PREEvision 9.5手册：全面设计与架构指南

版权申诉

5星 · 超过95%的资源 74 浏览量更新于2024-07-06 6 收藏 164.41MB PDF 举报

"PREEvision Manual - 9.5版本是Vector Informatik GmbH公司出品的一款专业软件，专注于系统的需求设计、逻辑架构设计、软件架构设计、硬件架构设计、网络架构设计以及服务导向架构（SOA）设计，包括线束设计和测试数据管理等多方面的功能。该手册是英文版，包含了版权声明，强调未经Vector Informatik GmbH书面许可，不得复制或以任何形式传播文档内容。手册详细介绍了关于此版本的一些新特性，例如PREEvision 9.5的新功能对比前一版本（如9.0和8.5）的改进。它旨在为用户提供图形用户界面（GUI）的直观操作，让设计过程更加高效。此外，手册还涵盖了关于手册本身的信息，如版权声明、保修政策、支持服务以及商标声明，确保用户在使用过程中了解其权利和义务。 1.1节提供了产品介绍，概述了PREEvision的主要功能和目标，以及它如何帮助用户在自动化和嵌入式系统领域进行高效的设计。1.2节的产品概览可能会列出关键特性和优势，比如模块化设计、兼容性、集成度等。 1.3节的“Spotlight on PREEvision”可能是对某些特别突出的功能或应用案例进行深入分析，展示了PREEvision在实际项目中的成功应用。1.4节则详细讲解了PREEvision的层次结构，帮助用户理解各个模块之间的关系，以及如何有效地利用这些模块进行系统设计。 2章的“Graphical user interface”部分，无疑重点在于阐述软件的用户界面设计，包括界面布局、交互流程、工具栏功能以及定制选项，这些都是用户日常操作中的关键要素。 PREEvision 9.5版本手册是设计者和开发者的重要参考资料，它不仅提供了技术指导，还关注用户体验，确保用户能够充分利用这款强大的工具来满足他们的需求设计和架构规划任务。"

Contents

11.6.7.1 Assigning header pins to header cavities 1967

11.6.7.2 Assigning wire pins to wiring cavities 1969

11.6.8 Creating and handling single wires, cables, cores and shieldings 1971

11.6.9 Creating colors and color combinations of insulations 1984

11.6.10 Creating type families for wiring harness types 1986

11.6.11 Creating wire types from wire type families 1988

11.6.12 Wiring design constraints for wiring harness 1992

11.6.12.1 Preconditions for the definition of wiring design constraints 1993

11.6.12.2 Defining wiring design constraints for schematic connections 1997

11.6.12.3 Defining wiring design constraints for schematic pins 2008

11.6.13 Wiring harness-specific variants 2009

11.6.14 Wiring harness routing 2013

11.6.14.1 Mappings for wiring harness routing 2016

11.6.14.2 Influencing the routing behavior 2017

11.6.14.3 Example for influencing wiring harness routing by conditions 2019

11.6.14.4 Using the wiring harness router 2023

11.6.14.4.1 Router configuration 2024

11.6.14.4.2 Package selection and options 2026

11.6.14.4.3 Choose routing algorithm and weighting function 2031

11.6.14.4.4 Routing elements 2032

11.6.14.4.5 Routing finished 2034

11.6.14.4.6 Wiring harness routing results in the information view 2035

11.6.15 Wiring harness import 2036

11.6.15.1 The "WIRELIST" Excel sheet 2036

11.6.15.2 The "PART" Excel sheet 2038

11.6.15.3 How to import a wiring harness structure 2040

11.6.15.3.1 Preconditions 2040

11.6.15.3.2 The wiring harness import wizard 2040

11.6.16 VEC import and export 2047

12 Geometry 2049

12.1 Geometry concepts 2050

12.1.1 Geometry artifacts 2051

12.2 Geometry diagram 2053

12.2.1 Creating a geometry diagram 2057

12.2.2 3D coordinates 2059

12.3 Creating a geometry 2062

12.4 Handling segment intervals 2066

12.5 Creating and handling geometry connectors 2070

12.6 Refactorings for the geometry 2086

12.7 KBL import and KBL export 2101

12.7.1 KBL import 2102

12.7.2 KBL export 2105

12.7.2.1 Selecting artifacts for export 2106

12.7.2.2 Exporting model to file 2108

12.7.3 KBL installation instructions and processing instructions 2111

12.7.4 KBL variant handling in import and export 2115

12.7.5 KBL fuse relay boxes and fuses 2118

13 Product line approach 2121

13.1 Product line approach - principles and concepts 2122

13.1.1 Commonly shared concepts 2123

13.1.1.1 Library 2123

13.1.1.2 Type-instance concept and type-prototype-instance concept 2125

Contents

13.1.1.3 Reuse 2126

13.1.1.3.1 Creating a reuse 2129

13.1.1.3.1.1 Reuse of checked-in artifacts 2131

13.1.1.3.2 Deleting a reuse 2134

13.1.1.3.3 Reusing a diagram 2135

13.1.1.3.3.1 Reusing a diagram's content 2138

13.1.1.3.4 Context freezing point 2141

13.1.1.3.5 Reuse preferences 2143

13.1.1.4 Systems 2144

13.1.1.4.1 Artifacts for systems 2145

13.1.1.4.2 Creating a system 2145

13.1.1.4.3 Creating and using system diagrams 2147

13.1.1.4.4 System diagrams overview 2150

13.1.1.4.5 Systems and variant management 2152

13.2 Product line management 2154

13.2.1 Wiring harness design workflow 2154

13.2.1.1 Wiring harness workflow examples 2158

13.2.1.1.1 Installation of the wiring harness workflow examples 2160

13.2.1.1.2 Wiring harness workflow example: Development 2161

13.2.1.1.3 Wiring harness workflow example: Updating Assets 2162

13.2.1.1.4 Wiring harness workflow example: System templating 2165

13.2.1.1.4.1 Initial setup 2167

13.2.1.1.4.2 Wirable artifacts design 2167

13.2.1.1.4.3 System template design 2170

13.2.1.1.4.4 Wiring harness architecture 2173

13.2.1.1.4.5 Wiring harness design 2174

13.2.1.1.5 Wiring harness workflow example: Patching with sidestreams 2177

13.2.2 Product line management concepts 2179

13.2.2.1 Assets 2180

13.2.2.1.1 Asset structure 2181

13.2.2.1.2 Asset states 2184

13.2.2.1.3 Asset perspective 2186

13.2.2.2 System templates 2187

13.2.2.3 Data integration 2189

13.2.2.4 Multistream product line network 2191

13.2.2.5 Recommendations and best practices 2192

13.2.3 Product line management functions 2193

13.2.3.1 Setting up product lines 2193

13.2.3.2 Creating assets 2195

13.2.3.3 Defining and building assets 2196

13.2.3.3.1 Defining assets manually 2196

13.2.3.3.2 Defining assets via asset view 2198

13.2.3.3.3 Defining assets automatically 2200

13.2.3.4 Releasing assets 2201

13.2.3.5 Using assets from upstream product lines 2203

13.2.3.5.1 Using an asset via artifact use 2204

13.2.3.5.2 Using an asset via asset drag and drop 2205

13.2.3.5.3 Using a system asset via use upstream system 2206

13.2.3.6 Integrating asset artifacts 2207

13.2.3.6.1 Revoking integration 2211

13.2.3.7 Substituting components 2213

13.2.3.7.1 Substituting hardware components 2213

13.2.3.7.2 Substituting ground points 2219

13.2.3.7.3 Adding points to the same ground 2222

13.2.3.8 Updating components, assets and systems 2225

13.2.3.8.1 Updating hardware components 2226

13.2.3.8.2 Updating assets 2228

13.2.3.8.3 Updating systems with revoking integrations 2230

13.2.3.8.4 Updating systems with required review and confirmation 2231

Contents

13.2.3.9 Check and repair functions 2238

13.2.3.9.1 Abstraction links between asset artifacts 2239

13.2.3.9.2 Product line health viewer 2239

13.3 Variant management 2241

13.3.1 Variant management approaches 2243

13.3.2 Variant management with variation points 2246

13.3.2.1 Variant management artifacts 2247

13.3.2.2 Creating a feature model according to AUTOSAR (optional) 2248

13.3.2.3 Creating equipment templates and alternatives (optional) 2252

13.3.2.4 Creating a variant model: solution domain 2254

13.3.2.4.1 Variant management artifacts 2255

13.3.2.4.2 Creating system constant value sets 2255

13.3.2.4.3 Creating post-build variant criterion value sets 2257

13.3.2.4.4 Map customer feature to value sets (optional) 2259

13.3.2.4.5 Creating variation points 2261

13.3.2.4.6 Assigning artifacts to sets 2269

13.3.2.4.7 Creating and evaluating predefined variants 2272

13.3.2.4.8 Assigning value sets manually to predefined variants 2277

13.3.2.5 Checking variant models 2279

13.3.2.6 AUTOSAR import and export of variant management concepts 2281

13.3.2.7 VM explorer 2282

13.3.2.8 VM variation points perspective 2285

13.3.3 Variant management with customer feature models 2286

13.3.3.1 Variant management artifacts 2287

13.3.3.2 Creating a feature model with customer features and conditions 2289

13.3.3.2.1 Variant diagram 2289

13.3.3.2.2 Customer feature conditions table 2293

13.3.3.2.3 Creating and assigning data types for state definitions 2294

13.3.3.2.4 Creating conditions with guards 2297

13.3.3.3 Creating equipment templates and alternatives 2301

13.3.3.4 Assigning features to equipment templates and alternatives 2303

13.3.3.5 Connecting variant and E/E model 2304

13.3.3.6 Assigning artifacts to sets 2305

13.3.3.7 Mapping sets to customer features 2308

13.3.3.8 Generating architecture variants 2308

13.3.3.9 VM feature model perspective 2310

13.3.4 Variant management with concept spaces 2312

13.3.4.1 Variant management artifacts 2313

13.3.4.2 Creating a variant model 2316

13.3.4.3 Defining sets 2319

13.3.4.4 Assigning sets to alternatives 2320

13.3.4.5 Creating architecture variants 2320

13.3.4.6 Using artifacts in all variants 2321

13.3.4.7 Refining variants 2323

13.3.4.8 VM concept space perspective 2324

13.3.5 Using variants 2325

13.3.6 Using variant propagation rules 2329

13.3.7 Variant management perspectives and views 2333

13.3.7.1 VM architecture view 2335

13.3.7.2 VM templates view 2336

13.3.7.3 VM set structure 2340

13.3.7.4 Variant structure 2342

13.3.7.5 VM propagation rule preview 2343

13.3.7.6 VM template compare view 2344

13.3.7.7 VM variant rule groups view 2345

13.3.8 Working with sets 2346

13.3.8.1 Assigning artifacts to sets 2346

13.3.8.2 Set content view 2349

13.3.8.2.1 Conflict highlighting and solving in the set content view 2350

Contents

15.5.3 "Contacts" property page 2458

15.5.4 "Effort" property page 2459

15.5.5 "Planning" property page 2459

15.5.6 "Ticket Relations" property page 2461

15.5.7 "Related Artifacts" property page 2462

15.5.8 "Lifecycle" property page 2463

15.5.9 "Files" property page 2464

15.5.10 "Comments" property page 2465

15.6 Initiating projects and resources 2467

15.6.1 Creating and editing projects 2467

15.6.2 Adjusting projects 2469

15.6.3 Creating and editing resources 2471

15.6.4 Defining working time models for projects and resources 2475

15.7 Planning and tracking projects and resources 2480

15.7.1 Defining and sequencing work packages and gates 2480

15.7.2 Scheduling plannable artifacts 2481

15.7.3 Estimating, planning and reporting efforts and calculating durations 2483

15.7.4 Assigning resources, responsibles and stakeholders 2486

15.7.5 Requesting and planning artifacts for gates 2489

15.7.6 Monitoring project progress 2490

15.8 Changelog 2492

15.8.1 Working with changelogs 2492

15.8.2 Tracking changes 2496

15.8.3 Configuring change profiles 2497

15.9 Review and vote 2501

15.9.1 Review and vote artifacts 2502

15.9.2 Review and vote tables 2503

15.9.2.1 Agreement project editor 2505

15.9.2.2 Agreement editor 2507

15.9.2.3 Agreements table 2512

15.9.2.4 Review table 2513

15.9.2.5 Voting table 2517

15.9.2.6 Task table 2520

15.9.2.7 Task overview table 2523

15.9.3 Creating a review or vote automatically 2526

15.9.4 Comment and chat view 2529

15.9.5 Import and export of review and vote 2533

16 Test engineering and test management 2538

16.1 Test engineering and test management 2539

16.1.1 Information flow 2540

16.1.2 Test project 2541

16.1.3 Test execution increment 2541

16.1.4 Incorporation of test design and test execution tools 2542

16.1.5 Management of test data 2543

16.1.6 Test engineering and test management artifacts 2544

16.2 Cockpit test engineering and test management 2552

16.3 Test engineering and test management perspective 2554

16.4 Test explorer 2557

16.5 Test engineering and test management editors 2560

16.5.1 Test specification editor 2561

16.5.2 Test implementation editor 2567

16.5.3 Manual test sequence editor 2570

剩余3214页未读，继续阅读

木子n1

粉丝: 1764
资源: 145

PREEvision 9.5手册：全面设计与架构指南

PREEvisionManual

PREEvision产品介绍_中英文手册.pdf

Vector产品手册中文版2019.pdf

PREEvision_AUTOSAR_Classic_SOA+Introduction.pdf

preevision preevisionmanual

基于springboot的酒店管理系统源码（java毕业设计完整源码+LW）.zip

蓄电池与超级电容混合储能并网matlab simulink仿真模型 （1）混合储能采用低通滤波器进行功率分配，可有效抑制功率波动，并对超级电容的soc进行能量管理，soc较高时多放电，较低时少放电

017 - 搞笑一句话台词.docx

基于微信小程序的购物系统+php后端毕业源码案例设计全部资料+详细文档.zip

基于APS.net的办公物品管理系统全部资料+详细文档.zip

最新资源

蓄电池与超级电容混合储能并网matlab simulink仿真模型（1）混合储能采用低通滤波器进行功率分配，可有效抑制功率波动，并对超级电容的soc进行能量管理，soc较高时多放电，较低时少放电