FONT>”(χ<FONT face="Times New Roman">2</FONT>检验通过);若“<FONT face="Times New Roman">Tau Test</FONT>”栏仍为“<FONT face="Times New Roman">Faile</FONT>”(失败),其残差不大,而且是短边,所以仍保留,不予删除。表中“<FONT face="Times New Roman">QA</FONT>”栏已全部合格,认定自由网平差是好的。</P>
<P ><FONT face="Times New Roman">5.</FONT>到此,自由网平差结果的精度反映了<FONT face="Times New Roman">GPS</FONT>测量的真实质量。下一步需要做控制点约束平差,同时完成坐标转换工作。如果在约束平差这一步出问题,多数属于控制点精度不匹配引起,而不是<FONT face="Times New Roman">GPS</FONT>测量的问题。</P>
<P ><FONT face="Times New Roman">  </FONT>五、约束平差</P>
<P ><FONT face="Times New Roman">a) </FONT>立基准坐标系。</P>
<P >点击“<FONT face="Times New Roman">Project\settings</FONT>”。</P>
<P >在<FONT face="Times New Roman">Coordinate</FONT>卡页下将“<FONT face="Times New Roman">system</FONT>”右边的下拉菜单中的坐标系统选择为<FONT face="Times New Roman">Grid(</FONT>基准坐标系<FONT face="Times New Roman">)</FONT>。在“<FONT face="Times New Roman">Grid</FONT>”右边的下拉菜单中选择“<FONT face="Times New Roman">NEW</FONT>”。点击其右边的“□”,进入“<FONT face="Times New Roman">Grid System Definition</FONT>”卡页:<FONT face="Times New Roman">A</FONT>在“<FONT face="Times New Roman">system name</FONT>”右边输入自定义的基准坐标系统名<FONT face="Times New Roman">B</FONT>在“<FONT face="Times New Roman">zone</FONT>”右边的下拉菜单中选择“<FONT face="Times New Roman">NEW</FONT>”<FONT face="Times New Roman"> C</FONT>点击其右边的“□”,进入“<FONT face="Times New Roman">Zone Definition Dialog</FONT>”卡页:</P>
<P ><FONT face="Times New Roman">1</FONT>、在“<FONT face="Times New Roman">name</FONT>”右边输入自定义投影方式名称</P>
<P ><FONT face="Times New Roman">2</FONT>、在“<FONT face="Times New Roman">Geodetic</FONT>”右边的下拉菜单中选择投影面为“<FONT face="Times New Roman">Beijing </FONT><st1:chmetcnv w:st="on" UnitName="”" SourceValue="1954" HasSpace="False" Negative="False" NumberType="1" TCSC="0"><FONT face="Times New Roman">1954</FONT>”</st1:chmetcnv></P>
<P ><FONT face="Times New Roman">3</FONT>、在其下面的表格<FONT face="Times New Roman">Longitud of Central Meridian</FONT>中输入自定义基准坐标系的中央子午线经度(可以输入当地的大概的经度作为中央子午线经度,注意:我们的中央子午线都是东经<FONT face="Times New Roman">E</FONT>。)</P>
<P ><FONT face="Times New Roman">4</FONT>、比例缩放因子<FONT face="Times New Roman">Scale factor at Central Meridian</FONT>输入<FONT face="Times New Roman">1,</FONT>东坐标(西移<FONT face="Times New Roman">500</FONT>公里)<FONT face="Times New Roman">False of grid </FONT></P>
<P ><FONT face="Times New Roman">origin</FONT>中输入<FONT face="Times New Roman">500000</FONT>,然后点击“<FONT face="Times New Roman">OK</FONT>”或“确定”字样直至自动退出这个设置。</P>
<P ><FONT face="Times New Roman">b) </FONT>立地方坐标系,并求得基准坐标系和地方坐标系的转换关系。</P>
<P ><FONT face="Times New Roman">A</FONT>点击<FONT face="Times New Roman">Project\settings</FONT>,在<FONT face="Times New Roman">Coordinate</FONT>卡页下将“<FONT face="Times New Roman">system</FONT>”右边的下拉菜单中的坐标系统选择为“<FONT face="Times New Roman">Local Grid</FONT>”<FONT face="Times New Roman">(</FONT>自定义坐标系<FONT face="Times New Roman">)</FONT></P>
<P ><FONT face="Times New Roman">B</FONT>在“<FONT face="Times New Roman">Local Grid</FONT>”右边的下拉菜单中选择“<FONT face="Times New Roman">NEW</FONT>”,然后点击其右边的“□”,进入“<FONT face="Times New Roman">Local Grid System Definition</FONT>”卡页:在“<FONT face="Times New Roman">name</FONT>”右边输入自定义的地方坐标系统名,点击<FONT face="Times New Roman">  </FONT>最下面的按钮“<FONT face="Times New Roman">Estimate</FONT>…”进入“<FONT face="Times New Roman">Local Grid Transformation Parameter Estimation</FONT>”对话框,输入已知点的地方坐标,点击按钮“<FONT face="Times New Roman">calculate</FONT>”<FONT face="Times New Roman">,</FONT>然后点击“<FONT face="Times New Roman">ok</FONT>”或“确定”字样直至退回到“<FONT face="Times New Roman">Project </FONT></P>
<P ><FONT face="Times New Roman">settings</FONT>”对话框的“<FONT face="Times New Roman">Coordinate system</FONT>”卡页,在此卡页的最下面的“<FONT face="Times New Roman">heightsystem</FONT>”(高程系统)选项中选择“<FONT face="Times New Roman">Orthometric Eveati</FONT>”<FONT face="Times New Roman">(</FONT>正常高系统<FONT face="Times New Roman">)</FONT>,然后点击“确定”按钮。</P>
<P ><FONT face="Times New Roman">c) </FONT>入控制点坐标,约束平差。</P>
<P >1.<FONT face="Times New Roman"> </FONT>在“<FONT face="Times New Roman">workbook</FONT>”卡页上的“<FONT face="Times New Roman">control site</FONT>”(控制点)中输入控制点的坐标以及高程,选择控制点类型(<FONT face="Times New Roman">type</FONT>)和约束类型<FONT face="Times New Roman">(fixed)</FONT>,由菜单项“<FONT face="Times New Roman">RUN</FONT>”下选<FONT face="Times New Roman">Adjustment</FONT>,进行约束平差计算,自动切换到“<FONT face="Times New Roman">Adjustment  Analysis</FONT>”卡页,并显示出平差结果。</P>
<P >2.<FONT face="Times New Roman"> </FONT>单击工作簿中的“<FONT face="Times New Roman">Sites</FONT>”卡页,查看经约束平差后的站点坐标。查看<FONT face="Times New Roman"> </FONT>“<FONT face="Times New Roman">Std.Err</FONT>”栏相应各站点的两倍点位标准差值。欲查看“<FONT face="Times New Roman">95% Err</FONT>”(<FONT face="Times New Roman">95% </FONT>误差),右键单击“<FONT face="Times New Roman">Std.Err</FONT>”栏,在弹出的框中选“<FONT face="Times New Roman">95% Err</FONT>”<FONT face="Times New Roman"> </FONT>即可。</P>
<P >六、<FONT face="Times New Roman"> </FONT>项目报表生成</P>
<P ><FONT face="Times New Roman">1</FONT>、<FONT face="Times New Roman"> </FONT>选“<FONT face="Times New Roman">Project</FONT>”菜单下的<FONT face="Times New Roman">Report</FONT>项。欲查看所列各节的全部内容,单击“<FONT face="Times New Roman">Adjustment  Results</FONT>”(平差结果)节左的“<FONT face="Times New Roman">+</FONT>”号即可照此列出“<FONT face="Times New Roman">Miscellaneous</FONT>”的内容,其它各节的内容亦照此办理。单击<FONT face="Times New Roman">[Add >>]</FONT>钮,将左边框中的所列各节内容纳入报表。如若从右边框中删去某项,只须将其点亮后,再击<FONT face="Times New Roman">[Remove<]</FONT>钮即可。</P>
<P ><FONT face="Times New Roman">2</FONT>、<FONT face="Times New Roman"> </FONT>单击<FONT face="Times New Roman">[OK]</FONT>钮,进入报表编辑器设置对话框。默认报表编辑器是<FONT face="Times New Roman">Microsoft Word</FONT>。如果必要,可做修改、打印、记盘。</P>
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gaotq0
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发布于:2007-11-12 11:33
<img src="images/post/smile/dvbbs/em02.gif" />
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ibm6369
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发布于:2008-04-27 23:23
<img src="images/post/smile/dvbbs/em04.gif" /><img src="images/post/smile/dvbbs/em05.gif" />
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linuo214
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zhasheng
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发布于:2009-08-13 14:26
<P>我 有个问题请教一下,,</P>
<P>我在<STRONG>SOLUDTION下怎么设置80西安坐标系的投影?软件并没有预设参数,自己新建坐标系么?</STRONG></P>
<P><STRONG>怎么新建?</STRONG></P>
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