Corrected two-finger double-tap zoom-out behavior in Image and PDF Viewer to completely zoom out. 修正两根手指双击放大图像和PDF浏览器时反而完全缩小的错误。
Simplify Circuit of Linear Interpolation for Image Zoom 一种图像缩放的简化双线性插值电路
You must right-click on an image to Zoom. 必须用鼠标右键单击要缩放的图像。
With these three simple functions, you've now added the ability to let the user drag around the image, panning it regardless of its zoom level. 通过这三个简单的函数,你已经添加了让用户拖动图片的功能了,拖动图片而不需要考虑图片的缩放基本。
Users can simply click on the thumbnail image to zoom in on a larger, clearer picture. 用户只要在缩略图上单击,就能得到一张清晰的大图。
We give out the theory of image zoom in the paper. Thinking of the calculate problem, we introduce the method of JAVA Multi-Threading to realize parallel computation. And they can run in many CPU. 给出了图像缩放的原理,考虑到几种算法的计算量问题,引入JAVA多线程方法,并实现了并行计算及在多个CPU上运行。
In the step of theory research, we studied the image zoom methods closely relating to output effect of video wall controller. 在理论研究阶段,我们对与电视墙控制器输出效果紧密相关的图像放大算法进行了研究。
Image zoom based on curve and surface evolution 基于曲线曲面演化的图像放大方法
Experimental results show that the algorithm is accurate and rapid, for the reason of omitting the complicated fingerprint image rotating and zoom. The efficiency and practicability of recognition are enhanced. 试验结果表明,本算法由于省略了指纹识别理论中复杂的图像旋转及图像缩放过程,提高了算法的效率和实用性,具有较快的反应速度和较好的准确性。
The Study of the Implement of Interpolation Arithmetic in Image Zoom 插值算法应用在图像缩放中的研究
In order to keep image-magnifying rate of optical system unchanged in eye-gaze human-computer interaction, automatic zoom is used to keep image size by motorized zoom lens and eye characteristic which is tracked based on image processing. 在视觉人机交互中,为实现光学系统成像放大率不变,采用电动变焦镜头,基于图像处理跟踪人眼特征信息,自动变焦实现图像大小不变。
In this thesis, an intelligent digital video monitoring system based on common PC operation system was proposed. The system includes image signal collection, image encoding, pan/ tilt/ zoom control, and moving objects detection and tracking. 本论文实现了一种基于普通PC操作系统的智能式数字视频监控系统,研究了包括视频图像采集、视频图像编码、云台镜头系统控制和运动目标检测跟踪的软件编程和硬件系统集成等方面问题。
Image Digital Zoom ( View Interpolation) Algorithm with Digital Still Camera 基于数码相机的图象数字变焦(视图插补)算法
Firstly, we analyzed the traditional image zoom methods include nearest neighbor interpolation, bilinear interpolation, and discussed the scheme of their hardware realization. 首先分析了传统图像放大算法中的重复放大算法和线性插值算法,研究了硬件实现方案。
Then, we went deep into two new image zoom methods, optimized them and analyzed their complexity and hardware feasibility. 然后,对两种新图像放大算法&小波放大和邻域交换插值进行了深入研究和优化,分析了运算复杂度和硬件可行性。
The optimization design of the cam curve is very important in the design of a zoom system because it will eventually affect the stability of image surface and flexibility during zoom operation. 由于变焦系统的凸轮曲线对变焦过程中像面的稳定、操作的灵活性都有重要影响,因此变焦曲线的优化设计有着重要的意义。
A Study of the Transverse Image Displacement in Zoom System 变焦距系统像点漂移的研究
In this paper, we apply the curve and surface evolution equation to image zoom. The geometry meaning of this zoom method is to choose among Wv, s the image that has the smallest internal energy of the Snake. 用这个曲线曲面演化方程进行图像放大,其几何意义是在空间Wv,s中选择使图像的Snake内部能量最小的放大方法。
Beside these, image interpolation methods and their application in image rectification and zoom were also discussed. 除此之外,本文还讨论了图象插值技术及其在图象矫正和缩放中的应用。
Establishment of Differential Equation for Optical Inverted Image Zoom and Its Application 光学转像变倍微分方程的建立及其应用
The size of pretreatment image is related to the speed of image segmentation, so we need the image zoom in and out. 预处理图像的大小,关系到图像分割的速度,所以要就对图像进行放缩处理。
According to the selected algorithms, of the non-uniform correction, blind point compensation, image enhancement and zoom all functions of the system are implemented on the hardware platform. 按照选定了的非均匀校正、盲元补偿、图像增强以及放大的算法,在硬件平台上实现整个系统的功能。
Digital image processing technology contains many different research directions. Image zoom, which penetrates in all application areas of digital image processing, is one of the most widely used digital image processing techniques. 数字图像处理包含许多不同的研究方向,其中图像放大是数字图像处理技术中应用最多最普遍的技术之一,其渗透在数字图像处理的各个应用领域中。
Own laboratory, put forward a kind of image retargeting algorithm based on quadratic programming, and on this basis, the author uses matlab to realize the algorithm, including significant extraction of image and image zoom processing. 本人所在实验室提出了一种基于二次规划的图像缩放算法,在这基础之上,作者使用matlab实现了这个算法,包括图像的显著性提取以及图像的缩放处理。
It introduces a new image-reduction approach: it processes the image zoom in and out using the combination of morphology and interpolation method, the effect is significant. 本文应用了一个新颖的图像放缩的方法:结合闭运算和插值的方法对图像进行放缩处理,效果显著。
Motion compensation algorithm adopt fast image rotation algorithm based on linear storage space of images, to realize fast image translation, rotation and zoom. 运动补偿采用基于图像线性存储空间的快速图像旋转算法,实现图像的快速平移、旋转和缩放。
Then, single node and multi-node panorama view technology are introduced, in which a single node panorama view of the principles and implementation techniques are introduced, using image interpolation to solve the zoom image problem. 然后分析了单视点全景图和多视点全景图浏览的技术,其中对单视点全景图浏览的原理和实现技术进行研究,其中在单视点全景图浏览中使用图像插值来解决放大、缩小图像问题。
At present commonly used method is linear scaling method, just mechanical click the image size to zoom, therefore there exists the image distortion shortcomings. 目前常用的方法是线性缩放方法,只是机械的按图像尺寸大小进行缩放,存在着图像失真的缺点。
Image zooming-out and enlargement ( for short zoom) are as a basic operation of image processing. 图像放大和缩小(简称缩放或放缩)是图像处理的一种基本操作。