Use location from species nearby provider for the geomodel

components/Camera/ARCamera/FrameProcessorCamera.tsx

@@ -13,6 +13,7 @@ import { Worklets } from "react-native-worklets-core";
 import * as InatVision from "vision-camera-plugin-inatvision";
 
 import { useIsForeground, useDeviceOrientation } from "../../../utility/customHooks";
+import { useSpeciesNearby } from "../../Providers/SpeciesNearbyProvider";
 
 import {
   orientationPatch,
@@ -82,6 +83,9 @@ const FrameProcessorCamera = ( props: Props ) => {
 
   const { deviceOrientation } = useDeviceOrientation();
 
+  const { speciesNearby } = useSpeciesNearby( );
+  const { latitude, longitude } = speciesNearby;
+
   const [cameraPermissionStatus, setCameraPermissionStatus] = useState( "not-determined" );
   const requestCameraPermission = useCallback( async () => {
     // Checking camera permission status, if granted set it and return
@@ -201,6 +205,14 @@ const FrameProcessorCamera = ( props: Props ) => {
 
   const patchedRunAsync = usePatchedRunAsync();
   const patchedOrientationAndroid = orientationPatchFrameProcessor( deviceOrientation );
+  const hasUserLocation = latitude != null && longitude != null;
+  // The vision-plugin has a function to look up the location of the user in a h3 gridded world
+  // unfortunately, I was not able to run this new function in the worklets directly,
+  // so we need to do this here before calling the useFrameProcessor hook.
+  // For predictions from file this function runs in the vision-plugin code directly.
+  const location = hasUserLocation
+    ? InatVision.lookUpLocation( { latitude, longitude } )
+    : null;
   const frameProcessor = useFrameProcessor(
     ( frame ) => {
       "worklet";
@@ -225,7 +237,13 @@ const FrameProcessorCamera = ( props: Props ) => {
             filterByTaxonId,
             negativeFilter,
             patchedOrientationAndroid,
+            useGeomodel: hasUserLocation,
             geomodelPath,
+            location: {
+              latitude: location?.latitude,
+              longitude: location?.longitude,
+              elevation: location?.elevation
+            }
           } );
           const timeAfter = Date.now();
           const timeTaken = timeAfter - timeBefore;
@@ -251,7 +269,9 @@ const FrameProcessorCamera = ( props: Props ) => {
       negativeFilter,
       patchedOrientationAndroid,
       lastTimestamp,
-      fps
+      fps,
+      hasUserLocation,
+      location
     ]
   );