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The SFM Gets Its Own Workshop!April 1, 2013 - SFM TeamThat's right! We've added Steam Workshop support to the SFM. Now you can share your models with other filmmakers, rate the work of others, or pick out just the right music for your film. The SFM Workshop is going to be a fully peer-to-peer workshop, allowing you to upload and download assets easily. That does, however, mean that the approval process will solely be determined by the votes (and flags) of folks browsing the workshop. Still, the normal rules apply - don't publish other people's work or anything that others would consider offensive.Models and sounds will be the first asset types the SFM Workshop supports. We chose models because model sharing has been one of the most-requested features to date, and we wanted to ensure that the filmmaking community has a single destination for all models compatible with the SFM. Similarly, we chose sounds because the SFM community has made it clear that including dialog would allow filmmakers even greater flexibility in their storytelling. Also, the SFM team can assure you that the first time we hear a solid impression of Dr. Kleiner singing Baby Got Back, we at Valve will all collectively lose it.So go see what's in the workshop! We've put up info on the wiki to walk you through it. Also, be sure to check out the discussion forum, where you might find like-minded collaborators eager to help create the models and sounds for your opus!

Bridging from BSC, ETH, and Polygon Chains is now supported.Download or update the VGX WalletThe VGX Wallet is the only app with seamless integration for the SFM V1/V2 to Solana bridge. If you already have VGX Wallet, ensure it's updated to the latest version. If you still have the legacy SafeMoon Wallet installed (3.54 and earlier) and are facing "unable to connect to server", updating to VGX Wallet will resolve this and potentially allow you to recover wallets you had loaded in the app previously. Read more here. New users can simply install the app, import their recovery phrase, and follow this guide. Import or activate the Wallet that holds your SFM V1 or V2The VGX Wallet supports multiple wallet import, allowing you to switch between them easily. To ensure your SFM V1 or V2 wallet is active, press and hold the wallet name to view your wallet list or navigate to Tools → Manage Wallets to select the desired wallet.If your SFM V1 or V2 wallet isn’t loaded, you can import it when first installing the app or by going to Tools → Manage Wallets and tapping the '+' in the upper right to access the import/create wallet screen.Copy your Solana Address (multi-coin wallets only)The VGX Wallet supports BSC, ETH, Polygon and Solana chains using the same recovery (seed) phrase. To access your Solana address, select Solana from the chain selector at the top of the main screen, then tap 'Receive' to copy your Solana receiving address. You will use this address as the holder of your SFM Solana tokens, and will need to input it in the receive field of the Bridge.If you don't see Solana chain in the chain selector dropdown, that means your wallet was imported using an EVM Private Key and can only be used on EVM Compatible chains (chains that use the 0x.... address format). You will need to select or import a multi-coin wallet (has a 12, 15, or 24 word recovery phrase) to retrieve your Solana address.Bridging your SFM V1 or V2 to Solana SafeMoonThe VGX Wallet seamlessly integrates the SFM V1/V2 to Solana Bridge in its dApp browser. To use it:Ensure you have enough native coin to pay the network (gas) fees on the chain you are bridging from (BNB, Ethereum, or Polygon)Copy your Solana address and ensure you're using the wallet that holds your SFM V1 or V2.Open the browser

When I am processing 3D maps and merging 3D points of different maps.NOTE: Code with build instructions and a reconstructed 3D map example available in my GitHub repo.Apolloscape DatasetIn my previous article, I visualize and explore the dataset. Here is the typical record (one of 13 for the ZPark sample): Visualization of Record008Here is an SfM 3D reconstruction obtained from the corner shown above on a video piece: 3D Reconstruction from Record0083D Reconstruction ResultsIn total, there 1,499 image pairs spread across 13 records in the Apolloscape ZPark sample dataset. SfM 3D Reconstruction: the Apolloscape ZPark full sample dataset (2,998 images, 1.48M sparse 3D points)And below is the description of the behind the scenes SfM process.The 3D reconstruction process consists of 6 major steps: Features Detection & Descriptors Computation Keypoints Matching (make image pairs, match keypoints) Outlier Filtering (via epipolar constraint) Initial Triangulation (triangulation of the best image pair) Addition of Other Images and Merging of Maps Bundle Adjustment Optimization SfM 3D Reconstruction PipelineThe described pipeline doesn’t include a couple steps from traditional SfM because we already know camera poses and need to find only world-map 3D points. These additional steps are: 2D-3D matching – finds the correspondance of 2d keypoints with already calculated 3d points, however there part of it when we find the next best view to use New image registration – estimates projection matrices based on 2d-3d matches from the previous steps Camera pose calculation – finds camera translation and rotation from the projection matrix Bundle adjustment for

Find More Calculator ☟ Calculating the spindle speed is a critical step in machining and manufacturing processes, ensuring optimal tool life and machining efficiency. The spindle speed calculation helps in determining the best rotational speed for a cutting tool based on the material being machined and the diameter of the tool.Historical BackgroundThe concept of spindle speed comes from the need to optimize machining and manufacturing processes. Early machinists recognized the importance of controlling the speed of the spindle to improve the quality of the cut, reduce wear on the tool, and maximize efficiency in material removal.Calculation FormulaThe spindle speed formula is a fundamental equation used in machining to calculate the optimal rotational speed of a tool or workpiece. It is given by:\[SS = \frac{CS}{\pi \times D}\]For practical purposes, and to simplify calculations, this formula is often represented as:\[SS = \frac{3.82 \times SFM}{D}\]where:\(SS\) is the spindle speed in revolutions per minute (RPM),\(SFM\) is the surface feet per minute, a measure of cutting speed,\(D\) is the diameter of the tool or workpiece in inches.Example CalculationFor a cutting speed of 100 SFM and a diameter of 0.5 inches, the spindle speed is calculated as:\[SS = \frac{3.82 \times 100}{0.5} = 764 \text{ RPM}\]Importance and Usage ScenariosSpindle speed calculations are crucial in a wide range of machining operations, including milling, drilling, and turning. The right spindle speed helps in achieving the desired surface finish, maintaining accuracy, and extending the life of cutting tools.Common FAQsWhat is SFM in cutting speed?SFM stands for Surface Feet per Minute, a measure of how fast the tool or the workpiece surface moves past the cutting point.Why is it important to calculate spindle speed correctly?Calculating the correct spindle speed is essential for effective material removal, minimizing tool wear, and preventing damage to the workpiece.Can the spindle speed formula be used for any tool diameter?Yes, the formula can be applied regardless of the tool diameter, as long as the units are consistent (e.g., inches for diameter and SFM for cutting speed).Understanding and applying the correct spindle speed is fundamental for anyone involved in machining and manufacturing, enhancing productivity and achieving superior workpiece quality.