ICONICS GENESIS64安装指导V2

PEX-C64, PISO-C64U/A64 Series Quick Start Guide ICP DAS CO., LTD. 1 WebSite: http://

E-Mail:******************,************************ The package includes the following items: One PEX-C64, PISO-C64U or PISO-A64 PCI Board. One Software Utility CD (V5.2 or later) One Quick Start Guide (This Document) One CA-4037B Cable Two CA-4002 D-Sub connectors Step 1: Setup the Windows driver. The driver is located at:  The UniDAQ driver supports 32-/64-bit Windows 2K/XP/2003/Vista/7/8; it is recommended to install this driver for new user: CD: \NAPDOS\PCI\UniDAQ\DLL\Driver /pub/cd/iocard/pci/napdos/pci/unidaq/dll/driver/ For PEX-C64 PISO-C64U/A64 Series What’s in the shipping package? Installing Windows Driver English/ Oct. 2013/ Version 1.3

PEX-C64, PISO-C64U/A64 Series Quick Start Guide ICP DAS CO., LTD. 2 WebSite: http:// E-Mail:******************,************************ The PISO-DIO Series classic driver supports Windows 98/NT/2K and 32-bit XP/ 2003/ Vista/7/8. Recommended to install this driver for have been used PISO-DIO series boards of regular user, please refer to : /pub/cd/iocard/pci/napdos/pci/piso-dio/manual/quickstart/classic/ Step 2: Click the “Next>” button to start the installation. Step 3: Check your DAQ Card is or not on supported list, then click the “Next>” button. Step 4: Select the installed folder, the default path is C:\ICPDAS\UniDAQ , confirm and click the “Next>” button. Step 5: Check your DAQ Card on list, then click the “Next>” button. Step 6: Click the “Next>” button on the Select Additional Tasks window. Step 7: Click the “Next>” button on the Download Information window. Step 8: Select “No, I will restart my computer later” and then click the “Finish” button. For detailed information about the driver installation, please refer to Chapter 2.1 “Getting the UniDAQ Driver DLL Installer package” of the UniDAQ SDK user manual. Step 1: Shut down and power off your computer. Step 2: Remove the cover from the computer. Step 3: Select an unused PCI/PCI Express slot. Step 4: Carefully insert your I/O card into the PCI/PCI Express slot. Step 5: Replace the PC cover. Step 6: Power on the computer. After powering-on the computer, please finish the Plug&Play steps according to the prompted messages. Installing Hardware on PC

3d设计软件GeomagicControlX2020中⽂安装及激活教程

Geomagic Control X 2020如何免费激活使⽤？Geomagic Control X是⼀款功能强⼤的三维检测软件。该软件提供的形位公差、硬测和⽅位检查功能可加快零件的测量速度和精确度。今天，⼩编为⼤家带来了Geomagic Control X 2020 中⽂安装及激活教程。感兴趣的朋友快来了解⼀下吧。⾸先需要先下载软件，下载地址如下

Geomagic Control X 2020 v2020.1.1中⽂激活版 附教程

类型：3D制作类⼤⼩：2.13GB语⾔：多国语⾔时间：2021-04-16查看详情

Geomagic Control X 2020 中⽂安装及激活教程

1、在本站下载软件安装程序和patch破解⽂件夹(因软件过⼤，所以放在百度⽹盘内，可通过百度⽹盘下载)

2、双击Geomagic_ControlX_2020.1.1.exe运⾏安装，如图所⽰，安装语⾔选择简体中⽂，点击确定

3、需要安装环境，点击安装按钮，耐⼼等待⼀下

4、勾选我接受许可协议证中的条款，点击下⼀步

5、去勾选发送匿名使⽤数据，点击下⼀步

6、选择安装类型，点击下⼀步

7、点击更改选择软件安装路径，点击下⼀步

8、点击安装按钮

9、安装中，⼤家稍等⽚刻

10、安装完成，去勾选⽴即启动软件选项

11、将geomagic.control.x.v2020.1.1-tpc.exe复制到安装⽬录并使⽤管理员⾝份运⾏，输⼊readme.txt中的RunPatchPass，点击点击Proceed

12、点击patch

13、以上就是全部步骤，打开就是破解版了

以上便是⼩编为⼤家分享的"3d设计软件Geomagic Control X 2020 中⽂安装及激活教程"的全部内容，希望能够帮到你，持续发布更多资讯，欢迎⼤家的关注。

64位win7怎么安装catia

CATIA是法国达索公司的产品开发旗舰解决方案。作为PLM协同解决方案的一个重要组成部分，它可以帮助制造厂商设计他们未来的产品，并支持从项目前阶段、具体的设计、分析、模拟、组装到维护在内的全部工业设计流程。那么64位win7怎么安装catia呢?小编为大家分享了64位win7安装catia的方法，下面大家跟着店铺一起来了解一下吧。

64位win7安装catia方法

1、打开 CATIA 的安装光盘(或者安装包已经在硬盘解压紧完成的文件夹)，

其中包括如下内容

2、鼠标左键双击桌面 setup 图标开始整个安装过程：出现

CATIA 安装的欢迎界面选择下一步按钮后出现许可证界面导入节点锁许可证”对针对从达索公司购买正版软件许可证的设置，不用管它，选择下一步继续安装即可。

3、安装目录的设置，用于用户自定义安装路径，在安装过程中会提示创建目录只需要选择“是”按钮继续安装

4、选择安装类型，在这里用户可以定义安装功能的多少，以满足不同用户的需求。为了保证使用功能的完整性，选用默认的完全安装

5、软件服务端口的配置，不用更改任何设置，选择下一步继续安装设置

6、服务器超时配置，不需要任何改进，继续下一步继安装设置

7、电子仓库客户机配置，为保证达索系列软件安装的完成整性，我们要将“是的，我想安装 ENOVIA 电子仓库客户机”选项勾上，继续下一步安装设置。

8、创建快捷方式的设置，选择默认值，点击“下一步”继续安装设置

9、安装联机文档设置，我们暂时不安装联机文档，所以不勾选此选项，完成整个安装前的设置 10、正式开始安装的提示窗口，不作任何改动点击“安装”按钮，紧接着会弹出安装进度窗口

11、完成 CATIA 的安装，当安装进度条达到 100%时，安装程序会自动弹出“电子仓客户机设置”窗口。点击“添加”按钮，电子仓会自动完成设置。点击“确定”按钮后电子仓服务器已经设置完成。点击“关闭”弹出“安装完成”提示窗口，注意将“我希望现在启动

Copyright 2012 ICONICS, Inc. Page 1 of 3

GraphWorX64 - Smart Symbol Binding with Real Time Data July 2012 GraphWorX64 – Smart Symbol Binding with Real Time Data Description: A quick example of using advanced properties of smart binding and smart symbols. OS Requirement: Windows Server 2003 x64/Vista x64/ Server 2008 x64/Windows 7 x64/ Server 2008 R2 x64 General Requirement: GENESIS64 v10.7 or later and familiarity with smart binding in GraphWorX64. Introduction: Smart Symbols are an enhanced version of object groups. They greatly simplify the configuration and save engineering time by allowing a configuration of properties of inner objects without a need to drill-into the symbol. This document focuses on a couple of new smart properties which provides engineers with an option to use resolved data source values in their binding logic. It is very convenient to be able to use OPC values as parameters inside other data sources instead of using scripts in displays. With this feature data sources can also feed properties of 3rd party WPF controls directly without the need for retrieving the values with a script. For further information on Smart Symbols and the Smart Symbol Property Binding Editor see the GraphWorX64 application notes on Smart symbols or consult the help files. Runtime Value Properties In version 10.7 there are two new smart property types: • StringDataSourceAndRuntimeValue • StringDataSourceWithTokensAndRuntimeValue These new types have the same characteristics as these preexisting types: • StringDataSource • StringDataSourceWithTokens However, these new types also expose the runtime value of the data source as a bindable property instead of just the data source name. Because the data type of the runtime value is not known until runtime, in the Smart Binding Editor dialog you will need to uncheck the "Show Compatible Properties Only" checkbox in order to see the properties for the runtime values. For example, if you define a smart property of type "StringDataSourceAndRuntimeValue" named "MyProperty", in the binding editor you will see two properties: one named "(MyProperty)" which is the data source name, and another named "(MyPropertyRuntimeValue)" which is the runtime value of the data source. In configuration mode, the runtime value of these smart properties is null. In runtime mode, the runtime value will automatically be converted to the data type of the target (bound) property, if possible (this is usually possible if the value can be converted to and from a string). Data Source Definition based on other Data Source Output Value This example will show you how to use output of one OPC data source as part of another data source definition. 1. Open a new GraphWorX64 display by going to Start 󰃆 All Programs 󰃆 ICONICS 󰃆 GENESIS64 󰃆 GraphWorX64 󰃆 GraphWorX64. 2. Create two process points representing local simulation variables such as “localsim:sine” and “localsim:ramp”. 3. Create a third process point which should be Data Entry. For data source enter a String local user variable with no initial value, similar to the variable in Figure 1. Figure 1 - Creating Empty Local Variable 4. Duplicate this process point. 5. Select the duplicated process point, right-click on it and select Group, then right-click on it again and select Convert to Smart Symbol. NOTE: If you don’t know how to use or create Smart Symbols see application note entitled GraphWorX64 - Smart Symbols. 6. In Automatic Smart Binding Options select to Expose data sources as Smart Properties 7. Give it a name of your choice and change the property type to StringDataSourceAndRuntimeValue 8. If you check the properties of the smart symbol you should see one smart property which should contain the original data source Figure 2 - Smart Property 9. Expanding the Smart Symbol in object Explorer, select the label and look at the Dynamics panel. You should see the