右键图层然后点击栅格化文字。
矢量多边形的栅格化算法是地理信息系统的基础算法之一。
The algorithm of transferring vector polygon to raster data is one of the basic algorithms of GIS.
在图层面板中栅格化文字层，在文字层上双击打开图层样式窗口。
Rasterize the text layer in the Layers palette and double click on the text layer to open the layer styles window.
因为这是一个形状(矢量对象)，在做下一步之前首先是要栅格化图层。
Because this is a shape (a vector object) to apply the next step I will have to rasterize this shape first.
当应用时，栅格化将会永久的背景上绘制图片对象，因此您将不再能够编辑该对象。
When applied, Rasterize will permanently draw the object on the background picture so you will no longer be able to edit the object afterwards.
分析了栅格线宽度、栅格线间距、栅格化方式等参数对天线的谐振频率、增益的影响。
The effect of the mesh line-width, mesh line-spacing and the meshing style on the resonant frequency and gain of the antenna is analyzed.
针对GIS面状拓扑数据，提出了一种快速栅格化算法———差分边界标志与累加扫描算法。
Aiming to rasterize topological region data in GIS, we present a fast algorithm named as difference boundary-labeling and accumulating-scan algorithm.
然而，传统的栅格化是一个伴随有属性信息损失的过程，主要原因在于一个栅格单元区域内存在混合类型。
However, traditional rasterizing method is a conversion process accompanied with attribute information loss, the main reason of which is "various types existing in one grid".
执行图层 >栅格化 > 图层 ，然后选择油漆桶工具 ，使用 #333333颜色填充USB接口。
To fill the USB slot with colour go through Layer>Rasterize>Layer and then pick the Paint Bucket Tool and use the color #333333 .
为了将文字放置在合适的位置，你要首先执行图层 >栅格化 >图层 ，然后按Ctrl+T进入自由变换模式。
To position your text in the right position, you will have to go first though Layer>Rasterize>Layer and then press Ctrl+T to go into Free Transform mode.
根据彩色栅格城市交通地图图像中各类地理要素的特征，提出一种基于区域特征和连接成分的地图图像规范化算法。
Based on the dissimilar features of the different geographical elements, a normalizing algorithm is put forward on the basis of region features and connected component of others than regions.
它将高维输入空间的数据映射到一个低维、规则的栅格上，从而可以利用可视化技术探测数据的固有特性。
It projects input space on prototypes of a low - dimensional regular grid that can be effectively utilized to visualize and explore properties of data.
该文针对利用GIS现有空间查询接口进行海量遥感栅格数据库空间可视化检索效率低下的问题。
It is inefficient to visually retrieve image on magnanimous remote sensing raster image data base by some GIS spatial query interface.
以工程为单位，在统一空间基底的前提下，对矢量栅格基础空间数据进行一体化管理。
Taking engineering as unit, united spatial base being supplied, vector-grid basic spatial data was managed wholly.
首先通过机器人环境学习建立栅格地图，对环境中的障碍物实行矩形化建模。
Firstly, the known grid map is used to build each obstacle into a rectangular model.
此外，栅格大小与制造设计掩模的最小化电子束点大小成比例。
Additionally, the grid size is proportional to the minimum electron-beam-spot size used to create the masks for the design.
此外，栅格大小与制造设计掩模的最小化电子束点大小成比例。
Additionally, the grid size is proportional to the minimum electron-beam-spot size used to create the masks for the design.
应用推荐