Alternatives to Polymer

Anime.js is a nimble JavaScript animation library that features an intuitive yet robust API. It seamlessly integrates with CSS properties, SVG, DOM attributes, and JavaScript Objects, enabling effortless animation creation. The library simplifies the process of intricate follow-through animations with its built-in staggering system. Users can animate multiple CSS transform properties at varying timings on a single HTML element, allowing for dynamic visual effects. The library offers comprehensive controls, enabling users to play, pause, reverse, and trigger events in a synchronized manner through its extensive callback and control functionalities. Anime.js can be utilized across all web platforms, supporting CSS, SVG, DOM attributes, and JavaScript Objects through a unified API. The staggering feature empowers users to create animations involving multiple elements with overlapping and follow-through actions, enhancing the complexity and richness of animations. Keyframes for animations are defined using an array within the keyframes property, where the duration of each keyframe is calculated by dividing the total animation duration by the number of keyframes specified. This approach ensures that each segment of the animation is precisely timed, providing a polished final product.

Polymer stands out as the sole solution designed to transform your spreadsheets into instantly searchable, intelligent, and interactive platforms without any technical setup. By leveraging cutting-edge AI data algorithms, Polymer adeptly maps your data, revealing hidden connections and insights within your datasets. The excitement lies in the immediate discovery of valuable insights, along with the ability to generate various charts and graphs, create comprehensive reports, and so much more. Seamlessly integrate data from sources like Google and Facebook, enabling you to pinpoint high-performing creatives and effectively optimize your advertising budgets while impressing your stakeholders. Engage with your data in a visually intuitive manner right away, transitioning from registration to a fully functional web interface in under a minute. Polymer's automatic and interactive method simplifies data analysis, eliminating the need for complex pivot tables, queries, and programming languages, making it accessible for anyone to master in mere minutes. With Polymer's advanced AI algorithms, you can effortlessly construct and deploy a sophisticated, ready-to-use web application for your data, enhancing your overall data management experience. This innovation not only streamlines your workflow but also empowers you to make data-driven decisions more efficiently than ever before.

Streamline your hiring process effortlessly. Enhance your recruitment strategy with a dedicated company job board and our comprehensive applicant tracking system, providing you with all the tools necessary to expand your team effectively. Company job board. Design a personalized job board to serve as the main hub for all job openings within your organization. Candidate management. As new applicants submit their applications, they will seamlessly appear in the Polymer hiring dashboard, allowing for easy review and oversight. Team collaboration. Recognizing that hiring is inherently collaborative, Polymer accommodates unlimited users, enabling you to involve as many team members as you need. Accelerate your hiring workflow. Built with efficiency in mind, Polymer offers a wealth of features that empower you to recruit more successfully. It is user-friendly, quick to navigate, and designed to enhance your hiring experience. Adaptable applicant tracking. Tailored workflows. Comprehensive candidate profiles. Integrated messaging for candidates. Predefined message templates. Collaborative notes and documentation. Stay organized and ensure that every detail is accounted for in your recruitment efforts. Additionally, enjoy the peace of mind that comes with having a structured approach to hiring, making it easier for your team to find the right talent.

GENOA 3DP is a comprehensive software suite and design tool tailored for additive manufacturing across polymers, metals, and ceramics. Its simulate-to-print capabilities highlight strong performance and user-friendly interaction, making it an effective choice for diverse applications. With the ability to deliver precision at the micro-scale and significantly minimize material waste and engineering time, GENOA 3DP can be swiftly incorporated into any manufacturing process to ensure optimal additive manufacturing outcomes. Rooted in advanced failure analysis techniques and enhanced by multi-scale material modeling, this tool empowers engineers to reliably forecast issues like voids, net shapes, residual stress, and crack propagation in as-built additive manufacturing components. By offering a consistent approach to enhance part quality, decrease scrap rates, and adhere to specifications, GENOA 3DP effectively connects the fields of material science and finite element analysis, ultimately driving innovation in the manufacturing sector. This integration fosters a deeper understanding of material behaviors, paving the way for more efficient production methodologies.

The straightforward inline editor toolbar offers a selection of themes, including Mani, Roman, Flat, Bootstrap, Tim, and Beagle. There are excellent wrappers available that facilitate the integration of MediumEditor into various frameworks and technology stacks. You can dynamically incorporate one or more elements into an already established MediumEditor instance. This process involves adding the specified element or an array of elements to the editor, ensuring they are initialized with the appropriate attributes and event handlers as if they were included during the editor's initial setup. If the toolbar is active, it can be manually instructed to refresh based on the user's current selection; this includes showing or hiding the toolbar, adjusting its position, and updating the state of the toolbar buttons to be enabled or disabled. Moreover, you have the ability to reset the content of all editor elements back to their original values when they were first added, with the option to reset the content of a specific editor element if desired. This flexibility allows for a personalized editing experience tailored to the user's needs.

Polymer DLP secures your SaaS apps by preventing sensitive information like business-critical data or PII from being sent to the wrong people. We used machine learning and natural language processing to automatically detect and remediate files and messages in real time. In addition we provide training at the time of infraction, which is proven to help prevent future incidents before they happen. Try for free and set up your custom policy in minutes. Polymer is constantly expanding, currently we integrate with Slack, Google Drive, Microsoft Teams, One Drive, Bitbucket, Github and Box.

The Animate on Scroll (AOS) library requires your build process to be properly set up with a styles loader to ensure everything is bundled correctly; however, if you're using Parcel, it functions seamlessly right from the start. The AOS object is accessible globally and currently includes three key methods: you can initialize AOS, recalculate element offsets and positions during window resizing, and refresh the array of AOS elements in response to changes in the DOM. By default, AOS monitors for changes in the DOM, automatically invoking a hard refresh when new elements are loaded or existing ones are removed, but in browsers that lack MutationObserver support, such as Internet Explorer, you may need to manually trigger this refresh. Additionally, AOS allows you to set up custom events for specific elements and to incorporate personalized animations, enhancing your web page's interactivity. This flexibility makes AOS a robust choice for adding engaging scroll animations to any site.

jQuery is a lightweight and powerful JavaScript library that offers a plethora of features. It simplifies tasks such as manipulating and traversing HTML documents, handling events, creating animations, and making Ajax calls through a user-friendly API that is compatible with various web browsers. For those who are just starting with jQuery, it allows you to return a collection of matched elements that are either retrieved from the DOM using specified criteria or generated by providing an HTML string. Additionally, it is important to note that certain methods of the API have been deprecated in the latest versions of jQuery, affecting how developers interact with DOM attributes of elements. Familiarizing yourself with these changes is essential for effective jQuery usage.

FEG Outage serves as an essential resource for orchestrating extensive grid maintenance and construction initiatives. This application empowers engineers and project managers to forecast upcoming outages, sidestep scheduling conflicts, and identify optimal strategies for the replacement, construction, or upkeep of transmission lines. The FEG outage scheduler is developed using HTML and operates on Polymer software, which connects to a locally hosted server application known as Deployd. Since Deployd is not cloud-based, it ensures a secure backend environment suitable for sensitive operations. Katapult Engineering specializes in crafting bespoke solutions that enable teams to capitalize on these tools. Our products are engineered to bridge the gap between fieldwork and office tasks, providing OSP engineers with the capability to organize and manage images and relevant data, derive insights for strategic decision-making, and streamline processes related to permitting and PPL applications. Explore further to discover more about our field tools and the breadth of our custom software solutions, which aim to enhance efficiency and productivity in your operations.

Knowde is a specialized AI and software platform designed specifically for the chemical, ingredient, and polymer sectors. It establishes a clean and organized data infrastructure by seamlessly integrating supplier and product information, such as material specifications and regulatory performance details, which enhances various downstream applications like ERP, CRM, AI, ecommerce, and master data systems. Above this foundational data layer, the Knowde Customer Experience Platform functions as a comprehensive solution that enables chemical suppliers to maintain branded B2B digital storefronts, complete with integrated product catalogs, search functionalities, sampling options, quoting features, and rich content. Concurrently, Knowde operates a marketplace that allows buyers to explore, compare, sample, quote, and procure from over 8,000 supplier-owned storefronts, offering access to more than 230,000 ingredients, polymers, and raw materials globally, all accompanied by technical documentation, supplier insights, and procurement tools. This innovative platform not only streamlines the purchasing process but also empowers suppliers to enhance their digital presence and connect more effectively with potential customers.

Positioning tooltips and popovers can be quite challenging, but that's where Popper comes into play! This tool takes an element, like a button, along with a corresponding tooltip element, and ensures that the tooltip is automatically placed in the optimal position adjacent to the button. Popper is adept at positioning any UI component that extends out from the regular document flow, hovering beside a target element. While tooltips are the most frequently encountered use case, Popper also accommodates popovers, drop-down menus, and various other similar elements, all of which can be collectively referred to as "popper" elements. To utilize this feature, simply click on the dots to select from 12 distinct placement options for your tooltip. It's important to note that pure CSS poppers may overflow and get clipped by boundaries like the viewport, which can lead to them being partially obscured or extending beyond the edge due to the absence of dynamic positioning logic. By incorporating Popper into your project, you can rest assured that your popper will consistently be placed accurately, eliminating the need for any manual adjustments, thus streamlining your UI design process. With this functionality, you can create a more user-friendly interface that enhances the overall experience.

Sencha Ext JS is a comprehensive JavaScript framework designed for building data-intensive, cross-platform web applications. It offers a powerful collection of over 140 UI components, including grids, charts, forms, and pivot grids, to help developers create high-performance, responsive applications. Ext JS is known for its integrated tools like Sencha Architect and Themer, which accelerate the development process through drag-and-drop features and easy styling options. With robust support for testing and debugging, Ext JS ensures that developers can create scalable, maintainable applications faster and more efficiently.

This project demonstrates how to create a unified background effect across several elements using only CSS. To achieve the desired "background sharing" effect without relying on JavaScript for coordinate management, Multiple.js serves as an excellent solution. The design incorporates icons and text on lighter layers that utilize gradients derived from darker layers, giving the appearance of a hidden violet backdrop. Furthermore, layers convey a background image (depicting a girl) with uniform transparency, ensuring that these layers do not overlap visually. All of these techniques can be executed purely through CSS. It's essential to introduce spacing between elements to keep the background consistently positioned. By toggling between background images and gradients, you can visualize the overall effect. It’s effective to omit random layers to maintain the independence of elements. The background can be seamlessly expanded to fit the full size of the viewport, providing each element with the precise portion it requires. This allows for a versatile design that is both functional and visually appealing.

Masonry is a JavaScript library designed for creating grid layouts. It efficiently positions elements based on the vertical space available, similar to how a mason would skillfully arrange stones within a wall. This layout technique can be observed frequently across various websites. The styling and size of each item are dictated by your own CSS, allowing for significant customization. For responsive designs, item sizes can be adjusted using percentage values. However, when images are not loaded, they can disrupt the layout, causing overlapping elements; this is where imagesLoaded comes into play. imagesLoaded is an additional script that can be easily downloaded and integrated to solve this problem. Interestingly, you can set up Masonry directly in your HTML without needing to write any JavaScript code. While all configuration options are optional, it is advisable to specify column width and item selection for optimal performance. Items can be aligned neatly to a horizontal grid, and you have the flexibility to use element sizing with percentage widths for responsive designs. Additionally, controlling element sizing through CSS is beneficial for creating layouts that adapt well across different media queries, enhancing the overall user experience.

Experience the speed of genuine Excel-like spreadsheet functionality without relying on Excel at all. You can develop a variety of financial applications, dashboards, charts, pivot tables, performance metrics, science lab notebooks, and other similar applications using JavaScript. These JavaScript spreadsheet components serve as essential tools for developers seeking to integrate Excel-like capabilities into their web applications. SpreadJS offers a comprehensive suite of JavaScript spreadsheet controls that feature capabilities such as import/export, data input management, cell personalization, and a powerful calculation engine equipped with more than 500 functions. With a rich history spanning over 25 years in creating award-winning spreadsheet solutions tailored for professional developers, we fully understand your requirements and desires. Our unparalleled experience in the spreadsheet domain sets us apart from competitors. Leverage our expertise to enhance your projects and streamline your development process today.

Alpine serves as a robust, streamlined tool designed for directly embedding behavior within your markup. It can be likened to jQuery, but tailored for today's web environment. Simply add a script tag, and you're ready to start. You can define a new Alpine component along with its associated data for a specified section of HTML. This tool allows for the dynamic modification of HTML attributes on various elements. Additionally, it provides the capability to prevent certain blocks of HTML from being processed by Alpine. You can also choose to conceal a block of HTML until Alpine has completed the initialization process of its elements. With the use of the magic property, referencing elements by their designated keys becomes straightforward. Furthermore, it enables the execution of scripts whenever dependencies are altered, and allows for code execution when an element is initialized by Alpine, enhancing the overall interactivity of your web pages. The versatility of Alpine makes it an invaluable asset for developers seeking to create rich, interactive user experiences.

Mantine is an all-encompassing React component library aimed at accelerating the creation of accessible and fully operational web applications. It boasts a collection of over 100 customizable components and 50 hooks, which cover a diverse array of UI elements, including inputs, buttons, modals, popovers, typography, and layout management tools. Developed with TypeScript, Mantine guarantees type safety across various applications, and its components seamlessly integrate with modern frameworks like Next.js and Remix. The library includes built-in support for dark themes, allowing developers to easily implement dark mode with minimal setup. A significant emphasis is placed on customization, as components allow for extensive visual alterations through props, which aids in rapid prototyping and experimentation. Moreover, Mantine supports flexible theming, enabling developers to enhance the default theme by adding new colors, shadows, radius, spacing, fonts, and other design elements to cater to unique requirements. This adaptability makes Mantine a versatile choice for developers looking to create tailored user experiences.

This is a straightforward wrapper designed for cross-browser compatibility with the JavaScript Fullscreen API, enabling you to switch the entire page or specific elements into fullscreen mode. It effectively smooths out variations in browser implementations, relieving you of that burden. If you find yourself unable to utilize ES modules or require compatibility with older browsers without using transpilers, consider opting for version 5.2.0, which is compact at just 0.7 kB when gzipped. Additionally, you can access an older version via cdnjs. While Safari supports fullscreen on desktop and iPad, it is important to note that iPhones do not have this capability due to browser restrictions, which are not attributable to Screenfull itself. This library allows you to fullscreen either the entire page or specific elements while also hiding the navigation interface on mobile devices. You can easily initiate fullscreen for an element using jQuery and toggle it for images as well. Furthermore, it includes features to detect changes in fullscreen status, remove event listeners, handle fullscreen errors, and manage fullscreen elements with Angular.js. Remember that fullscreen mode can only be activated in response to user interactions such as clicks, touches, or key presses, ensuring a seamless user experience. Overall, this wrapper offers a comprehensive solution for incorporating fullscreen functionality across various web applications.

Material Design Lite (MDL) serves as a collection of components tailored for web developers, inspired by Google's Material Design Philosophy, which emphasizes a visual language that merges classic design principles with the advancements of technology and science. Grasping the objectives and foundations of Material Design is essential for effectively implementing MDL components. Prior to utilizing these components, it is advisable to familiarize yourself with the Material Design Introduction. When it comes to the dialog component, ensure you are operating in a browser that accommodates the dialog element; as of now, only Chrome and Opera provide native support. For browsers lacking this capability, you will need to either incorporate the dialog polyfill or devise your own solution. After securing dialog support, proceed to create a dialog element, ensuring that when using the polyfill, this element is nested within the body element. Subsequently, within this container, insert a content element that includes the class mdl-dialog content to properly format the dialog. Understanding these steps will enhance your ability to successfully implement dialogs within your web projects.

Shoelace is an innovative, open-source library of web components that adheres to web standards, allowing developers to seamlessly incorporate a wide array of accessible and customizable UI elements, including buttons, modals, tabs, inputs, popups, text areas, icons, trees, skeleton loaders, and much more into any project, regardless of the framework or CDN used. This library is equipped with contemporary design tools, such as design tokens that manage typography, color schemes, spacing, elevation, border radius, transitions, and z-index, and it also features theme support, including an integrated dark mode. Shoelace components are designed to be fully compatible with all frameworks and can also function without any framework, making them highly versatile. Customization is facilitated through CSS, and the library also emphasizes localization and accessibility with its thoughtful defaults. Additional features include the capability for runtime component loading through an autoloader, smooth form integration that encompasses shadow-DOM-aware form controls, utilities for data serialization, validation, and comprehensive icon support. This flexibility allows developers to create engaging user experiences tailored to their unique project needs.

Quickly and effortlessly develop scalable web and mobile applications using Aptugo's intuitive visual interface. You maintain complete control over your source code, unlocking infinite possibilities for your projects. Aptugo allows you to create any web or mobile application you envision, all while adhering to established quality standards. With over 100 pre-built components at your disposal, you can easily drag and drop elements into your project. These components are fully customizable and can be reused indefinitely, providing flexibility in your development process. Additionally, developers have the capability to design new components tailored to their specific needs, which can then be integrated into their personal library for future use. Aptugo's extensive library of over 100 drag-and-drop elements enables users to build and enhance their applications seamlessly. Furthermore, components can be adapted to fit any programming language, ensuring versatility in your coding approach. For seasoned developers, the platform offers the option to create and define custom elements with their own expertly crafted code! Whether it’s a chart, map, form, or even a LinkedIn API connector, the potential for innovation is boundless, empowering you to take your applications to new heights.

CopyElement provides a vast collection of Elementor components designed to simplify the web development process. With over 650 components ranging from navigation bars to full-page sections, CopyElement helps web designers quickly create stunning, fully responsive websites. The platform allows users to copy components with one click, easily customize them, and integrate them into their projects. Available for free, with premium options for advanced features, CopyElement saves time and boosts productivity for agencies and freelance designers.

BIOVIA Materials Studio serves as an all-encompassing platform for modeling and simulation, specifically tailored to assist researchers in the fields of materials science and chemistry in forecasting and comprehending how a material's atomic and molecular configurations correlate with its characteristics and functionalities. By adopting an "in silico first" strategy, researchers can enhance material performance in a budget-friendly virtual environment before moving to physical experimentation. This versatile software accommodates a diverse array of materials, such as catalysts, polymers, composites, metals, alloys, pharmaceuticals, and batteries. With capabilities that span quantum, atomistic, mesoscale, statistical, analytical, and crystallization simulations, it streamlines the development of innovative materials across multiple sectors. Additionally, its features promote rapid innovation, decrease research and development expenditures through virtual screening, and boost productivity by automating established practices within Pipeline Pilot, making it an indispensable tool for modern material research and development. This comprehensive functionality not only enhances research efficiency but also positions users at the forefront of material advancements.

EDAMS Licensing & Permits serves as an extensive customer relationship management platform designed to facilitate business workflows aimed at managing applications and licensing inquiries that pertain to Customers, covering aspects like Applications, Licensing, and both Regular and Irregular Inspections for specific elements, which may include products or properties. This system not only fulfills the requests of Customers and Applicants but also plays a crucial role in establishing a database for various elements, enabling the assignment and monitoring of employees tasked with approvals and related activities. Additionally, the EDAMS Licensing & Permits system has been instrumental in creating multiple applications tailored for the Utility sectors, showcasing its versatility and adaptability to diverse industry needs.

Elements is a versatile open-source platform designed for the deployment of federated sidechains and blockchains, granting developers access to robust functionalities like Confidential Transactions and Issued Assets. A blockchain built on Elements can function independently or be connected to another as a sidechain, facilitating the secure transfer of assets between distinct blockchains. This platform empowers users to create various asset types on a single blockchain, which significantly broadens the potential applications for its use. By utilizing Elements to build your own blockchain, you gain the benefit of new features and innovations crafted by the Elements community, which can lead to decreased internal development and research expenses. This approach not only encourages efficiency but also inspires exploration into novel applications of blockchain technologies. Additionally, the Issued Assets feature on Elements supports the issuance, reissuance, and transactions of multiple asset types while ensuring confidentiality. Through these capabilities, Elements fosters an environment that encourages creativity and innovation in blockchain development.

Promote circular economy efforts while addressing global economic issues, evolving market trends, and competitive forces by enhancing performance, quality, and market readiness through leading-edge simulation software tailored for chemicals, polymers, life sciences, and innovative sustainability practices. Aspen Plus stands as the premier process simulator, drawing on more than four decades of expertise and insights from leading chemical firms, complemented by a renowned physical properties database. This software offers comprehensive process modeling that integrates economic, energy, safety, and emissions evaluations, thereby enhancing time-to-market, process efficiency, and sustainability metrics. By leveraging Aspen Plus, the efficiency of chemical operations is significantly boosted, making it a valuable tool for the bulk chemicals, specialty chemicals, and pharmaceutical sectors. This advanced modeling technology not only facilitates the optimization of throughput and product quality but also reduces energy consumption across various processes, paving the way for a more sustainable future. Ultimately, Aspen Plus empowers industries to meet the challenges of modern manufacturing while driving innovation and environmental responsibility.

jsoup is a Java library that streamlines the process of working with HTML and XML in real-world applications. It provides a user-friendly API for fetching URLs, parsing data, extracting information, and manipulating it through DOM API methods, CSS selectors, and XPath queries. By adhering to the WHATWG HTML5 specification, jsoup ensures that the HTML it parses is transformed into a DOM structure comparable to that used by modern web browsers. This library enables users to scrape and parse HTML from various sources, such as URLs, files, or strings; locate and extract information using DOM traversal or CSS selectors; modify HTML elements, attributes, and text; and sanitize user-generated content to safeguard against XSS vulnerabilities while producing clean HTML output. jsoup is adept at handling the diverse spectrum of HTML encountered online, ranging from well-formed and valid to messy, non-compliant tag-soup, resulting in a coherent parse tree. For instance, one can retrieve the homepage of Wikipedia, parse it into a DOM structure, and extract the headlines featured in the "In the news" section, organizing them into a list of elements for further use. This flexibility makes jsoup an invaluable tool for developers who need to interact with web content efficiently.

Cloud Elements is an API integration platform that connects software as a Service (SaaS), digital enterprises and the applications used by their customers or partners. Cloud Elements offers 115+ pre-built integrations that allow users to quickly build client-facing connections to internal solutions through powerful API integration. Cloud Elements offers formula management, resource management and element-builder functionalities. It also provides a repository of integrations that can be grouped by type of service, such as accounting, finance and customer relationship management.

JavaScript charting that is both straightforward and adaptable for designers and developers alike is now available. Users can arrange layout boxes in stacked and weighted configurations within groups. There's also a secondary title plugin that offers the same features as the primary title. Custom styling for line segments can be applied based on user-defined criteria. Each property of every element can have its transitions configured independently, allowing for detailed customization. Significant performance improvements have been made to enhance usability. Users can seamlessly combine bar and line charts to create a visually distinct representation of multiple datasets. The library supports the plotting of intricate and sparse datasets across various scales, including date time and logarithmic, as well as fully customizable options. It offers impressive transitions out of the box when modifying data, changing colors, or adding new datasets. Chart.js thrives as a community-driven project, encouraging contributions from users. With the ability to visualize data in eight unique, animated, and customizable formats, it redraws charts responsively when the window is resized, ensuring optimal scale granularity. Additionally, the latest version introduces new types of chart axes to expand its functionality even further.

Kobi Toolkit for AutoCAD offers a set of practical and useful tools designed to minimize tedious tasks, enhancing your efficiency and speed while working in AutoCAD. One key feature is the Selection Filter tool, which allows users to choose AutoCAD entities through a tree-like control system, enabling the selection of all entities on a specific layer by simply clicking on one element from that layer. Additionally, you can review the extended entity data of a particular object, if it is available. The toolkit also includes a robust feature that lets you populate a spreadsheet similar to Excel with properties of AutoCAD entities, allowing you to leverage Excel's capabilities to edit those properties and reintegrate the changes back into your drawing. Furthermore, it facilitates the alignment of objects to a selected line, with an option to rotate those objects to align with the line’s orientation and set a specific insertion point. You can also establish a base point and elevation, then label various additional elevations by selecting points directly on the screen, with these elevations calculated in relation to the specified base point and its corresponding elevation. Overall, the Kobi Toolkit significantly streamlines the AutoCAD workflow by providing these essential functionalities.

Digimat-AM is a software solution offered by Digimat that provides simulation capabilities for the additive manufacturing process, enabling both printer manufacturers and end-users to detect potential manufacturing challenges. Additionally, it fine-tunes printing parameters to enhance productivity and optimize the performance of the final product before the initial print is made. By leveraging numerical simulation, users can significantly reduce the number of trials needed, transforming complex testing into just a few clicks. This powerful tool equips engineers with the ability to simulate various processes, including FFF, FDM, SLS, and CFF, for both unfilled and reinforced materials. It also forecasts potential issues such as warpage, residual stresses, and the microstructure that may arise during printing. Furthermore, Digimat-AM facilitates the analysis of the intertwined thermal and structural responses in both types of polymers, ensuring that the correct manufacturing settings are established for precise printing. Ultimately, this innovative solution serves to connect the intricacies of the printing process with material properties and the performance of the final parts produced.

openElement is a complimentary website creation tool that features a WYSIWYG interface, which stands for "What You See Is What You Get." This application streamlines the coding process by automatically producing the necessary code for websites to operate and present properly, liberating users from the limitations often found in other software. For novices, it presents a more straightforward method, while experienced developers benefit from a quicker way to handle repetitive tasks. It incorporates the ideas of "elements" and "packs," enabling users to effortlessly drag and drop frequently used web components onto their pages, allowing for easy modification and personalization without the need for coding. Additionally, users have the freedom to design, reuse, and share their own custom elements, ensuring they are not restricted to the pre-existing options. openElement functions as a hybrid of a content management system (CMS) and an independent application, distinguishing itself from similar tools on the market. By utilizing an internal intermediary format, the software ensures that content updates are seamless while preserving the structure and uniformity of the generated code, making it a reliable choice for web development. This unique approach not only enhances user experience but also fosters creativity and efficiency in website design.

Inspect is a web browser designed for iPhone and iPad that offers comprehensive web development tools akin to those on desktop platforms. It features a JavaScript console that displays log messages and errors while allowing user input for debugging purposes. With the "Elements" panel, users can easily access a webpage's source code and examine each HTML element, with formatting and highlighting to enhance readability. Activating the "Tap To Inspect" mode simplifies the inspection process, enabling you to tap on any element to immediately access its details, eliminating the need to sift through the source code manually. Inspect also provides the capability to view and modify an element's CSS rules, showcasing both direct and inherited styles, with an organized display that facilitates identifying CSS conflicts. Additionally, you can assess your responsive design with Inspect's integrated device preview tools, which replicate how your site will appear on various screen sizes and orientations. This comprehensive set of features makes Inspect an invaluable tool for web developers on mobile devices.

Material serves as a versatile framework of principles, elements, and resources that enhance user interface design practices. With its foundation in open-source code, Material fosters collaboration between designers and developers, enabling teams to efficiently create visually appealing products. Drawing inspiration from the tangible aspects of the world, such as textures and light dynamics, Material Design innovatively reinterprets traditional mediums like paper and ink. The approach is anchored in print design techniques, including typography, grids, spacing, scaling, color usage, and imagery, to establish hierarchy and meaning that engage users in a deeper experience. Additionally, motion plays a crucial role by directing focus and ensuring smooth continuity through subtle feedback and seamless transitions. As various components appear on the screen, they not only evolve but also reshape the surrounding environment, creating a dynamic interaction that leads to further transformations. This interconnectedness of design elements enhances the overall user experience, making it more immersive and enjoyable.

Open IFC Viewer is a powerful open-source application designed for exploring and interacting with IFC (Industry Foundation Classes) files, which are essential in building information modeling. This tool offers various visualization methods, including a tree structure that allows users to traverse the hierarchical components of IFC models, displaying the attributes of each node. Advanced searching capabilities enable users to quickly locate specific instances by their type or global identifier, facilitating the tracking of references throughout the model elements. Furthermore, Open IFC Viewer is equipped with a validation plugin that checks the model's accuracy against schema standards, ensuring attribute consistency and maintaining structural integrity. Users have the flexibility to highlight, isolate, or conceal objects in the scene, as well as adjust lighting settings to improve the overall visualization of the model. The software also features an interactive instance viewer that provides insights into entity definitions and their corresponding attribute values as outlined in the IFC files, making it a versatile tool for professionals in the field. Overall, Open IFC Viewer not only enhances the viewing experience but also supports effective model analysis and validation.

Flowbite serves as an open-source collection of dynamic UI components that are constructed on the Tailwind CSS framework, aimed at streamlining the web development process with an extensive array of ready-made elements. With more than 56 distinct component types available, it includes essentials such as buttons, alerts, breadcrumbs, pagination, and navbars, alongside interactive features like dropdowns, modals, and tooltips, all enhanced through custom JavaScript for improved user engagement. Developers can seamlessly incorporate Flowbite into their current Tailwind CSS projects through npm or a CDN, and it is compatible with various frameworks including React, Vue.js, Angular, and Next.js. Additionally, the library boasts a Figma design system, making it easier for designers to create prototypes and design applications prior to the coding phase. For those in need of enhanced functionalities, Flowbite also offers a Pro version that includes extra components and templates. The overall ecosystem is further augmented by Flowbite Blocks, which features over 450 pre-designed website sections and sophisticated UI components constructed with Tailwind CSS, facilitating a more efficient design and development workflow. This comprehensive library truly empowers both developers and designers alike in their projects.

XML Notepad offers a user-friendly interface designed for the straightforward browsing and editing of XML files. It features a synchronized Tree View and Node Text View, allowing for rapid adjustments to node names and values. Users can easily manipulate the tree structure through drag-and-drop functionality, which works smoothly even between different XML Notepad instances and the file system. The application demonstrates impressive performance with large XML documents, capable of loading a 3MB file in approximately one second. As you edit, instant XML schema validation occurs, displaying any errors and warnings in the task list window for immediate attention. The tool includes Intellisense to assist with expected elements, attributes, and predefined simple type values, enhancing the editing experience. Additionally, it supports custom editors tailored for various data types, including date, dateTime, time, and even color. Users can conveniently adjust node positions with nudge tool buttons for effortless navigation up and down the tree. Furthermore, the "XML statistics" feature provides a useful summary of the contents of your XML documents, making it easier to track key information at a glance. This combination of features makes XML Notepad an effective tool for anyone needing to work with XML data regularly.

Parsel is a Python library licensed under BSD that facilitates the extraction and removal of data from HTML and XML documents using XPath and CSS selectors, with the option to integrate regular expressions. To begin, you create a selector object for the HTML or XML content you wish to analyze. After that, you can utilize either CSS or XPath expressions to target specific elements. CSS serves as a styling language for HTML, defining selectors that link styles to designated HTML elements, while XPath is utilized for selecting nodes within XML documents and can also be applied to HTML. Although both CSS and XPath can be used, CSS tends to offer greater readability, whereas XPath provides capabilities that may not be achievable through CSS alone. Built on top of lxml, parsel selectors incorporate some EXSLT extensions and come with pre-registered namespaces available for use in XPath queries. Furthermore, parsel selectors allow for the chaining of selectors, enabling users to primarily select by class using CSS and seamlessly transition to XPath when the situation demands it, enhancing flexibility in data extraction tasks. This dual capability makes parsel a powerful tool for developers working with web data.

In many cases, while some transactions necessitate locating a specific property record, real estate professionals often seek to analyze various aspects of a property or multiple properties to gain a broader understanding. Our property reports are designed to be concise yet comprehensive, delivering a quick overview of essential real estate data elements in one convenient view. As operational efficiency increases, the communication of property information to both colleagues and clients becomes more effective. With DataTree.com, acquiring property data has never been quicker or simpler. Our self-service web platform is equipped with cutting-edge technologies and innovative search functionalities, granting immediate access to the largest database of property and homeowner information from multiple sources. You can visualize the geographical features surrounding a property, including its slope and elevation, while also adding useful information overlays such as parcel boundaries and flood zones. Additionally, DataTree's integrated search seamlessly combines advanced mapping capabilities with various filters, including proximity, address, owner, and APN, to enhance your property research experience. This comprehensive approach ensures that users can make informed decisions based on a complete landscape of property data.

The system incorporates configurable workflow elements that are seamlessly integrated throughout its framework. These elements, which include data pre-population, navigation shortcuts, dynamic fields, and task load management tools, collaborate effectively with adjustors, teams, and supervisors to create an intuitive and highly efficient user experience. A distinguishing feature of any system is its ability to facilitate the easy transfer of accurate data, whether for interfacing or reporting purposes, both internally and externally. To enhance this capability, PCIS has made significant investments in a proprietary B2B interface layer designed to standardize, stage, and ensure the accuracy of the data entering and exiting the database. This strategic move results in more cost-effective and flexible integration options, alongside improved accuracy in BI reporting. Furthermore, the reporting platform is designed with the end user in mind, offering over 100 pre-built reports, the ability to drag and drop for customized dashboards, a dedicated reporting database, and much more, ensuring that users can access and analyze data effortlessly. Consequently, these features collectively empower users to make informed decisions quickly and effectively.

Headless UI is a collection of fully accessible, completely unstyled UI components that are designed to work seamlessly with Tailwind CSS. It provides a variety of components for both React and Vue frameworks, all of which prioritize accessibility by following WAI-ARIA design patterns and offering comprehensive keyboard navigation capabilities. Since these components come without any inherent styling, developers have the liberty to customize their appearance, allowing for a perfect match with any design aesthetic. Headless UI components utilize data attributes and render props to expose state information, giving developers the ability to style components conditionally based on states like focus, open, selected, or disabled. This innovative approach guarantees that the components remain both adaptable and accessible, making them ideal for crafting tailored, high-quality user interfaces. By using Headless UI, developers can effortlessly construct intricate UI elements, such as modals, dropdowns, and tabs, while maintaining a strong commitment to accessibility and design versatility. Ultimately, this library empowers developers to focus on functionality and user experience without being constrained by predefined styles.

ARRIS stands out as the most all-encompassing software solution for the architecture, engineering, and construction (AEC) sector. At its core, the ARRIS platform offers a full suite of fundamental architectural design, 3D modeling, and drafting capabilities. Furthermore, it encompasses an array of components like walls, roofs, doors, and furniture. Users can generate intricate 3D designs, engage in dynamic visualizations, conduct perspective walkthroughs, perform shadow studies for specific locations, and apply various textures. Additionally, there are automated features that streamline the creation of detailed drawings for various architectural materials such as masonry, steel, concrete, and timber. To enhance usability, ARRIS includes a proprietary programming language known as SIGMAC, which enables users to tailor the software to meet their unique requirements. This adaptability makes ARRIS not only versatile but also essential for professionals in the AEC field.

Page Builder with Drag and Drop Functionality. Seamlessly and swiftly rearrange your page content with precision, enhancing the overall speed and efficiency of the website creation process. The Fusion Builder Elements offer remarkable versatility and come packed with a plethora of options, enabling the rapid development of professional-grade websites that distinguish you from your rivals. You have the ability to set global theme options as defaults for each element, and Fusion Builder further permits you to customize any of these settings within the element itself, providing unmatched flexibility. The introduction of nested columns, paired with a user-friendly interface, simplifies their management. The design potential unlocked by nested columns is exceptionally robust and can significantly elevate your website's appearance. In addition, you can now utilize the power of right-click functionality, granting you comprehensive control over editing your page's containers, columns, and elements, eliminating the need to track your mouse or hunt for the functions you need, ultimately streamlining your workflow. This innovative approach to page building not only enhances user experience but also encourages creativity in web design.

Revit stands as the leading BIM platform available in the industry today. Within Revit, components such as doors, windows, and walls are crafted in a 3D environment while also holding various data attributes. The intelligent and parametric nature of these elements ensures that any modifications made to one component are instantly reflected across all interconnected model elements, schedules, views, and sheets. For residential designers utilizing Vision REZ in conjunction with Revit, this results in simultaneous updates, streamlining the process for construction documents, renderings, and quantity takeoffs, thereby conserving significant time. VisionREZ enhances the modeling process by allowing for precise design, improving performance, and fostering better collaboration among team members. This residential Building Information Modeling (BIM) technology consolidates all project-related information into a single, easily accessible model. Furthermore, VisionREZ automates design functions and integrates data effectively, facilitating its use across various project activities. By embracing this technology, designers can not only enhance their efficiency but also elevate the quality of their projects.

WithSecure's modular Elements Cloud cyber security platform seamlessly integrates Extended Detection and Response (XDR), Exposure Management (XM) and Co-Security Services into a single unified solution. - WithSecure Elements XDR includes Elements Endpoint Security (your EPP+EDR), Identity Security for Microsoft Entra ID, Collaboration Protection for Microsoft 365, and Cloud Security for Azure as modules. You can flexibly choose which capabilities to include in your Elements XDR solution. - WithSecure Elements Exposure Management (XM) is a continuous and proactive solution that predicts and prevents breaches against your company’s assets and business operations. Elements XM provides visibility into your attack surface and enables the efficient remediation of its highest-impact exposures through a unified view, thanks to our exposure scoring and AI-enabled recommendations. Get one solution for 360° digital exposure management and visibility across your external attack surface and internal security posture, to proactively prevent cyber-attacks. Through our flexible Elements modules made of cutting-edge software and high-quality services, customers can find the optimal solution for their needs. Together, the modules offer end-to-end business and cloud coverage. In today's unpredictable, ever-changing business environment, our all-in-one security platform helps you build and maintain a resilient business. We believe in the European Way of cyber security and we do this together with our partners as the Elements Cloud is really geared to enable WithSecure’s partners to offer robust security products and managed security services to mid-sized and other resource constrained companies.