Post Resolution search visualizations

app/actions.tsx

@@ -822,6 +822,9 @@ export const getUIStateFromAIState = (aiState: AIState): UIState => {
               const image = analysisResult.image as string;
               const mapboxImage = analysisResult.mapboxImage as string;
               const googleImage = analysisResult.googleImage as string;
+              const mapboxImageLabel = analysisResult.mapboxImageLabel as string;
+              const googleImageLabel = analysisResult.googleImageLabel as string;
+              const analysisFocus = analysisResult.analysisFocus as string;
 
               return {
                 id,
@@ -831,6 +834,9 @@ export const getUIStateFromAIState = (aiState: AIState): UIState => {
                       mapboxImage={mapboxImage}
                       googleImage={googleImage}
                       initialImage={image}
+                      mapboxImageLabel={mapboxImageLabel}
+                      googleImageLabel={googleImageLabel}
+                      analysisFocus={analysisFocus}
                     />
                     {geoJson && (
                       <GeoJsonLayer id={id} data={geoJson} />

components/resolution-carousel.tsx

@@ -22,9 +22,19 @@ interface ResolutionCarouselProps {
   mapboxImage?: string | null
   googleImage?: string | null
   initialImage?: string | null
+  mapboxImageLabel?: string
+  googleImageLabel?: string
+  analysisFocus?: string
 }
 
-export function ResolutionCarousel({ mapboxImage, googleImage, initialImage }: ResolutionCarouselProps) {
+export function ResolutionCarousel({
+  mapboxImage,
+  googleImage,
+  initialImage,
+  mapboxImageLabel,
+  googleImageLabel,
+  analysisFocus
+}: ResolutionCarouselProps) {
   const actions = useActions<typeof AI>() as any
   const [, setMessages] = useUIState<typeof AI>()
   const [isAnalyzing, setIsAnalyzing] = React.useState(false)
@@ -75,12 +85,27 @@ export function ResolutionCarousel({ mapboxImage, googleImage, initialImage }: R
   }
 
   // Individual slides
-  if (mapboxImage) slides.push({ type: 'image', src: mapboxImage, showAnalysis: false, label: 'MAPBOX' })
-  if (googleImage) slides.push({ type: 'image', src: googleImage, showAnalysis: true, label: 'GOOGLE SATELLITE' })
+  if (mapboxImage) slides.push({
+    type: 'image',
+    src: mapboxImage,
+    showAnalysis: false,
+    label: mapboxImageLabel || 'MAPBOX'
+  })
+  if (googleImage) slides.push({
+    type: 'image',
+    src: googleImage,
+    showAnalysis: true,
+    label: googleImageLabel || 'GOOGLE SATELLITE'
+  })
 
   // Fallback
   if (slides.length === 0 && initialImage) {
-    slides.push({ type: 'image', src: initialImage, showAnalysis: false, label: 'MAP CAPTURE' })
+    slides.push({
+      type: 'image',
+      src: initialImage,
+      showAnalysis: false,
+      label: analysisFocus || 'MAP CAPTURE'
+    })
   }
 
   if (slides.length === 0) return null
@@ -102,6 +127,9 @@ export function ResolutionCarousel({ mapboxImage, googleImage, initialImage }: R
               {isAnalyzing ? 'ANALYZING...' : 'QCX-TERRA ANALYSIS'}
             </Button>
           )}
+          <div className="mt-1 text-[10px] text-muted-foreground uppercase tracking-widest text-center">
+            {item.label}
+          </div>
         </div>
       )
     }
@@ -130,7 +158,7 @@ export function ResolutionCarousel({ mapboxImage, googleImage, initialImage }: R
                         {isAnalyzing ? 'ANALYZING...' : 'QCX-TERRA ANALYSIS'}
                       </Button>
                     )}
-                    <div className="mt-1 text-[10px] text-muted-foreground uppercase tracking-widest">
+                    <div className="mt-1 text-[10px] text-muted-foreground uppercase tracking-widest text-center">
                       {slide.label}
                     </div>
                   </>

lib/agents/resolution-search.tsx

@@ -101,6 +101,12 @@ export async function resolutionSearch(messages: CoreMessage[], timezone: string
   const systemPrompt = `
 As a geospatial analyst, your task is to analyze the provided satellite image of a geographic location.
 
+**CRITICAL GUIDELINES:**
+1. **ACCURACY & CONFIDENCE:** Your analysis MUST be grounded strictly in the visual evidence of the image. Do NOT generate GeoJSON features (points, polygons) for landmarks or features that you are not 100% confident in. If you are unsure, omit the GeoJSON feature entirely.
+2. **STRICT CONTEXTUAL ALIGNMENT:** Prioritize the user's intent and any user-drawn features as the primary subjects of analysis. Do NOT provide "general" points of interest unless they directly relate to the analysis focus or the user's query.
+3. **NO RANDOM OVERLAYS:** Ensure that any boxes or markers you generate are accurately placed within the spatial context of the image and clearly correspond to real objects visible in the satellite view. Avoid "random" or disconnected labeling.
+4. **SUPPRESSION OF NOISE:** It is better to return fewer, accurate results than many low-confidence or out-of-context features.
+
 **Temporal Context:**
 The current local time at this location is ${localTime} (timezone: ${timezone}).
 This temporal information is important for understanding the current state and any time-sensitive features visible in the image.
@@ -117,17 +123,22 @@ Please incorporate this recent news context into your analysis where relevant.`
 ${drawnFeatures && drawnFeatures.length > 0 ? `**User-Drawn Features:**
 The user has drawn the following features on the map for your reference:
 ${drawnFeatures.map(f => `- ${f.type} (${f.measurement}): ${JSON.stringify(f.geometry)}`).join('\n')}
-Use these user-drawn areas/lines as primary areas of interest for your analysis.` : ''}
+Use these user-drawn areas/lines as primary areas of interest for your analysis.
+IMPORTANT: In your summary, explicitly state what features you are analyzing and why. Any GeoJSON you generate should strictly align with or augment these drawn areas.` : ''}
 
 **Analysis Requirements:**
 
 1. **Land Feature Classification:** Identify and describe the different types of land cover visible in the image (e.g., urban areas, forests, water bodies, agricultural fields).
-2. **Points of Interest (POI):** Detect and name any significant landmarks, infrastructure (e.g., bridges, major roads), or notable buildings.
+2. **Points of Interest (POI):** Detect and name any significant landmarks, infrastructure (e.g., bridges, major roads), or notable buildings ONLY if they are clearly visible.
 3. **Temporal Analysis:** Consider how the time of day and season might affect what's visible in the image.
 4. **Coordinate Extraction:** If possible, confirm or refine the geocoordinates (latitude/longitude) of the center of the image.
 5. **COG Applicability:** Determine if this location would benefit from Cloud Optimized GeoTIFF (COG) analysis for high-precision temporal or spectral data.
 6. **News Integration:** Reference any recent news or events that may be relevant to the current state of the location.
 7. **Structured Output:** Return your findings in a structured JSON format including summary, geoJson (if any), news context, and any extracted coordinates or COG information. Use the provided schema.
+8. **Contextual Labeling:** Generate highly specific, descriptive labels for the map images that reflect the primary analysis focus. Avoid generic labels like "Mapbox" or "Google".
+   - If user-drawn features are present, the labels MUST reference them (e.g., "Analysis of drawn ${drawnFeatures?.[0]?.type || 'area'}: [feature type]").
+   - If a specific location is known, include it (e.g., "[${locationName}] satellite view - [Focus Area]").
+   - The 'analysisFocus' field should capture the specific theme of this analysis (e.g., "Coastal erosion assessment", "Industrial zone monitoring").
 
 Your analysis should be based on the visual information in the image, the temporal context provided, and your general knowledge. Do not attempt to access external websites or perform web searches beyond what has been provided.
 

lib/schema/resolution-search.ts

@@ -21,7 +21,7 @@ export const resolutionSearchSchema = z.object({
       name: z.string().describe('Name of the feature or point of interest'),
       description: z.string().optional().describe('Description of the feature')
     }))
-  }).optional().describe('A collection of points of interest and classified land features to be overlaid on the map.'),
+  }).optional().describe('A collection of HIGH-CONFIDENCE points of interest and classified land features to be overlaid on the map. ONLY include features that are clearly identifiable and highly relevant to the analysis focus or user-drawn areas.'),
 
   // Flattened top-level fields for better xAI compatibility
   extractedLatitude: z.number().optional().describe('The extracted latitude of the center of the image.'),
@@ -35,7 +35,12 @@ export const resolutionSearchSchema = z.object({
     title: z.string(),
     summary: z.string(),
     relevance: z.string()
-  })).optional().describe('List of recent news items relevant to the location.')
+  })).optional().describe('List of recent news items relevant to the location.'),
+
+  // New fields for contextual labels
+  mapboxImageLabel: z.string().optional().describe('A contextual label describing what the Mapbox image shows, based on the analysis focus.'),
+  googleImageLabel: z.string().optional().describe('A contextual label describing what the Google Satellite image shows, based on the analysis focus.'),
+  analysisFocus: z.string().optional().describe('A brief phrase describing the primary focus of the analysis (e.g., "Urban infrastructure analysis", "Forest coverage assessment").')
 })
 
 export type ResolutionSearch = z.infer<typeof resolutionSearchSchema>;

server.log

@@ -5,13 +5,69 @@ $ next dev --turbo
    - Environments: .env
 
  ✓ Starting...
- ✓ Compiled middleware in 433ms
- ✓ Ready in 1802ms
+Attention: Next.js now collects completely anonymous telemetry regarding usage.
+This information is used to shape Next.js' roadmap and prioritize features.
+You can learn more, including how to opt-out if you'd not like to participate in this anonymous program, by visiting the following URL:
+https://nextjs.org/telemetry
+
+ ✓ Compiled middleware in 363ms
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  ○ Compiling / ...
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 Chat DB actions loaded. Ensure getCurrentUserId() is correctly implemented for server-side usage if applicable.
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+ ✓ Compiled middleware in 2ms
+ ○ Compiling /test-carousel ...
+ ✓ Compiled /test-carousel in 6.1s
+ ⨯ Error: `useUIState` must be used inside an <AI> provider.
+    at ResolutionCarousel (components/resolution-carousel.tsx:39:35)
+  37 | }: ResolutionCarouselProps) {
+  38 |   const actions = useActions<typeof AI>() as any
+> 39 |   const [, setMessages] = useUIState<typeof AI>()
+     |                                   ^
+  40 |   const [isAnalyzing, setIsAnalyzing] = React.useState(false)
+  41 |
+  42 |   const handleQCXAnalysis = async () => { {
+  digest: '3019542783'
+}
+ GET /test-carousel 500 in 7348ms
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