Provides a wrapper around the Futureverse Asset Register. It exposes hooks to query what is currently equipped/linked to the parent collection along with token metadata and other information.
npm:
npm install @futureverse/swappable-viewer-react --save
yarn:
yarn add @futureverse/swappable-viewer-react
pnpm:
pnpm add @futureverse/swappable-viewer-react
bun:
bun add @futureverse/swappable-viewer-react
Provides hooks and utility for querying collections, metadata, and what is equipped to your swappable. This is not strictly required; if you are just looking to implement the 3D viewer, then the ViewerProvider is all that is required.
Queries use react-query. To use the provider, you must make sure it is a child of a QueryClientProvider.
environment
When using testnets such as Porcini, use development
otherwise production
.
<SwappableEngineProvider
environment="production"
config={swappableConfig}
>
This config provides the SwappableProvider with context as to which on-chain collections you are interested in retrieving data for. Locations are on-chain destinations, and you are free to specify multiple locations.
type CollectionParts = 'Chasis' | 'Engines' | 'Wheels' | 'Exhausts' | 'Accessories';
const swappableConfig: SwappableCollectionConfig<CollectionParts> = {
parent: {
name: 'Chasis',
locations: ['7672:root:<chasis_root_collection_id>'],
},
linked: [
{ name: 'Engines', locations: ['7672:root:<engines_root_collection_id>'] },
{ name: 'Wheels', locations: ['7672:root:<wheels_root_collection_id>'] },
{
name: 'Exhausts',
locations: ['7672:root:<exhausts_root_collection_id>'],
},
{
name: 'Accessories',
locations: ['7672:root:<accessories_root_collection_id>'],
},
],
};
useQueryEquipped
Query what is equipped for FuturePass address and token.
import { useQueryEquipped } from '@futureverse/swappable-viewer-react';
const { data: equipped } = useQueryEquipped<CollectionParts>(['<FuturePassAddress>'], '<token_id>');
useQueryCollection
Query all parts owned by this address for "Engines".
import { useQueryCollection } from '@futureverse/swappable-viewer-react';
// You can pass multiples addresses
const addresses = ['metamask-eoa', 'futurepass', 'xaman-eoa', ...];
const { data: engines } = useQueryCollection<RaicersParts>('Engines', addresses);
Renders the Unity application in the client. It is recommended that you use this provider where you would like to view your 3D model/avatar/scene. The ViewerProvider provides utility hooks to command the viewer through event messages.
const queryClient = new QueryClient({
defaultOptions: {
queries: {
refetchOnMount: false,
refetchOnWindowFocus: false,
},
},
});
const swappableConfig: SwappableCollectionConfig = {
....
};
export default function Index() {
return (
<QueryClientProvider client={queryClient}>
<SwappableEngineProvider
environment="development"
config={swappableConfig}
>
<ViewerProvider
buildUrl="<your-unity-3d-viewer-build-url>"
buildDir="viewer/WebGL"
streamingAssetsDir="StreamingAssets"
compression="br"
style={{ width: '100%', height: '100vh' }}
>
...
</ViewerProvider>
</SwappableEngineProvider>
</QueryClientProvider>
);
}
Sending events through the event orchestration handler: The events largely depend on what is implemented in the Unity build. It is up to the developer to decide which events they wish to support. The code below is an example of updating a 3D model to display based on metadata.
import { useViewer } from '@futureverse/swappable-viewer-react';
const { data: equipped } = useQueryEquipped<CollectionParts>(
['<FuturePassAddress>'],
'<token_id>'
);
const { sendEvent } = useViewer();
...
sendEvent('update_model', equipped.engine.attributes);