Why use openly.work 0% service fees. Freelancers get exactly what clients pay. Instant payouts with money arriving the moment the contract completes. Transparency & Credibility Icentivizes public communication and deliverables to eliminate fake reviews and have verifiable work. (openly.work offers an optional confidentiality agreement) Blockchain Payments All payments are done with crypto payments through solana blockchain, publicly recorded, traceable, and verifiable. Customs tokens can also be used as payment option. FAQ How it works ? Client creates a job with with a price/budget. Openly.work holds the client's payment in escrow until job delivery deadline.

What is SOL, USDC and EURC? SOL, USDC and EURC are digital currencies that can be used for payments in openly.work. SOL (Solana) is one of the most easylly available crypto currency worldwide, making it with a great solution for cross border payments. Being the native cryptocurrency of the Solana blockchain it offers a pratically zero cost on transactions. USDC (USD Coin) is a stablecoin that is pegged to the U.S. dollar, meaning its value is maintained at approximately 1 USD. This currency avoids the volatility typically associated with SOL. EURC (Euro Coin) is a stablecoin similar to USDC but pegged to the Euro. It maintains a value of approximately 1 EUR and provides users on the platform with a reliable digital currency option that aligns with the Euro’s value, ensuring predictable payments for clients and freelancers in Euro-based transactions. What Is Quality Assurance and Should You Buy It? Quality assurance protects clients from receiving substandard work. By purchasing quality assurance, you have the option to reject a freelancer's delivery and receive a full refund. However, if you are familiar with your freelancer and trust their work quality, you may not need to buy quality assurance.

How to check the job details? Click on the green button "Job Accepted" to open the job details window. job-accepted-button Why do I need to enter a charge price? When working on an hourly basis, the freelancer can enter the charge based on the exact number of hours worked. If the client and freelancer have agreed on a pay-per-hour arrangement, the freelancer simply inputs the final amount according to the hours completed. In general, the job's maximum budget represents the highest amount the client is willing to pay. However, the actual cost of the job is determined by the freelancer based on the work done.

Mewa User Guide This is the official Mewa user's guide. It aims to provide all the information needed to use the latest version of Mewa, as well usage techniques to get the best out of it. Download the latest Mewa from the official website www.mewatools.com. This documentation was made for all Mewa community, and we appreciate all the help on improving this documentation. Getting Started What is Mewa Installing Mewa User Interface

Keyboard Shortcuts Global Shortcut Key Copy Ctrl + C Paste Ctrl + V

Frequently Asked Questions What is MakersPraise? makerspraise.com is a website for creators to display their productions and get support/rewards in the form of cryptocurrency satoshis. How do I get satoshis? Posts and comments have an upvote and gift buttons. You can convert the votes given to your posts and comments into satoshis, after the voting period reaches the end. See in detail on how it works here. Are there any rules on what can I post?

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{%hackmd theme-dark %} User Guide Contents Draw With the draw tool you can create vector based drawings as well as animate them. Advantages of Mewa animations Animations done with web technologies like CSS and SVG use a lot of CPU. Mewa animations run entirely on GPU. In pratical terms it means that web pages running mewa animations can load faster, run smoother animations, and be more responsive. All because a lot of the work done in the webpage is offloaded from CPU to GPU.

Installing Mewa Although Mewa is currently only available for Linux and Windows, it aims to run across all platforms, including MacOS, tablet devices and chromebooks. On Linux To install Mewa on Linux, open a command window and run the following command: sudo snap install mewa --edge --devmode That's it, just type mewa on your command window to start the application.

What is Mewa Mewa is a reimagined take on motion graphics software, built from the ground up to deliver higher performance and ease of use. It offers a simplified interface for an experience without barriers, more intuitive, and flexible. Its integrated scripting offers programmers and digital artists the ability to create new visual effects quickly and easily. To share scripts Mewa comes with a free-for-all Mewa store. Available inside the application, the Mewa Store is where users can browse through a list of add-on scripts and install them with one click.

Main Window Below is Mewa's main window when launched for the first time. At the top is the app bar with 3 buttons. Just below is a big empty area, that's the node-graph window, because it has no nodes it looks empty. Below is node-graph window is the timeline that contains play buttons and a play bar. At the bottom end is the status bar used to show usefull tips and information. Main window initial stateMain window initial state Main Toolbar The app bar is at the top of the application window and offers the following options:

Functions Below is the list functions supported in Mewa scripts. Function names are shown as chapters to make the navigation easier thought the side menu. If you need a function that is not currently available please contact us, we want to help you. clearAll() It deletes all curves and nodes. The same as cleaning the workspace.

Curve class reference Curves should be added to the curve editor only after they have been populated. curve1 = Curve( "MyCurve", [0.4, 0.3, 0.8], [0, 0] ); curve1.addPoint( [3, 0] ); curveEditor().addCurve(curve1); Only after a curve is added to the curve editor the curve becomes visible in the curve editor. Note that Curve and curve are different functions.

{%hackmd theme-dark %} User Guide Contents Move2D The Move2D node is used for simple 2D transformations, such as moving and scaling. The image’s aspect can also be modified using the scale parameters. Parameters

{%hackmd theme-dark %} User Guide Contents | View Script HexPixelate  HexPixelate node pixelates it's input image using an hexagonal pattern. The size of the pixel is adjustable.

ShaderNode class reference Constructors ShaderNode( glslCode, nameHint ) ShaderNode( glslCode, name, pos ) Creates a ShaderNode, with the given glslCode, and adds it to the node-graph. nameHint is the name given to the node while generating a unique name for the node. If there is already a node with name nameHint a number will be added at the end of the nameHint to make it unique. If pos is not provided the node will be placed at a "best guess" position.

ColorWheelNode class reference Creates a new ColorWheel node and adds it to the nodegraph. Contructors ColorWheelNode() ColorWheelNode( name, pos ) The constructor ColorWheelNode() adds a new ColorWheel node to the node-graph. The name and position of the node are automatically filled.

Animating parameters with Curve Editor What is the Curve Editor The curve editor is the heart of a video animation, its a very intuitive graphical tool where you can model the behaviour of one or more parameters over time as a curve, e.g. to animate an object in a video we change the position of the object. The button shows and hides the curve editor. Curve editor window In the node graph each node has its own parameters shown at parameters window where they can be modified. To see the node's parameters just click the node ''parameters button'' to make parameters window pop up.

Keyboard Shortcuts TODO: use syntax Ctrl + Alt + Space ?? Global Copy: ctrl + c Paste: Ctrl v Time-view Previous frame: , Next frame: .

Concepts - a sketch approach The purpose of this article is to explain the basics of Mewa's node-graph based compositing through sketch images. The node-graph Consider the node-graph below. It has 3 nodes connected with edges. The Nodes represent operations and images are the data flowing through the edges, from top to bottom. In the node-graph below the Video node outputs a video frame, which is then pixelated by the Pixelate node and finally translated by the Move2D node. (edit drawing) Through the node-graph interface, we can choose which node output we want to inspect.