例如，不要通过一个流来处理大图像，一个以文件名或图像ID形式指向图像的指针将大大减小业务流引擎中的开销。
Instead of e.g. passing large images through a flow, a pointer to the image in form of a file name or image id causes much less overhead in the business flow engine.
要设置一种颜色，在一个空的方块上单击，指针将变成一滴管，从图像选择一种颜色并用左键单击。
To set a color, click on an empty square, the pointer will be transformed into an eyedropper, and pick a color from the image with a left-click.
SUBDATASET的域包含一些列子资料组，一般，这些用于提供指针指向存储在单个多文件的图像的列表（比如，HDF文件或者NITF文件）。
The SUBDATASETS domain holds a list of child datasets. Normally this is used to provide pointers to a list of images stored within a single multi image file (such as HDF or NITF).
基于差分图像确定投影原点的点弧线投影极值新算法，可快速获取仪表指针和分度线参数，且能区分分度线长短。
The image subtracting method and the point to arc projection extremum algorithm can derive the pointer and scale marks quickly, and separate the long and short graduation line.
如果成功，则返回指向图像列表的指针，拖动位图将被加入到其中去；否则返回NULL。
Pointer to the image list to which the dragging bitmap was added, if successful; otherwise NULL.
图像分割技术是智能模拟指针式仪表检定系统中的关键技术之一，直接影响到后续的图像处理和图像分析。
The image segmentation technology is one of the key technologies in analog signals meter auto-check-system. This technology directly works on follow image process and image analysis steps.
位图也用于必须被非常快地绘制的诸如图标，鼠标指针和出现在应用程序工具栏中按钮的小图像的显示。
Bitmaps are also used for displaying small images that must be drawn very quickly, such as ICONS, mouse cursors, and buttons that appear in application toolbars.
介绍了一种用图像处理技术实现模拟指针表指针和刻度自动对准代替人工对准的方法。
It introduces a automatic alignment method between analog pointer meter's pointer and scale to replace the artificial alignment method with image processing technology.
介绍了一种基于计算机图像识别技术实现的指示表全自动检定仪的设计方法，着重介绍了检定过程中的指针示值自动判读方法。
Design of automatic verification apparatus of dial gauges and the reading method of the pointer indicating values in the verification process is introduced.
当指针设备用于在图像上点击，表单提交和点击坐标传递给服务器。
When a pointing device is used to click on the image, the form is submitted and the click coordinates passed to the server.
本文主要论述了利用颜色提取及图像分割技术对电力变压器温度表指针位置进行识别处理的原理、步骤以及具体的实现过程。
This thesis mostly discusses the image processing and recognition means of thedial pointer position using the technology of color extracting and image segmentation.
将指针置于选定内容边框内部并将图像拖动到图像上的所需位置。
Position the pointer within the selection border and drag the image to the desired location on the image.
分析并研究了可用于指针图像处理的图像分割、图像滤波及图像的膨胀细化等运算方法。
The method of image threshold, image filter, image dilation and image thinning that can be used to the pointer image procession is analyzed and studied.
分析并研究了可用于指针图像处理的图像分割、图像滤波、边缘点提取、直线拟合、平行直线求距等运算方法。
It analyses and studies the operating method in image processing area, including image division, image filter, picking up edge point, drawing up line and getting the distance of parallel lines.
该方法主要包括水表图像预处理、图像分割以及指针读数识别。
That method includes the water meter image pretreatment mainly, the image breaks up and guiding principle numerical reading distinguishes.
创建一幅图像，从像素点的指针里面。
创建一幅图像，从像素点的指针里面。
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