input images

app.py

@@ -5,7 +5,7 @@ import os
 from skimage.metrics import structural_similarity as ssim
 
 # Folder containing your dataset of tiles (small images)
-DATASET_FOLDER = "D://NEU/5330/Lab-1/Dataset/"
+DATASET_FOLDER = "Dataset"
 
 def compute_features(image):
     """
@@ -264,14 +264,14 @@ def mosaic_gradio(input_image, num_tiles_y, mosaic_type, progress=gr.Progress())
 # Adding examples so that test images appear as clickable examples.
 # Adjust the paths as needed.
 examples = [
-    ["D:/NEU/5330/Lab-1/input_images/1.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/2.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/3.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/6.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/7.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/8.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/9.jpg", 90, "Image Mosaic"],
-    ["D:/NEU/5330/Lab-1/input_images/10.jpg", 90, "Image Mosaic"]
+    ["input_images/1.jpg", 90, "Image Mosaic"],
+    ["input_images/2.jpg", 90, "Image Mosaic"],
+    ["input_images/3.jpg", 90, "Image Mosaic"],
+    ["input_images/6.jpg", 90, "Image Mosaic"],
+    ["input_images/7.jpg", 90, "Image Mosaic"],
+    ["input_images/8.jpg", 90, "Image Mosaic"],
+    ["input_images/9.jpg", 90, "Image Mosaic"],
+    ["input_images/10.jpg", 90, "Image Mosaic"]
 ]
 
 iface = gr.Interface(