Qcapturepro软件操作说明

第一章欢迎使用Quick Test Professional1.1QTP的背景知识◆QTP是HP公司花了45个亿收购的美科利产品套件之一◆QTP是继WR产品之后推出的以VBS内嵌语言的工具◆QTP是一款用于功能测试的自动化测试工具◆QTP可以和HP的QC产品协作进行自动化测试开发（BPT）◆QTP是一款容易掌握但价格很高的测试自动化工具HP Quick Test Professional支持功能测试和回归测试自动化，用于每个主要软件应用程序和环境，此解决方案使用关键字驱动的测试概念，简化了测试创建和维护过程，它使测试人员能够使用专业的捕获技术直接从应用程序屏幕中捕获流程来构建测试案例。

测试专家还可以通过集成的脚本和调试环境完全访问内在测试和对象属性。

自动化测试包括单元测试自动化，性能自动化，功能自动化。

QTP就属于是功能自动化测试。

1.2QTP文档的概述本手册分成十章课程，在每一个课程中你都会以Quick Test 内附的范例Mercury旅游网站为例作为练习的对象，建立并执行自动化测试脚本（script）。

当你完成手册的课程之后，就可以讲这些技巧应用在你的网站上面了：◆Quick Test Professional简介：比较自动测试与手动测试的差别，介绍Quick TestProfessional的测试流程，并熟悉Quick Test使用者接口，以及Mercury旅游范例网站。

◆录制测试脚本：教导你如何录制测试脚本，并且对测试脚本Keyword View做个介绍◆执行并分析测试脚本：示范如何执行测试脚本以及检查测试脚本执行的结果◆建立检查点：说明如何在测试脚本中建立检查点以验证网站上的信息，是你预期的◆参数化：示范如何通过参数化，是你可以在测试脚本中使用多组资料执行测试脚本◆建立输出值：教导你如何将网页上的数据，输出到参数中◆使用万用字符表示法：教导你如何在测试脚本中使用万用字符◆将测试脚本切割成多个测试动作：如何将测试脚本切割成多个动作，让脚本更加模块化◆从这里出发：告诉你哪里可以获得更多的Quick Test的信息。

PROII基础培训教程引言流程模拟是化学工程与工艺领域中至关重要的工具，它允许工程师在设计、操作和优化化工过程时进行详细的预测分析。

ProcessIndustryPractices(PROII)是一种广泛使用的流程模拟软件，它为工程师提供了一个全面的平台，以模拟和分析各种化工过程。

本教程旨在为初学者提供PROII的基础知识，通过系统的学习和实践，使读者能够掌握该软件的基本操作，并能够进行简单的流程模拟。

第一部分：PROII软件概述1.1软件背景ProcessIndustryPractices(PROII)是由AspenTechnology公司开发的一款化工流程模拟软件。

它自1982年推出以来，已经在全球范围内的化工、炼油、石化等行业中得到了广泛的应用。

PROII以其强大的物性数据库、精确的单元操作模型和用户友好的界面而闻名，是化工工程师进行流程模拟和优化的首选工具。

1.2软件功能PROII软件提供了从物料平衡、能量平衡到设备尺寸计算等全方位的模拟功能。

其主要功能包括：物性计算：软件内置了广泛的物性数据，能够计算纯物质和混合物的热力学性质。

单元操作模拟：提供多种单元操作的模型，如反应器、塔器、换热器等，用于模拟实际工艺流程。

流程分析和优化：可以对整个工艺流程进行分析，进行灵敏度分析和优化操作。

数据集成：能够与其他软件如Excel、数据库等进行数据交换，方便数据管理。

1.3软件界面PROII的用户界面设计直观，主要分为菜单栏、工具栏、流程图绘制区、数据输入区和输出窗口。

用户可以通过拖拽方式在流程图绘制区添加单元操作，并通过数据输入区输入相应的参数。

第二部分：PROII基本操作2.1软件启动与新建项目启动PROII软件。

选择“新建项目”选项，输入项目名称和保存位置。

在弹出的对话框中设置单位系统和物性方法。

2.2流程图的绘制使用工具栏中的绘图工具绘制流程图。

添加单元操作：通过菜单或工具栏选择单元操作，拖拽到流程图中。

QTP工具使用培训_基础应用QTP (Quick Test Professional) 是一款功能强大的自动化测试工具，用于自动化执行软件功能测试和回归测试。

在这篇文章中，我将简要介绍QTP工具的基本应用和使用培训。

1.脚本录制和回放：QTP可以通过录制用户在应用程序上的操作来创建测试脚本，并可以回放这些脚本以执行测试。

录制和回放功能可以大大减少测试工作的时间和工作量。

2.对象识别和操作：QTP可以通过对象识别机制自动识别应用程序的各种用户界面元素，如按钮、文本框、复选框等，并可以对这些元素执行各种操作，如输入文本、点击按钮等。

3. 数据驱动测试：QTP可以从外部数据源（如Excel文件、数据库等）获取测试数据，并将这些数据应用于测试脚本，从而实现数据驱动的自动化测试。

4.条件和循环：QTP提供了条件和循环语句，可以根据不同的条件执行不同的操作，或者在特定条件下重复执行一些操作。

这使得测试脚本的编写更加灵活和复杂。

5.错误处理和异常处理：QTP可以捕捉和处理测试中的错误和异常情况，以便及时发现问题并采取相应的措施。

错误处理和异常处理功能可以保证测试的稳定性和可靠性。

以上仅是QTP工具的基本应用，QTP还提供了许多其他高级功能，如断言、日志记录、控制流程等。

要熟练地使用QTP工具，通常需要参加相关的培训课程。

1.QTP工具介绍：培训课程开始时，会对QTP工具进行详细介绍，包括其功能特点、适用范围、安装和配置等方面的内容。

学员可以通过这部分课程了解QTP工具的基本知识。

2.脚本录制和回放：接下来，学员将学习如何使用QTP工具进行脚本录制和回放。

培训课程会详细介绍录制和回放功能的使用方法，并提供实际的案例来进行演示和讲解。

3.对象识别和操作：学员将学习如何使用QTP工具进行对象识别和操作。

培训课程会教授学员如何使用对象识别器对应用程序进行对象识别，并演示和讲解如何对各种界面元素进行操作。

4.数据驱动测试：培训课程将介绍如何使用QTP工具进行数据驱动测试。

TracerDAQ pro 操作步骤1. 安装完随光盘带的mccdaq.exe后，再下载安装购买的TracerDAQ pro软件，都安装好后，在“开始”中显示如下：其中InstaCal软件是采集卡的驱动、TracerDAQ是应用软件（我的不是pro版，你安装好后此处应该是pro版）2.将USB-2416与PC连接，并插好电源适配器，然后运行InstaCal，如下图所示：正常情况下，InstaCal检测到USB-2416，并显示该卡的图标，分配编号（Board0）。

3.双击上图中Board#0图标，如下图所示（配置通道和设置采样率）。

选择Analog-In Channels 选项卡，显示如下：（1）在Sensor Category中选择测量信号类型，只有两个选项：voltage和thermocouples。

5个测温通道按类型选择相应的热电偶即可，其余5个电流通道和5个电压通道都选择电压测量即可（因为通过变送器都转为了电压）。

（2）在ConnectionType中选择单端、差分，对本应用而言，电压测量选择“单端”，热偶测量选择“差分”。

（3）Data rate是通道的数据率（但不是最终的采样速率），这个东西不好说清楚，只能是它正比于最终的采样率，选择一个合适的值即可，太大了，容易引入噪声。

设置好后，点击“确认”退出。

注意：在InstaCal中设置完成后，最好不要退出InstaCal，最小化即可。

4. 运行TracerDAQ（你的是TracerDAQ pro），显示如下：选中第1项“Strip Chart”，点击运行，如下图所示：这里要着重说明一下channel和lane的区别。

这两个词汇都是TracerDAQ pro中的概念，channel是测量通道（用ch表示），TracerDAQ pro可以测量48个channel；lane是显示窗口，如上图中的灰色区域，就是一个lane，TracerDAQ pro最多有8个lane。

基本参数：型面为抛物面，聚光面积为72m 2，开口直径D=9577mm ，焦距f=7500mm 。

抛物面方程为 Z Y X 3022=+，聚光器共分为12块，每块间距为20mm 。

中心开口半径为100mm 。

接收平面半径为100mm 。

操作过程如下：(1) 打开软件双击快捷方式打开软件，出现如下的对话框，选择Standard 即可满足要求。

(2) 建立模型在菜单栏中选择Insert Reflector ，弹出Insert Reflector 对话框，选择Conic 选项，其中Shape 共分四种：球面、抛物面、椭圆面和双曲面。

在本例中聚光器型面为抛物面，所以选择Parabolic 。

此外其它的一些设置可以按上面的基本参数的要求填写，如下面对话框所示，填写完毕后点击Insert 按钮。

这样就建立了一个厚度为2mm 、焦距为7500mm 、开口直径为9577mm 、中间孔洞半径为100mm 、中心坐标为(0,0,0)的抛物面聚光器，如下右图所示。

要想从不同角度观察模型，可以从通过以下菜单进行操作。

其中和按钮比较常用，为全局放大，为对模型进行旋转观测。

要想观测模型的不同效果可以点击菜单栏View选项，有Silhouettes、Render、Wireframe、Hidden Line四个选项可供选择。

(3)分割聚光器按要求聚光器共分为12块，每块间距为20mm。

此处应用布尔运算对聚光器进行分割。

首先创建X向尺寸为10000mm(要比聚光器的开口直径大一些)，Y向尺寸为20mm(为每块聚光镜的间距尺寸)，Z向尺寸为5000mm(要比聚光器开口深度略大)的薄板，具体参数设置如下对话框所示。

薄板创建完成后，点击鼠标右键，出现下拉菜单，选择Rotate选项，对应弹出Rotation Selection 对话框，按对话框中参数填写完成按Copy按钮。

此操作共进行5次。

最终完成结果图如下所示。

Ctrl键加鼠标左键依次选择抛物镜面和各个薄板，点击鼠标右键，选择Subtract选项，对其进行布尔减运算。

Survey Pro SoftwareSurvey Pro: Simply The BestIncludes Spectra Precision Central:Spectra Precision’s cloud computing solution.S U R V E Y P R Oit meets rigorous MIL-STD-810G military standard for drops, vibration, humidity and extreme temperatures, and with an IP67 rating, it’s designed to keep your investment and your data safe. The Ranger 3 comes standard with 8 GB of onboard memory for storing data. Move your data fast and easily using a SDHC card, Bluetooth, USB cable, Wi-Fi, or WWAN modem.military standards the Nomad uses a high capabilities like GPS, Wi-FiSpectra PrecisionT41 Data CollectorThe Spectra Precision® T41™ Data Collector is rugged, powerful, connected and compact,offering high performance with a highresolution outdoor readable display.The slim, ergonomic design is easy tohold and enables all-day use. A newcapacitive touch-screen protected byGorilla® Glass provides intuitive andresponsive finger-tip touch capability.The T41 handheld has 3.75G cellulardata capabilities plus cellular voice andSMS capabilities.Spectra PrecisionMM20 Data CollectorThe Spectra Precision® MM20 Data Collector delivers maximum performance and reliability in a lightweight but rugged design. It’s dust- and waterproof andweighs just 380 g (13 ounces) It featureslong battery life making it a perfect tool forlong surveying tasks. The MM20 provides Bluetooth, wireless LAN (WiFi), and GSM/GPRS/3.5G modem. Top that off with a 5Mpixel camera and built-in GPS, and you havea powerful, yet inexpensive tool.Spectra Precision CentralSpectra Precision Central provides a cloud computing hub for your complete survey team to connect and exchange information from anywhere there is a data connection. A cloud service is nothing more than internet accessible data storage. It’s how you access and use the data that is really the important part. Spectra Precision Central is designed for professionals who make their living outside, doing measurements, and building the world. The PartsWeb PortalThe web portal provides an easy way to edit, manage, and use your Central accounts and data. It can be accessed with any browser from your office computer, tablet, or smart phone.Smart Phone ApplicationsSurvey Pro Central for Android and Survey Pro Central for iOS provide access with dedicated smart phone and tablet apps. These apps provide data access and a range of functionality to help you manage your data, and therefore your workday, better. Spectra Precision Central SyncCentral Sync is a tool that runs as a service on your computer and synchronizes the data files that are placed in the Central folders. This makes file management and synchronizing data with Central very easy.Survey Pro IntegrationSurvey Pro is fully integrated into Spectra Precision Central. Files are uploaded as they are created. New data is sent up to Central based on user preferences. So now, not only do Spectra Precision ultra-rugged data collectors and dedicated field software protect your data, so does Central, backing it up on a remote server. See the Spectra Precision Central product brochure for more information.S U R V E Y P R OSetupSurvey Pro setup routines are designed to get you working as soon as possible. Multiple instrument setup options using known points or resection means you can work the way you need to work. Results are conveniently displayed making it easy to check the setup. All setup data is stored and is easily reviewed and edited as necessary using the integrated data editor. If an instrument height is updated, all affected coordinates will also be updated. Survey Pro puts you in control.GNSS SetupSurvey Pro provides two main methods of configuring a GNSS survey: Mapping Plane and Calibration. With these two methods, there is nearly infinite flexibility. Calibration allows you to use a local coordinate system, often set using total stations. This keeps everything aligned which makes you more productive. Survey Pro walks you through the process and provides check routines toensure everything is spot on.Feature and Attribute collectionYou can define features like “utility pole” and “water line” using feature codes in the field or in the office. Add features and attributes as you survey. Using line features, Survey Pro will automatically draw lines in real time making it easy to verify your work before leaving the job site. Process and adjust the data in Spectra Precision Survey Office and export tocommon data formats when you are done.COGO, Inverse, and CurvesSurvey Pro software provides powerful Coordinate Geometry (COGO), Inverse and Curve functions. The calculation tools give you the power to do just about anything in the field. The end result is more productivity.Spectra Precision CentralSpectra Precision Central is a cloudcomputing solution that provides real-time data upload, backup, and download along with the tools to easily access your data wherever you are. Central is fully integrated into Survey Pro making it easy to use.Survey Pro Central for Android and iOS are the perfect companion tools. These apps allow access to your Central account so you can manage your data from just about any smart phone. These apps come with your Spectra Precision Central account.Central also has a dedicated web portal giving you compete access and control over youraccounts and account data.Active MapsSeeing your data graphically helps speed your work and ensures there are no mistakes. Survey Pro provides several exciting map features for just this reason. Active Maps provide a way to do calculations or initiate measurements right from the map views. Tap on a point to stake it. Tap two points to compute the inverse. Or, enter Survey Mode and collect points seeing them appear on the map as they are measured. Active Background Maps provide a method of importing DXF files that can be used forcalculations or staking. Select a DXF line and offset points or stake it. You have full control of the DXF file layers; hide them, show them, or freeze them. See what you need to see,how you need to see it.Stakeout / LayoutSurvey Pro provides tools to complete your stakeout tasks more efficiently. Using anactive map view or interactive features, Survey Pro navigates you to the points you need to stake, when you need to stake them. Points are checked off as they are staked, preventing you from duplicating observations.Survey Pro stores all measurement data and any as-built or as staked points that are collected. This data can then be used for cut sheet reports using Spectra Precision Survey Office or XML Style Sheets to create reports on your data collector while still in the field.Stake DTM surfaces and use the data collected to compute volumes in the field. View the resultant DTM being staked in the field to determine where additional points might be needed. Survey Pro displays cut / fill information for any location on the DTM surface in real-time.S U R V E Y P R OPower FeaturesSurvey Pro continually improves withcapabilities that make your job easier, help you work more productively, and get the job done right. Some of the most recent feature enhancements include:• Data Management ControlFlexibility in data collection with the ability to edit survey data to fix entry errors or blunders and immediately get updated coordinates. Change a rod height and see the change cascade through the file with our enhanced dynamic file viewer/editor.• Active DXFSupport staking with DXF files to enable data flow from design software to your field crews, improving efficiency on the road or construction site. Import a DXF file as a background map to select objects like lines and nodes for staking or calculations. Survey Pro also provides control over the layers you are viewing and what layers you can select objects from allowing you to see what you need to see.• Optimized WorkflowSurvey Pro contains a user customizable Home screen enabling you to configure your favorite choice of field processes to expedite your daily workflow. Easily switch between functions by selecting the home screen and choosing your next action. Also use the graphical Active Survey map screen to speed your activities. For example, tap and hold to create new points, then select your points and switch to your graphical stakeout screen to complete the task. Also, the customizable Quick Pick feature provides a custom menu that is available from most survey screens and allows you to jump to another feature and then back again quickly and easily.It’s More Than Just SoftwareWhen you choose Survey Pro, you get software built on more than 20 years of experience. You also get software that’s continually enhanced thanks to input from surveyors in the field. Many of our people—including members of the Survey Pro development team—have worked as surveyors so we understand how a small change to an existing function can help you be more productive or make your job easier. That’s why—and how—we continuously improve Survey Pro, along with all our hardware and software. So go ahead—tell us how we can make Survey Pro work even better for you — send an e-mail to ******************************RoadsImport road data from Spectra Precision Survey Office via a RXL file, which is alsoa supported format in many other CAD packages, or from a LandXML file. Multiple roads can be loaded into the road manager to use for road staking/layout. View any station and offset along the road, view a vertical profile, and see cut slope values for any station. It’s all there.Road StakeoutThe road staking capabilities enable you tostake any part and even locate catch points.Once your road has been opened, Survey Proprovides a comprehensive set of road stakeouttools and graphical views, depending uponwhich element of the road you are staking out.Quickly edit and view the road definition in thefield using the road editor. Points can also bestaked out to a predefined subgrade offset,depending upon the phase of the job you areworking on.Slope StakingSlope stake using a complete road definition,or define it yourself in the standard slopestaking screen, or just pick a point to use asthe anchor. Survey Pro displays all shots on avertical realtime map display so you can seethe profile, and quickly locate and stake thecatch point.SURVEY STANDARD™ is a complete data collection package for surveyors. It contains a complete COGO suite as well as traverse, sideshot and staking routines. SURVEY PRO shares all Survey Standard functions and adds advanced road layout routines, advanced staking routines, attribute collection, DTM routines, and much more.SURVEY PRO GNSS shares all theSurvey Pro functions, and it provides thecapability to collect data from RTK GNSSreceivers. Survey Pro GNSS software is easyto use, reduces training and simplifies setups.All staking functions are supported in theGNSS module.LEVELING MODULE Add Leveling toany module of Survey Pro to add support forlevel loops, trigonometric leveling, and digitallevel drivers.SURVEY PRO ROBOTICS shares allSurvey Pro functions and adds support forcontrolling robotic total stations. Use the datacollector at the rod to take measurements,control the instrument, and finish the surveyfaster than ever before.SURVEY PRO MAX™ is the ultimate fieldsoftware. It integrates Survey Pro Roboticsand Survey Pro GNSS functions, enablingyou to use the same job files with both GNSSreceivers and total stations.SURVEY STANDARD™ is a complete data collection package for surveyors. It contains a complete COGO suite as well as traverse, sideshot and staking routines.SURVEY PRO shares all Survey Standard functions and adds advanced road layout routines, advanced staking routines, attribute collection, DTM routines, and much more.SURVEY PRO GNSS shares all the Survey Pro functions, andit provides the capability to collect data from RTK GPS/GNSS receivers. The GNSS software is easy to use, reducestraining and simplifies setups. All staking functions aresupported when using GNSS receivers.LEVELING MODULE Add Leveling to any module of Survey Pro toadd support for level loops, trigonometric leveling, and digitallevel drivers.SURVEY PRO ROBOTICS shares all Survey Pro functions andadds support for controlling robotic total stations. Use thedata collector at the rod to take measurements, control theinstrument, and finish the survey faster than ever before.SURVEY PRO MAX™ is the ultimate field software. It integratesSurvey Pro Robotics and Survey Pro GNSS functions,enabling you to use the same job files with both GPS/GNSSreceivers and total stations.● Survey Standard▲ Survey Pro◆ Survey Pro Robotics■ Survey Pro GNSS★ Survey Pro MaxTITLE BAR/TASK BAR/MENUToggle collection mode (total station/GNSS)■★Battery status indicator●▲◆■★Map access button●▲◆■★Editable quick picks●▲◆■★Home screen●▲◆■★Build your own custom menu●▲◆■★FILEImport/export●▲◆■★JOB, RAW1, TXT, CSV, LandXML,JobXML, CR5.●▲◆■★Import Control●▲◆■★Backup/Restore●▲◆■★JOBEdit points/polylines●▲◆■★Edit alignments▲◆■★Auto linework (real time)▲◆■★View/edit raw data●▲◆■★View DTM▲◆■★Manage layers●▲◆■★Calculator●▲◆■★AU Conversions●▲◆■★SURVEY (CONVENTIONAL MODE)Backsight setup●▲◆■★Multiple point backsight●▲◆■★Traverse/sideshot●▲◆■★Quick shot4●▲◆■★Repetition shots●▲◆■★Multiple sideshots●▲◆■★Distance/angle offset●▲◆■★Corner & 2 lines●▲◆■★Corner & angle●▲◆■★Corner & offset●▲◆■★Corner & plane●▲◆■★Shoot from 2 ends●▲◆■★Resection●▲◆■★Remote elevation●▲◆■★Check point●▲◆■★Bluetooth support (Recon)●▲◆■★Solar observation▲◆■★Remote control◆★Fine turning◆★Tap to turn◆★Surface Scan2▲◆■★STAKEOUTQuick stake4●▲◆■★Cut/fill to design grade●▲◆■★Generate cut sheet data●▲◆■★Turn instrument to stake with 2-D and3-D modes◆★Remote stake from rod◆★Stake points/list of points●▲◆■★Stake to line/polyline●▲◆■★Offset staking▲◆■★Slope staking from line or point▲◆■★Stake to line and offset●▲◆■★Stake to curve and offset●▲◆■★Stake to spiral and offset▲◆■★Stake DTM▲◆■★Define a location●▲◆■★Where is next point●▲◆■★Slope stake from a point▲◆■★Station staking▲◆■★INVERSEMultiple types●▲◆■★COGOPoint in direction●▲◆■★Intersection●▲◆■★Offset line/points●▲◆■★Corner angle●▲◆■★Compute area●▲◆■★Triangle solutions●▲◆■★Map check●▲◆■★Predetermined area●▲◆■★HD/VD to/from SD/ZA●▲◆■★Station & offset▲◆■★CURVECurve solution●▲◆■★PI and tangents▲◆■★3-point curve▲◆■★Radius point●▲◆■★Tangent to circles▲◆■★Curve layout●▲◆■★Traverse on a curve●▲◆■★Parabolic curve/layout●▲◆■★Straight grade●▲◆■★Spiral/spiral layout▲◆■★Traverse on a spiral▲◆■★ROADSImport from Trimble RXL▲◆■★Supports Survey Office roads▲◆■★Complete road data supported▲◆■★Import from LandXML Roads▲◆■★Road Stakeout▲◆■★Alignment▲◆■★Cross Sections▲◆■★Any location▲◆■★Station and Offset▲◆■★Road Slope Staking▲◆■★Designate hinges and slopes▲◆■★ADJUSTScale/translate/rotate●▲◆■★Traverse adjust●▲◆■★Fix Station Setup●▲◆■★MAP VIEWSActive Background mapsDXF Layers●▲◆■★DXF Colors●▲◆■★Select objects for survey operations●▲◆■★Active Survey MapCollect points●▲◆■★Manage linework●▲◆■★Inverse point to point or line or location●▲◆■★Create Point●▲◆■★Stake to point or location●▲◆■★Show past results●▲◆■★Survey Setup displayOccupy point●▲◆■★Backsight point●▲◆■★Base location●▲◆■★Rover location●▲◆■★Rod location●▲◆■★Follow me mode●▲◆■★SURVEY (GNSS MODE)Cell phone/radio modem settings■★GPS/GNSS status■★Network connection manager■★Base/rover setup (Smart Setup)■★Control points■★Collect point, features, offset■★Projection setup/statistics■★Remote elevation■★Projection Calculator■★Receiver file manager3■★SETTINGS (GNSS MODE)Post process■★Map Projection or Calibration (localtransformation) modes■★Adjust with projection and control update■★All stakeout functions with GPS receiver■★Please note: This chart is an abbreviated general guide tosoftware functions. All specifications are subject to changewithout notice.1. Export Only.2. Requires motorized instrument.3. For Spectra Precision and Trimble receivers.4. Only available on the Nivo C, FOCUS 8 and FOCUS 30.。

TracePro教程简介TracePro是一款广泛应用于光学系统设计和分析领域的光学仿真软件。

它提供了光线追踪和非准直光线追踪两种模式，可以用于设计和优化光学元件、光学系统，以及进行光学性能分析。

本教程将介绍TracePro的基本使用方法和一些常用功能，旨在帮助用户快速上手并利用TracePro进行光学系统设计和分析。

安装和配置在开始使用TracePro之前，首先需要进行软件的安装和配置。

1.下载TracePro的安装包，并根据安装向导进行安装，确保安装过程中选择了合适的安装路径。

2.安装完成后，可以启动TracePro软件，并进行必要的配置。

例如，可以设置默认的工作目录，修改界面语言等。

TracePro界面TracePro的界面简洁直观，提供了丰富的工具和功能来进行光学系统的设计和分析。

以下是TracePro的界面主要组成部分:1.菜单栏：包含各种菜单和下拉列表，用于进行设置、导入导出文件、运行仿真等操作。

2.工具栏：提供了常用的工具按钮，如新建文件、保存文件、运行仿真等。

可以通过自定义工具栏按钮来增加或移除对应的功能按钮。

3.视图栏：显示当前文件的视图类型，可以通过点击视图栏的不同选项来切换视图。

4.图纸窗口：用于绘制光学元件和系统的图纸，可以通过拖拽和绘制的方式添加和调整光学元件的位置和属性。

5.结果窗口：显示仿真结果和分析数据，例如光强分布、传输率、反射率等。

可以通过结果窗口对仿真结果进行分析和调整。

TracePro基本操作1. 创建新项目在菜单栏选择。

流程模拟软件pro的使用步骤简介流程模拟软件pro是一款功能强大的流程模拟工具，可以帮助用户对各类业务流程进行模拟和分析。

本文将介绍流程模拟软件pro的使用步骤，帮助用户快速上手并充分发挥软件的功能。

步骤一：安装软件1.下载流程模拟软件pro的安装包，并双击运行安装程序。

2.在安装向导中，选择安装目标文件夹，并点击“下一步”按钮。

3.阅读并接受软件许可协议，然后点击“下一步”按钮。

4.选择要安装的组件和附加工具（可根据需求进行选择），然后点击“下一步”按钮。

5.选择开始菜单文件夹和桌面图标的创建方式，然后点击“下一步”按钮。

6.确认安装设置，并点击“安装”按钮开始安装流程模拟软件pro。

7.安装完成后，可以选择启动软件或者关闭安装程序。

步骤二：创建新项目1.打开流程模拟软件pro。

2.在主界面上方的菜单栏中，点击“文件”选项，然后选择“新建项目”。

3.在弹出的对话框中，输入项目名称和保存路径，然后点击“确定”按钮。

4.新建项目的界面将显示出来，用户可以在该界面上进行下一步的操作。

步骤三：导入流程模板1.在新建项目的界面上，点击“导入”按钮。

2.在弹出的对话框中，选择流程模板文件所在的位置，并点击“打开”按钮。

3.软件将自动导入流程模板，并在界面上显示出来。

步骤四：编辑流程模板1.在项目界面上方的工具栏中，选择“编辑流程模板”按钮。

2.在弹出的编辑界面中，用户可以对流程模板进行编辑。

3.用户可以添加活动节点、连接线和决策点等等，来构建完整的流程模板。

4.用户可以设置活动节点的名称、类型、所属部门等属性。

5.用户可以设置连接线的路径、条件等属性。

6.用户可以设置决策点的条件、跳转路径等属性。

步骤五：运行流程模拟1.在项目界面上方的工具栏中，选择“运行流程模拟”按钮。

2.在弹出的运行界面中，用户可以选择要模拟的数据，并设置模拟的次数。

3.用户可以点击“开始模拟”按钮，软件将开始运行流程模拟。

4.软件将显示模拟过程中的各个节点的执行情况，并生成相应的报告。

2012Automate yourelectrical designs Eliminate repetitive, unproductive and manual tasks, generally associated with generic CAD software. QC provides a higher level of productivity and quality that, added to the reduction of errors, enable the delivery of precise information to manufacture.11 major reasons to use QC 20121. Automate repetitive tasks2. Reduce errors and inconsistencies3. Standardize your designs4. Work with automatic documentation5. Create electrical schematics from spreadsheets6. Reuse existing designs7. Create an integrated panel layout8. Use specific tools for electrical schematics and 2D layout9. Integrate the mechanical design with the electrical design10. Deliver your designs in the correct format11. Control the lifecycle of the designLet the software perform the repetitive tasks such as component tagging, wire numbering and addressing, and cross-referencing.With the management of contacts, tag verification of repeated components, and numbering of wires per potential, you are able to prevent design errors that would normally be discovered at later stages using generic CAD software.Have easy access to a complete Components library that supports international standards that can be customized according to your needs.Easily and quickly generate customized reports such as bill of materials, terminals and wires in different formats.Create automatically the electrical schematic with intelligent spreadsheets created according to product specifications, such as voltage, power or equipment manufacturer.Easily and quickly create and edit similar schematics readapting the necessary information to the new desired standard.Create layout views, including trails, channels and ducts, in an integrated way with the electrical schematic. The layouts are automatically updated as the design is modified.Reduce the design time by using tools especially developed for electrical designs. In addition, count on a complete set of tools for 2D drawings.The integration of QC with SolidWorks® CAD 3D allows from the start, easy collaboration between electrical engineers and mechanical engineers when sharing information such as: cables length, connectors, collisions detection, etc.Share product design information with suppliers and clients in neutral formats like PDF or DXF that are also available in other languages by using the translation resources.Manage revisions in a clear and consistent way through the entire design lifecycle. Integrate with SolidWorks® Enterprise PDM and have additional resources to control the workflow.Reduce the design time by using tools especiallydeveloped for electrical designs.Customized reports such as bill of materials, terminals and wires can be easily and rapidlygenerated in different formats.The integration with SolidWorks 3D CAD allows the designers to work on the prototypebefore the product is manufactured. The interferences between mechanical parts andelectrical components can be detected.Solution PartnerE-mail:*************ABOUT SKAAs a leader reseller of technology for engineering design and manufacturing, SKA providessoftware and services to thousands of companies. Since 1989 supports industrial processes, from product conception to fabrication. The company has partnerships with world leading companies in their segments, such as SolidWorks, Planit, Lantek and Graebert. SKA's portfolio includestraining, support, consulting and ERP to CAD integration..br | +55 51 3591.2900。

1 IntroductionThis application (Surgic Pro2 App) can display and save operation data such as rotation speed and torque by connecting to Surgic Pro2 (hereinafter referred to as the control unit) via Bluetooth. Connecting the control unit to Osseo100+ (option) enables display and storage of the ISQ value displayed on Osseo100+.The contents of this operation manual may differ depending on the terminal or the application version. We kindly ask for your understanding.2 Precautions for Handling and Operation Read these safety cautions thoroughly before use and operate the product properly.These indicators are to allow you to use the product safely, prevent danger and harm to you and others. These are classified by degree of danger, damage and seriousness. All indicators concern safety, be sure to follow them.Contents1. Introduction ......................................................... 12. Precautions for Handling and Operation .. (1)3. Connection to the Control Unit ............................... 23 –1Bluetooth connection .. (2)3 –2Pairing (2)3 –3Re-pairing ....................................................................... 34. Home Screen . (4)4 –1Function list (4)4 –2Data Log icon .................................................................. 45. Data Log Screen (5)5 –1Data Log screen .............................................................. 55 –2Torque and rotation speed showing/hiding selection ............ 65 –3Storing operation data ...................................................... 75 –4Change in dentist/patient information ................................. 75 –5Registration of implant system name and program name ..... 95 –6Tooth number selection .................................................... 95 –7Displaying the status of the control unit . (10)6. Viewer Screen (12)6 –1Function list .................................................................. 126 –2Selection of the file to view ............................................. 137. Connection to Optional Products .......................... 147 –1Connection to Link Module .............................................. 147 –2Connection to Osseo 100+ (14)8. Storage of Treatment Data (17)3 Connection to the Control Unit3 – 1 Bluetooth connectionTo use this application, you must pair the control unit with the iPad on which this application is installed. Pairing is required only for the first time. See “3 – 2 Pairing” for pairing method. After that, when the control unit is turned on while the application is running, the connection is performed automatically.3 – 2 Pairing1 Turn on the main power switch of Surgic Pro2.2 Press and hold the Setting key for 2 seconds or moreto display “BLE SET”.3Press the Enter key.4Press the TORQUE key and select “PC”.5Press the Enter key.6Launch the App.7Touch the Setting icon.8 Touch “Start”.Wait for a while until “Bluetooth Pairing Request” isdisplayed.9Enter the code “123456” and touch “Pair”.Connection to the Control Unit10 When “Connection Successful” is displayed on theapplication, pairing is completed.NOTICE●When the terminal and control unit are paired for the second time or later, the entry of the pairing key may not be required. Even in this case, the pairing will be completed without any problems.3 – 3 Re-pairingWhen you pair a terminal to a second control unit, or when you pair a terminal to a control unit again after deleting thepairing information by the Link Function of the control unit, perform the re-pairing of the control unit and the terminal.1 Launch the App.2Touch the Setting icon. 3 Touch “Initialize”.4 Touch “OK”.5 Perform pairing again according to “3 – 2 Pairing”.4 Home ScreenWhen this application is started, the Home screen is displayed. This screen allows pairing operation. Touch the Data Log icon to save the operation data. To check the recorded operation data, touch the Viewer icon.4 –1Function list4 –2Data Log iconTouch the Data Log icon to go to the Data Log screen. See “5 Data Log Screen”.5 Data Log ScreenTouch the Data Log icon on the Home screen to display the Data Log screen. On this screen, the values displayed on the control unit screen can be checked on the display of your terminal. When the motor is rotated, it automatically draws a graph of the rotation speed and torque.In this screen, the displayed values can be saved as operation data. Calibration and error are displayed depending on the condition of the control unit.5 – 1Data Log screen1112131415161718Check connection status to the foot control and battery level.No display: Not connectedData Log ScreenCheck the coolant solution flow level displayed on the control unit.5 –2Torque and rotation speed showing/hiding selection1 Touch the Setting icon.12 Touch “ON” and “OFF” to select whether to show orhide the graph drawing.3 Select the orientation of the PDF files to be saved.23Data Log Screen5 – 3Storing operation data12341 Touch “SAVE”.2 Select the format to save and check the file name. You can choose between two formats: PDF formatand CSV format. File names are automatically determined based on the patient ID and date. 3 Touch “SAVE” to save operation data and display thesaved file.4Touch the “×” icon to return to the Data Log screen.5 – 4 Change in dentist/patient information1Touch the dentist/patient information change icon to open the dentist/patient information change dialog.1Data Log Screen5 –4–1Registration of new dentist/patient information 215　431 Touch “DENTIST” or “PATIENT”.2 Touch the “+” icon to display the patient or dentistinformation registration dialog.3 Enter the ID and name.4Touch the “” icon.5 Touch the “” icon to return to the Data Log screen.5 –4–2Editing and deleting dentist/patient information 13254761 Touch “PATIENT” or “DENTIST”.2Touch the dentist or patient you want to edit or delete.3 Flick left.4 Touch “EDIT” or “DELETE”.EDIT: Edit the registered dentist or patient informationDELETE: Delete registered dentist or patientinformation 5 If “EDIT”, modify the dentist or patient information.6 Touch the “” icon.7 Touch the “” icon to return to the Data Log screen.Data Log Screen5 – 5 Registration of implant system name and program nameYou can register the implant system name and program name by touching the below in the IMPLANT SYSTEM and thePROGRAM displays on the Data Log screen. The default is “---”.5 –6 Tooth number selectionTouch the tooth number selection icon to display the tooth number selection dialog. In this dialog, you can change thenumbering method, select teeth to be treated, and record the treatment history.1321 To change the numbering method, touch “UNIVERSAL”. You can select the UNIVERSAL and FDImethods. 2 Touch the tooth icon to select the tooth to be treated. The selected tooth icon will flash in blue, and thenumber at the center will be the number of the tooth selected.3 To record the treatment history, touch “NO HISTORY”,“UNDER TREAT”, or “FIN TREAT”. “NO HISTORY” isthe default value for all teeth.4 Touch the “” icon to determine.To cancel the selection, touch the “” icon.Data Log Screen5 –7Displaying the status of the control unitThe status of the connected control unit can also be checked on the terminal.5 –7–1Calibration modeThe connected control unit enters calibration mode.5 –7–2SLEEP modeThe connected control unit enters SLEEP mode.5 –7–3Error code displayIf an error occurs in the connected control unit and an error code is displayed on the LCD, the following is displayed in the application.211 Touch “TROUBLESHOOTING” to check the content ofthe error.2 If the control unit does not recover from the error,touch the “” icon. It returns to the screenimmediately before the error. If you have already obtained the operation data, you can save it.Data Log Screen 5 –7–4Communication error displayIf “COM ERR” is displayed on the connected control unit, the following is displayed in the application.211 Touch TROUBLESHOOTING to check the content of theerror.2 If the control unit does not recover from the error,touch the “” icon. It returns to the screenimmediately before the error. If you have already obtained the operation data, you can save it.6 Viewer ScreenIn the Viewer screen, the saved operation data can be checked. The Viewer screen can be opened even if it is not connected to the control unit.6 – 1Function list2829303132Viewer Screen6 – 2 Selection of the file to view1 Select the patient.2Touch the search bar to display the list of saved files. 23Touch the file to view.7 Connection to Optional Products7 – 1 Connection to Link ModuleWhen the control unit and Link Module are connected, VarioSurg 3 can be operated with the wireless foot control of Surgic Pro2. When VarioSurg 3 is operated, the control unit is in the LINK mode. The Data Log screen is as shown inbelow.7 – 2 Connection to Osseo 100+Bluetooth connection between Osseo 100+ and the control unit is enabled. (Refer to the Osseo 100+ operation manual for the pairing method and connection method.)7 –2–1Connection to Osseo 100+You can save the ISQ VALUE data (GRAPH data, patient data, tooth numbers, etc.) in the storage of your terminal in the following way. The data is saved in both CSV and PDF formats.1 Connect Osseo 100+ and your terminal to the control unit via Bluetooth. The terminal is not directly connected to Osseo 100+.2 Move the control unit to ISQ mode.When the control unit and Osseo 100+ areconnected, press and hold the LINK key of the controlunit for more than 2 seconds. If “ISQ” is displayed onthe LCD display of the control unit, it switches to ISQmode.3 Launch the App.4 Touch the Data Log icon on the Home screen todisplay the Data Log screen.5 When the ISQ value is measured with Osseo 100+under this condition, the ISQ value displayed on thecontrol unit is also displayed on the screen of theterminal. Touch “SAVE” to save the ISQ VALUE data tothe terminal storage and the PDF is automaticallydisplayed.Connection to Optional Products7 –2–2Editing ISQ dataThe data saved in CSV can be edited by moving a tooth number or deleting ISQ data.1Touch “EDIT”. 12 Touch the checkbox of the ISQ value you want to edit. –“SELECT ALL” icon: You can select all checkboxes. –“DESELECTION” icon: You can deselect all checkboxes. (Selecting all checkboxes changes theicon)23 If you want to move the tooth number, see “Moving the tooth number”, and if you want to delete ISQ data, see “Deleting ISQ data”.Moving the tooth number1Touch “MOVE”.12 Touch the tooth you want to move to. (The selected tooth and its number are displayed in yellow) 3Touchicon.324 The confirmation dialog box is displayed. Touch “OK”if you want to move the tooth number.Connection to Optional ProductsDeleting ISQ data1 Touch “DELETE”.12 The confirmation dialog box is displayed. Touch “OK” ifyou want to delete ISQ data.8 Storage of Treatment DataWhen the operation data is saved for the first time, the folder “SurgicPro2” is automatically generated under the storage of the terminal. In the SurgicPro2 folder, a “CSV” file and a “PDF” file are created and stored in either file according to the format of the saved operation data.OPERATION DATEOPERATION DATEOPERATION DATEOPERATION DATEOPERATION DATEOPERATION DATE。

iCAP 7000 Qtegra 软件操作规程1.确认实验条件准备1.1室内湿度达到22~25度，湿度为40~65%,且保持恒定。

1.2打开排风设备, 确认稳压器供电稳定，零地电压<５v1.3确认氩气供应充足，分压调至0.6Ｍpa. 钢瓶内总压不小于1.5Ｍpa。

开大量流吹扫仪器半小时（若仪器长是间未开，建议大流量吹扫2小时以上）1.4确认冷却循环水水量充足，打开冷却循环水（确保仪器大量吹扫后开水机），查看水压，未点火之前为85psi.点火后约为75psi。

水温是否设定在20度1.5 安装好蠕动泵管，开泵，设定雾化器流量0.5l/min. 检查进样排废情况。

2.点燃等离子体2.1 打开仪器主机左侧电源开关,双击仪器控制软件 , 打开软件控制界面板. 如下图所示.2.2 确认所有联锁正常,如下图所示, 全部亮绿灯后, 方可以点燃等离子体.2.3 点击控制面板上的, 弹出如下对话框,按实际需要设定点火后的参数. Warm up仪器预热时间, 通常设定为15~20 minutes. Spectrometer Optimization光谱仪优化,建议勾选, Run performance Check 及perform Detection Limit Check为仪器性能检查, 日常测试可不勾选.若使用手动进样, 则将Use Manual Sampling 勾选上. 并设定wash time通常都设定为30s, 若测定样品比较容易残留管路, 可将值设大些, Uptake time 表示样品提升时间,根据进样管路长度设定,通常设定为30s.设置完成后,点击OK, 仪器开始自动预热,按软件提示,将样品管放出纯水中.约20min分钟后,仪器预热及光谱仪优化成功.软件提示success.如下图所示.检查log view （下图红框）中的光谱仪优化后的x,y 值, 要求分别控制在±3以内.2.4 若安装了新的炬管或炬管拆下清洗后重新安装，则需在分析样品前做炬管准直.点击控制面板中的torch alignment。

扫描混合扫描混合需要单个轨迹（"原始轨迹"）和多个截面。

要定义扫描混合的"原始轨迹"，可草绘一个曲线，或选取一个基准曲线或边的链。

在"原始轨迹"(Origin Trajectory) 指定段的顶点或基准点处，草绘要混合的截面。

要确定截面方向，可指定关于Z 轴的旋转角，并/或使用"选出X 向量"(Pick XVector)或"垂直于曲面"(Norm to Surf)选项。

注意下列限制条件：∙截面不能位于"原始轨迹"的尖角处。

∙对于闭合轨迹轮廓，在起始点和至少一个其它位置，有草绘截面。

Pro/ENGINEER 使用端点处的第一个截面。

∙对于开放轨迹轮廓，必须在起始点和终止点创建截面。

在这些点，没有可跳过截面放置的选项。

∙截面不能标注尺寸到模型，因为在修改轨迹时，会使这些尺寸无效。

∙不能选取复合基准曲线来定义扫描混合的截面（"选取截面"(Select Sec)）。

而是必须选取一条确定复合曲线的底层基准曲线或边。

∙如果选择"轴心方向"(Pivot Dir)和"选取截面"(Select Sec)，那么所有选取的截面，必须位于与"轴心方向"平行的平面上。

可使用面积控制曲线以及通过控制特征在截面间的周长来控制扫描混合几何。

面积控制曲线表示"原始轨迹"上选定位置处，扫描混合横截面的准确面积。

可在"原始轨迹"上添加或删除点，这些点位置处将指定扫描混合的截面面积。

也可在用户定义的点处，改变控制曲线值。

示例：创建扫描混合已完成的扫描混合截面定义截面必须草绘于"原始轨迹"的第一点和最后一点之间。

a.该点是采用"面积控制曲线"添加的。

b.原始轨迹注意：在创建下一个截面时，以前的每个截面都仍保持显示。