Upload 2 files

filter.ipynb

@@ -42,11 +42,11 @@
     "testset = os.listdir(\"secondleg\")[8]\n",
     "print(testset)\n",
     "tiff = Image.open(pl.Path(\n",
-    "    rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.tiff')) \n",
+    "    rf'.\\secondleg\\{testset}\\{testset}.tiff')) \n",
     "csv = pd.read_csv(pl.Path(\n",
-    "    rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.csv')) \n",
+    "    rf'.\\secondleg\\{testset}\\{testset}.csv')) \n",
     "with open(pl.Path( \n",
-    "    rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\offset.txt'),\"+x\") as f: \n",
+    "    rf'.\\secondleg\\{testset}\\offset.txt'),\"+x\") as f: \n",
     "    offset = f.read()  \n",
     "    if offset != '':\n",
     "        offset = int(offset)\n",
@@ -83,11 +83,11 @@
     "\n",
     "# opens the images, csvs and offset files and reads the needed data\n",
     "tiff = Image.open(pl.Path(\n",
-    "    rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.tiff'))\n",
+    "    rf'.\\secondleg\\{testset}\\{testset}.tiff'))\n",
     "csv = pd.read_csv(pl.Path(\n",
-    "    rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.csv'))\n",
+    "    rf'.\\secondleg\\{testset}\\{testset}.csv'))\n",
     "with open(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\offset.txt')) as f:\n",
+    "        rf'.\\secondleg\\{testset}\\offset.txt')) as f:\n",
     "    offset = f.read()\n",
     "    if offset == \"\":\n",
     "        offset = 0\n",
@@ -130,13 +130,13 @@
     "    print(testset)\n",
     "\n",
     "    tiff = Image.open(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.tiff'))\n",
+    "        rf'.\\secondleg\\{testset}\\{testset}.tiff'))\n",
     "\n",
     "    csv = pd.read_csv(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\{testset}.csv'))\n",
+    "        rf'.\\secondleg\\{testset}\\{testset}.csv'))\n",
     "\n",
     "    with open(pl.Path(\n",
-    "            rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\offset.txt')) as f:\n",
+    "            rf'.\\secondleg\\{testset}\\offset.txt')) as f:\n",
     "        offset = f.read()\n",
     "        if offset == \"\":\n",
     "            offset = 0\n",
@@ -153,7 +153,7 @@
     "\n",
     "    # Save the cropped and converted image to the specified path\n",
     "    img.save(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\cropped_img_{testset}.png'))\n",
+    "        rf'.\\secondleg\\{testset}\\cropped_img_{testset}.png'))\n",
     "\n",
     "    # Add the offset to the specified columns of the csv file and reverse the order\n",
     "    csv = csv[[\"x_surface\", \"y_surface\", \"x_bed\", \"y_bed\"]]+offset\n",
@@ -201,7 +201,7 @@
     "\n",
     "    # Save the image with the drawn polygons to the specified path\n",
     "    img.save(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\img_mask_{testset}.png'))"
+    "        rf'.\\secondleg\\{testset}\\img_mask_{testset}.png'))"
    ]
   },
   {
@@ -216,10 +216,10 @@
     "for testset in os.listdir(\"secondleg\"):\n",
     "\n",
     "    cimg = Image.open(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\cropped_img_{testset}.png'))\n",
+    "        rf'.\\secondleg\\{testset}\\cropped_img_{testset}.png'))\n",
     "\n",
     "    mask = Image.open(pl.Path(\n",
-    "        rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\img_mask_{testset}.png'))\n",
+    "        rf'.\\secondleg\\{testset}\\img_mask_{testset}.png'))\n",
     "\n",
     "    # Calculate the sections to crop the image into, with each section being 400 pixels wide and an overlap of 80 pixels\n",
     "    cropsection = window_with_remainder(400, 80, cimg.size[0])\n",
@@ -227,17 +227,17 @@
     "    # Try to create directories for the cropped images and masks\n",
     "    try:\n",
     "        os.mkdir(pl.Path(\n",
-    "            rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\cropped_images'))\n",
+    "            rf'.\\secondleg\\{testset}\\cropped_images'))\n",
     "\n",
     "        os.mkdir(pl.Path(\n",
-    "            rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\cropped_masks'))\n",
+    "            rf'.\\secondleg\\{testset}\\cropped_masks'))\n",
     "    except:\n",
     "        pass\n",
     "\n",
     "    for i in cropsection:\n",
     "        # Crop the image to the current section, resize it to 400x400, and save it to the specified path\n",
     "        cimg.crop((i[0], 0, i[1], cimg.size[1])).resize((400, 400)).save(pl.Path(\n",
-    "            rf'C:\\Users\\aashr\\Desktop\\research\\glaciers\\secondleg\\{testset}\\cropped_images\\cimg-{testset}_{i[0]}_{i[1]}.png'))\n"
+    "            rf'\\secondleg\\{testset}\\cropped_images\\cimg-{testset}_{i[0]}_{i[1]}.png'))\n"
    ]
   },
   {