![]() If you don’t find anything satisfactory, a Generate button right beside the search button turns your search query into a text prompt. Open up the WithPoly website and you’re greeted with a search box that lets you search its library for any textures that match your requirements. A $20 per month upgrade to its ‘Poly Infinity’ tier gives you access to a host of other features, including 32-bit exports, 8K resolution image generations, and a royalty-free commercial license to your materials, which you can then sell online.Īn example of an AI-generated material from the WithPoly gallery Text-to-image Material Builder Most of WithPoly’s core features are free, and you can download materials made by other people too from WithPoly’s extensive gallery. Instead of spending hours browsing the internet or editing images to make them seamless and extract surface and depth information, WithPoly lets you create your own material assets in a matter of minutes, giving you exactly the kind of materials you need for your renders, whether it’s something as basic as cracked concrete, or as obscure as giraffe skin. ![]() The website will generate the texture, let you edit it, upscale it, make it seamless, and even generate color (albedo), roughness, normal, and displacement maps based on the material you create. Using the power of AI, the service lets you either type to create materials from scratch, or upload images and turn them into materials with a few simple steps. WithPoly is a freemium, easy-to-use website that lets you create your own KeyShot materials using either a text prompt or an image prompt. One option is to scour the internet, buying seamless textures and materials from places like CGTrader or Gumroad, or using libraries like PolyHaven or KeyShot Cloud for free but limited resources… Another alternative, however, is to create your own assets using AI text-to-image or image-to-image tools, like WithPoly. To make the material look realistic, you also need to make sure your image texture is seamless and is supplemented with other data, like reflectivity, roughness, bump/displacement, ambient occlusion, and a bunch of other factors that add literal depth and realism to your materials. Place the container in the freezer for at least 6 hours or preferably overnight to allow the ice cream to set and firm up.Making your own materials can be a bit of a hassle, given that you need more than just a hi-res image. Cover the container tightly with plastic wrap or the lid.ħ. Pour the matcha ice cream mixture into a loaf pan or a food storage container. ![]() (It is important to mixing in the marshmallow paste quickly before cools down since it will harden as it cools.)Ħ. Quickly, use a hand mixer (or a whisk) to whip the cream mixture until stiff peaks ( * See Note2) form. Use a spatula to stir the marshmallows for 10 seconds to deflate them. Transfer the melted marshmallows quickly to the large mixing bowl.ĥ. Microwave the marshmallows on 100% power for 30 seconds until they become soft. Add 12 regular size marshmallows to a large microwave safe bowl, drizzle 1 tbsp of cold water over them. Add the matcha paste to the bowl of whipped cream and gently fold the two mixtures together using a spatula until the color looks even.Ĥ. Combine sweetened condensed milk and matcha powder in a bowl, whisking them together until a smooth mixture forms.ģ. Be careful not to overwhip the cream at this step.Ģ. In a large mixing bowl, use a hand mixer (or a whisk) to whip the cream until soft peaks ( * See Note1) form. 12 marshmallows(regular size marshmallow)ġ.Hand mixer (Or a whisk, as whipping cream by hand with a whisk is entirely possible.).
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