| 1. | In many cases sample coordinates are recorded on an orthogonal grid coordinate system .
在多数情况下，样品坐标记录在正交网络坐标系。 |
| 2. | In the vincinity of grid coordinate 653 . .
653号地区附近的所有市民 |
| 3. | In the vincinity of grid coordinate 653 . .
653号地区附近的所有市民 |
| 4. | In the vincinity of grid coordinate 653
653号地区附近的所有市民 |
| 5. | The vincinity of grid coordinate 65
在格形坐标65 .附近 |
| 6. | Gets or sets a value that enables or disables whether controls are automatically placed at grid coordinates
获取或设置一个值，该值指示控件是否自动放置于网格坐标处。 |
| 7. | According to real - time character requires and the precision demand of actually vehicle monitoring system , the article proposed a simplified model of wgs84 longitude and latitude to beijing 54 gauss grid coordinate . and analyzed its validity and suitability
根据车辆监控系统的实时性要求和实际定位精度需求，文中提出了一种wgs84经纬度到北京54的高斯平面坐标转换的简化模型，并分析它的有效性和适用性。 |
| 8. | This paper discussed the coordinate transformation method of wgs84 coordinate system to 1954 - beijing gauss grid coordinate . introduced transformation model of wgs84 to beijing 54 and computing method of transformation parameter . according to different model and computing method , computed and compared with the result combine real data
本文详细讨论了wgs84大地坐标转换到北京54坐标系下的高斯平面坐标的方法，重点介绍了wgs84和北京54的空间直角坐标的转换模型及转换参数的计算方法，并根据不同的模型和计算方法结合实际数据进行计算和结果的比较，认为采用基线向量求解的四参数模型具有较高的转换精度，分区变换和提高控制点精度也能提高转换的精度。 |
