Swift SDK to Generate, Edit & Convert 3D Models

Getting Started with Aspose.3D Cloud SDK for Swift

Register an account at Aspose Cloud Dashboard to get you application information. Next, add the POD to your project as follows

target 'MyApp' do
  pod 'Aspose3DCloud', '~> 20.5.1'
end 

Convert 3D Files to Other Formats via Swift

Aspose.3D Cloud SDK for Swift has included a very powerful 3D diagrams convert that enables software developers to convert 3D files from one format to another with ease. This feature proves invaluable when dealing with compatibility issues between different software and platforms. With a few lines of Swift code, developers can effortlessly convert a 3D model from one format to another, ensuring seamless integration into their projects. By leveraging the SDK's conversion capabilities, developers can ensure seamless data exchange between systems, opening up possibilities for collaboration and integration. The following example shows how to convert a 3D FBX file to PDF inside Swift applications.

// Get your ClientId and ClientSecret from https://dashboard.aspose.cloud (free registration required).

	let threeDCloudApi  = ThreeDCloudApi(grantType: 'client_credentials', clientId: "MY_CLIENT_ID", clientSecret: "MY_CLIENT_SECRET");
	
	let name:String = "sample.fbx"
	let newformat:String = "pdf"
	let newfilename:String = "oaptest.pdf"
	let folder:String? = "Swift"
	let isOverwrite:Bool? = true
	let storage:String? = STROAGR_NAME
		
	let uploadFile(name: name, folder: folder!)
	let threeDCloudApi.postConvertByFormat(name: name, newformat: newformat, newfilename: newfilename, folder: folder, isOverwrite: isOverwrite, storage: storage)

3D Diagrams Rendering in Swift Apps

Aspose.3D Cloud SDK for Swift makes it easy for software developers to render 3D diagram inside their Swift applications. Furthermore, the SDK offers rendering capabilities that enable developers to generate high-quality images and animations from 3D models. This feature proves crucial when visualizing and showcasing 3D assets in applications, presentations, or marketing materials. With the SDK's rendering functionalities, developers can produce stunning visuals that captivate users and bring their 3D projects to life.

Create & Manipulate 3D Models via Swift API

Aspose.3D Cloud SDK for Swift has provided the capability to create new 3D models in various formats and manipulate existing models with ease. The library has included support for a wide range of industry-standard 3D file formats. Whether you're working with popular formats like OBJ, STL, FBX, or more specialized formats like 3DS and Collada, the SDK has you covered. The Swift library enables developers to perform a wide array of manipulations on 3D models. Whether it's scaling, rotating, translating, or applying complex transformations, the SDK provides an intuitive and straightforward API for developers to work with.

import AsposeThreeDCloud

// Create a scene
let scene = Scene()

// Create a box shape
let box = BoxShape(width: 2, height: 2, depth: 2)

// Set box properties
box.position = Vector3(x: 0, y: 0, z: 0)
box.color = Color(r: 255, g: 0, b: 0)

// Add the box to the scene
scene.rootNode.addChildNode(box)

// Create a sphere shape
let sphere = SphereShape(radius: 1)

// Set sphere properties
sphere.position = Vector3(x: 0, y: 2, z: 0)
sphere.color = Color(r: 0, g: 0, b: 255)

// Add the sphere to the scene
scene.rootNode.addChildNode(sphere)

// Render the scene
let renderer = Renderer()
let renderedImage = renderer.render(scene)

// Save the rendered image to a file
renderedImage.save(to: "path/to/output/image.png")

Extract Information from 3D Model via Swift

Aspose.3D Cloud SDK for Swift has included powerful features that allows developers to extract information from 3D models. This can be particularly useful when building applications that require access to metadata or specific attributes of a model. The SDK provides methods to retrieve details such as mesh statistics, vertex count, material information, and much more, empowering software developers to create intelligent applications that make use of 3D model data.