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Power Apps 2019 发布版本2 新特性指南说明书
In this guide, you will be able to learn the most important things about this release wave. These will help you plan to onboard the release updates with confidence.T op things to knowNew capability highlightsThe 2019 release wave 2, brings to market significant new services and capabilities to enable digital transformation for businesses. For Power Apps, these new capabilities include: •Power Apps Portals enables makers create a powerful new type of experience: web portals that surface data stored in Common Data Service to employees or users outside their organizations.•AI Builder enables makers to build AI without knowing programming or data science. Using AI is made even easier with integration directly into Power Apps and Power Automate.•Quality tools for testing and debugging enables app makers and testers can leverage the Power Apps test framework to create UI automation and end-to-end tests for their canvas apps.•Power Apps component framework enables professional developers to build custom components that can be used in canvas apps.•Unified interface enhancements brings all the rich experiences to any client.Key milestonesGet prepared to onboard the new 2019 release wave 2 updates with confidence. Early access of the release wave, October update will start on August 2nd , 2019 and will be generally available on October 1st , 2019.For Power Apps administratorsEnd-user impacting features should be reviewed by Power Apps administrators. This facilitates release changemanagement and enables successful onboarding of new capabilities released to market. Look for all features tagged “End users, automatically” in the release plan.2019 release wave 2October 2019-March 2020Watch the release overview videoGet an overview of the new capabilities and enhancements to Power Apps.Visit: aka.ms/ROGPA19RW2ROVRead the release planExplore the entire set of new capabilities planned for 2019 release wave 2.Visit: aka.ms/ROGPA19RW2RPJoin the Power Apps communityVisit: aka.ms/ROGPA19RW2UCUnlock Next.New capability highlightsThese capabilities outline our commitment to deliver on our roadmap priorities. To learn more about the entire set of capabilities being delivered during this release wave, visit: aka.ms/ROGPA19RW2RPSolution checker enhancementsSolution checker is now available to be automated via PowerShell or Azure DevOps build tasks. Solutions can be from online or on-premise Dynamics environments. Managed and unmanaged solutions are now supported. Power Apps canvas apps and Flow checker results are also now included in solution checker results.Guest accessPower Apps canvas apps support sharing of apps with users outside of your company. Sharing of an app is as easy as sharing with an employee. Guests can run the apps on the web or on their mobile device. Guests can also access canvas apps in SharePoint lists.2019 release wave 2October 2019-March 2020Watch the overview video: aka.ms/ROGPA19RW2ROV1Watch the overview video: aka.ms/ROGPA19RW2ROV2Building with componentsPower Apps component framework for canvas appsPower Apps component framework allows professional developers to build custom components that can be used in canvas apps. Makers can import custom components to enhance their canvas apps with the functionality that is not available out of the box. Public preview of Power Apps component framework allows developers and makers to test their customcomponents in canvas apps, taking advantage of the growing list of supported APIs, as well as the new theming system.Power Apps component framework for model-driven appsThe Power Apps component framework is generally available for model-driven apps, allowing professional developers to create custom components for use across the full breadth of Power Apps capabilities. Third-party developers can now create their own custom components using the libraries and services of their choice and add these reusable components to any model-driven app. The framework not only saves time but also unlocks powerful capabilities for advanced interactions. To facilitate the development of custom components, the Microsoft Power Apps CLI tool enables fast component creation, easy debugging, built-in validation, and testing using the code editor of your choice.Power Apps test frameworkApp makers and testers can leverage the Power Apps test framework to create UI automation and end-to-end tests for their canvas apps. App makers can catch and react to issues early as they move across environments, test out the latest service versions, or push updates to their existing production applications.Watch the overview video: aka.ms/ROGPA19RW2ROV3New capability highlightsUnified Interface enhancementsAnchoring error notifications in Unified InterfaceUsers will be able to quickly navigate to a field on a form that has an error from a notification by simply clicking on the error message. The focus will be set on the error field, reducing clicks and improving productivity when there is an error on a form.Improved usability, density, and filtering capabilities for the Unified Interface gridThe Unified Interface grid now includes several updates focused on usability and navigation for end users. The grid layout and styling has been optimized to improve density, allowing users to see more records on a single screen without feeling cluttered. This update removes unused and redundant space in the grid that has been highlighted in user feedback as impactingefficiency and making the grid harder to navigate. In addition to the density changes, updates have been made to improve the filtering and navigation behavior. Now as users filter records in the view page, navigate to a record, and return to the grid, the filters on the grid are remembered. This allows end users to navigate back and forth between the grid and filtered records without reapplying the filter, search, or view selection each time. Improvements have also been made to the advanced grid column filtering options to find their records quickly. This includes filtering on the activity type field and alignment of date field filtering for existing operators.Form header usability improvementsCustomers will have an improved experience when they open and read information for a record in the Unified Interface with increased data density and usability with the form header.Timeline wall improvements in Unified InterfaceManaging activities in the timeline wall will be faster and more responsive with improvements to data density and usability.Enhancements include:•Easily expand and collapse activities in the timeline wall.•Simple icons that help users quickly identify key activities.•Quick and easy access to the command bar to perform common actions on an activity.2019 release wave 2October 2019-March 2020Watch the overview video: aka.ms/ROGPA19RW2ROV4Power Apps PortalsAs part of this feature, Power Apps and Dynamics 365 makers can create a new type of app called Portal to create a website that can be extended to users who are outside your organization and can sign in with a wide variety of identities, or even browse the content anonymously.This feature will provide full capabilities of Dynamics 365 for Customer Engagement Portal, previously offered only as an add-on to Dynamics 365 for Customer Engagement applications. It also features a revamped end-to-end experience for makers to quickly create a website, customize it with pages, layout, and content, reuse page design through templates, add forms, views, and other key data from Common Data Service, and publish to users. With these new capabilities, makers can deliver rich, web-based experiences to users far beyond their fellow employees, unlocking a host of business scenarios for employees, business to business (B2B) partners, and end customers.Watch the overview video: aka.ms/ROGPA19RW2ROV52019 release wave 2October 2019-March 2020For Power Apps administratorsEnd-user impacting features to the user experience enabled automaticallyEnd-user impacting features should be reviewed by application administrators. This facilitates release change management and enables successful onboarding of new capabilities released to market. For the complete list, look for all features tagged “End users, automatically” in the release plan.Features that must be enabled by application administratorsThis release wave contains features that must be enabled or configured by administrators, makers, or business analysts to be available for their end users. For the complete list, look for all features tagged “End users by admins, makers, or analysts” i n the release plan.Update process and global rolloutEarly accessApplication administrators can try out new capabilities in a non-production deployment prior to receiving release updates in their production deployment starting on August 2nd , 2019. Learn how to enable access to these enhancements with confidence. Visit: aka.ms/EarlyAccessFeaturesGeneral availabilityThe 2019 release wave 2, October update will be deployed in production environment for all customer starting October 1st, 2019. For more information on specific timelines, please visit: aka.ms/ROGPA19RW2GATKey milestonesPrepare to onboard the new release update with confidence.Early access for the 2019 release wave 2,October update will start on August 2nd , 2019. General availability is October 1st , 2019.June 10, 2019August 2, 2019October 1, 2019Release plan availableLearn about the new capabilities coming in the 2019 release wave 2 (October 2019 –March 2020) across Dynamics 365 and the Power Platform.General availabilityProduction deployment for 2019 release wave 2, October update begins.Early access availableTry the new capabilities before they get enabled automatically for end-users as part of the 2019 release wave 2, October update.2019 release wave 2October 2019-March 2020Get the most out of Power AppsRelease planaka.ms/ROGPA19RW2RPView all capabilities included in this release.Release calendaraka.ms/ROGPA19RW2RCKnow important release milestones.Product releasesaka.ms/ROGPA19RW2PRStay up to date on product updates.Licensingaka.ms/ROGPA19RW2LGImprove your understanding of how to license Power Apps.User community aka.ms/ROGPA19RW2UCEngage with Power Apps experts and peers in the community.Upcoming events aka.ms/ROGPA19RW2EFind and register for in person events and online webinars.Product documentationaka.ms/ROGPA19RW2PDFind documentation for Power Apps.©2019Microsoft Corporation.All rights reserved.This document is for informational purposes only.MICROSOFT MAKES NO WARRANTIES,EXPRESS,IMPLIED,OR STATUTORY,AS TO THE INFORMATION IN THIS DOCUMENT.Some examples are for illustration only and are fictitious.No real association is intended or inferred.aka.ms/ROG19RW2FeedbackIs this guide helpful?。
vue-color颜色选择器插件用法介绍
vue-color颜⾊选择器插件⽤法介绍// ⾸先安装依赖npm i vue-color<div><div>color-picker</div><p>Chrome</p><chrome-picker v-model="colors" /><p>Sketch</p><sketch-picker v-model="colors" /><p>Photoshop</p><photoshop-picker v-model="colors" /><p>Material</p><material-picker v-model="colors" /><p>Slider</p><slider-picker v-model="colors" /><p>Compact</p><compact-picker v-model="colors" /><p>Swatches</p><swatches-picker v-model="colors" /><p>Twitter</p><twitter-picker v-model="colors" /><p>Grayscale</p><grayscale-picker v-model="colors" @input="updateValue" /></div><script>import {Material,Compact,Swatches,Slider,Photoshop,Chrome,Sketch,Twitter,Grayscale,} from "vue-color";export default {name: "color-picker",components: {"material-picker": Material,"compact-picker": Compact,"swatches-picker": Swatches,"slider-picker": Slider,"photoshop-picker": Photoshop,"chrome-picker": Chrome,"sketch-picker": Sketch,"twitter-picker": Twitter,"grayscale-picker": Grayscale,},data() {return {colors: {color: "",hex: "#194d33",hsl: { h: 150, s: 0.5, l: 0.2, a: 1 },hsv: { h: 150, s: 0.66, v: 0.3, a: 1 },rgba: { r: 25, g: 77, b: 51, a: 1 },a: 1,},}},methods: {// 值改变事件updateValue(value) {console.log(value)console.log(this.color)}}}</script>。
vant 知识点
vant 知识点摘要：1.Vant 简介2.Vant 的主要特点3.Vant 的使用方法4.Vant 的应用实例5.Vant 的发展前景正文：1.Vant 简介Vant 是一种基于React Native 的开发库，用于构建原生移动应用程序。
它提供了许多可重用的UI 组件，使开发者可以快速构建具有良好用户体验的移动应用程序。
Vant 由饿了么前端团队开发，最初用于饿了么自身的移动应用程序开发，后来逐渐成为一个独立的开源项目。
2.Vant 的主要特点Vant 具有以下主要特点：（1）与React Native 无缝集成：Vant 是基于React Native 的UI 库，因此可以与React Native 无缝集成，使开发者能够充分利用React Native 提供的各种功能。
（2）丰富的组件库：Vant 提供了丰富的UI 组件库，涵盖了开发移动应用程序所需的各种组件，如按钮、表单、图像、列表、导航栏等。
（3）高度可定制：Vant 的组件可以进行高度定制，以满足不同应用程序的需求。
开发者可以根据需要自定义组件的样式、行为等。
（4）良好的性能：Vant 的组件经过优化，具有较好的性能，可以提高应用程序的运行速度和用户体验。
3.Vant 的使用方法要使用Vant，首先需要安装React Native 和Vant。
然后，在项目中引入Vant 的依赖，并按照Vant 的文档和示例代码使用相应的组件。
例如，要在一个React Native 项目中使用Vant 的按钮组件，可以按照以下步骤进行：（1）安装Vant：在项目根目录下运行`npm install vant`。
（2）引入Vant：在项目中的`main.js`文件中引入Vant，并使用`React.Native.Font`替换默认的字体。
（3）使用Vant 组件：在项目中的组件文件中，使用`import`语句引入Vant 的按钮组件，并在组件的`render`方法中使用该组件。
视觉界面设计师测试题库含答案
视觉界面设计师测试题库含答案1、After Effects 所支持的文件格式有:()A、AVI.WAVB、MOV.AIFC、PSD.AID、RLA.RPF答案：ABC2、下列图层样式中不包含角度调节的样式有（）A、投影B、斜面和浮雕C、内发光D、颜色叠加答案：CD3、在css中控制文字大小及文字颜色的命令分别是( )A、borderB、font-sizeC、colorD、width答案：BC4、在使用智能滤镜时需要注意什么A、智能滤镜在每次变换时都会重新加载滤镜。
B、油画滤镜不可以使用智能滤镜。
C、智能滤镜可以再次更改其数值。
D、极坐标不可以使用智能滤镜。
答案：ABC5、工具类APP的自身劣势有( )A、缺少流量入口B、打开频次高C、可替代的产品少D、变现路径长答案：AD6、PR中可以实现裁剪片段的快捷键有()A、shift+cB、ctrl+kC、cD、ctrk+a答案：BC7、关于通道的说法,正确的是()A、RGB是复合通道B、通道是颜色银行,储存颜色C、通道可以用来抠图D、选区银行,储存选区答案：ABC8、关于通道的说法，正确的是（）A、RGB是复合通道B、通道是颜色银行，储存颜色C、通道可以用来抠图D、选区银行，储存选区答案：ABC9、当下 WEB页面设计常用的有效区宽度分别是( )。
A、1600像素B、1920像素C、1200像素D、1000像素答案：CD10、下列选项中描述正确的是()A、滤色能实现去黑留白的效果B、叠加选项可以加强画面对比效果C、色相可以调整黑白颜色D、正片叠底能实现去白留黑的效果答案：ABD11、在印刷工艺中,以下哪些选项属于特殊工艺()A、烫金B、烫银C、滚边D、起凸答案：ABCD12、关于图像颜色模式,以下说法正确的是()A、不同的颜色模式所表现出的色域范围不同B、从RGB模式到CMYK会有颜色信息损失C、索引模式中只有1种颜色D、RGB颜色模式适用于网络传播,不适用于印刷答案：AD13、什么是画面中的主体（）A、版面中最大，最重要的元素B、版面中的视觉焦点C、版面中的点缀元素D、版面中的线元素答案：AB14、画笔放大缩小的方法()A、英文状态下调整左右中括号B、在画笔属性栏调整画笔大小C、alt+鼠标右键左右滑动D、alt+鼠标右键上下滑动答案：ABC15、关于图层蒙版的说法,正确的是()A、按住alt点击蒙版可以添加黑蒙版B、蒙版效果与画笔硬度相关C、白色遮盖,黑色显示D、黑色遮盖,白色显示答案：ABD16、Apple Watch应用支持的导航方式有( )A、阶梯式B、层级式C、页面式D、列表式答案：BC17、CSS中对元素有几种定位( )A、绝对定位B、相对定位C、固定定位D、跟踪定位答案：ABC18、PS撤回步骤的方法（）A、ctrl+ZB、ctrl+AC、找到历史记录面板撤回步骤D、删除图层答案：AC19、下列关于仿制图章工具的工具选项栏中“样本:所有图层”选项说法正确的时A、使用“所有图层”选项,可以在本图层复制其他可见图层的内容B、使用“所有图层”选项,可以在本图层复制其他任意图层的内容包括不可见图层C、使用“所有图层”选项,可以在本图层复制其他photoshop图像窗口中的可见内容D、使用“所有图层”选项,可以在任何可见和不可见图层上复制当前图层的内容答案：AC20、以下选项中哪些是需要遵循的交互设计原则（）A、一致性B、及时有效的反馈C、不打断任务流D、多多益善答案：ABC21、在Photoshop中,下列哪些不是表示分辨率的单位()A、像素/英寸B、像素/派卡C、像素/厘米D、像素/毫米答案：BD22、引导页面展现的形式有( )A、文字与界面B、文字与插图C、动效效果与视频D、插图与图形答案：ABC23、被称为平面设计三剑客的软件是()A、PSB、AIC、PRD、ID答案：ABD24、国际上常用的视频制式有:()A、PAL制B、NTSC制C、SECAM制D、MPEG答案：ABC25、在正常情况下将图片存储为web所用格式时,下列哪些格式可以定义颜色表数量。
vantnavbar标题文字更新
vantnavbar标题文字更新摘要：1.VantNavbar 简介2.VantNavbar 的属性3.VantNavbar 的事件4.VantNavbar 的使用方法5.VantNavbar 的实例正文：VantNavbar 是饿了么开源的一款移动端导航栏组件，它具有轻量级、易用性、可定制性强等特点，广泛应用于各种移动端应用中。
VantNavbar 的属性主要包括：- title：设置导航栏标题文字，默认为“饿了么”。
- title-color：设置导航栏标题文字颜色，默认为#333。
- background-color：设置导航栏背景颜色，默认为#fff。
- background-image：设置导航栏背景图片，默认为空。
- background-position：设置导航栏背景图片位置，默认为center center。
- background-repeat：设置导航栏背景图片是否重复，默认为no-repeat。
- background-size：设置导航栏背景图片大小，默认为auto auto。
VantNavbar 的事件主要包括：- click：点击导航栏标题时触发。
VantNavbar 的使用方法主要包括：1.在需要使用导航栏的页面中，首先引入vant.js 和vantNavbar 组件。
2.在页面中使用`<van-nav-bar/>`标签创建一个导航栏。
3.通过属性设置导航栏的相关样式和行为。
VantNavbar 的实例：例如，在一个饿了么的订单详情页面中，我们可以使用VantNavbar 创建一个导航栏，并设置标题文字为“订单详情”，背景颜色为浅蓝色，背景图片为一张订单图片。
vant框架知识点
vant框架知识点
Vant是一款基于Vue.js的移动端组件库，提供了丰富多样的UI组件，方便开发者快速构建移动端应用。
以下是关于Vant框架的一些重要知识点：
1. 组件丰富：Vant框架提供了大量的组件，涵盖了移动端开发中常用的各种功能，如按钮、弹窗、导航栏、图标等。
开发者可以直接引入Vant组件，快速构建功能齐全的移动端应用。
2. 定制化主题：Vant框架提供了主题定制的能力，开发者可以根据项目需求自定义组件的颜色、大小等样式。
通过简单的配置即可实现个性化的界面设计，增强用户体验。
3. 快速上手：Vant框架文档详细且易于理解，提供了丰富的示例代码和描述，使开发者能够快速掌握使用方法。
无论是初学者还是有经验的开发者，都可以迅速上手Vant框架。
4. 按需加载：Vant框架支持按需加载，即只引入项目中需要的组件，减少了整体的文件大小。
这种灵活性使得项目更加高效，并能够避免不必要的资源浪费。
5. 组件间通信：Vant框架提供了一套完善的组件间通信机制，支持父子组件之间的传值、事件触发等方式。
这样的设计使得组件之间的交互更加简单和高效。
总之，Vant框架是一款功能强大且易于上手的移动端组件库。
它的组件丰富、定制化主题、文档详细、按需加载和组件间通信等特点，使得开发者能够快速构建精美、功能完善的移动端应用。
无论是个人项目还是企业开发，都值得考虑使用Vant框架来提升开发效率和用户体验。
潘通配色系统色卡说明书
Pantone ® Matching System - PMS - Color GuideThe Pantone ® Matching System is the industry standard color matchingsystem. The color formula guide provides an accurate method for selecting,specifying, broadcasting, and matching colors through any medium aroundthe world. It is the ideal way to ensure true colors when you select yourimprint. This color chart below may vary slightly depending on monitors, butoffers a rough way to narrow colors. If absolute true colors are necessary, aPantone ® Color Formula Book is recommended.Process Yellow PMS 100PMS 101PMS 102Pantone Yellow PMS 103PMS 104 PMS 105PMS 106PMS 107PMS 108PMS 109PMS 110PMS 111 PMS 112PMS 113PMS 114PMS 115PMS 116PMS 117PMS 118 PMS 119PMS 120PMS 121PMS 122PMS 123PMS 124PMS 125 PMS 1205PMS 1215PMS 1225PMS 1235PMS 1245PMS 1255PMS 1265 PMS 127PMS 128PMS 129PMS 130PMS 131PMS 132PMS 133 PMS 134PMS 135PMS 136PMS 137PMS 138PMS 139PMS 140 PMS 1345PMS 1355PMS 1365PMS 1375PMS 1385PMS 1395PMS 1405PMS 141PMS 142PMS 143PMS 144PMS 145PMS 146PMS 147 PMS 148PMS 149PMS 150PMS 151PMS 152PMS 153PMS 154 PMS 1485PMS 1495PMS 1505Orange 021PMS 1525PMS 1535PMS 1545 PMS 155PMS 156PMS 157PMS 158PMS 159PMS 160PMS 161 PMS 1555PMS 1565PMS 1575PMS 1585PMS 1595PMS 1605PMS 1615 PMS 162PMS 163PMS 164PMS 165PMS 166PMS 167PMS 168 PMS 1625PMS 1635PMS 1645PMS 1655PMS 1665PMS 1675PMS 1685 PMS 169PMS 170PMS 171PMS 172PMS 173PMS 174PMS 175 PMS 176PMS 177PMS 178Warm Red PMS 179PMS 180PMS 181PMS 1765PMS 1775PMS 1785PMS 1788PMS 1795PMS 1805PMS 1815 PMS 1767PMS 1777PMS 1787Red 032PMS 1797PMS 1807PMS 1817 PMS 182PMS 183PMS 184PMS 185PMS 186PMS 187PMS 188 PMS 189PMS 190PMS 191PMS 192PMS 193PMS 194PMS 195 PMS 1895PMS 1905PMS 1915PMS 1925PMS 1935PMS 1945PMS 1955 PMS 196PMS 197PMS 198PMS 199PMS 200PMS 201PMS 202 PMS 203PMS 204PMS 205PMS 206PMS 207PMS 208PMS 209 PMS 210PMS 211PMS 212PMS 213PMS 214PMS 215PMS 216 PMS 217PMS 218PMS 219Rubine Red PMS 220PMS 221PMS 222PMS 223PMS 224PMS 225PMS 226PMS 227PMS 228PMS 229 PMS 230PMS 231PMS 232Rhodamine Red PMS 233PMS 234PMS 235 PMS 236PMS 237PMS 238PMS 239PMS 240PMS 241PMS 242 PMS 2365PMS 2375PMS 2385PMS 2395PMS 2405PMS 2415PMS 2425 PMS 243PMS 244PMS 245PMS 246PMS 247PMS 248PMS 249 PMS 250PMS 251PMS 252Purple PMS 253PMS 254PMS 255 PMS 256PMS 257PMS 258PMS 259PMS 260PMS 261PMS 262 PMS 2562PMS 2572PMS 2582PMS 2592PMS 2602PMS 2612PMS 2622 PMS 2563PMS 2573PMS 2583PMS 2593PMS 2603PMS 2613PMS 2623PMS 2567PMS 2577PMS 2587PMS 2597PMS 2607PMS 2617PMS 2627 PMS 263PMS 264PMS 265PMS 266PMS 267PMS 268PMS 269 PMS 2635PMS 2645PMS 2655PMS 2665Violet PMS 2685PMS 2695 PMS 270PMS 271PMS 272PMS 273PMS 274PMS 275PMS 276 PMS 2705PMS 2715PMS 2725PMS 2735PMS 2745PMS 2755PMS 2765 PMS 2706PMS 2716PMS 2726PMS 2736PMS 2746PMS 2756PMS 2766 PMS 2707PMS 2717PMS 2727Blue 072PMS 2747PMS 2757PMS 2767 PMS 2708PMS 2718PMS 2728PMS 2738PMS 2748PMS 2758PMS 2768 PMS 277PMS 278PMS 279Reflex Blue PMS 280PMS 281PMS 282PMS 283PMS 284PMS 285PMS 286PMS 287PMS 288PMS 289 PMS 290PMS 291PMS 292PMS 293PMS 294PMS 295PMS 296 PMS 2905PMS 2915PMS 2925PMS 2935PMS 2945PMS 2955PMS 2965 PMS 297PMS 298PMS 299PMS 300PMS 301PMS 302PMS 303 PMS 2975PMS 2985PMS 2995PMS 3005PMS 3015PMS 3025PMS 3035 PMS 304PMS 305PMS 306Process Blue PMS 307PMS 308PMS 309 PMS 310PMS 311PMS 312PMS 313PMS 314PMS 315PMS 316 PMS 3105PMS 3115PMS 3125PMS 3135PMS 3145PMS 3155PMS 3165 PMS 317PMS 318PMS 319PMS 320PMS 321PMS 322PMS 323PMS 324PMS 325PMS 326PMS 327PMS 328PMS 329PMS 330 PMS 3242PMS 3252PMS 3262PMS 3272PMS 3282PMS 3292PMS 3302 PMS 3245PMS 3255PMS 3265PMS 3275PMS 3285PMS 3295PMS 3305 PMS 3248PMS 3258PMS 3268PMS 3278PMS 3288PMS 3298PMS 3308 PMS 331PMS 332PMS 333Green PMS 334PMS 335PMS 336 PMS 337PMS 338PMS 339PMS 340PMS 341PMS 342PMS 343 PMS 3375PMS 3385PMS 3395PMS 3405PMS 3415PMS 3425PMS 3435 PMS 344PMS 345PMS 346PMS 347PMS 348PMS 349PMS 350 PMS 351PMS 352PMS 353PMS 354PMS 355PMS 356PMS 357PMS 358PMS 359PMS 360PMS 361PMS 362PMS 363PMS 364 PMS 365PMS 366PMS 367PMS 368PMS 369PMS 370PMS 371 PMS 372PMS 373PMS 374PMS 375PMS 376PMS 377PMS 378 PMS 379PMS 380PMS 381PMS 382PMS 383PMS 384PMS 385 PMS 386PMS 387PMS 388PMS 389PMS 390PMS 391PMS 392 PMS 393PMS 394PMS 395PMS 396PMS 397PMS 398PMS 399 PMS 3935PMS 3945PMS 3955PMS 3965PMS 3975PMS 3985PMS 3995 PMS 400PMS 401PMS 402PMS 403PMS 404PMS 405Black PMS 406PMS 407PMS 408PMS 409PMS 410PMS 411PMS 412PMS 413PMS 414PMS 415PMS 416PMS 417PMS 418PMS 419 PMS 420PMS 421PMS 422PMS 423PMS 424PMS 425PMS 426 PMS 427PMS 428PMS 429PMS 430PMS 431PMS 432PMS 433 PMS 434PMS 435PMS 436PMS 437PMS 438PMS 439PMS 440 PMS 441PMS 442PMS 443PMS 444PMS 445PMS 446PMS 447 Warm Gray 1Warm Gray 2Warm Gray 3Warm Gray 4Warm Gray 5Warm Gray 6Warm Gray 7 Warm Gray 8Warm Gray 9Warm Gray 10Warm Gray 11Cool Gray 1Cool Gray 2Cool Gray 3 Cool Gray 4Cool Gray 5Cool Gray 6Cool Gray 7Cool Gray 8Cool Gray 9Cool Gray 10 Cool Gray 11PMS 448PMS 449PMS 450PMS 451PMS 452PMS 453PMS 454PMS 4485PMS 4495PMS 4505PMS 4515PMS 4525PMS 4535 PMS 4545PMS 455PMS 456PMS 457PMS 458PMS 459PMS 460 PMS 461PMS 462PMS 463PMS 464PMS 465PMS 466PMS 467 PMS 468PMS 4625PMS 4635PMS 4645PMS 4655PMS 4665PMS 4675 PMS 4685PMS 469PMS 4695PMS 4705PMS 4715PMS 4725PMS 4735 PMS 4745PMS 4755PMS 476PMS 477PMS 478PMS 479PMS 480 PMS 481PMS 482PMS 483PMS 484PMS 485PMS 486PMS 487 PMS 488PMS 489PMS 490PMS 491PMS 492PMS 493PMS 494 PMS 495PMS 496PMS 497PMS 498PMS 499PMS 500PMS 501PMS 502PMS 503PMS 4975PMS 4985PMS 4995PMS 5005PMS 5015 PMS 5025PMS 5035PMS 504PMS 505PMS 506PMS 507PMS 508 PMS 509PMS 510PMS 511PMS 512PMS 513PMS 514PMS 515 PMS 516PMS 517PMS 5115PMS 5125PMS 5135PMS 5145PMS 5155 PMS 5165PMS 5175PMS 518PMS 519PMS 520PMS 521PMS 522 PMS 523PMS 524PMS 5185PMS 5195PMS 5205PMS 5215PMS 5225 PMS 5235PMS 5245PMS 525PMS 526PMS 527PMS 528PMS 529 PMS 530PMS 531PMS 5255PMS 5265PMS 5275PMS 5285PMS 5295 PMS 5305PMS 5315PMS 532PMS 533PMS 534PMS 535PMS 536PMS 537PMS 538PMS 539PMS 540PMS 541PMS 542PMS 543 PMS 544PMS 545PMS 5395PMS 5405PMS 5415PMS 5425PMS 5435 PMS 5445PMS 5455PMS 546PMS 547PMS 548PMS 549PMS 550 PMS 551PMS 552PMS 5463PMS 5473PMS 5483PMS 5493PMS 5503 PMS 5513PMS 5523PMS 5467PMS 5477PMS 5487PMS 5497PMS 5507 PMS 5517PMS 5527PMS 553PMS 554PMS 555PMS 556PMS 557 PMS 558PMS 559PMS 5535PMS 5545PMS 5555PMS 5565PMS 5575 PMS 5585PMS 5595PMS 560PMS 561PMS 562PMS 563PMS 564 PMS 565PMS 566PMS 5605PMS 5615PMS 5625PMS 5635PMS 5645PMS 5655PMS 568PMS 569PMS 570PMS 571PMS 572PMS 573 PMS 574PMS 575PMS 576PMS 577PMS 578PMS 579PMS 580 PMS 5743PMS 5753PMS 5763PMS 5773PMS 5783PMS 5793PMS 803 PMS 5747PMS 5757PMS 5767PMS 5777PMS 5787PMS 5797PMS 5807 PMS 581PMS 582PMS 583PMS 584PMS 585PMS 586PMS 587 PMS 5815PMS 5825PMS 5835PMS 5845PMS 5855PMS 5865PMS 5875 PMS 600PMS 601PMS 602PMS 603PMS 604PMS 605PMS 606 PMS 607PMS 608PMS 609PMS 610PMS 611PMS 612PMS 613 PMS 614PMS 615PMS 616PMS 617PMS 618PMS 619PMS 620PMS 621PMS 622PMS 623PMS 624PMS 625PMS 626PMS 627 PMS 628PMS 629PMS 630PMS 631PMS 632PMS 633PMS 634 PMS 635PMS 636PMS 637PMS 638PMS 639PMS 640PMS 641 PMS 642PMS 643PMS 644PMS 645PMS 646PMS 647PMS 648 PMS 649PMS 650PMS 651PMS 652PMS 653PMS 654PMS 655 PMS 656PMS 657PMS 658PMS 659PMS 660PMS 661PMS 662 PMS 663PMS 664PMS 665PMS 666PMS 667PMS 668PMS 669 PMS 670PMS 671PMS 672PMS 673PMS 674PMS 675PMS 676 PMS 677PMS 678PMS 679PMS 680PMS 681PMS 682PMS 683PMS 684PMS 685PMS 686PMS 687PMS 688PMS 689PMS 690 PMS 691PMS 692PMS 693PMS 694PMS 695PMS 696PMS 697 PMS 698PMS 699PMS 700PMS 701PMS 702PMS 703PMS 704 PMS 705PMS 706PMS 707PMS 708PMS 709PMS 710PMS 711 PMS 712PMS 713PMS 714PMS 715PMS 716PMS 717PMS 718 PMS 719PMS 720PMS 721PMS 722PMS 723PMS 724PMS 725 PMS 726PMS 727PMS 728PMS 729PMS 730PMS 731PMS 732 Yellow 2X PMS 116 2X PMS 130 2X PMS 165 2X Warm Red 2X PMS 1788 2X PMS 1852 2X PMS 485 2X Rubine Red 2X Rhodamine Red 2X PMS 239 2X Purple 2X PMS 2592 2X Violet 2XReflex Blue 2X Process Blue 2X PMS 299 2X PMS 306 2X PMS 320 2X PMS 327 2X Green 2X PMS 354 2X PMS 368 2X PMS 375 2X PMS 382 2X PMS 471 2X PMS 464 2X PMS 433 2X Black 2Black 3Black 4Black 5Black 6Black 7Black 2 2X Black 3 2X Black 4 2X Black 5 2X Black 6 2X Black 7 2X PMS 801PMS 802 PMS 803PMS 804PMS 805PMS 806PMS 807PMS 801 2X PMS 802 2X PMS 803 2X PMS 804 2X PMS 805 2X PMS 806 2X PMS 807 2X PMS 808PMS 809 PMS 810PMS 811PMS 812PMS 813PMS 814PMS 808 2X PMS 809 2X PMS 810 2X PMS 811 2X PMS 812 2X PMS 813 2X PMS 814 2XLegalPANTONE® and other Pantone, Inc. trademarks are the property of Pantone, Inc. Logos, imprints, and/or trademarks displayed on products within this website are solely for the purpose of illustrating printing capabilities. They are not intended to imply or reflect endorsement of products by the companies the imprints may represent. This also includes products imprinted with particular ads, logos or trademarks available for sale to anyone other than parties expressly authorized by the owner of such designs.All images are the property of their respective copyright holder, and are used with permission.Prices on the website are believed to be as accurate as possible. True item pricing are those of our actual catalogs, and any mistakes on the website will be corrected upon discovery. We may chose not to honor incorrect prices on our website upon our own assessment.We reserve the right to change or discontinue any programs or deals we feature on the site without any prior notification. We try to keep the site as up-to-date as possible, but it may not always accurately reflect programs and deals we are running, and we reserve the right to not honor any inaccuracies upon our discretion. All reasonable measures have been taken to ensure the integrity of this webpage and all it's content, however we can not be held responsible for any problems that may occur due to the viewing of this webpage. We cannot be held responsible for the claims and content of the webpages beyond our domain.SecurityThis site uses state-of-the-art 128-bit encryption to ensure security on order forms in the shopping cart. Our office uses multiple redundant security methods to ensure all data is secured at all times. Credit card security and customer anonymity are of our highest priorities, and all measures have been taken to try and ensure privacy and security. Many Company Stores are password protected upon the request of customers.Great Ideas, Inc. & Corporate Sponsored Programs, Inc. 2001/2002。
monaco editor colorize用法
Monaco Editor是一种代码编辑器，通常用于Visual Studio Code等集成开发环境（IDE）。
Monaco Editor提供了颜色化功能，可以用于对代码进行语法高亮和颜色编码，以提高代码的可读性和可维护性。
以下是使用Monaco Editor颜色化功能的一般步骤：1. 配置语言模式：首先，需要确定要使用的编程语言或标记语言的语法规则。
Monaco Editor支持多种编程语言和标记语言，如JavaScript、TypeScript、HTML、CSS、JSON等。
您可以在Monaco Editor的配置文件中指定要使用的语言模式。
2. 配置颜色规则：颜色规则定义了代码中各个元素的颜色编码方式。
您可以使用Monaco Editor提供的API来定义颜色规则。
颜色规则可以基于语言、关键字或其他自定义的规则来定义。
您可以在配置文件中添加、修改和删除颜色规则。
3. 配置主题：主题定义了代码的外观样式，包括字体、字体大小、行号显示等。
您可以使用Monaco Editor提供的API来定义主题。
主题的定义包括设置不同元素的颜色和样式。
您可以根据自己的喜好和需求来定义主题，以使代码具有更好的可读性。
4. 运行代码编辑器：在配置完成后，您可以在IDE中运行Monaco Editor，并打开相应的文件进行编辑。
Monaco Editor将根据您配置的颜色规则和主题对代码进行颜色编码，以提供更好的视觉效果。
需要注意的是，Monaco Editor的颜色化功能需要与IDE的其他功能配合使用才能发挥最大的效果。
例如，您可以使用IDE的自动完成、错误提示等功能来提高代码编写的效率和准确性。
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Vanceva®A m u l t i t u d e o f d i s t i n c t i v e p o s s i b i l i t i e sVanceva ®colour interlayers by Saflex ®can be combined to give thousands oftransparent or translucent glass options. This selector tool illustrates a sampling of the thousands of colour effects that can be achieved when using the Vanceva colour interlayer system.The Vanceva colour interlayer system enables design professionals to specify a wide range of colours in unlimited internal and external applications to achieve performance and design goals. Vanceva colour interlayers have all the key benefits and performance attributes of Saflex clear interlayers delivering the ultimate in functionality and aesthetic design.More colours can be found on our website at:www.saflex .com/vancevacoloursColour Systemby Saflex®Photo strip from left to right:Palais de Congrès – MontrealARCHITECT: Tétreault, Parent, Languedoc et associés,Saia et Barbese, ÆdificaWoermann TowerARCHITECTS: Ábalos & Herreros, Casariega / GuerraThe Child Amusement Centre “La Casa de Mamá”ARCHITECTS: Ábalos & Herreros, Casariega / Guerra Sundial BridgeARCHITECT: Santiago Calatrava, Zurich, Switzerland Maestro NicolauARCHITECTS: b720 – Fermín VázquezH O W T H E V A N C E V A C O L O U R S Y S T E M W O R K SFOUNDATION COLOURSThe foundation palette consists of 8basic colours available in two light transmission levels of red,yellow,blue and grey.These interlayer colours can be layered in various combinations to produce more than 1,000transparent colour options.TRANSLUCENT WHITE COLOURSVarying levels of white allow for a range of translucent effects:high light transmission simulated acid-etch to low light transmission opaque.The flexibility of the white interlayers allows for a variety of translucent options when combined with colour interlayers from the foundation or specialty selections.SPECIALTY COLOURSVery concentrated coloured pigments in a single interlayer are now enough to add brilliant hues to laminated glass.Deep Red,True Blue and Tangerine can be combined with varying levels of white or foundation palette colours to achieve even more distinctive looks!CREATE ONLINEThe Vanceva virtual design studio encourages you to try out the unlimited colour combinations the Vanceva colourinterlayer system offers.Access to the studio is easy.Simply fill out a short registration form and begin creating stunning configurations from a vast range of colours.Then order your sample creations online to carry out lighting tests,to share with customers,and to view and compare for fit with other project materials.Visit to:View all the colour possibilitiesOrder samples and have them shipped directly to you See what the sample colour looks like in hand before specifying for your projectMatch your Pantone or RAL colours to the Vanceva colour combination equivalent.In addition to the most up-to-date information aboutVanceva products,the Vanceva studio can provide you with additional technical and new project assistance,approved Vanceva fabricator contact information,links to other useful sites,and,of course,an endless range of colour possibilities !VANCEVA INTERLAYERS AND COLOUR TECHNOLOGYBoth spectrophotometer and visual colour matching are used to determine the best Vanceva colour configuration for your project.Universal references like Pantone and RAL colour can be used to request a Vanceva colour match.In the few next pages, you can discover about 300of the thousands of possibilities the Vanceva colour system offers you. For example, by layering the Aquamarine (0002) and the Sahara Sun (0004) colours you obtain a new green colour (0024):To learn more about these products please contact the Saflex Architectural Glazing Solutions Centre via email at films-archi@.To order samples or to receive technical assistance please visit www.saflex .com/vancevacolours.000E Tangerine+=00024Reflected light000240002Aquamarine0003SmokeGrey0008Golden Light0006Sapphire0007EveningShadow0004Sahara Sun0009Arctic Snow000BPure WhiteCoral Rose 000178,07,614,472,67,220,277,8Aquamarine 000277,67,614,870,27,122,776,0Smoke Grey 000378,85,615,668,95,126,075,6Sahara Sun 000478,19,612,361,87,630,669,7Ruby Red 000550,06,044,063,07,030,071,0Sapphire000651,36,442,356,46,736,966,0Evening Shadow 000750,07,043,049,06,045,061,0Golden Light 000886,09,05,070,07,023,076,0Artic Snow 000964,315,320,457,512,030,565,3Cool White 000A 79,010,011,070,09,021,075,0Pure White 000B 6,9 62,1 31,0 7,4 47,6 45,0 19,0Deep Red 000C 15,06,079,033,06,061,049,0True Blue 000D 14,05,081,039,06,055,053,0Tangerine000E42,47,650,051,77,041,362,3Tv:Visible Light Transmission,the percentage of visible light (380-780nm)that is transmitted through a glass type.Rv:Visible Light Reflection,the percentage of visible light (380-780nm)that is reflected from the glass surface(s).Av:Visible Light Absorption,the percentage of visible light (380-780nm)that is absorbed by a glass.Ts:Solar Energy Transmission,the percentage of ultraviolet,visible,and infrared energy (300-2500nm)that is directly transmitted through a glass type.Rs:Solar Energy Reflection,the percentage of solar energy that is reflected from the glass surface(s).(300–2500nm).As:Solar Energy Absorption,the percentage of solar energy that is absorbed by the glass (300–2500nm).One part will be transmitted by the glass and the other part will be rejected outside.SF:Solar Factor or Solar Heat Gain Coefficient (SHGC)or “g-factor”,the percentage of directlytransmitted and absorbed solar energy that enters into the building’s interior. The lower the number is,the better the glass is able to exclude solar radiation.Measurements were done according to Norm EN 410.Glass samples of 3mm.These data are to our best knowledge true and accurate but are given without guarantee.Since the conditions of use are for beyond their control,Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data.Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.Transmittedlightwww.saflex .com/vancevacoloursTransmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light 0121112105255235111100150001Reflected Light 0535005500351131001335687457Reflected Light 0257235701715475057501575355Reflected Light 5555524555850585005801454574Reflected Light 15811258024502581471004501410181414441340134013800140444Transmitted Light Reflected Light These tints are an approximate colour match only. Actual glass samples should be obtained before a final colour selection is made. Order samples online at /vancevacoloursT R A N S p A R E N T C O L O U R S S o l a r p r o p e r t i e s d a t a o n r e v e r s e.T v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.U V L I G H T A N D S O L A R D A T A S U M M A R YLIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 0444 65,2 12,1 22,7 55,1 8,4 36,5 64,5 0014 68,2 8,8 23,0 58,4 7,5 34,1 67,2 0138 65,5 7,6 26,9 57,7 6,9 35,4 66,9 0134 60,4 7,6 32,0 52,8 6,7 40,5 63,3 4134 55,5 8,9 35,6 51,0 7,0 42,0 61,8 4144 58,2 10,5 31,3 53,3 7,7 39,0 63,4 0181 65,7 7,9 26,4 61,0 7,3 31,7 69,1 0141 61,0 8,6 30,4 56,1 7,5 36,4 65,5 1581 41,7 6,9 51,4 54,2 8,1 37,7 64,0 0045 43,8 8,3 47,9 52,4 7,5 40,1 62,7 1471 34,7 7,1 58,2 37,1 6,3 56,6 51,7 0258 38,3 6,3 55,4 50,7 6,8 42,5 61,7 0245 35,5 7,1 57,4 47,2 6,7 46,1 59,1 1258 35,6 5,9 58,5 48,0 6,2 45,8 59,8 4574 23,8 7,4 68,8 34,1 6,4 59,5 49,5 0145 41,5 7,3 51,2 51,5 6,8 41,7 62,3 0058 47,7 6,8 45,5 56,86,9 36,3 66,2 0585 35,5 6,8 57,7 52,3 7,1 40,6 62,8 5585 29,7 6,7 63,6 49,3 6,9 43,8 60,6 5245 26,6 6,3 68,1 43,7 6,6 49,7 56,6555527,46,666,050,47,042,661,45355 26,8 6,2 67,0 47,2 6,5 46,3 59,1 0157 26,5 5,8 67,7 39,0 5,8 55,2 53,3 0575 20,7 5,7 73,6 36,5 5,9 57,6 51,4 5475 19,2 6,1 74,7 33,0 6,0 61,0 48,7 0171 38,9 5,9 55,2 42,9 5,9 51,2 56,1 2357 20,5 5,4 74,1 32,9 5,6 61,5 48,8 0257 23,2 5,6 71,2 36,4 5,8 57,8 51,3 7457 15,2 5,7 79,1 24,4 5,4 70,2 42,6 3568 18,0 5,5 76,5 35,8 6,1 58,1 50,8 0013 68,8 7,6 23,6 64,5 7,1 28,4 71,9 1131 54,8 7,0 38,2 58,3 6,9 34,8 67,3 0035 43,4 6,6 50,0 55,9 6,9 37,2 65,5 0055 36,4 6,3 57,3 56,5 6,7 36,8 66,0 0535 32,4 6,0 61,6 51,5 6,3 42,2 62,4 0001 78,0 7,6 14,4 72,6 7,2 20,2 77,8 0015 45,8 6,7 47,5 60,3 7,0 32,7 68,8 1111 56,4 7,1 36,5 63,2 7,1 29,7 70,9 5235 25,6 5,6 68,8 45,9 6,1 48,0 58,2 0525 29,2 6,1 64,7 51,6 6,7 41,7 62,4 1121 51,8 6,8 41,4 58,6 7,0 34,4 67,5012158,87,034,261,87,131,169,8556501561671616600220025215202522562016112610222255222520356136126622222001211610256012600361231657612210212000666660235325300162162006605650567257200560616000200260656Transmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light Reflected Light Reflected Light Reflected Light Reflected Light Transmitted Light Reflected Light T R A N S p A R E N T C O L O U R S S o l a r p r o p e r t i e s d a t a o n r e v e r s e.These tints are an approximate colour match only. Actual glass samples should be obtained before a final colour selection is made. Order samples online at /vancevacoloursT v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.U V L I G H T A N D S O L A R D A T A S U M M A R YLIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 2152 30,0 5,9 64,1 49,3 6,6 44,1 60,7 2552 22,1 5,4 72,5 46,1 6,2 47,7 58,4 1231 51,7 6,5 41,8 56,1 6,6 37,3 65,7 0235 35,4 5,6 59,0 50,0 6,1 43,9 61,3 3253 30,8 5,9 63,3 45,1 6,2 48,7 57,7 2572 19,3 5,4 75,3 33,8 5,7 60,5 49,4 5565 8,6 5,6 85,8 37,4 6,4 56,2 51,9 0252 33,4 5,6 61,0 50,8 6,3 42,9 61,9 2252 27,7 5,3 67,0 47,4 6,2 46,4 59,4 0012 66,7 7,5 25,8 65,3 7,3 27,4 72,4 1221 50,9 6,4 42,7 56,9 6,6 36,5 66,3 0565 11,6 5,2 83,2 39,4 6,1 54,5 53,5 0056 21,5 5,2 73,3 44,2 6,2 49,6 57,0 0156 19,3 5,6 75,1 42,6 6,4 51,0 55,8 2562 16,7 5,1 78,2 40,2 6,0 53,8 54,1 0356 18,6 5,1 76,3 39,4 5,954,7 53,5 1161 29,7 5,5 64,8 46,5 6,2 47,3 58,7 6576 6,2 5,3 88,5 25,0 5,8 69,2 42,9 0567 11,0 5,5 83,5 28,7 5,9 65,4 45,6065610,95,084,137,16,256,751,70161 34,8 5,9 59,3 48,8 6,6 44,6 60,3 1361 32,3 5,4 62,3 44,2 6,0 49,8 57,0 0256 17,8 5,5 76,7 41,6 6,5 51,9 55,0 0212 58,4 6,4 35,2 60,0 6,5 33,5 68,6 0016 41,8 5,9 52,3 52,0 6,5 41,5 62,7 0616 28,5 6,0 65,5 44,1 6,9 49,0 56,8 6166 22,6 5,8 71,6 40,3 6,9 52,8 54,0 1261 31,9 5,8 62,3 46,4 6,5 47,1 58,6 2662 33,4 5,7 60,9 44,7 6,5 48,8 57,3 0126 38,6 6,3 55,1 49,8 6,8 43,4 61,0 6666 24,6 5,8 69,6 40,4 6,9 52,7 54,0 2162 35,8 5,8 58,4 47,5 6,5 46,0 59,4 0002 77,6 7,6 14,8 70,2 7,1 22,7 76,0 0022 68,6 7,5 23,9 64,1 7,2 28,7 71,5 0222 61,1 6,9 32,0 59,7 6,8 33,5 68,3 2222 55,4 7,0 37,6 56,0 7,0 37,0 65,5 0036 44,6 6,0 49,4 50,0 6,3 43,7 61,2 0006 51,3 6,4 42,3 56,4 6,7 36,9 66,0 0066 36,6 6,0 57,4 48,0 6,8 45,2 59,7002647,16,346,653,46,739,963,7223212683683032301240636226203636686688602724284062606766186067816780424016700676786076702340136026702680646024876870666068600682467000400246366002326820168746704340828Transmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light Reflected Light Reflected Light Reflected Light Reflected Light Transmitted Light Reflected Light T R A N S p A R E N T C O L O U R S S o l a r p r o p e r t i e s d a t a o n r e v e r s e.These tints are an approximate colour match only. Actual glass samples should be obtained before a final colour selection is made. Order samples online at /vancevacoloursU V L I G H T A N D S O L A R D A T A S U M M A R YT v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.LIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 2262 41,1 6,2 52,7 48,9 6,7 44,4 60,3 0626 34,3 6,2 59,5 46,1 6,9 47,0 58,2 0136 38,1 6,1 55,8 46,6 6,5 46,9 58,7 0666 28,8 6,0 65,2 43,0 6,9 50,1 55,9 6366 25,1 5,3 69,6 38,6 6,1 55,3 52,8 0023 68,4 6,8 24,8 61,9 6,5 31,6 70,1 2232 53,2 6,5 40,3 52,8 6,5 40,7 63,3 0363 39,9 6,1 54,0 45,1 6,3 48,6 57,6 0676 20,4 5,4 74,2 30,9 5,8 63,3 47,2 0167 23,8 5,2 71,0 33,8 5,5 60,7 49,4 0268 44,6 6,2 49,2 48,1 6,4 45,5 59,9 0686 34,1 5,8 60,1 42,1 6,3 51,6 55,4 2682 40,9 6,5 52,6 45,0 6,7 48,3 57,4 1268 36,6 6,2 57,2 43,7 6,6 49,7 56,5 6686 27,7 6,0 66,3 38,3 6,7 55,0 52,5 6186 28,6 6,0 65,4 39,4 6,6 54,0 53,4 0067 28,8 5,7 65,5 35,6 6,0 58,4 50,7 0267 25,7 5,6 68,7 33,6 6,0 60,4 49,2 0068 49,5 6,8 43,7 49,3 6,8 43,9 60,7016840,06,054,046,06,447,658,26886 32,9 6,5 60,6 38,8 6,7 54,5 52,9 0678 27,5 5,3 67,2 32,2 5,6 62,2 48,2 6786 19,0 5,5 75,5 27,7 5,9 66,4 44,9 0646 29,4 6,5 64,1 36,9 6,6 56,5 51,4 2467 22,3 6,8 70,9 27,9 6,2 65,9 44,9 7467 13,7 5,0 81,3 20,4 5,0 74,6 39,7 0323 58,2 6,8 35,0 53,9 6,5 39,6 64,1 0272 38,9 5,6 55,5 40,7 5,7 53,6 54,5 1678 21,9 3,9 74,2 30,1 4,2 65,7 47,0 0767 15,6 5,2 79,2 23,2 5,3 71,5 41,6 7687 15,2 4,9 79,9 21,7 4,9 73,4 40,7 0004 78,1 9,6 12,3 61,8 7,6 30,6 69,7 0434 62,6 9,5 27,9 52,3 7,3 40,4 62,7 0124 58,2 8,0 33,8 52,6 7,1 40,3 63,0 4284 60,0 10,0 30,0 51,0 7,6 41,4 61,7 0424 61,0 9,5 29,5 52,2 7,2 40,6 62,7 0234 59,5 5,8 34,7 50,3 5,0 44,7 61,9 0248 66,5 8,4 25,1 54,5 6,9 38,6 64,5 0024 68,3 8,3 23,4 56,0 6,9 37,1 65,6082872,17,820,158,26,735,167,3046800277247412425820028288200460727327314780578024204642182045612780357224203460278324371471456028202470868007845683173468402462472004707471237014663462378837800172456Transmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light Reflected Light Reflected Light Reflected Light Reflected Light Transmitted Light Reflected Light T R A N S p A R E N T C O L O U R S S o l a r p r o p e r t i e s d a t a o n r e v e r s e.These tints are an approximate colour match only. Actual glass samples should be obtained before a final colour selection is made. Order samples online at /vancevacoloursU V L I G H T A N D S O L A R D A T A S U M M A R YT v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.10LIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 2882 63,3 7,7 29,0 53,3 6,9 39,8 63,6 0242 59,9 8,5 31,6 51,2 7,2 41,6 61,9 2242 53,4 7,5 39,1 47,5 6,6 45,9 59,3 0282 66,0 7,6 26,4 57,1 6,9 36,0 66,4 4684 36,6 8,4 55,0 39,5 7,1 53,4 53,3 0146 36,6 6,8 56,6 41,3 6,4 52,3 54,8 0468 42,3 7,9 49,8 42,3 6,9 50,8 55,4 0246 38,8 7,3 53,9 41,1 6,6 52,3 54,6 0464 37,4 8,3 54,3 40,4 7,1 52,5 53,9 0346 37,0 7,1 55,9 38,9 6,5 54,6 52,9 0868 47,4 6,9 45,7 45,8 6,7 47,5 58,1 0246 38,8 7,3 53,9 41,1 6,6 52,3 54,6 6346 25,4 6,3 68,3 33,2 6,4 60,4 48,8 0027 44,2 6,1 49,7 44,1 6,0 49,9 57,0 0727 25,3 5,0 69,7 28,6 5,0 66,4 45,7 2182 56,4 6,7 36,9 53,7 6,4 39,9 64,0 0278 43,0 5,9 51,1 40,5 5,8 53,7 54,4 0247 38,2 7,1 54,7 36,7 6,2 57,1 51,5 2472 33,6 6,6 59,8 33,8 5,8 60,4 49,4237837,55,956,636,35,857,951,23273 34,6 5,2 60,2 35,7 5,2 59,1 50,9 0456 18,5 6,8 74,7 36,7 6,4 56,9 51,3 3243 53,2 7,2 39,6 45,8 6,2 48,0 58,2 0078 48,7 6,2 45,1 44,2 5,9 49,9 57,0 0047 44,6 7,2 48,2 40,8 6,0 53,2 54,5 8378 41,9 6,3 51,8 37,9 5,8 56,3 52,4 4124 53,4 9,2 37,4 49,8 7,5 42,7 60,8 1478 38,5 6,7 54,8 38,0 5,9 56,1 52,4 1278 36,8 5,8 57,4 38,2 5,7 56,1 52,7 7147 22,3 5,7 72,0 26,2 5,4 68,4 43,9 4568 17,6 6,8 75,6 35,6 6,4 58,0 50,6 0747 25,2 5,8 69,0 26,9 5,4 67,7 44,3 0017 44,3 5,4 50,3 45,5 5,4 49,1 58,2 2582 31,7 6,0 62,3 46,3 6,5 47,2 58,5 0578 27,5 5,8 66,7 37,4 5,9 56,7 52,1 0357 25,0 5,6 69,4 36,2 5,7 58,1 51,2 1456 16,0 6,4 77,6 36,0 6,4 57,6 50,8 3173 34,6 5,3 60,1 37,1 5,3 57,6 52,0 1237 33,4 5,4 61,2 37,7 5,4 56,9 52,4245614,66,878,634,86,758,549,95685012700030189058900190777056803330149345913917137777703731491358913597577756745671891589501592568073721724594559553951568145905950139158911913593Transmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light Reflected Light Reflected Light Reflected Light Reflected Light Transmitted Light Reflected Light TRANSpARENT COLOuRS - solar proper ties data on reverse.11TRANSLUCENT COLOURS - solar proper ties data on reverse.These tints are an approximate colour match only. Actual glass samples should be obtained before a final colour selection is made. Order samples online at /vancevacoloursU V L I G H T A N D S O L A R D A T A S U M M A R YT v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.1LIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 0777 16,2 5,2 78,6 20,2 5,1 74,7 39,5 7137 15,0 5,3 79,7 23,8 5,3 70,9 42,1 7577 8,6 3,9 87,5 16,6 3,9 79,5 37,1 2568 16,7 3,9 79,4 37,6 4,5 57,9 52,5 1568 17,0 4,0 79,0 38,1 4,5 57,4 52,9 0127 38,0 5,9 56,1 41,4 5,9 52,7 55,0 0568 20,4 5,7 73,9 39,7 6,4 53,9 53,6 7777 8,8 3,5 87,7 13,2 3,5 83,3 34,7 7567 6,7 3,6 89,7 19,8 3,8 76,4 39,5 2172 33,1 4,0 62,9 38,5 4,1 57,4 53,3 0003 78,8 5,6 15,6 68,9 5,1 26,0 75,6 0333 59,6 6,3 34,1 53,4 5,9 40,7 63,9 0373 32,1 4,1 63,8 31,8 4,0 64,2 48,4 4567 9,6 7,1 83,3 25,1 6,3 68,6 42,8073724,95,369,827,65,267,244,90149 49,4 12,9 37,7 44,5 9,9 45,6 56,3 1491 43,7 12,0 44,3 42,6 9,6 47,8 55,0 1891 47,0 11,1 41,9 46,1 9,2 44,7 57,6 4594 30,4 10,6 59,0 39,1 9,3 51,6 52,4 1459 32,2 8,7 59,1 41,9 8,6 49,5 54,7 1589 32,7 8,5 58,8 42,4 8,5 49,1 55,1 0589 34,2 8,8 57,0 42,9 8,8 48,3 55,4 3459 28,3 9,1 62,6 37,7 8,4 53,9 51,6 3589 28,7 8,0 63,3 36,8 7,9 55,3 51,1 5895 25,5 8,1 66,4 39,9 8,3 51,8 53,3 5595 22,2 8,1 69,7 40,1 8,8 51,1 53,3 0595 25,8 8,6 65,6 42,2 9,1 48,7 54,8 1191 44,0 10,2 45,8 48,5 9,6 41,9 59,3 0019 55,2 12,5 32,3 53,4 10,8 35,8 62,6 1391 43,5 9,3 47,2 45,8 8,5 45,7 57,6 1359 29,0 8,0 63,0 40,5 8,3 51,2 53,7 0159 33,2 8,5 58,3 45,6 8,9 45,5 57,4 5395 23,2 7,4 69,4 38,6 7,9 53,5 52,4 0139 48,8 10,1 41,1 47,8 9,0 43,2 59,0359327,27,565,337,47,954,751,5157901290269267906790289257921920696679628920249759715690169167906890469129105690029769726896496125902921691023916891289025903692392689667890479259200693693Transmitted Light Transmitted Light Transmitted Light Transmitted Light Transmitted LightReflected Light Reflected Light Reflected Light Reflected Light Reflected Light Transmitted Light Reflected Light T R A N S L U C E N T C O L O U R S s o l a r p r o p e r t i e s d a t a o n r e v e r s e .1U V L I G H T A N D S O L A R D A T A S U M M A R YT v : Visible Light Transmission, the percentage of visible light (380-780 nm) that is transmitted through a glass type.R v : Visible Light Reflection, the percentage of visible light (380-780 nm) that is reflected from the glass surface(s).A v : Visible Light Absorption, the percentage of visible light (380-780 nm) that is absorbed by a glass.T s :Solar Energy Transmission, the percentage of ultraviolet, visible, and infrared energy (300-2500 nm) that is directly transmitted through a glass type.Measurements were done according to Norm EN 410. Glass samples of 3 mm.These data are to our best knowledge true and accurate but are given without guarantee. Since the conditions of use are for beyond their control, Solutia Company and its subsidiaries disclaim any liabilty for loss or damage suffered from use of these data. Furthermore no liability is accepted if use of any product in accordance with these data or suggestions infringes any patent.R S : Solar Energy Reflection, the percentage of solar energy that is reflected from the glass surface(s). (300 – 2500 nm).A s :Solar Energy Absorption, the percentage of solar energy that is absorbed by the glass (300 – 2500 nm). One part will be transmitted by the glass and the other part will be rejected outside.SF: Solar Factor or Solar Heat Gain Coefficient (SHGC) or “g-factor”, the percentage of directly transmitted and absorbed solar energy that enters into thebuilding’s interior. The lower the number is, the better the glass is able to exclude solar radiation.1LIGHT (EN410)SOLAR (EN410)CODE T v R v A v T s R s A s SF 2579 17,0 5,6 77,4 28,1 6,1 65,8 45,1 7597 10,9 5,5 83,6 19,3 5,7 75,0 38,7 1291 42,0 9,3 48,7 46,3 9,1 44,6 57,8 1259 26,6 7,4 66,0 40,6 8,4 51,0 53,8 0259 28,8 7,5 63,7 42,5 8,6 48,9 55,1 2592 23,7 6,9 69,4 38,4 8,1 53,5 52,2 0129 47,6 10,3 42,1 48,4 9,6 42,0 59,3 2192 42,1 9,1 48,8 45,1 8,8 46,1 57,0 1569 12,8 5,9 81,3 32,0 7,6 60,4 47,6 0569 15,2 5,9 78,9 33,6 7,7 58,7 48,8 1691 24,9 7,1 68,0 36,3 8,2 55,5 50,6 0369 32,2 7,6 60,2 38,4 8,0 53,6 52,3 0069 36,0 9,2 54,8 41,3 9,4 49,3 54,0 0269 34,0 8,4 57,6 40,6 8,7 50,7 53,7 0696 25,4 7,8 66,8 36,1 8,6 55,3 50,3 0169 30,9 7,4 61,7 39,5 8,3 52,2 53,0 0029 55,2 12,5 32,3 51,9 10,6 37,5 61,6 0292 49,5 10,9 39,6 48,2 9,6 42,2 59,1 2392 42,1 9,8 48,1 42,1 8,7 49,2 54,8369327,57,165,433,37,459,348,66796 13,7 6,0 80,3 23,1 6,5 70,4 41,3 1679 16,7 5,6 77,7 25,4 6,1 68,5 43,1 7697 10,8 5,3 83,9 17,5 5,5 77,0 37,4 0239 50,6 10,3 39,1 47,6 9,0 43,4 58,8 6896 24,6 7,6 67,8 32,2 7,7 60,1 47,8 0679 19,5 5,8 74,7 27,3 6,3 66,4 44,4 2892 45,8 10,7 43,5 43,3 8,7 48,0 55,6 0689 33,9 8,8 57,3 37,9 8,4 53,7 51,8 2689 31,3 8,5 60,2 34,3 8,1 57,6 49,2 1689 29,1 7,6 63,3 34,9 7,9 57,2 49,7 6789 18,6 5,8 75,6 24,3 6,1 69,6 42,2 0289 52,6 12,2 35,2 46,2 9,4 44,4 57,7 0249 48,0 12,6 39,4 42,0 9,1 48,9 54,6 0469 29,9 9,9 60,2 33,1 8,4 58,5 48,2 6496 20,7 8,0 71,3 28,3 7,7 64,0 44,9 1289 46,4 9,8 43,8 44,4 8,5 47,1 56,5047931,78,759,630,97,062,146,9。