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Rudro Sarker  • Peerlist

The project <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="http://rdsx.dev">rdsx.dev</a> is a minimal portfolio template with MDX CMS support. It features MDX blog posts, projects, and other content, along with RSS feed generation, SEO optimization, and both light and dark modes. The tech stack includes TypeScript, Next.js, Tailwind CSS, and Velite for content management. The site is responsive and mobile-friendly, with analytics integration through Vercel. It supports easy deployment via Vercel and provides detailed instructions for content management and personalization.Features<ul><li>MDX blog posts</li><li>MDX projects &amp; other content</li><li>RSS feed for blog posts</li><li>Both light and dark mode</li><li>SEO friendly (scoring 100 on Lighthouse)</li><li>Responsive design (mobile friendly)</li><li>Sitemap generation</li><li>Analytics integration</li></ul>Live: <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="https://rdsx.dev">https://rdsx.dev</a>Github: <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="https://github.com/rudrodip/rdsx.dev">https://github.com/rudrodip/rdsx.dev</a>

rdsx.dev

OverviewSonicrypt is an organization focused on improving the user experience for crypto transactions. Our goal is to make digital transactions more tangible and build trust between buyers and sellers<h2 class="rich-heading">Products</h2><h3 class="rich-heading">1. Sonicrypt Device</h3>The Sonicrypt Device is a compact tool that provides audio and visual confirmation of successful crypto payments. It aims to enhance the experience for both buyers and sellers involved in these transactions.<h3 class="rich-heading">2. Sonicrypt App</h3>The Sonicrypt App is a mobile application that allows users to connect and configure their Sonicrypt devices. It serves as an interface for interacting with the device and managing aspects of the crypto transaction process.<h2 class="rich-heading">Open-Source and No Hidden Costs</h2>Sonicrypt is an open-source project, and we are committed to keeping it that way. The device does not connect to any servers or third-party services, ensuring privacy and transparency. It is a standalone device that you can use without any subscription fees or hidden costs. Both the software and hardware are open-source, allowing you to modify and customize the solution according to your needs.<h2 class="rich-heading">Stay Connected</h2>Stay up-to-date with the latest developments, announcements, and updates from the Sonicrypt team by following us on social media:<ul><li>Twitter: <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="https://twitter.com/sonicrypt">@Sonicrypt</a></li></ul>

Sonicrypt

Computer Vision-Based Harmonic Oscillation AnalysisThis project is a powerful tool designed to analyze the harmonic oscillation of objects using computer vision techniques. Leveraging a variety of libraries, including OpenCV for video feed processing, SciPy for data analysis, NumPy for numerical operations, and PyQt5 for a user-friendly graphical interface, it offers a wide range of features to facilitate detailed analysis.github repo: <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="https://github.com/rudrodip/Harmonic-Oscillator-CV">https://github.com/rudrodip/Harmonic-Oscillator-CV</a>blog: <a target="_blank" rel="noopener noreferrer nofollow" class="text-green-text rich-link break-all link-break" href="https://rudrodip.vercel.app/blog/harmonic-oscillation-analyzer">https://rudrodip.vercel.app/blog/harmonic-oscillation-analyzer</a>Key Features<ol><li>Bob Color Detection: The system can accurately detect the bob of any color, providing flexibility in object selection.</li><li>Contour Detection Options: Choose from three contour detection methods - color-based, edge-based, or circle detection - to suit your specific tracking needs.</li><li>Video Source Flexibility: Analyze harmonic oscillations from various sources, including:<ul><li>Local Video: Process videos stored on your device for in-depth analysis.</li><li>Webcam: Utilize your webcam for real-time tracking and motion analysis.</li></ul></li><li>Display Options:<ul><li>Main Video: Observe the original video feed.</li><li>Contours: Visualize the detected contours for better tracking insights.</li><li>Mask: Monitor the real-time masking process and make adjustments as needed.</li></ul></li><li>Real-time Parameter Adjustment: Easily fine-tune masking parameters in real time and save your configurations for future reference.</li><li>Parameter Saving: After prediction, you can conveniently save the calculated parameters for further analysis and documentation.</li><li>Frame Offset Control: Within the code, set a frame offset and utilize a built-in function to save critical data points, streamlining the analysis process.</li><li>Rotation Compensation: The system intelligently compensates for video rotation, ensuring accurate analysis even when dealing with rotated footage.</li><li>Prediction Capabilities:<ul><li>Pivot Point Prediction: Accurately predict the pivot point of the bob's motion.</li><li>Mean Point Determination: Find the mean point of the bob's trajectory.</li><li>Path Analysis: Analyze the bob's path and generate predictions of its corresponding harmonic motion equation.</li></ul></li><li>Physical Properties Estimation: Utilizing parameters derived from the predicted harmonic motion equation, the system can estimate crucial physical properties of the system, such as the length of the string or other relevant characteristics.</li></ol>This project provides a robust and versatile platform for in-depth analysis of harmonic oscillations using computer vision techniques. Its user-friendly interface, real-time adjustments, and predictive capabilities make it an invaluable tool for researchers, educators, and enthusiasts exploring dynamic systems and motion analysis.