more pictures

public/Artefacts.csv

@@ -4,14 +4,14 @@ Silvershade Ash,Ash,ShelvingAreaD,Fine light-grey volcanic ash collected near a
 Strata Core,Soil,LoggingArea,Soil core with visible stratification showing evidence of liquefaction.,ET-6.9-Brazil-00046,30,no,no,StrataCore.PNG
 Opal Clast,Tephra,ShelvingAreaM,Pumice clast with sharp edges and clear layering.,EV-8.3-Iceland-00127,65,no,no,OpalClast.PNG
 Magnetite Ash,Ash,PalletDeliveryArea,Bagged black ash sample with high magnetic content.,EV-5.3-Myanmar-00088,28,yes,no,MagnetiteAsh.PNG
-Ropeform Fragment,Lava,ShelvingAreaR,Ropey pahoehoe lava fragment with preserved ripples.,EV-6.9-Ethiopia-00012,85,no,no,NoImageFound.PNG
+Ropeform Fragment,Lava,ShelvingAreaR,Ropey pahoehoe lava fragment with preserved ripples.,EV-6.9-Ethiopia-00012,85,no,no,RopeformFragment.PNG
 Glassy Bed,Soil,ShelvingAreaB,Sandy soil deposit with glassy volcanic spherules visible under microscope.,EV-7.8-USA-00167,48,no,no,NoImageFound.PNG
-Groundwater Shard,Tephra,ShelvingAreaJ,Layered tephra shard showing interaction with groundwater.,EV-4.9-Chile-00083,49,no,no,NoImageFound.PNG
+Groundwater Shard,Tephra,ShelvingAreaJ,Layered tephra shard showing interaction with groundwater.,EV-4.9-Chile-00083,49,no,no,GroundwaterShard.PNG
 Sulfur Ghost,Ash,ShelvingAreaG,Grey volcanic ash particle with very high sulfur content.,EV-6.4-Armenia-00219,38,no,no,NoImageFound.PNG
-Obsidian Pillar,Lava,ShelvingAreaC,Dense basalt sample with well-developed columnar structure.,EV-7.7-Jordan-00037,100,yes,no,NoImageFound.PNG
-Peat Nest,Soil,ShelvingAreaP,Peaty soil from earthquake liquefaction area with organic inclusions.,ET-5.1-New Zealand-00032,52,no,no,NoImageFound.PNG
+Obsidian Pillar,Lava,ShelvingAreaC,Dense basalt sample with well-developed columnar structure.,EV-7.7-Jordan-00037,100,yes,no,ObsidianPillar.PNG
+Peat Nest,Soil,ShelvingAreaP,Peaty soil from earthquake liquefaction area with organic inclusions.,ET-5.1-New Zealand-00032,52,no,no,PeatNest.PNG
 Biotite Veil,Ash,PalletDeliveryArea,Ash with visible biotite flakes: lightly compacted.,EV-3.1-USA-00101,32,no,no,NoImageFound.PNG
-Foamcore Pumice,Lava,ShelvingAreaF,High-porosity pumice formed during an explosive event.,EV-8.4-Barbados-00071,77,no,no,NoImageFound.PNG
+Foamcore Pumice,Lava,ShelvingAreaF,High-porosity pumice formed during an explosive event.,EV-8.4-Barbados-00071,77,no,no,FoamcorePumice.PNG
 Redslide Soil,Soil,ShelvingAreaQ,Aggregated red clay soil collected from a collapsed hillside.,EC-7.5-Nicaragua-00078,26,no,no,NoImageFound.PNG
 Spectrum Clast,Tephra,LoggingArea,Multi-coloured tephra clast showing mixed eruption sources.,EV-8.3-Antarctica-00030,54,no,no,NoImageFound.PNG
 Olivine Stone,Lava,ShelvingAreaH,Dense polished lava with visible olivine inclusions.,EV-9.0-Russia-00171,132,no,no,NoImageFound.PNG

src/app/api/import-earthquakes/route.ts

@@ -20,8 +20,20 @@ type CsvRow = {
 	Depth: string;
 };
 
+
+
+
 export async function POST() {
 	try {
+        // Get a random user ID
+        const randomUserArr: Array<{ id: number }> = await prisma.$queryRaw`
+            SELECT TOP 1 id FROM [user] ORDER BY NEWID()
+        `;
+        if (!randomUserArr.length) {
+            return NextResponse.json({ error: 'No users found.' }, { status: 404 });
+        }
+        const userId = randomUserArr[0].id;
+
 		// 1. Read the CSV file
 		const fileContent = await fs.readFile(csvFilePath, "utf8");
 		// 2. Parse the CSV
@@ -40,7 +52,7 @@ export async function POST() {
 			location: row.Location,
 			depth: row.Depth, // store as received
 			// todo add random selection for creatorId
-			creatorId: null,
+			creatorId: userId,
 		}));
 		// 4. Bulk create earthquakes in database:
 		await prisma.earthquake.createMany({