It is crucial to know what you're trying to achieve when creating NFTs. What are the final NFTs you create going to look like? In our instance we're trying to create an NFT collection that is computer-generated. This means we have to begin with art with multiple components which can be merged to create a single piece. Additionally, because of Halloween it was decided to make special kinds of monsters, or zombies. Let's take a look at some amazing art. You can see the components of each image in the above images. There's the background, the naked mutant, clothes, and a type of head-covering, hat, or hat (or accessory). Through random use of the various items we create a collection of NFTs. Additionally, we have to decide if there is any particular component or combination of components that we wish to be more rare than the other. When we move to the code, we'll establish the rarity. To 10000 nft generator it is necessary to first start with the PNG images files for each component (they have transparent backgrounds). The Part of the ArtIn order to create the art piece(s), you need to connect with your inner artist or find an artist who can complete this task. If you choose to tackle the task by yourself then we suggest using Photoshop which will be able to create each component as a separate layer. This is how to do it: Find the correct components to make your project successful. Draw each part. Export each layer as an individual PNG image. If you hire an artist, we would suggest that they supply each of you with a separate PNG of every component. If that is the case you'll be able to go to the coding part that allows you to make diverse combinations of these components. If they provide you with a ".psdfile, you can follow the instructions below to export each layer separately. The Coding Part Once we have the PNG files for each component ready We are now able to generate NFTs. JavaScript (JS), code will be used for this purpose. We also must create metadata (JSON) files in order to produce final image files. They are where data such as rarity is stored for each complete image that will be used to represent our nft collection generator. We will only get NFTs once we execute the transaction (mint NFTs) that will save information about the image files we upload and JSON files to the blockchain (we've covered this in a separate article on Moralis the blog of Moralis). Collection Configuration As the "config.js" name implies it, we'll make use of this file to determine how our collection engine produces final images. The information contained in this file includes the image size metadata description, the base URL edition ID, Non-fungible token count and other details. The code in this example already makes use of Moralis. In order to use it, you'll must create an Moralis server, and then use that server's URL inside the code. It is possible to alter the settings to obtain the results you want. We are using one thousand by one thousand pixels size, and ten complete images. We could, however, change the latter to ten thousand. Layering your artwork is one of the most crucial aspects of code. For instance, if we were to layer the background on top, this would cover the other elements. This is why it's extremely important to ensure that layers are properly chosen for the best result.
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