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FusionV3融合实例教程

FusionV3实例教程阅读本文之前，您必须已经阅读完<FusionV3用户指南>，并对软件中所涉及到的术语、参数的含义都已了解。

本文我们将通过一个“横向两通道软件融合”的实例，为大家讲解Fusionv3的使用方法。

因为调试人员的大部分工作都集中在FusionCreative（客户端）中，所以本文大部分内容是讲解怎样使用FusionCreative。

本教程配有视频演示录像，便于用户快速理解。

在开始使用FusionCreative之前，首先要确认以下几项工作是否完成（可以按照<FusionV3用户指南>进行）：1.在融合机中安装了FusionV3服务器。

2.融合机与调试主机在同一局域网中，并且融合机已经设置了IP地址，本实例中我们设为192.168.0.15。

为了保证两台主机正确联网，可以先测试下两台主机能否互相从“网上邻居”访问。

3.融合机与调试主机的防火墙已经关闭，如果安装有类似“安全卫士360”的防火墙软件，注意需要将我们的程序设置为信任程序。

4.将通过Emial得到的融合软件可执行程序（本例为 “H2XGA.exe”）拷贝至融合主机中安装CudaImageFusionV3Server 时的目录下，默认为“C:\Program Files\CudaImage\”目录下。

5.将加密狗插入融合机的USB接口中，操作系统将正确识别出新硬件，并且任务栏右下角加密狗图标会变成墨绿色，如下图：6.保证融合机的系统时间比较正确。

7.已经在融合机的主卡上接入了一个全高清(1920*1080)显示器，并且使用DVI线连接为佳。

在融合子卡上接入了两台自然分辨率为XGA的投影机。

8.为显示器自定义1792*768分辨率，将两台投影机分辨率设置为1024*768，并按照正确顺序排列显示设备。

两台投影机工作正常运行FusionCreative我们得到如下界面：FusionCreative由五个功能模块构成：显示设置、几何校正、投影机设定工具、色带消隐、运行设置，这五个功能模块依次排列，这也是我们的工作顺序，我们可以按照此顺序，一步一步的完成边缘融合的调试工作。

达芬奇fusion使用步骤-概述说明以及解释

达芬奇fusion使用步骤-概述说明以及解释1.引言1.1 概述在达芬奇Fusion使用步骤的概述部分，我们将介绍达芬奇Fusion是什么以及其在视频制作和后期制作中的重要性。

达芬奇Fusion是一款强大的视觉特效和合成软件，它融合了2D和3D图像制作、动画、混合、修复和合成等多种功能，被广泛应用于电影、电视和广告等行业。

作为行业标准之一，达芬奇Fusion具有出色的性能和高度灵活性，可以满足复杂视觉特效制作的需求。

在视频制作和后期制作过程中，达芬奇Fusion扮演着重要角色。

它可以与其他视频编辑软件，如达芬奇调色软件DaVinci Resolve和Adobe Premiere Pro等进行无缝集成，为用户提供更全面的视频后期制作能力。

使用达芬奇Fusion，我们可以通过创建复杂的合成、添加特殊效果、修复图像缺陷、进行图像跟踪和融合等一系列操作，将原始素材转化为令人惊叹的视觉作品。

通过合理运用达芬奇Fusion的功能，我们可以实现电影中的爆炸、超能力效果、科幻场景以及其他各种视觉奇观。

虽然达芬奇Fusion在功能上非常强大，但对于初学者来说，上手可能会有一定的难度。

因此，本文将详细介绍达芬奇Fusion的使用步骤，帮助读者快速掌握这款软件，并能灵活应用于自己的项目中。

在接下来的正文中，我们将详细讲解达芬奇Fusion的各项功能和操作方法。

通过逐步引导，读者将逐渐熟悉达芬奇Fusion的界面和工具，了解常用操作和技巧，并能够通过实践运用到实际项目中。

在结论部分，我们将对本文的内容进行总结，并展望达芬奇Fusion 在未来的发展前景。

由于技术的不断进步，达芬奇Fusion将继续在视觉特效和后期制作领域发挥重要作用，并为用户带来更多创作的可能性。

通过本文的阅读和实践，相信读者将能够掌握达芬奇Fusion的使用步骤，提升自己的视频制作和后期制作能力，并创作出更加出色的视觉作品。

接下来，请跟随我们的步骤，一起进入达芬奇Fusion的精彩世界吧！文章结构部分的内容如下：文章结构本文将按照以下结构进行介绍和讨论达芬奇fusion的使用步骤：1. 引言1.1 概述1.2 文章结构1.3 目的2. 正文2.1 第一个要点2.2 第二个要点3. 结论3.1 总结3.2 展望首先，引言部分将提供对达芬奇fusion使用步骤的整体概述。

DigitalFusion中文帮助显示窗

显示窗1、引言2、显示窗的典型模式3、在显示窗显示图像4、显示窗布局5、缩放显示窗6、拖放显示窗中的图像7、查看预演8、在屏幕上控制调节9、A/B切换10、分隔显示图像11、状态栏信息12、显示窗标签13、显示色彩和辅助通道14、特殊工具控制栏15、特效遮罩16、显示范围标示17、像素点（面）调节18、显示正常化19、显示色彩查询台（ＬＵＴ）20、显示窗个性设置21、显示扩展菜单1、引言DF允许在工作流程中的任何工具产生的效果在显示窗显示。

在任何时候，使用任何不同工具合成的图像都能够在显示窗中显示，而且不限显示数量。

在DF的显示窗中，你也可以添加，更改以及进行路径、垃圾遮罩、遮罩和抠像操作。

默认情况下，DF打开时有两个显示窗分布在屏幕的上方。

选择住菜单中的window/new window选项可以建立一个新的浮动的显示窗。

每个显示窗都有两个图像切换器，A和B。

这些切换器还可以被用来分屏，以便在两个不同的画面之间进行快速比对。

2、显示窗的典型模式左右显示窗DF中主要的显示区域是左右分布的两个显示窗。

它位于工作流程、时间线和样条曲线控制区的上方。

硬件帧缓冲器（上屏）当计算机具备视频硬件支持时，DF可以通过硬件帧缓冲器在外设的NTSC、PAL或者HD监视器上显示图像。

这一点非常重要，因为通过外设监视器你可以查看你合成的图像格式是否正确，图像效果是否和最终要输出的效果是否匹配等。

浮动视窗除了在工作流程上的两个大的显示窗之外，可以不限数量的建立浮动视窗。

在位于屏幕顶端的主菜单栏中选择window/new view可以新建浮动视窗，这一功能和结构可以在layout preferences（布局设定）中。

3、在视窗显示图像显示产看工具有几种方法在显示窗显示工具的输出图像。

当工具模块左上方的小点亮的时候，工具的输出图像将在视窗中显示。

点击工具模块左方的两个小圆点，可以决定工具的输出图像在哪一个视窗中显示。

以拖放方式显示图像自流程图中拖放显示在流程中点击拖放任何工具到显示窗，将显示被拖放工具的输出效果。

Fusion渲染手册

1.在流程面板中选择要渲染输出的工具。
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基础篇第 11 章影片的输出
2 . 选择菜单命令 T o o l s > O u t p u t > S a v e r ，在当前工具后面添加一个 S a v e r 工具。
11.1.2 被动方式添加
被动方式添加是指在当前工具的后面添加一个 Saver 工具后，将 Saver 工具设为渲染输出的终端，它只接收输入节点传来的数据，然后根据当前 Saver 工具控制面板中设置，使用不同的文件名和格式进行最终输出。
11.2.2 Audio（音频）标签面板
Saver 工具除了对流程渲染输出外，还可以用来进行音频抓轨，以便为创作的影片配音，每个 S a v e r 工具只支持一个音频文件的导入，D i g i t a l F u s i o n 导入的音频文件仅仅能够在时间线上用来与效果对齐，并不能进行音量和其他调整。
输出标签面板用于设置影片的输出选项，包括输出模式、3:2 下拉法的相位设置，以及 Alpha 通道的存储模式等。
468
基础篇第 11 章影片的输出
Exp ort Mo de（输出模式）单击 E x p o r t M o d e 列表，从中选择 3 : 2 P u l l d o w n 选项，能够使用 3 : 2 下拉法对影片进行输出，可以将 24 帧的电影胶片素转换成 30 帧的视频素材，系统默认输出模式为 Normal，表示使用影片流程中的原来设置对影片进行输出。 First Frame（首帧）当使用 3:2 下拉法输出影片时，首帧列表用以指定 3:2 下拉法中的起始帧，也就是所谓的相位，共有五个选项可供选取，它们分别是 A A （ W W S S W ）、 B B （ W S S W W ）、 B C （ S S W W W ）、 CD（ SWWWS）和 DD（ WWWSS）。关于 3:2 下拉法的详细介绍请见“素材的组织和管理”一章。 Save Alpha To Color（将 Alpha 信息保存到颜色通道）选中 Sa ve A lp ha T o Co lo r 选项时，会将影片的 A lp ha 透明信息保存在图像的 R GB 颜色通道内，采用这种方法得到的 A l p h a 通道被称为带有背景色的 A l p h a 通道或 P r e m u l t i p l y （预乘）类型的 Alpha 通道。

fusion中文帮助

1、引言2、工具控制调节区3、通用参数控制4、典型调节方式5、动画操作1、引言在DF中，每一个添加到工作流程中的工具都可以根据其自身的特点设置参数或进行调解。

当在工作流程中添加了工具后，它的调节项会出现在屏幕右边的工具调节控制区。

每个控制窗口都有一个卷标；上面显示了工具的名称、一个可供缩小和展开这个控制窗口的按钮（小三角形标志）。

除此之外，每个工具还有两个附加控制项，遮罩控制项（Masks）和修改控制项（Modifiers）.这些附属控制项在其自身的窗口可以进行调解设置。

工具控制窗只有在相应的工具被选择的时候才会显示。

2、工具控制调节区最大化调节控制区在控制区的顶端的左面有两个分开的小箭头。

点击这个按钮可以最大化、最小化控制区。

察看工具的参数调节窗双击流程中的工具模块可以察看工具的调节控制窗，点击控制窗中的卷标也可以。

隐藏控制窗隐藏控制窗后，即使点击工具也不会在控制窗口中显示。

方法：在工具或者卷标上点击右键，在随后出现的扩展菜单上去掉“Modes/Show Controls”选择。

要恢复显示，在相同的位置勾选即可。

控制区显示偏好设定默认情况下，DF仅显示被激活工具的控制项。

其他（未被激活）工具的控制项在被激活前一直被隐藏。

这种方式由两个相关设置选项控制，一个是“Auto Control Close”,另一个是“Auto Control Hide”.选择主菜单的File/Perferences，打开General Perferences可以找到以上两个选项。

通过控制卷标选择工具无论什么时候点击某一个工具的卷标，在流程图中对应的工具被激活、并且在调节控制区将显示每一个该工具的调节参数。

这和在流程图中激活工具的结果一样。

工具激活后，它的控制卷标显示为黄色。

通过控制卷标实现在显示窗显示和预演在工具卷标上点击鼠标并将其拖放到显示窗中可以显示工具效果。

按住ALT键，将工具卷标拖放到显示窗中可以进行效果预演。

Extron IN1606 Scaling Presentation Switcher 安装指南说明

1I M t ow w w .e x t r o n r g u i d e , i n s t al l a f ic a t i o n s .Step 3 — Connecting outputsa.Connect suitable video displays to the HDMI connectors (see f above).b. Step 4 — Connecting control devicesa.For control through Ethernet, connect a LAN or WAN to the RJ-45 connector(see h above). The default IP address is 192.168.254.254. The default subnet mask is 255.255.0.0.b. For serial RS-232 control, connect a host device to the 3-pole captive screw connector(see i above). The default baud rate is 9600.c.For control through USB, connect a host device to the front panel mini USB B port. (see a on page 2).Step 5 — Connecting powerConnect a 100 to 240 VAC, 50-60 Hz power source to the power AC power connector (see a above).Figure 2. Rack MountFigure 3. Furniture MountEach SideMounting Bracket2IN1606 • Setup Guide (Continued)Front Panel OverviewFigure 4. Front Panel Featuresa Front panel config port — Connect a host device to the mini USB B port for device configuration, control, and firmware upgrades.b Input selection buttons (1-6) — Press one of these buttons to select an input. The buttons light amber for audio and video, green for videoonly, or red for audio only.c Status LED indicators —Input Signal LEDs — Light for the corresponding input when active video content is detected on that input.Output Signal LEDs — Remain lit green when active video is being output, or blink amber when output video and sync are disabled.Input HDCP LEDs — Light for each input signal that is HDCP-encrypted. Analog inputs 1 and 2 cannot be HDCP-encrypted.Output HDCP LEDs — Light for an output when it is currently HDCP-encrypted.d Menu and Enter buttons — Press these buttons to access and navigate the on-screen display (OSD) menu system.e Navigation buttons — Press these buttons to navigate through the on-screen display menu system or change selected settings.f Volume knob and LED indicators — Rotate the Volume knob to adjust the variable analog audio output (default), mic, or program volume(see the IN1606 and IN1608 Series User Guide to configure the knob through group masters). The eight Volume LED indicators light in order according to the audio volume level. The bottom LED blinks when the volume is muted. They light in order from bottom to top to indicate a 12.5% increase or decrease in volume (12.5 dB) from 1% (-99 dB) to 99% (-1 dB). The top LED blinks when the volume is 100% (0 dB).Setting Front Panel Lockout Modes (Executive Modes)The IN1606 has two modes of front panel security lock that limit the operation of the device from the front panel.• Executive mode 0 — The front panel is fully unlocked. This is the default setting.• Executive mode 1 — The front panel is completely locked. This can only be enabled or disabled using SIS commands or the internal web pages (see the IN1606 and IN1608 Series User Guide for web page details or the rear page of this guide for the SIS command).•Executive mode 2 — The front panel is locked except for input switching and volume control. Press and hold the Menu and Enter buttons simultaneously for 3 seconds to enable or disable this mode.Configuring the IN1606The IN1606 can be configured through front panel controls and the OSD menu, the internal web pages, the Extron Product Configuration Software, or SIS commands. To access the internal web pages or send SIS commands, connect a host device to the IN1606 via RS-232, USB, or Ethernet connection (the internal web pages can only be accessed through an Ethernet connection).On-Screen Display (OSD) Menu SystemThe IN1606 has an OSD menu consisting of nine submenus that can be accessed using the front panel Menu or Enter button. View the menu on a display connected to either HDMI output connector (see f on page 1). The submenus are:Quick Setup User Presets Picture Controls Input OutputAudioAdvancedCommunicationDevice IntoTo use any submenu:1. Press the Menu or Enter button to access the main menu.2. Press the Up or Down arrow button to navigate to the desired submenu.3. Press the Enter or Right arrow button to access submenu items for the selected submenu.4. Press the Up or Down arrow button to navigate submenu items.5. Press the Enter or Right arrow button to adjust a submenu item.Using the OSD menu to configure the IN1606• Use the Quick Setup submenu to perform an Auto-Image™ the current input, set video input format, input EDID settings, set output resolution, mute audio, activate video test patterns, enable or disable DHCP , and set the IP address.• Use the User Preset submenu to save picture control settings to each input for later manual recall.• Use the Picture Controls submenu to adjust the image position and size, brightness and contrast, color and tint, and detail as needed.•Use the Input submenu to perform an Auto-Image on the current input, set the video input format and film mode, set horizontal and vertical start values, set the number of active horizontal pixels and vertical lines, set the total pixels and phase, set HDCP authorization, and set the EDID for the current input.• Use the Output submenu to set output resolution, HDMI output format for each output, and HDCP notification.3•Use the Audio submenu to mute audio, set the audioinput format for the selected input, set analog audio gain,set mic/line gain and phantom power, adjust mic/line andprogram volume, and set audio output format.•Use the Advanced submenu to select a test pattern,set the screen saver, turn on or off Auto-Image, set the aspect ratio and auto memory settings, adjust the overscan settings, and reset the device to factory defaults.•Use the Communication submenu to view remote port baud rate, the device MAC address, DHCP status, the current IP address and subnet mask, and gateway.NOTE:Press and hold the Enter button for 10 seconds to edit settings in the Communication submenu.•Use the Device Info submenu to view the devicename, firmware build, temperature, input and output information, and detected displays. This tab is read-only.Internal Web PagesThe IN1606 can be configured, controlled, and operatedthrough the Ethernet port when connected to a LAN or WAN, using a web browser. The browser displays thefactory-installed web pages, which provide a means of configuring and operating the device. Enter the IP address of the unit in the browser Address field to access the web pages (see the IN1606 and IN1608 Series User Guide for more details). The default IP address is 192.168.254.254. The default subnet mask is 255.255.0.0.Product Configuration SoftwareTo configure the IN1606 using the Product ConfigurationSoftware, install the software (available on the Extron website, ) to a PC connected to the IN1606 via Ethernet, RS-232, or front panel USB Config port. After the installation, start the program. For full instructions, press <F1> or click the ? button and select Help File .Firmware UpgradesThe onboard firmware of the IN1606 can be upgraded via the internal web pages or the Extron Firmware Loader program (available on the Extron website, ).Output RatesOutput rates can be set using the OSD menu, the internal web pages, PCS, or SIS commands. The table below displays the most commonly used resolutions and refresh rates and the corresponding SIS values. The command to set the output rate is EX5$RATE }, where X5$ is the SIS value for the resolution and refresh rate combination as given in the example table below (see the IN1606 and IN1608 Series User Guide for the full list).SIS Variable X5$ for EDID or Output Resolution and Refresh Rate Combination (Where X5$ = 10 through 92)Resolution 23.98 Hz24 Hz25 Hz29.97 Hz30 Hz50 Hz 59.94 Hz60 Hz 75 Hz 1024x7681920211280x8003132331440x9005253541680x105059601920x12006364720p 686970717273*1080p 7778798081828384* = defaultBasic SIS Command TableThe IN1606 can be configured with specific SIS commands via an RS-232, USB, or Ethernet connection. Use the Extron DataViewer utility or a control system to send and receive SIS commands. The table on the next page lists a selection of SIS commands. For a full list of SIS commands and variables, see the IN1606 and IN1608 Series User Guide , at .Audio InputFormatDetailsNone Mutes all audio for selected input. Sets “No Audio” EDID.Analog Sets the selected input to analog (default for inputs 1 and 2). Sets “No Audio” EDID.LPCM-2Ch Sets the selected input to LPCM-2Ch digital audio (default for inputs 3-6). Sets 2Ch audio EDID.Multi-Ch Sets the selected input to Multi-Ch digital audio. Sets Multi-Ch audio EDID.LPCM-2Ch autoSets the selected input to prioritize digital audio. Analog audio is passed when digital audio is not present. Sets 2Ch audio EDID.Multi-Ch autoSets the selected input to prioritize digital audio. Analog audio is passed when digital audio is not present. Sets Multi-Ch audio EDID.468-2290-50Rev. B 06 13Extron USA Headquarters+1.800.633.9876 (Inside USA/Canada Only)Extron USA - West: +1.714.491.1500 FAX: +1.714.491.1517Extron USA - East: +1.919.850.1000FAX: +1.919.850.1001© 2013 Extron Electronics — All rights reserved. All trademarks mentioned are the property of their respective owners. 。

fusion教程

fusion教程Fusion是一款由Autodesk公司开发的3D建模和动画制作软件，广泛应用于影视、游戏、工业设计等领域。

下面是一份Fusion 的基础教程，帮助初学者快速上手这款软件。

1. 界面介绍：Fusion的界面分为几个主要组成部分，包括视图窗口、工具栏、时间轴等。

视图窗口用于显示模型和动画，工具栏包含各种建模和动画制作工具，时间轴用于管理动画的帧。

2. 建立模型：Fusion支持多种建模方式，包括实体建模、曲面建模、雕刻等。

可以通过绘制线条、创建几何体、合并模型等操作来建立和修改模型。

3. 设置材质和纹理：Fusion提供丰富的材质和纹理库，可以根据需要为模型添加材质和纹理。

可以调整颜色、透明度、反射等属性，使模型更加逼真。

4. 添加灯光和相机：灯光和相机是制作逼真动画的重要元素。

可以根据需要在场景中添加各种类型的灯光，如点光源、平行光、聚光灯等。

还可以设置相机的位置和视角，控制动画的视角和呈现效果。

5. 动画制作：Fusion提供了强大的动画制作功能，可以为模型设置关键帧来制作动画效果。

可以通过调整模型的位置、旋转、缩放等属性，制作各种动态效果。

还可以添加动画曲线，控制动画的速度和平滑度。

6. 渲染和导出：制作完成后，可以通过渲染功能将场景导出为图像或视频文件。

可以选择渲染分辨率、图像格式、渲染效果等参数。

还可以选择导出为不同的文件格式，如jpg、png、mp4等。

7. 学习资源：Fusion有许多在线的教学资源和文档，如官方教程、视频教程和社区论坛。

可以通过阅读文档、观看教学视频和参与讨论来学习和解决问题。

以上是一份简单的Fusion教程，希望能够帮助初学者快速了解和上手这款软件。

随着实践的深入，你将能够掌握更多高级的建模和动画制作技巧，并创作出令人惊叹的作品。

Fusion 用户手册说明书

I mportant Instructions for UseThe following instructions and warnings must be observed:•Remove Fusion and its power supply adapter from the carry case during use.•Use only the power supply adapter provided. •Do not use Fusion in a bathroom, near water orother damp conditions.•Do not touch or place anything into the opening in the mouse base.•Do not open Fusion -there are no user serviceable parts inside and opening it will invalidate yourwarranty.•Do not dispose of Fusion by fire. It should berecycled or disposed of in accordance with localordinances.Page 1Table of Contents Installation (3)Mouse Camera (5)Mouse Controls (6)Main Unit Controls (8)Menu (8)Main Menu (10)Display Settings Menu (10)Options Menu (11)Toggle on/off functions Menu (12)Mouse button functions Menu (12)Writing with Fusion (13)Battery (14)Maintenance (16)Technical Description (16)Warranty (17)Page 2InstallationThe Fusion is supplied the following components: o Main unit incorporating the mouse camerao Power supply adapter/chargero Mains cableo Carry caseo Cleaning clothWhen setting up, it is important to choose your workplace carefully to avoid an uncomfortable or awkward position. You should not have to raise your arm to use the mouse; your wrist should be on the resting on the surface. The display should be below•Remove the Fusion main unit from its case and place on the work surface.•Flip open the lid by pressing on the front latch. •Power up the Fusion by pressing the power button, i.e. the right-most button on the frontthe magnified image on the screen. The base of the main unit is fitted with rollers to allow the entire unit to glide easily over what you want to read. Note: the camera “sees” beneath the scroll zoom wheel, bear this in mind when locating what you want to read.Page 4Mouse CameraFusion is great for reading something in a hurry; flip up the lid, turn it on, and off you go. However, for extended reading you will find it easier to use the mouse outside the main unit. To remove the mouse, flip open the cable housing cover, lift out the mouse and unwind the cable.You will find that the mouse is much lighter and more agile, allowing you to get into the binding of books or reading in awkward places.When replacing the mouse, lift the cable housing cover, drop it back into its holder, wind up the cable and close the cover again.Page 5Mouse ControlsScroll-Zoom wheel: The rubberized wheel on the mouse controls the magnification of the camera. Rotating the wheel forward increases the magnification; backwards decreases it. Overview: Rotate the scroll-zoom wheel fully backwards and at the end of the travel you will feel a small click as the camera goes into overview mode. This changes the camera’s focus to allow you to raise the camera above the page and get an overview of where you are reading, or read into awkward places, to write using the mouse or to view objects that are not flat. The magnification level cannot be altered in overview mode.Don’t forget to rotate the scroll-zoom wheel forwards slightly when you return to reading or the image will be out of focus.Buttons: The mouse has two buttons on it, located on the grey ring around the scroll zoom control. The right button controls the display mode; clicking this button will switch between full-color mode, negative and positive reading modes.Page 6•Full-color mode for viewing photographs, images, etc.•Positive mode, an enhanced reading mode where the foreground “ink” is darker than thebackground “paper”.•Negative mode, an enhanced reading mode where the foreground “ink” is brighter than thebackground “paper”.The left button can be programmed to perform a choice of tasks (see “Mouse button functions menu” on page 12).Pressing both buttons together will bring upthe battery symbol indicating the state ofcharge of the battery.Main Unit ControlsPower Button: Press to power-on the unit. Press again to power off. The unit will also be powered off by closing the display lid.The last used settings are stored at power off and are restored when the unit is switched on again.Rotary Knob: The central control knob can be rotated freely in both directions and pressed. Normally it controls the image brightness.MenuPress and hold the rotary knob for three seconds to access the menu. By rotating the knob, you can navigate through the menu, pressing to accept an option.An overview of the menu system appears overleaf. Each sub-menu is explained in the subsequent sections.All sub-menus have an exit icon,orMain MenuPage 9Main MenuOpens Display Settings menu to alter theimage brightness, contrast, etc.Opens the Toggle Function menu to switch onor off various options.Opens the Options menu to set, reset and viewvarious options.Color select. This function will change the“ink” and “paper” colors on the display.Turning the rotary knob clockwise will change the ink; counter-clockwise will change the paper color. The on-screen-display will illustrate an example of your selection; simply press to apply the change. The colors will apply only in the high contrast reading modes, not in the full color mode. Display Settings MenuAll options below bring up a scale on the bottom of the screen to allow adjustment of the particular attribute. Each setting is unique to the mode and camera currently being displayed and will be used when that mode and camera are displayed again. ThePage 10exception to this rule is the backlight level, which is common to all modes.Reset to Factory Defaults. You can restoresettings to a known set of values that produce an image. All previous settings are replaced with the factory default values.Page 11Toggle on/off functions MenuSounds on/off. All sounds (except lowbattery alarms) will be silenced.Battery status indicator on/off. This can alsobe done by pressing both mouse buttonstogether.Mouse button functions MenuThis menu allows you to set the function for the left mouse button.•When using the mouse for writing, it is best to use the full color mode.BatteryThe battery will power the unit for around 3 hours depending on the backlight brightness. So, to extend battery time, use the lowest backlight level you can comfortably read with.A full recharge takes approximately 4hours. Theduring normal use with the power cable attached. The battery cannot “overcharge” and does not have to be fully discharged before recharging.Do not dispose of the battery in a fire or use above 40°C (100°F). Do not disassemble the battery. If the battery is overheated it can release lithium metal which is highly reactive; this could cause a fire or, in extreme circumstances, cause the battery to explode.Page 15MaintenanceWhen Fusion becomes dirty it can be cleaned with a damp cloth and mild detergent. Do not use solvents or abrasive cleaning agents as they can mark the display area. If dust appears on the image use a lens cleaning cloth supplied to clean the mirror of the mouse camera. When cleaning the mirror, be very gentle as the silver surface can scratch very easily. Technical DescriptionThe Fusion unit should not be opened there are no user serviceable parts inside. Refer servicing to Qualified Persons only.Size, Weight 175 x 188 x 96mm, 1.1 kg (6.9”x 7.4”x3.8”, 4 lb11 oz)Power consumption: 15W operating, 35W recharging and operating. Voltage: 100-240V AC, 50/60Hz.Input to Fusion: 12V dc center positive 5ABattery: Custom Li-Ion rechargeable batteries.Typical battery life is 3 hours but will varydepending on the backlight brightness.Screen: High brightness 7” (17.8cm) diagonal TFT display. Magnification 7x - 17x continuous zoom. Overview mode: 1x -10x depending on distance of object Temperature: Storage: -10°C to +40°C. (15°F to 100°F)Operating: +5°C to +35°C (40°F to 90°F)As we strive to constantly improve our products, this information is subject to change without notice.Page 16WarrantyAsh Technologies warrants the equipment, when purchased new, to be free from defects in material and workmanship and will repair or replace at Ash Technologies' discretion, any equipment which exhibits such defects, provided that the equipment has been operated under the proper conditions of installation and has not been tampered with by any persons not authorized by Ash Technologies or its agents and that it is solely serviced by Ash Technologies or its agents. This warranty shall be voided in the event of damage or abuse to the unit caused, in the opinion of Ash Technologies or its agents, by general wear and tear, abuse, neglect, failure to observe stated precautions or by dropping the unit.Batteries and backlighting are warranted for failure within a period of one year. Pixel failures, cracks, scratches or similar damage to the display are specifically excluded from warranty. Non-electrical accessories are specifically excluded from warranty.In no event shall Ash Technologies, or its agents, be liable for special, indirect, incidental or consequential damages; the original user's remedies being limited to repair or replacement.Ash Technologies makes no other or further warranty, express or implied, including and warranty of fitness for a specific purpose or warranty of merchantability.This warranty is valid for a period of TWO YEARS effective from the date of delivery to the customer.Depending on the country of sale, the warranty conditions may differ.Contact your distributor for details.For warranty claims or service during or after warranty period please contact your distributor.Page 17DECLARATION OF CONFORMITYWe, Ash Technologies Ltd., declare under our sole responsibility that this product, Fusion, of the brand Ash Technologies to which this declaration relates, is in conformity with the following standards or other normative documents:EN 60601-1 Medical Electrical Equipment -SafetyEN 60601-1-2:2001 Medical Electrical Equipment – Electromagnetic Compatibility Following the provisions of EMC directive 89/336/EEC and Low Voltage directive 73/23/EEC and the provisions of 93/42/EEC Medical electrical equipment directive.Alan JohnstonEngineering DirectorAsh Technologies Ltd, Naas, Ireland.2nd May 2006Page 18Ash Technologies Ltd. +353-45-88 22 12B5, M7 Business Park, +353-45-88 22 14 Naas, Ireland. email:*************** Made in Ireland web: www.ashtech.ie © Ash Technologies Limited 2006Fusion User Manual English Rev CPage 19。

纹理物体缺陷的视觉检测算法研究--优秀毕业论文

摘要
在竞争激烈的工业自动化生产过程中，机器视觉对产品质量的把关起着举足轻重的作用，机器视觉在缺陷检测技术方面的应用也逐渐普遍起来。与常规的检测技术相比，自动化的视觉检测系统更加经济、快捷、高效与安全。纹理物体在工业生产中广泛存在，像用于半导体装配和封装底板和发光二极管，现代化电子系统中的印制电路板，以及纺织行业中的布匹和织物等都可认为是含有纹理特征的物体。本论文主要致力于纹理物体的缺陷检测技术研究，为纹理物体的自动化检测提供高效而可靠的检测算法。纹理是描述图像内容的重要特征，纹理分析也已经被成功的应用与纹理分割和纹理分类当中。本研究提出了一种基于纹理分析技术和参考比较方式的缺陷检测算法。这种算法能容忍物体变形引起的图像配准误差，对纹理的影响也具有鲁棒性。本算法旨在为检测出的缺陷区域提供丰富而重要的物理意义，如缺陷区域的大小、形状、亮度对比度及空间分布等。同时，在参考图像可行的情况下，本算法可用于同质纹理物体和非同质纹理物体的检测，对非纹理物体的检测也可取得不错的效果。在整个检测过程中，我们采用了可调控金字塔的纹理分析和重构技术。与传统的小波纹理分析技术不同，我们在小波域中加入处理物体变形和纹理影响的容忍度控制算法，来实现容忍物体变形和对纹理影响鲁棒的目的。最后可调控金字塔的重构保证了缺陷区域物理意义恢复的准确性。实验阶段，我们检测了一系列具有实际应用价值的图像。实验结果表明本文提出的纹理物体缺陷检测算法具有高效性和易于实现性。关键字: 缺陷检测；纹理；物体变形；可调控金字塔；重构
Keywords: defect detection, texture, object distortion, steerable pyramid, reconstruction
II

Fusion 360 实验室安装说明说明书

Fusion 360Lab Installation InstructionsVersion Date Document Revision 2.0 21 Nov 2021 v.1Table of Contents1.Fusion 360 System Requirements (3)2.Installation Options (3)2.1.Per-user (3)2.2.All-Users, Self-Contained P ackage (3)2.3.All-Users, Web-Sourced (4)3.Installation Procedures (4)3.1.Self-Contained Package (4)3.2Web Sourced (6)4. Checking for Current Version (9)5. Command Line Parameter Reference (11)6. Auto-Downloading Fusion 360 Updates (14)6.1Benefit to User (14)6.2Instructions - Setting Up Auto-Download for Fusion 360 Updates (14)6.3Check that the Latest Version of Fusion 360 is Installed (21)1. Fusion 360 System Requirements•Apple® Mac OS® X 10.14 or later•Microsoft® Windows® 8.1(64 bit) (until January 2023) or later+•CPU: 64-bit processor (32-bit not supported)•Memory: 4GB RAM (integrated graphics recommend 6 GB or more)•An internet connection, 2.5 Mbps or faster download; 500 Kbps or faster upload•Hard drive space required is approximately 3.0GB for the Fusion 360 Client•Graphics Card: All graphics cards on supported hardware (except Intel GMA X3100)•Pointing device: Microsoft-compliant mouse, Apple Mouse, MacBook Pro trackpad•Fusion 360 is updated approximately every 6 weeks and installations must be kept in sync•Refer to latest system requirement: https:///support/fusion-360/troubleshooting/caas/sfdcarticles/sfdcarticles/System-requirements-for-Autodesk-Fusion-360.html2. Installation OptionsThe primary installation method for Fusion 360 is designed for single users, lowering the barriers to entry for those users and simultaneously ensuring that the client portion of Fusion 360 is always current and compatible with the internet-based services that Fusion 360 uses on the back end. However, certain aspects of these goals do not fit well into managed environments when large numbers of computers are to be maintained with installations of Fusion 360. This document details various alternate methods of installation meant to meet the needs of organizations that wish to maintain a large number of computers.2.1. Per-userThis option is essentially the one targeted to single users and may also work well for small-scale installations. Where 5-10 computers need to be maintained with Fusion 360, only a single account is ever used to log in to a given computer and a good connection to the internet is available, it may be sufficient to follow the installation method for single users on each machine independently. The advantage of this approach is that it is as close to a one-click install as we have been able to achieve and no further action should be necessary in order to keep clients current with the associated web services. This approach will not be discussed further in this document.2.2. All-Users, Self-Contained PackageThis method has been developed specifically to meet the needs of organizations managing a large number of systems with Fusion 360 installed. Platform-standard packages which contain all necessary components of the software in a single, large download are provided. This is the most direct method for avoiding the problem of transferring the application over the general internet to tens or hundreds of computers and integrate with existing software management solutions that may be implemented at a particular site. The drawback to this is that the administrator is responsible for taking care to ensure that all managed systems are kept current with clients that are compatible with the related web services.2.3. All-Users, Web-SourcedIn this method, the small installation bootstrap that is used in single user installs is re-purposed for All-Users installs via the use of command line options to install to a location accessible by all system logins. It is similar in structure to the per-user installation and delivers the application files from a web-based installation source, but it is not currently capable of automatically maintaining the client compatible with the web services it uses. This method, initially, has had the drawback of causing each client to have to retrieve client data from a central, Autodesk-sponsored installation source, which would instigate costly amounts of network traffic in large installations where many clients needed to be updated. However, this drawback can be mitigated by establishing local mirrors of the central sources. The benefit of choosing this method is that it will be able to leverage enhancements to the All-Users install that would make it exhibit more of the benefits of the per-user install as they become available in the All-Users install.The current main benefit of this installation method is that it will make some attempt to avoid transferring components from the installation source (central or mirrored) to the client machines when those machines already have them, thereby conserving network bandwidth and installation time to some extent. However, it makes no attempt to keep clients current and may be difficult to integrate with some system management services. Any potential improvements to the method are undisclosed and not guaranteed.3. Installation ProceduresThe procedures below only include the All-Users variants for supported platforms.3.1. Self-Contained PackageMac OS XThe self-contained OS X package can be downloaded from the following URL:https:///production/installers/Autodesk%20Fusion%20360%20Admin%201nstall.QkgIt is a system-standard pkg file and can be installed using the customary methods: double-click on the package in finder, use the "installer" command in the terminal (with the required sudo) or with software distribution and managements systems such as Apple RDP or Munki.Instructions for third-party tools such as RDP or Munki are outside the scope of this document.This installation method puts a self-contained application bundle (Autodesk Fusion 360.app) in the system's /Applications folder, and executing it in the customary way should allow it to function as either an initial install or an update install.>"Fusion 360 Admin Install.exe" --process update> "Fusion 360 Admin Install.exe" --process uninstall --purge-incomplete> "Fusion 360 Admin Install.exe" --process uninstall> "Fusion 360 Admin Install.exe" --quiet > "Fusion 360 Admin Install.exe" --process update --quiet > "Fusion 360 Admin Install.exe" --process uninstall --purge-incomplete --quiet > "Fusion 360 Admin Install.exe" --process uninstall --quietpurge--quiet3.2 Web Sourced%streamer –globalinstall% streamer --globalinstall--conn"/fusion360-source/"% streamer--process pull --root "/file/system/path/to/folder/served/by//fusion360- source/"% streamer--globalinstall--conn--root--globalinstall%streamer--globalinstall--process update%streamer --globalinstall--process uninstall$ sudo "/Volumes/Autodesk Client Downloader/Double Click to Install.app/Contents/MacOS/Fusion 360 Client Downloader"Double Click toInstall.app/Volumes/Autodesk Client Downloader/Double Click to Install.appsudo# Initial Web-Sourced Installation$ sudo"/Volumes/Autodesk Client Downloader/Double Click toInstall.app/Contents/MacOS/Fusion 360 Client Downloader"--globalinstall# Initial Web-Sourced Installation from local Mirror$ sudo"/Volumes/Autodesk Client Downloader/Double Click to Install.app/Contents/MacOS/Fusion 360 Client Downloader"--globalinstall --conn"/fusion360-source/"# Pull Web Source Command$ sudo "/Volumes/Autodesk Client Downloader/Double Click toInstall.app/Contents/MacOS/Fusion 360 Client Downloader"--process pull --root"/file/system/path/to/folder/served/by//fusion360- source/"# Web-Source Update Command $ sudo "/Volumes/Autodesk Client Downloader/Double Click to Install.app/Contents/MacOS/Fusion 360 Client Downloader" --globalinstall --processupdate# Uninstall Command $ sudo "/Volumes/Autodesk Client Downloader/Double Click to Install.app/Contents/MacOS/Fusion 360 Client Downloader" --globalinstall --process uninstall# Initial Web-Sourced Installation > "Fusion 360 Client Downloader.exe" --globalinstall# Initial Web-Sourced Installation from local Mirror > "Fusion 360 Client Downloader.exe" --globalinstall --conn "/fusion360-source/" Fusion 360 ClientDownloader.exeFusion 360 Client Downloader.exe-verb runas4. Checking for Current Version{"build-version": "2.0.1365", "major-update-version": "2.0.1301",}build-versionmajor-update-version major-release.minor-release.buid-number# Pull Web Source Command>"Fusion 360 Client Downloader.exe"--process pull--root"c:\file\system\path\to\folder\served\by\\fusion360-source\"# Web-Source Update Command>"Fusion 360 Client Downloader.exe" --globalinstall --process update # Uninstall Command > "Fusion 360 Client Downloader.exe" --globalinstall --process uninstall# Generic % streamer--globalinstall --process query --infofile "/some/place/fusioninfo.json"# OS X$ sudo "/Volumes/Autodesk Client Downloader/Double Click to Install.app/Contents/MacOS/Fusion 360 Client Downloader" --globalinstall --process query--infofile"~/Documents/fusioninfo.json"# Windows>"Fusion 360 Client Downloader.exe" --globalinstall --process query --infofile "%USERPROFILE%\Documents\fusioninfo.json"# Windows: Admin install executable. Will take more time and space to extract and launch. Not recommended > "Fusion 360 Admin Install.exe" --process query --infofile "%USERPROFILE%\Documents\fusioninfo.json"fusioninfo.json{ "manifest": { "build-version": "2.0.1365" } } build-version full.jsonbuild-version major-update-version full.json5. Command Line Parameter Referenceusage: streamer [-h] [-p {pull,deploy,update,query,launch,uninstall}] [-o {single,multiple}] [-a APP_ID] [-l LANGUAGE] [-c CONNECTION] [-u UPDATE_CONNECTION] [-s STREAM] [-g] [-nal] [-nur] [--install-origin INSTALL_ORIGIN] [--profile] [--threadscount THREADSCOUNT] [--full-deploy] [-r] [--cleanup] [--args LAUNCH_ARGS] [-d PULL_DEST] [-v {DEBUG,INFO,WARNING,ERROR,CRITICAL}] [-f LOGFILE] [--headless] [--headless_pipes PIPES] [--quiet] [-i INFOFILE] [--no_cleanup] Deploys and updates an Autodesk 360 Application optional arguments: -h, --help show this help message and exit -p {deploy,update,uninstall,launch,query,pull}, --process {deploy,update,uninstall,launch,query,pull} Specify the action to take when running. -o {single,multiple}, --operation {single,multiple} Specify the process operating method, single or multiple thread. -a APP_ID, --appid APP_ID Provide the id of the application to install when doing an intial, streaming install -l LANGUAGE, --lang LANGUAGE Specify the language code to use to in the display -c CONNECTION, --conn CONNECTION Override the connection string for updates -u UPDATE_CONNECTION, --update-conn UPDATE_CONNECTION Live update URL which will be saved to DB. If not set, --conn will be used. -s STREAM, --stream STREAM Override the default distribution stream. -c takes priority over this setting -g, --globalinstall Specify where the install is per users or for all the --process -a -sInstall.exe Admin --globalinstallSpecify have uninstall registry--install-origin INSTALL_ORIGINA string to identify who triggers the streamer.--profile Use the cProfile moudle to profile the streamer code --threadscount THREADSCOUNTSet the multi-threads count, the default is 5Deploy:Change the default installation behavior. All of the arguments in thisgroup are only effective when the "process" parameter is set to "deploy"or unspecified.--full-deploy Some applications are delivered incomplete with full functionality provided in optional "sub-applications." This option attempts to force all sub-applications to be delivered with the main applicationUninstall:Change the default uninstall behavior. All of the arguments in this groupare only effective when the "process" parameter is set to "uninstall"-r, --purge-incompleteRemove components of partially installed applications --cleanup Clean up unused components that are also not part of an in-progress install.Launch:Change the default launch behavior. All of the arguments in this group are only effective when the "process" parameter is set to "launch"--args LAUNCH_ARGS Additional arguments for the launch sessionPull:Change the default pull behavior. All of the arguments in this group areonly effective when the "process" parameter is set to "pull"-d PULL_DEST, --root PULL_DESTOverride the default folder where pulled files will be placed. This should be a fully-qualified path string Logging:-v {DEBUG,INFO,WARNING,ERROR,CRITICAL}, --verbosity{DEBUG,INFO,WARNING,ERROR,CRITICAL}Specify how much information to log-f LOGFILE, --logfile LOGFILEChange the output logfileAdvanced:--headless Signal that the process should be executed for use by a controlling process--headless_pipes PIPESA comma-separated pair of base-ten integers thatindicate operating system file handles to be written to and read from during headless execution. The first handle will be used to send json commands (from this process), and the second handle will be used to readOutput appManifest and install path to logfile--no_cleanup A flag to indicate that the usual old-version cleanup after update should not be performed6. Auto-Downloading Fusion 360 UpdatesThese instructions describe how to schedule a task that will run a script that compares your installed version of Fusion 360 with the version of Fusion 360 for Educational Institutions that is available on the Autodesk Education Community Fusion 360 web page. If a new version exists, the script will automatically download the new version.6.1 Benefit to UserBy scheduling a task to download the latest version, administrators can avoid the manual work required to download Fusion 360 updates when they are released every 4-8 weeks. Fusion 360 updates are pushed to students on their personal devices so that they always have the same version as administrators. This is important because a file edited with a more recent version of Fusion 360 might not open in a slightly older version.Access RequiredTo schedule the task to run the script, the user must have administrator rights. Users withoutadministrator rights will not be able to complete these steps.6.2 I nstructions - Setting Up Auto-Download for Fusion 360 Updates These instructions are for Windows 10 (64-bit) only.Step 1. Create the script that will check for the newest Fusion 360 version available1. Run Notepad as an administrator and create a text file.Open the Start MenuSearch for NotepadRight click on Notepad and select "Run as administrator".2. Copy and paste this script into Notepad.3. DOUBLE-CHECK THAT THE SCRIPT FORMATTING IN NOTEPAD EXACTLY REFLECTS THEFORMATTING IN THE PRECEDING BOX. THE FORMATTING MAY HAVE CHANGED WHEN YOUPASTED IT INTO NOTEPAD. THE SCRIPT WON’T RUN CORRECTLY IF IT DOESN’T MATCH THE FORMATTING IN THE PRECEDING BOX.4. Save the file to the correct folder.In Notepad, click File->Save.Choose "C:\Program Files\Autodesk\webdeploy\meta\" folder as the destination.Set the file name to "update.bat".Click Save.Close Notepad..@echo offset "StreamerDir=c:\Program Files\Autodesk\webdeploy\meta\streamer"setlocalFOR /F %%i IN ('dir /A:D /B /oN "%StreamerDir%"') DO (SET a=%%i)endlocal & set StreamerVer=%a%"%StreamerDir%\%StreamerVer%\streamer.exe" --globalinstall --process update --quietStep 2. Open Task Scheduler as an administratorNote: These instructions apply to Microsoft Task Scheduler, but other task schedulers can be used as well.1. Click the search box in your task bar.2. Search for “Task Scheduler”.3. Right click on “Task Scheduler” and select “Run as administrator”.Step 3. Create a TaskIn the right panel of Task Scheduler, click “Create Task”.Step 4. Name the task and select security optionsIn the “Create Task” dialog:1. Name the task.2. Enter a description.3. Select these security settings:Run whether user is logged in or notRun with highest privilegesThe task must be run with highest privileges to work correctly, and the script must be run using administrator rights. The first time you run the task, you will be prompted to enter your user name and password. Youshould not need to enter these again.4. (Optional) Select the operating system.Step 5. Select task frequencySchedule how often to check for Fusion 360 updates.1. In the Create Task dialog, click the “Triggers” tab.2. Click “New”.3. In the New Trigger dialog that opens, select “On a schedule” from the “Begin the task” drop-down menu.4. Under Settings, set the task to run Daily.5. Select a time when the task will run.Try to pick a time when Fusion 360 will not be in use.6. Set “Recur every” to 1 day.7. Under Advanced Settings, select a value (for example, 1 hour) for “Delay task for up to (random delay)”.The purpose of this threshold is to spread the task out over a specified time period if the task will run for a high number of computers. For example, if there are 100 computers in your environment, a one-hour threshold will split the task up across 100 computers over the course of that hour.8. Click “OK”.Step 6. Set the Notepad script as an action to be performed at the scheduled time Create an action that performs the script that you created in step 1 at the scheduled time. This script checks for Fusion 360 updates.1. In the Create Task dialog, click the “Actions” tab.2. Click “New”.3. In the New Action dialog, select “Start a program” from the Action drop-down menu.4. Next to the “Program/Script” field, click “Browse”.5. Browse to the “update.bat” file you created in c:\Program Files\Autodesk\webdeploy\meta\.6. Click “OK”.You have successfully scheduled a task that will check for and download Fusion 360 updates from the Autodesk216.3Check that the Latest Version of Fusion 360 is Installed1. Go to the Fusion 360 What’s New Blog . Check for the version number of the most recent Fusion 360 update.2. Open Fusion 360 on your desktop.3. In the upper right corner of the application, click the question mark.4.Click “About”.have the latest version of Fusion 360.22。

E5操作手册简体

頁1
CONTENTS 目录
1. INTRODUCTION前言....................................................................................................................4 1.1. E5 MACHINE E5机床.................................................................................................................4 1.2. MAIN STRUCTURE COMPONENTS主要结构元件.........................................................................5 1.3. CONTROL DESK控制台.............................................................................................................5 1.3.1. Touch screen触控萤幕....................................................................................................5 1.3.2. Sinumerik control panel.Sinumerik 操作面板...................................................................6 1.3.3. Keyboard键盘.................

Visual Components 4.3 布局配置介绍指南说明书

Introduction to Layout ConfigurationVisual Components Product Family 4.3OVERVIEWIn this tutorial, you will learn about the Visual Components user interface, features, and basic tasks. The primary outcome is to allow users to quickly develop key skills and competencies for using the program. You’ll create a layout as shown below that simulates a machine tending process and an assembly process involving a human.Furthermore, you can access the Visual Components Academy to learn more about specific features and purposes that fit their simulation needs.TABLE OF CONTENTSOVERVIEW (2)1.GETTING STARTED (4)1.1 HELP DOCUMENT (4)1.2 CREATE A BASIC LAYOUT (4)1.3 RUNNING A SIMULATION (6)1.4 NAVIGATING THE 3D WORLD (8)1.5 LAYOUTS (8)2.BASIC TASKS (9)2.1 DELETE AND CLONE COMPONENTS (9)2.2 CREATE COMPONENTS (10)2.3 PROCESS MODELING (12)2.4 INTERIOR FACILITIES (19)2.5 MODIFY PROPERTIES (21)2.6 CREATE STATEMENTS (23)2.7 CONCLUSION (34)1. GETTING STARTEDOnce Visual Components is installed, open the application.1.1 HELP DOCUMENTTo learn more about the Visual Components user interface select the Help tab, where links to Help and Reference Documents, Online Support Material, and Social Media can be found. Pressing F1 opens the application’s Help Document as well.The Search tool finds tutorials and discussions on the Visual Components academy and Forum sites.1.2 CREATE A BASIC LAYOUTIn this section, you will learn to create a basic layout. Some of the contents will be explained in more details later on.By default, the eCatalog panel is visible in the Home context on the left-hand side. There is an Item Display area on the lower-left corner of the panel, which filters objects that are shown in the eCatalog .If the eCatalog or one of the other panels is not visible, it is possible to enable them through the Windows context.1.Make sure you are in the Home context. In eCatalog panel, open up the smart collection Modelsby Type. Then select PM Flow Components by Visual Components.2.Drag and drop the Feeder into the 3D world. (You can also double-click the items. When double-clicking a component, it is connected automatically to the selected component in the 3D view, if possible. Otherwise, the component appears in the world origin.)3.Select the Conveyors by Visual Components.4.Drag and drop the Conveyor into the 3D world.e the PnP tool to move the component on the floor level. Move the conveyor closer to thefeeder until a green line appears showing that a connection is possible. The line also shows the distance and direction, where the connections happen. Move it even closer, until the conveyor snaps to the predefined position. Release the mouse button and note that the yellow arrowchanges to a green arrow, which indicates that the connection is active.Note: The components shown in the 3D world are listed in the Cell Graph panel.1.3 RUNNING A SIMULATIONThe layout can be tested by running the simulation using the controls in the top center of the application.1.Run the simulation.Settings ResetRun/PauseClock DisplaySpeed DisplaySpeed SliderExport to PDF/Video/AnimationHint: Download a free Visual ComponentsExperience app for viewing the animations.Don’t forget to reset the simulation by clicking the reset button next to the play button! 2.Check the final result:3. View:The floating origin in the top left corner of the 3D world indicates the XYZ orientation of the current view. Red, Green and Blue (RGB) vector lines represent X-, Y- and Z-axes, respectively.The origin of the 3D world is indicated by a static origin positioned on the XY plane. The static origin is not shown by default, but it can be enabled in the settings:FILE > Options > Display > World Origin Frame1.4 NAVIGATING THE 3D WORLDSelect Standard views using the View Selector in the lower-left corner. The top view can be rotated by 90 degrees by clicking multiple times. The bottom view can be accessed by double-cl icking the “T”.The 3D world toolbar on the left of the viewport allows you to affect the visuals of the viewport. Use the first group to fill the view to all the components or the selected component.To interact with the 3D world’s camera to change the view of the 3D world, use the mouse to activate Orbit (Right Mouse Button click, later RMB), Pan (RMB + Left Mouse Button, later LMB), Zoom (Scroll+wheel Up/Down or Shift + RMB + drag mouse up/down) and Set Center (Ctrl + RMB on geometry or MB on geometry Center in 3D View) options with the mouse.Press F11 to toggle full-screen mode on and off.To change the default settings of the floor and the grid select FILE > Options > Display . From the display menu it is possible, for example, to disable the floor and grid visibility, show or hide the world origin frame, among other settings.1.5 LAYOUTSA layout is a file that contains information related to changes made in the 3D world. This includes, but is not limited to, components that have been added to the 3D world and their parameter values, for example, an object’s location. A layout is always displayed in the 3D world.To save a layout click the File tab, and then on the Navigation pane, click Save As . Then select Browse to define the location and the name for the output file. The default location is “…\Documents\VisualComponents\4.3\My Models ” folder for saving both, components, and layouts. All files under that folder and its subfolders appear on the My Models collection in the eCatalog . Let’s now save the layout that we created before as “Example Layout ” to My Models.Select My Models in the Collections pane. The Item Display area is updated to show the layout created in the previous section. It is possible to clear a layout by pressing CTRL+N or through the toolbar by selecting File > Clear All.2. BASIC TASKSNow you know how to set up a layout in the 3D world by adding, moving, and connecting components. Now a less basic layout will be created to learn new techniques and review those contents. The final result is a layout that demonstrates a robot doing machine tending and a human doing an assembly process. Conveyors will be used to transfer parts between stations.2.1 DELETE AND CLONE COMPONENTSComponents can be copied and pasted in the 3D world using the Copy/Paste commands in the Clipboard group of the Ribbon tab, or in the Context menu (RMB click on top of viewport). The keyboard shortcuts CTRL + C and CTRL + V can also be used.Selecting a component (LMB) in viewport opens the QuickMenu with clone and delete icons. Cloning the selected component does all the three actions at once; it copies, pastes, and connects the new component to the original one.Let’s continue the previous exercise with some new tasks! 1. Clone the Conveyor using the Clone tool from the Quick menu. 2. Hold down the CTRL key and select the two conveyors.3.Copy and paste the selected components using one of the methods taught (e.g. Ctrl + C, Ctrl + V). There are now two conveyor lines in the 3D world and notice how the pasted components did not have to be reconnected.DeleteCloneNote: If you have problems finding a component from the eCat, use the Search tool located on the top of the eCat item display.2.2 CREATE COMPONENTSThe Feeder can create any component in the 3D world if it is attached to it. 1. Expand the Models by Type collection and select type Products and Containers . 2. Drag and drop the Piston Head and place it somewhere on the 3D world. 3.Go to the Process tab and click on Products .4.Select VC_Cylinder in the Product Type Editor and on the Properties tab change the name toPistonHead.5.Click on the yellow cube on the right and select the Piston Head component.Run the simulation and check that the feeder is creating PistonHeads.2.3 PROCESS MODELINGProcess modeling allows you to quickly build and simulate machine tending applications using different resources and machines. This feature streamlines the layout planning.Next, let’s create a machine tending cell. Let’s start by getting the com ponents we need from the eCatalog.1. Expand the Models by Type collection and select type PM Flow Components .2.Drag and drop the From Conveyor Process into the 3D world and connect it to the end of the right conveyor. In this case, the From Conveyor Process acts as an input or location for picking up products.3. Drag and drop the To Conveyor Process into the 3D world. In this case, the To Conveyor Process acts as an output or location for placing products.4. Connect the To Conveyor Process to the beginning of the right conveyor.5.From the collection PM Transport Controllerdrag and drop the Robot Transport Controller into the 3D world, place it close to the From Conveyor Process . A Robot Transport Controller manages a robot that is used as a resource for picking and placing components in a machine tending process.6. Expand the Models by Type collection and select type Robot positioners from Visual Components.7.Drag and drop the Robot Floor Track and snap it to the Robot Transport Controller .8.Select both Robot Floor Track and Robot Transport Controller and turn them 90 degrees as shown in the image below.Note: Rotation can be done through the Component Properties panel, using the blue circle from the PnP selection or with the Move tool. The Component Properties panel is compatible with the other options. Here some examples:9. Select Robots from Visual Components on the eCat and Drag and Drop the Generic Articulated Robot .10.Snap it to the Robot Floor Track.11.Select Machines in the eCat, drag and drop two Parametric five-axis lathe and two Process Machine-ProLathe from Visual Component , and place them as it is shown on the image below. Notice that the doors have to be located facing the robot.Note: It is possible to remove or change the position of the chip removal for the Parametric five-axis lathe from the Properties panel.1.Go to the Process tab and click on Flow.Now we are going to create the flow for the components.2.Select the FromConveyor component and click on the label so the flow would getactualized.3.Select the Robot Controller and click on the ProLathe label, automatically, the flowfrom both machines would be created.4.With the Robot Controller , selected click on the Parametric 5-axis Lathe machine label and again the flow would get actualized.5.Click on the ToConveyor label to complete the flow.1.Run the simulation!Do you get this message below in your output panel? Let’s fix it!2.If you got this message, your robot is too far from the machines and you should drag them closer to it. One way to ensure that the robot can reach a point is using the Envelope tool. Select the Generic Robot and in the Component Properties panel, WorkSpace tab, click on Envelope , a grey globe appears covering the zones that the robot can reach. Use the Interact tool from the manipulation tab to move the robot along the floor track for checking that is also reaching the machines. Disable the envelope after this step.Note:Don’t forget to reset the simulation to return the components to the initial position.2.4 INTERIOR FACILITIESVisual Components eCat provides Interior Facilities and Factory Facilities libraries. These components are static components used for enriching the simulation environment with tables, fences, walls, and such.Let’s use some of those components!1.Expand the Models by Type collection and select type Facilities-Factory.2.Drag and drop the FenceAndWallBuilder into the 3D world.3.Click on Start Drawing and make a closed contour for the fences. During the drawing, if youwant to undo a line, you can press Undo Line. Once the drawing is finished, press End Drawingand then press Populate Components to generate the fences. The image below explains theprocess.the 3D world first by selecting it using LMB and then Delete (This does not delete the fences):Now let’s add the facilities needed for the next part:4.Expand the Models by Type collection and select type Facilities-Interior.5.Drag and drop Table A into the 3D world and place it roughly as shown in the image below.2.5 MODIFY PROPERTIESA component’s property can be edited in the Component Properties tab. The design of a component determines what parameters are available and the functionality of certain parameters.Now let’s do some changes!1.Select the last conveyor in the line and change its length so that it reaches through thefence.2. Select the panel that the Conveyor crosses and change its StandHeight to 1000.Maybe wooden tables are not the best option for an industrial environment. Let’s change the material.3. Select both tables and on the Component properties panel set the Material property toMetal .4. Let’s chan ge the height of the tables to 7002.6 CREATE STATEMENTSA Process Modeling statement is used for creating and executing specific tasks.Now we’ll create a manual assembly cell using the Process Modelling components. Let’s get thecomponents from the eCatalog.1.Expand the Models by Type collection and select type PM Transport Controller.2.Drag and drop the Human Transport Controller into the 3D world. The location of the controllerin the scene is irrelevant.3.Expand the Models by Type collection and select type PM Resources.4.Drag and drop the Human into the 3D world.5.Expand the Models by Type collection and select type Products and Containers.6.Drag and drop the Piston Rod into the 3D world.7.Expand the Models by Type collection and select type PM Warehousing.8.Drag and drop the Warehouse Shelf into the 3D world.Note: You can show the Shelf and the TopShelf of the Warehouse Shelf from the Options in theComponent Properties panel:Notice that these components don’t have to be located in a specific position or connected to another component. The Piston Rod is a template for the objects that will be created later.9. Open the PM Flow Components file.10.Drag and drop a From Conveyor Component a Feeder Process and two Process Nodes.As you can see from the picture, the Feeder Process is in a random place close to the Shelf Buffer, the Process Nodes are located on top of the tables and the From Conveyor Process is located at the end of the Conveyor.Now, let’s connect the interfaces! Components in the 3D world can be remotely connected.1.Go to the Home tab, select the Human Transport Controller, and click on Interfaces from the Connect Tab. This displays an action pane along with connection editors in the 3D world for wiring connections.2.Connect the Human Transport Controller with the Human.When the is an available connection the component would show in yellow, when the connection is done, the component would show in green.Now let’s change some settings before creating the flow: 1.Go to the Process tab click on Products -> Flow group #2 -> VC_Can , now change the name from VC_Can to PistonRod, and select it following the steps from before.2. Click on Processes select FromConveyor and change the name to ToAssembly.3.Select the Process Nodes and change the names from Process #1 to Assembly and FinalAssembly.Now let’s create the flow.The human is supposed to pick the part from the conveyor, place it in the Process Node, assemble it with the piece from the buffer and place it to the other Process Node.1.Click on Flow and select Flow Group #1 in the Process Flow Editor, connect ToConveyor toToAssembly.If you forget to click on the label, you can select the next process from the flow panel.2.Select the Human Transport Controller and connect ToAssembly to Assembly.3.Select Flow Group #2 in the Process Flow Editor and connect the Feeder to the ShelfBuffer.Select the Human Transport Controller and Connect the Buffer to Assembly and then to Final Assembly.This should be the final flow result:Now let’s modify the statements from Assembly and FinalAssembly.4. Select Processes from the Editor tab and click on Assembly.5.Select the TransportIn statement and copy these Statement Properties to accept the flow from the Piston Head (Flow Group #1):6.Click on statements and add a TransportIn Statement and an Attach Statement so that both the Piston Head and the Piston Rod will be merged.7. Now let’s modify the second TransportIn to accept the PistonRod .8.After that, attach both components and Transport them out to the FinalAseembly.9. The process is almost finished! Select the FinalAssembly and change the TransportIn to acceptthe new assembly, it is called PistonRod in this case.10. Delete the TransportOut and add a Delay and a Remove .And this is the end! Run the layout and check that everything is working!2.7 CONCLUSIONThis concludes the tutorial. Please visit Visual Components Academy to access more tutorials, videos, and webinars. Also, don’t forget to check our Forum.。

【Fusion虚拟化】随堂笔记1

09年，虚拟化。

V1R3。

FusionSphere15年，V1R5。

FusionCompute+FusionManager（统一的管理）vmware市场老大。

16年,V1R6.0 6.1 引入openstack FusionSphere 总体云计算解决方案1、服务器虚拟化FusionCompute(xen)+FusionManager SV2、云数据中心FusionCompute(xen)+FusionSphere openstackDC3、电信运营商 KVM+FusionSphere openstack NFVI18年 V1R6.3FusionSphere 服务器虚拟化 FusionCompute(kvm)+FusionManager FusionCloud 私有云KVM+FusionSphere openstack Manageone sc oc service omFusionAccess 桌面云（15年FusionAccess 16年FusionCloud 18FusionAccess）FusionSphere 华为（6.1）云计算总体解决方案在云数据中心场景有云数据中心FusionCompute(xen)+FusionSphere openstack应用层：对外发布应用管理：Managerone sc\oc基础设施服务层：FusionSphere openstack+FusionManager。

这两个产品都可以实现资源的统一管理（软硬件统一管理、异构虚拟化统一管理、异构硬件统一管理、不同数据中心统一管理等等功能）通过驱动对接openstack虚拟资源层：FusionCompute（计算虚拟化、存储虚拟化VIMS、网络虚拟化DVS）Fusionstorage（分布式存储，可以将X86服务器的硬盘组合成存储池）FusionNetwork（实际上不存在，目前是由Neutron+AC 实现网络虚拟化）。

fusion 插件使用方法

fusion 插件使用方法Fusion是一种高级的视觉特效和合成软件，常用于电影、电视和广告制作中。

它是由Blackmagic Design公司开发的，提供了一系列的功能和工具，可以实现高达8K分辨率的复杂合成和视觉特效。

此处将介绍Fusion的一些常见插件的使用方法。

1. ParticlesParticles是Fusion中最常用的插件之一，它能够生成各种粒子效果，例如火花、烟雾、水滴等。

使用Particles插件，可以通过修改粒子数量、速度、颜色、大小等参数，来创建出各种独特的效果。

此外，Particles还提供了多种发射器类型和粒子形状，以及粒子碰撞、引力、吸引等高级功能，使用户可以更加灵活地控制和定制粒子效果。

2. Lens FlareLens Flare插件用于模拟镜头光晕效果，可以让画面更加生动、明亮。

它提供了多种光晕样式和参数，例如光源位置、亮度、颜色等，用户可以根据实际需要进行调整。

Lens Flare还支持精确的位置控制和运动跟踪，可以让光晕效果更加真实。

3. 3D Camera Tracker3D Camera Tracker是一款强大的相机跟踪插件，可以将2D画面转换为3D空间中的虚拟场景。

使用3D Camera Tracker，用户可以轻松地实现相机运动的跟踪和匹配，然后将虚拟模型和动画与原始画面进行混合。

此外，3D Camera Tracker还支持多种相机类型和跟踪算法，以及对镜头畸变和纹理贴图的支持，使用户可以更加精确地实现复杂的相机运动跟踪。

4. GlowGlow插件可以为图像和文本添加发光效果，使它们呈现出柔和、柔和的外观。

Glow插件提供了多种发光样式和参数，例如亮度、颜色、模糊等，用户可以根据需要进行调整。

此外，Glow还支持多层叠加和混合模式，以及自定义控制曲线，使用户可以更加精细地调整发光效果。

以上是Fusion中一些常见的插件及其使用方法，希望对大家有所帮助。

Visual Components Experience用户指南说明书

Visual Components Experience is a standalone application that allows you to view 3D animations and experience them in virtual reality. Simulations can be recorded as animations using any Visual Components 4.1.X or higher product.Visual Components Experience GuideVisual Components Experience Guide 1.7 | Version: February, 2023ContentsSupported devices (3)Windows OS (3)Compatible VR Devices (3)Tested VR Devices (3)Setup (4)Supported file types (4)Controls (5)3D Viewing (5)Virtual Reality (6)Main Menu (6)Headset (7)Default bindings of controls (8)Custom bindings of controls (8)View 3D animations (9)Use the Virtual Reality mode (11)Interactive VR (12)Advanced Settings (13)Supported devicesWindows OS•Any device running Windows 10 or 11 can be used for viewing 3D animations.•Refer to the minimum requirements for a Visual Components 4.x product.https:///system-requirements•An alternative for viewing 3D animations is the mobile version of Visual Components Experience.Compatible VR DevicesVisual Components Experience relies on SteamVR for virtual reality functionality. Any Head-mounted Display (HMD) that is supported by SteamVR should also support VC Experience. However, this is not guaranteed, and using one of the tested and verified devices listed below is recommended.Tested VR DevicesNote that if your computer has a Mini DisplayPort, you need to use a Mini DisplayPort cable. Based on field tests and feedback, adapters may not work.•HTC Vive and Vive Pro•Oculus Rift S•Samsung HMD Odysseyo To use the Samsung HMD Odyssey with VC Experience, you need to also install Windows Mixed Reality for SteamVR from the Steam store.o When you want to use the device with VC Experience, launch the Windows Mixed Reality for SteamVR first. Then, launch Visual Components Experience inVR mode.•Valve IndexSetupFor viewing 3D animations, install Visual Components Experience on your device here: https:///products/downloads.For virtual reality, this guide assumes that you are using HTC Vive. For all other devices, refer to the manufacturer on how to install new apps, set up the device, and interact with VR objects.1.Set up your device according to the manufacturer’s instructions.2.Install Steam onto the device.For more information, see /about.3.Install SteamVR as follows:a.Run Steam.b.In Steam, go to Library > Tools and then search for SteamVR.c.Right-click SteamVR and click Install Game.Supported file typesVisual Components Experience allows you to open and play VCAX files. A VCAX file is a container for a 3D simulation recorded as an animation using a Visual Components 4.x product.To create a VCAX file, see the Record a Simulation as Animation tutorial:•To watch the tutorial from Visual Components Academy, go tohttps:///lessons/record-a-simulation-as-animation/ You can double-click a VCAX file on your device to automatically open it in Visual Components Experience.Otherwise, you need to add VCAX files to the following folder to list them in the app:C:\Users\%username%\Documents\Visual Components\ExperienceControls 3D Viewing1.Select animation allows you to select andopen a VCAX file in the My Animationsfolder of your Visual Componentsdocuments. 6.Slider and Thumb show the position ofanimation and allow you to jump forward or backward in time.2.Viewport displays the 3D scene andanimation. 7.Reset returns animation to its initial stateand time of zero.3.About displays app information. 8.Play/Pause allows you to start or stopanimation.4.Settings displays a dialog for controllingthe Level of Detail (LOD) and Quality level of the scene. User can also enable anddisable Shadows in the scene as well asusing the recorded camera (whenavailable). 9.Playback speed can be changed to play theanimation slower or faster.5.Measurement enables the user to createand visualize distances between objects by clicking on geometries in the 3D World 10.Time shows the position (in seconds) ofanimation followed by its duration.Virtual Reality Main Menu1.Select animation allows you to select andopen a VCAX file in the My Animationsfolder of your Visual Componentsdocuments. 7.1:10 scales components to 1/10th of theiroriginal size.2.1:1 scales the components to their originalsize. 8.On Table scales components to HTC Viveplay area.3.Reset returns animation to its initial stateand time of zero.9.Play allows you to start or stop animation.4.Slider and Thumb show the position ofanimation and allow you to jump forward or backward in time. 10.Quality Settings displays a dialog forcontrolling the level of detail (LOD) and quality level of the viewport. The frame rate (FPS) of the scene is also indicated based on the current settings.5.Time shows the position (in seconds) ofanimation followed by its duration.11.About displays app information.6.Ray is the pointer of a connected joystickthat can be used for selecting objects and menu items. 12.Playback speed can be changed to play theanimation slower or faster.HeadsetA headset allows you to look around in the scene. You must connect the headset to SteamVR before using Visual Components Experience in Virtual Reality mode.Default bindings of controlsThe following tables show what happens by default when you use the controllers in VC Experience.Some actions can send data from Visual Components Experience to the Visual Components Premium application, provided that you have the layout open in Visual Components. Note that sending data also requires setting up a Python script with vcVREvent statements.Button Action VR Event streamedto VC Premium Left Trigger - Interact with UI – When menu is showing- Grab Pinchvrevents_triggerbuttonRight Trigger - Interact with UI – When panel is showing- Grab Pinch- Measure (when using Measuring tool)vrevents_triggerbuttonLeft Menu - Shows / Hides Tool Palette vrevents_menubutton Right Menu - Shows / Hides Menu vrevents_menubuttonLeft Trackpad North - Raises the cameraLeft Trackpad South - Lowers the cameraLeft Trackpad vrevents_primary2daxisclickvrevents_primary2daxistouchvrevents_primary2daxis Right Trackpad North - Starts teleport (when using Teleport tool).Position for teleporting is set with thecontrol position. Teleport is done when thebutton is released.Right Trackpad East - Turns camera left 90 degreesRight Trackpad West - Turns camera right 90 degreesRight Trackpad vrevents_primary2daxisclickvrevents_primary2daxistouchvrevents_primary2daxisLeft/Right Grip - Pauses the simulation while clicked- Interact with components in VR duringStreamingvrevents _gripbuttonvrevents _gripCustom bindings of controlsIf you are not enjoying the default bindings, now you have the possibility to modify the controller bindings in SteamVR.View 3D animations1.Run Visual Components Experience.2.Click 3D.3.Click Select animation and select an animation to load it in the scene.Tip: Add your VCAX files (see Supported file types) to the following folder to list them under Select animation:C:\Users\%username%\Documents\Visual Components\Experience4.Do any of the following as needed:•To remove the animation, in Select animation, click <Clear>.•To return to the default view, in Select animation, click <Reset View>.•To orbit the camera in the scene, press and hold the right mouse button.•To pan the camera in the scene, press and hold the left and right mouse buttons.•To zoom the camera in the scene, rotate the mouse wheel.Use the Virtual Reality mode1.Run SteamVR, and then connect your headset and joystick(s).2.Run Visual Components Experience.3.Click VR.4.With the joystick, press the Menu button, cast a ray, and use Select animation to load ananimation in the scene.Tip: Add your VCAX files (see Supported file types) to the following folder to list themunder Select animation:C:\Users\%username%\Documents\Visual Components\Experience5.Do any of the following as needed:•To scale components, use the main menu. Generally, you would use 1:10 to view a large scene or On Table to walk around and view a scene.•To remove the animation, in Select animation, click <Clear>.•To return to the default view, in Select animation, click <Reset View>.Interactive VRInteractive VR requires Visual Components Premium 4.2 or higher product. Animation streaming is required to interact with components in VR. See the Academy lesson Streaming Simulation to VR on how to enable animation streaming.https:///lessons/streaming-simulation-to-vr/For details on using interactive VR, check out the Academy tutorials. Components that enable interactive VR are found in the eCatalog directory VR Interaction.Advanced users should see the Python API documentation for vcVREvents.Advanced SettingsOn the launcher, you have the option to specify Advanced Settings related to animation streaming and Anti-Aliasing.Streaming Host is the IP address of the computer where the VC Premium application is running. If VC Premium and VC Experience are running on the same machine, then the IP-address is127.0.0.1. Streaming Port must match the port defined in VC Premium.Anti-aliasing settings can be changed by modifying the Antialiasing mode and Antialiasing FXAA (Fast Approximate Anti-Aliasing) options.。

VNX-mirrorview-s-配置流程

VNX MirrorView S 配置流程介绍VNX MirrorView S 是 EMC（戴尔技术公司）公司推出的一种支持异地数据备份的解决方案。

通过 MirrorView S，用户可以在异地备份数据，保证数据的可靠性，并且可以快速地恢复数据。

本文将介绍 VNX MirrorView S 的配置流程，让用户能够更好地了解该解决方案。

环境准备在开始配置 VNX MirrorView S 之前，需要先进行一些环境准备工作。

这些准备工作包括：•确保两个存储器（原存储器和镜像存储器）都支持 MirrorView S。

•确保两个存储器的软件版本都支持 MirrorView S。

•确保两个存储器之间可以进行网络通讯。

•确保在两个存储器上都设置了管理员用户和密码，并且在两个存储器上使用相同的管理员用户和密码。

配置流程1. 创建存储组首先需要在原存储器上创建一个存储组，用来存储需要备份的数据。

可以按照以下步骤来创建存储组：1.登录原存储器的控制台界面。

2.点击“存储”选项卡，选择“存储组”。

3.在存储组列表中点击“创建存储组”。

4.在弹出的对话框中，输入存储组的名称和描述。

可以选择是否启用压缩功能。

5.点击“下一步”。

6.在“存储组包含的LUN”中选择需要备份的 LUN。

7.点击“下一步”。

8.确认配置选项并点击“完成”。

2. 配置 MirrorView S在创建存储组之后，需要在原存储器和镜像存储器上都配置 MirrorView S。

可以按照以下步骤来进行配置：1.在原存储器的控制台界面上，选择“MirrorView”选项卡。

2.点击“创建 MirrorView S 镜像关系”。

3.在弹出的对话框中选择需要镜像的存储组和镜像存储器，输入镜像关系的名称和描述信息。

4.点击“下一步”。

5.在“MirrorView S 镜像关系选项”中选择镜像的方向、同步方式、启用I/O 增量同步和启用写守护进程。

6.点击“下一步”。

Axia Fusion AoIP Console 快速入门安装指南说明书

Axia Fusion AoIP ConsoleWe have made Fusion the easiest Axia console, ever, to set up. This quick start guide will take you through the basic steps to configure your new Fusion and have you up and running in no time. Before we get started, let’s check your installation type and make sure you have what you need.Installation type: You’ve got your choice of two mixing engines to pair with the Fusion, the StudioEngine or the PowerStation. We are providing instructions for both setups, so make sure you follow the instructions for your engine type .THANK YOU FOR PURCHASING THE AXIA FUSION CONSOLE.1. Tilt the overbridge panel of the Fusion Console (A) forward (toward faders) to gain access to theFusion Console overbridge board.2. Connect one end of the supplied Fusion power cable to the power port on the Fusion Consoleoverbridge board (B). Connect the other end to the 48DVC Output port (C) on the rear of the Axia Power Supply. Connect the Axia Power Supply to AC Mains using the Axia Power Supply power cable provided.3. Connect Ethernet cable to the network connection port on the Fusion Console overbridgeboard (D), connect other end to a configured Ethernet switch (E).4. Connect Ethernet cable to the Livewire port (F) on the StudioEngine, connect other end to aconfigured Ethernet switch (E).5. Connect a 1080p monitor to the DVI-D video port (G) on the StudioEngine.6. Close the Fusion Console overbridge panel (A).7. Continue to Network Configuration with Axia StudioEngine.PHYSICAL CONNECTIONS WITH AXIA STUDIOENGINEIJKLThe Console is now recognized by the network and is ready to be linked to the StudioEngine and configured to load sources. Continue to the “System Configuration” instructions.NETWORK CONFIGURATION WITH AXIA STUDIOENGINE1. Apply Power to the StudioEngine. The front displayshould indicate an error due to sync issue-this is normal. An IP address is needed.2. Tap the rotary encoder knob (I) on the front panel fora menu view, rotate knob until “Engine IP settings” (J) is highlighted, tap knob to select. 3. Rotate knob (I) to select “Net Address” and tap knobto select.4. Once on the Engine IP settings screen (K), rotateknob (I) to move the cursor, tap knob to edit cursor position, rotate to increment value, tap knob to accept change. Repeat for all IP address values. Make a note of this IP address for further configuration in later steps.5. Select check mark to right of address and tap knob(I) to accept.PHYSICAL CONNECTIONS WITH AXIA POWERSTATION1. Tilt the overbridge panel of the Fusion Console (A) forward (toward faders) to gain access to theFusion Console overbridge board.2. Connect one end of the 6-Pin molex power cable supplied with the PowerStation to the Surfaceport (B) on the PowerStation. Connect the other end to the power port on the Fusion Console overbridge board (C).3. Connect Ethernet cable to the network connection port on the Fusion Concole overbridge board(D), connect other end to an available network port on the PowerStation (E).4. Connect 1080p monitor to the DVI-D video port (F) on the PowerStation.5. Connect USB keyboard to USB port (G) on the PowerStation.6. Close the Fusion Console overbridge panel.7. Continue to Network Configuration with Axia PowerStation.NETWORK CONFIGURATION WITH AXIA POWERSTATION1. Boot the PowerStation,a setup screen (I)will appear on the connected video monitor.An IP address is needed.2. Tap the up arrow key on the attached keyboard untilthe “Config IP addr” value is in yellow text. 3. Clear the current value with the Backspace key onthe attached keyboard and use number keys to enter a new value. Make a note of this IP address for further configuration in later steps.4. Tap the arrow keys on the attached keyboard to navigate to “Config NetMask”and “Config Gateway”, enter the needed values.5. Tap the down arrow key on the attached keyboardto navigate to “Save & Reboot”. Tap the Enter key on the attached keyboard to reboot system.6. Disconnect USB keyboard from PowerStation.IINSTALLATION HELPIf you have more questions, you can access the full manual online at /Axia/Fusion or call the Telos Alliance 24/7 Support Team at +1 (216) 622-0247, we’d be happy to help you out.CONTINUE TO THE SYSTEM CONFIGURATION The Console is now recognized by the network and is ready to be linked to the PowerStation then configured to load sources. Continue to the “System Configuration” instructions.1. Using a PC connected to your studio network, launcha web browser and enter the assigned IP addressinto the browser’s address bar. When prompted for authentication enter user name “user”, password is left blank.2. The Fusion control center will launch (A). In the leftcolumn, under “Mix Engine”, select the “Network”link (B), click the “Install” button at the bottom of the new page.3. Enter the value “1” into the “Console Count” field (C)and click “Apply Console Count” (D).4. In the “PS CONSOLE: 1” (E) section, select thediscovered console from the drop down menu (F).Click “Apply IP” (G) to set the IP address and link it to StudioEngine or PowerStation.5. Your Console is now connected and will display“Inactive“ on each channel. On the Monitor Module keypad (H) Press and hold the “*” key and “2” key until “Capture” is displayed.6. Release the keys. For the full-sized Fusion Monitor/Navigation Module, press the“Enter”key,for a Fusion Monitor + 2-Fader Module, press the “#” key.7. Remain logged in to the Fusion Control Center andcontinue to Source Configuration.A BCEFGDH1. In the Fusion Control Center, in the left column under“Console”, select “Sources” (A).2. Click the “Create New Source Profile” button (B).3. On the Source Profile screen, select “Source Type”from the drop down list (C).4. Enter the name of the source in the “Source name”field (D).5. Click the browse button to the right of the “Primarysource” field (E) and select the desired source from the list.6. Click “Apply”.7. In the left column under “Mix Engine”, select “Progand mon out” (F).8. Enter (G)the planned channel numbers for either the StudioEngine (Livewire Sources)or PowerStation (Livewire Sources from DSP) outputs.9. Click the “Apply” button.10. StudioEngine users-skip Step 11 and proceed toStep 12.11. PowerStation users continue to the next step below, “For PowerStation users ONLY”.ABCEDHIJa. In the left column under “I/O subsystem main”,select “Destinations” (H).b. When prompted for authentication enter user name“user”, password is left blank.c. Enter useful labeling in the “Name” field (I).d. Click the browse button (J) to the right of the“Channel” field and select the CR Monitor source from the PowerStation. e. Click the “Apply” button.f. Continue to Step 12.FOR POWERSTATION USERS ONLYThis step configures the designated output on the back of the PowerStation which provides audio to the monitor speaker amplifier for the CR Monitor DSP source.GF12. On the Fusion Console Surface, press the channelencoder knob (K) found at the top of the fader strip for Channel Options.13. The connected video monitor will display theChannel Options (L). Rotate the encoder knob (K) one step to select the source window. (Selected options will be outlined in yellow.) Once the desired option is selected, press the encoder knob (K) to enter the selection.14. Select the “Current Source” option (M). The nextview will show configured source profiles (N). 15. Rotate the encoder knob (K) to highlight the sourcejust created.16. Press the encoder knob (K) to select the highlightedsource.17. Press the Program 1 button on the fader strip (O) soit is illuminated.18. Press the “On” button (P) on the fader strip.19. Move the fader (Q) up-you should hear audio. Themeters on your video display should be active (R). 20. Note: To hear the audio, make sure Program 1 isselected in the monitor section for CR Monitor and that the volume is at an appropriate level.For StudioEngine users only: make sure the xNode output feeding your speaker has been assigned the CR Monitor source output of the StudioEngine. 21. Repeat“Source Configuration”steps to configureadditional sources.MLNROQP YOUR SETUP IS COMPLETE!That’s it! You are now ready to experience the Axia Fusion, a powerful,flexible and easy to use console, packed with all of the capabilities andfeatures you need. Enjoy!KThis Page Intentionally Left BlankThis Page Intentionally Left BlankThis Page Intentionally Left Blank1241 Superior Ave. • Cleveland, Ohio, 44114, USA • +1.216.241.7225 • © 2021 Telos Alliance. All Rights Reserved. C21/1/16009 • 1490-00137-002 — QUICK START GUIDE: FUSION CONSOLE Subscribe to our NewsletterWeekly updates on all things broadcast via email/newsletter Social MediaFacebook: @TelosAlliance Twitter: @TelosAlliance LinkedIn: /TelosAlliance YouTube: TelosAllianceTVProduct Catalog/catalog24/7 Tech SupportRadio: +1 (216) 622-0247TV: +1 (717) 735-3611Radio:*************************TV:**************************QUICK LINKS。

华为云计算HCIP题库试题十五

华为云计算HCIP题库试题十五华为云计算HCIP题库试题十五1.【单选题】1分| 关于FusionCompute 的功能描述错误的是?A FusionCompute 支持虛拟机资源动态调整,用户可以根据业务负载动态调整资源的使用情况。

B Fusiancompute可以将服务器物理资源抽象成逻辑资源,让一台物理服务器变成几台甚至上百台相互隔离的虚拟服务器。

C Fusioncompute支持虛拟网络访问控制,可以通过设置安全组,实现虛拟网卡VLANID的修改。

D FusionCompute 支持存储热迁移,可在同一个存储设备内、不同存储设备之间进行迁移。

2.【问答题】1分| 拖拽题:目前桌面云市场有多种主流的桌面云协议，将以下桌面云协议与其描述对应起来.()将用户的会话以图像的方式进行压缩传输，对于用户的操作，只传输变化部分，保证在低带宽下也能高效的使用() 广泛的移动终端支持，不仅支持XenServer，还支持vSphere 和Hyper-V()最大支持64虚拟通道。

可承载不同的上层应用协议。

可根据不同应用类型采用不同的压缩算法加速渲染，视频播放更清晰流畅()设计的核心是实现对用户端设备(CPU、RAM 等)或主机虚拟服务器上可用系统资源的智能访问。

A、ICAB、PCoIPC、SPICED、HDP3.【判断题】1分| 在FuionAccess 中，回收“动态多用户”类型的虛拟机桌面时，还需要将用户从“动态多用户”类型的用户组中移除。

A对B错4.【判断题】1分| FusionAcces支持使用Backup Server 临时备份服务器备份所有组件当备份空间充足时，备份服务器将保存10天内的备份数据:当备份空间不足时，系统会产生告警信息，管理员需手动出除不需要的备份文件。

A对B错5.【多选题】1分| 在FusionAccess 中命名规则可对发放的虛拟机的名称进行统一命名，以下关于命名规则的描述，正确等等是哪些项?A 计算机名前缀可配置为“ shared_ _vm”B 在创建完整复制虛拟机的命名规则时，允许包含登录用户虛拟机的域账号C 在创建链接克隆虛拟机的命名规则时，允许包含登录用户虚拟机的域账号D 计算机名前缀可配置为“shared-vm“6.【多选题】1分| 随着信息化的快速发展，某高校在电子阅室安装部署了一套华为FusionAccess桌面云。

VNX MIRROR

三、配置MirrorView1、将2台存储的MirrorView FC Port通过光纤交换机联通：可以通过Settings—>Network查看哪一个FC Port是MirrorView口，每个SP上有一个，将2台存储4个MirrorView FC Port通过光纤交换机划入同一个zone中。

通过Hosts—>Connectivity Status查看端口状态，如下图为正常：如果出现黄色感叹号，请检查链路联通情况。

Data Protection—>Manage Mirror Connections，选择联通后的存储，点击Enable，确认SPA、SPB都为enable状态。

如下图：2、将2台存储VNX5700、VNX5500加入同一个Domain中：登陆一台存储Domains—>Add/Remove System点击Add增加一个存储系统。

此操作必须要求2台存储的IP能联通，并且用户名/密码相同。

3、配置LUN MirrorView：Storage—>LUNS，选择需要做MirrorView的LUN上点击右键，选择MirrorView，选择Create LUN MirrorView，出现如下界面：在Mirror Type中选择Mirror类型，Asynchronous为异步镜像、Synchronous为同步镜像。

Name为镜像名称，可自定义，但是建议和LUN名称相同，方便管理。

点击OK，便可建立此LUN的MirrorView。

但此时镜像还不能使用，必须为此MirrorView加入镜像LUN才能使用。

4、给MirrorView LUN增加镜像LUN：所建立的所有MirrorView LUN都会在Data Protection—>Mirror and Consistency Groups显示。

选择所建立的MirrorView LUN，点击右键选择Add Secondary Image如下图：选择在镜像存储上的LUN。

FusionCompute V100R003C10 存储管理指南 02说明书

保留一切权利。

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本文档提及的其他所有商标或注册商标，由各自的所有人拥有。

注意您购买的产品、服务或特性等应受华为公司商业合同和条款的约束，本文档中描述的全部或部分产品、服务或特性可能不在您的购买或使用范围之内。

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由于产品版本升级或其他原因，本文档内容会不定期进行更新。

除非另有约定，本文档仅作为使用指导，本文档中的所有陈述、信息和建议不构成任何明示或暗示的担保。

华为技术有限公司地址：深圳市龙岗区坂田华为总部办公楼邮编：518129网址：前言概述本文档提供了FusionCompute中数据存储、磁盘等存储资源的创建、调整和回收的流程和方法，帮助管理员对FusionCompute的存储资源进行管理。

读者对象本文档（本指南）主要适用于以下工程师：l技术支持工程师l维护工程师符号约定在本文中可能出现下列标志，它们所代表的含义如下。

界面图形使用约定文档中所有界面图形仅为示例，请以产品实际界面为准。

修订记录修改记录累积了每次文档更新的说明。

最新版本的文档包含以前所有文档版本的更新内容。

文档版本 02 (2013-12-28)第二次正式发布。

文档版本 01 (2013-11-15)第一次正式发布。

目录前言 (ii)1 存储管理简介 (1)2 存储资源管理 (4)2.1 向站点添加存储资源 (5)2.2 向主机关联存储资源 (7)2.3 扫描存储设备 (9)2.4 修改存储资源 (11)2.5 解关联存储资源 (13)3 数据存储管理 (14)3.1 添加数据存储 (15)3.2 查看数据存储信息 (19)3.3 修改数据存储的名称和描述 (20)3.4 删除数据存储 (21)4 磁盘管理 (23)4.1 创建磁盘 (24)4.2 绑定磁盘 (27)4.3 解绑定磁盘 (29)4.4 增加磁盘容量 (29)4.5 为NFS服务器添加磁盘 (32)4.6 迁移磁盘（基于虚拟机） (34)4.7 迁移磁盘（基于数据存储） (39)4.8 回收磁盘空间 (43)4.9 修改磁盘属性 (44)4.10 删除磁盘 (46)A 附录 (48)A.1 配置IE浏览器 (49)A.2 配置Firefox浏览器 (52)A.3 登录FusionCompute (52)A.4 如何创建Advanced SAN的管理帐号 (56)A.5 如何配置IP SAN启动器 (58)A.6 如何清除主机存储设备的残留信息 (59)A.7 在Windows操作系统中合并磁盘分区 (62)A.8 在Linux操作系统中新建磁盘分区 (62)A.9 在Windows操作系统中初始化磁盘 (65)A.10 在Linux操作系统中初始化磁盘 (66)A.11 技术支持 (69)A.12 参数参考 (69)A.12.1 存储资源参数说明 (70)A.12.2 数据存储参数说明 (72)A.12.3 磁盘参数说明 (72)B 术语 (76)B.1 A-E (77)B.2 F-J (78)B.3 K-O (79)B.4 P-T (80)B.5 U-Z (81)1存储管理简介内容简介FusionCompute的资源包括主机和集群资源、网络资源和存储资源。