JOpt.TourOptimizer
If you are developing software for Logistics Dispatch Solutions, which contain challenges:
-For staff dispatching, such as sales reps, mobile service, or workforce?
-For truck shipment allocation in daily transportation and logistics (scheduling, tour optimization, etc.)?
-For waste management and District Planning?
-Generally, highly constrained problem sets?
And your product does not have an automized optimization engine?
Then JOpt is the perfect fit for your product and can help you to save money, time, and workforce, letting you concentrate on your core business.
JOpt.TourOptimizer is an adaptable component to solve VRP, CVRP, and VRPTW class problems for any route optimization in logistics or similar fields. It comes as a Java library or in Docker Container utilizing the Spring Framework and Swagger.
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Bitrise
Streamline your development process while saving time, reducing costs, and alleviating developer stress with a mobile CI/CD solution that is not only swift and adaptable but also scalable. Whether your preference leans towards native development or cross-platform frameworks, we have a comprehensive solution that meets your needs. Supporting languages such as Swift, Objective-C, Java, and Kotlin, along with platforms like Xamarin, Cordova, Ionic, React Native, and Flutter, we ensure that your initial workflows are configured automatically so you can start building within minutes. Bitrise seamlessly integrates with any Git service, whether public, private, or ad hoc, including platforms like GitHub, GitHub Enterprise, GitLab, GitLab Enterprise, and Bitbucket, available both in the cloud and on-premises. You can easily trigger builds based on pull requests, schedule them for specific times, or set up custom webhooks to suit your workflow. Additionally, our workflows are designed to operate on your terms, enabling you to coordinate various tasks such as performing integration tests, deploying to device farms, and distributing apps to testers or app stores, ultimately enhancing your overall efficiency. With a flexible approach, you can adapt your CI/CD processes to meet the evolving demands of your development cycle.
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React Spectrum
React Spectrum serves as a React-based version of Adobe's Spectrum design system, offering a variety of components that adapt seamlessly to different interactions and screen sizes on various devices. Notably, it ensures full accessibility with support for screen readers and keyboard navigation, making it user-friendly for all. The components are crafted to accommodate mouse, touch, and keyboard inputs, adhering to responsive design principles to provide an optimal user experience across all devices. Furthermore, React Spectrum automatically adjusts to dark and light modes in alignment with the user's operating system settings. In addition to this, the framework supports more than 30 languages, which includes features for right-to-left languages, as well as date and number formatting. The extensive library of components encompasses buttons, pickers, collections, date and time inputs, color selection tools, forms, navigation elements, overlays, status indicators, and various content components. This wide-ranging set of tools ensures that developers can create accessible and versatile applications tailored to diverse user needs.
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Headless UI
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.
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