2.1.2.2 Workshop-Facades
eas facade、fuction开发实例

eas facade、fuction开发实例一、引言EAS(Enterprise Application Suite)是一款面向企业级应用开发的解决方案,它包括了一系列的开发框架、开发工具、组件和运行环境,为企业级应用的开发、部署和运行提供了全面的支持。
EAS Facade和Function是EAS中两个重要的部分,本文将以EAS Facade和Function的开发实例为例,介绍其基本概念和开发方法。
二、EAS Facade的概念和作用1. EAS Facade是EAS框架中的一个重要组成部分,它提供了一种统一的接口,用于封装各个业务模块的服务,将底层的业务逻辑与上层的数据传输进行了解耦,为客户端提供了一种简单、统一的访问接口。
2. EAS Facade的作用包括但不限于:(1) 封装业务逻辑:将业务逻辑进行封装,提供统一的访问接口,隐藏底层实现细节,降低客户端与服务端的耦合度。
(2) 提供统一的数据传输格式:通过EAS Facade可以统一定义数据传输格式,客户端可以通过统一的接口进行数据交互,简化了开发和维护工作。
(3) 安全性和事务管理:EAS Facade提供了安全性控制和事务管理的机制,保障了系统的安全性和数据的完整性。
三、EAS Facade的开发实例1. 创建Facade接口进入Eclipse开发环境,首先创建一个新的Facade接口,命名为"SampleFacade",并定义一些基本的业务方法,如:```public interface SampleFacade {public void doBusiness1();public void doBusiness2();// 更多业务方法}```2. 实现Facade接口在创建好Facade接口之后,需要我们进行具体的业务逻辑实现,这一步需要我们编写对应的Java类,实现SampleFacade接口,例如"SampleFacadeImpl"类,代码如下:```public class SampleFacadeImpl implements SampleFacade {public void doBusiness1() {// 实现业务逻辑}public void doBusiness2() {// 实现业务逻辑}// 更多业务方法的实现}```3. 配置Facade在EAS框架中,需要对Facade进行一些必要的配置,如注册到Spring容器中,进行依赖注入等操作。
ZendFramework入门教程

ZendFramework⼊门教程⼀、Zend Framework简介1. 什么是ZendFrameworkZend Framework(ZF or ZFW)是PHP的母公司Zend公司开发的⼀套PHP开发框架技术,它提供了⼀个优秀的、简单的综合开发环境,提供了很多可⽤的解决⽅案,可以⽤来建⽴⼀个稳定的、可升级的的Web应⽤。
所谓框架,是整个或者部分系统的可重⽤设计,它⾸先要提供⼀个可复⽤的应⽤参考架构,阐明整个设计、组件之间的依赖关系、责任分配和控制流程,也包含⼀些设计规范等等。
它提供了对⼀些通⽤问题的解决⽅案。
另外Zend Framework采⽤常见的MVC模型(在后续具体介绍),这样可以⽐较⽅便的达到关注点分离的⽬的,可以⽐较⽅便的建⽴基于MVC 架构的Web应⽤(典型的MVC Web架构还有Struct等等,它们原理都很类似)(PHP的类似框架还有很多如:yaf)2. 什么是LAMPLAMP是Linux+Apache+Mysql+Perl/PHP/Python的缩写,它们是⼀组经常⽤来搭建动态⽹站或者服务器的开源软件,本⾝都是各⾃独⽴的程序,但是因为常被放在⼀起使⽤,拥有了越来越⾼的兼容度,共同组成了⼀个强⼤的Web应⽤程序平台,由于都是开源软件,除了免费使⽤的诱惑,还有可以修改源码、⾃⼰进⾏控制等优点,LAMP是⼤多数⽹站开发者和很多⼤公司(如:Facebook和Baidu)的不⼆选择。
从⽹站的流量上来说,70%以上的访问流量是LAMP来提供的,可见LAMP是最强⼤的⽹站解决⽅案.(其它类似的⽅案如MS的.NET框架和Oracle的J2EE框架,三者同样强⼤)为什么要说LAMP呢,因为这些软件的组合强⼤到只要提到⼀个就必须要提到另外三个的地步,⽽在实验室⽹站的建设中,我们使⽤PHP,我们采取的当然也是LAMP的框架3. Zend Framework的安装XAMPP:Apache FriendsZend安装和使⽤另外需要注意的是,默认的Zend Framework使⽤MVC机制,它采⽤rewrite的⽅式进⾏跳转,这就需要在apache的配置⽂件中(⼀般是httpd.conf)修改加⼊允许rewrite的选项,需要的步骤是:1. 找到LoadModule rewrite_modulemodules/mod_rewrite.so将其前⾯的#去掉2. 在项⽬所在的⽬录下<Directory “projectPath”>中修改AllowOverride的值为All,Order allow,deny / Allow from all3. 在项⽬所在根⽬录下建⽴.htaccess⽂件,内容为RewriteEngine on #重写引擎打开RewriteRule!\.(js|ico|gif|jpg|png|css)$ index.php#制定除js,ico,gif,jpg,png,css以外的⽂件全都被重置到index.php,index.php为项⽬的⾸页(其实是前端转发控制页)简单的Zend Framework安装测试⽅法:创建⽂件test.php内容:<?phprequire_once(‘Zend/Date.php’);$date=new Zend_Date();echo $date>如果能正常输出则说明Zend安装⼤体正常。
worldwind技术手册

写在前面虽说是技术手册,但是没有源码的研究就算是一个教程吧。
由于本人能力有限,文章中有很多不当之处,请各位原谅。
Bigheader联系:gdsqz2@worldwind技术手册目录:1.WorldWind软件架构――――――――――――――――02WW功能介绍WW与XMLClient与ServerWW使用链接本地缓存路径本地功能配置http请求与aspWMS、WFS2.WorldWind金字塔体系―――――――――――――――――-03瓦片金字塔详解及其对应公式――――――――――――――――――03NASA World Wind Tile Structure ―――――――――――――――――03NASA World Wind Map Tile System ――――――――――――――――04瓦片请求调度策略―――――――――――――――――052.2.1 当前显示请求及其显示(客户端)――――――――――――――――――052.2.2目标瓦片快速搜索算法――――――――――――――――――082.2.3瓦片数据的请求预测(服务器)――――――――――――――――――082.3 可视化的地球空间数学模型――――――――――――――――――102.3.1 地球三维LOD模型――――――――――――――――――103.Geospatial image processing ――――――――――――――――――143.1步骤:(准备知识:LOTD:0层瓦片大小;TileSize:)―――――――――――143.2 NLT Landsat处理技术范例―――――――――――――153.3 dstile howto ―――――――――――――154.Creat a new world ―――――――――――――174.1World Wind本地文件说明4.1.1. Worlds4.1.2. 在安装目录下4.2 创建新的世界模型5.Making layer ――――――――――――――185.1 添加新图层(更详细可参考)5.2 Point ―――――――――――――――205.3 Lines ―――――――――――――――205.4 Polygon ―――――――――――――――235.5 Model Feature ―――――――――――――――255.6 Effects and Multi-Texturing ―――――――――――――――275.7 Shapefile ―――――――――――――――325.8 KML/KMZ6.ddons与plugins ―――――――――――――――32addons与plugins区别插件总汇及其功能7.script脚本―――――――――――――――――338.编译调试―――――――――――――――――――339.读书籍和论文―――――――――――――――――――――3410.1.4.1版本发展―――――――――――――――35一、WW软件结构1.1 功能介绍World Wind(简称WW,中文有人直翻译为世界风),是NASA发布的一个开放源代码(Open Source)的地理科普软件(由NASA Research开发,由NASA Learning Technologies來發展),它是一个可视化地球仪,将NASA、USGS以及其它WMS服务商提供的图像通过一个三维的地球模型展现,近期还包含了月球、金星、火星、天文星系等的展现。
MAC安装hyperf

MAC安装hyperfHpertf ,是基于swoole开发,只能安装在类Linux 环境下,windows ⽤docker.1.环境安装时,判断PHP环境要⼤于php7.2 php -v PHP 7.4.11 (cli) (built: Oct 1 2020 18:41:10) ( NTS )php -vPHP 7.4.11 (cli) (built: Oct 1 2020 18:41:10) ( NTS )2.判断是否安装swoolephp --ri swooleExtension 'swoole' not present. 安装swoole 2.1 去GitHub 获取到最新的swoole release 地址wget https:///swoole/swoole-src/archive/refs/tags/v4.6.6.tar.gztar -xzvf v4.6.6.tar.gz ###解压cd swoole-src-4.6.6 ###进⼊swoole扩展包phpize ###编译./configure --enable-http2 --enable-openssl --with-openssl-dir=/usr/local/opt/openssl@1.1###打开http2,openssl,指定openssl安装地址。
如果不知道openssl安装地址使⽤ brew info opensslmake -j12 ####测试⼀下,看是否以后错误make install ####安装 2.2 安装到完后,把swoole加载到PHP中####php.ini⽬录在哪qutao@MacBook-Pro# php -i | grep iniConfiguration File (php.ini) Path => /usr/local/etc/php/7.4Loaded Configuration File => /usr/local/etc/php/7.4/php.ini2.3进⼊到/usr/local/etc/php/7.4/php.ini####添加以下两⾏extension="swoole.so"e_shortname = 'Off' 2.4查看swoole 安装信息####查看swoole 安装信息php --ri swoole 2.5进⼊到项⽬⽬录后,使⽤composer 创建项⽬,安装hyperf注意 ,⼀路按n 不要同意安装任何扩展composer create-project hyperf/hyperf-skeleton2.5 启动hyperf服务#启动php bin/hyperf.php start#####启动后会有以下提⽰[DEBUG] Event Hyperf\Framework\Event\AfterWorkerStart handled by Hyperf\Server\Listener\InitProcessTitleListener listener. [DEBUG] Event Hyperf\Framework\Event\AfterWorkerStart handled by Hyperf\Server\Listener\InitProcessTitleListener listener. [INFO] Worker#6 started.[INFO] Worker#7 started.2.6 打开新窗⼝看是否启动成功, 端⼝是9501curl 127.0.0.1:9501{"method":"GET","message":"Hello Hyperf."}%。
Silicon Laboratories Wi-SUN SDK 1.2.1.0 GA 产品说明书

Wi-SUN SDK 1.2.1.0 GAGecko SDK Suite 4.0January 26, 2022Wireless Smart Ubiquitous Network (Wi-SUN) is the leading IPv6 sub-GHz mesh technol-Array ogy for smart city and smart utility applications. Wi-SUN brings Smart Ubiquitous Networksto service providers, utilities, municipalities/local government, and other enterprises, byenabling interoperable, multi-service, and secure wireless mesh networks. Wi-SUN canbe used for large-scale outdoor IoT wireless communication networks in a wide range ofapplications covering both line-powered and battery-powered nodes.Silicon Labs' Wi-SUN hardware is certified by the Wi-SUN Alliance, a global industry as-sociation devoted to seamless LPWAN connectivity. Wi-SUN builds upon open standardinternet protocols (IP) and APIs, enabling developers to extend existing infrastructure plat-forms to add new capabilities. Built to scale with long-range capabilities, high-datathroughput and IPv6 support, Wi-SUN simplifies wireless infrastructure for industrial ap-plications and the evolution of smart cities.These release notes cover SDK versions:1.2.1.0 released January 26, 20221.2.0.0 released December 15, 2021Compatibility and Use NoticesFor information about security updates and notices, see the Security chapter of the Gecko Platform Release notes installed with this SDK or on the Silicon Labs Release Notes page. Silicon Labs also strongly recommends that you subscribe to Security Advisories for up-to-date information. For instructions, or if you are new to the Silicon Labs Wi-SUN SDK, see Using This Release.Compatible Compilers:IAR Embedded Workbench for ARM (IAR-EWARM) version 8.50.9•Using wine to build with the IarBuild.exe command line utility or IAR Embedded Workbench GUI on macOS or Linux could result in incorrect files being used due to collisions in wine’s hashing algorithm for generating short file names.•Customers on macOS or Linux are advised not to build with IAR outside of Simplicity Studio. Customers who do should carefully verify that the correct files are being used.GCC (The GNU Compiler Collection) version 10.2.1, provided with Simplicity Studio.Contents Contents1Wi-SUN Stack (2)1.1New Items (2)1.2Improvements (2)1.3Fixed Issues (2)1.4Known Issues in the Current Release (3)1.5Deprecated Items (3)1.6Removed Items (3)2Wi-SUN Applications (4)2.1New Items (4)2.2Improvements (4)2.3Fixed Issues (4)2.4Known Issues in the Current Release (4)2.5Deprecated Items (4)2.6Removed Items (5)3Using This Release (6)3.1Installation and Use (6)3.2Security Information (6)3.3Support (7)1 Wi-SUN Stack1.1 New ItemsAdded in release 1.2.0.0•Added release quality libraries. They provide the same Wi-SUN features but are not logging anything.•Added a new API sl_wisun_reset_statistics that resets all the counters read by calling sl_wisun_get_statistics.•Added new APIs sl_wisun_get_neighbor_count() and sl_wisun_get_neighbors() that indicate the neighbor count (par-ents and children) and their MAC address.•Added a new API sl_wisun_get_neighbor_info() that returns information about a neighbor.•Added a new API sl_wisun_set_unicast_settings() that configures the frequency hopping unicast dwell interval. •Added a new API sl_wisun_set_trace_level() and sl_wisun_set_trace_filter() that configure the stack traces.1.2 ImprovementsAdded in release 1.2.1.0•Reduced the stack log verbosityAdded in release 1.2.0.0•Added support for mbedtls v3.0•Stack flash footprint reduction1.3 Fixed IssuesFixed in release 1.2.1.0756339 Fixed an error that could cause the stack to assert on a RAIL_StartCcaCsmaTx when trying to connect to a network that cannot be reached. The stack MAC was unnecessarily re-initialized in the timeout routine and wasinvalidating some internal status.778492 Fixed a build issue that caused the stack entropy source to malfunction.Fixed in release 1.2.0.0752766 Reworked Wi-SUN stack tasks priorities. A race between an interruption routine and a task was causing intempestive connection losses when using FreeRTOS.750407 Fixed the unicast channel filtering. Under certain conditions, a bit-order conversion was missing and was allowing forbidden channels to be used to transmit.731225 Fixed an error causing the authentication waiting list to be broken. It was causing the authentication of new devices to be significantly slower when connecting a few dozen in parallel.1.4 Known Issues in the Current ReleaseIssues in bold were added since the previous release.773952 The stack randomly asserts on RAIL_StartCcaCsmaTx. It seems to occur more often when the communication between the faulty device and itsneighbors is non-optimal.1.5 Deprecated ItemsNone1.6 Removed ItemsNone2 Wi-SUN Applications2.1 New ItemsAdded in release 1.2.0.0BRD4002A SupportNew Applications:•Wi-SUN - SoC Network Measurement•Wi-SUN - SoC RCP. Used by the border router reference design2.2 ImprovementsChanged in release 1.2.0.0•Major refactor at the Application Framework•More granular components (OR relationship)•Wi-SUN SDK - Application Core•Wi-SUN SDK - POSIX-compliant Socket•Wi-SUN SDK - Application CLI•Wi-SUN SDK - Ping•Wi-SUN SDK - Event Manager•CoAP PUT request to LED toggle•Nanostack dependency removal•Wi-SUN SoC Border Router: added new CLI commands to configure the frequency hopping unicast and broadcast intervals.•Wi-SUN SoC CLI: added new CLI commands to read neighbors’ information, configure the stack traces and the frequency hopping unicast interval, and reset the stack statistics.2.3 Fixed IssuesFixed in release 1.2.1.0759495 Added concurrent access protection onto the Linux border router RCP host interface transmit function. On rare occasions, concurrent was causing CRC errors.758848 Added concurrent access protection onto Wi-SUN CLI application console write function. On rare occasions, concurrent access was causing requests, confirmation, and indication messages to be mixed.2.4 Known Issues in the Current ReleaseIssues in bold were added since the previous release.Simplicity Studio – Network Analyzer: Wi-SUN Encrypted Packets arenot supported yet.2.5 Deprecated ItemsNone2.6 Removed Items•Wi-SUN - SoC Border Router with backhaul.3 Using This ReleaseThis release contains the following•Wi-SUN stack library•Wi-SUN sample applications•Wi-SUN border router pre-compiled demos•DocumentationIf you are a first time user, see QSG181: Silicon Labs Wi-SUN Quick-Start Guide.3.1 Installation and UseThe Wi-SUN SDK is provided as part of the Gecko SDK (GSDK), the suite of Silicon Labs SDKs. To quickly get started with the GSDK, install Simplicity Studio 5, which will set up your development environment and walk you through GSDK installation. Simplicity Studio 5 includes everything needed for IoT product development with Silicon Labs devices, including a resource and project launcher, software configuration tools, full IDE with GNU toolchain, and analysis tools. Installation instructions are provided in the online Simplicity Studio 5 User’s Guide.Alternatively, Gecko SDK may be installed manually by downloading or cloning the latest from GitHub. See https:///Sili-conLabs/gecko_sdk for more information.Simplicity Studio installs the GSDK by default in:•(Windows): C:\Users\<NAME>\SimplicityStudio\SDKs\gecko_sdk•(MacOS): /Users/<NAME>/SimplicityStudio/SDKs/gecko_sdkDocumentation specific to the SDK version is installed with the SDK.3.2 Security InformationSecure Vault IntegrationThis version of the stack does not integrate Secure Vault Key Management.Security AdvisoriesTo subscribe to Security Advisories, log in to the Silicon Labs customer portal, then select Account Home. Click HOME to go to the portal home page and then click the Manage Notifications tile. Make sure that ‘Software/Security Advisory Notices & Product Change Notices (PCNs)’ is checked, and that you are subscribed at minimum for your platform and protocol. Click Save to save any changes.3.3 SupportDevelopment Kit customers are eligible for training and technical support. Contact Silicon Laboratories support at /support.Silicon Laboratories Inc.400 West Cesar Chavez Austin, TX 78701USA IoT Portfolio /IoT SW/HW /simplicity Quality /quality Support & Community /communityDisclaimerSilicon Labs intends to provide customers with the latest, accurate, and in-depth documentation of all peripherals and modules available for system and software imple-menters using or intending to use the Silicon Labs products. Characterization data, available modules and peripherals, memory sizes and memory addresses refer to each specific device, and “Typical” parameters provided can and do vary in different applications. Application examples described herein are for illustrative purposes only. Silicon Labs reserves the right to make changes without further notice to the product information, specifications, and descriptions herein, and does not give warranties as to the accuracy or completeness of the included information. Without prior notification, Silicon Labs may update product firmware during the manufacturing process for security or reliability reasons. Such changes will not alter the specifications or the performance of the product. Silicon Labs shall have no liability for the consequences of use of the infor -mation supplied in this document. This document does not imply or expressly grant any license to design or fabricate any integrated circuits. The products are not designed or authorized to be used within any FDA Class III devices, applications for which FDA premarket approval is required or Life Support Systems without the specific written consent of Silicon Labs. A “Life Support System” is any product or system intended to support or sustain life and/or health, which, if it fails, can be reasonably expected to result in significant personal injury or death. Silicon Labs products are not designed or authorized for military applications. Silicon Labs products shall under no circumstances be used in weapons of mass destruction including (but not limited to) nuclear, biological or chemical weapons, or missiles capable of delivering such weapons. Silicon Labs disclaims all express and implied warranties and shall not be responsible or liable for any injuries or damages related to use of a Silicon Labs product in such unauthorized applications. Note: This content may contain offensive terminology that is now obsolete. Silicon Labs is replacing these terms with inclusive language wherever possible. For more information, visit /about-us/inclusive-lexicon-projectTrademark InformationSilicon Laboratories Inc.®, Silicon Laboratories ®, Silicon Labs ®, SiLabs ® and the Silicon Labs logo ®, Bluegiga ®, Bluegiga Logo ®, EFM ®, EFM32®, EFR, Ember ®, Energy Micro, Energy Micro logo and combinations thereof, “the world’s most energy friendly microcontrollers”, Redpine Signals ®, WiSeConnect , n-Link, ThreadArch ®, EZLink ®, EZRadio ®, EZRadioPRO ®, Gecko ®, Gecko OS, Gecko OS Studio, Precision32®, Simplicity Studio ®, Telegesis, the Telegesis Logo ®, USBXpress ® , Zentri, the Zentri logo and Zentri DMS, Z-Wave ®, and others are trademarks or registered trademarks of Silicon Labs. ARM, CORTEX, Cortex-M3 and THUMB are trademarks or registered trademarks of ARM Holdings. Keil is a registered trademark of ARM Limited. Wi-Fi is a registered trademark of the Wi-Fi Alliance. All other products or brand names mentioned herein are trademarks of their respective holders.。
Third-Party-Notices

Apache Jakarta Commons Codec Apache Jakarta Commons Collections Apache Jakarta Commons Collections Apache Jakarta Commons Configuration Apache Jakarta Commons DBCP Apache Jakarta Commons Digester Apache Jakarta Commons Discovery Apache Jakarta Commons Discovery Apache Jakarta Commons FileUpload Apache Jakarta Commons HttpClient Apache Jakarta Commons IO Apache Jakarta Commons Logging Apache Jakarta Commons Logging Apache Jakarta Commons Math Apache Jakarta Commons Pool Apache Jakarta Commons Pool Apache Jakarta Commons Validator Apache Jakarta Commons VFS Apache Jakarta HTTP Client Apache Jakarta Taglibs Apache log4j Apache log4j Apache log4j Apache Lucene Java Apache ORO Apache POI Apache POI Apache POI ‐ org.apache.poi:poi‐ooxml Apache POI ‐ org.apache.poi:poi‐ooxml Apache POI ‐ org.apache.poi:poi‐ooxml‐ schemas Apache POI ‐ org.apache.poi:poi‐ooxml‐ schemas Apache Regexp Apache Thrift
WebWork 开发指南

XWork中,可以通过package对action进行分组。类似Java中package和class的关 系。为可能出现的同名Action提供了命名空间上的隔离。
1.将Web页面中的输入元素封装为一个(请求)数据对象。 2.根据请求的不同,调度相应的逻辑处理单元,并将(请求)数据对象作为参 数传入。 3.逻辑处理单元完成运算后,返回一个结果数据对象。 4.将结果数据对象中的数据与预先设计的表现层相融合并展现给用户。 首先来看登录界面: index.jsp <html>
这种朦胧的感觉,则可能来自曾经在国内流行一时的论坛软件-Jive Forum。 很多软件技术人员不惜从各种渠道得到Jive的源代码,甚至是将其全部反编译 以探其究竟。作为一个论坛软件能受到技术人员如此垂青,想必作者睡梦中也会乐 醒。 而WebWork,就是Jive中,MVC实现的核心。 这里我们所谈及的WebWork,实际上是Webwork+XWork的总集,Webwork1.x 版本中,整个框架采用了紧耦合的设计(类似Struts),而2.0之后,Webwork被拆 分为两个部分,即Webwork 2.x +XWork 1.x,设计上的改良带来了系统灵活性上的 极大提升。这一点我们稍后讨论。
<input type="reset" value="重置" name="B2"/>
</p> </form> </body> </html> 这里的index.jsp实际上是由纯html 组成的,非常简单,其中包含一个表单:
PHP开发编码规范--PSR-2编码规范

一定(MUST) 要在其程序代码本体结束的下一行。 控制结构中,用到括号时,其开始(左)括号之后与结束(右)括号之前一定不要(MUST
3. Namespace 与 use 声明 .........................................................................................6 4. 类、属性以及函数 .......................................................................................................6 4.1 继承与实现 ....................................................................................................................... 6 4.2 属性 ................................................................................................................................... 7 4.3 方法 ................................................................................................................................... 8 4.4 方法的参数 ....................................................................................................................... 8 4.5 abstract、final 以及 static............................................................................................ 9 4.6 方法与函数调用 ............................................................................................................... 9 5. 控制结构 .................................................................................................................. 10 5.1 if、elseif、else ............................................................................................................... 10 5.2 switch、case................................................................................................................. 10 5.3 while、do while ............................................................................................................ 11 5.4 for ..................................................................................................................................... 11 5.5 foreach........................................................................................................................... 11 5.6 try、catch...................................................................................................................... 12 6. 闭包 ......................................................................................................................... 12 7. 总结 ......................................................................................................................... 14
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Mercedes-BenzPrivate and commercial vehicle sales formatsSpecifications and standardsRegulation Details and Design SystemWorkshop private and commercialvehicle2.12.1.22.1.2..2Status December 20012 ArchitekturFaçades04-2001 MKP/MBP ArchitekturCenterThe facades of the workshops are visually significant elements which give a uniform appearance spanning the formats. In addition to the optical adaptation of the showrooms they should convey a certain neutrality so as to be applicable in the multi-brand service. Workshops are executed in the following combinations:o workshops with Mercedes-Benz or multi- brand services connected toMercedes-Benz showroomso workshops with Mercedes-Benz or company‘s multi-brand service asseparate service stations with a comparatively small customer zoneThe regulation details of the facades fix the uniform appearance befitting these platforms, whichare technically and functionally stressed.It is valid for a wide and at first sight heterogeneous spectrum of different facade versions which support the individual economic situation of the company and accommodate regional climatic influences:o Glass facades strongly compliant with the appearance of the showroomo Sheet metal facades with facade roof lights as a visual separation from theroofso Sheet metal facades with smoothed upper plates as a minimal separationfrom the roof.All three versions are suited in their appearance to the optical characteristics of the showrooms and the customer zones. They are recognisable due to the visual significance of other elements – thoseof the structure – and due to the proportions.The design system secures the utmost accordance of the appearance of the facades within thewide range of facade versions (see above), functional types (private vehicle workshops, commercial vehicle workshops and private vehicle service boxes) and height variants.The harmony of fixed regulatory details and the flexible spectrum of the design system affords ahigh level of recognisabilty in the different sizes and types of workshops, regional climates and building regulations. It prevents to a high degree faults in the proportioning of the detailed implementation.1/2 Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-Façades The materials of the façades emphasize the functionally and technically stressed appearance for all versions. The fixed constructions are economically obtainable world-wide.The three main features are:o Glass in an aluminium post and bar construction or rather in standard aluminium profiles in the window strips of the sheet facadeso corrugated aluminium sheets, horizontally structured with steel cassettes.o Separation of the roof from the facade by glass or strips of smoothed upper plates.The application of the façade system includes the following functional areas :o Separate personal car and van workshop and express serviceo Commercial veh. and bus workshop with possibly integrated privatevehicle/ van workshop and van service boxeso Separate private vehicle and van service boxesContents:The design system:page 3 - 4Grid private vehicle / van workshoppage 5 - 6Grid commercial vehicle/ bus workshoppage 7 - 8Grid private vehicle/ van service boxesThe regulatory details:page 9-12Glass façades - types and detailspage 13-16Sheet façades with skylight – types and detailspage 17-20Sheet façades - types and detailspage 21-22Wall panels in glass façadespage 23Sheet façades on exterior fire wallspage 24 Sun protectionpage 25-26Integration of MB typescript cassettesFacade types - Examples:page 27-30Private vehicle / Van workshop all sorts of material poss.page 31-34 Commercial veh. / bus workshop all types of material poss.ObjectivesDesign principlesIn the graphic design the façade grid for the private and commercial vehicle workshops is shown independent of materials. The main grid fixes identical features for the three options for materials (glass, sheet metal with roof lights, sheet metal without roof lights) which are described in the section “ Regulatory details“ .o The main grid for the facades of the private and commercial vehicle workshops is identical to that of the supporting framework. It has individualfeatures resulting from the individual function : the main entrance gate issituated in the traversal section of the garage, the long side is fitted withbalustrades of limited expanse, windows, optional escape exits and sidegates.o The main gate is in the middle axis of the workshop. The height of the gate is suited for commercial vehicles to enter the workshop for assembly work.The gate has fixed dimensions between axes of 4.00m width and 4.38mheight and a fixed clearance of 3.80m width and 4.30m height. The side gate in the long side of the workshop may be 0.60m less wide due to thesupporting framework. On both sides of the gates, sections of 1.00m widthare intended to be fitted with doors.o The sections of the façade free of gates and doors are fitted with a socle of0.10m height which is encased on the exterior and interior by stainless steel.o The height of the workshop between the socle axis and the gate axis is divided into four equally large sections: 4x1.07 m.3/4Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-Façades o The balustrade area is closed in sections to take workbenches. The balustrade spaces have a max width of three axes areas and are separated by vertically positioned glass panes. The balustrades are always encased on the outside by horizontal corrugated sheet metal.o In the upper area of the façade of all three types of material, glass panes or strips of smoothed metal sheeting are intended which visually separate the façade from the roofing.The features described and presented are valid for all roof gradients and roof shapes. With the verge flashing versions of the roofs the façade of the traversal side has an upper edge of the same gradient. With large roof gradients it is necessary to fit further horizontal struts at the height level between the upper edge of the gate and the smoothed metal sheeting : they always end at a vertical strut and never in the roof‘s gradient.The Design System: the grid system: private vehicle/ van – separate workshop0 comment on the façade of the private car-integrated-hall (following com.vehicle-/BUS-hall) :- view/grid of the longitudinal side is identical with 24,00 m-cross side mentioned above - but:closed breastwork will be dropped- look at detail sheet "com.vehicle-/BUS- and private car-integrated-hall, grid"priv. car /TRANSPORTER-separate-hall grid systemM 1:200 04-2001 MKP/MBP ArchitekturCenter3/4 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 details and design system - workshop façadesDesign principlesThe grid for the façades of commercial vehicle and bus workshops is depicted in the graphic presentation, independent of material. The main grid defines identical features of the three types of material (glass, sheet metal with roof lights, sheet metal without roof lights) which are described in the section “Regulatory details“.o The main grid for the façades of the commercial vehicle and bus workshops is identical with that of the supporting framework system. By function it has individual features : the main entrance gates are in the long side of the workshop, the traversal side is relatively neutral and evenly structured and fitted with optional escape exits.o The main gates are situated in the middle of the dimension between the axes of the workshop according to the position of the service parking spots.o The regulatory height of the gate is deduced from the existing and foreseeable EU norms and their practical suitability for a normal gradation of the adjacent yard : dimension between axes 4.38m, the access clearance is 4.30m.o The width of the gate has a dimension axis of 4.00m and an access clearance of 3.80m. This enables small changes in direction of the vehicles when passing through the gate. On both sides of the gates, sections of 1.00m width are intended to take doors of 0.70m clearance width o The sections of the façade that are free of gates and doors are fitted with a socle of 0.10m height which in encased externally and internally in stainless steel.5/6 Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-Façadeso The height of the workshop is divided into 2 or 4 areas of the same size between the socle axis and the gate axis: 2x 2.14 or 4x 1.07mFor workshops with a max height (system height 7.80m) a further section of 1.07m is intended.o In the upper section of the façades of all three types of material glass panes or smoothed metal strips are effective in separating the facade visually from the roofing.The described and presented features are valid for all roof gradients and roof shapes. For the verge flashing versions of roofs the façade of the traversal side has an accordingly traversal upper roof edge. For large roof gradients further horizontal supports are necessary at the height level between the upper edge of the gate and the smoothed metal strips : they always end at a vertical strut and do not carry on into the roof‘s gradient.Smaller private vehicle and van workshops integrated into the commercial vehicle workshops are given the same segmentation of the façades as thetraversal sides of the private vehicle / van separate workshops with 24.00m width.The grid for the heights is fitted to the one of the commercial vehicle workshop.Special casesThe height of the gate can be more than 4.30m if the operator especially wishes or in the case of an unfavourable connection of the yard area with the workshop. In this case the height is to be established according to the project.The Design System : grid system commercial vehicle/ bus and integrated private vehicle workshopcomment on the façade of the private car integrated hall (following the com.vehicle/bus hall):- view/grid of the longitudinal side is identical with 24,00 m cross side of the priv.car-/TR.-separate hall- but: closed breastwork area will be dropped- look at detail sheet "private car/ TRANS separate hall, grid"com. vehicle/BUS- with priv integr.hallgrid systemM 1:200 04-2001 MKP/MBP ArchitekturCenter5/6 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 details and design system - workshop façadesDesign principlesService boxes are defined as the functions described in the detail package “supporting framework“. They can be accomplished as separate workshops or integrated into the workshops or other parts of the building. In both cases the appearance of the long side is identical and standardised. The traversal sides described in the following are suited in this version for the separately positioned workshops. For the integrated solutions they are matched correspondingly to the grid of the section at hand, but the appearance remains “workshop-like“.The grid for the façade of the private vehicle and van workshops is depicted in the graphic design independent of material. The main grid fixes identical features ofthe three types of material ( glass, sheet metal with roof lights, sheet metalwithout roof lights) as presented in the section “ Regulatory details“o The gates of the service boxes have a uniform axis height of 3.63m or3.55m clearance, the clearance width of the entry varies according to thefunction between 3.40 and 4.00m.o The detailed measurement of the grid for the socle, the roof connection to the glass elements and the smoothed metal strips between the girders areidentical with those of the private vehicle and commercial vehicleworkshops.o A special feature of the grid on the long side is the grid band in front of the supports which is necessary because of the gate construction.The described and depicted features are valid for all roof gradations and roof shapes. With the flash verging version the façade of the traversal side has an appropriate traversal upper edge.7/8 Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-Façades The Design System:grid system private vehicle / van service boxespriv.car +Transporter-service boxes grid systemM 1:200 04-2001 MKP/MBP ArchitekturCenter7/8 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 details and design system - workshop façadesDesign principlesGlass façades create the most striking appearance of the workshops. They are to be implemented ifa high visual adaptation to the showrooms or a strong impact by a service station is desired. Glassfaçades are standardised for all functional types and height versions:Priv.veh./ van Type P.G Min-Height Sys.-height 5.70 m Separate workshop Max-Height Sys.-height 6.00 mCom.Veh./bus workshop Type N.G Min-Height Sys.-height 6.00mpriv.veh Integrated workshop Midi-Height Sys.-height 6.60 mMax-Height Sys.-height 7.80 mPriv.veh / van Type PB.G Min-Height Sys.-height 4.50 m Service boxes up to up toMax-Height Sys.-height 5.10 mAll functional types have the following joint features :o Simple post and bar constructiono broad/wide horizontal continuous profile under the roof lights sectiono Glazing until right up to the roof surfaceo Optional closure of 3 to 4 segments of the roof lights with smoothed sheet metal for the mounting of Mercedes Benz logo cassettes (except with service boxes)o Socle area of stainless steelAll sections are filled with glass according to the grid division except the presented balustrade sections of the private vehicle/ van workshop which are sealed with metal casings and horizontally fitted corrugated sheeting.9/10 Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-Façades ConstructionThe facade is designed as a post and bar construction with thermally separated profiles in a simple style. The following features are fixed:o Width of profile 6 cm to max 8 cmo Width of profile of the horizontal profile under the roof lights section approx.14 cmo Depth of support post according to statics, width max 10 cmo Bracket for ground connection in the socle section internally of stainless steel which functions as an outer edge for the floor covering and as a shock-proof skirting board.The clip strips are executed in aluminium, the support posts in aluminium or steel. The vertical and horizontal clip strips are identical in their profiles.Doors and windows that can be opened are fixed into the section designed for the purpose. Ventilation and poss smoke extraction shutters can be integrated into the roof lights section. Gates are integrated into the facade construction in the designated position. The supporting construction of the gates is partly identical with the support posts of the façade, partly it is placed separately behind the supporting posts. For the gate tracks recesses are prepared in the base plate.There are the following differences between the long sides and the traversal sides of the construction:o On the long sides the support posts are placed in front of the supporting framework constructiono On the traversal sides the supporting post in the main axis are identical with the gable supports (HEB 200), in the intermediate axes the outer edge of the posts is flush with thegable supports.Sun protection is described on page 24.The Regulation Details : workshop types andconstruction version “Glass façades”clear gate-sizes priv.car sep.-hall com. vehicle-/BUS-hall priv.car/TRANS.-boxlongitudinal side 3.20/3.80 4.30 m 3.80 m 4.30 m 3.40/3.70/4.00 3.55 m cross side 3.80 m4.30 m width height width height widthheightglass façade typespriv.car-com.vehicle-priv.car boxes(high window-area look at priv.car)gate and emergency exite gateat main support+gate at intermed.pillar glass façade horizontal-standard detailsDesign principlesSheet metal façades with a continuous band of roof lights create the effect of functionality in the workshops and transparency by the definite visual separation of the roofs. The appearance of the workshops is in harmonious contrast as also in coherence with the showrooms and customer zones. Sheet metal facades with roof lights are standardised for all functional types:Priv.veh / van Type P.B-OL Min-Height Sys.-height 5.70 m Separate Workshop Max-Height Sys.-height 6.00 m Comm.veh/ bus workshop Type N.B-OL Min-Height Sys.-height 6.00 m Priv.veh-Integrated hall Midi-Height Sys.-height 6.60 mMax-Height Sys.-height 7.80 mPriv.veh / van Type PB.B-OL Min-H up to Sys.-height 4.50m Service boxes Max-Height Sys.-height 5.10 mAll functional types have the following common features:o Sheet metal cassettes with horizontally fixed corrugated sheet in the lowersectionso Window construction from normal profiles in the section of the sheet metal façade o Simple post and bar construction in the roof lights sectoro Glazing right up to the roof surfaceo Optional closure of 3 to 4 sectors of the roof lights with smoothed sheet metal for the mounting of the Mercedes Benz logo cassettes (except with service boxes)o Socle in stainless steel.The grid division for the functional types is valid for the essential axes, some intermediate axes are omitted, since the cassettes in the mentioned section are continuously mounted and fixed to the supporting framework construction.ConstructionThe following features are fixed :o Corrugated aluminium, corrugation amplitude max 2 cm, corrugation length max 8 cmo The roof light is slightly set back from the level of the corrugated metal.o Window sections in the region of the sheeting with normal profiles, least possible widtho In the window sections the framework supports are encased with sheet metalo On the inside a bracket for the ground connection made of stainless steel which serves as the ledge for floor covering and as a shock-proof skirting board.The window profiles and the clip strips of the roof lights are intended in alu, the supporting posts of the roof lights are designed in alu or steel. The vertical and horizontal clip strips are identical in the shape of the profile. All profiles are intended for thermally separatedThe wings of doors and windows are fitted in the appropriate sections. Ventilation and poss. smoke extraction shutters can be integrated into the roof light segment.Gates are integrated into the facade construction in the position shown by the graphic design. The supporting framework of the gates is identical to the support posts of the facade. For the rails of the gate recesses are intended in the base plate.On the long sides and the short sides/traversal sides the construction shows the following differences :o On the long sides the façade is situated in front of the supporting frameworko On the transverse sides, the façade is at the level of the HEB – gable support.The sun protection is described on page 24.Special casesIn the private vehicle workshop and the transverse sides of the commercial vehicle workshop an equally high, additional window segment can be planned above the window described.The Regulation Details : types of workshops and construction version “Sheet metal façades with roof lights”cross sidewidth height width height widthheightlongitudinal side 3.20/3.80 4.30 m 3.80 m 4.30 m 3.40/3.70/4.00 3.55 m3.80 m4.30 m clear gate-sizes priv.car-Sep.-Halle com.veh-/BUS-Halle priv.car-/TRANS.-boxfaçade typespriv.car- com.vehicle - priv.car boxes sheet metal façades with high windows(high window area look at priv.car)gate + emergency gate at main support+gate at intermed.pillar horiz.standard detailsDesign principlesSheet metal façades create the effect of functionality of the workshops. By a smoothed metal strip in the upper section of the façade, the structured sheet metal façade below is effectively separated visually from the projecting roof. The appearance of the workshops show a harmonious contrast, at the same time still fit with the showrooms and the customer zones. Sheet metal façades are standardized for all types of functions and variations of heights :Priv.veh / van Type P.B Min-Height Sys.-height 5.70 mSeparate workshops Max-height Sys.-height 6.00 mComm.veh/ bus workshops Type C.B Min-Height Sys.-height 6.00 mpriv.veh Integrated workshop Midi-Height Sys.-height 6.60 mMax-Height Sys.-height 7.80 mPriv.veh / van Type PB.B Min-Height to Sys.-height 4.50 m Service boxes Max-Height Sys.-height 5.10 mAll types of function have the same following features :o Sheet metal cassettes with horizontally fitted corrugated metal in the complete areao Window construction in normal profileso smoothed sheet metal strips above the roof lights area in the section of the girders. Smoothed metal strips above the roof light segment in the region of the girders.o Option of a section of a smoothed metal strip in fixed dimension below the above mentioned metal strip for the mounting of Mercedes Benz lettering cassettes (except for service boxes)o Socle casing from stainless steelThe grid division for the different types of function is valid for the main axes, some intermediate axes are omitted, since the metal casings are fixed continuously in the area mentioned and are fitted to the supporting framework.ConstructionThe following features are fixed::o Corrugated sheet aluminium, corrugation amplitude max. 2 cm, corrugation length max 8 cm o The smoothed metal strip is obviously recessed from the corrugated sheet level.o Window segments in the sheet metal area with normal profiles, smallest possible width o Near the windows the framework supports are encased in sheet metalo Ground connection brackets near the socle made inside of stainless steel which is used as a support ledge for flooring and as a shock-proof skirting.The window profiles are designed in aluminium, in thermally separated formDoor and window wings are fitted into the segments designed for that purpose. Additionalventilation and possible smoke extraction shutters can be integrated into the sheet metal façade.Gates are integrated into the façade construction in the position shown in the graphic design. The supporting construction of the gates is identical with the posts of the facade. There are clearances intended in the base plate for the gate rails.The construction shows the following differences on the long sides and transverse sides :o On the long sides the façade is situated in front of the supporting framework construction o On the transverse sides the façade is on the level of the HEB gable posts.The sun protection is described on page 24.Special casesAn additional window section of the same height can be planned in the long sides of the private vehicle workshop and the transverse sides of the commercial vehicle workshop.The Regulatory Details : types of workshops and construction version “Sheet metal façadescross sidewidth height width height width height longitudinal side 3.20/3.80 4.30 m 3.80 m 4.30 m 3.40/3.70/4.00 3.55 m3.80 m4.30 m clear gate-sizes priv.car-Sep.-hall com.veh-/BUS-hall priv.car-/TRANS.-boxfaçade typespriv.car - com.vehicle - priv.car boxes sheet metal façadecorner formation gate + emergency gatet i t at intermediatepillarsheet metal façadehorizontal standard detailsM 1:20 04-2001 MKP/MBP ArchitekturCenter19/20 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 Regeldetails und Entwurfsystem - Werkstatt-FassadenDesign principlesPlastered, coloured wall units are effective as contrastive and structuringelements, especially in the glass façades . They are designed exclusively for this version. Their construction is part of the post and bar system. Thus the execution is simplified and accurate fitting is ensured.The surfaces of the wall segments are always coated inwardly and outwardly with a sponge effect finish. The socles are always executed in stainless steel.As a rule, the wall segments are executed on the transverse sides of the private and commercial vehicle workshops. Their height is fixed by the lower edge of the roof light sections, above the wall segments there is always a glass section. As a rule their width is a maximum of one axis area. On the transverse sides of the private vehicle workshops they lead on into balustrades, then also plastered and in this case not encased in corrugated sheet steel.ConstructionAs a rule the wall units are executed as a skeleton construction.The mainsubstructure consists of the supporting profiles of the façade. Further struts are fitted as required.The substructure is planked as shown in the regulatory detail.The base plate has the same outer edge as with the glass facade. Additional measures in the foundation section are not necessary.If in the internal building area - or workshop-technical installation a fitting onto the wall unit should be effected, a separate secondary construction must be planned in front of or in the wall unit. It is, in addition, possible to integrate further installations in the cavity of the wall unit.21/22 Mercedes-Benz Private and commercial vehicle-sales formats - 2.1.2.2 Regulation details and design system -Workshop-FaçadesSpecial casesWall units can also be used on the long sides of the workshops, but only if itmakes sense in the structuring and if the proportions are harmonious. That must be examined and released for the specific object.Wall units can also be executed in solidly built manner (brickwork or concrete).However it is to be noted that additional measures will be necessary in the foundation area . At the same time the accurate fit has to be ensured. The wall units have the same projections in reference to the construction of the façade as in the skeleton construction.The Regulation Details : wall segments in glassfaçadeswall unit in glass façade -standard detailsM 1:20/250 04-2001 MKP/MBP ArchitekturCenter21/22 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 Regeldetails und Entwurfsystem - Werkstatt-Fassadensheet metal faç. in front of fi re protect. wall standard detailsM 1:20 04-2001 MKP/MBP ArchitekturCenter23 Mercedes-Benz priv. and com.vehicle sales formats - 2.1.2.2 Regeldetails und Entwurfsystem - Werkstatt-FassadenBasic designFaçades on external fire prevention walls are part of the general appearance and are therefore defined as a regulation detail. Fire prevention walls in the façade may be required in order to ensure the con-nection of the parts stores to other parts or the building, e.g. customer areas or workshop, to prevent ho-rizontal fire spreading. Normally these walls are approx. 5 m wide and have to be placed in 1 axle field.The façade on the external fire prevention walls will allways be xovered witz horizontally laying corru-gated metal and sheet metal strips set back on the roof connection, in the same type of construction as described in the section …sheet metal façade“ (page 17-20)Doors should not be planned for this area.sheet metal façade in front of fire protection walls。