Perfect Knowledge Attack (mean filter).ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "import tensorflow as tf\n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "import pickle\n",
    "import shutil\n",
    "import os\n",
    "import time\n",
    "from collections import defaultdict\n",
    "from PIL import Image\n",
    "from matplotlib.pyplot import imsave\n",
    "\n",
    "import facenet\n",
    "import lfw\n",
    "import foolbox\n",
    "\n",
    "import mp"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 1. create a general mean-filter Tensorflow graph"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "def make_mean_filter_graph(filter_size=3):\n",
    "    \"\"\"Creates a graph that computes a (filter_size x filter_size) mean filter.\n",
    "    \n",
    "    The graph performs:\n",
    "        'input' -> avg_pool (same as a mean filter) -> 'output'\n",
    "    \n",
    "    'input' shape should be (batch_size, height, width, num_channels)\n",
    "    'output' shape is same as input shape\n",
    "    \n",
    "    returns:\n",
    "        (input_placeholder, output_placeholder, graph_object)\n",
    "    \"\"\"\n",
    "    with tf.Graph().as_default() as graph:\n",
    "        face_input_img = tf.placeholder(tf.float32, name=\"input\")\n",
    "        y = tf.nn.avg_pool(face_input_img, [1, filter_size, filter_size, 1], [1, 1, 1, 1], 'SAME')\n",
    "        # NOTE: using identity to get a known name for the output tensor.\n",
    "        output = tf.identity(y, name=\"output\")\n",
    "    return (face_input_img, output, graph)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "size = 100\n",
    "faces1, faces2, labels = mp.load_testset(size)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "def mean_filter_faces(filter_size):\n",
    "    \"\"\"Applied a mean filter to all images in faces1\"\"\"\n",
    "    face_input_img, output, graph = make_mean_filter_graph(filter_size)\n",
    "    with tf.Session(graph=graph) as sess:\n",
    "        return sess.run(output, feed_dict={face_input_img: faces1})"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "filter_size = 3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [],
   "source": [
    "face_input_img, output, graph = make_mean_filter_graph(filter_size)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [],
   "source": [
    "gdef = graph.as_graph_def()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "['input', 'AvgPool', 'output']"
      ]
     },
     "execution_count": 9,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "[n.name for n in gdef.node]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [],
   "source": [
    "def make_filter_plotter(filter_size):\n",
    "    filtered_faces = mean_filter_faces(filter_size)\n",
    "    \n",
    "    def plot_mean_filter(img_index):\n",
    "        orig_img = faces1[img_index]\n",
    "        new_img = filtered_faces[img_index]\n",
    "        plt.subplot(1, 2, 1)\n",
    "        plt.title('Original')\n",
    "        plt.imshow(orig_img)\n",
    "        plt.subplot(1, 2, 2)\n",
    "        plt.title('With {f}x{f} mean filter'.format(f=filter_size))\n",
    "        plt.imshow(new_img)\n",
    "        print('change in norm:', np.linalg.norm(orig_img - new_img))\n",
    "        \n",
    "    return plot_mean_filter"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [],
   "source": [
    "plot_3x3_filter = make_filter_plotter(3)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "change in norm: 1.6893917187721397\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot_3x3_filter(0)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [],
   "source": [
    "plot_12x12_filter = make_filter_plotter(12)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "change in norm: 8.742888951421827\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot_12x12_filter(0)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 2. 'Prepend' a mean filter to our facenet model"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Here we modify `InceptionResnetV1Model.__init__` to take a parameter `mean_filter_size` that determines the size of the mean filter to apply to all images that it operates on. We change the Tensorflow graph to first apply a mean filter (as per `make_mean_filter_graph` above) on the input image, and then pass the blurred image through the original pre-trained inception resnet model.\n",
    "\n",
    "Note that we are using a pre-trained model, so the mean filter is purely operating at inferance-time, not during training. This is technically causes a mismatch between train/test data distributions, but will still illustrate whether an attack is as effective on the mean-filtered image as on an original image."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {},
   "outputs": [],
   "source": [
    "class InceptionResnetV1Model():\n",
    "  model_path = \"../models/20180402-114759/20180402-114759.pb\"\n",
    "\n",
    "  def __init__(self, mean_filter_size=0):\n",
    "    \"\"\"\n",
    "    mean_filter_size -- size of a mean filter to be applied on every input image\n",
    "    \"\"\"\n",
    "    # Load Facenet CNN\n",
    "    facenet.load_model(self.model_path)\n",
    "    # Save input and output tensors references\n",
    "    graph = tf.get_default_graph()\n",
    "    self.face_input = graph.get_tensor_by_name(\"input:0\")\n",
    "    self.embedding_output = graph.get_tensor_by_name(\"embeddings:0\")\n",
    "    \n",
    "    self.graph = graph\n",
    "    \n",
    "    # prepend the mean filter if used\n",
    "    if mean_filter_size > 0:\n",
    "        mean_filter_input, mean_filter_output, mean_filter_graph = \\\n",
    "            make_mean_filter_graph(mean_filter_size)\n",
    "        \n",
    "        g1_def = mean_filter_graph.as_graph_def()\n",
    "        g2_def = graph.as_graph_def()\n",
    "    \n",
    "        # https://stackoverflow.com/questions/33748552/tensorflow-how-to-replace-a-node-in-a-calculation-graph/33770771\n",
    "        with tf.Graph().as_default() as g_combined:\n",
    "            self.face_input = tf.placeholder(tf.float32, name=\"input\")\n",
    "            mean_filtered_faces, = tf.import_graph_def(\n",
    "                g1_def,\n",
    "                input_map={\"input:0\": self.face_input}, return_elements=[\"output:0\"]\n",
    "            )\n",
    "            self.embedding_output, = tf.import_graph_def(\n",
    "                g2_def,\n",
    "                input_map={\"input:0\": mean_filtered_faces, 'phase_train:0': False}, return_elements=[\"embeddings:0\"]\n",
    "            )\n",
    "\n",
    "        # override the model's graph with our new combined graph\n",
    "        self.graph = g_combined\n",
    "\n",
    "  def convert_to_classifier(self):\n",
    "    with self.graph.as_default():\n",
    "        # Create victim_embedding placeholder\n",
    "        self.victim_embedding_input = tf.placeholder(\n",
    "            tf.float32,\n",
    "            shape=(None, 512))\n",
    "\n",
    "        # Squared Euclidean Distance between embeddings\n",
    "        self.distance = tf.reduce_sum(\n",
    "            tf.square(self.embedding_output - self.victim_embedding_input),\n",
    "            axis=1)\n",
    "\n",
    "        # Convert distance to a softmax vector\n",
    "        # 0.99 out of 4 is the distance threshold for the Facenet CNN\n",
    "        threshold = 0.99\n",
    "        score = tf.where(\n",
    "            self.distance > threshold,\n",
    "            0.5 + ((self.distance - threshold) * 0.5) / (4.0 - threshold),\n",
    "            0.5 * self.distance / threshold)\n",
    "        reverse_score = 1.0 - score\n",
    "        self.softmax_output = tf.transpose(tf.stack([reverse_score, score]))\n",
    "\n",
    "        # Save softmax layer\n",
    "        self.layer_names = []\n",
    "        self.layers = []\n",
    "        self.layers.append(self.softmax_output)\n",
    "        self.layer_names.append('logits')\n",
    "\n",
    "  def convert_to_targeted_classifier(self, victim):\n",
    "    with self.graph.as_default():\n",
    "        # Create victim_embedding placeholder\n",
    "        self.victim_embedding_input = tf.constant(\n",
    "            victim,\n",
    "            shape=(1, 512))\n",
    "\n",
    "        # Squared Euclidean Distance between embeddings\n",
    "        self.distance = tf.reduce_sum(\n",
    "            tf.square(self.embedding_output - self.victim_embedding_input),\n",
    "            axis=1)\n",
    "\n",
    "        # Convert distance to a softmax vector\n",
    "        # 0.99 out of 4 is the distance threshold for the Facenet CNN\n",
    "        threshold = 0.99\n",
    "        score = tf.where(\n",
    "            self.distance > threshold,\n",
    "            0.5 + ((self.distance - threshold) * 0.5) / (4.0 - threshold),\n",
    "            0.5 * self.distance / threshold)\n",
    "        reverse_score = 1.0 - score\n",
    "\n",
    "        self.softmax_output = tf.transpose(tf.stack([reverse_score, score]))\n",
    "\n",
    "        # Foolbox expects logits\n",
    "        self.logits = tf.log(self.softmax_output)\n",
    "\n",
    "        # Save softmax layer\n",
    "        self.layer_names = []\n",
    "        self.layers = []\n",
    "        self.layers.append(self.logits)\n",
    "        self.layer_names.append('logits')\n",
    "\n",
    "  def fprop(self, x, set_ref=False):\n",
    "    return dict(zip(self.layer_names, self.layers))"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 3. An example attack on our mean-filtering facenet model"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Here we demonstrate an exmaple FGSM attack on our mean-filtering face identification model."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {},
   "outputs": [],
   "source": [
    "filter_size = 3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Model filename: ../models/20180402-114759/20180402-114759.pb\n",
      "WARNING:tensorflow:From /home/ubuntu/examples/facenet/src/facenet.py:372: FastGFile.__init__ (from tensorflow.python.platform.gfile) is deprecated and will be removed in a future version.\n",
      "Instructions for updating:\n",
      "Use tf.gfile.GFile.\n",
      "WARNING:tensorflow:From /home/ubuntu/examples/facenet/src/facenet.py:373: The name tf.GraphDef is deprecated. Please use tf.compat.v1.GraphDef instead.\n",
      "\n",
      "WARNING:tensorflow:From <ipython-input-15-971434469dd2>:57: add_dispatch_support.<locals>.wrapper (from tensorflow.python.ops.array_ops) is deprecated and will be removed in a future version.\n",
      "Instructions for updating:\n",
      "Use tf.where in 2.0, which has the same broadcast rule as np.where\n"
     ]
    }
   ],
   "source": [
    "tf.Graph().as_default()\n",
    "# Load model\n",
    "model = InceptionResnetV1Model(filter_size)\n",
    "# Convert to classifier\n",
    "with model.graph.as_default():\n",
    "    model.convert_to_classifier()\n",
    "\n",
    "    # Load pairs of faces and their labels in one-hot encoding\n",
    "    faces1, faces2, labels = mp.load_testset(size)\n",
    "    binary_labels = [0 if labels[i][0] == 1 else 1 for i in range(size)]\n",
    "\n",
    "    # Create victims' embeddings using Facenet itself\n",
    "    graph = tf.get_default_graph()\n",
    "\n",
    "    with tf.Session() as sess:\n",
    "        feed_dict = {model.face_input: faces2}\n",
    "        victims_embeddings = sess.run(model.embedding_output, feed_dict=feed_dict)\n",
    "        feed_dict = {model.face_input: faces1}\n",
    "        non_victims_embeddings = sess.run(model.embedding_output, feed_dict=feed_dict)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "WARNING:tensorflow:From /home/ubuntu/anaconda3/envs/tensorflow_p36/lib/python3.6/site-packages/foolbox/models/tensorflow.py:44: The name tf.get_default_session is deprecated. Please use tf.compat.v1.get_default_session instead.\n",
      "\n",
      "WARNING:tensorflow:From /home/ubuntu/anaconda3/envs/tensorflow_p36/lib/python3.6/site-packages/foolbox/models/tensorflow.py:63: The name tf.placeholder is deprecated. Please use tf.compat.v1.placeholder instead.\n",
      "\n"
     ]
    }
   ],
   "source": [
    "i = 0\n",
    "with tf.Session(graph=model.graph) as sess:\n",
    "    model.convert_to_targeted_classifier(victims_embeddings[i])\n",
    "    model_fb = foolbox.models.TensorFlowModel(model.face_input, model.logits, (0, 1), {})\n",
    "\n",
    "    attack = foolbox.v1.attacks.FGSM(model_fb)\n",
    "    adversarial = attack(faces1[i:i+1][0], label=0)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {},
   "outputs": [],
   "source": [
    "plot_filtered_img = make_filter_plotter(filter_size)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "change in norm: 1.6893917187721397\n"
     ]
    },
    {
     "data": {
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\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plot_filtered_img(i)\n",
    "# on the right is the mean-filtered image that is passed to the inception resnet model."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.image.AxesImage at 0x7fa3b49e1fd0>"
      ]
     },
     "execution_count": 21,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 3 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.subplot(1, 3, 1)\n",
    "plt.imshow(faces1[i])\n",
    "\n",
    "plt.subplot(1, 3, 2)\n",
    "plt.imshow(adversarial)\n",
    "\n",
    "plt.subplot(1, 3, 3)\n",
    "plt.imshow(adversarial - faces1[i] + 0.5)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "0.6978432955506038"
      ]
     },
     "execution_count": 22,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "np.linalg.norm(adversarial - faces1[i])"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 4. Run each of the attacks on the mean-filtering model"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [],
   "source": [
    "attacks = {\n",
    "    'fgsm': foolbox.v1.attacks.FGSM,\n",
    "    'deep_fool': foolbox.v1.attacks.DeepFoolL2Attack,\n",
    "    'guassian_noise': foolbox.v1.attacks.AdditiveGaussianNoiseAttack,\n",
    "    'uniform_noise': foolbox.v1.attacks.AdditiveUniformNoiseAttack,  \n",
    "}"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [],
   "source": [
    "filter_size = 3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 25,
   "metadata": {},
   "outputs": [],
   "source": [
    "# model = InceptionResnetV1Model(filter_size)\n",
    "# model.convert_to_classifier()\n",
    "# sess = tf.Session(graph=model.graph)\n",
    "# graph = model.graph\n",
    "# tf.reset_default_graph()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 26,
   "metadata": {},
   "outputs": [],
   "source": [
    "progress_fn = 'mean_filter_experiment_progress.txt'\n",
    "def run_attack(i, attack_name):\n",
    "    \"\"\"run a given attack for the image with index `i`\"\"\"\n",
    "    tf.reset_default_graph()\n",
    "    \n",
    "    model = InceptionResnetV1Model(filter_size)\n",
    "    model.convert_to_classifier()\n",
    "\n",
    "    with tf.Session(graph=model.graph) as sess:\n",
    "        attack_constructor = attacks[attack_name]\n",
    "\n",
    "        with open(progress_fn, 'a') as f:\n",
    "            f.write(\"Starting attack {} on image {}\\n\".format(attack_name, i))\n",
    "\n",
    "        t0 = time.time()\n",
    "        model.convert_to_targeted_classifier(victims_embeddings[i])\n",
    "        model_fb = foolbox.models.TensorFlowModel(model.face_input, model.logits, (0, 1), {})\n",
    "        t1 = time.time()\n",
    "\n",
    "        attack = attack_constructor(model_fb)\n",
    "        adversarial = attack(faces1[i:i+1][0], label=binary_labels[i])\n",
    "        t2 = time.time()\n",
    "\n",
    "        if adversarial is not None:\n",
    "            diff = np.linalg.norm(adversarial - faces1[i])\n",
    "            model.convert_to_classifier()\n",
    "            feed_dict = {model.face_input: [adversarial]}\n",
    "            adversarial_embedding = sess.run(model.embedding_output, feed_dict=feed_dict)[0]\n",
    "        else:\n",
    "            diff = None\n",
    "            adversarial_embedding = None\n",
    "        t3 = time.time()\n",
    "\n",
    "        with open(progress_fn, 'a') as f:\n",
    "            f.write('durations: {} {} {}\\n'.format(t1 - t0, t2-t1, t3-t2))\n",
    "        return {\n",
    "            'changed': diff,\n",
    "            'adversarial': adversarial,\n",
    "            'adversarial_embedding': adversarial_embedding,\n",
    "        }"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {},
   "outputs": [],
   "source": [
    "experiment_size = 50\n",
    "\n",
    "def generate_data():\n",
    "    os.remove(progress_fn)\n",
    "    attack_to_data = defaultdict(list)\n",
    "    for attack_name in attacks:\n",
    "        changed = []\n",
    "        adversarials = []\n",
    "\n",
    "        for i in range(experiment_size):\n",
    "            res = run_attack(i, attack_name)\n",
    "            changed.append(res['changed'])\n",
    "            adversarials.append(res['adversarial'])\n",
    "\n",
    "        attack_to_data[attack_name] = {\n",
    "            'changed': changed,\n",
    "            'adversarials': adversarials\n",
    "        }\n",
    "    return attack_to_data"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 24,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "1.890271232\n"
     ]
    }
   ],
   "source": [
    "## utility code for checking memory usage\n",
    "import os\n",
    "import psutil\n",
    "process = psutil.Process(os.getpid())\n",
    "print(process.memory_info().rss / 1e9)\n",
    "# 1st experiment run: 2.540982272 GB\n",
    "# 2nd experiment run: 2.442838016 GB -> nice! no memory leak, it appears"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "scrolled": true
   },
   "outputs": [],
   "source": [
    "filename = 'attack_results/mean_attack_to_data_copy.pkl'\n",
    "\n",
    "# load results\n",
    "with open(filename, 'rb') as f:\n",
    "    attack_to_data = pickle.load(f)\n",
    "\n",
    "# save results\n",
    "# large_attack_to_data = generate_data()\n",
    "# with open(filename, 'wb') as f:\n",
    "#     pickle.dump(large_attack_to_data, f)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## 5. We now compare these new results to the previous results"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "To evaluate the efficacy of the attacks without and with our blurring defense, we observe:\n",
    "\n",
    "1. (general evaluation of blurring as part the face recognition system) the effect of the blurring defense on the original images. how much did the norm change? is the original classifier still effective?\n",
    "2. rate of attacker failure\n",
    "3. the change in norm between the attacker's adversarial image and the original image. We believe that in the defended network, the norm will much greater because the mean filter roughly makes the attacker more \"lossy\", meaning that attacker needs to make larger perturbations to change the img's classification.\n",
    "4. change in the norm of the distance between the adversarial embedding and the original embedding"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### 5.1"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": [
    "for i in range(50): \n",
    "    blurred = cv2.blur(faces1[i], (3,3))\n",
    "    feed_dict = {model.face_input: np.array([faces1[i]]),\n",
    "                 model.victim_embedding_input: victims_embeddings[i:i+1],\n",
    "                 phase_train_placeholder: False,\n",
    "                 batch_size: 1}\n",
    "    prediction = sess.run(model.softmax_output, feed_dict=feed_dict).argmax(axis=-1)[0]\n",
    "    if (prediction != binary_labels[i]):\n",
    "         print(\"Misclassification for example \", i)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Same results as base FaceNet, one image misclassified. So this is a reasonable defense and should not effect honest participants"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "### 5.2 and 5.3"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "with open('full_results', 'rb') as f:\n",
    "    old_results = pickle.load(f)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "def analyze_results_for_attack(res, attack_name):\n",
    "    already_misclassified = []\n",
    "    attack_failures = []\n",
    "    norm_changed = []\n",
    "    chg = res[attack_name]['changed']\n",
    "    \n",
    "    N = len(chg)\n",
    "    for i in range(N):\n",
    "        if chg[i] is None:\n",
    "            attack_failures.append(i)\n",
    "        elif chg[i] == 0:\n",
    "            already_misclassified.append(i)\n",
    "        else:\n",
    "            norm_changed.append(chg[i])\n",
    "    \n",
    "    print('=== {} ==='.format(attack_name))\n",
    "    print('# already misclassified:', len(already_misclassified))\n",
    "    print('# failures:', len(attack_failures))\n",
    "    \n",
    "    plt.title('norm change distribution for {}'.format(attack_name))\n",
    "    plt.plot(sorted(norm_changed))\n",
    "    avg = np.average(norm_changed)\n",
    "    plt.axhline(y=avg, xmin=0, xmax=len(norm_changed), label='avg {:0.2f}'.format(avg), linestyle='--')\n",
    "    plt.legend()\n",
    "    plt.show()\n",
    "    \n",
    "def analyze_results(results):\n",
    "    for attack_name in results.keys():\n",
    "        analyze_results_for_attack(results, attack_name)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== fgsm ===\n",
      "# already misclassified: 1\n",
      "# failures: 5\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== deep_fool ===\n",
      "# already misclassified: 1\n",
      "# failures: 0\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== guassian_noise ===\n",
      "# already misclassified: 1\n",
      "# failures: 23\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== uniform_noise ===\n",
      "# already misclassified: 1\n",
      "# failures: 24\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "analyze_results(old_results)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 36,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "defaultdict(list,\n",
       "            {'fgsm': {'changed': [0.6978432955506038,\n",
       "               0.0,\n",
       "               1.559884983599058,\n",
       "               4.378624649507606,\n",
       "               1.0399233223993747,\n",
       "               3.1197699671981156,\n",
       "               4.104960322185217,\n",
       "               1.2314880711686185,\n",
       "               3.1197699671981156,\n",
       "               2.736640214790149,\n",
       "               1.9156482523008918,\n",
       "               None,\n",
       "               None,\n",
       "               2.8597890728809072,\n",
       "               2.0798466447987494,\n",
       "               None,\n",
       "               0.6567936974261435,\n",
       "               1.7240833760969083,\n",
       "               3.379750861515339,\n",
       "               1.5598849835990578,\n",
       "               1.0946561623769013,\n",
       "               None,\n",
       "               1.6419841798479817,\n",
       "               0.5199616611996872,\n",
       "               2.8597890728809072,\n",
       "               3.2839683596959643,\n",
       "               None,\n",
       "               2.599808178563684,\n",
       "               5.19961635712737,\n",
       "               0.8209920899239911,\n",
       "               0.875724866184151,\n",
       "               1.2314880711686185,\n",
       "               0.05473280413650944,\n",
       "               4.104960322185217,\n",
       "               0.38312962497323116,\n",
       "               1.1630721804901336,\n",
       "               1.0946561623769016,\n",
       "               1.7240833760969083,\n",
       "               0.30103042872430613,\n",
       "               1.0399233223993747,\n",
       "               2.5998081785636846,\n",
       "               1.8198657504815268,\n",
       "               1.8198657504815268,\n",
       "               0.9304577061616821,\n",
       "               1.2314880711686185,\n",
       "               3.0103042872430614,\n",
       "               2.339827539115956,\n",
       "               0.9851904824218396,\n",
       "               1.9156482523008915,\n",
       "               0.5746944374598445],\n",
       "              'adversarials': [array([[[0.69871512, 0.67178177, 0.60742835],\n",
       "                       [0.69691958, 0.67178177, 0.60563279],\n",
       "                       [0.68973736, 0.66639509, 0.59995943],\n",
       "                       ...,\n",
       "                       [0.31805678, 0.27496337, 0.26598557],\n",
       "                       [0.3101201 , 0.2670267 , 0.25984447],\n",
       "                       [0.3101201 , 0.2670267 , 0.25984447]],\n",
       "               \n",
       "                      [[0.71128404, 0.68284178, 0.62179281],\n",
       "                       [0.7094885 , 0.68104624, 0.61999725],\n",
       "                       [0.7094885 , 0.68614624, 0.61791502],\n",
       "                       ...,\n",
       "                       [0.31087455, 0.26088557, 0.25880334],\n",
       "                       [0.30652898, 0.26343557, 0.25625334],\n",
       "                       [0.30652898, 0.26343557, 0.25625334]],\n",
       "               \n",
       "                      [[0.68973736, 0.64872618, 0.59306388],\n",
       "                       [0.68973736, 0.64693062, 0.59126832],\n",
       "                       [0.68794178, 0.64693062, 0.58229053],\n",
       "                       ...,\n",
       "                       [0.31087455, 0.26627226, 0.24831667],\n",
       "                       [0.30832455, 0.26882226, 0.25086667],\n",
       "                       [0.3101201 , 0.27061782, 0.25086667]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.37551464, 0.34707238, 0.32344345],\n",
       "                       [0.37910576, 0.3506635 , 0.32703457],\n",
       "                       [0.38269688, 0.35425462, 0.33062568],\n",
       "                       ...,\n",
       "                       [0.29651007, 0.27496337, 0.25521223],\n",
       "                       [0.29575563, 0.27420893, 0.25266223],\n",
       "                       [0.29755119, 0.27600449, 0.25445779]],\n",
       "               \n",
       "                      [[0.37655576, 0.3532135 , 0.32448457],\n",
       "                       [0.37835132, 0.35500906, 0.32628013],\n",
       "                       [0.38014688, 0.35680462, 0.32987124],\n",
       "                       ...,\n",
       "                       [0.29216451, 0.27061782, 0.25086667],\n",
       "                       [0.29396007, 0.27241337, 0.25086667],\n",
       "                       [0.29575563, 0.27420893, 0.25266223]],\n",
       "               \n",
       "                      [[0.37655576, 0.3532135 , 0.32448457],\n",
       "                       [0.37835132, 0.35500906, 0.32628013],\n",
       "                       [0.37835132, 0.35500906, 0.32807568],\n",
       "                       ...,\n",
       "                       [0.29216451, 0.27061782, 0.25086667],\n",
       "                       [0.29396007, 0.27241337, 0.25086667],\n",
       "                       [0.29575563, 0.27420893, 0.25266223]]]),\n",
       "               array([[[0.58856058, 0.55095834, 0.50332885],\n",
       "                       [0.59106741, 0.55346517, 0.50583567],\n",
       "                       [0.59357422, 0.55597198, 0.50834248],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.12229279, 0.14986777],\n",
       "                       [0.23760634, 0.12229279, 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.14234731]],\n",
       "               \n",
       "                      [[0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.54093109, 0.4958084 ],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.1247996 , 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.1398405 ],\n",
       "                       [0.23760634, 0.1247996 , 0.13733369]],\n",
       "               \n",
       "                      [[0.57853332, 0.5434379 , 0.47575387],\n",
       "                       [0.58104014, 0.54594472, 0.47826069],\n",
       "                       [0.58354696, 0.54845153, 0.4807675 ],\n",
       "                       ...,\n",
       "                       [0.23509952, 0.12229279, 0.13733369],\n",
       "                       [0.23259271, 0.11978598, 0.13232004],\n",
       "                       [0.23509952, 0.12229279, 0.12981323]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.29526311, 0.21755182, 0.21253818],\n",
       "                       [0.31531763, 0.23760634, 0.23259271],\n",
       "                       [0.3253449 , 0.24763361, 0.24261997],\n",
       "                       ...,\n",
       "                       [0.16992229, 0.15237458, 0.15738821],\n",
       "                       [0.16490865, 0.14986777, 0.15237458],\n",
       "                       [0.15738821, 0.14234731, 0.14234731]],\n",
       "               \n",
       "                      [[0.25014042, 0.16490865, 0.16240184],\n",
       "                       [0.26768813, 0.18245637, 0.17994955],\n",
       "                       [0.27019494, 0.18496319, 0.18245637],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15989503, 0.16490865],\n",
       "                       [0.1724291 , 0.15738821, 0.16240184],\n",
       "                       [0.16741548, 0.15237458, 0.15738821]],\n",
       "               \n",
       "                      [[0.21755182, 0.12730641, 0.13232004],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15488139, 0.16240184],\n",
       "                       [0.17744274, 0.15738821, 0.16490865],\n",
       "                       [0.17493593, 0.15989503, 0.16490865]]]),\n",
       "               array([[[0.29635709, 0.5296264 , 0.49764524],\n",
       "                       [0.29435826, 0.52762758, 0.49564642],\n",
       "                       [0.29435826, 0.52762758, 0.4936476 ],\n",
       "                       ...,\n",
       "                       [0.27636885, 0.500237  , 0.47025467],\n",
       "                       [0.28007002, 0.50793582, 0.47395584],\n",
       "                       [0.28806533, 0.50193936, 0.46596055]],\n",
       "               \n",
       "                      [[0.29435826, 0.5296264 , 0.50164289],\n",
       "                       [0.29435826, 0.52762758, 0.49764524],\n",
       "                       [0.29435826, 0.52762758, 0.49564642],\n",
       "                       ...,\n",
       "                       [0.27437002, 0.49623936, 0.46625702],\n",
       "                       [0.28007002, 0.50393818, 0.47195702],\n",
       "                       [0.28806533, 0.50193936, 0.46596055]],\n",
       "               \n",
       "                      [[0.30775709, 0.52762758, 0.50164289],\n",
       "                       [0.30575826, 0.52762758, 0.49964407],\n",
       "                       [0.30375944, 0.52762758, 0.49964407],\n",
       "                       ...,\n",
       "                       [0.28236533, 0.49224171, 0.4756582 ],\n",
       "                       [0.28806533, 0.50793582, 0.47395584],\n",
       "                       [0.2940618 , 0.50793582, 0.47195702]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.3797147 , 0.5296264 , 0.6095793 ],\n",
       "                       [0.37771588, 0.52762758, 0.61157814],\n",
       "                       [0.36631588, 0.51422876, 0.6061746 ],\n",
       "                       ...,\n",
       "                       [0.43967938, 0.48824407, 0.5622005 ],\n",
       "                       [0.43198056, 0.49194524, 0.5679005 ],\n",
       "                       [0.43198056, 0.49194524, 0.55990521]],\n",
       "               \n",
       "                      [[0.38001117, 0.52192758, 0.61387343],\n",
       "                       [0.38800646, 0.52992287, 0.62786518],\n",
       "                       [0.3920041 , 0.53192169, 0.63386165],\n",
       "                       ...,\n",
       "                       [0.44397349, 0.50193936, 0.57589579],\n",
       "                       [0.44197467, 0.50193936, 0.57189814],\n",
       "                       [0.43997585, 0.49994053, 0.56390285]],\n",
       "               \n",
       "                      [[0.39000528, 0.5239264 , 0.62786518],\n",
       "                       [0.40599586, 0.53991698, 0.64585458],\n",
       "                       [0.41199233, 0.54791227, 0.65384987],\n",
       "                       ...,\n",
       "                       [0.44996996, 0.50993465, 0.57989343],\n",
       "                       [0.44797114, 0.50793582, 0.57589579],\n",
       "                       [0.44397349, 0.50193936, 0.56190403]]]),\n",
       "               array([[[0.52525675, 0.50125128, 0.50724718],\n",
       "                       [0.52325812, 0.49525538, 0.49525538],\n",
       "                       [0.52325812, 0.48526221, 0.48126495],\n",
       "                       ...,\n",
       "                       [0.18149179, 0.15151229, 0.1575082 ],\n",
       "                       [0.16349315, 0.13551229, 0.13950956],\n",
       "                       [0.16149452, 0.13751092, 0.13751092]],\n",
       "               \n",
       "                      [[0.53125265, 0.50324991, 0.50125128],\n",
       "                       [0.52925401, 0.49525538, 0.48925948],\n",
       "                       [0.52725538, 0.48526221, 0.47526905],\n",
       "                       ...,\n",
       "                       [0.17549588, 0.14951365, 0.15151229],\n",
       "                       [0.15749724, 0.13351365, 0.13351365],\n",
       "                       [0.15749724, 0.13351365, 0.13351365]],\n",
       "               \n",
       "                      [[0.53325128, 0.50324991, 0.49925265],\n",
       "                       [0.53125265, 0.49325674, 0.48726084],\n",
       "                       [0.52725538, 0.48326358, 0.46927314],\n",
       "                       ...,\n",
       "                       [0.17549588, 0.11751365, 0.14951365],\n",
       "                       [0.15749724, 0.13351365, 0.13351365],\n",
       "                       [0.15749724, 0.13351365, 0.13351365]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.38533055, 0.33938384, 0.24944531],\n",
       "                       [0.4033401 , 0.3253934 , 0.23745352],\n",
       "                       [0.38735103, 0.27740433, 0.18946444],\n",
       "                       ...,\n",
       "                       [0.3014098 , 0.2814016 , 0.31737699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699]],\n",
       "               \n",
       "                      [[0.40332918, 0.3213852 , 0.23144669],\n",
       "                       [0.39333601, 0.31139203, 0.22345214],\n",
       "                       [0.3813442 , 0.30139886, 0.21345898],\n",
       "                       ...,\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699]],\n",
       "               \n",
       "                      [[0.39933191, 0.31738793, 0.22545078],\n",
       "                       [0.39533465, 0.31339067, 0.22345214],\n",
       "                       [0.38933875, 0.30739477, 0.21945489],\n",
       "                       ...,\n",
       "                       [0.2854098 , 0.29540296, 0.33537563],\n",
       "                       [0.28341116, 0.29540296, 0.33537563],\n",
       "                       [0.28141253, 0.29540296, 0.33337699]]]),\n",
       "               array([[[0.44666281, 0.42150176, 0.39634071],\n",
       "                       [0.44666281, 0.41390176, 0.39634071],\n",
       "                       [0.44917892, 0.42401787, 0.39885682],\n",
       "                       ...,\n",
       "                       [0.46427555, 0.43408229, 0.39885682],\n",
       "                       [0.46047555, 0.43028229, 0.39505682],\n",
       "                       [0.46047555, 0.43028229, 0.39505682]],\n",
       "               \n",
       "                      [[0.44666281, 0.41390176, 0.39634071],\n",
       "                       [0.44666281, 0.41390176, 0.39634071],\n",
       "                       [0.43906281, 0.41390176, 0.39634071],\n",
       "                       ...,\n",
       "                       [0.46175944, 0.43156618, 0.39634071],\n",
       "                       [0.45795944, 0.42776618, 0.39254071],\n",
       "                       [0.45795944, 0.42776618, 0.39254071]],\n",
       "               \n",
       "                      [[0.44414671, 0.41138566, 0.39382461],\n",
       "                       [0.44414671, 0.41138566, 0.39382461],\n",
       "                       [0.43906281, 0.41390176, 0.39634071],\n",
       "                       ...,\n",
       "                       [0.45924334, 0.42905008, 0.39382461],\n",
       "                       [0.45544334, 0.42525008, 0.39002461],\n",
       "                       [0.45544334, 0.42525008, 0.39002461]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.36363135, 0.31828976, 0.30067703],\n",
       "                       [0.35859914, 0.31577366, 0.30067703],\n",
       "                       [0.34601861, 0.31325755, 0.30319313],\n",
       "                       ...,\n",
       "                       [0.42401787, 0.31834144, 0.23027776],\n",
       "                       [0.41770176, 0.31705755, 0.22899386],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]],\n",
       "               \n",
       "                      [[0.35228303, 0.31957366, 0.30447703],\n",
       "                       [0.34725082, 0.31202534, 0.30196092],\n",
       "                       [0.33215419, 0.31202534, 0.30447703],\n",
       "                       ...,\n",
       "                       [0.41518566, 0.31454144, 0.22647776],\n",
       "                       [0.41518566, 0.31454144, 0.22396166],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]],\n",
       "               \n",
       "                      [[0.34725082, 0.31202534, 0.30447703],\n",
       "                       [0.34473472, 0.30950924, 0.30196092],\n",
       "                       [0.33215419, 0.30950924, 0.30196092],\n",
       "                       ...,\n",
       "                       [0.41518566, 0.31454144, 0.22396166],\n",
       "                       [0.41770176, 0.31705755, 0.22647776],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]]]),\n",
       "               array([[[0.23866211, 0.27334376, 0.27334376],\n",
       "                       [0.23618486, 0.2708665 , 0.2708665 ],\n",
       "                       [0.23618486, 0.2708665 , 0.2708665 ],\n",
       "                       ...,\n",
       "                       [0.67020996, 0.65979627, 0.60529656],\n",
       "                       [0.65880996, 0.67119627, 0.61669656],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ]],\n",
       "               \n",
       "                      [[0.24361664, 0.27829828, 0.27829828],\n",
       "                       [0.24113938, 0.27582102, 0.27582102],\n",
       "                       [0.23618486, 0.2708665 , 0.2708665 ],\n",
       "                       ...,\n",
       "                       [0.67020996, 0.68259627, 0.60529656],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ],\n",
       "                       [0.65385545, 0.66624174, 0.61174203]],\n",
       "               \n",
       "                      [[0.24361664, 0.27829828, 0.27829828],\n",
       "                       [0.24113938, 0.27582102, 0.27582102],\n",
       "                       [0.23618486, 0.2708665 , 0.2708665 ],\n",
       "                       ...,\n",
       "                       [0.67020996, 0.68259627, 0.6028193 ],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ],\n",
       "                       [0.65385545, 0.66624174, 0.61174203]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.31297992, 0.31050266, 0.28128021],\n",
       "                       [0.3204117 , 0.33825718, 0.28623472],\n",
       "                       [0.32784348, 0.34568896, 0.2936665 ],\n",
       "                       ...,\n",
       "                       [0.36004785, 0.3679843 , 0.30554814],\n",
       "                       [0.37392511, 0.35906156, 0.31694814],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]],\n",
       "               \n",
       "                      [[0.32190266, 0.31942541, 0.26740295],\n",
       "                       [0.32685718, 0.32437993, 0.27235746],\n",
       "                       [0.33428896, 0.3318117 , 0.27978925],\n",
       "                       ...,\n",
       "                       [0.37144785, 0.35906156, 0.31942541],\n",
       "                       [0.37392511, 0.36153882, 0.31942541],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]],\n",
       "               \n",
       "                      [[0.32190266, 0.31942541, 0.26740295],\n",
       "                       [0.32437993, 0.32190266, 0.26988021],\n",
       "                       [0.32933444, 0.32685718, 0.27483472],\n",
       "                       ...,\n",
       "                       [0.37392511, 0.36153882, 0.32190266],\n",
       "                       [0.37640237, 0.36153882, 0.31942541],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]]]),\n",
       "               array([[[0.3592918 , 0.32565682, 0.24099998],\n",
       "                       [0.36980273, 0.33616775, 0.25151092],\n",
       "                       [0.38451803, 0.35088305, 0.26622622],\n",
       "                       ...,\n",
       "                       [0.73558306, 0.7118896 , 0.7013787 ],\n",
       "                       [0.71427649, 0.72478745, 0.71217434],\n",
       "                       [0.7163787 , 0.7268896 , 0.71427649]],\n",
       "               \n",
       "                      [[0.35718961, 0.29355464, 0.2388978 ],\n",
       "                       [0.36770054, 0.33406556, 0.24940874],\n",
       "                       [0.38031366, 0.34667868, 0.26202186],\n",
       "                       ...,\n",
       "                       [0.7313787 , 0.70558306, 0.6950721 ],\n",
       "                       [0.7163787 , 0.72268524, 0.7100721 ],\n",
       "                       [0.71427649, 0.72478745, 0.71217434]],\n",
       "               \n",
       "                      [[0.3592918 , 0.32355464, 0.2388978 ],\n",
       "                       [0.36770054, 0.33196338, 0.24730655],\n",
       "                       [0.37610928, 0.34037212, 0.2557153 ],\n",
       "                       ...,\n",
       "                       [0.72296995, 0.69717434, 0.68666336],\n",
       "                       [0.71217434, 0.7163787 , 0.70586775],\n",
       "                       [0.70166336, 0.70586775, 0.69535685]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.63678033, 0.60467814, 0.59416721],\n",
       "                       [0.55632787, 0.55422569, 0.54371477],\n",
       "                       [0.54007979, 0.5379776 , 0.49746667],\n",
       "                       ...,\n",
       "                       [0.57734973, 0.47224045, 0.43650327],\n",
       "                       [0.59024754, 0.48303607, 0.44940108],\n",
       "                       [0.58183879, 0.47462733, 0.44099234]],\n",
       "               \n",
       "                      [[0.58183879, 0.57973662, 0.56922569],\n",
       "                       [0.52718198, 0.52507979, 0.51456886],\n",
       "                       [0.49144481, 0.48934263, 0.4788317 ],\n",
       "                       ...,\n",
       "                       [0.56081694, 0.46201422, 0.42837923],\n",
       "                       [0.56081694, 0.46201422, 0.42837923],\n",
       "                       [0.55661257, 0.45360546, 0.42207267]],\n",
       "               \n",
       "                      [[0.51877323, 0.51667104, 0.5082623 ],\n",
       "                       [0.51877323, 0.51667104, 0.5082623 ],\n",
       "                       [0.51246667, 0.51036448, 0.50195574],\n",
       "                       ...,\n",
       "                       [0.53348853, 0.44309453, 0.40945956],\n",
       "                       [0.53979509, 0.4472989 , 0.41366393],\n",
       "                       [0.54189727, 0.44519671, 0.41156174]]]),\n",
       "               array([[[0.39150238, 0.38329883, 0.36768817],\n",
       "                       [0.3942369 , 0.38603334, 0.37042269],\n",
       "                       [0.39150238, 0.38329883, 0.35868817],\n",
       "                       ...,\n",
       "                       [0.54543182, 0.52822827, 0.43798918],\n",
       "                       [0.53272827, 0.52452472, 0.43975466],\n",
       "                       [0.52725924, 0.51632117, 0.43702014]],\n",
       "               \n",
       "                      [[0.3942369 , 0.38329883, 0.36221913],\n",
       "                       [0.39150238, 0.38056431, 0.35948462],\n",
       "                       [0.38603334, 0.37509528, 0.34501558],\n",
       "                       ...,\n",
       "                       [0.54543182, 0.53449375, 0.43252014],\n",
       "                       [0.53272827, 0.51905569, 0.43428562],\n",
       "                       [0.52999375, 0.51632117, 0.43428562]],\n",
       "               \n",
       "                      [[0.39970593, 0.38329883, 0.35948462],\n",
       "                       [0.39970593, 0.38329883, 0.35048462],\n",
       "                       [0.3942369 , 0.37782979, 0.34501558],\n",
       "                       ...,\n",
       "                       [0.53996279, 0.5172902 , 0.42705111],\n",
       "                       [0.52999375, 0.51632117, 0.42881659],\n",
       "                       [0.52725924, 0.51358665, 0.42608207]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.57551151, 0.47433437, 0.39150238],\n",
       "                       [0.572777  , 0.47159985, 0.38876786],\n",
       "                       [0.57004248, 0.46886533, 0.38956431],\n",
       "                       ...,\n",
       "                       [0.34854655, 0.27471457, 0.15713031],\n",
       "                       [0.35498462, 0.28115264, 0.16356838],\n",
       "                       [0.3522501 , 0.27841812, 0.16083386]],\n",
       "               \n",
       "                      [[0.59015313, 0.48077244, 0.41240948],\n",
       "                       [0.59288765, 0.48350696, 0.415144  ],\n",
       "                       [0.59288765, 0.48897599, 0.415144  ],\n",
       "                       ...,\n",
       "                       [0.34404655, 0.27021457, 0.15263031],\n",
       "                       [0.35771913, 0.28388715, 0.1663029 ],\n",
       "                       [0.35498462, 0.28115264, 0.16356838]],\n",
       "               \n",
       "                      [[0.63937445, 0.52452472, 0.4616308 ],\n",
       "                       [0.64210897, 0.52999375, 0.46709985],\n",
       "                       [0.647578  , 0.5381973 , 0.47530341],\n",
       "                       ...,\n",
       "                       [0.34678106, 0.27294908, 0.15536483],\n",
       "                       [0.36318817, 0.2893562 , 0.17177193],\n",
       "                       [0.36045365, 0.28662167, 0.16903741]]]),\n",
       "               array([[[0.44378196, 0.39937247, 0.41504641],\n",
       "                       [0.44900661, 0.3915355 , 0.43000944],\n",
       "                       [0.45161893, 0.38369853, 0.39676015],\n",
       "                       ...,\n",
       "                       [0.33857813, 0.41694783, 0.37324924],\n",
       "                       [0.33501511, 0.40554783, 0.38726156],\n",
       "                       [0.34285207, 0.4029355 , 0.38726156]],\n",
       "               \n",
       "                      [[0.43333267, 0.40198479, 0.41765873],\n",
       "                       [0.435945  , 0.3915355 , 0.40720944],\n",
       "                       [0.44116964, 0.38108621, 0.39676015],\n",
       "                       ...,\n",
       "                       [0.34902743, 0.40911086, 0.37847389],\n",
       "                       [0.34285207, 0.4029355 , 0.38987389],\n",
       "                       [0.34023975, 0.40816015, 0.38464924]],\n",
       "               \n",
       "                      [[0.43072035, 0.40198479, 0.41765873],\n",
       "                       [0.43333267, 0.38892318, 0.40459712],\n",
       "                       [0.435945  , 0.40127389, 0.41694783],\n",
       "                       ...,\n",
       "                       [0.34902743, 0.40649853, 0.39866156],\n",
       "                       [0.34023975, 0.40032318, 0.38726156],\n",
       "                       [0.33762743, 0.40554783, 0.38203692]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.61097065, 0.64683228, 0.60835833],\n",
       "                       [0.59007207, 0.62593369, 0.58745975],\n",
       "                       [0.56394884, 0.59981046, 0.58413653],\n",
       "                       ...,\n",
       "                       [0.2445345 , 0.24192218, 0.25498379],\n",
       "                       [0.24358379, 0.24097147, 0.2566454 ],\n",
       "                       [0.2566454 , 0.25403308, 0.26709469]],\n",
       "               \n",
       "                      [[0.60147207, 0.61453369, 0.59885975],\n",
       "                       [0.58057348, 0.59363511, 0.57796116],\n",
       "                       [0.55706258, 0.57012419, 0.55445026],\n",
       "                       ...,\n",
       "                       [0.25403308, 0.25142076, 0.26187006],\n",
       "                       [0.26187006, 0.25925772, 0.27231935],\n",
       "                       [0.26970701, 0.26709469, 0.2801563 ]],\n",
       "               \n",
       "                      [[0.58579814, 0.59885975, 0.58318582],\n",
       "                       [0.56228723, 0.57534884, 0.5596749 ],\n",
       "                       [0.54138864, 0.55445026, 0.53877632],\n",
       "                       ...,\n",
       "                       [0.26448237, 0.26448237, 0.26970701],\n",
       "                       [0.26970701, 0.26970701, 0.27493167],\n",
       "                       [0.27231935, 0.27231935, 0.27754399]]]),\n",
       "               array([[[0.21902394, 0.24595315, 0.23955371],\n",
       "                       [0.21902394, 0.24595315, 0.23955371],\n",
       "                       [0.21902394, 0.24595315, 0.23955371],\n",
       "                       ...,\n",
       "                       [0.20329022, 0.25021947, 0.24595315],\n",
       "                       [0.21329022, 0.26021946, 0.25595315],\n",
       "                       [0.21329022, 0.26021946, 0.25595315]],\n",
       "               \n",
       "                      [[0.21902394, 0.24595315, 0.23955371],\n",
       "                       [0.21902394, 0.24595315, 0.23955371],\n",
       "                       [0.21902394, 0.24595315, 0.23955371],\n",
       "                       ...,\n",
       "                       [0.19902394, 0.24595315, 0.24168686],\n",
       "                       [0.20902394, 0.25595315, 0.25168686],\n",
       "                       [0.20902394, 0.25595315, 0.25168686]],\n",
       "               \n",
       "                      [[0.22115708, 0.24595315, 0.25102112],\n",
       "                       [0.22329022, 0.24382001, 0.23102112],\n",
       "                       [0.22329022, 0.24382001, 0.23102112],\n",
       "                       ...,\n",
       "                       [0.19902394, 0.24168686, 0.23742056],\n",
       "                       [0.20902394, 0.25168686, 0.24742056],\n",
       "                       [0.20902394, 0.25168686, 0.24742056]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.1806273 , 0.22115708, 0.23395595],\n",
       "                       [0.18276044, 0.22329022, 0.21608911],\n",
       "                       [0.18276044, 0.20329022, 0.21608911],\n",
       "                       ...,\n",
       "                       [0.20542337, 0.27021946, 0.29155092],\n",
       "                       [0.21542337, 0.26235261, 0.28581722],\n",
       "                       [0.21329022, 0.26448575, 0.28581722]],\n",
       "               \n",
       "                      [[0.17276044, 0.21329022, 0.22608911],\n",
       "                       [0.17489358, 0.21542337, 0.22822225],\n",
       "                       [0.17702674, 0.21755652, 0.23035539],\n",
       "                       ...,\n",
       "                       [0.21542337, 0.25808632, 0.28155092],\n",
       "                       [0.20902394, 0.25808632, 0.27941778],\n",
       "                       [0.20475764, 0.25595315, 0.27728463]],\n",
       "               \n",
       "                      [[0.17489358, 0.21115708, 0.22608911],\n",
       "                       [0.17702674, 0.21755652, 0.23035539],\n",
       "                       [0.18129303, 0.22182281, 0.23462169],\n",
       "                       ...,\n",
       "                       [0.21115708, 0.25382001, 0.27728463],\n",
       "                       [0.20475764, 0.25382001, 0.27515149],\n",
       "                       [0.20049134, 0.25168686, 0.27301833]]]),\n",
       "               array([[[0.56661623, 0.5588267 , 0.55486498],\n",
       "                       [0.5626545 , 0.55486498, 0.55090325],\n",
       "                       [0.5567119 , 0.54892238, 0.53096064],\n",
       "                       ...,\n",
       "                       [0.55090325, 0.52713285, 0.45370685],\n",
       "                       [0.54588411, 0.51815198, 0.46070685],\n",
       "                       [0.54192238, 0.51419025, 0.45674512]],\n",
       "               \n",
       "                      [[0.55869278, 0.55090325, 0.54694151],\n",
       "                       [0.55275017, 0.54496064, 0.52699891],\n",
       "                       [0.54680758, 0.53901804, 0.52105631],\n",
       "                       ...,\n",
       "                       [0.55288411, 0.53109457, 0.47166858],\n",
       "                       [0.54390325, 0.52013285, 0.46268772],\n",
       "                       [0.54390325, 0.51617111, 0.45872598]],\n",
       "               \n",
       "                      [[0.56675017, 0.54496064, 0.54099891],\n",
       "                       [0.55684584, 0.53505631, 0.53109457],\n",
       "                       [0.55090325, 0.52911371, 0.52515198],\n",
       "                       ...,\n",
       "                       [0.55486498, 0.53307545, 0.47563032],\n",
       "                       [0.54588411, 0.52211371, 0.46664945],\n",
       "                       [0.54588411, 0.51815198, 0.46268772]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.22194545, 0.21217504, 0.19817504],\n",
       "                       [0.22194545, 0.21217504, 0.19817504],\n",
       "                       [0.21996459, 0.21019418, 0.21019418],\n",
       "                       ...,\n",
       "                       [0.56873104, 0.52501804, 0.46163032],\n",
       "                       [0.56173104, 0.53201804, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]],\n",
       "               \n",
       "                      [[0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.22696459, 0.20319418, 0.20319418],\n",
       "                       ...,\n",
       "                       [0.56173104, 0.52805631, 0.46664945],\n",
       "                       [0.5637119 , 0.53003718, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]],\n",
       "               \n",
       "                      [[0.23092632, 0.20715592, 0.20715592],\n",
       "                       [0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.23092632, 0.20715592, 0.20715592],\n",
       "                       ...,\n",
       "                       [0.56173104, 0.52805631, 0.46664945],\n",
       "                       [0.5637119 , 0.53003718, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]]]),\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.42096687, 0.37146348, 0.33498731],\n",
       "                       [0.42096687, 0.37146348, 0.33498731],\n",
       "                       [0.42096687, 0.37146348, 0.33498731],\n",
       "                       ...,\n",
       "                       [0.26730235, 0.24385336, 0.18387175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175]],\n",
       "               \n",
       "                      [[0.41836143, 0.38975804, 0.33238188],\n",
       "                       [0.41836143, 0.38975804, 0.33238188],\n",
       "                       [0.41836143, 0.38975804, 0.33238188],\n",
       "                       ...,\n",
       "                       [0.26730235, 0.24385336, 0.20477175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175]],\n",
       "               \n",
       "                      [[0.41575599, 0.3871526 , 0.32977644],\n",
       "                       [0.41315055, 0.3871526 , 0.32977644],\n",
       "                       [0.41315055, 0.3871526 , 0.35067644],\n",
       "                       ...,\n",
       "                       [0.26730235, 0.24385336, 0.20477175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25945779, 0.2360088 , 0.1969272 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.20477175, 0.18387175, 0.20998263],\n",
       "                       [0.2073772 , 0.1864772 , 0.21258807],\n",
       "                       [0.2073772 , 0.1864772 , 0.19429352],\n",
       "                       ...,\n",
       "                       [0.24124793, 0.22034793, 0.2464588 ],\n",
       "                       [0.23340336, 0.23340336, 0.23861425],\n",
       "                       [0.2360088 , 0.2360088 , 0.24121968]],\n",
       "               \n",
       "                      [[0.19171631, 0.19171631, 0.1969272 ],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       ...,\n",
       "                       [0.22298161, 0.22298161, 0.22819248],\n",
       "                       [0.22558704, 0.22558704, 0.23079793],\n",
       "                       [0.22819248, 0.22819248, 0.23340336]],\n",
       "               \n",
       "                      [[0.18911088, 0.18911088, 0.19432175],\n",
       "                       [0.19171631, 0.19171631, 0.1969272 ],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       ...,\n",
       "                       [0.21516529, 0.21516529, 0.22037616],\n",
       "                       [0.21777072, 0.21777072, 0.22298161],\n",
       "                       [0.22037616, 0.22037616, 0.22558704]]]),\n",
       "               array([[[0.40917232, 0.34991445, 0.30783922],\n",
       "                       [0.40256364, 0.34110288, 0.28823342],\n",
       "                       [0.38295786, 0.3344942 , 0.29902763],\n",
       "                       ...,\n",
       "                       [0.29021607, 0.38714339, 0.55236043],\n",
       "                       [0.28261607, 0.37954339, 0.54476043],\n",
       "                       [0.28041316, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      [[0.41137522, 0.35652313, 0.26840739],\n",
       "                       [0.39815786, 0.34771156, 0.28360739],\n",
       "                       [0.3675376 , 0.33008841, 0.28140448],\n",
       "                       ...,\n",
       "                       [0.28162475, 0.3827376 , 0.55236043],\n",
       "                       [0.28261607, 0.37734049, 0.54476043],\n",
       "                       [0.28041316, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      [[0.36952024, 0.31466816, 0.23316107],\n",
       "                       [0.35652313, 0.31907394, 0.25937554],\n",
       "                       [0.36092892, 0.32568263, 0.26179869],\n",
       "                       ...,\n",
       "                       [0.28162475, 0.3675376 , 0.53716043],\n",
       "                       [0.28261607, 0.37734049, 0.54476043],\n",
       "                       [0.27600739, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.24858134, 0.28360739, 0.27699869],\n",
       "                       [0.23536396, 0.27479581, 0.26598422],\n",
       "                       [0.23536396, 0.2725929 , 0.26818711],\n",
       "                       ...,\n",
       "                       [0.25519001, 0.36092892, 0.51953727],\n",
       "                       [0.26058711, 0.37073181, 0.52713727],\n",
       "                       [0.26279001, 0.37293471, 0.52934017]],\n",
       "               \n",
       "                      [[0.25838422, 0.28261607, 0.27380448],\n",
       "                       [0.24957266, 0.27380448, 0.2649929 ],\n",
       "                       [0.24736975, 0.27160158, 0.2649929 ],\n",
       "                       ...,\n",
       "                       [0.25838422, 0.37073181, 0.53154306],\n",
       "                       [0.25618134, 0.37073181, 0.53154306],\n",
       "                       [0.25618134, 0.37073181, 0.53154306]],\n",
       "               \n",
       "                      [[0.26279001, 0.28702185, 0.27821028],\n",
       "                       [0.25177554, 0.27380448, 0.26939869],\n",
       "                       [0.24957266, 0.27160158, 0.26939869],\n",
       "                       ...,\n",
       "                       [0.25838422, 0.36852892, 0.53815174],\n",
       "                       [0.25397843, 0.36852892, 0.53594885],\n",
       "                       [0.25397843, 0.36852892, 0.53594885]]]),\n",
       "               None,\n",
       "               array([[[0.54087261, 0.55383889, 0.54307936],\n",
       "                       [0.54346587, 0.55643213, 0.54567261],\n",
       "                       [0.54605912, 0.55902539, 0.54826587],\n",
       "                       ...,\n",
       "                       [0.35415828, 0.33341225, 0.28116065],\n",
       "                       [0.35655828, 0.33581225, 0.28135391],\n",
       "                       [0.35915154, 0.3384055 , 0.28394716]],\n",
       "               \n",
       "                      [[0.54605912, 0.55902539, 0.54826587],\n",
       "                       [0.54865238, 0.56161865, 0.55085912],\n",
       "                       [0.55124563, 0.5642119 , 0.55345238],\n",
       "                       ...,\n",
       "                       [0.35675154, 0.3360055 , 0.28634716],\n",
       "                       [0.35915154, 0.34099876, 0.28654041],\n",
       "                       [0.35655828, 0.34099876, 0.28394716]],\n",
       "               \n",
       "                      [[0.54865238, 0.56161865, 0.55085912],\n",
       "                       [0.55124563, 0.5642119 , 0.55345238],\n",
       "                       [0.55383889, 0.56680516, 0.55604563],\n",
       "                       ...,\n",
       "                       [0.3645313 , 0.34637852, 0.28932693],\n",
       "                       [0.36952455, 0.35396503, 0.29691343],\n",
       "                       [0.3669313 , 0.35137177, 0.29432018]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.49121427, 0.44751546, 0.38787061],\n",
       "                       [0.48602776, 0.44232895, 0.3826841 ],\n",
       "                       [0.48862102, 0.4449222 , 0.38527735],\n",
       "                       ...,\n",
       "                       [0.12815864, 0.12335864, 0.11557886],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]],\n",
       "               \n",
       "                      [[0.48622102, 0.44991546, 0.38249084],\n",
       "                       [0.48622102, 0.44991546, 0.38249084],\n",
       "                       [0.49140752, 0.45250871, 0.39027061],\n",
       "                       ...,\n",
       "                       [0.12575864, 0.12575864, 0.11797886],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]],\n",
       "               \n",
       "                      [[0.5043738 , 0.46547498, 0.40583013],\n",
       "                       [0.51474682, 0.475848  , 0.41620315],\n",
       "                       [0.51993333, 0.48103451, 0.42138966],\n",
       "                       ...,\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]]]),\n",
       "               array([[[0.34062465, 0.34305476, 0.33491886],\n",
       "                       [0.34265862, 0.34508875, 0.33695284],\n",
       "                       [0.34265862, 0.34508875, 0.33695284],\n",
       "                       ...,\n",
       "                       [0.34876055, 0.32231886, 0.32435284],\n",
       "                       [0.35506055, 0.33065284, 0.33472079],\n",
       "                       [0.3509926 , 0.32658488, 0.33065284]],\n",
       "               \n",
       "                      [[0.33859067, 0.34305476, 0.33695284],\n",
       "                       [0.33859067, 0.34305476, 0.33695284],\n",
       "                       [0.33859067, 0.34305476, 0.33695284],\n",
       "                       ...,\n",
       "                       [0.34876055, 0.32231886, 0.32638682],\n",
       "                       [0.35302657, 0.32861886, 0.33268682],\n",
       "                       [0.34692465, 0.32251693, 0.32658488]],\n",
       "               \n",
       "                      [[0.33452272, 0.34305476, 0.34508875],\n",
       "                       [0.34712272, 0.34305476, 0.34508875],\n",
       "                       [0.34712272, 0.34305476, 0.34508875],\n",
       "                       ...,\n",
       "                       [0.35079453, 0.32435284, 0.33045476],\n",
       "                       [0.3509926 , 0.32658488, 0.33268682],\n",
       "                       [0.34285669, 0.31844898, 0.32658488]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.26983164, 0.24542392, 0.23282392],\n",
       "                       [0.26779764, 0.24338994, 0.23078994],\n",
       "                       [0.25112969, 0.23932199, 0.22672199],\n",
       "                       ...,\n",
       "                       [0.32638682, 0.34265862, 0.38333814],\n",
       "                       [0.33065284, 0.34692465, 0.38963814],\n",
       "                       [0.32861886, 0.34489067, 0.38760416]],\n",
       "               \n",
       "                      [[0.25336175, 0.22895403, 0.22895403],\n",
       "                       [0.25132776, 0.22692006, 0.22692006],\n",
       "                       [0.2492938 , 0.22488608, 0.22692006],\n",
       "                       ...,\n",
       "                       [0.34489067, 0.36116248, 0.40387597],\n",
       "                       [0.34489067, 0.36116248, 0.40387597],\n",
       "                       [0.34082272, 0.35709453, 0.39980802]],\n",
       "               \n",
       "                      [[0.24319187, 0.21878415, 0.21878415],\n",
       "                       [0.24319187, 0.21878415, 0.21878415],\n",
       "                       [0.24319187, 0.21878415, 0.22081813],\n",
       "                       ...,\n",
       "                       [0.32455091, 0.34082272, 0.38353621],\n",
       "                       [0.32658488, 0.34285669, 0.38557019],\n",
       "                       [0.33065284, 0.34692465, 0.38963814]]]),\n",
       "               array([[[0.50725645, 0.58123818, 0.6862612 ],\n",
       "                       [0.46920868, 0.54741796, 0.66089605],\n",
       "                       [0.4332747 , 0.52416656, 0.64676487],\n",
       "                       ...,\n",
       "                       [0.45441234, 0.4924601 , 0.55943537],\n",
       "                       [0.49212752, 0.5344028 , 0.57667808],\n",
       "                       [0.53651656, 0.5809056 , 0.62529465]],\n",
       "               \n",
       "                      [[0.47132244, 0.5622143 , 0.67991993],\n",
       "                       [0.43750222, 0.53262161, 0.65666851],\n",
       "                       [0.40790953, 0.51148398, 0.66723734],\n",
       "                       ...,\n",
       "                       [0.48611881, 0.52416656, 0.59114184],\n",
       "                       [0.52172021, 0.56188172, 0.60415701],\n",
       "                       [0.5576542 , 0.60204324, 0.64643229]],\n",
       "               \n",
       "                      [[0.43538846, 0.53684915, 0.63830981],\n",
       "                       [0.40790953, 0.51148398, 0.62562722],\n",
       "                       [0.38677189, 0.52772892, 0.66723734],\n",
       "                       ...,\n",
       "                       [0.52628032, 0.56432808, 0.60660336],\n",
       "                       [0.54708537, 0.58724689, 0.62952217],\n",
       "                       [0.56822301, 0.61261206, 0.6570011 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.58480055, 0.51359774, 0.37765167],\n",
       "                       [0.60171065, 0.53050785, 0.36140672],\n",
       "                       [0.62707582, 0.58268679, 0.40090307],\n",
       "                       ...,\n",
       "                       [0.30010756, 0.43961599, 0.64042358],\n",
       "                       [0.31245756, 0.45407975, 0.6570011 ],\n",
       "                       [0.3103438 , 0.45830728, 0.65911487]],\n",
       "               \n",
       "                      [[0.64220475, 0.59570194, 0.41180447],\n",
       "                       [0.65065981, 0.60415701, 0.41391824],\n",
       "                       [0.66334239, 0.61683958, 0.41180447],\n",
       "                       ...,\n",
       "                       [0.31245756, 0.45619352, 0.6570011 ],\n",
       "                       [0.31245756, 0.46042104, 0.65911487],\n",
       "                       [0.30823003, 0.46464857, 0.66122863]],\n",
       "               \n",
       "                      [[0.70350389, 0.64643229, 0.42025953],\n",
       "                       [0.70350389, 0.64854605, 0.416032  ],\n",
       "                       [0.70773144, 0.65277358, 0.38855307],\n",
       "                       ...,\n",
       "                       [0.29977498, 0.47521739, 0.66756993],\n",
       "                       [0.29977498, 0.48578621, 0.66968368],\n",
       "                       [0.29766121, 0.49846881, 0.67179744]]]),\n",
       "               array([[[0.45717736, 0.36243821, 0.27909905],\n",
       "                       [0.45370489, 0.35549327, 0.27562659],\n",
       "                       [0.45023243, 0.34854835, 0.28008166],\n",
       "                       ...,\n",
       "                       [0.15061786, 0.14020047, 0.11589317],\n",
       "                       [0.15631786, 0.14590047, 0.12159317],\n",
       "                       [0.16673524, 0.15631786, 0.13201059]],\n",
       "               \n",
       "                      [[0.43883243, 0.34854835, 0.26868166],\n",
       "                       [0.4318875 , 0.34160342, 0.27313673],\n",
       "                       [0.42494257, 0.33465848, 0.26619179],\n",
       "                       ...,\n",
       "                       [0.0742236 , 0.06727866, 0.04991636],\n",
       "                       [0.0799236 , 0.07297866, 0.05561636],\n",
       "                       [0.08686855, 0.08339608, 0.06256128]],\n",
       "               \n",
       "                      [[0.42841504, 0.33813095, 0.25826426],\n",
       "                       [0.42147011, 0.33118602, 0.25131933],\n",
       "                       [0.41799764, 0.32771355, 0.24784686],\n",
       "                       ...,\n",
       "                       [0.08116855, 0.08116855, 0.06033375],\n",
       "                       [0.08686855, 0.08686855, 0.06603375],\n",
       "                       [0.09381346, 0.09381346, 0.07645113]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.58565858, 0.45966722, 0.31729616],\n",
       "                       [0.57176872, 0.44577736, 0.29646137],\n",
       "                       [0.55093394, 0.42494257, 0.27562659],\n",
       "                       ...,\n",
       "                       [0.55093394, 0.42494257, 0.28257152],\n",
       "                       [0.51398175, 0.39939039, 0.25701933],\n",
       "                       [0.48620204, 0.37161067, 0.22923961]],\n",
       "               \n",
       "                      [[0.57301365, 0.45842229, 0.30910631],\n",
       "                       [0.55912379, 0.44453243, 0.29521644],\n",
       "                       [0.54523394, 0.43064257, 0.28132659],\n",
       "                       ...,\n",
       "                       [0.55217887, 0.4375875 , 0.29868891],\n",
       "                       [0.52439915, 0.40980778, 0.26743673],\n",
       "                       [0.49661943, 0.38202806, 0.23965699]],\n",
       "               \n",
       "                      [[0.56606872, 0.45147736, 0.30216137],\n",
       "                       [0.55217887, 0.44105997, 0.29174398],\n",
       "                       [0.54176147, 0.43411504, 0.28132659],\n",
       "                       ...,\n",
       "                       [0.55565132, 0.44105997, 0.30563384],\n",
       "                       [0.52787161, 0.41328025, 0.27785412],\n",
       "                       [0.50703682, 0.39244546, 0.25007439]]]),\n",
       "               array([[[0.48425658, 0.46941966, 0.4990935 ],\n",
       "                       [0.4867294 , 0.47189248, 0.49662068],\n",
       "                       [0.4867294 , 0.47189248, 0.49662068],\n",
       "                       ...,\n",
       "                       [0.56585969, 0.56091405, 0.52076737],\n",
       "                       [0.56185969, 0.55691405, 0.52229455],\n",
       "                       [0.56185969, 0.55691405, 0.51982173]],\n",
       "               \n",
       "                      [[0.48425658, 0.46941966, 0.4990935 ],\n",
       "                       [0.4867294 , 0.47189248, 0.50156633],\n",
       "                       [0.4867294 , 0.47189248, 0.50156633],\n",
       "                       ...,\n",
       "                       [0.56338686, 0.55844122, 0.51334891],\n",
       "                       [0.55938686, 0.55444122, 0.51734891],\n",
       "                       [0.56185969, 0.55691405, 0.51982173]],\n",
       "               \n",
       "                      [[0.48425658, 0.46941966, 0.4990935 ],\n",
       "                       [0.4867294 , 0.47189248, 0.50156633],\n",
       "                       [0.4867294 , 0.46389248, 0.49356633],\n",
       "                       ...,\n",
       "                       [0.55844122, 0.55349558, 0.50840327],\n",
       "                       [0.55691405, 0.55196841, 0.51487609],\n",
       "                       [0.55938686, 0.55444122, 0.51734891]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.60484329, 0.62768021, 0.65735405],\n",
       "                       [0.60237046, 0.62520738, 0.65488124],\n",
       "                       [0.55538686, 0.57822378, 0.60789765],\n",
       "                       ...,\n",
       "                       [0.42243606, 0.41007195, 0.46447401],\n",
       "                       [0.41843606, 0.40607195, 0.45800119],\n",
       "                       [0.41596324, 0.40854477, 0.45552837]],\n",
       "               \n",
       "                      [[0.62615302, 0.64346277, 0.67066381],\n",
       "                       [0.61378893, 0.62862585, 0.6582997 ],\n",
       "                       [0.57916944, 0.59400636, 0.62368021],\n",
       "                       ...,\n",
       "                       [0.41349042, 0.40607195, 0.45305555],\n",
       "                       [0.4110176 , 0.40359913, 0.45058273],\n",
       "                       [0.4110176 , 0.40359913, 0.45058273]],\n",
       "               \n",
       "                      [[0.6113161 , 0.63357149, 0.65582688],\n",
       "                       [0.6113161 , 0.63357149, 0.65582688],\n",
       "                       [0.59400636, 0.61626174, 0.63851713],\n",
       "                       ...,\n",
       "                       [0.42090888, 0.41349042, 0.45552837],\n",
       "                       [0.4233817 , 0.41596324, 0.45800119],\n",
       "                       [0.42585452, 0.41843606, 0.46047401]]]),\n",
       "               None,\n",
       "               array([[[0.23994751, 0.1442503 , 0.1442503 ],\n",
       "                       [0.24240919, 0.14671199, 0.1442503 ],\n",
       "                       [0.24733255, 0.14917368, 0.1442503 ],\n",
       "                       ...,\n",
       "                       [0.32395314, 0.23994751, 0.22271574],\n",
       "                       [0.34226156, 0.24625592, 0.22902415],\n",
       "                       [0.35456997, 0.26102602, 0.23887087]],\n",
       "               \n",
       "                      [[0.24733255, 0.16363536, 0.14671199],\n",
       "                       [0.25471761, 0.15655872, 0.14917368],\n",
       "                       [0.26456434, 0.16640544, 0.15655872],\n",
       "                       ...,\n",
       "                       [0.31164474, 0.2276391 , 0.212869  ],\n",
       "                       [0.32502978, 0.22902415, 0.20933068],\n",
       "                       [0.33487651, 0.24133255, 0.21917742]],\n",
       "               \n",
       "                      [[0.25225592, 0.15871199, 0.1442503 ],\n",
       "                       [0.2719494 , 0.17840544, 0.16148208],\n",
       "                       [0.29410454, 0.19563723, 0.17871387],\n",
       "                       ...,\n",
       "                       [0.3165681 , 0.20579236, 0.19102227],\n",
       "                       [0.32502978, 0.21425404, 0.19948395],\n",
       "                       [0.32995314, 0.21425404, 0.20440732]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.32641482, 0.24271761, 0.20579236],\n",
       "                       [0.33379988, 0.25256434, 0.21071574],\n",
       "                       [0.34826156, 0.25256434, 0.21317742],\n",
       "                       ...,\n",
       "                       [0.42211203, 0.29195126, 0.24733255],\n",
       "                       [0.4062653 , 0.29056622, 0.22902415],\n",
       "                       [0.39395689, 0.28071949, 0.21917742]],\n",
       "               \n",
       "                      [[0.34964661, 0.26102602, 0.2216391 ],\n",
       "                       [0.35949334, 0.27333444, 0.22902415],\n",
       "                       [0.37180175, 0.28318117, 0.23640919],\n",
       "                       ...,\n",
       "                       [0.42595876, 0.307798  , 0.24379423],\n",
       "                       [0.41857371, 0.30287463, 0.23887087],\n",
       "                       [0.41118867, 0.29548958, 0.23148583]],\n",
       "               \n",
       "                      [[0.3644167 , 0.2782578 , 0.23148583],\n",
       "                       [0.37918679, 0.29056622, 0.24625592],\n",
       "                       [0.39149521, 0.30041294, 0.25610266],\n",
       "                       ...,\n",
       "                       [0.43334381, 0.31025968, 0.24379423],\n",
       "                       [0.42842044, 0.307798  , 0.23887087],\n",
       "                       [0.4210354 , 0.30533631, 0.23148583]]]),\n",
       "               array([[[0.40180014, 0.40407507, 0.39270042],\n",
       "                       [0.39952521, 0.40180014, 0.39042549],\n",
       "                       [0.39497535, 0.39725028, 0.39195056],\n",
       "                       ...,\n",
       "                       [0.42834944, 0.4328993 , 0.40332521],\n",
       "                       [0.42189959, 0.42644944, 0.39687535],\n",
       "                       [0.4150748 , 0.41962466, 0.39460042]],\n",
       "               \n",
       "                      [[0.40180014, 0.40407507, 0.39270042],\n",
       "                       [0.39952521, 0.40180014, 0.39042549],\n",
       "                       [0.39497535, 0.39725028, 0.39195056],\n",
       "                       ...,\n",
       "                       [0.42379959, 0.42834944, 0.39497535],\n",
       "                       [0.41962466, 0.42417452, 0.39460042],\n",
       "                       [0.41052494, 0.4150748 , 0.39005056]],\n",
       "               \n",
       "                      [[0.40180014, 0.40180014, 0.39952521],\n",
       "                       [0.39952521, 0.40180014, 0.39725028],\n",
       "                       [0.39497535, 0.39952521, 0.39725028],\n",
       "                       ...,\n",
       "                       [0.41924973, 0.42379959, 0.39042549],\n",
       "                       [0.4150748 , 0.41962466, 0.39005056],\n",
       "                       [0.40597507, 0.41052494, 0.3855007 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.20388128, 0.21980578, 0.23800523],\n",
       "                       [0.2061562 , 0.21753086, 0.23573029],\n",
       "                       [0.2099562 , 0.21525593, 0.23573029],\n",
       "                       ...,\n",
       "                       [0.18493199, 0.19630664, 0.20313143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]],\n",
       "               \n",
       "                      [[0.20578128, 0.22170578, 0.23990523],\n",
       "                       [0.2080562 , 0.21943086, 0.23763029],\n",
       "                       [0.2080562 , 0.21715593, 0.23763029],\n",
       "                       ...,\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]],\n",
       "               \n",
       "                      [[0.20578128, 0.22170578, 0.23990523],\n",
       "                       [0.2080562 , 0.21943086, 0.23763029],\n",
       "                       [0.2080562 , 0.21715593, 0.23763029],\n",
       "                       ...,\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]]]),\n",
       "               array([[[0.19961688, 0.17672988, 0.1886519 ],\n",
       "                       [0.19762988, 0.17474287, 0.18666489],\n",
       "                       [0.19762988, 0.19564287, 0.18666489],\n",
       "                       ...,\n",
       "                       [0.16878186, 0.16679487, 0.18467789],\n",
       "                       [0.17923186, 0.17724487, 0.19314088],\n",
       "                       [0.18121887, 0.17923186, 0.19512789]],\n",
       "               \n",
       "                      [[0.19762988, 0.17474287, 0.18666489],\n",
       "                       [0.19762988, 0.17474287, 0.18666489],\n",
       "                       [0.19762988, 0.17474287, 0.18666489],\n",
       "                       ...,\n",
       "                       [0.16878186, 0.16679487, 0.18467789],\n",
       "                       [0.17923186, 0.17724487, 0.19314088],\n",
       "                       [0.18121887, 0.17923186, 0.19512789]],\n",
       "               \n",
       "                      [[0.19564287, 0.17275586, 0.1886519 ],\n",
       "                       [0.19564287, 0.17275586, 0.2095519 ],\n",
       "                       [0.19564287, 0.17275586, 0.1886519 ],\n",
       "                       ...,\n",
       "                       [0.17076887, 0.16878186, 0.18666489],\n",
       "                       [0.18121887, 0.17923186, 0.19512789],\n",
       "                       [0.18320586, 0.18121887, 0.19711489]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.62380562, 0.63477061, 0.56022152],\n",
       "                       [0.64867963, 0.63874462, 0.56618253],\n",
       "                       [0.65066663, 0.63874462, 0.56618253],\n",
       "                       ...,\n",
       "                       [0.23037896, 0.23935695, 0.26121398],\n",
       "                       [0.23089394, 0.21897193, 0.24082896],\n",
       "                       [0.22294594, 0.21102391, 0.23089394]],\n",
       "               \n",
       "                      [[0.63822963, 0.62630761, 0.57464552],\n",
       "                       [0.64419063, 0.63226862, 0.58060654],\n",
       "                       [0.64419063, 0.63028161, 0.57861953],\n",
       "                       ...,\n",
       "                       [0.24281597, 0.22890695, 0.24082896],\n",
       "                       [0.23288095, 0.21897193, 0.23089394],\n",
       "                       [0.22294594, 0.20903691, 0.22095893]],\n",
       "               \n",
       "                      [[0.64220364, 0.63028161, 0.57861953],\n",
       "                       [0.65015165, 0.63624263, 0.58458054],\n",
       "                       [0.64816464, 0.63425562, 0.58259353],\n",
       "                       ...,\n",
       "                       [0.24678998, 0.22691994, 0.22890695],\n",
       "                       [0.23486795, 0.21698492, 0.21897193],\n",
       "                       [0.22493293, 0.2070499 , 0.20903691]]]),\n",
       "               array([[[0.71052306, 0.70247095, 0.55954576],\n",
       "                       [0.71052306, 0.69844489, 0.53353274],\n",
       "                       [0.71052306, 0.69643185, 0.5555197 ],\n",
       "                       ...,\n",
       "                       [0.46106363, 0.55970213, 0.58989758],\n",
       "                       [0.47507666, 0.57170213, 0.60391062],\n",
       "                       [0.47708969, 0.57170213, 0.60793669]],\n",
       "               \n",
       "                      [[0.70649699, 0.69844489, 0.5555197 ],\n",
       "                       [0.70851003, 0.69643185, 0.52950667],\n",
       "                       [0.70851003, 0.69441882, 0.52749364],\n",
       "                       ...,\n",
       "                       [0.48707666, 0.58571516, 0.59392365],\n",
       "                       [0.47507666, 0.57371516, 0.60793669],\n",
       "                       [0.47708969, 0.57170213, 0.60793669]],\n",
       "               \n",
       "                      [[0.70649699, 0.69844489, 0.5555197 ],\n",
       "                       [0.71052306, 0.69844489, 0.55753274],\n",
       "                       [0.7125361 , 0.69844489, 0.5555197 ],\n",
       "                       ...,\n",
       "                       [0.48506363, 0.58370213, 0.61792365],\n",
       "                       [0.47306363, 0.57170213, 0.60592365],\n",
       "                       [0.47507666, 0.56968911, 0.60592365]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.23157811, 0.25356507, 0.26564325],\n",
       "                       [0.22956507, 0.25155204, 0.26363023],\n",
       "                       [0.22755204, 0.249539  , 0.25960416],\n",
       "                       ...,\n",
       "                       [0.27772144, 0.25372144, 0.2817475 ],\n",
       "                       [0.26572144, 0.26572144, 0.2697475 ],\n",
       "                       [0.26370841, 0.26370841, 0.26773446]],\n",
       "               \n",
       "                      [[0.24559113, 0.24357811, 0.25565629],\n",
       "                       [0.24559113, 0.24357811, 0.25565629],\n",
       "                       [0.24357811, 0.24156507, 0.25364325],\n",
       "                       ...,\n",
       "                       [0.26169537, 0.26169537, 0.26572144],\n",
       "                       [0.26169537, 0.26169537, 0.26572144],\n",
       "                       [0.25968234, 0.25968234, 0.26370841]],\n",
       "               \n",
       "                      [[0.24156507, 0.23955204, 0.25163023],\n",
       "                       [0.24156507, 0.23955204, 0.25163023],\n",
       "                       [0.24156507, 0.23955204, 0.2496172 ],\n",
       "                       ...,\n",
       "                       [0.25766932, 0.25766932, 0.26169537],\n",
       "                       [0.25565629, 0.25565629, 0.25968234],\n",
       "                       [0.25364325, 0.25364325, 0.25766932]]]),\n",
       "               None,\n",
       "               array([[[0.46397058, 0.44175438, 0.45065611],\n",
       "                       [0.46800989, 0.44579369, 0.45469541],\n",
       "                       [0.47002954, 0.449833  , 0.45469541],\n",
       "                       ...,\n",
       "                       [0.57909088, 0.55485503, 0.47691161],\n",
       "                       [0.58859088, 0.56435503, 0.46539196],\n",
       "                       [0.58657122, 0.56233537, 0.46135265]],\n",
       "               \n",
       "                      [[0.36298784, 0.33471268, 0.39208611],\n",
       "                       [0.36500749, 0.35775199, 0.39208611],\n",
       "                       [0.3690468 , 0.34481095, 0.3880468 ],\n",
       "                       ...,\n",
       "                       [0.57303191, 0.54879606, 0.47085265],\n",
       "                       [0.58253191, 0.55829606, 0.46135265],\n",
       "                       [0.58455157, 0.56031572, 0.459333  ]],\n",
       "               \n",
       "                      [[0.29431959, 0.26604442, 0.34765371],\n",
       "                       [0.29633924, 0.27008374, 0.34563406],\n",
       "                       [0.30441786, 0.27614269, 0.34361441],\n",
       "                       ...,\n",
       "                       [0.56899261, 0.54475675, 0.44579369],\n",
       "                       [0.58051227, 0.55425675, 0.45529369],\n",
       "                       [0.58253191, 0.55627642, 0.45529369]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.59322846, 0.58193364, 0.4760885 ],\n",
       "                       [0.59322846, 0.58193364, 0.4760885 ],\n",
       "                       [0.59322846, 0.58193364, 0.49710816],\n",
       "                       ...,\n",
       "                       [0.19737617, 0.18929754, 0.17515996],\n",
       "                       [0.22303339, 0.20889581, 0.18869927],\n",
       "                       [0.24322995, 0.2270727 , 0.20283685]],\n",
       "               \n",
       "                      [[0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.48760816],\n",
       "                       ...,\n",
       "                       [0.21293512, 0.20485651, 0.19879754],\n",
       "                       [0.21495478, 0.20283685, 0.19071893],\n",
       "                       [0.21495478, 0.19677789, 0.18062065]],\n",
       "               \n",
       "                      [[0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.48760816],\n",
       "                       ...,\n",
       "                       [0.21899409, 0.21091547, 0.21697444],\n",
       "                       [0.22101375, 0.20687617, 0.20687617],\n",
       "                       [0.21495478, 0.19879754, 0.19475823]]]),\n",
       "               array([[[0.15941877, 0.24998451, 0.32320453],\n",
       "                       [0.20496591, 0.25250022, 0.32068882],\n",
       "                       [0.2175445 , 0.25753166, 0.2801731 ],\n",
       "                       ...,\n",
       "                       [0.17702879, 0.26759453, 0.32320453],\n",
       "                       [0.19099734, 0.28659453, 0.30672025],\n",
       "                       [0.18596591, 0.28659453, 0.30672025]],\n",
       "               \n",
       "                      [[0.1644502 , 0.24998451, 0.3181731 ],\n",
       "                       [0.21502879, 0.25501595, 0.28268882],\n",
       "                       [0.23012308, 0.26507882, 0.28772025],\n",
       "                       ...,\n",
       "                       [0.18206022, 0.27262596, 0.32823596],\n",
       "                       [0.19602879, 0.28911024, 0.31175168],\n",
       "                       [0.19099734, 0.28659453, 0.30923596]],\n",
       "               \n",
       "                      [[0.17199734, 0.25250022, 0.28520453],\n",
       "                       [0.18709164, 0.2625631 , 0.28772025],\n",
       "                       [0.24270165, 0.31062595, 0.29023596],\n",
       "                       ...,\n",
       "                       [0.1946388 , 0.27765739, 0.29778311],\n",
       "                       [0.20609164, 0.29414168, 0.31678311],\n",
       "                       [0.19602879, 0.28911024, 0.31175168]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.26534309, 0.30281454, 0.4011917 ],\n",
       "                       [0.3508774 , 0.38834885, 0.48672603],\n",
       "                       [0.44899028, 0.48646175, 0.54683891],\n",
       "                       ...,\n",
       "                       [0.45402173, 0.40092742, 0.38583313],\n",
       "                       [0.50294604, 0.49539889, 0.48533603],\n",
       "                       [0.55829177, 0.55577604, 0.55074462]],\n",
       "               \n",
       "                      [[0.24885881, 0.32433025, 0.38470741],\n",
       "                       [0.33942454, 0.41489599, 0.47527317],\n",
       "                       [0.44005316, 0.51552461, 0.57590178],\n",
       "                       ...,\n",
       "                       [0.46521031, 0.42747457, 0.3998017 ],\n",
       "                       [0.51049318, 0.48282032, 0.4626946 ],\n",
       "                       [0.55326033, 0.53313461, 0.51804033]],\n",
       "               \n",
       "                      [[0.24382737, 0.31929883, 0.37967598],\n",
       "                       [0.33439311, 0.40986456, 0.47024174],\n",
       "                       [0.43753745, 0.5130089 , 0.57338605],\n",
       "                       ...,\n",
       "                       [0.45263173, 0.40231742, 0.36458169],\n",
       "                       [0.47527317, 0.432506  , 0.3998017 ],\n",
       "                       [0.50043032, 0.46521031, 0.43753745]]]),\n",
       "               array([[[0.67172325, 0.68345891, 0.69884744],\n",
       "                       [0.67172325, 0.68345891, 0.69284744],\n",
       "                       [0.67772325, 0.68345891, 0.69284744],\n",
       "                       ...,\n",
       "                       [0.58487934, 0.58253221, 0.58853221],\n",
       "                       [0.58083794, 0.58083794, 0.58083794],\n",
       "                       [0.57379653, 0.57379653, 0.57379653]],\n",
       "               \n",
       "                      [[0.67407039, 0.68345891, 0.69650031],\n",
       "                       [0.68007039, 0.68345891, 0.69050031],\n",
       "                       [0.68007039, 0.68345891, 0.69050031],\n",
       "                       ...,\n",
       "                       [0.57783794, 0.58018507, 0.56975514],\n",
       "                       [0.57849081, 0.58083794, 0.56910227],\n",
       "                       [0.58083794, 0.58318507, 0.5714494 ]],\n",
       "               \n",
       "                      [[0.67407039, 0.68345891, 0.69650031],\n",
       "                       [0.68007039, 0.68345891, 0.69650031],\n",
       "                       [0.68007039, 0.68345891, 0.69050031],\n",
       "                       ...,\n",
       "                       [0.58018507, 0.58253221, 0.56610227],\n",
       "                       [0.58083794, 0.58318507, 0.5714494 ],\n",
       "                       [0.58318507, 0.58553221, 0.57379653]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.60496213, 0.58722647, 0.52281249],\n",
       "                       [0.6106978 , 0.596615  , 0.52985389],\n",
       "                       [0.62243346, 0.60730926, 0.53220102],\n",
       "                       ...,\n",
       "                       [0.40780298, 0.32434761, 0.22811515],\n",
       "                       [0.40949726, 0.33204187, 0.23346228],\n",
       "                       [0.41653866, 0.34377753, 0.24050367]],\n",
       "               \n",
       "                      [[0.599615  , 0.59022647, 0.52215962],\n",
       "                       [0.60900352, 0.59726786, 0.52920102],\n",
       "                       [0.62308633, 0.60665639, 0.53389529],\n",
       "                       ...,\n",
       "                       [0.39776158, 0.3203062 , 0.22172662],\n",
       "                       [0.40715011, 0.32969474, 0.22876802],\n",
       "                       [0.41419153, 0.33673613, 0.23580941]],\n",
       "               \n",
       "                      [[0.61135065, 0.60665639, 0.54797808],\n",
       "                       [0.62308633, 0.61604493, 0.55501948],\n",
       "                       [0.63951625, 0.62778059, 0.56206087],\n",
       "                       ...,\n",
       "                       [0.39541445, 0.31561194, 0.21468523],\n",
       "                       [0.40715011, 0.32969474, 0.22876802],\n",
       "                       [0.41653866, 0.33908326, 0.23815654]]]),\n",
       "               array([[[0.37043596, 0.38351958, 0.39867351],\n",
       "                       [0.34022265, 0.35754142, 0.37269535],\n",
       "                       [0.29909057, 0.31424449, 0.33796326],\n",
       "                       ...,\n",
       "                       [0.62814725, 0.63454725, 0.63021756],\n",
       "                       [0.63134725, 0.63134725, 0.62701756],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ]],\n",
       "               \n",
       "                      [[0.31424449, 0.33372811, 0.34888203],\n",
       "                       [0.30558511, 0.32073903, 0.3444578 ],\n",
       "                       [0.27960694, 0.29476087, 0.31847965],\n",
       "                       ...,\n",
       "                       [0.6303121 , 0.6367121 , 0.6323824 ],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ]],\n",
       "               \n",
       "                      [[0.3099148 , 0.32939842, 0.34455234],\n",
       "                       [0.31424449, 0.32939842, 0.34671719],\n",
       "                       [0.29043118, 0.30342026, 0.32073903],\n",
       "                       ...,\n",
       "                       [0.62814725, 0.63454725, 0.63021756],\n",
       "                       [0.63134725, 0.63134725, 0.62485271],\n",
       "                       [0.6291824 , 0.63134725, 0.62052302]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.70175206, 0.70175206, 0.70175206],\n",
       "                       [0.70175206, 0.70175206, 0.70175206],\n",
       "                       [0.70175206, 0.70175206, 0.70175206],\n",
       "                       ...,\n",
       "                       [0.58918002, 0.58918002, 0.57393154],\n",
       "                       [0.59238002, 0.59238002, 0.57073154],\n",
       "                       [0.59238002, 0.59238002, 0.57073154]],\n",
       "               \n",
       "                      [[0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70278718, 0.70278718, 0.70278718],\n",
       "                       ...,\n",
       "                       [0.59021517, 0.59021517, 0.57073154],\n",
       "                       [0.59021517, 0.59021517, 0.56856671],\n",
       "                       [0.59238002, 0.59238002, 0.57073154]],\n",
       "               \n",
       "                      [[0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70278718, 0.70278718, 0.70278718],\n",
       "                       ...,\n",
       "                       [0.59887455, 0.59887455, 0.58155579],\n",
       "                       [0.59887455, 0.59887455, 0.57939094],\n",
       "                       [0.59887455, 0.59887455, 0.57722609]]]),\n",
       "               array([[[0.22318858, 0.20343074, 0.19947919],\n",
       "                       [0.21726123, 0.20145497, 0.20343074],\n",
       "                       [0.21133389, 0.20145497, 0.20738232],\n",
       "                       ...,\n",
       "                       [0.60144201, 0.58761155, 0.59946623],\n",
       "                       [0.6079178 , 0.58815998, 0.60396623],\n",
       "                       [0.6079178 , 0.58815998, 0.60396623]],\n",
       "               \n",
       "                      [[0.21923701, 0.20145497, 0.20343074],\n",
       "                       [0.21133389, 0.19947919, 0.20540653],\n",
       "                       [0.20540653, 0.19552762, 0.20540653],\n",
       "                       ...,\n",
       "                       [0.60539359, 0.58958732, 0.61044201],\n",
       "                       [0.61186937, 0.59013576, 0.60594201],\n",
       "                       [0.60989359, 0.59013576, 0.60594201]],\n",
       "               \n",
       "                      [[0.19552762, 0.20145497, 0.21923701],\n",
       "                       [0.19157605, 0.20738232, 0.22318858],\n",
       "                       [0.18169713, 0.20540653, 0.2212128 ],\n",
       "                       ...,\n",
       "                       [0.59749046, 0.59749046, 0.60736937],\n",
       "                       [0.60199046, 0.60001467, 0.61186937],\n",
       "                       [0.60396623, 0.60199046, 0.61384516]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.38213014, 0.41483953, 0.44535519],\n",
       "                       [0.34854182, 0.38717856, 0.41769423],\n",
       "                       [0.32680821, 0.36544495, 0.4069364 ],\n",
       "                       ...,\n",
       "                       [0.42757314, 0.48091927, 0.55204745],\n",
       "                       [0.43404892, 0.49134662, 0.5624748 ],\n",
       "                       [0.43602471, 0.49134662, 0.56445058]],\n",
       "               \n",
       "                      [[0.36884808, 0.39255749, 0.43602471],\n",
       "                       [0.32933242, 0.35304182, 0.39650905],\n",
       "                       [0.29376833, 0.31747773, 0.36094495],\n",
       "                       ...,\n",
       "                       [0.42219423, 0.47751614, 0.54271697],\n",
       "                       [0.41824266, 0.47554036, 0.53876541],\n",
       "                       [0.41626688, 0.47356458, 0.53678962]],\n",
       "               \n",
       "                      [[0.31155038, 0.33328399, 0.37675121],\n",
       "                       [0.27796207, 0.30167147, 0.34513869],\n",
       "                       [0.25425266, 0.27796207, 0.32142929],\n",
       "                       ...,\n",
       "                       [0.39255749, 0.44985518, 0.50912866],\n",
       "                       [0.4024364 , 0.46170988, 0.5170318 ],\n",
       "                       [0.41231531, 0.46961301, 0.5288865 ]]]),\n",
       "               array([[[0.61844152, 0.52256568, 0.51732593],\n",
       "                       [0.59024275, 0.49624682, 0.48536731],\n",
       "                       [0.55264438, 0.45488861, 0.44212918],\n",
       "                       ...,\n",
       "                       [0.6169616 , 0.55828413, 0.49812674],\n",
       "                       [0.6261612 , 0.58668291, 0.53028535],\n",
       "                       [0.63932064, 0.60736202, 0.55472429]],\n",
       "               \n",
       "                      [[0.63952064, 0.56580381, 0.55492429],\n",
       "                       [0.63912064, 0.56768373, 0.55492429],\n",
       "                       [0.62784112, 0.55264438, 0.53236528],\n",
       "                       ...,\n",
       "                       [0.585003  , 0.50000666, 0.44172918],\n",
       "                       [0.61864152, 0.55284438, 0.50020666],\n",
       "                       [0.63932064, 0.59984235, 0.54720461]],\n",
       "               \n",
       "                      [[0.62072144, 0.56392388, 0.54552471],\n",
       "                       [0.63348087, 0.57708332, 0.55868413],\n",
       "                       [0.63536079, 0.57896323, 0.55264438],\n",
       "                       ...,\n",
       "                       [0.54928454, 0.43272959, 0.37969186],\n",
       "                       [0.5960825 , 0.49456691, 0.4438091 ],\n",
       "                       [0.63932064, 0.54908454, 0.5039665 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.48872715, 0.47032796, 0.53612511],\n",
       "                       [0.42668984, 0.41769024, 0.47932755],\n",
       "                       [0.32705414, 0.32557422, 0.3838517 ],\n",
       "                       ...,\n",
       "                       [0.20673935, 0.20525943, 0.22029877],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]],\n",
       "               \n",
       "                      [[0.50584642, 0.48328739, 0.55096446],\n",
       "                       [0.43628943, 0.42125008, 0.48704723],\n",
       "                       [0.33289389, 0.32913406, 0.38929145],\n",
       "                       ...,\n",
       "                       [0.20693935, 0.20505943, 0.22009877],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]],\n",
       "               \n",
       "                      [[0.51524601, 0.49268698, 0.56036406],\n",
       "                       [0.44004927, 0.42500992, 0.49080706],\n",
       "                       [0.33477382, 0.33101398, 0.39117137],\n",
       "                       ...,\n",
       "                       [0.20693935, 0.20505943, 0.22009877],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]]]),\n",
       "               array([[[0.60255006, 0.64291242, 0.62218771],\n",
       "                       [0.60255006, 0.64291242, 0.62218771],\n",
       "                       [0.60255006, 0.64291242, 0.62218771],\n",
       "                       ...,\n",
       "                       [0.31995233, 0.31131703, 0.29059232],\n",
       "                       [0.31358762, 0.30322526, 0.28250056],\n",
       "                       [0.31876881, 0.30840645, 0.28768174]],\n",
       "               \n",
       "                      [[0.60255006, 0.61291242, 0.62218771],\n",
       "                       [0.60255006, 0.64291242, 0.62218771],\n",
       "                       [0.60255006, 0.64291242, 0.62218771],\n",
       "                       ...,\n",
       "                       [0.31649821, 0.30958997, 0.29059232],\n",
       "                       [0.30495233, 0.29631703, 0.27559232],\n",
       "                       [0.3101335 , 0.29977115, 0.27904643]],\n",
       "               \n",
       "                      [[0.600823  , 0.61463947, 0.62218771],\n",
       "                       [0.600823  , 0.64463947, 0.62218771],\n",
       "                       [0.600823  , 0.64463947, 0.62218771],\n",
       "                       ...,\n",
       "                       [0.31477115, 0.30786291, 0.28713819],\n",
       "                       [0.29977115, 0.29113586, 0.27041114],\n",
       "                       [0.30149821, 0.29113586, 0.27041114]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.63881831, 0.65500183, 0.63600418],\n",
       "                       [0.64054536, 0.65327476, 0.63600418],\n",
       "                       [0.64054536, 0.65327476, 0.63600418],\n",
       "                       ...,\n",
       "                       [0.27440879, 0.30613586, 0.29750056],\n",
       "                       [0.29113586, 0.29286291, 0.28422762],\n",
       "                       [0.29286291, 0.29458997, 0.28595467]],\n",
       "               \n",
       "                      [[0.64863713, 0.63309358, 0.615823  ],\n",
       "                       [0.64863713, 0.63136653, 0.615823  ],\n",
       "                       [0.64863713, 0.63136653, 0.61409595],\n",
       "                       ...,\n",
       "                       [0.28595467, 0.28595467, 0.27731938],\n",
       "                       [0.28595467, 0.28595467, 0.27904643],\n",
       "                       [0.28768174, 0.28768174, 0.2807735 ]],\n",
       "               \n",
       "                      [[0.64345595, 0.62791242, 0.61236888],\n",
       "                       [0.64172889, 0.62445829, 0.60891477],\n",
       "                       [0.64172889, 0.62445829, 0.60718771],\n",
       "                       ...,\n",
       "                       [0.28250056, 0.2807735 , 0.27386527],\n",
       "                       [0.28250056, 0.2807735 , 0.27386527],\n",
       "                       [0.28422762, 0.28250056, 0.27559232]]]),\n",
       "               array([[[0.55669801, 0.47928485, 0.23297022],\n",
       "                       [0.55669801, 0.47928485, 0.23297022],\n",
       "                       [0.55435217, 0.4816307 , 0.23017022],\n",
       "                       ...,\n",
       "                       [0.63411118, 0.6101985 , 0.53982289],\n",
       "                       [0.63740289, 0.62567363, 0.55998972],\n",
       "                       [0.64678631, 0.63740289, 0.57406485]],\n",
       "               \n",
       "                      [[0.55435217, 0.47928485, 0.23766193],\n",
       "                       [0.55435217, 0.48397656, 0.23486193],\n",
       "                       [0.55669801, 0.48632241, 0.23720777],\n",
       "                       ...,\n",
       "                       [0.61769021, 0.58908582, 0.51636436],\n",
       "                       [0.62801947, 0.6115985 , 0.54356875],\n",
       "                       [0.63974874, 0.62567363, 0.56233558]],\n",
       "               \n",
       "                      [[0.55435217, 0.4816307 , 0.24000777],\n",
       "                       [0.5520063 , 0.48397656, 0.24000777],\n",
       "                       [0.55435217, 0.48632241, 0.23955364],\n",
       "                       ...,\n",
       "                       [0.59423167, 0.56093558, 0.48586827],\n",
       "                       [0.6115985 , 0.59048582, 0.52245607],\n",
       "                       [0.62567363, 0.60690679, 0.54122289]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.6434946 , 0.63645703, 0.59657753],\n",
       "                       [0.64114874, 0.63411118, 0.59423167],\n",
       "                       [0.6434946 , 0.63645703, 0.59657753],\n",
       "                       ...,\n",
       "                       [0.62707363, 0.64304045, 0.64773216],\n",
       "                       [0.62332777, 0.6420946 , 0.64678631],\n",
       "                       [0.62098192, 0.6420946 , 0.63974874]],\n",
       "               \n",
       "                      [[0.63740289, 0.63036532, 0.59048582],\n",
       "                       [0.63505703, 0.62801947, 0.58813996],\n",
       "                       [0.63974874, 0.63271118, 0.59283167],\n",
       "                       ...,\n",
       "                       [0.62567363, 0.64444045, 0.64913216],\n",
       "                       [0.62332777, 0.6420946 , 0.64678631],\n",
       "                       [0.62098192, 0.6420946 , 0.63974874]],\n",
       "               \n",
       "                      [[0.6420946 , 0.63505703, 0.59517753],\n",
       "                       [0.63271118, 0.62567363, 0.58579411],\n",
       "                       [0.63974874, 0.63271118, 0.59283167],\n",
       "                       ...,\n",
       "                       [0.62801947, 0.63974874, 0.64678631],\n",
       "                       [0.62801947, 0.63974874, 0.64678631],\n",
       "                       [0.62567363, 0.63974874, 0.63974874]]]),\n",
       "               array([[[0.5735912 , 0.5596898 , 0.43071094],\n",
       "                       [0.56740811, 0.56200671, 0.43302784],\n",
       "                       [0.5650912 , 0.5596898 , 0.43071094],\n",
       "                       ...,\n",
       "                       [0.34266867, 0.32876727, 0.19207008],\n",
       "                       [0.33765107, 0.32143276, 0.18241868],\n",
       "                       [0.33533417, 0.31679896, 0.17315106]],\n",
       "               \n",
       "                      [[0.5650912 , 0.55118979, 0.43071094],\n",
       "                       [0.56740811, 0.56200671, 0.44152784],\n",
       "                       [0.5650912 , 0.5596898 , 0.43921094],\n",
       "                       ...,\n",
       "                       [0.34730248, 0.33340107, 0.19670387],\n",
       "                       [0.34228487, 0.32606656, 0.18705247],\n",
       "                       [0.33765107, 0.31911586, 0.17546797]],\n",
       "               \n",
       "                      [[0.56740811, 0.55350671, 0.44152784],\n",
       "                       [0.56740811, 0.55350671, 0.44152784],\n",
       "                       [0.5650912 , 0.55118979, 0.43921094],\n",
       "                       ...,\n",
       "                       [0.35193628, 0.33803487, 0.20133768],\n",
       "                       [0.34691867, 0.33070036, 0.19168627],\n",
       "                       [0.34228487, 0.32374966, 0.18010177]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.18511938, 0.20288698, 0.21060529],\n",
       "                       [0.18743627, 0.20520387, 0.21060529],\n",
       "                       [0.18743627, 0.20288698, 0.21060529],\n",
       "                       ...,\n",
       "                       [0.21910529, 0.23764049, 0.26312644],\n",
       "                       [0.21022149, 0.23107359, 0.24960882],\n",
       "                       [0.20327078, 0.21948908, 0.2380243 ]],\n",
       "               \n",
       "                      [[0.18473557, 0.19168627, 0.21253838],\n",
       "                       [0.18705247, 0.19400317, 0.21022149],\n",
       "                       [0.18936938, 0.19632008, 0.21253838],\n",
       "                       ...,\n",
       "                       [0.21022149, 0.2287567 , 0.25655952],\n",
       "                       [0.20327078, 0.22412289, 0.2426581 ],\n",
       "                       [0.19632008, 0.21253838, 0.23107359]],\n",
       "               \n",
       "                      [[0.18010177, 0.18936938, 0.21717219],\n",
       "                       [0.18473557, 0.19400317, 0.221806  ],\n",
       "                       [0.18705247, 0.19632008, 0.22412289],\n",
       "                       ...,\n",
       "                       [0.21948908, 0.2380243 , 0.27741163],\n",
       "                       [0.21485529, 0.23107359, 0.26351023],\n",
       "                       [0.20790459, 0.22643979, 0.25655952]]]),\n",
       "               array([[[0.35660349, 0.28648916, 0.24332073],\n",
       "                       [0.35454785, 0.28443352, 0.24126509],\n",
       "                       [0.35249221, 0.28443352, 0.24126509],\n",
       "                       ...,\n",
       "                       [0.41827269, 0.3052125 , 0.27004404],\n",
       "                       [0.41610577, 0.30715686, 0.25987713],\n",
       "                       [0.41199449, 0.30510122, 0.25576585]],\n",
       "               \n",
       "                      [[0.35660349, 0.28648916, 0.23920945],\n",
       "                       [0.35454785, 0.28443352, 0.2371538 ],\n",
       "                       [0.35454785, 0.28443352, 0.2371538 ],\n",
       "                       ...,\n",
       "                       [0.41621705, 0.30315686, 0.26204404],\n",
       "                       [0.41816141, 0.30715686, 0.26193277],\n",
       "                       [0.41405013, 0.30715686, 0.25782149]],\n",
       "               \n",
       "                      [[0.37077041, 0.28648916, 0.24126509],\n",
       "                       [0.36665913, 0.28648916, 0.23920945],\n",
       "                       [0.35660349, 0.28648916, 0.23920945],\n",
       "                       ...,\n",
       "                       [0.42010577, 0.30315686, 0.25998841],\n",
       "                       [0.41405013, 0.30715686, 0.25987713],\n",
       "                       [0.41405013, 0.30715686, 0.25782149]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.23326509, 0.23920945, 0.24354329],\n",
       "                       [0.23120944, 0.2371538 , 0.24148765],\n",
       "                       [0.2291538 , 0.23509816, 0.24743201],\n",
       "                       ...,\n",
       "                       [0.33193582, 0.29082301, 0.28054481],\n",
       "                       [0.35649221, 0.31743506, 0.30510122],\n",
       "                       [0.37293733, 0.33388018, 0.3194907 ]],\n",
       "               \n",
       "                      [[0.23932073, 0.23726509, 0.24959893],\n",
       "                       [0.23726509, 0.23520945, 0.24754329],\n",
       "                       [0.23520945, 0.2331538 , 0.24343201],\n",
       "                       ...,\n",
       "                       [0.30098993, 0.26398841, 0.25576585],\n",
       "                       [0.31126814, 0.27632224, 0.26809968],\n",
       "                       [0.32154633, 0.29071173, 0.28043352]],\n",
       "               \n",
       "                      [[0.24343201, 0.24137637, 0.25371021],\n",
       "                       [0.24137637, 0.23932073, 0.25165457],\n",
       "                       [0.23726509, 0.23520945, 0.24754329],\n",
       "                       ...,\n",
       "                       [0.25782149, 0.22698688, 0.22081998],\n",
       "                       [0.25782149, 0.22698688, 0.22081998],\n",
       "                       [0.25987713, 0.23109816, 0.22493124]]]),\n",
       "               array([[[0.35122313, 0.31100473, 0.33402006],\n",
       "                       [0.35122313, 0.31100473, 0.33402006],\n",
       "                       [0.35122313, 0.31100473, 0.33402006],\n",
       "                       ...,\n",
       "                       [0.3501308 , 0.3225124 , 0.3501308 ],\n",
       "                       [0.3564308 , 0.3288124 , 0.3564308 ],\n",
       "                       [0.35873233, 0.32651087, 0.3564308 ]],\n",
       "               \n",
       "                      [[0.35122313, 0.31100473, 0.33402006],\n",
       "                       [0.35122313, 0.31100473, 0.33402006],\n",
       "                       [0.35122313, 0.31100473, 0.33402006],\n",
       "                       ...,\n",
       "                       [0.3501308 , 0.3225124 , 0.3501308 ],\n",
       "                       [0.3564308 , 0.3288124 , 0.3564308 ],\n",
       "                       [0.35873233, 0.32651087, 0.3564308 ]],\n",
       "               \n",
       "                      [[0.3489216 , 0.3087032 , 0.33171853],\n",
       "                       [0.3489216 , 0.3087032 , 0.33171853],\n",
       "                       [0.3363216 , 0.3087032 , 0.33171853],\n",
       "                       ...,\n",
       "                       [0.34782926, 0.32021087, 0.34782926],\n",
       "                       [0.35412926, 0.32651087, 0.35412926],\n",
       "                       [0.3564308 , 0.32420933, 0.35412926]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.294894  , 0.2936848 , 0.294894  ],\n",
       "                       [0.29259246, 0.29138327, 0.294894  ],\n",
       "                       [0.29259246, 0.29138327, 0.294894  ],\n",
       "                       ...,\n",
       "                       [0.28447866, 0.25916179, 0.25686027],\n",
       "                       [0.31270167, 0.2873848 , 0.28278174],\n",
       "                       [0.3426216 , 0.31730473, 0.31270167]],\n",
       "               \n",
       "                      [[0.301194  , 0.28968633, 0.30349553],\n",
       "                       [0.29889246, 0.2873848 , 0.30349553],\n",
       "                       [0.29889246, 0.2873848 , 0.301194  ],\n",
       "                       ...,\n",
       "                       [0.266671  , 0.24365567, 0.24365567],\n",
       "                       [0.301194  , 0.27587714, 0.2735756 ],\n",
       "                       [0.33111393, 0.30579707, 0.301194  ]],\n",
       "               \n",
       "                      [[0.29889246, 0.2873848 , 0.30349553],\n",
       "                       [0.2942894 , 0.28278174, 0.29889246],\n",
       "                       [0.29198786, 0.2804802 , 0.29659093],\n",
       "                       ...,\n",
       "                       [0.22984645, 0.20683112, 0.20683112],\n",
       "                       [0.25976641, 0.23675104, 0.23444952],\n",
       "                       [0.28508327, 0.26206793, 0.25976641]]]),\n",
       "               array([[[0.62239143, 0.56624259, 0.53596817],\n",
       "                       [0.62494365, 0.5687948 , 0.53852039],\n",
       "                       [0.62749587, 0.57134702, 0.54327261],\n",
       "                       ...,\n",
       "                       [0.59466923, 0.49258043, 0.46925823],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      [[0.62239143, 0.56624259, 0.53596817],\n",
       "                       [0.62494365, 0.5687948 , 0.53852039],\n",
       "                       [0.62749587, 0.57134702, 0.54327261],\n",
       "                       ...,\n",
       "                       [0.59466923, 0.49258043, 0.46925823],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      [[0.62494365, 0.5687948 , 0.53852039],\n",
       "                       [0.62749587, 0.57134702, 0.54327261],\n",
       "                       [0.62749587, 0.57134702, 0.54327261],\n",
       "                       ...,\n",
       "                       [0.59466923, 0.49258043, 0.46705823],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.56404259, 0.47946711, 0.45429713],\n",
       "                       [0.56404259, 0.47946711, 0.45174491],\n",
       "                       [0.56404259, 0.47726711, 0.45174491],\n",
       "                       ...,\n",
       "                       [0.49988487, 0.32413389, 0.29095503],\n",
       "                       [0.51665041, 0.34565165, 0.31757724],\n",
       "                       [0.52941151, 0.36351719, 0.34054721]],\n",
       "               \n",
       "                      [[0.56514259, 0.47581489, 0.45539713],\n",
       "                       [0.56259037, 0.47581489, 0.45284491],\n",
       "                       [0.56259037, 0.47581489, 0.45029267],\n",
       "                       ...,\n",
       "                       [0.49112821, 0.31502502, 0.27929392],\n",
       "                       [0.50644153, 0.33289056, 0.30481613],\n",
       "                       [0.52175485, 0.35075609, 0.32778611]],\n",
       "               \n",
       "                      [[0.56514259, 0.47071045, 0.45029267],\n",
       "                       [0.56259037, 0.47326267, 0.44774045],\n",
       "                       [0.55748593, 0.47326267, 0.44774045],\n",
       "                       ...,\n",
       "                       [0.48602377, 0.30736835, 0.27163727],\n",
       "                       [0.50133709, 0.32523389, 0.29715948],\n",
       "                       [0.51409819, 0.34309943, 0.32012945]]]),\n",
       "               array([[[0.75741868, 0.59522202, 0.53169213],\n",
       "                       [0.76021516, 0.59801851, 0.53448862],\n",
       "                       [0.76580817, 0.60361149, 0.54008162],\n",
       "                       ...,\n",
       "                       [0.70428529, 0.6958958 , 0.6539484 ],\n",
       "                       [0.71726426, 0.70887477, 0.66692735],\n",
       "                       [0.72565375, 0.71726426, 0.67531683]],\n",
       "               \n",
       "                      [[0.76580817, 0.60361149, 0.54008162],\n",
       "                       [0.76301166, 0.60361149, 0.54008162],\n",
       "                       [0.76301166, 0.606408  , 0.54768162],\n",
       "                       ...,\n",
       "                       [0.68191333, 0.67352384, 0.62598345],\n",
       "                       [0.6948923 , 0.68650282, 0.63896242],\n",
       "                       [0.70328179, 0.6948923 , 0.6501484 ]],\n",
       "               \n",
       "                      [[0.76860464, 0.606408  , 0.53728512],\n",
       "                       [0.76580817, 0.606408  , 0.54208862],\n",
       "                       [0.76301166, 0.606408  , 0.54488512],\n",
       "                       ...,\n",
       "                       [0.65954138, 0.65115189, 0.60361149],\n",
       "                       [0.67531683, 0.66692735, 0.61938695],\n",
       "                       [0.68650282, 0.67811333, 0.63057293]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.31836908, 0.30797258, 0.28201464],\n",
       "                       [0.32116557, 0.31076908, 0.28481113],\n",
       "                       [0.32675856, 0.31636207, 0.28760764],\n",
       "                       ...,\n",
       "                       [0.43582183, 0.41983235, 0.36949546],\n",
       "                       [0.45439378, 0.4460043 , 0.3984639 ],\n",
       "                       [0.47117277, 0.46278328, 0.41524287]],\n",
       "               \n",
       "                      [[0.3005866 , 0.3005866 , 0.27262166],\n",
       "                       [0.3033831 , 0.3033831 , 0.27262166],\n",
       "                       [0.30897609, 0.30897609, 0.27541815],\n",
       "                       ...,\n",
       "                       [0.43202183, 0.42363235, 0.37609195],\n",
       "                       [0.45439378, 0.4460043 , 0.3984639 ],\n",
       "                       [0.47117277, 0.46278328, 0.41524287]],\n",
       "               \n",
       "                      [[0.28940063, 0.29219712, 0.26982515],\n",
       "                       [0.29779011, 0.3033831 , 0.27262166],\n",
       "                       [0.30617959, 0.31177258, 0.28101113],\n",
       "                       ...,\n",
       "                       [0.43202183, 0.42363235, 0.37609195],\n",
       "                       [0.45719028, 0.44880079, 0.40126039],\n",
       "                       [0.47396926, 0.46557978, 0.41803936]]]),\n",
       "               array([[[0.43251266, 0.38529944, 0.3876601 ],\n",
       "                       [0.43251266, 0.3876601 , 0.38529944],\n",
       "                       [0.43251266, 0.39002076, 0.38529944],\n",
       "                       ...,\n",
       "                       [0.28851232, 0.26254506, 0.22241381],\n",
       "                       [0.30037299, 0.27440572, 0.23191381],\n",
       "                       [0.30037299, 0.27440572, 0.23191381]],\n",
       "               \n",
       "                      [[0.43723398, 0.39002076, 0.39238142],\n",
       "                       [0.43487332, 0.39238142, 0.39238142],\n",
       "                       [0.43487332, 0.39238142, 0.39002076],\n",
       "                       ...,\n",
       "                       [0.28851232, 0.26254506, 0.22241381],\n",
       "                       [0.30037299, 0.27440572, 0.23191381],\n",
       "                       [0.29801232, 0.27204506, 0.22955314]],\n",
       "               \n",
       "                      [[0.42307002, 0.3876601 , 0.40418473],\n",
       "                       [0.42543068, 0.39002076, 0.40182407],\n",
       "                       [0.430152  , 0.39238142, 0.40182407],\n",
       "                       ...,\n",
       "                       [0.302791  , 0.25782373, 0.22477447],\n",
       "                       [0.29565167, 0.26732373, 0.23427447],\n",
       "                       [0.29801232, 0.26496307, 0.23427447]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.65689019, 0.63328358, 0.64025086],\n",
       "                       [0.63328358, 0.60967697, 0.63564424],\n",
       "                       [0.62148028, 0.57887367, 0.60484095],\n",
       "                       ...,\n",
       "                       [0.75131667, 0.72759534, 0.74175929],\n",
       "                       [0.73001332, 0.72765269, 0.74181667],\n",
       "                       [0.725292  , 0.72293137, 0.73709534]],\n",
       "               \n",
       "                      [[0.63794756, 0.61434095, 0.6403082 ],\n",
       "                       [0.61198028, 0.58837367, 0.61434095],\n",
       "                       [0.60253763, 0.57893102, 0.60489829],\n",
       "                       ...,\n",
       "                       [0.74417727, 0.73945594, 0.75361992],\n",
       "                       [0.73237402, 0.73237402, 0.74653796],\n",
       "                       [0.73001332, 0.73237402, 0.74417727]],\n",
       "               \n",
       "                      [[0.62142292, 0.59781631, 0.62378358],\n",
       "                       [0.60961962, 0.58601301, 0.61198028],\n",
       "                       [0.60961962, 0.58601301, 0.61198028],\n",
       "                       ...,\n",
       "                       [0.75361992, 0.74181667, 0.76070194],\n",
       "                       [0.74653796, 0.73237402, 0.75598061],\n",
       "                       [0.74181667, 0.72765269, 0.75125929]]]),\n",
       "               array([[[0.23370951, 0.22239166, 0.2104987 ],\n",
       "                       [0.23569166, 0.22437382, 0.21248087],\n",
       "                       [0.23965598, 0.22833815, 0.22974518],\n",
       "                       ...,\n",
       "                       [0.31357106, 0.30366026, 0.26798138],\n",
       "                       [0.3083281 , 0.29643514, 0.26670271],\n",
       "                       [0.29445298, 0.28256002, 0.25480976]],\n",
       "               \n",
       "                      [[0.22776302, 0.21644518, 0.21785221],\n",
       "                       [0.22776302, 0.21644518, 0.20455221],\n",
       "                       [0.23172734, 0.22040951, 0.22181654],\n",
       "                       ...,\n",
       "                       [0.32546403, 0.31357106, 0.27591002],\n",
       "                       [0.32814971, 0.3182389 , 0.28652434],\n",
       "                       [0.32022106, 0.3083281 , 0.28057786]],\n",
       "               \n",
       "                      [[0.22974518, 0.23172734, 0.21983438],\n",
       "                       [0.22974518, 0.21842734, 0.21983438],\n",
       "                       [0.23370951, 0.22239166, 0.2104987 ],\n",
       "                       ...,\n",
       "                       [0.30564242, 0.2917673 , 0.25212407],\n",
       "                       [0.32022106, 0.3083281 , 0.27463138],\n",
       "                       [0.32616754, 0.31427458, 0.28256002]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.42003263, 0.38096454, 0.3248889 ],\n",
       "                       [0.42597911, 0.38492886, 0.32687106],\n",
       "                       [0.42597911, 0.38492886, 0.3248889 ],\n",
       "                       ...,\n",
       "                       [0.34471052, 0.25410623, 0.21983438],\n",
       "                       [0.32616754, 0.25084543, 0.20922006],\n",
       "                       [0.32022106, 0.24886327, 0.20922006]],\n",
       "               \n",
       "                      [[0.41932911, 0.39356102, 0.32418539],\n",
       "                       [0.42527559, 0.39752534, 0.32616754],\n",
       "                       [0.42329343, 0.39554318, 0.32220322],\n",
       "                       ...,\n",
       "                       [0.32814971, 0.25282759, 0.21318438],\n",
       "                       [0.32220322, 0.24688112, 0.20922006],\n",
       "                       [0.32022106, 0.24688112, 0.20922006]],\n",
       "               \n",
       "                      [[0.42329343, 0.39752534, 0.32814971],\n",
       "                       [0.42923991, 0.40347182, 0.33013187],\n",
       "                       [0.42923991, 0.40148966, 0.32616754],\n",
       "                       ...,\n",
       "                       [0.32220322, 0.24886327, 0.21120221],\n",
       "                       [0.3182389 , 0.24688112, 0.21120221],\n",
       "                       [0.32022106, 0.25084543, 0.21318438]]]),\n",
       "               array([[[0.67708201, 0.69286514, 0.67482728],\n",
       "                       [0.67933675, 0.69511987, 0.68159148],\n",
       "                       [0.68159148, 0.69511987, 0.68835566],\n",
       "                       ...,\n",
       "                       [0.47641065, 0.52150535, 0.58012844],\n",
       "                       [0.44473017, 0.48757012, 0.53942902],\n",
       "                       [0.41767336, 0.45825857, 0.50335326]],\n",
       "               \n",
       "                      [[0.69038201, 0.69286514, 0.67482728],\n",
       "                       [0.67933675, 0.70616514, 0.67933675],\n",
       "                       [0.67708201, 0.70616514, 0.68610093],\n",
       "                       ...,\n",
       "                       [0.42906123, 0.47641065, 0.54179796],\n",
       "                       [0.43120177, 0.47855118, 0.53266482],\n",
       "                       [0.4402207 , 0.48757012, 0.53266482]],\n",
       "               \n",
       "                      [[0.68159148, 0.69511987, 0.67933675],\n",
       "                       [0.68159148, 0.69511987, 0.68384622],\n",
       "                       [0.67933675, 0.70841987, 0.68835566],\n",
       "                       ...,\n",
       "                       [0.39749496, 0.45160857, 0.52804114],\n",
       "                       [0.43796597, 0.48982485, 0.54393848],\n",
       "                       [0.48757012, 0.53491955, 0.58226897]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.32534346, 0.29805823, 0.26649196],\n",
       "                       [0.32308872, 0.2958035 , 0.26423722],\n",
       "                       [0.33864346, 0.29805823, 0.26649196],\n",
       "                       ...,\n",
       "                       [0.25995617, 0.26221089, 0.24417303],\n",
       "                       [0.26435143, 0.26660617, 0.24856829],\n",
       "                       [0.25984196, 0.26209669, 0.24405882]],\n",
       "               \n",
       "                      [[0.32297452, 0.2823893 , 0.25082303],\n",
       "                       [0.32297452, 0.2823893 , 0.24856829],\n",
       "                       [0.32522926, 0.28464403, 0.25307775],\n",
       "                       ...,\n",
       "                       [0.26660617, 0.26886089, 0.25082303],\n",
       "                       [0.26660617, 0.26886089, 0.25082303],\n",
       "                       [0.26435143, 0.26660617, 0.24856829]],\n",
       "               \n",
       "                      [[0.31621032, 0.27787983, 0.24180408],\n",
       "                       [0.31395558, 0.2756251 , 0.23954935],\n",
       "                       [0.31395558, 0.2756251 , 0.23954935],\n",
       "                       ...,\n",
       "                       [0.26435143, 0.26660617, 0.24856829],\n",
       "                       [0.26660617, 0.27111562, 0.25082303],\n",
       "                       [0.26886089, 0.27337036, 0.24856829]]]),\n",
       "               array([[[0.47346465, 0.42793506, 0.33991124],\n",
       "                       [0.47649995, 0.42417036, 0.34294654],\n",
       "                       [0.47953526, 0.42720567, 0.34598185],\n",
       "                       ...,\n",
       "                       [0.48560586, 0.43934689, 0.34221715],\n",
       "                       [0.48220586, 0.44274689, 0.34561715],\n",
       "                       [0.48220586, 0.44274689, 0.34561715]],\n",
       "               \n",
       "                      [[0.46739401, 0.41506445, 0.33384063],\n",
       "                       [0.47042934, 0.41809976, 0.33687593],\n",
       "                       [0.47042934, 0.41809976, 0.33007593],\n",
       "                       ...,\n",
       "                       [0.48257056, 0.44311158, 0.33918185],\n",
       "                       [0.47917056, 0.43971158, 0.34258185],\n",
       "                       [0.47917056, 0.43971158, 0.34258185]],\n",
       "               \n",
       "                      [[0.46132341, 0.41579384, 0.32777002],\n",
       "                       [0.46435871, 0.41202915, 0.33080532],\n",
       "                       [0.46435871, 0.41202915, 0.32400532],\n",
       "                       ...,\n",
       "                       [0.47953526, 0.44007628, 0.34294654],\n",
       "                       [0.47613526, 0.43667628, 0.33954654],\n",
       "                       [0.47613526, 0.43667628, 0.33954654]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.43704097, 0.3816761 , 0.30955819],\n",
       "                       [0.44007628, 0.38471141, 0.30652288],\n",
       "                       [0.44007628, 0.39454671, 0.30652288],\n",
       "                       ...,\n",
       "                       [0.85591302, 0.84911302, 0.84304242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242]],\n",
       "               \n",
       "                      [[0.43667628, 0.38811141, 0.30919349],\n",
       "                       [0.43971158, 0.39114671, 0.30615819],\n",
       "                       [0.43971158, 0.39418202, 0.30615819],\n",
       "                       ...,\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242]],\n",
       "               \n",
       "                      [[0.43971158, 0.39114671, 0.3122288 ],\n",
       "                       [0.44274689, 0.39418202, 0.30919349],\n",
       "                       [0.44274689, 0.39721732, 0.30919349],\n",
       "                       ...,\n",
       "                       [0.85251302, 0.84947766, 0.84340706],\n",
       "                       [0.85251302, 0.84947766, 0.84644242],\n",
       "                       [0.84947766, 0.84947766, 0.84947766]]]),\n",
       "               array([[[0.60350055, 0.59219932, 0.54929563],\n",
       "                       [0.60350055, 0.58602463, 0.54647033],\n",
       "                       [0.60350055, 0.59502463, 0.54364503],\n",
       "                       ...,\n",
       "                       [0.60067524, 0.58937401, 0.55547033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      [[0.60350055, 0.59219932, 0.54929563],\n",
       "                       [0.60350055, 0.58319932, 0.54929563],\n",
       "                       [0.60350055, 0.58319932, 0.54929563],\n",
       "                       ...,\n",
       "                       [0.60067524, 0.58937401, 0.55547033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      [[0.60350055, 0.59219932, 0.54929563],\n",
       "                       [0.60350055, 0.58319932, 0.54929563],\n",
       "                       [0.60350055, 0.58319932, 0.54929563],\n",
       "                       ...,\n",
       "                       [0.60067524, 0.58937401, 0.55547033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.52951848, 0.30349391, 0.3402229 ],\n",
       "                       [0.61145238, 0.45375926, 0.46788579],\n",
       "                       [0.71933814, 0.60915116, 0.60632586],\n",
       "                       ...,\n",
       "                       [0.45658456, 0.36617474, 0.34074698],\n",
       "                       [0.44643395, 0.35319882, 0.32777106],\n",
       "                       [0.42948211, 0.33624698, 0.31646983]],\n",
       "               \n",
       "                      [[0.53119318, 0.29951799, 0.33907229],\n",
       "                       [0.59900055, 0.42948211, 0.44643395],\n",
       "                       [0.68658506, 0.57357279, 0.57074747],\n",
       "                       ...,\n",
       "                       [0.45490987, 0.37015066, 0.33907229],\n",
       "                       [0.44078334, 0.35602413, 0.33059637],\n",
       "                       [0.42100619, 0.33342167, 0.31929513]],\n",
       "               \n",
       "                      [[0.52271726, 0.28539144, 0.32212044],\n",
       "                       [0.58769932, 0.40970496, 0.42383149],\n",
       "                       [0.66963323, 0.54814503, 0.54249441],\n",
       "                       ...,\n",
       "                       [0.46056048, 0.37580128, 0.3447229 ],\n",
       "                       [0.44360864, 0.36167474, 0.33907229],\n",
       "                       [0.42100619, 0.33907229, 0.32777106]]]),\n",
       "               array([[[0.60162011, 0.5887647 , 0.58647856],\n",
       "                       [0.60390626, 0.59105085, 0.5887647 ],\n",
       "                       [0.58419241, 0.59333699, 0.59105085],\n",
       "                       ...,\n",
       "                       [0.50417727, 0.48817425, 0.42187597],\n",
       "                       [0.51517727, 0.49917425, 0.43287597],\n",
       "                       [0.51746342, 0.50146039, 0.43516212]],\n",
       "               \n",
       "                      [[0.57733396, 0.58647856, 0.58419241],\n",
       "                       [0.58190626, 0.59105085, 0.5887647 ],\n",
       "                       [0.58419241, 0.59333699, 0.59105085],\n",
       "                       ...,\n",
       "                       [0.50646342, 0.49274654, 0.42416212],\n",
       "                       [0.51517727, 0.50374654, 0.43516212],\n",
       "                       [0.51517727, 0.50374654, 0.43516212]],\n",
       "               \n",
       "                      [[0.57276168, 0.58190626, 0.57962011],\n",
       "                       [0.57962011, 0.5887647 , 0.58647856],\n",
       "                       [0.58190626, 0.59105085, 0.5887647 ],\n",
       "                       ...,\n",
       "                       [0.50874956, 0.49731884, 0.42873441],\n",
       "                       [0.51974956, 0.50831884, 0.43973441],\n",
       "                       [0.51974956, 0.50831884, 0.43973441]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.62305691, 0.62077076, 0.63134001],\n",
       "                       [0.65191534, 0.62991534, 0.63819846],\n",
       "                       [0.65420149, 0.65648764, 0.64277076],\n",
       "                       ...,\n",
       "                       [0.66877982, 0.64591836, 0.62305691],\n",
       "                       [0.67977982, 0.65691836, 0.63177076],\n",
       "                       [0.67977982, 0.65691836, 0.62948461]],\n",
       "               \n",
       "                      [[0.62948461, 0.62719846, 0.61576773],\n",
       "                       [0.63177076, 0.63405691, 0.62034001],\n",
       "                       [0.63177076, 0.63405691, 0.62034001],\n",
       "                       ...,\n",
       "                       [0.67977982, 0.65920451, 0.63634306],\n",
       "                       [0.68435212, 0.66149066, 0.63862919],\n",
       "                       [0.68663828, 0.66377681, 0.64091534]],\n",
       "               \n",
       "                      [[0.63405691, 0.63177076, 0.62034001],\n",
       "                       [0.63177076, 0.63177076, 0.61805388],\n",
       "                       [0.62262616, 0.62491231, 0.61119543],\n",
       "                       ...,\n",
       "                       [0.68206599, 0.65920451, 0.63862919],\n",
       "                       [0.68663828, 0.66377681, 0.64091534],\n",
       "                       [0.69349671, 0.67063524, 0.64777378]]]),\n",
       "               array([[[0.62301821, 0.29709306, 0.23823074],\n",
       "                       [0.62098847, 0.29709306, 0.24026048],\n",
       "                       [0.62098847, 0.29709306, 0.24229022],\n",
       "                       ...,\n",
       "                       [0.33682563, 0.21504154, 0.21301182],\n",
       "                       [0.34740537, 0.22359154, 0.22156182],\n",
       "                       [0.34740537, 0.22359154, 0.22156182]],\n",
       "               \n",
       "                      [[0.62504795, 0.30115253, 0.24837943],\n",
       "                       [0.61692901, 0.30927147, 0.25852809],\n",
       "                       [0.61286954, 0.31942014, 0.26867676],\n",
       "                       ...,\n",
       "                       [0.33682563, 0.21910102, 0.21504154],\n",
       "                       [0.34334589, 0.22562128, 0.22156182],\n",
       "                       [0.3494351 , 0.22765102, 0.22562128]],\n",
       "               \n",
       "                      [[0.61489927, 0.29506332, 0.22519022],\n",
       "                       [0.60678034, 0.30318226, 0.23533889],\n",
       "                       [0.60069112, 0.30927147, 0.26055783],\n",
       "                       ...,\n",
       "                       [0.3469743 , 0.22924969, 0.22519022],\n",
       "                       [0.35755404, 0.23779969, 0.23374022],\n",
       "                       [0.35146483, 0.22968074, 0.22765102]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.58648299, 0.29912279, 0.2536065 ],\n",
       "                       [0.57633431, 0.30115253, 0.25563624],\n",
       "                       [0.56618564, 0.30115253, 0.27273624],\n",
       "                       ...,\n",
       "                       [0.27796332, 0.29709306, 0.30318226],\n",
       "                       [0.28854306, 0.29057279, 0.29869173],\n",
       "                       [0.29260253, 0.29463226, 0.3027512 ]],\n",
       "               \n",
       "                      [[0.52196255, 0.29869173, 0.27230518],\n",
       "                       [0.50572467, 0.29463226, 0.27027544],\n",
       "                       [0.48948679, 0.29260253, 0.26621598],\n",
       "                       ...,\n",
       "                       [0.29057279, 0.29260253, 0.29869173],\n",
       "                       [0.29260253, 0.29463226, 0.3027512 ],\n",
       "                       [0.29463226, 0.29666199, 0.30478094]],\n",
       "               \n",
       "                      [[0.43671368, 0.30072147, 0.2682457 ],\n",
       "                       [0.4143866 , 0.30072147, 0.26621598],\n",
       "                       [0.39611899, 0.29869173, 0.26418624],\n",
       "                       ...,\n",
       "                       [0.29260253, 0.29463226, 0.30072147],\n",
       "                       [0.29463226, 0.29666199, 0.30478094],\n",
       "                       [0.29463226, 0.29666199, 0.30478094]]]),\n",
       "               array([[[0.36606489, 0.34505943, 0.29443939],\n",
       "                       [0.3683658 , 0.35456034, 0.29213847],\n",
       "                       [0.37066671, 0.34736034, 0.29933847],\n",
       "                       ...,\n",
       "                       [0.21390749, 0.18399565, 0.17019018],\n",
       "                       [0.22210932, 0.19449839, 0.18069292],\n",
       "                       [0.22671114, 0.20140111, 0.18759565]],\n",
       "               \n",
       "                      [[0.36606489, 0.34966125, 0.29213847],\n",
       "                       [0.3683658 , 0.35456034, 0.29213847],\n",
       "                       [0.37296763, 0.34966125, 0.30163939],\n",
       "                       ...,\n",
       "                       [0.21160658, 0.19349656, 0.18429292],\n",
       "                       [0.22671114, 0.20140111, 0.19219747],\n",
       "                       [0.23821568, 0.21290567, 0.20140111]],\n",
       "               \n",
       "                      [[0.36606489, 0.34966125, 0.29213847],\n",
       "                       [0.36606489, 0.35686125, 0.28983756],\n",
       "                       [0.37066671, 0.35916216, 0.29703756],\n",
       "                       ...,\n",
       "                       [0.22570932, 0.20039929, 0.19119565],\n",
       "                       [0.23361386, 0.20830385, 0.19910021],\n",
       "                       [0.2428175 , 0.21750749, 0.20830385]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.45780408, 0.27833301, 0.28553301],\n",
       "                       [0.44399861, 0.2392175 , 0.2464175 ],\n",
       "                       [0.45090135, 0.21390749, 0.22110749],\n",
       "                       ...,\n",
       "                       [0.54783686, 0.45580044, 0.41208313],\n",
       "                       [0.54423687, 0.45910317, 0.41538586],\n",
       "                       [0.54653778, 0.46140408, 0.41998768]],\n",
       "               \n",
       "                      [[0.47060772, 0.3003403 , 0.30264121],\n",
       "                       [0.44989952, 0.25202118, 0.25202118],\n",
       "                       [0.45220044, 0.2198084 , 0.2198084 ],\n",
       "                       ...,\n",
       "                       [0.54423687, 0.45680226, 0.41078404],\n",
       "                       [0.54193596, 0.45680226, 0.41308495],\n",
       "                       [0.54423687, 0.46370499, 0.41998768]],\n",
       "               \n",
       "                      [[0.4867141 , 0.3210485 , 0.32795123],\n",
       "                       [0.46140408, 0.26352572, 0.26812755],\n",
       "                       [0.45680226, 0.22671114, 0.22671114],\n",
       "                       ...,\n",
       "                       [0.53733413, 0.44989952, 0.40388131],\n",
       "                       [0.54193596, 0.46140408, 0.41768677],\n",
       "                       [0.53963504, 0.46370499, 0.4245895 ]]]),\n",
       "               array([[[0.59125682, 0.57725682, 0.57325143],\n",
       "                       [0.58925412, 0.57525412, 0.57124874],\n",
       "                       [0.58725143, 0.57325143, 0.56924605],\n",
       "                       ...,\n",
       "                       [0.56922721, 0.5592326 , 0.5572299 ],\n",
       "                       [0.56022452, 0.5642299 , 0.5642299 ],\n",
       "                       [0.55822183, 0.56022452, 0.5642299 ]],\n",
       "               \n",
       "                      [[0.59325951, 0.57925951, 0.57525412],\n",
       "                       [0.59325951, 0.57925951, 0.57525412],\n",
       "                       [0.59125682, 0.57725682, 0.57325143],\n",
       "                       ...,\n",
       "                       [0.5732326 , 0.56323798, 0.56123529],\n",
       "                       [0.5662326 , 0.57023798, 0.56823529],\n",
       "                       [0.5642299 , 0.5662326 , 0.5662326 ]],\n",
       "               \n",
       "                      [[0.5972649 , 0.58326489, 0.57925951],\n",
       "                       [0.5972649 , 0.58326489, 0.57925951],\n",
       "                       [0.5812622 , 0.5812622 , 0.57725682],\n",
       "                       ...,\n",
       "                       [0.57523529, 0.57924066, 0.56323798],\n",
       "                       [0.5642299 , 0.56823529, 0.5662326 ],\n",
       "                       [0.56022452, 0.5642299 , 0.56222721]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.32690149, 0.24881535, 0.23880188],\n",
       "                       [0.32890419, 0.24881535, 0.24280727],\n",
       "                       [0.32690149, 0.24681265, 0.24280727],\n",
       "                       ...,\n",
       "                       [0.25880996, 0.24080457, 0.27084497],\n",
       "                       [0.25781804, 0.25381265, 0.28185035],\n",
       "                       [0.26182342, 0.25781804, 0.28585573]],\n",
       "               \n",
       "                      [[0.32190419, 0.25982073, 0.25381265],\n",
       "                       [0.32390687, 0.26182342, 0.25581535],\n",
       "                       [0.31990149, 0.25781804, 0.25381265],\n",
       "                       ...,\n",
       "                       [0.25581535, 0.24980727, 0.28385304],\n",
       "                       [0.25781804, 0.25180996, 0.28385304],\n",
       "                       [0.25982073, 0.25581535, 0.28385304]],\n",
       "               \n",
       "                      [[0.32390687, 0.26582881, 0.25781804],\n",
       "                       [0.32190419, 0.26382612, 0.25781804],\n",
       "                       [0.31589611, 0.25982073, 0.25581535],\n",
       "                       ...,\n",
       "                       [0.25982073, 0.25381265, 0.28785842],\n",
       "                       [0.25982073, 0.25381265, 0.28785842],\n",
       "                       [0.25781804, 0.25180996, 0.28585573]]]),\n",
       "               array([[[0.80896345, 0.797735  , 0.76685686],\n",
       "                       [0.80334922, 0.79212081, 0.76124267],\n",
       "                       [0.80334922, 0.79212081, 0.76404976],\n",
       "                       ...,\n",
       "                       [0.32614152, 0.32333441, 0.33736993],\n",
       "                       [0.32824152, 0.3226273 , 0.33946993],\n",
       "                       [0.32543441, 0.3198202 , 0.33385572]],\n",
       "               \n",
       "                      [[0.80896345, 0.78931372, 0.76124267],\n",
       "                       [0.80754922, 0.78931372, 0.75843557],\n",
       "                       [0.80754922, 0.79632081, 0.76124267],\n",
       "                       ...,\n",
       "                       [0.33175572, 0.32894862, 0.33736993],\n",
       "                       [0.32824152, 0.32543441, 0.33104862],\n",
       "                       [0.32543441, 0.3198202 , 0.32824152]],\n",
       "               \n",
       "                      [[0.80896345, 0.78931372, 0.76124267],\n",
       "                       [0.81177054, 0.79632081, 0.76404976],\n",
       "                       [0.81877764, 0.801935  , 0.77386398],\n",
       "                       ...,\n",
       "                       [0.33736993, 0.33736993, 0.33175572],\n",
       "                       [0.32824152, 0.32543441, 0.32824152],\n",
       "                       [0.3198202 , 0.31420599, 0.3226273 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.46930384, 0.35982676, 0.28262073],\n",
       "                       [0.48053225, 0.37806228, 0.30227048],\n",
       "                       [0.48614647, 0.38648359, 0.31069179],\n",
       "                       ...,\n",
       "                       [0.41596884, 0.30788468, 0.22928575],\n",
       "                       [0.42649016, 0.31420599, 0.23279995],\n",
       "                       [0.42087595, 0.31139889, 0.22437864]],\n",
       "               \n",
       "                      [[0.48824647, 0.37876939, 0.29736337],\n",
       "                       [0.49666778, 0.38438359, 0.30859179],\n",
       "                       [0.49386067, 0.3871907 , 0.31139889],\n",
       "                       ...,\n",
       "                       [0.40964753, 0.30017048, 0.22157154],\n",
       "                       [0.42087595, 0.31420599, 0.23279995],\n",
       "                       [0.42087595, 0.3170131 , 0.23560706]],\n",
       "               \n",
       "                      [[0.49666778, 0.38157649, 0.30297758],\n",
       "                       [0.49947488, 0.3871907 , 0.31420599],\n",
       "                       [0.49386067, 0.38438359, 0.31139889],\n",
       "                       ...,\n",
       "                       [0.40403332, 0.29736337, 0.22157154],\n",
       "                       [0.41806884, 0.30859179, 0.23279995],\n",
       "                       [0.41526174, 0.31139889, 0.23560706]]])]},\n",
       "             'deep_fool': {'changed': [0.3225151685270371,\n",
       "               0.0,\n",
       "               0.6011388221794284,\n",
       "               1.2893941108287903,\n",
       "               0.5328320211379244,\n",
       "               1.1780618751089293,\n",
       "               1.0598478466263241,\n",
       "               0.5942215249029852,\n",
       "               1.0971037545416464,\n",
       "               1.0193636649639333,\n",
       "               0.7502657883370526,\n",
       "               2.672324477258618,\n",
       "               1.6607616497493822,\n",
       "               1.067412208068866,\n",
       "               0.8396524404290954,\n",
       "               1.9942647673270935,\n",
       "               0.34307695456419435,\n",
       "               0.7084868917781911,\n",
       "               1.0034840298056082,\n",
       "               0.6303620002109998,\n",
       "               0.45401651443450874,\n",
       "               1.959687056320899,\n",
       "               0.6251978486059695,\n",
       "               0.22731849814824864,\n",
       "               1.0262361774553954,\n",
       "               1.3411912853232038,\n",
       "               1.6204950269790082,\n",
       "               1.0518937126267072,\n",
       "               1.2020129478483832,\n",
       "               0.3869746974684311,\n",
       "               0.4155847403493203,\n",
       "               0.5571833094148184,\n",
       "               0.02784613896708412,\n",
       "               1.0371939049410028,\n",
       "               0.15159280062913402,\n",
       "               0.5517724972544866,\n",
       "               0.42446767872269187,\n",
       "               0.7142861461142527,\n",
       "               0.14302584582221667,\n",
       "               0.47491537023222175,\n",
       "               0.9327956029092732,\n",
       "               0.5531280211213337,\n",
       "               0.7953815688295423,\n",
       "               0.4332196431809048,\n",
       "               0.5192165912349038,\n",
       "               0.9766114483321804,\n",
       "               1.0084575629382961,\n",
       "               0.4698171647942634,\n",
       "               0.8003015361902941,\n",
       "               0.25524998556265527],\n",
       "              'adversarials': [array([[[0.69618221, 0.66923757, 0.60997377],\n",
       "                       [0.6944082 , 0.6692414 , 0.6081761 ],\n",
       "                       [0.68724734, 0.66388291, 0.59741813],\n",
       "                       ...,\n",
       "                       [0.31551138, 0.27241385, 0.26343646],\n",
       "                       [0.3101201 , 0.2670267 , 0.25984447],\n",
       "                       [0.3101201 , 0.2670267 , 0.25984447]],\n",
       "               \n",
       "                      [[0.70876111, 0.68538742, 0.62433657],\n",
       "                       [0.70699601, 0.68359105, 0.62254107],\n",
       "                       [0.70701032, 0.68361387, 0.61537506],\n",
       "                       ...,\n",
       "                       [0.30833378, 0.26343476, 0.25625365],\n",
       "                       [0.30652898, 0.26343557, 0.25625334],\n",
       "                       [0.30652898, 0.26343557, 0.25625334]],\n",
       "               \n",
       "                      [[0.68721127, 0.65126858, 0.59561311],\n",
       "                       [0.68722631, 0.64946347, 0.59381728],\n",
       "                       [0.68541224, 0.64944146, 0.58483351],\n",
       "                       ...,\n",
       "                       [0.30833319, 0.26881932, 0.25086528],\n",
       "                       [0.30832455, 0.26882226, 0.25086667],\n",
       "                       [0.3101201 , 0.27061782, 0.25086667]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.37296477, 0.3496223 , 0.32089349],\n",
       "                       [0.37655601, 0.35321332, 0.32448464],\n",
       "                       [0.38014716, 0.35680451, 0.32807574],\n",
       "                       ...,\n",
       "                       [0.2939606 , 0.2724142 , 0.25266282],\n",
       "                       [0.29575563, 0.27420893, 0.25266223],\n",
       "                       [0.29755119, 0.27600449, 0.25445779]],\n",
       "               \n",
       "                      [[0.37655576, 0.3532135 , 0.32448457],\n",
       "                       [0.37835132, 0.35500906, 0.32628013],\n",
       "                       [0.38014688, 0.35680462, 0.32987124],\n",
       "                       ...,\n",
       "                       [0.29216451, 0.27061782, 0.25086667],\n",
       "                       [0.29396007, 0.27241337, 0.25086667],\n",
       "                       [0.29575563, 0.27420893, 0.25266223]],\n",
       "               \n",
       "                      [[0.37655576, 0.3532135 , 0.32448457],\n",
       "                       [0.37835132, 0.35500906, 0.32628013],\n",
       "                       [0.37835132, 0.35500906, 0.32807568],\n",
       "                       ...,\n",
       "                       [0.29216451, 0.27061782, 0.25086667],\n",
       "                       [0.29396007, 0.27241337, 0.25086667],\n",
       "                       [0.29575563, 0.27420893, 0.25266223]]]),\n",
       "               array([[[0.58856058, 0.55095834, 0.50332885],\n",
       "                       [0.59106741, 0.55346517, 0.50583567],\n",
       "                       [0.59357422, 0.55597198, 0.50834248],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.12229279, 0.14986777],\n",
       "                       [0.23760634, 0.12229279, 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.14234731]],\n",
       "               \n",
       "                      [[0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.54093109, 0.4958084 ],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.1247996 , 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.1398405 ],\n",
       "                       [0.23760634, 0.1247996 , 0.13733369]],\n",
       "               \n",
       "                      [[0.57853332, 0.5434379 , 0.47575387],\n",
       "                       [0.58104014, 0.54594472, 0.47826069],\n",
       "                       [0.58354696, 0.54845153, 0.4807675 ],\n",
       "                       ...,\n",
       "                       [0.23509952, 0.12229279, 0.13733369],\n",
       "                       [0.23259271, 0.11978598, 0.13232004],\n",
       "                       [0.23509952, 0.12229279, 0.12981323]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.29526311, 0.21755182, 0.21253818],\n",
       "                       [0.31531763, 0.23760634, 0.23259271],\n",
       "                       [0.3253449 , 0.24763361, 0.24261997],\n",
       "                       ...,\n",
       "                       [0.16992229, 0.15237458, 0.15738821],\n",
       "                       [0.16490865, 0.14986777, 0.15237458],\n",
       "                       [0.15738821, 0.14234731, 0.14234731]],\n",
       "               \n",
       "                      [[0.25014042, 0.16490865, 0.16240184],\n",
       "                       [0.26768813, 0.18245637, 0.17994955],\n",
       "                       [0.27019494, 0.18496319, 0.18245637],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15989503, 0.16490865],\n",
       "                       [0.1724291 , 0.15738821, 0.16240184],\n",
       "                       [0.16741548, 0.15237458, 0.15738821]],\n",
       "               \n",
       "                      [[0.21755182, 0.12730641, 0.13232004],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15488139, 0.16240184],\n",
       "                       [0.17744274, 0.15738821, 0.16490865],\n",
       "                       [0.17493593, 0.15989503, 0.16490865]]]),\n",
       "               array([[[0.30205663, 0.52393143, 0.49194758],\n",
       "                       [0.30005583, 0.52193582, 0.48995329],\n",
       "                       [0.30005603, 0.52193191, 0.48796245],\n",
       "                       ...,\n",
       "                       [0.28205757, 0.50592274, 0.47594968],\n",
       "                       [0.28007002, 0.50793582, 0.47395584],\n",
       "                       [0.28806533, 0.50193936, 0.46596055]],\n",
       "               \n",
       "                      [[0.30005717, 0.52393329, 0.49594729],\n",
       "                       [0.3000558 , 0.521944  , 0.49195611],\n",
       "                       [0.30005773, 0.52194   , 0.48996749],\n",
       "                       ...,\n",
       "                       [0.28005277, 0.50192283, 0.47195316],\n",
       "                       [0.28007002, 0.50393818, 0.47195702],\n",
       "                       [0.28806533, 0.50193936, 0.46596055]],\n",
       "               \n",
       "                      [[0.30206036, 0.52193877, 0.49595078],\n",
       "                       [0.30006247, 0.52194979, 0.49395539],\n",
       "                       [0.298061  , 0.52193854, 0.49395476],\n",
       "                       ...,\n",
       "                       [0.28805175, 0.49793269, 0.46995939],\n",
       "                       [0.28806533, 0.50793582, 0.47395584],\n",
       "                       [0.2940618 , 0.50793582, 0.47195702]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.37401477, 0.52392654, 0.60387987],\n",
       "                       [0.37201594, 0.52192786, 0.60587901],\n",
       "                       [0.37201518, 0.519928  , 0.6118746 ],\n",
       "                       ...,\n",
       "                       [0.4339794 , 0.49394332, 0.56790014],\n",
       "                       [0.43198056, 0.49194524, 0.5679005 ],\n",
       "                       [0.43198056, 0.49194524, 0.55990521]],\n",
       "               \n",
       "                      [[0.38001117, 0.52192758, 0.61387343],\n",
       "                       [0.38800646, 0.52992287, 0.62786518],\n",
       "                       [0.3920041 , 0.53192169, 0.63386165],\n",
       "                       ...,\n",
       "                       [0.44397349, 0.50193936, 0.57589579],\n",
       "                       [0.44197467, 0.50193936, 0.57189814],\n",
       "                       [0.43997585, 0.49994053, 0.56390285]],\n",
       "               \n",
       "                      [[0.39000528, 0.5239264 , 0.62786518],\n",
       "                       [0.40599586, 0.53991698, 0.64585458],\n",
       "                       [0.41199233, 0.54791227, 0.65384987],\n",
       "                       ...,\n",
       "                       [0.44996996, 0.50993465, 0.57989343],\n",
       "                       [0.44797114, 0.50793582, 0.57589579],\n",
       "                       [0.44397349, 0.50193936, 0.56190403]]]),\n",
       "               array([[[0.50931852, 0.51724084, 0.52324068],\n",
       "                       [0.5074028 , 0.51121327, 0.51123339],\n",
       "                       [0.50743752, 0.50121168, 0.4972206 ],\n",
       "                       ...,\n",
       "                       [0.16558892, 0.13557119, 0.14152404],\n",
       "                       [0.16349315, 0.13551229, 0.13950956],\n",
       "                       [0.16149452, 0.13751092, 0.13751092]],\n",
       "               \n",
       "                      [[0.51535731, 0.51922106, 0.51724044],\n",
       "                       [0.51349062, 0.51115924, 0.50522543],\n",
       "                       [0.51152157, 0.50111929, 0.49118421],\n",
       "                       ...,\n",
       "                       [0.15962962, 0.13357251, 0.13553387],\n",
       "                       [0.15749724, 0.13351365, 0.13351365],\n",
       "                       [0.15749724, 0.13351365, 0.13351365]],\n",
       "               \n",
       "                      [[0.51733783, 0.51922313, 0.51524186],\n",
       "                       [0.51543052, 0.50916153, 0.5032247 ],\n",
       "                       [0.51142418, 0.49909373, 0.48517839],\n",
       "                       ...,\n",
       "                       [0.15956089, 0.13349787, 0.13351441],\n",
       "                       [0.15749724, 0.13351365, 0.13351365],\n",
       "                       [0.15749724, 0.13351365, 0.13351365]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.40133023, 0.32338409, 0.23344554],\n",
       "                       [0.3873437 , 0.30939505, 0.2214545 ],\n",
       "                       [0.37135401, 0.29339701, 0.20545996],\n",
       "                       ...,\n",
       "                       [0.28541155, 0.29739825, 0.33337593],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699]],\n",
       "               \n",
       "                      [[0.40332918, 0.3213852 , 0.23144669],\n",
       "                       [0.39333601, 0.31139203, 0.22345214],\n",
       "                       [0.3813442 , 0.30139886, 0.21345898],\n",
       "                       ...,\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699],\n",
       "                       [0.2854098 , 0.29540296, 0.33337699]],\n",
       "               \n",
       "                      [[0.39933191, 0.31738793, 0.22545078],\n",
       "                       [0.39533465, 0.31339067, 0.22345214],\n",
       "                       [0.38933875, 0.30739477, 0.21945489],\n",
       "                       ...,\n",
       "                       [0.2854098 , 0.29540296, 0.33537563],\n",
       "                       [0.28341116, 0.29540296, 0.33537563],\n",
       "                       [0.28141253, 0.29540296, 0.33337699]]]),\n",
       "               array([[[0.44286418, 0.41770351, 0.39254263],\n",
       "                       [0.44286255, 0.41770156, 0.39254172],\n",
       "                       [0.44538124, 0.42022279, 0.39505946],\n",
       "                       ...,\n",
       "                       [0.4605104 , 0.43030245, 0.39506328],\n",
       "                       [0.46047555, 0.43028229, 0.39505682],\n",
       "                       [0.46047555, 0.43028229, 0.39505682]],\n",
       "               \n",
       "                      [[0.44286402, 0.41769854, 0.3925429 ],\n",
       "                       [0.44285922, 0.41769487, 0.39254455],\n",
       "                       [0.44285604, 0.41769868, 0.39254823],\n",
       "                       ...,\n",
       "                       [0.45801824, 0.42778911, 0.39254619],\n",
       "                       [0.45795944, 0.42776618, 0.39254071],\n",
       "                       [0.45795944, 0.42776618, 0.39254071]],\n",
       "               \n",
       "                      [[0.44035258, 0.41518524, 0.39002967],\n",
       "                       [0.44034685, 0.41518193, 0.39003394],\n",
       "                       [0.44284622, 0.41768622, 0.3925481 ],\n",
       "                       ...,\n",
       "                       [0.45549513, 0.42526638, 0.39002731],\n",
       "                       [0.45544334, 0.42525008, 0.39002461],\n",
       "                       [0.45544334, 0.42525008, 0.39002461]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.35983279, 0.32208709, 0.30447683],\n",
       "                       [0.35480378, 0.31956825, 0.30447681],\n",
       "                       [0.34222455, 0.31705152, 0.3069915 ],\n",
       "                       ...,\n",
       "                       [0.42021865, 0.31454209, 0.22647829],\n",
       "                       [0.41770176, 0.31705755, 0.22899386],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]],\n",
       "               \n",
       "                      [[0.35228303, 0.31957366, 0.30447703],\n",
       "                       [0.34725082, 0.31202534, 0.30196092],\n",
       "                       [0.33215419, 0.31202534, 0.30447703],\n",
       "                       ...,\n",
       "                       [0.41518566, 0.31454144, 0.22647776],\n",
       "                       [0.41518566, 0.31454144, 0.22396166],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]],\n",
       "               \n",
       "                      [[0.34725082, 0.31202534, 0.30447703],\n",
       "                       [0.34473472, 0.30950924, 0.30196092],\n",
       "                       [0.33215419, 0.30950924, 0.30196092],\n",
       "                       ...,\n",
       "                       [0.41518566, 0.31454144, 0.22396166],\n",
       "                       [0.41770176, 0.31705755, 0.22647776],\n",
       "                       [0.41770176, 0.31705755, 0.22647776]]]),\n",
       "               array([[[0.25005313, 0.28470333, 0.28472731],\n",
       "                       [0.24757698, 0.28219313, 0.282246  ],\n",
       "                       [0.24756508, 0.28215575, 0.28225609],\n",
       "                       ...,\n",
       "                       [0.658822  , 0.67119881, 0.61669569],\n",
       "                       [0.65880996, 0.67119627, 0.61669656],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ]],\n",
       "               \n",
       "                      [[0.25499844, 0.28963671, 0.28967176],\n",
       "                       [0.25252281, 0.28711686, 0.28718522],\n",
       "                       [0.24755801, 0.2821152 , 0.28224721],\n",
       "                       ...,\n",
       "                       [0.65884103, 0.67120643, 0.6166947 ],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ],\n",
       "                       [0.65385545, 0.66624174, 0.61174203]],\n",
       "               \n",
       "                      [[0.25495664, 0.28959135, 0.28964605],\n",
       "                       [0.25247692, 0.28708026, 0.28715346],\n",
       "                       [0.24755482, 0.28214623, 0.28223596],\n",
       "                       ...,\n",
       "                       [0.65884856, 0.67121767, 0.61422093],\n",
       "                       [0.6563327 , 0.668719  , 0.6142193 ],\n",
       "                       [0.65385545, 0.66624174, 0.61174203]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.32437847, 0.32190291, 0.26988025],\n",
       "                       [0.33180906, 0.32685833, 0.27483501],\n",
       "                       [0.33924097, 0.33429024, 0.28226722],\n",
       "                       ...,\n",
       "                       [0.3714478 , 0.35658435, 0.31694813],\n",
       "                       [0.37392511, 0.35906156, 0.31694814],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]],\n",
       "               \n",
       "                      [[0.32190266, 0.31942541, 0.26740295],\n",
       "                       [0.32685718, 0.32437993, 0.27235746],\n",
       "                       [0.33428896, 0.3318117 , 0.27978925],\n",
       "                       ...,\n",
       "                       [0.37144785, 0.35906156, 0.31942541],\n",
       "                       [0.37392511, 0.36153882, 0.31942541],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]],\n",
       "               \n",
       "                      [[0.32190266, 0.31942541, 0.26740295],\n",
       "                       [0.32437993, 0.32190266, 0.26988021],\n",
       "                       [0.32933444, 0.32685718, 0.27483472],\n",
       "                       ...,\n",
       "                       [0.37392511, 0.36153882, 0.32190266],\n",
       "                       [0.37640237, 0.36153882, 0.31942541],\n",
       "                       [0.37640237, 0.36401608, 0.31694814]]]),\n",
       "               array([[[0.34432931, 0.31065788, 0.25598952],\n",
       "                       [0.35488659, 0.32118085, 0.26649687],\n",
       "                       [0.36962833, 0.33593898, 0.28122159],\n",
       "                       ...,\n",
       "                       [0.72059489, 0.72688237, 0.71637252],\n",
       "                       [0.71427649, 0.72478745, 0.71217434],\n",
       "                       [0.7163787 , 0.7268896 , 0.71427649]],\n",
       "               \n",
       "                      [[0.34226363, 0.3085495 , 0.25388218],\n",
       "                       [0.35285877, 0.31906976, 0.2643859 ],\n",
       "                       [0.36550381, 0.33174097, 0.27700342],\n",
       "                       ...,\n",
       "                       [0.71640442, 0.72057278, 0.71006125],\n",
       "                       [0.7163787 , 0.72268524, 0.7100721 ],\n",
       "                       [0.71427649, 0.72478745, 0.71217434]],\n",
       "               \n",
       "                      [[0.34437145, 0.30856311, 0.25389509],\n",
       "                       [0.35285812, 0.3169832 , 0.26230082],\n",
       "                       [0.36128001, 0.3254258 , 0.27070034],\n",
       "                       ...,\n",
       "                       [0.7079968 , 0.71217027, 0.70165437],\n",
       "                       [0.71217434, 0.7163787 , 0.70586775],\n",
       "                       [0.70166336, 0.70586775, 0.69535685]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.62178059, 0.61967792, 0.60916656],\n",
       "                       [0.57132786, 0.56922502, 0.55871362],\n",
       "                       [0.52508015, 0.52297824, 0.51246654],\n",
       "                       ...,\n",
       "                       [0.59234938, 0.48724037, 0.45150318],\n",
       "                       [0.59024754, 0.48303607, 0.44940108],\n",
       "                       [0.58183879, 0.47462733, 0.44099234]],\n",
       "               \n",
       "                      [[0.58183879, 0.57973662, 0.56922569],\n",
       "                       [0.52718198, 0.52507979, 0.51456886],\n",
       "                       [0.49144481, 0.48934263, 0.4788317 ],\n",
       "                       ...,\n",
       "                       [0.56081694, 0.46201422, 0.42837923],\n",
       "                       [0.56081694, 0.46201422, 0.42837923],\n",
       "                       [0.55661257, 0.45360546, 0.42207267]],\n",
       "               \n",
       "                      [[0.51877323, 0.51667104, 0.5082623 ],\n",
       "                       [0.51877323, 0.51667104, 0.5082623 ],\n",
       "                       [0.51246667, 0.51036448, 0.50195574],\n",
       "                       ...,\n",
       "                       [0.53348853, 0.44309453, 0.40945956],\n",
       "                       [0.53979509, 0.4472989 , 0.41366393],\n",
       "                       [0.54189727, 0.44519671, 0.41156174]]]),\n",
       "               array([[[0.39598938, 0.38778805, 0.36319985],\n",
       "                       [0.39868911, 0.39049729, 0.3659331 ],\n",
       "                       [0.39591714, 0.38772294, 0.36318165],\n",
       "                       ...,\n",
       "                       [0.54094374, 0.5327269 , 0.44248598],\n",
       "                       [0.53272827, 0.52452472, 0.43975466],\n",
       "                       [0.52725924, 0.51632117, 0.43702014]],\n",
       "               \n",
       "                      [[0.39872325, 0.38778267, 0.35773191],\n",
       "                       [0.3959301 , 0.38500094, 0.35498738],\n",
       "                       [0.39040145, 0.37948037, 0.34949889],\n",
       "                       ...,\n",
       "                       [0.54095082, 0.52999468, 0.43701723],\n",
       "                       [0.53272827, 0.51905569, 0.43428562],\n",
       "                       [0.52999375, 0.51632117, 0.43428562]],\n",
       "               \n",
       "                      [[0.4042042 , 0.38778637, 0.35498826],\n",
       "                       [0.40415047, 0.38772821, 0.35497084],\n",
       "                       [0.39862805, 0.3822201 , 0.34949248],\n",
       "                       ...,\n",
       "                       [0.53547429, 0.52179011, 0.43154975],\n",
       "                       [0.52999375, 0.51632117, 0.42881659],\n",
       "                       [0.52725924, 0.51358665, 0.42608207]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.57101155, 0.46983438, 0.39600214],\n",
       "                       [0.5682771 , 0.4670998 , 0.39326769],\n",
       "                       [0.56554269, 0.46436546, 0.38506442],\n",
       "                       ...,\n",
       "                       [0.34404708, 0.27021505, 0.1526307 ],\n",
       "                       [0.35498462, 0.28115264, 0.16356838],\n",
       "                       [0.3522501 , 0.27841812, 0.16083386]],\n",
       "               \n",
       "                      [[0.59015313, 0.48077244, 0.41240948],\n",
       "                       [0.59288765, 0.48350696, 0.415144  ],\n",
       "                       [0.59288765, 0.48897599, 0.415144  ],\n",
       "                       ...,\n",
       "                       [0.34404655, 0.27021457, 0.15263031],\n",
       "                       [0.35771913, 0.28388715, 0.1663029 ],\n",
       "                       [0.35498462, 0.28115264, 0.16356838]],\n",
       "               \n",
       "                      [[0.63937445, 0.52452472, 0.4616308 ],\n",
       "                       [0.64210897, 0.52999375, 0.46709985],\n",
       "                       [0.647578  , 0.5381973 , 0.47530341],\n",
       "                       ...,\n",
       "                       [0.34678106, 0.27294908, 0.15536483],\n",
       "                       [0.36318817, 0.2893562 , 0.17177193],\n",
       "                       [0.36045365, 0.28662167, 0.16903741]]]),\n",
       "               array([[[0.45511953, 0.41071956, 0.42644273],\n",
       "                       [0.46030849, 0.40284761, 0.41862087],\n",
       "                       [0.4628698 , 0.39490261, 0.40814078],\n",
       "                       ...,\n",
       "                       [0.32727163, 0.40557096, 0.38464766],\n",
       "                       [0.33501511, 0.40554783, 0.38726156],\n",
       "                       [0.34285207, 0.4029355 , 0.38726156]],\n",
       "               \n",
       "                      [[0.44461229, 0.41337913, 0.42903376],\n",
       "                       [0.44714589, 0.40290782, 0.41857526],\n",
       "                       [0.45235157, 0.39235005, 0.40810434],\n",
       "                       ...,\n",
       "                       [0.33779448, 0.39775303, 0.38987422],\n",
       "                       [0.34285207, 0.4029355 , 0.38987389],\n",
       "                       [0.34023975, 0.40816015, 0.38464924]],\n",
       "               \n",
       "                      [[0.44193206, 0.4133312 , 0.42897529],\n",
       "                       [0.44450647, 0.40033563, 0.41591141],\n",
       "                       [0.44729712, 0.39007097, 0.40557819],\n",
       "                       ...,\n",
       "                       [0.33777161, 0.39514045, 0.38726744],\n",
       "                       [0.34023975, 0.40032318, 0.38726156],\n",
       "                       [0.33762743, 0.40554783, 0.38203692]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.62237074, 0.63543232, 0.61975828],\n",
       "                       [0.60147224, 0.61453385, 0.59885966],\n",
       "                       [0.57534909, 0.58841073, 0.5727365 ],\n",
       "                       ...,\n",
       "                       [0.23313574, 0.23052375, 0.24358488],\n",
       "                       [0.24358379, 0.24097147, 0.2566454 ],\n",
       "                       [0.2566454 , 0.25403308, 0.26709469]],\n",
       "               \n",
       "                      [[0.60147207, 0.61453369, 0.59885975],\n",
       "                       [0.58057348, 0.59363511, 0.57796116],\n",
       "                       [0.55706258, 0.57012419, 0.55445026],\n",
       "                       ...,\n",
       "                       [0.25403308, 0.25142076, 0.26187006],\n",
       "                       [0.26187006, 0.25925772, 0.27231935],\n",
       "                       [0.26970701, 0.26709469, 0.2801563 ]],\n",
       "               \n",
       "                      [[0.58579814, 0.59885975, 0.58318582],\n",
       "                       [0.56228723, 0.57534884, 0.5596749 ],\n",
       "                       [0.54138864, 0.55445026, 0.53877632],\n",
       "                       ...,\n",
       "                       [0.26448237, 0.26448237, 0.26970701],\n",
       "                       [0.26970701, 0.26970701, 0.27493167],\n",
       "                       [0.27231935, 0.27231935, 0.27754399]]]),\n",
       "               array([[[0.20906846, 0.25594043, 0.24953994],\n",
       "                       [0.20912867, 0.25593705, 0.24954151],\n",
       "                       [0.20914208, 0.25592662, 0.24955464],\n",
       "                       ...,\n",
       "                       [0.21328715, 0.26018672, 0.25594028],\n",
       "                       [0.21329022, 0.26021946, 0.25595315],\n",
       "                       [0.21329022, 0.26021946, 0.25595315]],\n",
       "               \n",
       "                      [[0.20911011, 0.25591463, 0.2495432 ],\n",
       "                       [0.20922637, 0.25589064, 0.24954732],\n",
       "                       [0.2092434 , 0.25584521, 0.24954725],\n",
       "                       ...,\n",
       "                       [0.20901277, 0.25586779, 0.25166057],\n",
       "                       [0.20902394, 0.25595315, 0.25168686],\n",
       "                       [0.20902394, 0.25595315, 0.25168686]],\n",
       "               \n",
       "                      [[0.21124047, 0.25591169, 0.24102249],\n",
       "                       [0.21346586, 0.25372114, 0.24100767],\n",
       "                       [0.21345372, 0.25362303, 0.24096667],\n",
       "                       ...,\n",
       "                       [0.20898186, 0.25154198, 0.24736718],\n",
       "                       [0.20902394, 0.25168686, 0.24742056],\n",
       "                       [0.20902394, 0.25168686, 0.24742056]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.17062805, 0.21115758, 0.22395594],\n",
       "                       [0.1727613 , 0.21329045, 0.22608885],\n",
       "                       [0.17276039, 0.21328941, 0.22608839],\n",
       "                       ...,\n",
       "                       [0.21542365, 0.26022013, 0.28155128],\n",
       "                       [0.21542337, 0.26235261, 0.28581722],\n",
       "                       [0.21329022, 0.26448575, 0.28581722]],\n",
       "               \n",
       "                      [[0.17276044, 0.21329022, 0.22608911],\n",
       "                       [0.17489358, 0.21542337, 0.22822225],\n",
       "                       [0.17702674, 0.21755652, 0.23035539],\n",
       "                       ...,\n",
       "                       [0.21542337, 0.25808632, 0.28155092],\n",
       "                       [0.20902394, 0.25808632, 0.27941778],\n",
       "                       [0.20475764, 0.25595315, 0.27728463]],\n",
       "               \n",
       "                      [[0.17489358, 0.21115708, 0.22608911],\n",
       "                       [0.17702674, 0.21755652, 0.23035539],\n",
       "                       [0.18129303, 0.22182281, 0.23462169],\n",
       "                       ...,\n",
       "                       [0.21115708, 0.25382001, 0.27728463],\n",
       "                       [0.20475764, 0.25382001, 0.27515149],\n",
       "                       [0.20049134, 0.25168686, 0.27301833]]]),\n",
       "               array([[[0.57360332, 0.5518354 , 0.54787259],\n",
       "                       [0.5696191 , 0.54787829, 0.5439059 ],\n",
       "                       [0.56366883, 0.54194508, 0.53794864],\n",
       "                       ...,\n",
       "                       [0.54390952, 0.52014425, 0.46070719],\n",
       "                       [0.54588411, 0.51815198, 0.46070685],\n",
       "                       [0.54192238, 0.51419025, 0.45674512]],\n",
       "               \n",
       "                      [[0.56567488, 0.54393275, 0.53995088],\n",
       "                       [0.55971023, 0.53800515, 0.53399779],\n",
       "                       [0.55378133, 0.53210162, 0.52803772],\n",
       "                       ...,\n",
       "                       [0.54589804, 0.52412198, 0.46467146],\n",
       "                       [0.54390325, 0.52013285, 0.46268772],\n",
       "                       [0.54390325, 0.51617111, 0.45872598]],\n",
       "               \n",
       "                      [[0.55974836, 0.53801261, 0.53401413],\n",
       "                       [0.54984746, 0.52814117, 0.52411197],\n",
       "                       [0.54394421, 0.52226444, 0.51816816],\n",
       "                       ...,\n",
       "                       [0.54788368, 0.52611618, 0.46864102],\n",
       "                       [0.54588411, 0.52211371, 0.46664945],\n",
       "                       [0.54588411, 0.51815198, 0.46268772]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.22894492, 0.2051775 , 0.20517461],\n",
       "                       [0.22894254, 0.20517761, 0.20517415],\n",
       "                       [0.22696059, 0.20319608, 0.20319452],\n",
       "                       ...,\n",
       "                       [0.56173173, 0.53201747, 0.46863002],\n",
       "                       [0.56173104, 0.53201804, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]],\n",
       "               \n",
       "                      [[0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.22696459, 0.20319418, 0.20319418],\n",
       "                       ...,\n",
       "                       [0.56173104, 0.52805631, 0.46664945],\n",
       "                       [0.5637119 , 0.53003718, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]],\n",
       "               \n",
       "                      [[0.23092632, 0.20715592, 0.20715592],\n",
       "                       [0.22894545, 0.20517504, 0.20517504],\n",
       "                       [0.23092632, 0.20715592, 0.20715592],\n",
       "                       ...,\n",
       "                       [0.56173104, 0.52805631, 0.46664945],\n",
       "                       [0.5637119 , 0.53003718, 0.47061119],\n",
       "                       [0.55975017, 0.53003718, 0.47259205]]]),\n",
       "               array([[[0.49014492, 0.47543434, 0.40371395],\n",
       "                       [0.49208269, 0.4772361 , 0.40552268],\n",
       "                       [0.49590716, 0.48099481, 0.40911818],\n",
       "                       ...,\n",
       "                       [0.49752972, 0.48828661, 0.41471163],\n",
       "                       [0.49563305, 0.48643797, 0.41287735],\n",
       "                       [0.49379403, 0.48459896, 0.41103834]],\n",
       "               \n",
       "                      [[0.49386826, 0.47730305, 0.40556914],\n",
       "                       [0.49587901, 0.47903238, 0.40734797],\n",
       "                       [0.49982776, 0.48287383, 0.4109151 ],\n",
       "                       ...,\n",
       "                       [0.49940772, 0.48277229, 0.41103125],\n",
       "                       [0.49931108, 0.48275994, 0.41103834],\n",
       "                       [0.49747206, 0.48092093, 0.40919932]],\n",
       "               \n",
       "                      [[0.49763701, 0.48110769, 0.40930081],\n",
       "                       [0.49964004, 0.48287649, 0.41112135],\n",
       "                       [0.50168644, 0.48485433, 0.4128813 ],\n",
       "                       ...,\n",
       "                       [0.50674468, 0.48277112, 0.40919458],\n",
       "                       [0.50666715, 0.48092093, 0.40919932],\n",
       "                       [0.50482813, 0.47908191, 0.4073603 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.15358035, 0.15909263, 0.16828746],\n",
       "                       [0.15358348, 0.15909042, 0.16828618],\n",
       "                       [0.16645651, 0.17012493, 0.17931985],\n",
       "                       ...,\n",
       "                       [0.18484005, 0.19771208, 0.21242419],\n",
       "                       [0.18851743, 0.20139054, 0.21610266],\n",
       "                       [0.19219546, 0.20506858, 0.2197807 ]],\n",
       "               \n",
       "                      [[0.15725416, 0.15909318, 0.16644925],\n",
       "                       [0.15541514, 0.15725416, 0.16461023],\n",
       "                       [0.15909318, 0.1609322 , 0.16828827],\n",
       "                       ...,\n",
       "                       [0.19035645, 0.20322956, 0.21794168],\n",
       "                       [0.19219546, 0.20506858, 0.2197807 ],\n",
       "                       [0.19403447, 0.20690758, 0.2216197 ]],\n",
       "               \n",
       "                      [[0.15541514, 0.15725416, 0.16461023],\n",
       "                       [0.15725416, 0.15909318, 0.16644925],\n",
       "                       [0.15909318, 0.1609322 , 0.16828827],\n",
       "                       ...,\n",
       "                       [0.19219546, 0.20506858, 0.2197807 ],\n",
       "                       [0.19403447, 0.20690758, 0.2216197 ],\n",
       "                       [0.19587349, 0.2087466 , 0.22345872]]]),\n",
       "               array([[[0.21904204, 0.25748246, 0.39934923],\n",
       "                       [0.22182207, 0.25481648, 0.39673652],\n",
       "                       [0.22187768, 0.25479959, 0.39671871],\n",
       "                       ...,\n",
       "                       [0.4097273 , 0.35811916, 0.33749959],\n",
       "                       [0.40715479, 0.36074008, 0.3478471 ],\n",
       "                       [0.39168322, 0.35558288, 0.35558288]],\n",
       "               \n",
       "                      [[0.21913947, 0.25741014, 0.39933814],\n",
       "                       [0.22200674, 0.25723285, 0.39928376],\n",
       "                       [0.22461736, 0.25717502, 0.39665933],\n",
       "                       ...,\n",
       "                       [0.4071559 , 0.35551593, 0.33231867],\n",
       "                       [0.39941901, 0.35300429, 0.33753272],\n",
       "                       [0.38394743, 0.3478471 , 0.3478471 ]],\n",
       "               \n",
       "                      [[0.2216221 , 0.25995026, 0.40190164],\n",
       "                       [0.22438783, 0.25721359, 0.39926814],\n",
       "                       [0.22442397, 0.25723689, 0.39927379],\n",
       "                       ...,\n",
       "                       [0.39939018, 0.35288693, 0.32197502],\n",
       "                       [0.38910462, 0.35042569, 0.32721833],\n",
       "                       [0.37621165, 0.3478471 , 0.34268991]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.22666071, 0.21890699, 0.24728214],\n",
       "                       [0.22409289, 0.2163197 , 0.24470302],\n",
       "                       [0.22409922, 0.21632595, 0.2447015 ],\n",
       "                       ...,\n",
       "                       [0.21633949, 0.19828978, 0.23181105],\n",
       "                       [0.2163387 , 0.19570994, 0.22923168],\n",
       "                       [0.21376011, 0.19828853, 0.22923168]],\n",
       "               \n",
       "                      [[0.22665308, 0.2189173 , 0.24728186],\n",
       "                       [0.2240745 , 0.2163387 , 0.24470328],\n",
       "                       [0.2214959 , 0.21376011, 0.24212468],\n",
       "                       ...,\n",
       "                       [0.2163387 , 0.20086713, 0.23181028],\n",
       "                       [0.21376011, 0.19828853, 0.22923168],\n",
       "                       [0.21118151, 0.19570994, 0.22665308]],\n",
       "               \n",
       "                      [[0.2240745 , 0.2163387 , 0.24470328],\n",
       "                       [0.2214959 , 0.21376011, 0.24212468],\n",
       "                       [0.2214959 , 0.21376011, 0.24212468],\n",
       "                       ...,\n",
       "                       [0.2163387 , 0.20086713, 0.23181028],\n",
       "                       [0.21376011, 0.19828853, 0.22923168],\n",
       "                       [0.21376011, 0.19828853, 0.22923168]]]),\n",
       "               array([[[0.43141425, 0.38190065, 0.34543477],\n",
       "                       [0.43140432, 0.38189112, 0.34543119],\n",
       "                       [0.43138191, 0.38187604, 0.34541937],\n",
       "                       ...,\n",
       "                       [0.25685621, 0.23340624, 0.19432096],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175]],\n",
       "               \n",
       "                      [[0.42880646, 0.37930392, 0.34282496],\n",
       "                       [0.42878403, 0.37930135, 0.34281691],\n",
       "                       [0.4287519 , 0.37929428, 0.34280596],\n",
       "                       ...,\n",
       "                       [0.25686145, 0.23341306, 0.1943229 ],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25685235, 0.23340336, 0.19432175]],\n",
       "               \n",
       "                      [[0.42619023, 0.37669967, 0.34021081],\n",
       "                       [0.4235686 , 0.37672101, 0.34020934],\n",
       "                       [0.42356908, 0.37676596, 0.34022762],\n",
       "                       ...,\n",
       "                       [0.25686152, 0.23341547, 0.1943251 ],\n",
       "                       [0.25685235, 0.23340336, 0.19432175],\n",
       "                       [0.25945779, 0.2360088 , 0.1969272 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.19432564, 0.19432072, 0.19953316],\n",
       "                       [0.19693389, 0.1969238 , 0.20213827],\n",
       "                       [0.19693388, 0.19692447, 0.20474291],\n",
       "                       ...,\n",
       "                       [0.23079815, 0.23079809, 0.23600892],\n",
       "                       [0.23340336, 0.23340336, 0.23861425],\n",
       "                       [0.2360088 , 0.2360088 , 0.24121968]],\n",
       "               \n",
       "                      [[0.19171631, 0.19171631, 0.1969272 ],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       ...,\n",
       "                       [0.22298161, 0.22298161, 0.22819248],\n",
       "                       [0.22558704, 0.22558704, 0.23079793],\n",
       "                       [0.22819248, 0.22819248, 0.23340336]],\n",
       "               \n",
       "                      [[0.18911088, 0.18911088, 0.19432175],\n",
       "                       [0.19171631, 0.19171631, 0.1969272 ],\n",
       "                       [0.19432175, 0.19432175, 0.19953263],\n",
       "                       ...,\n",
       "                       [0.21516529, 0.21516529, 0.22037616],\n",
       "                       [0.21777072, 0.21777072, 0.22298161],\n",
       "                       [0.22037616, 0.22037616, 0.22558704]]]),\n",
       "               array([[[0.40158434, 0.35750897, 0.3002403 ],\n",
       "                       [0.39496821, 0.34869142, 0.29583442],\n",
       "                       [0.3905486 , 0.34208538, 0.29144353],\n",
       "                       ...,\n",
       "                       [0.28262216, 0.37955475, 0.54476641],\n",
       "                       [0.28261607, 0.37954339, 0.54476043],\n",
       "                       [0.28041316, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      [[0.40378967, 0.36409636, 0.27600753],\n",
       "                       [0.39055646, 0.35527532, 0.27601424],\n",
       "                       [0.37508685, 0.33762741, 0.27382483],\n",
       "                       ...,\n",
       "                       [0.28922422, 0.37514044, 0.54476375],\n",
       "                       [0.28261607, 0.37734049, 0.54476043],\n",
       "                       [0.28041316, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      [[0.36192956, 0.32223298, 0.24075936],\n",
       "                       [0.36411291, 0.32662598, 0.25177831],\n",
       "                       [0.36844236, 0.33316703, 0.26939014],\n",
       "                       ...,\n",
       "                       [0.28921509, 0.37512467, 0.54475672],\n",
       "                       [0.28261607, 0.37734049, 0.54476043],\n",
       "                       [0.27600739, 0.37734049, 0.54255752]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.25617686, 0.27601138, 0.26939995],\n",
       "                       [0.24295256, 0.26720283, 0.25838707],\n",
       "                       [0.24295304, 0.26500628, 0.26059457],\n",
       "                       ...,\n",
       "                       [0.26278994, 0.36852877, 0.52713723],\n",
       "                       [0.26058711, 0.37073181, 0.52713727],\n",
       "                       [0.26279001, 0.37293471, 0.52934017]],\n",
       "               \n",
       "                      [[0.25838422, 0.28261607, 0.27380448],\n",
       "                       [0.24957266, 0.27380448, 0.2649929 ],\n",
       "                       [0.24736975, 0.27160158, 0.2649929 ],\n",
       "                       ...,\n",
       "                       [0.25838422, 0.37073181, 0.53154306],\n",
       "                       [0.25618134, 0.37073181, 0.53154306],\n",
       "                       [0.25618134, 0.37073181, 0.53154306]],\n",
       "               \n",
       "                      [[0.26279001, 0.28702185, 0.27821028],\n",
       "                       [0.25177554, 0.27380448, 0.26939869],\n",
       "                       [0.24957266, 0.27160158, 0.26939869],\n",
       "                       ...,\n",
       "                       [0.25838422, 0.36852892, 0.53815174],\n",
       "                       [0.25397843, 0.36852892, 0.53594885],\n",
       "                       [0.25397843, 0.36852892, 0.53594885]]]),\n",
       "               array([[[0.6762622 , 0.60927651, 0.52743753],\n",
       "                       [0.65397248, 0.59065082, 0.51256995],\n",
       "                       [0.65400004, 0.59432328, 0.51998134],\n",
       "                       ...,\n",
       "                       [0.34890845, 0.28177995, 0.24456186],\n",
       "                       [0.35623406, 0.28925262, 0.25204072],\n",
       "                       [0.35995525, 0.29297381, 0.25576192]],\n",
       "               \n",
       "                      [[0.70977601, 0.64277084, 0.56093572],\n",
       "                       [0.69870862, 0.63529961, 0.55723519],\n",
       "                       [0.70623106, 0.64641824, 0.57207589],\n",
       "                       ...,\n",
       "                       [0.34529421, 0.27805824, 0.24082532],\n",
       "                       [0.35251287, 0.28553143, 0.24831953],\n",
       "                       [0.35995525, 0.29297381, 0.25576192]],\n",
       "               \n",
       "                      [[0.73587769, 0.6688771 , 0.58700474],\n",
       "                       [0.73970805, 0.67258893, 0.59818345],\n",
       "                       [0.74721507, 0.68744098, 0.61301481],\n",
       "                       ...,\n",
       "                       [0.34154855, 0.27436395, 0.23711719],\n",
       "                       [0.34879168, 0.28181024, 0.24459834],\n",
       "                       [0.35995525, 0.29297381, 0.25576192]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.52741041, 0.37483979, 0.28180963],\n",
       "                       [0.53113233, 0.38600196, 0.29669366],\n",
       "                       [0.56090133, 0.4194922 , 0.34134768],\n",
       "                       ...,\n",
       "                       [0.25576197, 0.21483117, 0.13296382],\n",
       "                       [0.25576192, 0.21482882, 0.13296262],\n",
       "                       [0.2594831 , 0.21855001, 0.13668383]],\n",
       "               \n",
       "                      [[0.50880286, 0.35251287, 0.2594831 ],\n",
       "                       [0.51996643, 0.36367644, 0.27808905],\n",
       "                       [0.55345717, 0.40088834, 0.33018573],\n",
       "                       ...,\n",
       "                       [0.22227119, 0.18878047, 0.1031931 ],\n",
       "                       [0.22227119, 0.19250167, 0.1069143 ],\n",
       "                       [0.22599239, 0.19622287, 0.11063547]],\n",
       "               \n",
       "                      [[0.52368761, 0.35251287, 0.26320429],\n",
       "                       [0.53112999, 0.36367644, 0.28553143],\n",
       "                       [0.54973595, 0.38600358, 0.32274335],\n",
       "                       ...,\n",
       "                       [0.22971358, 0.19250167, 0.11063547],\n",
       "                       [0.22227119, 0.19250167, 0.1069143 ],\n",
       "                       [0.22227119, 0.19250167, 0.1069143 ]]]),\n",
       "               array([[[0.54326883, 0.55623739, 0.54068069],\n",
       "                       [0.5458555 , 0.55882904, 0.54327505],\n",
       "                       [0.54844344, 0.56141797, 0.54586776],\n",
       "                       ...,\n",
       "                       [0.35653362, 0.33580212, 0.27876318],\n",
       "                       [0.35655828, 0.33581225, 0.28135391],\n",
       "                       [0.35915154, 0.3384055 , 0.28394716]],\n",
       "               \n",
       "                      [[0.54845201, 0.5614246 , 0.54586818],\n",
       "                       [0.55103344, 0.56401622, 0.54846303],\n",
       "                       [0.5536192 , 0.56660349, 0.55105614],\n",
       "                       ...,\n",
       "                       [0.35911194, 0.3383868 , 0.28394772],\n",
       "                       [0.35915154, 0.34099876, 0.28654041],\n",
       "                       [0.35655828, 0.34099876, 0.28394716]],\n",
       "               \n",
       "                      [[0.5510458 , 0.56401829, 0.54846055],\n",
       "                       [0.55362952, 0.56661072, 0.55105514],\n",
       "                       [0.55621872, 0.56920111, 0.55364975],\n",
       "                       ...,\n",
       "                       [0.36690139, 0.34876009, 0.29172367],\n",
       "                       [0.36952455, 0.35396503, 0.29691343],\n",
       "                       [0.3669313 , 0.35137177, 0.29432018]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.48881448, 0.4499154 , 0.39027051],\n",
       "                       [0.48362825, 0.44472866, 0.38508395],\n",
       "                       [0.48622181, 0.44732221, 0.38767732],\n",
       "                       ...,\n",
       "                       [0.12575872, 0.12575828, 0.11797864],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]],\n",
       "               \n",
       "                      [[0.48622102, 0.44991546, 0.38249084],\n",
       "                       [0.48622102, 0.44991546, 0.38249084],\n",
       "                       [0.49140752, 0.45250871, 0.39027061],\n",
       "                       ...,\n",
       "                       [0.12575864, 0.12575864, 0.11797886],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]],\n",
       "               \n",
       "                      [[0.5043738 , 0.46547498, 0.40583013],\n",
       "                       [0.51474682, 0.475848  , 0.41620315],\n",
       "                       [0.51993333, 0.48103451, 0.42138966],\n",
       "                       ...,\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559],\n",
       "                       [0.12575864, 0.12835187, 0.11538559]]]),\n",
       "               array([[[0.34691516, 0.33676056, 0.32861947],\n",
       "                       [0.34893969, 0.33880018, 0.33065429],\n",
       "                       [0.34893882, 0.33879861, 0.33065613],\n",
       "                       ...,\n",
       "                       [0.3550569 , 0.32861063, 0.33064958],\n",
       "                       [0.35506055, 0.33065284, 0.33472079],\n",
       "                       [0.3509926 , 0.32658488, 0.33065284]],\n",
       "               \n",
       "                      [[0.34487926, 0.33676155, 0.33065442],\n",
       "                       [0.34487034, 0.33677224, 0.33065597],\n",
       "                       [0.34487638, 0.33678075, 0.33066184],\n",
       "                       ...,\n",
       "                       [0.35505311, 0.3286034 , 0.3326816 ],\n",
       "                       [0.35302657, 0.32861886, 0.33268682],\n",
       "                       [0.34692465, 0.32251693, 0.32658488]],\n",
       "               \n",
       "                      [[0.34081986, 0.33675926, 0.33879194],\n",
       "                       [0.3408187 , 0.33676555, 0.33879384],\n",
       "                       [0.34082608, 0.33677583, 0.33879826],\n",
       "                       ...,\n",
       "                       [0.35708346, 0.33063243, 0.33674727],\n",
       "                       [0.3509926 , 0.32658488, 0.33268682],\n",
       "                       [0.34285669, 0.31844898, 0.32658488]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.26353193, 0.23912453, 0.23912372],\n",
       "                       [0.26149779, 0.23709083, 0.23708955],\n",
       "                       [0.25742932, 0.23302239, 0.23302172],\n",
       "                       ...,\n",
       "                       [0.33268685, 0.3489584 , 0.38963805],\n",
       "                       [0.33065284, 0.34692465, 0.38963814],\n",
       "                       [0.32861886, 0.34489067, 0.38760416]],\n",
       "               \n",
       "                      [[0.25336175, 0.22895403, 0.22895403],\n",
       "                       [0.25132776, 0.22692006, 0.22692006],\n",
       "                       [0.2492938 , 0.22488608, 0.22692006],\n",
       "                       ...,\n",
       "                       [0.34489067, 0.36116248, 0.40387597],\n",
       "                       [0.34489067, 0.36116248, 0.40387597],\n",
       "                       [0.34082272, 0.35709453, 0.39980802]],\n",
       "               \n",
       "                      [[0.24319187, 0.21878415, 0.21878415],\n",
       "                       [0.24319187, 0.21878415, 0.21878415],\n",
       "                       [0.24319187, 0.21878415, 0.22081813],\n",
       "                       ...,\n",
       "                       [0.32455091, 0.34082272, 0.38353621],\n",
       "                       [0.32658488, 0.34285669, 0.38557019],\n",
       "                       [0.33065284, 0.34692465, 0.38963814]]]),\n",
       "               array([[[0.51958107, 0.59356757, 0.67391443],\n",
       "                       [0.48149934, 0.55972714, 0.64855175],\n",
       "                       [0.44554001, 0.53644646, 0.65910717],\n",
       "                       ...,\n",
       "                       [0.46673899, 0.50480099, 0.54708833],\n",
       "                       [0.49212752, 0.5344028 , 0.57667808],\n",
       "                       [0.53651656, 0.5809056 , 0.62529465]],\n",
       "               \n",
       "                      [[0.48363962, 0.57455025, 0.66757466],\n",
       "                       [0.44978098, 0.54494704, 0.64432478],\n",
       "                       [0.42018313, 0.52381217, 0.65488987],\n",
       "                       ...,\n",
       "                       [0.49842195, 0.53649197, 0.5787965 ],\n",
       "                       [0.52172021, 0.56188172, 0.60415701],\n",
       "                       [0.5576542 , 0.60204324, 0.64643229]],\n",
       "               \n",
       "                      [[0.44770325, 0.54917678, 0.65064948],\n",
       "                       [0.42020301, 0.52380566, 0.63796391],\n",
       "                       [0.3991016 , 0.51541197, 0.65489765],\n",
       "                       ...,\n",
       "                       [0.53857628, 0.57662884, 0.61894622],\n",
       "                       [0.54708537, 0.58724689, 0.62952217],\n",
       "                       [0.56822301, 0.61261206, 0.6570011 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.5724508 , 0.52594677, 0.36530209],\n",
       "                       [0.58935914, 0.54285845, 0.37375561],\n",
       "                       [0.61472892, 0.57035019, 0.38855671],\n",
       "                       ...,\n",
       "                       [0.31245643, 0.45196419, 0.65277212],\n",
       "                       [0.31245756, 0.45407975, 0.6570011 ],\n",
       "                       [0.3103438 , 0.45830728, 0.65911487]],\n",
       "               \n",
       "                      [[0.64220475, 0.59570194, 0.41180447],\n",
       "                       [0.65065981, 0.60415701, 0.41391824],\n",
       "                       [0.66334239, 0.61683958, 0.41180447],\n",
       "                       ...,\n",
       "                       [0.31245756, 0.45619352, 0.6570011 ],\n",
       "                       [0.31245756, 0.46042104, 0.65911487],\n",
       "                       [0.30823003, 0.46464857, 0.66122863]],\n",
       "               \n",
       "                      [[0.70350389, 0.64643229, 0.42025953],\n",
       "                       [0.70350389, 0.64854605, 0.416032  ],\n",
       "                       [0.70773144, 0.65277358, 0.38855307],\n",
       "                       ...,\n",
       "                       [0.29977498, 0.47521739, 0.66756993],\n",
       "                       [0.29977498, 0.48578621, 0.66968368],\n",
       "                       [0.29766121, 0.49846881, 0.67179744]]]),\n",
       "               array([[[0.4514796 , 0.36812777, 0.28479585],\n",
       "                       [0.44801175, 0.36117749, 0.2813244 ],\n",
       "                       [0.44453603, 0.35422847, 0.27437995],\n",
       "                       ...,\n",
       "                       [0.15631097, 0.14589589, 0.12159233],\n",
       "                       [0.15631786, 0.14590047, 0.12159317],\n",
       "                       [0.16673524, 0.15631786, 0.13201059]],\n",
       "               \n",
       "                      [[0.44453119, 0.35423355, 0.27437761],\n",
       "                       [0.43758873, 0.34728126, 0.26743455],\n",
       "                       [0.43063785, 0.34032833, 0.26048932],\n",
       "                       ...,\n",
       "                       [0.07991297, 0.07296532, 0.05561252],\n",
       "                       [0.0799236 , 0.07297866, 0.05561636],\n",
       "                       [0.08686855, 0.08339608, 0.06256128]],\n",
       "               \n",
       "                      [[0.43410243, 0.34381164, 0.2639568 ],\n",
       "                       [0.42715371, 0.33686128, 0.25701236],\n",
       "                       [0.423682  , 0.33339015, 0.25354354],\n",
       "                       ...,\n",
       "                       [0.08685675, 0.08684455, 0.06602361],\n",
       "                       [0.08686855, 0.08686855, 0.06603375],\n",
       "                       [0.09381346, 0.09381346, 0.07645113]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.57996137, 0.46536477, 0.32299601],\n",
       "                       [0.56607466, 0.45147245, 0.30216112],\n",
       "                       [0.54523998, 0.43063829, 0.28132562],\n",
       "                       ...,\n",
       "                       [0.54523399, 0.43064241, 0.28827145],\n",
       "                       [0.51398175, 0.39939039, 0.25701933],\n",
       "                       [0.48620204, 0.37161067, 0.22923961]],\n",
       "               \n",
       "                      [[0.57301365, 0.45842229, 0.30910631],\n",
       "                       [0.55912379, 0.44453243, 0.29521644],\n",
       "                       [0.54523394, 0.43064257, 0.28132659],\n",
       "                       ...,\n",
       "                       [0.55217887, 0.4375875 , 0.29868891],\n",
       "                       [0.52439915, 0.40980778, 0.26743673],\n",
       "                       [0.49661943, 0.38202806, 0.23965699]],\n",
       "               \n",
       "                      [[0.56606872, 0.45147736, 0.30216137],\n",
       "                       [0.55217887, 0.44105997, 0.29174398],\n",
       "                       [0.54176147, 0.43411504, 0.28132659],\n",
       "                       ...,\n",
       "                       [0.55565132, 0.44105997, 0.30563384],\n",
       "                       [0.52787161, 0.41328025, 0.27785412],\n",
       "                       [0.50703682, 0.39244546, 0.25007439]]]),\n",
       "               array([[[0.48026132, 0.46542114, 0.49509325],\n",
       "                       [0.48274009, 0.46789465, 0.49262025],\n",
       "                       [0.48274225, 0.46789438, 0.49262012],\n",
       "                       ...,\n",
       "                       [0.56186826, 0.5569162 , 0.5247663 ],\n",
       "                       [0.56185969, 0.55691405, 0.52229455],\n",
       "                       [0.56185969, 0.55691405, 0.51982173]],\n",
       "               \n",
       "                      [[0.48026478, 0.4654197 , 0.49509377],\n",
       "                       [0.48274685, 0.467891  , 0.49756629],\n",
       "                       [0.48274914, 0.46788873, 0.4975654 ],\n",
       "                       ...,\n",
       "                       [0.5594025 , 0.55444497, 0.51734735],\n",
       "                       [0.55938686, 0.55444122, 0.51734891],\n",
       "                       [0.56185969, 0.55691405, 0.51982173]],\n",
       "               \n",
       "                      [[0.48026675, 0.46542299, 0.49509673],\n",
       "                       [0.48274612, 0.46789228, 0.49756882],\n",
       "                       [0.48274315, 0.46788297, 0.49756437],\n",
       "                       ...,\n",
       "                       [0.55445455, 0.54949914, 0.51240218],\n",
       "                       [0.55691405, 0.55196841, 0.51487609],\n",
       "                       [0.55938686, 0.55444122, 0.51734891]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.60884288, 0.62368095, 0.65335451],\n",
       "                       [0.6063698 , 0.62120907, 0.65088211],\n",
       "                       [0.55938656, 0.57422551, 0.60389872],\n",
       "                       ...,\n",
       "                       [0.41843622, 0.40607244, 0.46047427],\n",
       "                       [0.41843606, 0.40607195, 0.45800119],\n",
       "                       [0.41596324, 0.40854477, 0.45552837]],\n",
       "               \n",
       "                      [[0.62615302, 0.64346277, 0.67066381],\n",
       "                       [0.61378893, 0.62862585, 0.6582997 ],\n",
       "                       [0.57916944, 0.59400636, 0.62368021],\n",
       "                       ...,\n",
       "                       [0.41349042, 0.40607195, 0.45305555],\n",
       "                       [0.4110176 , 0.40359913, 0.45058273],\n",
       "                       [0.4110176 , 0.40359913, 0.45058273]],\n",
       "               \n",
       "                      [[0.6113161 , 0.63357149, 0.65582688],\n",
       "                       [0.6113161 , 0.63357149, 0.65582688],\n",
       "                       [0.59400636, 0.61626174, 0.63851713],\n",
       "                       ...,\n",
       "                       [0.42090888, 0.41349042, 0.45552837],\n",
       "                       [0.4233817 , 0.41596324, 0.45800119],\n",
       "                       [0.42585452, 0.41843606, 0.46047401]]]),\n",
       "               array([[[0.2490523 , 0.23984467, 0.23240619],\n",
       "                       [0.24724408, 0.23988903, 0.23425651],\n",
       "                       [0.24730529, 0.23993161, 0.23610923],\n",
       "                       ...,\n",
       "                       [0.23609688, 0.22498159, 0.22869681],\n",
       "                       [0.23611696, 0.22502528, 0.2287225 ],\n",
       "                       [0.23426835, 0.22317666, 0.2268739 ]],\n",
       "               \n",
       "                      [[0.24720196, 0.23801684, 0.23054417],\n",
       "                       [0.24911906, 0.23992445, 0.23238838],\n",
       "                       [0.24923193, 0.24000296, 0.23609626],\n",
       "                       ...,\n",
       "                       [0.23796109, 0.22685104, 0.23054831],\n",
       "                       [0.23796557, 0.2268739 , 0.23057112],\n",
       "                       [0.23611696, 0.22502528, 0.2287225 ]],\n",
       "               \n",
       "                      [[0.24905605, 0.23431432, 0.23055309],\n",
       "                       [0.24914535, 0.23625265, 0.23426307],\n",
       "                       [0.24929364, 0.23824557, 0.2380039 ],\n",
       "                       ...,\n",
       "                       [0.23984577, 0.22877181, 0.23242819],\n",
       "                       [0.23981419, 0.2287225 , 0.23241974],\n",
       "                       [0.23796557, 0.2268739 , 0.23057112]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.2730889 , 0.25275517, 0.26015114],\n",
       "                       [0.27493691, 0.25460447, 0.26200087],\n",
       "                       [0.27863427, 0.25830255, 0.26569754],\n",
       "                       ...,\n",
       "                       [0.26199868, 0.25460042, 0.25275317],\n",
       "                       [0.26199756, 0.25460311, 0.25275449],\n",
       "                       [0.26199756, 0.25460311, 0.25275449]],\n",
       "               \n",
       "                      [[0.27308924, 0.25645171, 0.26569478],\n",
       "                       [0.27493786, 0.25830033, 0.2675434 ],\n",
       "                       [0.27863508, 0.26199756, 0.27124062],\n",
       "                       ...,\n",
       "                       [0.25830033, 0.25460311, 0.25645171],\n",
       "                       [0.25830033, 0.25460311, 0.25645171],\n",
       "                       [0.25645171, 0.25275449, 0.25460311]],\n",
       "               \n",
       "                      [[0.27493786, 0.25830033, 0.2675434 ],\n",
       "                       [0.27308924, 0.26014895, 0.269392  ],\n",
       "                       [0.27493786, 0.26384617, 0.27124062],\n",
       "                       ...,\n",
       "                       [0.25460311, 0.25460311, 0.25830033],\n",
       "                       [0.25460311, 0.25460311, 0.25830033],\n",
       "                       [0.25460311, 0.25460311, 0.25830033]]]),\n",
       "               array([[[0.23395204, 0.15024895, 0.1502449 ],\n",
       "                       [0.23643434, 0.15270961, 0.15024099],\n",
       "                       [0.24137444, 0.15517196, 0.1502325 ],\n",
       "                       ...,\n",
       "                       [0.32994877, 0.23395306, 0.2167197 ],\n",
       "                       [0.34226156, 0.24625592, 0.22902415],\n",
       "                       [0.35456997, 0.26102602, 0.23887087]],\n",
       "               \n",
       "                      [[0.2413433 , 0.15763763, 0.15270687],\n",
       "                       [0.24876192, 0.16255636, 0.15516433],\n",
       "                       [0.25863463, 0.17240129, 0.16253618],\n",
       "                       ...,\n",
       "                       [0.31762814, 0.22164293, 0.20687522],\n",
       "                       [0.32502978, 0.22902415, 0.20933068],\n",
       "                       [0.33487651, 0.24133255, 0.21917742]],\n",
       "               \n",
       "                      [[0.24626482, 0.1527153 , 0.15024751],\n",
       "                       [0.2659867 , 0.17240852, 0.16747869],\n",
       "                       [0.28816923, 0.18964984, 0.18470712],\n",
       "                       ...,\n",
       "                       [0.32253719, 0.21177451, 0.19702124],\n",
       "                       [0.32502978, 0.21425404, 0.19948395],\n",
       "                       [0.32995314, 0.21425404, 0.20440732]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.33241414, 0.24871742, 0.21179202],\n",
       "                       [0.33979915, 0.25856382, 0.21671497],\n",
       "                       [0.3422616 , 0.25856348, 0.2191765 ],\n",
       "                       ...,\n",
       "                       [0.41611288, 0.29795105, 0.24133253],\n",
       "                       [0.4062653 , 0.29056622, 0.22902415],\n",
       "                       [0.39395689, 0.28071949, 0.21917742]],\n",
       "               \n",
       "                      [[0.34964661, 0.26102602, 0.2216391 ],\n",
       "                       [0.35949334, 0.27333444, 0.22902415],\n",
       "                       [0.37180175, 0.28318117, 0.23640919],\n",
       "                       ...,\n",
       "                       [0.42595876, 0.307798  , 0.24379423],\n",
       "                       [0.41857371, 0.30287463, 0.23887087],\n",
       "                       [0.41118867, 0.29548958, 0.23148583]],\n",
       "               \n",
       "                      [[0.3644167 , 0.2782578 , 0.23148583],\n",
       "                       [0.37918679, 0.29056622, 0.24625592],\n",
       "                       [0.39149521, 0.30041294, 0.25610266],\n",
       "                       ...,\n",
       "                       [0.43334381, 0.31025968, 0.24379423],\n",
       "                       [0.42842044, 0.307798  , 0.23887087],\n",
       "                       [0.4210354 , 0.30533631, 0.23148583]]]),\n",
       "               array([[[0.40369433, 0.4059715 , 0.39459917],\n",
       "                       [0.40140948, 0.40369359, 0.39232449],\n",
       "                       [0.39685225, 0.39913796, 0.39005427],\n",
       "                       ...,\n",
       "                       [0.426453  , 0.43100039, 0.40142524],\n",
       "                       [0.42189959, 0.42644944, 0.39687535],\n",
       "                       [0.4150748 , 0.41962466, 0.39460042]],\n",
       "               \n",
       "                      [[0.40368843, 0.40597123, 0.39459802],\n",
       "                       [0.40139786, 0.40369738, 0.39232407],\n",
       "                       [0.39683578, 0.39913699, 0.39005483],\n",
       "                       ...,\n",
       "                       [0.42190568, 0.42645053, 0.39687512],\n",
       "                       [0.41962466, 0.42417452, 0.39460042],\n",
       "                       [0.41052494, 0.4150748 , 0.39005056]],\n",
       "               \n",
       "                      [[0.40368209, 0.40368856, 0.40141754],\n",
       "                       [0.40139344, 0.40369024, 0.39914165],\n",
       "                       [0.39683651, 0.40140851, 0.39914606],\n",
       "                       ...,\n",
       "                       [0.41735473, 0.42189988, 0.39232497],\n",
       "                       [0.4150748 , 0.41962466, 0.39005056],\n",
       "                       [0.40597507, 0.41052494, 0.3855007 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.20578106, 0.22170558, 0.23990516],\n",
       "                       [0.20805601, 0.21943067, 0.23763023],\n",
       "                       [0.20805623, 0.21715587, 0.23763025],\n",
       "                       ...,\n",
       "                       [0.18303205, 0.19440673, 0.20123147],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]],\n",
       "               \n",
       "                      [[0.20578128, 0.22170578, 0.23990523],\n",
       "                       [0.2080562 , 0.21943086, 0.23763029],\n",
       "                       [0.2080562 , 0.21715593, 0.23763029],\n",
       "                       ...,\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]],\n",
       "               \n",
       "                      [[0.20578128, 0.22170578, 0.23990523],\n",
       "                       [0.2080562 , 0.21943086, 0.23763029],\n",
       "                       [0.2080562 , 0.21715593, 0.23763029],\n",
       "                       ...,\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143],\n",
       "                       [0.18303199, 0.19440664, 0.20123143]]]),\n",
       "               array([[[0.18921647, 0.1871741 , 0.19909136],\n",
       "                       [0.18729431, 0.18518488, 0.19709961],\n",
       "                       [0.18733232, 0.18521651, 0.19710851],\n",
       "                       ...,\n",
       "                       [0.17920893, 0.177202  , 0.1951135 ],\n",
       "                       [0.17923186, 0.17724487, 0.19314088],\n",
       "                       [0.18121887, 0.17923186, 0.19512789]],\n",
       "               \n",
       "                      [[0.18725136, 0.18516344, 0.19709907],\n",
       "                       [0.18734471, 0.18515124, 0.19710265],\n",
       "                       [0.18737011, 0.18516259, 0.19710676],\n",
       "                       ...,\n",
       "                       [0.17920696, 0.17715073, 0.19509587],\n",
       "                       [0.17923186, 0.17724487, 0.19314088],\n",
       "                       [0.18121887, 0.17923186, 0.19512789]],\n",
       "               \n",
       "                      [[0.18525067, 0.18318291, 0.19909919],\n",
       "                       [0.18531274, 0.18317854, 0.19910963],\n",
       "                       [0.1852896 , 0.18313969, 0.19909296],\n",
       "                       ...,\n",
       "                       [0.18117844, 0.17907627, 0.19704978],\n",
       "                       [0.18121887, 0.17923186, 0.19512789],\n",
       "                       [0.18320586, 0.18121887, 0.19711489]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.63425568, 0.62432061, 0.57067142],\n",
       "                       [0.63823003, 0.62829453, 0.57663232],\n",
       "                       [0.6402174 , 0.62829448, 0.57663224],\n",
       "                       ...,\n",
       "                       [0.24082891, 0.22890706, 0.25076402],\n",
       "                       [0.23089394, 0.21897193, 0.24082896],\n",
       "                       [0.22294594, 0.21102391, 0.23089394]],\n",
       "               \n",
       "                      [[0.63822963, 0.62630761, 0.57464552],\n",
       "                       [0.64419063, 0.63226862, 0.58060654],\n",
       "                       [0.64419063, 0.63028161, 0.57861953],\n",
       "                       ...,\n",
       "                       [0.24281597, 0.22890695, 0.24082896],\n",
       "                       [0.23288095, 0.21897193, 0.23089394],\n",
       "                       [0.22294594, 0.20903691, 0.22095893]],\n",
       "               \n",
       "                      [[0.64220364, 0.63028161, 0.57861953],\n",
       "                       [0.65015165, 0.63624263, 0.58458054],\n",
       "                       [0.64816464, 0.63425562, 0.58259353],\n",
       "                       ...,\n",
       "                       [0.24678998, 0.22691994, 0.22890695],\n",
       "                       [0.23486795, 0.21698492, 0.21897193],\n",
       "                       [0.22493293, 0.2070499 , 0.20903691]]]),\n",
       "               array([[[0.69856732, 0.69049236, 0.54754612],\n",
       "                       [0.69863108, 0.68648109, 0.54553249],\n",
       "                       [0.69867334, 0.68450335, 0.54352495],\n",
       "                       ...,\n",
       "                       [0.47306555, 0.57170192, 0.60189527],\n",
       "                       [0.47507666, 0.57170213, 0.60391062],\n",
       "                       [0.47708969, 0.57170213, 0.60793669]],\n",
       "               \n",
       "                      [[0.69455877, 0.68647648, 0.54352143],\n",
       "                       [0.6966449 , 0.68447306, 0.54150806],\n",
       "                       [0.69667584, 0.68248233, 0.53949406],\n",
       "                       ...,\n",
       "                       [0.47509344, 0.57374043, 0.60592867],\n",
       "                       [0.47507666, 0.57371516, 0.60793669],\n",
       "                       [0.47708969, 0.57170213, 0.60793669]],\n",
       "               \n",
       "                      [[0.69455733, 0.68651825, 0.54354537],\n",
       "                       [0.69862004, 0.68654471, 0.54556983],\n",
       "                       [0.70061462, 0.68651668, 0.54353976],\n",
       "                       ...,\n",
       "                       [0.47311163, 0.57178825, 0.60595874],\n",
       "                       [0.47306363, 0.57170213, 0.60592365],\n",
       "                       [0.47507666, 0.56968911, 0.60592365]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.24357782, 0.24156575, 0.25364348],\n",
       "                       [0.24156417, 0.23955345, 0.25163038],\n",
       "                       [0.23955077, 0.23754048, 0.24760433],\n",
       "                       ...,\n",
       "                       [0.26572269, 0.26572112, 0.26974772],\n",
       "                       [0.26572144, 0.26572144, 0.2697475 ],\n",
       "                       [0.26370841, 0.26370841, 0.26773446]],\n",
       "               \n",
       "                      [[0.24559113, 0.24357811, 0.25565629],\n",
       "                       [0.24559113, 0.24357811, 0.25565629],\n",
       "                       [0.24357811, 0.24156507, 0.25364325],\n",
       "                       ...,\n",
       "                       [0.26169537, 0.26169537, 0.26572144],\n",
       "                       [0.26169537, 0.26169537, 0.26572144],\n",
       "                       [0.25968234, 0.25968234, 0.26370841]],\n",
       "               \n",
       "                      [[0.24156507, 0.23955204, 0.25163023],\n",
       "                       [0.24156507, 0.23955204, 0.25163023],\n",
       "                       [0.24156507, 0.23955204, 0.2496172 ],\n",
       "                       ...,\n",
       "                       [0.25766932, 0.25766932, 0.26169537],\n",
       "                       [0.25565629, 0.25565629, 0.25968234],\n",
       "                       [0.25364325, 0.25364325, 0.25766932]]]),\n",
       "               array([[[0.3124952 , 0.29941068, 0.26605419],\n",
       "                       [0.31444427, 0.30125416, 0.2679034 ],\n",
       "                       [0.31446298, 0.30126715, 0.26789188],\n",
       "                       ...,\n",
       "                       [0.4830007 , 0.44962278, 0.39029626],\n",
       "                       [0.5367706 , 0.49412751, 0.42923584],\n",
       "                       [0.57014345, 0.52193822, 0.45333847]],\n",
       "               \n",
       "                      [[0.29956087, 0.28642358, 0.2549219 ],\n",
       "                       [0.30339887, 0.29010081, 0.25861438],\n",
       "                       [0.30526781, 0.29197272, 0.26230141],\n",
       "                       ...,\n",
       "                       [0.49412489, 0.45888887, 0.39956502],\n",
       "                       [0.54418678, 0.5015437 , 0.43850608],\n",
       "                       [0.57385154, 0.52564631, 0.45704656]],\n",
       "               \n",
       "                      [[0.28654363, 0.2734542 , 0.24379715],\n",
       "                       [0.29033875, 0.27714969, 0.2474901 ],\n",
       "                       [0.29593553, 0.28278195, 0.25306452],\n",
       "                       ...,\n",
       "                       [0.5070999 , 0.47186207, 0.41254121],\n",
       "                       [0.55160297, 0.51081393, 0.44592228],\n",
       "                       [0.57755963, 0.53120845, 0.45890061]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.67397384, 0.67582621, 0.67953223],\n",
       "                       [0.67397436, 0.67582871, 0.6795318 ],\n",
       "                       [0.67397404, 0.67583607, 0.67768139],\n",
       "                       ...,\n",
       "                       [0.23641531, 0.25310033, 0.26422526],\n",
       "                       [0.23085278, 0.2475392 , 0.25495539],\n",
       "                       [0.22529064, 0.24383111, 0.2475392 ]],\n",
       "               \n",
       "                      [[0.6739701 , 0.67582413, 0.67953221],\n",
       "                       [0.6739701 , 0.6776782 , 0.6776782 ],\n",
       "                       [0.6739701 , 0.6776782 , 0.67582413],\n",
       "                       ...,\n",
       "                       [0.23456087, 0.25124731, 0.26422562],\n",
       "                       [0.22899873, 0.24568516, 0.25495539],\n",
       "                       [0.22343658, 0.24197706, 0.24568516]],\n",
       "               \n",
       "                      [[0.6739701 , 0.6776782 , 0.67582413],\n",
       "                       [0.6739701 , 0.6776782 , 0.67582413],\n",
       "                       [0.6739701 , 0.6776782 , 0.67582413],\n",
       "                       ...,\n",
       "                       [0.23270683, 0.2475392 , 0.26237159],\n",
       "                       [0.22714469, 0.24383111, 0.25495539],\n",
       "                       [0.22158255, 0.23826897, 0.2475392 ]]]),\n",
       "               array([[[0.47346718, 0.45124873, 0.44115557],\n",
       "                       [0.47749676, 0.45528854, 0.445197  ],\n",
       "                       [0.47950882, 0.45933146, 0.44520487],\n",
       "                       ...,\n",
       "                       [0.5885809 , 0.56435485, 0.46741414],\n",
       "                       [0.58859088, 0.56435503, 0.46539196],\n",
       "                       [0.58657122, 0.56233537, 0.46135265]],\n",
       "               \n",
       "                      [[0.37246978, 0.34420704, 0.38259009],\n",
       "                       [0.37447041, 0.34825877, 0.38260272],\n",
       "                       [0.37849124, 0.35430576, 0.37856881],\n",
       "                       ...,\n",
       "                       [0.58250412, 0.55829042, 0.46135476],\n",
       "                       [0.58253191, 0.55829606, 0.46135265],\n",
       "                       [0.58455157, 0.56031572, 0.459333  ]],\n",
       "               \n",
       "                      [[0.30378205, 0.27552566, 0.33815242],\n",
       "                       [0.3057746 , 0.27957125, 0.33614247],\n",
       "                       [0.31383058, 0.2855984 , 0.33411653],\n",
       "                       ...,\n",
       "                       [0.5784623 , 0.55424995, 0.45529475],\n",
       "                       [0.58051227, 0.55425675, 0.45529369],\n",
       "                       [0.58253191, 0.55627642, 0.45529369]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.6027274 , 0.5724338 , 0.48558836],\n",
       "                       [0.60272666, 0.57243454, 0.48558837],\n",
       "                       [0.60272714, 0.57243512, 0.48760841],\n",
       "                       ...,\n",
       "                       [0.20687535, 0.19879521, 0.18465923],\n",
       "                       [0.22303339, 0.20889581, 0.18869927],\n",
       "                       [0.24322995, 0.2270727 , 0.20283685]],\n",
       "               \n",
       "                      [[0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.48760816],\n",
       "                       ...,\n",
       "                       [0.21293512, 0.20485651, 0.19879754],\n",
       "                       [0.21495478, 0.20283685, 0.19071893],\n",
       "                       [0.21495478, 0.19677789, 0.18062065]],\n",
       "               \n",
       "                      [[0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.4855885 ],\n",
       "                       [0.60272846, 0.57243364, 0.48760816],\n",
       "                       ...,\n",
       "                       [0.21899409, 0.21091547, 0.21697444],\n",
       "                       [0.22101375, 0.20687617, 0.20687617],\n",
       "                       [0.21495478, 0.19879754, 0.19475823]]]),\n",
       "               array([[[0.17842064, 0.26897407, 0.30420568],\n",
       "                       [0.18598377, 0.27147371, 0.30168759],\n",
       "                       [0.19857538, 0.27649959, 0.29915567],\n",
       "                       ...,\n",
       "                       [0.1959256 , 0.28658157, 0.30420975],\n",
       "                       [0.19099734, 0.28659453, 0.30672025],\n",
       "                       [0.18596591, 0.28659453, 0.30672025]],\n",
       "               \n",
       "                      [[0.18345219, 0.26898442, 0.29917363],\n",
       "                       [0.19604863, 0.27398573, 0.30167662],\n",
       "                       [0.21117223, 0.28405096, 0.30668319],\n",
       "                       ...,\n",
       "                       [0.20087678, 0.29160074, 0.30924538],\n",
       "                       [0.19602879, 0.28911024, 0.31175168],\n",
       "                       [0.19099734, 0.28659453, 0.30923596]],\n",
       "               \n",
       "                      [[0.19099079, 0.27150648, 0.30420012],\n",
       "                       [0.2060984 , 0.2815521 , 0.30670705],\n",
       "                       [0.22375981, 0.2916603 , 0.30922365],\n",
       "                       ...,\n",
       "                       [0.21347143, 0.29661263, 0.31678253],\n",
       "                       [0.20609164, 0.29414168, 0.31678311],\n",
       "                       [0.19602879, 0.28911024, 0.31175168]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.24634439, 0.32181483, 0.38219177],\n",
       "                       [0.33187926, 0.40734903, 0.46772597],\n",
       "                       [0.42999117, 0.50546146, 0.56583854],\n",
       "                       ...,\n",
       "                       [0.43502182, 0.41992702, 0.40483298],\n",
       "                       [0.50294604, 0.49539889, 0.48533603],\n",
       "                       [0.55829177, 0.55577604, 0.55074462]],\n",
       "               \n",
       "                      [[0.24885881, 0.32433025, 0.38470741],\n",
       "                       [0.33942454, 0.41489599, 0.47527317],\n",
       "                       [0.44005316, 0.51552461, 0.57590178],\n",
       "                       ...,\n",
       "                       [0.46521031, 0.42747457, 0.3998017 ],\n",
       "                       [0.51049318, 0.48282032, 0.4626946 ],\n",
       "                       [0.55326033, 0.53313461, 0.51804033]],\n",
       "               \n",
       "                      [[0.24382737, 0.31929883, 0.37967598],\n",
       "                       [0.33439311, 0.40986456, 0.47024174],\n",
       "                       [0.43753745, 0.5130089 , 0.57338605],\n",
       "                       ...,\n",
       "                       [0.45263173, 0.40231742, 0.36458169],\n",
       "                       [0.47527317, 0.432506  , 0.3998017 ],\n",
       "                       [0.50043032, 0.46521031, 0.43753745]]]),\n",
       "               array([[[0.67472262, 0.68645874, 0.69584762],\n",
       "                       [0.67472257, 0.6864571 , 0.69584724],\n",
       "                       [0.6747244 , 0.68645693, 0.69584769],\n",
       "                       ...,\n",
       "                       [0.58787797, 0.58553211, 0.58553264],\n",
       "                       [0.58083794, 0.58083794, 0.58083794],\n",
       "                       [0.57379653, 0.57379653, 0.57379653]],\n",
       "               \n",
       "                      [[0.67706955, 0.68645868, 0.69350079],\n",
       "                       [0.67707068, 0.68645597, 0.69350042],\n",
       "                       [0.67707439, 0.68645429, 0.69350059],\n",
       "                       ...,\n",
       "                       [0.58083257, 0.58318296, 0.56675521],\n",
       "                       [0.57849081, 0.58083794, 0.56910227],\n",
       "                       [0.58083794, 0.58318507, 0.5714494 ]],\n",
       "               \n",
       "                      [[0.67707072, 0.68645972, 0.69350144],\n",
       "                       [0.67707282, 0.68645745, 0.69350118],\n",
       "                       [0.67707559, 0.68645335, 0.69349982],\n",
       "                       ...,\n",
       "                       [0.58317777, 0.58552807, 0.56910145],\n",
       "                       [0.58083794, 0.58318507, 0.5714494 ],\n",
       "                       [0.58318507, 0.58553221, 0.57379653]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.60196219, 0.59022637, 0.51981257],\n",
       "                       [0.61369777, 0.59961502, 0.52685408],\n",
       "                       [0.62543316, 0.60430957, 0.5292013 ],\n",
       "                       ...,\n",
       "                       [0.40480315, 0.32734737, 0.23111502],\n",
       "                       [0.40949726, 0.33204187, 0.23346228],\n",
       "                       [0.41653866, 0.34377753, 0.24050367]],\n",
       "               \n",
       "                      [[0.599615  , 0.59022647, 0.52215962],\n",
       "                       [0.60900352, 0.59726786, 0.52920102],\n",
       "                       [0.62308633, 0.60665639, 0.53389529],\n",
       "                       ...,\n",
       "                       [0.39776158, 0.3203062 , 0.22172662],\n",
       "                       [0.40715011, 0.32969474, 0.22876802],\n",
       "                       [0.41419153, 0.33673613, 0.23580941]],\n",
       "               \n",
       "                      [[0.61135065, 0.60665639, 0.54797808],\n",
       "                       [0.62308633, 0.61604493, 0.55501948],\n",
       "                       [0.63951625, 0.62778059, 0.56206087],\n",
       "                       ...,\n",
       "                       [0.39541445, 0.31561194, 0.21468523],\n",
       "                       [0.40715011, 0.32969474, 0.22876802],\n",
       "                       [0.41653866, 0.33908326, 0.23815654]]]),\n",
       "               array([[[0.36723666, 0.38667484, 0.40186524],\n",
       "                       [0.34341516, 0.36068291, 0.37589532],\n",
       "                       [0.30224518, 0.31737195, 0.33477229],\n",
       "                       ...,\n",
       "                       [0.63133831, 0.63134752, 0.62701933],\n",
       "                       [0.63134725, 0.63134725, 0.62701756],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ]],\n",
       "               \n",
       "                      [[0.31743743, 0.33686937, 0.35207226],\n",
       "                       [0.30875013, 0.32386421, 0.3412584 ],\n",
       "                       [0.28269544, 0.29784114, 0.31528229],\n",
       "                       ...,\n",
       "                       [0.63349858, 0.63351521, 0.62918598],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ],\n",
       "                       [0.6335121 , 0.6335121 , 0.6291824 ]],\n",
       "               \n",
       "                      [[0.31306899, 0.33251795, 0.34772015],\n",
       "                       [0.31735953, 0.33250516, 0.34988168],\n",
       "                       [0.29349945, 0.30650863, 0.32391422],\n",
       "                       ...,\n",
       "                       [0.63133881, 0.63135308, 0.62702193],\n",
       "                       [0.63134725, 0.63134725, 0.62485271],\n",
       "                       [0.6291824 , 0.63134725, 0.62052302]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.70495185, 0.70495181, 0.70495202],\n",
       "                       [0.70495194, 0.70495181, 0.70495199],\n",
       "                       [0.70495201, 0.70495179, 0.70495176],\n",
       "                       ...,\n",
       "                       [0.59238001, 0.59238001, 0.57073158],\n",
       "                       [0.59238002, 0.59238002, 0.57073154],\n",
       "                       [0.59238002, 0.59238002, 0.57073154]],\n",
       "               \n",
       "                      [[0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70278718, 0.70278718, 0.70278718],\n",
       "                       ...,\n",
       "                       [0.59021517, 0.59021517, 0.57073154],\n",
       "                       [0.59021517, 0.59021517, 0.56856671],\n",
       "                       [0.59238002, 0.59238002, 0.57073154]],\n",
       "               \n",
       "                      [[0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70495206, 0.70495206, 0.70495206],\n",
       "                       [0.70278718, 0.70278718, 0.70278718],\n",
       "                       ...,\n",
       "                       [0.59887455, 0.59887455, 0.58155579],\n",
       "                       [0.59887455, 0.59887455, 0.57939094],\n",
       "                       [0.59887455, 0.59887455, 0.57722609]]]),\n",
       "               array([[[0.21869076, 0.19895828, 0.19498132],\n",
       "                       [0.21277944, 0.197009  , 0.19893449],\n",
       "                       [0.20688807, 0.19704798, 0.20288794],\n",
       "                       ...,\n",
       "                       [0.60592789, 0.59210151, 0.60396451],\n",
       "                       [0.6079178 , 0.58815998, 0.60396623],\n",
       "                       [0.6079178 , 0.58815998, 0.60396623]],\n",
       "               \n",
       "                      [[0.21473851, 0.19698361, 0.1989382 ],\n",
       "                       [0.20685944, 0.19503168, 0.20091659],\n",
       "                       [0.20099692, 0.19115103, 0.20092244],\n",
       "                       ...,\n",
       "                       [0.60984433, 0.59405795, 0.60594782],\n",
       "                       [0.61186937, 0.59013576, 0.60594201],\n",
       "                       [0.60989359, 0.59013576, 0.60594201]],\n",
       "               \n",
       "                      [[0.19104392, 0.19698644, 0.21476081],\n",
       "                       [0.18711291, 0.20291966, 0.21872085],\n",
       "                       [0.17727948, 0.20099117, 0.21674354],\n",
       "                       ...,\n",
       "                       [0.6019103 , 0.60191426, 0.61186487],\n",
       "                       [0.60199046, 0.60001467, 0.61186937],\n",
       "                       [0.60396623, 0.60199046, 0.61384516]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.38662967, 0.41033987, 0.44985507],\n",
       "                       [0.35304046, 0.38267934, 0.42219403],\n",
       "                       [0.33130644, 0.36094574, 0.40243648],\n",
       "                       ...,\n",
       "                       [0.43207313, 0.48541926, 0.55654745],\n",
       "                       [0.43404892, 0.49134662, 0.5624748 ],\n",
       "                       [0.43602471, 0.49134662, 0.56445058]],\n",
       "               \n",
       "                      [[0.36884808, 0.39255749, 0.43602471],\n",
       "                       [0.32933242, 0.35304182, 0.39650905],\n",
       "                       [0.29376833, 0.31747773, 0.36094495],\n",
       "                       ...,\n",
       "                       [0.42219423, 0.47751614, 0.54271697],\n",
       "                       [0.41824266, 0.47554036, 0.53876541],\n",
       "                       [0.41626688, 0.47356458, 0.53678962]],\n",
       "               \n",
       "                      [[0.31155038, 0.33328399, 0.37675121],\n",
       "                       [0.27796207, 0.30167147, 0.34513869],\n",
       "                       [0.25425266, 0.27796207, 0.32142929],\n",
       "                       ...,\n",
       "                       [0.39255749, 0.44985518, 0.50912866],\n",
       "                       [0.4024364 , 0.46170988, 0.5170318 ],\n",
       "                       [0.41231531, 0.46961301, 0.5288865 ]]]),\n",
       "               array([[[0.61864144, 0.52276532, 0.51712633],\n",
       "                       [0.59044223, 0.49644576, 0.48516802],\n",
       "                       [0.55284325, 0.45508674, 0.44192976],\n",
       "                       ...,\n",
       "                       [0.61676174, 0.55848388, 0.49832652],\n",
       "                       [0.6261612 , 0.58668291, 0.53028535],\n",
       "                       [0.63932064, 0.60736202, 0.55472429]],\n",
       "               \n",
       "                      [[0.63932079, 0.56600275, 0.55472475],\n",
       "                       [0.6393201 , 0.56788126, 0.55472515],\n",
       "                       [0.62803941, 0.55284106, 0.53216614],\n",
       "                       ...,\n",
       "                       [0.5848034 , 0.50020663, 0.44192895],\n",
       "                       [0.61864152, 0.55284438, 0.50020666],\n",
       "                       [0.63932064, 0.59984235, 0.54720461]],\n",
       "               \n",
       "                      [[0.62052209, 0.56412279, 0.54532493],\n",
       "                       [0.63368058, 0.5772802 , 0.55848423],\n",
       "                       [0.63555882, 0.5791591 , 0.55284427],\n",
       "                       ...,\n",
       "                       [0.54908503, 0.43253001, 0.37989186],\n",
       "                       [0.5960825 , 0.49456691, 0.4438091 ],\n",
       "                       [0.63932064, 0.54908454, 0.5039665 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.48892713, 0.47012798, 0.53592511],\n",
       "                       [0.4268898 , 0.41749027, 0.47952755],\n",
       "                       [0.32725411, 0.32537425, 0.38365171],\n",
       "                       ...,\n",
       "                       [0.20693933, 0.20505944, 0.22009878],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]],\n",
       "               \n",
       "                      [[0.50584642, 0.48328739, 0.55096446],\n",
       "                       [0.43628943, 0.42125008, 0.48704723],\n",
       "                       [0.33289389, 0.32913406, 0.38929145],\n",
       "                       ...,\n",
       "                       [0.20693935, 0.20505943, 0.22009877],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]],\n",
       "               \n",
       "                      [[0.51524601, 0.49268698, 0.56036406],\n",
       "                       [0.44004927, 0.42500992, 0.49080706],\n",
       "                       [0.33477382, 0.33101398, 0.39117137],\n",
       "                       ...,\n",
       "                       [0.20693935, 0.20505943, 0.22009877],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885],\n",
       "                       [0.20505943, 0.2031795 , 0.21821885]]]),\n",
       "               array([[[0.61755076, 0.62791389, 0.607188  ],\n",
       "                       [0.61755019, 0.62791715, 0.60718851],\n",
       "                       [0.6175501 , 0.627922  , 0.60718964],\n",
       "                       ...,\n",
       "                       [0.30496782, 0.29632712, 0.27559622],\n",
       "                       [0.31358762, 0.30322526, 0.28250056],\n",
       "                       [0.31876881, 0.30840645, 0.28768174]],\n",
       "               \n",
       "                      [[0.6175516 , 0.62791268, 0.60718759],\n",
       "                       [0.61754884, 0.62791714, 0.60718886],\n",
       "                       [0.61754592, 0.62792569, 0.60719281],\n",
       "                       ...,\n",
       "                       [0.30152998, 0.29460888, 0.27559854],\n",
       "                       [0.30495233, 0.29631703, 0.27559232],\n",
       "                       [0.3101335 , 0.29977115, 0.27904643]],\n",
       "               \n",
       "                      [[0.61582729, 0.62964211, 0.6071895 ],\n",
       "                       [0.61582396, 0.62964608, 0.60719179],\n",
       "                       [0.61581673, 0.62964995, 0.60719501],\n",
       "                       ...,\n",
       "                       [0.29981023, 0.29289309, 0.27214899],\n",
       "                       [0.29977115, 0.29113586, 0.27041114],\n",
       "                       [0.30149821, 0.29113586, 0.27041114]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.65381483, 0.64000395, 0.62100513],\n",
       "                       [0.65553826, 0.63828014, 0.62100639],\n",
       "                       [0.65553787, 0.6382802 , 0.62100706],\n",
       "                       ...,\n",
       "                       [0.28940868, 0.29113595, 0.28250061],\n",
       "                       [0.29113586, 0.29286291, 0.28422762],\n",
       "                       [0.29286291, 0.29458997, 0.28595467]],\n",
       "               \n",
       "                      [[0.64863713, 0.63309358, 0.615823  ],\n",
       "                       [0.64863713, 0.63136653, 0.615823  ],\n",
       "                       [0.64863713, 0.63136653, 0.61409595],\n",
       "                       ...,\n",
       "                       [0.28595467, 0.28595467, 0.27731938],\n",
       "                       [0.28595467, 0.28595467, 0.27904643],\n",
       "                       [0.28768174, 0.28768174, 0.2807735 ]],\n",
       "               \n",
       "                      [[0.64345595, 0.62791242, 0.61236888],\n",
       "                       [0.64172889, 0.62445829, 0.60891477],\n",
       "                       [0.64172889, 0.62445829, 0.60718771],\n",
       "                       ...,\n",
       "                       [0.28250056, 0.2807735 , 0.27386527],\n",
       "                       [0.28250056, 0.2807735 , 0.27386527],\n",
       "                       [0.28422762, 0.28250056, 0.27559232]]]),\n",
       "               array([[[0.55530028, 0.47788734, 0.23157094],\n",
       "                       [0.55530512, 0.47789051, 0.23157111],\n",
       "                       [0.55296173, 0.48023793, 0.23156804],\n",
       "                       ...,\n",
       "                       [0.63271405, 0.61159735, 0.54122204],\n",
       "                       [0.63740289, 0.62567363, 0.55998972],\n",
       "                       [0.64678631, 0.63740289, 0.57406485]],\n",
       "               \n",
       "                      [[0.55295878, 0.47789023, 0.23626228],\n",
       "                       [0.55296894, 0.48258474, 0.23626079],\n",
       "                       [0.55532114, 0.48493461, 0.23860239],\n",
       "                       ...,\n",
       "                       [0.61629764, 0.59048307, 0.51776234],\n",
       "                       [0.62801947, 0.6115985 , 0.54356875],\n",
       "                       [0.63974874, 0.62567363, 0.56233558]],\n",
       "               \n",
       "                      [[0.55296189, 0.48024023, 0.2386097 ],\n",
       "                       [0.55062703, 0.48258965, 0.23860854],\n",
       "                       [0.55298101, 0.48494243, 0.24095253],\n",
       "                       ...,\n",
       "                       [0.59283932, 0.56233133, 0.48726496],\n",
       "                       [0.6115985 , 0.59048582, 0.52245607],\n",
       "                       [0.62567363, 0.60690679, 0.54122289]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.64209464, 0.63505703, 0.59517758],\n",
       "                       [0.63974883, 0.63271121, 0.59283175],\n",
       "                       [0.6420947 , 0.63505711, 0.59517761],\n",
       "                       ...,\n",
       "                       [0.62567388, 0.64444017, 0.64913199],\n",
       "                       [0.62332777, 0.6420946 , 0.64678631],\n",
       "                       [0.62098192, 0.6420946 , 0.63974874]],\n",
       "               \n",
       "                      [[0.63740289, 0.63036532, 0.59048582],\n",
       "                       [0.63505703, 0.62801947, 0.58813996],\n",
       "                       [0.63974874, 0.63271118, 0.59283167],\n",
       "                       ...,\n",
       "                       [0.62567363, 0.64444045, 0.64913216],\n",
       "                       [0.62332777, 0.6420946 , 0.64678631],\n",
       "                       [0.62098192, 0.6420946 , 0.63974874]],\n",
       "               \n",
       "                      [[0.6420946 , 0.63505703, 0.59517753],\n",
       "                       [0.63271118, 0.62567363, 0.58579411],\n",
       "                       [0.63974874, 0.63271118, 0.59283167],\n",
       "                       ...,\n",
       "                       [0.62801947, 0.63974874, 0.64678631],\n",
       "                       [0.62801947, 0.63974874, 0.64678631],\n",
       "                       [0.62567363, 0.63974874, 0.63974874]]]),\n",
       "               array([[[0.56934196, 0.55544209, 0.43495768],\n",
       "                       [0.57165621, 0.55776627, 0.43727415],\n",
       "                       [0.56933058, 0.55544778, 0.43495706],\n",
       "                       ...,\n",
       "                       [0.34688775, 0.33298066, 0.19630363],\n",
       "                       [0.33765107, 0.32143276, 0.18241868],\n",
       "                       [0.33533417, 0.31679896, 0.17315106]],\n",
       "               \n",
       "                      [[0.56933752, 0.55543985, 0.43496026],\n",
       "                       [0.57163996, 0.55776961, 0.43728089],\n",
       "                       [0.56930489, 0.55545628, 0.43496833],\n",
       "                       ...,\n",
       "                       [0.35148956, 0.33759198, 0.20093104],\n",
       "                       [0.34228487, 0.32606656, 0.18705247],\n",
       "                       [0.33765107, 0.31911586, 0.17546797]],\n",
       "               \n",
       "                      [[0.57164939, 0.55775214, 0.43727873],\n",
       "                       [0.57162574, 0.55775642, 0.43728311],\n",
       "                       [0.56928625, 0.55543897, 0.43497158],\n",
       "                       ...,\n",
       "                       [0.35610813, 0.34221306, 0.20555941],\n",
       "                       [0.34691867, 0.33070036, 0.19168627],\n",
       "                       [0.34228487, 0.32374966, 0.18010177]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.18936927, 0.19863709, 0.21485513],\n",
       "                       [0.19168597, 0.20095394, 0.21485499],\n",
       "                       [0.19168599, 0.19863701, 0.21485514],\n",
       "                       ...,\n",
       "                       [0.21485612, 0.23339075, 0.25887677],\n",
       "                       [0.21022149, 0.23107359, 0.24960882],\n",
       "                       [0.20327078, 0.21948908, 0.2380243 ]],\n",
       "               \n",
       "                      [[0.18473557, 0.19168627, 0.21253838],\n",
       "                       [0.18705247, 0.19400317, 0.21022149],\n",
       "                       [0.18936938, 0.19632008, 0.21253838],\n",
       "                       ...,\n",
       "                       [0.21022149, 0.2287567 , 0.25655952],\n",
       "                       [0.20327078, 0.22412289, 0.2426581 ],\n",
       "                       [0.19632008, 0.21253838, 0.23107359]],\n",
       "               \n",
       "                      [[0.18010177, 0.18936938, 0.21717219],\n",
       "                       [0.18473557, 0.19400317, 0.221806  ],\n",
       "                       [0.18705247, 0.19632008, 0.22412289],\n",
       "                       ...,\n",
       "                       [0.21948908, 0.2380243 , 0.27741163],\n",
       "                       [0.21485529, 0.23107359, 0.26351023],\n",
       "                       [0.20790459, 0.22643979, 0.25655952]]]),\n",
       "               array([[[0.36060239, 0.28249819, 0.23932378],\n",
       "                       [0.35854235, 0.28044691, 0.23726734],\n",
       "                       [0.35649032, 0.2804533 , 0.23726883],\n",
       "                       ...,\n",
       "                       [0.42227252, 0.30921164, 0.26604419],\n",
       "                       [0.41610577, 0.30715686, 0.25987713],\n",
       "                       [0.41199449, 0.30510122, 0.25576585]],\n",
       "               \n",
       "                      [[0.36060233, 0.28249936, 0.23521286],\n",
       "                       [0.35854294, 0.28045022, 0.23315743],\n",
       "                       [0.35854681, 0.28045668, 0.23315869],\n",
       "                       ...,\n",
       "                       [0.42021728, 0.30715515, 0.26604366],\n",
       "                       [0.41816141, 0.30715686, 0.26193277],\n",
       "                       [0.41405013, 0.30715686, 0.25782149]],\n",
       "               \n",
       "                      [[0.36677757, 0.28250346, 0.23727207],\n",
       "                       [0.36266628, 0.28250827, 0.23521782],\n",
       "                       [0.36060391, 0.28249828, 0.23521097],\n",
       "                       ...,\n",
       "                       [0.41610747, 0.3071567 , 0.26398826],\n",
       "                       [0.41405013, 0.30715686, 0.25987713],\n",
       "                       [0.41405013, 0.30715686, 0.25782149]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.23726472, 0.23520961, 0.24754314],\n",
       "                       [0.23520859, 0.23315421, 0.24548741],\n",
       "                       [0.23315288, 0.23109865, 0.24343204],\n",
       "                       ...,\n",
       "                       [0.3359356 , 0.2948229 , 0.28454478],\n",
       "                       [0.35649221, 0.31743506, 0.30510122],\n",
       "                       [0.37293733, 0.33388018, 0.3194907 ]],\n",
       "               \n",
       "                      [[0.23932073, 0.23726509, 0.24959893],\n",
       "                       [0.23726509, 0.23520945, 0.24754329],\n",
       "                       [0.23520945, 0.2331538 , 0.24343201],\n",
       "                       ...,\n",
       "                       [0.30098993, 0.26398841, 0.25576585],\n",
       "                       [0.31126814, 0.27632224, 0.26809968],\n",
       "                       [0.32154633, 0.29071173, 0.28043352]],\n",
       "               \n",
       "                      [[0.24343201, 0.24137637, 0.25371021],\n",
       "                       [0.24137637, 0.23932073, 0.25165457],\n",
       "                       [0.23726509, 0.23520945, 0.24754329],\n",
       "                       ...,\n",
       "                       [0.25782149, 0.22698688, 0.22081998],\n",
       "                       [0.25782149, 0.22698688, 0.22081998],\n",
       "                       [0.25987713, 0.23109816, 0.22493124]]]),\n",
       "               array([[[0.34494754, 0.31729757, 0.34031926],\n",
       "                       [0.34498051, 0.31729093, 0.34031678],\n",
       "                       [0.3449949 , 0.31729711, 0.34030873],\n",
       "                       ...,\n",
       "                       [0.35642463, 0.32880435, 0.35642876],\n",
       "                       [0.3564308 , 0.3288124 , 0.3564308 ],\n",
       "                       [0.35873233, 0.32651087, 0.3564308 ]],\n",
       "               \n",
       "                      [[0.34495484, 0.31728499, 0.34031833],\n",
       "                       [0.34498986, 0.31726143, 0.34031627],\n",
       "                       [0.34498883, 0.31724763, 0.34030105],\n",
       "                       ...,\n",
       "                       [0.35641715, 0.32879087, 0.35642421],\n",
       "                       [0.3564308 , 0.3288124 , 0.3564308 ],\n",
       "                       [0.35873233, 0.32651087, 0.3564308 ]],\n",
       "               \n",
       "                      [[0.3426418 , 0.31498782, 0.33801781],\n",
       "                       [0.34265069, 0.31496132, 0.33801576],\n",
       "                       [0.34262379, 0.31492389, 0.33799965],\n",
       "                       ...,\n",
       "                       [0.35411025, 0.32647698, 0.35411584],\n",
       "                       [0.35412926, 0.32651087, 0.35412926],\n",
       "                       [0.3564308 , 0.32420933, 0.35412926]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.30119196, 0.28738511, 0.3011936 ],\n",
       "                       [0.29888917, 0.28508416, 0.30119335],\n",
       "                       [0.29889028, 0.28508423, 0.30119387],\n",
       "                       ...,\n",
       "                       [0.27817907, 0.25286217, 0.25056057],\n",
       "                       [0.31270167, 0.2873848 , 0.28278174],\n",
       "                       [0.3426216 , 0.31730473, 0.31270167]],\n",
       "               \n",
       "                      [[0.301194  , 0.28968633, 0.30349553],\n",
       "                       [0.29889246, 0.2873848 , 0.30349553],\n",
       "                       [0.29889246, 0.2873848 , 0.301194  ],\n",
       "                       ...,\n",
       "                       [0.266671  , 0.24365567, 0.24365567],\n",
       "                       [0.301194  , 0.27587714, 0.2735756 ],\n",
       "                       [0.33111393, 0.30579707, 0.301194  ]],\n",
       "               \n",
       "                      [[0.29889246, 0.2873848 , 0.30349553],\n",
       "                       [0.2942894 , 0.28278174, 0.29889246],\n",
       "                       [0.29198786, 0.2804802 , 0.29659093],\n",
       "                       ...,\n",
       "                       [0.22984645, 0.20683112, 0.20683112],\n",
       "                       [0.25976641, 0.23675104, 0.23444952],\n",
       "                       [0.28508327, 0.26206793, 0.25976641]]]),\n",
       "               array([[[0.62129512, 0.56514367, 0.53706682],\n",
       "                       [0.62385195, 0.56769786, 0.53961918],\n",
       "                       [0.62640582, 0.57025182, 0.54217347],\n",
       "                       ...,\n",
       "                       [0.59576882, 0.49368025, 0.46815841],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      [[0.62129665, 0.56514379, 0.53706628],\n",
       "                       [0.62385518, 0.56769968, 0.53961926],\n",
       "                       [0.62640765, 0.57025226, 0.54217365],\n",
       "                       ...,\n",
       "                       [0.59576765, 0.49367865, 0.46815825],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      [[0.62384694, 0.56769631, 0.53961974],\n",
       "                       [0.62640297, 0.57025294, 0.54217287],\n",
       "                       [0.62640101, 0.57025046, 0.54217279],\n",
       "                       ...,\n",
       "                       [0.59576622, 0.49367585, 0.46815704],\n",
       "                       [0.59576923, 0.49368043, 0.46815823],\n",
       "                       [0.59321701, 0.49112821, 0.46560601]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.56514257, 0.4783672 , 0.45539708],\n",
       "                       [0.56514249, 0.47836721, 0.45284481],\n",
       "                       [0.5651424 , 0.47836704, 0.4528448 ],\n",
       "                       ...,\n",
       "                       [0.49878488, 0.32523389, 0.29205503],\n",
       "                       [0.51665041, 0.34565165, 0.31757724],\n",
       "                       [0.52941151, 0.36351719, 0.34054721]],\n",
       "               \n",
       "                      [[0.56514259, 0.47581489, 0.45539713],\n",
       "                       [0.56259037, 0.47581489, 0.45284491],\n",
       "                       [0.56259037, 0.47581489, 0.45029267],\n",
       "                       ...,\n",
       "                       [0.49112821, 0.31502502, 0.27929392],\n",
       "                       [0.50644153, 0.33289056, 0.30481613],\n",
       "                       [0.52175485, 0.35075609, 0.32778611]],\n",
       "               \n",
       "                      [[0.56514259, 0.47071045, 0.45029267],\n",
       "                       [0.56259037, 0.47326267, 0.44774045],\n",
       "                       [0.55748593, 0.47326267, 0.44774045],\n",
       "                       ...,\n",
       "                       [0.48602377, 0.30736835, 0.27163727],\n",
       "                       [0.50133709, 0.32523389, 0.29715948],\n",
       "                       [0.51409819, 0.34309943, 0.32012945]]]),\n",
       "               array([[[0.75361952, 0.59142634, 0.53548901],\n",
       "                       [0.75642258, 0.59423076, 0.53828626],\n",
       "                       [0.76201924, 0.59982364, 0.5438805 ],\n",
       "                       ...,\n",
       "                       [0.70049864, 0.69210856, 0.65015357],\n",
       "                       [0.71726426, 0.70887477, 0.66692735],\n",
       "                       [0.72565375, 0.71726426, 0.67531683]],\n",
       "               \n",
       "                      [[0.76201028, 0.59981783, 0.54387757],\n",
       "                       [0.75922475, 0.59983055, 0.54388   ],\n",
       "                       [0.75923194, 0.60262888, 0.54388465],\n",
       "                       ...,\n",
       "                       [0.67813617, 0.66974476, 0.62219032],\n",
       "                       [0.6948923 , 0.68650282, 0.63896242],\n",
       "                       [0.70328179, 0.6948923 , 0.6501484 ]],\n",
       "               \n",
       "                      [[0.76480581, 0.60261153, 0.54108323],\n",
       "                       [0.76201988, 0.6026248 , 0.53829008],\n",
       "                       [0.75923377, 0.60263288, 0.5410939 ],\n",
       "                       ...,\n",
       "                       [0.65576467, 0.64737794, 0.59982041],\n",
       "                       [0.67531683, 0.66692735, 0.61938695],\n",
       "                       [0.68650282, 0.67811333, 0.63057293]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.31456954, 0.31177211, 0.27821486],\n",
       "                       [0.3173667 , 0.3145684 , 0.28101159],\n",
       "                       [0.32295989, 0.32016182, 0.28380796],\n",
       "                       ...,\n",
       "                       [0.43202188, 0.42363206, 0.37329528],\n",
       "                       [0.45439378, 0.4460043 , 0.3984639 ],\n",
       "                       [0.47117277, 0.46278328, 0.41524287]],\n",
       "               \n",
       "                      [[0.3005866 , 0.3005866 , 0.27262166],\n",
       "                       [0.3033831 , 0.3033831 , 0.27262166],\n",
       "                       [0.30897609, 0.30897609, 0.27541815],\n",
       "                       ...,\n",
       "                       [0.43202183, 0.42363235, 0.37609195],\n",
       "                       [0.45439378, 0.4460043 , 0.3984639 ],\n",
       "                       [0.47117277, 0.46278328, 0.41524287]],\n",
       "               \n",
       "                      [[0.28940063, 0.29219712, 0.26982515],\n",
       "                       [0.29779011, 0.3033831 , 0.27262166],\n",
       "                       [0.30617959, 0.31177258, 0.28101113],\n",
       "                       ...,\n",
       "                       [0.43202183, 0.42363235, 0.37609195],\n",
       "                       [0.45719028, 0.44880079, 0.40126039],\n",
       "                       [0.47396926, 0.46557978, 0.41803936]]]),\n",
       "               array([[[0.44199078, 0.39466992, 0.39713363],\n",
       "                       [0.44194973, 0.39692669, 0.39477691],\n",
       "                       [0.44184079, 0.39914076, 0.39478004],\n",
       "                       ...,\n",
       "                       [0.29800127, 0.27203694, 0.23191102],\n",
       "                       [0.30037299, 0.27440572, 0.23191381],\n",
       "                       [0.30037299, 0.27440572, 0.23191381]],\n",
       "               \n",
       "                      [[0.44669953, 0.39933603, 0.4018548 ],\n",
       "                       [0.4442812 , 0.40157088, 0.40186165],\n",
       "                       [0.44413214, 0.40137707, 0.39949525],\n",
       "                       ...,\n",
       "                       [0.29800135, 0.27203318, 0.23190895],\n",
       "                       [0.30037299, 0.27440572, 0.23191381],\n",
       "                       [0.29801232, 0.27204506, 0.22955314]],\n",
       "               \n",
       "                      [[0.43247483, 0.39692562, 0.41361614],\n",
       "                       [0.43476428, 0.39915177, 0.41122503],\n",
       "                       [0.43941512, 0.40142437, 0.41123079],\n",
       "                       ...,\n",
       "                       [0.29328608, 0.26730878, 0.23426684],\n",
       "                       [0.29565167, 0.26732373, 0.23427447],\n",
       "                       [0.29801232, 0.26496307, 0.23427447]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.64739083, 0.62378383, 0.64975073],\n",
       "                       [0.62378532, 0.60017751, 0.62614431],\n",
       "                       [0.61198217, 0.58837341, 0.61434066],\n",
       "                       ...,\n",
       "                       [0.74181669, 0.73709522, 0.75125919],\n",
       "                       [0.73001332, 0.72765269, 0.74181667],\n",
       "                       [0.725292  , 0.72293137, 0.73709534]],\n",
       "               \n",
       "                      [[0.63794756, 0.61434095, 0.6403082 ],\n",
       "                       [0.61198028, 0.58837367, 0.61434095],\n",
       "                       [0.60253763, 0.57893102, 0.60489829],\n",
       "                       ...,\n",
       "                       [0.74417727, 0.73945594, 0.75361992],\n",
       "                       [0.73237402, 0.73237402, 0.74653796],\n",
       "                       [0.73001332, 0.73237402, 0.74417727]],\n",
       "               \n",
       "                      [[0.62142292, 0.59781631, 0.62378358],\n",
       "                       [0.60961962, 0.58601301, 0.61198028],\n",
       "                       [0.60961962, 0.58601301, 0.61198028],\n",
       "                       ...,\n",
       "                       [0.75361992, 0.74181667, 0.76070194],\n",
       "                       [0.74653796, 0.73237402, 0.75598061],\n",
       "                       [0.74181667, 0.72765269, 0.75125929]]]),\n",
       "               array([[[0.2270629 , 0.22904084, 0.21714827],\n",
       "                       [0.22904793, 0.23102045, 0.21913035],\n",
       "                       [0.23301325, 0.23498324, 0.22309806],\n",
       "                       ...,\n",
       "                       [0.32019019, 0.31029628, 0.27462905],\n",
       "                       [0.3083281 , 0.29643514, 0.26670271],\n",
       "                       [0.29445298, 0.28256002, 0.25480976]],\n",
       "               \n",
       "                      [[0.22111844, 0.22309249, 0.21120236],\n",
       "                       [0.22112176, 0.22308803, 0.21120207],\n",
       "                       [0.22508373, 0.22704582, 0.21516894],\n",
       "                       ...,\n",
       "                       [0.33206146, 0.3201974 , 0.28255574],\n",
       "                       [0.32814971, 0.3182389 , 0.28652434],\n",
       "                       [0.32022106, 0.3083281 , 0.28057786]],\n",
       "               \n",
       "                      [[0.22310256, 0.22507878, 0.21318729],\n",
       "                       [0.22310404, 0.22507571, 0.21318667],\n",
       "                       [0.22705909, 0.2290255 , 0.21714734],\n",
       "                       ...,\n",
       "                       [0.31224615, 0.2983907 , 0.25876674],\n",
       "                       [0.32022106, 0.3083281 , 0.27463138],\n",
       "                       [0.32616754, 0.31427458, 0.28256002]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.41338264, 0.38761452, 0.31823902],\n",
       "                       [0.41932919, 0.39157878, 0.32022124],\n",
       "                       [0.41932932, 0.39157888, 0.31823907],\n",
       "                       ...,\n",
       "                       [0.33806077, 0.26075638, 0.21318449],\n",
       "                       [0.32616754, 0.25084543, 0.20922006],\n",
       "                       [0.32022106, 0.24886327, 0.20922006]],\n",
       "               \n",
       "                      [[0.41932911, 0.39356102, 0.32418539],\n",
       "                       [0.42527559, 0.39752534, 0.32616754],\n",
       "                       [0.42329343, 0.39554318, 0.32220322],\n",
       "                       ...,\n",
       "                       [0.32814971, 0.25282759, 0.21318438],\n",
       "                       [0.32220322, 0.24688112, 0.20922006],\n",
       "                       [0.32022106, 0.24688112, 0.20922006]],\n",
       "               \n",
       "                      [[0.42329343, 0.39752534, 0.32814971],\n",
       "                       [0.42923991, 0.40347182, 0.33013187],\n",
       "                       [0.42923991, 0.40148966, 0.32616754],\n",
       "                       ...,\n",
       "                       [0.32220322, 0.24886327, 0.21120221],\n",
       "                       [0.3182389 , 0.24688112, 0.21120221],\n",
       "                       [0.32022106, 0.25084543, 0.21318438]]]),\n",
       "               array([[[0.68372704, 0.69951241, 0.68147208],\n",
       "                       [0.68597004, 0.70176555, 0.68823236],\n",
       "                       [0.68821616, 0.70176581, 0.6949997 ],\n",
       "                       ...,\n",
       "                       [0.48305139, 0.52815253, 0.5867781 ],\n",
       "                       [0.44473017, 0.48757012, 0.53942902],\n",
       "                       [0.41767336, 0.45825857, 0.50335326]],\n",
       "               \n",
       "                      [[0.68372937, 0.69951338, 0.68146978],\n",
       "                       [0.68597065, 0.69951649, 0.68597336],\n",
       "                       [0.68370358, 0.69952406, 0.69274343],\n",
       "                       ...,\n",
       "                       [0.43569322, 0.48305598, 0.54844717],\n",
       "                       [0.43120177, 0.47855118, 0.53266482],\n",
       "                       [0.4402207 , 0.48757012, 0.53266482]],\n",
       "               \n",
       "                      [[0.68823742, 0.70175986, 0.6859759 ],\n",
       "                       [0.68823133, 0.70176411, 0.6904807 ],\n",
       "                       [0.68597334, 0.70178335, 0.69499966],\n",
       "                       ...,\n",
       "                       [0.40412876, 0.45825607, 0.5213902 ],\n",
       "                       [0.43796597, 0.48982485, 0.54393848],\n",
       "                       [0.48757012, 0.53491955, 0.58226897]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.33199255, 0.29140835, 0.25984233],\n",
       "                       [0.32973785, 0.28915402, 0.25758798],\n",
       "                       [0.33199367, 0.29140887, 0.25984258],\n",
       "                       ...,\n",
       "                       [0.26660576, 0.26885973, 0.25082246],\n",
       "                       [0.26435143, 0.26660617, 0.24856829],\n",
       "                       [0.25984196, 0.26209669, 0.24405882]],\n",
       "               \n",
       "                      [[0.32297452, 0.2823893 , 0.25082303],\n",
       "                       [0.32297452, 0.2823893 , 0.24856829],\n",
       "                       [0.32522926, 0.28464403, 0.25307775],\n",
       "                       ...,\n",
       "                       [0.26660617, 0.26886089, 0.25082303],\n",
       "                       [0.26660617, 0.26886089, 0.25082303],\n",
       "                       [0.26435143, 0.26660617, 0.24856829]],\n",
       "               \n",
       "                      [[0.31621032, 0.27787983, 0.24180408],\n",
       "                       [0.31395558, 0.2756251 , 0.23954935],\n",
       "                       [0.31395558, 0.2756251 , 0.23954935],\n",
       "                       ...,\n",
       "                       [0.26435143, 0.26660617, 0.24856829],\n",
       "                       [0.26660617, 0.27111562, 0.25082303],\n",
       "                       [0.26886089, 0.27337036, 0.24856829]]]),\n",
       "               array([[[0.47008951, 0.42453888, 0.33652697],\n",
       "                       [0.47313114, 0.42756386, 0.33956172],\n",
       "                       [0.47615748, 0.43060393, 0.34258426],\n",
       "                       ...,\n",
       "                       [0.48222166, 0.44274511, 0.34561069],\n",
       "                       [0.48220586, 0.44274689, 0.34561715],\n",
       "                       [0.48220586, 0.44274689, 0.34561715]],\n",
       "               \n",
       "                      [[0.46405113, 0.41845453, 0.33046606],\n",
       "                       [0.46711044, 0.42145332, 0.33349993],\n",
       "                       [0.46709147, 0.42145271, 0.33347551],\n",
       "                       ...,\n",
       "                       [0.47919188, 0.43971413, 0.34257618],\n",
       "                       [0.47917056, 0.43971158, 0.34258185],\n",
       "                       [0.47917056, 0.43971158, 0.34258185]],\n",
       "               \n",
       "                      [[0.45801065, 0.41240912, 0.32440541],\n",
       "                       [0.46106828, 0.41538239, 0.32743377],\n",
       "                       [0.46101163, 0.41531914, 0.32738511],\n",
       "                       ...,\n",
       "                       [0.47614438, 0.43668257, 0.33954646],\n",
       "                       [0.47613526, 0.43667628, 0.33954654],\n",
       "                       [0.47613526, 0.43667628, 0.33954654]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.43364122, 0.38507586, 0.30615828],\n",
       "                       [0.43667675, 0.38811095, 0.30312303],\n",
       "                       [0.43667695, 0.39114677, 0.30312313],\n",
       "                       ...,\n",
       "                       [0.85251328, 0.8525124 , 0.84644225],\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242]],\n",
       "               \n",
       "                      [[0.43667628, 0.38811141, 0.30919349],\n",
       "                       [0.43971158, 0.39114671, 0.30615819],\n",
       "                       [0.43971158, 0.39418202, 0.30615819],\n",
       "                       ...,\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242],\n",
       "                       [0.85251302, 0.85251302, 0.84644242]],\n",
       "               \n",
       "                      [[0.43971158, 0.39114671, 0.3122288 ],\n",
       "                       [0.44274689, 0.39418202, 0.30919349],\n",
       "                       [0.44274689, 0.39721732, 0.30919349],\n",
       "                       ...,\n",
       "                       [0.85251302, 0.84947766, 0.84340706],\n",
       "                       [0.85251302, 0.84947766, 0.84644242],\n",
       "                       [0.84947766, 0.84947766, 0.84947766]]]),\n",
       "               array([[[0.59900185, 0.58769981, 0.55379544],\n",
       "                       [0.59900564, 0.59052457, 0.55096975],\n",
       "                       [0.59900987, 0.59052607, 0.54814456],\n",
       "                       ...,\n",
       "                       [0.59618221, 0.58487656, 0.55097099],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      [[0.59900386, 0.58769971, 0.55379523],\n",
       "                       [0.59901138, 0.58769676, 0.55379386],\n",
       "                       [0.59901816, 0.58769669, 0.55379275],\n",
       "                       ...,\n",
       "                       [0.59618634, 0.58487759, 0.55097092],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      [[0.59900445, 0.58770014, 0.55379546],\n",
       "                       [0.59901128, 0.58769624, 0.55379338],\n",
       "                       [0.59901646, 0.58769356, 0.553791  ],\n",
       "                       ...,\n",
       "                       [0.5961849 , 0.5848795 , 0.55097174],\n",
       "                       [0.59617524, 0.58487401, 0.55097033],\n",
       "                       [0.59617524, 0.58487401, 0.55097033]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.53401835, 0.30799379, 0.34472289],\n",
       "                       [0.61595238, 0.44925929, 0.46338588],\n",
       "                       [0.71483842, 0.60465156, 0.60182606],\n",
       "                       ...,\n",
       "                       [0.45208461, 0.36167474, 0.33624699],\n",
       "                       [0.44643395, 0.35319882, 0.32777106],\n",
       "                       [0.42948211, 0.33624698, 0.31646983]],\n",
       "               \n",
       "                      [[0.53119318, 0.29951799, 0.33907229],\n",
       "                       [0.59900055, 0.42948211, 0.44643395],\n",
       "                       [0.68658506, 0.57357279, 0.57074747],\n",
       "                       ...,\n",
       "                       [0.45490987, 0.37015066, 0.33907229],\n",
       "                       [0.44078334, 0.35602413, 0.33059637],\n",
       "                       [0.42100619, 0.33342167, 0.31929513]],\n",
       "               \n",
       "                      [[0.52271726, 0.28539144, 0.32212044],\n",
       "                       [0.58769932, 0.40970496, 0.42383149],\n",
       "                       [0.66963323, 0.54814503, 0.54249441],\n",
       "                       ...,\n",
       "                       [0.46056048, 0.37580128, 0.3447229 ],\n",
       "                       [0.44360864, 0.36167474, 0.33907229],\n",
       "                       [0.42100619, 0.33907229, 0.32777106]]]),\n",
       "               array([[[0.59061791, 0.59974118, 0.59747371],\n",
       "                       [0.59290092, 0.60200234, 0.59975752],\n",
       "                       [0.59517601, 0.60426791, 0.60203928],\n",
       "                       ...,\n",
       "                       [0.51515415, 0.49916412, 0.43287689],\n",
       "                       [0.51517727, 0.49917425, 0.43287597],\n",
       "                       [0.51746342, 0.50146039, 0.43516212]],\n",
       "               \n",
       "                      [[0.58832575, 0.59745138, 0.59518711],\n",
       "                       [0.5928863 , 0.60198636, 0.59975193],\n",
       "                       [0.59516026, 0.60424665, 0.6020292 ],\n",
       "                       ...,\n",
       "                       [0.51742687, 0.50372294, 0.43515883],\n",
       "                       [0.51517727, 0.50374654, 0.43516212],\n",
       "                       [0.51517727, 0.50374654, 0.43516212]],\n",
       "               \n",
       "                      [[0.5837317 , 0.59286538, 0.5905991 ],\n",
       "                       [0.59057163, 0.59969003, 0.59744416],\n",
       "                       [0.59287002, 0.60198775, 0.59973815],\n",
       "                       ...,\n",
       "                       [0.51972089, 0.50828707, 0.43972368],\n",
       "                       [0.51974956, 0.50831884, 0.43973441],\n",
       "                       [0.51974956, 0.50831884, 0.43973441]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.63405702, 0.63177023, 0.62034002],\n",
       "                       [0.64091631, 0.64091459, 0.62719861],\n",
       "                       [0.64320332, 0.6454879 , 0.63177102],\n",
       "                       ...,\n",
       "                       [0.67977878, 0.65691696, 0.63405615],\n",
       "                       [0.67977982, 0.65691836, 0.63177076],\n",
       "                       [0.67977982, 0.65691836, 0.62948461]],\n",
       "               \n",
       "                      [[0.62948461, 0.62719846, 0.61576773],\n",
       "                       [0.63177076, 0.63405691, 0.62034001],\n",
       "                       [0.63177076, 0.63405691, 0.62034001],\n",
       "                       ...,\n",
       "                       [0.67977982, 0.65920451, 0.63634306],\n",
       "                       [0.68435212, 0.66149066, 0.63862919],\n",
       "                       [0.68663828, 0.66377681, 0.64091534]],\n",
       "               \n",
       "                      [[0.63405691, 0.63177076, 0.62034001],\n",
       "                       [0.63177076, 0.63177076, 0.61805388],\n",
       "                       [0.62262616, 0.62491231, 0.61119543],\n",
       "                       ...,\n",
       "                       [0.68206599, 0.65920451, 0.63862919],\n",
       "                       [0.68663828, 0.66377681, 0.64091534],\n",
       "                       [0.69349671, 0.67063524, 0.64777378]]]),\n",
       "               array([[[0.63156051, 0.28855572, 0.22969059],\n",
       "                       [0.62951222, 0.28857452, 0.23172994],\n",
       "                       [0.62950984, 0.28859562, 0.23377095],\n",
       "                       ...,\n",
       "                       [0.34536033, 0.22355931, 0.22154534],\n",
       "                       [0.34740537, 0.22359154, 0.22156182],\n",
       "                       [0.34740537, 0.22359154, 0.22156182]],\n",
       "               \n",
       "                      [[0.63358862, 0.29262287, 0.23983484],\n",
       "                       [0.62543662, 0.30075434, 0.24998504],\n",
       "                       [0.62136582, 0.31091761, 0.26014731],\n",
       "                       ...,\n",
       "                       [0.34535728, 0.22761856, 0.22357182],\n",
       "                       [0.34334589, 0.22562128, 0.22156182],\n",
       "                       [0.3494351 , 0.22765102, 0.22562128]],\n",
       "               \n",
       "                      [[0.62345157, 0.28653714, 0.23374099],\n",
       "                       [0.61531727, 0.29466617, 0.24388691],\n",
       "                       [0.60922224, 0.30076161, 0.25201791],\n",
       "                       ...,\n",
       "                       [0.35551865, 0.23779951, 0.23373438],\n",
       "                       [0.35755404, 0.23779969, 0.23374022],\n",
       "                       [0.35146483, 0.22968074, 0.22765102]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.59503229, 0.29057436, 0.26215619],\n",
       "                       [0.58488224, 0.29260496, 0.26418555],\n",
       "                       [0.57473364, 0.29260459, 0.26418633],\n",
       "                       ...,\n",
       "                       [0.28651277, 0.28854322, 0.29463221],\n",
       "                       [0.28854306, 0.29057279, 0.29869173],\n",
       "                       [0.29260253, 0.29463226, 0.3027512 ]],\n",
       "               \n",
       "                      [[0.52196255, 0.29869173, 0.27230518],\n",
       "                       [0.50572467, 0.29463226, 0.27027544],\n",
       "                       [0.48948679, 0.29260253, 0.26621598],\n",
       "                       ...,\n",
       "                       [0.29057279, 0.29260253, 0.29869173],\n",
       "                       [0.29260253, 0.29463226, 0.3027512 ],\n",
       "                       [0.29463226, 0.29666199, 0.30478094]],\n",
       "               \n",
       "                      [[0.43671368, 0.30072147, 0.2682457 ],\n",
       "                       [0.4143866 , 0.30072147, 0.26621598],\n",
       "                       [0.39611899, 0.29869173, 0.26418624],\n",
       "                       ...,\n",
       "                       [0.29260253, 0.29463226, 0.30072147],\n",
       "                       [0.29463226, 0.29666199, 0.30478094],\n",
       "                       [0.29463226, 0.29666199, 0.30478094]]]),\n",
       "               array([[[0.3624691 , 0.34865842, 0.29803652],\n",
       "                       [0.36477344, 0.35096264, 0.29573677],\n",
       "                       [0.36706954, 0.35095895, 0.29574014],\n",
       "                       ...,\n",
       "                       [0.21750005, 0.18759499, 0.17378986],\n",
       "                       [0.22210932, 0.19449839, 0.18069292],\n",
       "                       [0.22671114, 0.20140111, 0.18759565]],\n",
       "               \n",
       "                      [[0.36247169, 0.35326142, 0.29573395],\n",
       "                       [0.36477762, 0.35096845, 0.29573592],\n",
       "                       [0.36937032, 0.35326213, 0.2980419 ],\n",
       "                       ...,\n",
       "                       [0.21519943, 0.18990214, 0.18069466],\n",
       "                       [0.22671114, 0.20140111, 0.19219747],\n",
       "                       [0.23821568, 0.21290567, 0.20140111]],\n",
       "               \n",
       "                      [[0.36246716, 0.35325914, 0.29573322],\n",
       "                       [0.36247243, 0.35327104, 0.29343393],\n",
       "                       [0.36707114, 0.3555722 , 0.29344049],\n",
       "                       ...,\n",
       "                       [0.22211061, 0.19681332, 0.18760105],\n",
       "                       [0.23361386, 0.20830385, 0.19910021],\n",
       "                       [0.2428175 , 0.21750749, 0.20830385]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.46140367, 0.2819324 , 0.28193333],\n",
       "                       [0.44759822, 0.24281655, 0.24281813],\n",
       "                       [0.45450112, 0.21750671, 0.21750785],\n",
       "                       ...,\n",
       "                       [0.54423737, 0.45220067, 0.40848333],\n",
       "                       [0.54423687, 0.45910317, 0.41538586],\n",
       "                       [0.54653778, 0.46140408, 0.41998768]],\n",
       "               \n",
       "                      [[0.47060772, 0.3003403 , 0.30264121],\n",
       "                       [0.44989952, 0.25202118, 0.25202118],\n",
       "                       [0.45220044, 0.2198084 , 0.2198084 ],\n",
       "                       ...,\n",
       "                       [0.54423687, 0.45680226, 0.41078404],\n",
       "                       [0.54193596, 0.45680226, 0.41308495],\n",
       "                       [0.54423687, 0.46370499, 0.41998768]],\n",
       "               \n",
       "                      [[0.4867141 , 0.3210485 , 0.32795123],\n",
       "                       [0.46140408, 0.26352572, 0.26812755],\n",
       "                       [0.45680226, 0.22671114, 0.22671114],\n",
       "                       ...,\n",
       "                       [0.53733413, 0.44989952, 0.40388131],\n",
       "                       [0.54193596, 0.46140408, 0.41768677],\n",
       "                       [0.53963504, 0.46370499, 0.4245895 ]]]),\n",
       "               array([[[0.58427203, 0.58425326, 0.58024704],\n",
       "                       [0.58229215, 0.5822473 , 0.57824325],\n",
       "                       [0.58029876, 0.58024624, 0.5762412 ],\n",
       "                       ...,\n",
       "                       [0.56222988, 0.56623115, 0.56422923],\n",
       "                       [0.56022452, 0.5642299 , 0.5642299 ],\n",
       "                       [0.55822183, 0.56022452, 0.5642299 ]],\n",
       "               \n",
       "                      [[0.58627783, 0.58624581, 0.58224962],\n",
       "                       [0.58630259, 0.58623394, 0.5822505 ],\n",
       "                       [0.58430064, 0.58422051, 0.58024455],\n",
       "                       ...,\n",
       "                       [0.56623851, 0.5702355 , 0.56823418],\n",
       "                       [0.5662326 , 0.57023798, 0.56823529],\n",
       "                       [0.5642299 , 0.5662326 , 0.5662326 ]],\n",
       "               \n",
       "                      [[0.59026907, 0.59024196, 0.58625317],\n",
       "                       [0.59027312, 0.59022277, 0.58625115],\n",
       "                       [0.58825695, 0.58819699, 0.58424118],\n",
       "                       ...,\n",
       "                       [0.56824195, 0.57224006, 0.57023748],\n",
       "                       [0.5642299 , 0.56823529, 0.5662326 ],\n",
       "                       [0.56022452, 0.5642299 , 0.56222721]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.31990188, 0.25581439, 0.24580163],\n",
       "                       [0.32190556, 0.25581356, 0.24980694],\n",
       "                       [0.31990288, 0.25381027, 0.2498064 ],\n",
       "                       ...,\n",
       "                       [0.2518101 , 0.24780369, 0.27784456],\n",
       "                       [0.25781804, 0.25381265, 0.28185035],\n",
       "                       [0.26182342, 0.25781804, 0.28585573]],\n",
       "               \n",
       "                      [[0.32190419, 0.25982073, 0.25381265],\n",
       "                       [0.32390687, 0.26182342, 0.25581535],\n",
       "                       [0.31990149, 0.25781804, 0.25381265],\n",
       "                       ...,\n",
       "                       [0.25581535, 0.24980727, 0.28385304],\n",
       "                       [0.25781804, 0.25180996, 0.28385304],\n",
       "                       [0.25982073, 0.25581535, 0.28385304]],\n",
       "               \n",
       "                      [[0.32390687, 0.26582881, 0.25781804],\n",
       "                       [0.32190419, 0.26382612, 0.25781804],\n",
       "                       [0.31589611, 0.25982073, 0.25581535],\n",
       "                       ...,\n",
       "                       [0.25982073, 0.25381265, 0.28785842],\n",
       "                       [0.25982073, 0.25381265, 0.28785842],\n",
       "                       [0.25781804, 0.25180996, 0.28585573]]]),\n",
       "               array([[[0.81106324, 0.79983396, 0.76895616],\n",
       "                       [0.80544918, 0.79421969, 0.76334203],\n",
       "                       [0.80544861, 0.79421927, 0.76614922],\n",
       "                       ...,\n",
       "                       [0.32823784, 0.32543215, 0.33946932],\n",
       "                       [0.32824152, 0.3226273 , 0.33946993],\n",
       "                       [0.32543441, 0.3198202 , 0.33385572]],\n",
       "               \n",
       "                      [[0.81106325, 0.79141317, 0.7633419 ],\n",
       "                       [0.80544935, 0.79141364, 0.7605346 ],\n",
       "                       [0.80544955, 0.79422156, 0.76334219],\n",
       "                       ...,\n",
       "                       [0.33385134, 0.33104561, 0.33946882],\n",
       "                       [0.32824152, 0.32543441, 0.33104862],\n",
       "                       [0.32543441, 0.3198202 , 0.32824152]],\n",
       "               \n",
       "                      [[0.81106246, 0.79141302, 0.76334184],\n",
       "                       [0.81387004, 0.79422135, 0.76614879],\n",
       "                       [0.8166796 , 0.79983954, 0.77176475],\n",
       "                       ...,\n",
       "                       [0.33946777, 0.33946747, 0.33385429],\n",
       "                       [0.32824152, 0.32543441, 0.32824152],\n",
       "                       [0.3198202 , 0.31420599, 0.3226273 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.47140354, 0.3619267 , 0.28052076],\n",
       "                       [0.48263191, 0.37596239, 0.30017058],\n",
       "                       [0.48824644, 0.38438392, 0.30859196],\n",
       "                       ...,\n",
       "                       [0.41806884, 0.30578477, 0.22718577],\n",
       "                       [0.42649016, 0.31420599, 0.23279995],\n",
       "                       [0.42087595, 0.31139889, 0.22437864]],\n",
       "               \n",
       "                      [[0.48824647, 0.37876939, 0.29736337],\n",
       "                       [0.49666778, 0.38438359, 0.30859179],\n",
       "                       [0.49386067, 0.3871907 , 0.31139889],\n",
       "                       ...,\n",
       "                       [0.40964753, 0.30017048, 0.22157154],\n",
       "                       [0.42087595, 0.31420599, 0.23279995],\n",
       "                       [0.42087595, 0.3170131 , 0.23560706]],\n",
       "               \n",
       "                      [[0.49666778, 0.38157649, 0.30297758],\n",
       "                       [0.49947488, 0.3871907 , 0.31420599],\n",
       "                       [0.49386067, 0.38438359, 0.31139889],\n",
       "                       ...,\n",
       "                       [0.40403332, 0.29736337, 0.22157154],\n",
       "                       [0.41806884, 0.30859179, 0.23279995],\n",
       "                       [0.41526174, 0.31139889, 0.23560706]]])]},\n",
       "             'guassian_noise': {'changed': [36.28462373569317,\n",
       "               0.0,\n",
       "               45.733080207365944,\n",
       "               None,\n",
       "               48.896983156330116,\n",
       "               62.23035302969389,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               55.913780825817135,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               43.19564846955634,\n",
       "               54.19921458693545,\n",
       "               None,\n",
       "               55.74246013957544,\n",
       "               49.41675476877491,\n",
       "               None,\n",
       "               25.57706313740211,\n",
       "               52.52240215391353,\n",
       "               None,\n",
       "               71.46189026945112,\n",
       "               None,\n",
       "               55.890002766138494,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               45.13859925501335,\n",
       "               4.736612957625363,\n",
       "               None,\n",
       "               None,\n",
       "               40.693846823520595,\n",
       "               28.549548714956014,\n",
       "               34.255956137095716,\n",
       "               16.583655354942977,\n",
       "               39.09513220580002,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               47.6788415956072,\n",
       "               56.47265225657168,\n",
       "               None,\n",
       "               63.41106070481595,\n",
       "               27.98130270201949,\n",
       "               45.636197640865085,\n",
       "               26.39947028820099],\n",
       "              'adversarials': [array([[[0.58863387, 0.81245403, 0.71137416],\n",
       "                       [0.45198952, 0.71552996, 0.47697062],\n",
       "                       [0.94446457, 0.90680737, 0.71391102],\n",
       "                       ...,\n",
       "                       [0.42034976, 0.16734682, 0.13119865],\n",
       "                       [0.34056526, 0.21080643, 0.28844017],\n",
       "                       [0.0907877 , 0.14905025, 0.0949863 ]],\n",
       "               \n",
       "                      [[0.77265479, 0.5613958 , 0.64606606],\n",
       "                       [0.7809524 , 0.5592423 , 0.70591412],\n",
       "                       [0.64730587, 0.81264056, 0.2709614 ],\n",
       "                       ...,\n",
       "                       [0.388628  , 0.35051288, 0.32748781],\n",
       "                       [0.30516888, 0.11106759, 0.13708109],\n",
       "                       [0.26850104, 0.27545127, 0.10888792]],\n",
       "               \n",
       "                      [[0.56288279, 0.76029858, 0.59275385],\n",
       "                       [0.58296862, 0.67852245, 0.6777717 ],\n",
       "                       [0.53093085, 0.79563286, 0.43208893],\n",
       "                       ...,\n",
       "                       [0.19492764, 0.13394855, 0.15052232],\n",
       "                       [0.05129399, 0.41732838, 0.08482124],\n",
       "                       [0.1197212 , 0.17965122, 0.29535109]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.28136371, 0.40983242, 0.35461564],\n",
       "                       [0.16767741, 0.47903637, 0.34701814],\n",
       "                       [0.77051927, 0.58031164, 0.34250648],\n",
       "                       ...,\n",
       "                       [0.33471038, 0.45596473, 0.3562322 ],\n",
       "                       [0.17040948, 0.09869588, 0.08455283],\n",
       "                       [0.43867172, 0.30303645, 0.18109368]],\n",
       "               \n",
       "                      [[0.23864317, 0.39400561, 0.39745383],\n",
       "                       [0.35804652, 0.57789856, 0.32335639],\n",
       "                       [0.40596401, 0.39808063, 0.44580148],\n",
       "                       ...,\n",
       "                       [0.54498966, 0.15371757, 0.29814186],\n",
       "                       [0.31479149, 0.13691821, 0.40183529],\n",
       "                       [0.37515634, 0.28141586, 0.38619009]],\n",
       "               \n",
       "                      [[0.48492673, 0.51404131, 0.39244569],\n",
       "                       [0.4582653 , 0.48512255, 0.19281523],\n",
       "                       [0.07141607, 0.35666107, 0.21751551],\n",
       "                       ...,\n",
       "                       [0.2771822 , 0.09056949, 0.31754332],\n",
       "                       [0.37512032, 0.24466418, 0.02734241],\n",
       "                       [0.32799515, 0.56306583, 0.33004222]]]),\n",
       "               array([[[0.58856058, 0.55095834, 0.50332885],\n",
       "                       [0.59106741, 0.55346517, 0.50583567],\n",
       "                       [0.59357422, 0.55597198, 0.50834248],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.12229279, 0.14986777],\n",
       "                       [0.23760634, 0.12229279, 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.14234731]],\n",
       "               \n",
       "                      [[0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.5434379 , 0.4958084 ],\n",
       "                       [0.58104014, 0.54093109, 0.4958084 ],\n",
       "                       ...,\n",
       "                       [0.23760634, 0.1247996 , 0.14485412],\n",
       "                       [0.23760634, 0.1247996 , 0.1398405 ],\n",
       "                       [0.23760634, 0.1247996 , 0.13733369]],\n",
       "               \n",
       "                      [[0.57853332, 0.5434379 , 0.47575387],\n",
       "                       [0.58104014, 0.54594472, 0.47826069],\n",
       "                       [0.58354696, 0.54845153, 0.4807675 ],\n",
       "                       ...,\n",
       "                       [0.23509952, 0.12229279, 0.13733369],\n",
       "                       [0.23259271, 0.11978598, 0.13232004],\n",
       "                       [0.23509952, 0.12229279, 0.12981323]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.29526311, 0.21755182, 0.21253818],\n",
       "                       [0.31531763, 0.23760634, 0.23259271],\n",
       "                       [0.3253449 , 0.24763361, 0.24261997],\n",
       "                       ...,\n",
       "                       [0.16992229, 0.15237458, 0.15738821],\n",
       "                       [0.16490865, 0.14986777, 0.15237458],\n",
       "                       [0.15738821, 0.14234731, 0.14234731]],\n",
       "               \n",
       "                      [[0.25014042, 0.16490865, 0.16240184],\n",
       "                       [0.26768813, 0.18245637, 0.17994955],\n",
       "                       [0.27019494, 0.18496319, 0.18245637],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15989503, 0.16490865],\n",
       "                       [0.1724291 , 0.15738821, 0.16240184],\n",
       "                       [0.16741548, 0.15237458, 0.15738821]],\n",
       "               \n",
       "                      [[0.21755182, 0.12730641, 0.13232004],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       [0.23259271, 0.14234731, 0.14736093],\n",
       "                       ...,\n",
       "                       [0.17744274, 0.15488139, 0.16240184],\n",
       "                       [0.17744274, 0.15738821, 0.16490865],\n",
       "                       [0.17493593, 0.15989503, 0.16490865]]]),\n",
       "               array([[[0.10195828, 0.46016974, 0.60803491],\n",
       "                       [0.37755415, 0.52244267, 0.35206776],\n",
       "                       [0.38283878, 0.34306966, 0.34526192],\n",
       "                       ...,\n",
       "                       [0.        , 0.39839244, 0.134414  ],\n",
       "                       [0.38406242, 0.42376178, 0.18691629],\n",
       "                       [0.5107684 , 0.70024628, 0.58610813]],\n",
       "               \n",
       "                      [[0.24755934, 0.41202678, 0.15529212],\n",
       "                       [0.12639007, 0.3766664 , 0.35227324],\n",
       "                       [0.31689197, 0.47225063, 0.57792162],\n",
       "                       ...,\n",
       "                       [0.58922323, 0.38612278, 0.54238964],\n",
       "                       [0.28761686, 0.31768551, 0.8738667 ],\n",
       "                       [0.4530164 , 0.47891597, 0.6137986 ]],\n",
       "               \n",
       "                      [[0.36948149, 0.32876183, 0.24503831],\n",
       "                       [0.44577908, 0.88017044, 0.1134285 ],\n",
       "                       [0.43246967, 0.38723212, 0.58580093],\n",
       "                       ...,\n",
       "                       [0.5091773 , 0.7370307 , 0.29758402],\n",
       "                       [0.1007398 , 0.57128841, 0.405254  ],\n",
       "                       [0.36039045, 0.68088132, 0.40736911]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.38521497, 0.53687883, 0.70145328],\n",
       "                       [0.31042059, 0.43123043, 0.6741033 ],\n",
       "                       [0.26622638, 0.33882641, 0.52163934],\n",
       "                       ...,\n",
       "                       [0.69199455, 0.46453314, 0.43187785],\n",
       "                       [0.29699458, 0.72089314, 0.62812631],\n",
       "                       [0.50146118, 0.42627648, 0.72958823]],\n",
       "               \n",
       "                      [[0.28914775, 0.95627162, 0.86684695],\n",
       "                       [0.48624142, 0.45044178, 0.53952994],\n",
       "                       [0.22992408, 0.66719044, 0.54852727],\n",
       "                       ...,\n",
       "                       [0.39224371, 0.47141915, 0.65828572],\n",
       "                       [0.34261786, 0.61598195, 0.80486921],\n",
       "                       [0.31251698, 0.34682753, 0.95341777]],\n",
       "               \n",
       "                      [[0.53756738, 0.71790859, 0.60447463],\n",
       "                       [0.2821218 , 0.57962547, 0.55542962],\n",
       "                       [0.4514949 , 0.30036489, 0.53102052],\n",
       "                       ...,\n",
       "                       [0.53164582, 0.74990376, 0.46451591],\n",
       "                       [0.58145058, 0.86511453, 0.31143843],\n",
       "                       [0.43663013, 0.52001689, 0.3189912 ]]]),\n",
       "               None,\n",
       "               array([[[0.60879669, 0.38605213, 0.20230675],\n",
       "                       [0.53882929, 0.50946283, 0.38926942],\n",
       "                       [0.68518906, 0.38553695, 0.14935981],\n",
       "                       ...,\n",
       "                       [0.50032569, 0.27147791, 0.32670219],\n",
       "                       [0.32939668, 0.37539354, 0.17702465],\n",
       "                       [0.5711176 , 0.38998952, 0.45956052]],\n",
       "               \n",
       "                      [[0.46397153, 0.50824716, 0.33259585],\n",
       "                       [0.65206102, 0.36088385, 0.42841356],\n",
       "                       [0.43791585, 0.34279251, 0.19410284],\n",
       "                       ...,\n",
       "                       [0.52445245, 0.4839014 , 0.8158865 ],\n",
       "                       [0.21891288, 0.70653207, 0.43187244],\n",
       "                       [0.79506345, 0.5360645 , 0.52509533]],\n",
       "               \n",
       "                      [[0.5020264 , 0.62695589, 0.3980291 ],\n",
       "                       [0.41637831, 0.92272958, 0.12112547],\n",
       "                       [0.21105756, 0.30816966, 0.14400634],\n",
       "                       ...,\n",
       "                       [0.75269372, 0.29478256, 0.47214687],\n",
       "                       [0.43483215, 0.02923962, 0.08745933],\n",
       "                       [1.        , 0.41837173, 0.72752222]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.57711258, 0.77830389, 0.37568042],\n",
       "                       [0.51698742, 0.23472086, 0.18488804],\n",
       "                       [0.34943151, 0.28897107, 0.36672294],\n",
       "                       ...,\n",
       "                       [0.3894748 , 0.50907871, 0.1477094 ],\n",
       "                       [0.5821408 , 0.21002248, 0.34873364],\n",
       "                       [0.59488702, 0.38163567, 0.18829931]],\n",
       "               \n",
       "                      [[0.34572099, 0.26574458, 0.56102635],\n",
       "                       [0.53519815, 0.43629777, 0.23629967],\n",
       "                       [0.63427541, 0.57435759, 0.25866951],\n",
       "                       ...,\n",
       "                       [0.38747422, 0.48670672, 0.35791616],\n",
       "                       [0.49986043, 0.27721422, 0.        ],\n",
       "                       [0.57011415, 0.44185845, 0.36800203]],\n",
       "               \n",
       "                      [[0.35763938, 0.57948416, 0.16955034],\n",
       "                       [0.44839437, 0.09459896, 0.24858701],\n",
       "                       [0.12310733, 0.34445874, 0.29965364],\n",
       "                       ...,\n",
       "                       [0.41167594, 0.58122106, 0.03626024],\n",
       "                       [0.53147135, 0.11153578, 0.36167901],\n",
       "                       [0.57874893, 0.20633265, 0.        ]]]),\n",
       "               array([[[0.48148408, 0.17541794, 0.15952987],\n",
       "                       [0.51132699, 0.45409094, 0.09361474],\n",
       "                       [0.28984005, 0.50926287, 0.27496503],\n",
       "                       ...,\n",
       "                       [0.50223946, 0.63871514, 0.71043196],\n",
       "                       [0.73889299, 0.54756034, 0.51421494],\n",
       "                       [0.24123649, 0.73406648, 0.74199657]],\n",
       "               \n",
       "                      [[0.66862337, 0.56346929, 0.        ],\n",
       "                       [0.4493679 , 0.17059851, 0.28508618],\n",
       "                       [0.1339652 , 0.14970952, 0.6679574 ],\n",
       "                       ...,\n",
       "                       [0.51494113, 0.71167462, 1.        ],\n",
       "                       [0.94466991, 0.90681174, 0.68709903],\n",
       "                       [0.94472485, 0.43916227, 0.61041223]],\n",
       "               \n",
       "                      [[0.41610481, 0.57515777, 0.48912431],\n",
       "                       [0.35195592, 0.37634324, 0.56681925],\n",
       "                       [0.06037041, 0.59176491, 0.02664005],\n",
       "                       ...,\n",
       "                       [0.53512161, 0.60617736, 0.71216303],\n",
       "                       [0.61252208, 0.51723396, 0.24325713],\n",
       "                       [0.45003921, 0.5250884 , 0.94013669]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.27431592, 0.40663501, 0.40740314],\n",
       "                       [0.32865214, 0.16440562, 0.29868435],\n",
       "                       [0.21987492, 0.41592698, 0.02808675],\n",
       "                       ...,\n",
       "                       [0.38203143, 0.43245269, 0.27099472],\n",
       "                       [0.17465172, 0.18861929, 0.3499701 ],\n",
       "                       [0.33194399, 0.        , 0.        ]],\n",
       "               \n",
       "                      [[0.24274516, 0.13115485, 0.2008815 ],\n",
       "                       [0.35061678, 0.16249058, 0.40373142],\n",
       "                       [0.36417446, 0.05847491, 0.00664556],\n",
       "                       ...,\n",
       "                       [0.42734105, 0.48930104, 0.02003997],\n",
       "                       [0.0236841 , 0.50516083, 0.58467687],\n",
       "                       [0.        , 0.39319981, 0.57537626]],\n",
       "               \n",
       "                      [[0.        , 0.18322192, 0.33869377],\n",
       "                       [0.50087062, 0.83891204, 0.05673981],\n",
       "                       [0.26239936, 0.28414557, 0.57504983],\n",
       "                       ...,\n",
       "                       [0.41738352, 0.35505361, 0.63141129],\n",
       "                       [0.18390764, 0.3509182 , 0.55501665],\n",
       "                       [0.        , 0.20258689, 0.40807586]]]),\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.71275758, 0.45670973, 0.13972006],\n",
       "                       [0.41498255, 0.09053207, 0.42465437],\n",
       "                       [0.13377729, 0.75889853, 0.25961545],\n",
       "                       ...,\n",
       "                       [0.0485125 , 0.3224122 , 0.38362711],\n",
       "                       [0.        , 0.15937643, 0.49737195],\n",
       "                       [0.41709857, 0.1157016 , 0.22578872]],\n",
       "               \n",
       "                      [[0.39672034, 0.31826647, 0.        ],\n",
       "                       [0.16416528, 0.66521828, 0.09148455],\n",
       "                       [0.40458508, 0.45635298, 0.16287642],\n",
       "                       ...,\n",
       "                       [0.38638407, 0.23798973, 0.21643079],\n",
       "                       [0.        , 0.24286934, 0.15493399],\n",
       "                       [0.19959345, 0.        , 0.47380433]],\n",
       "               \n",
       "                      [[0.        , 0.16895875, 0.37796479],\n",
       "                       [0.3863151 , 0.34991967, 0.        ],\n",
       "                       [0.29639265, 0.22791347, 0.76249821],\n",
       "                       ...,\n",
       "                       [0.39530193, 0.        , 0.57161838],\n",
       "                       [0.17429652, 0.21669398, 0.41986149],\n",
       "                       [0.58414193, 0.03214935, 0.0657195 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.01783556, 0.17690894, 0.3464155 ],\n",
       "                       [0.        , 0.20019877, 0.49013623],\n",
       "                       [0.29863652, 0.16506468, 0.2225249 ],\n",
       "                       ...,\n",
       "                       [0.        , 0.        , 0.        ],\n",
       "                       [0.02547213, 0.16704338, 0.42890861],\n",
       "                       [0.44862931, 0.56410265, 0.34446483]],\n",
       "               \n",
       "                      [[0.0433285 , 0.50621652, 0.22759851],\n",
       "                       [0.4132432 , 0.08397019, 0.35801202],\n",
       "                       [0.02285804, 0.15664589, 0.37204411],\n",
       "                       ...,\n",
       "                       [0.36375149, 0.19471971, 0.68379697],\n",
       "                       [0.19661609, 0.16257779, 0.48257322],\n",
       "                       [0.40455997, 0.16595294, 0.01993739]],\n",
       "               \n",
       "                      [[0.07675217, 0.        , 0.31102078],\n",
       "                       [0.35022698, 0.02855061, 0.03040856],\n",
       "                       [0.        , 0.18286636, 0.22258799],\n",
       "                       ...,\n",
       "                       [0.05694018, 0.18302741, 0.2524335 ],\n",
       "                       [0.19580894, 0.        , 0.06813698],\n",
       "                       [0.26276663, 0.26141248, 0.37514192]]]),\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.65686474, 0.29871883, 0.66553051],\n",
       "                       [0.61953347, 0.94113689, 0.57633984],\n",
       "                       [0.43311154, 0.67892351, 0.77321122],\n",
       "                       ...,\n",
       "                       [0.26344817, 0.4423282 , 0.11118553],\n",
       "                       [0.43146538, 0.26003234, 0.14947663],\n",
       "                       [0.6021073 , 0.4196858 , 0.23770868]],\n",
       "               \n",
       "                      [[0.42548554, 0.47634283, 0.88919075],\n",
       "                       [0.58705671, 0.62354438, 0.25632451],\n",
       "                       [0.51140797, 0.34209646, 0.49698384],\n",
       "                       ...,\n",
       "                       [0.34012598, 0.41372266, 0.63867229],\n",
       "                       [0.12781272, 0.5636888 , 0.20365955],\n",
       "                       [0.58201176, 0.52492658, 0.18945298]],\n",
       "               \n",
       "                      [[0.77245821, 0.26405185, 0.73098058],\n",
       "                       [0.74806879, 0.43714328, 0.6779449 ],\n",
       "                       [0.55433279, 0.41605493, 0.45593265],\n",
       "                       ...,\n",
       "                       [0.30616886, 0.22366041, 0.37310497],\n",
       "                       [0.47513341, 0.45163031, 0.65477444],\n",
       "                       [0.12570836, 0.39221026, 0.1104639 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.38606688, 0.44592019, 0.21167734],\n",
       "                       [0.4934785 , 0.42269859, 0.42145393],\n",
       "                       [0.76135275, 0.40484081, 0.6521686 ],\n",
       "                       ...,\n",
       "                       [0.27238861, 0.3651266 , 0.31625052],\n",
       "                       [0.11899206, 0.        , 0.20312694],\n",
       "                       [0.37190856, 0.14211213, 0.27646238]],\n",
       "               \n",
       "                      [[0.14299127, 0.59563723, 0.15187144],\n",
       "                       [0.34265392, 0.58629821, 0.38577655],\n",
       "                       [0.55986315, 0.25240946, 0.3961899 ],\n",
       "                       ...,\n",
       "                       [0.        , 0.18893876, 0.04444836],\n",
       "                       [0.15719165, 0.2108048 , 0.21742446],\n",
       "                       [0.18771348, 0.05370157, 0.49213659]],\n",
       "               \n",
       "                      [[0.36433533, 0.56332918, 0.32543836],\n",
       "                       [0.41342058, 0.634643  , 0.53564415],\n",
       "                       [0.55768905, 0.45425281, 0.3969295 ],\n",
       "                       ...,\n",
       "                       [0.20167438, 0.        , 0.26004593],\n",
       "                       [0.1716368 , 0.24739379, 0.20368339],\n",
       "                       [0.11234283, 0.11018515, 0.08757486]]]),\n",
       "               array([[[0.29824152, 0.15886177, 0.62859495],\n",
       "                       [0.56659151, 0.64739156, 0.48808825],\n",
       "                       [0.11914296, 0.49839965, 0.60795742],\n",
       "                       ...,\n",
       "                       [0.20243956, 0.45557741, 0.4975103 ],\n",
       "                       [0.60760858, 0.25377077, 0.50067405],\n",
       "                       [0.5398197 , 0.33587095, 0.62158067]],\n",
       "               \n",
       "                      [[0.1554763 , 0.57035763, 0.37949057],\n",
       "                       [0.41551508, 0.76971947, 0.35425961],\n",
       "                       [0.5763495 , 0.28836443, 0.73791272],\n",
       "                       ...,\n",
       "                       [0.21826166, 0.37890869, 0.38857974],\n",
       "                       [0.30973318, 0.5142444 , 0.58526809],\n",
       "                       [0.        , 0.44666015, 0.36790632]],\n",
       "               \n",
       "                      [[0.29701033, 0.63047108, 0.4615539 ],\n",
       "                       [0.49618584, 0.19796769, 0.12703792],\n",
       "                       [0.50192838, 0.51366646, 0.3238639 ],\n",
       "                       ...,\n",
       "                       [0.31697904, 0.44892128, 0.35118396],\n",
       "                       [0.76162762, 0.22421644, 0.21810856],\n",
       "                       [0.35384398, 0.37604445, 0.14487433]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.62154187, 0.35306985, 0.15222767],\n",
       "                       [0.30113684, 0.22430299, 0.27579301],\n",
       "                       [0.21937972, 0.16229233, 0.38229947],\n",
       "                       ...,\n",
       "                       [0.42477364, 0.45224724, 0.48382817],\n",
       "                       [0.28447996, 0.26330169, 0.49398622],\n",
       "                       [0.12302917, 0.41302541, 0.17290016]],\n",
       "               \n",
       "                      [[0.32191648, 0.        , 0.03623383],\n",
       "                       [0.1289006 , 0.38008462, 0.37545764],\n",
       "                       [0.66115289, 0.46279808, 0.27845921],\n",
       "                       ...,\n",
       "                       [0.15841829, 0.        , 0.50872407],\n",
       "                       [0.61013677, 0.33377049, 0.62173531],\n",
       "                       [0.11412044, 0.19949863, 0.25125649]],\n",
       "               \n",
       "                      [[0.13609624, 0.294776  , 0.18986254],\n",
       "                       [0.16778268, 0.39874482, 0.24183307],\n",
       "                       [0.03609417, 0.21426365, 0.43082628],\n",
       "                       ...,\n",
       "                       [0.24969262, 0.47781655, 0.50142052],\n",
       "                       [0.31879141, 0.22923214, 0.33966121],\n",
       "                       [0.22163344, 0.40268543, 0.47737887]]]),\n",
       "               None,\n",
       "               array([[[0.54884939, 0.0812518 , 0.        ],\n",
       "                       [0.38904657, 0.37529491, 0.58331134],\n",
       "                       [0.42722084, 0.34108528, 0.19802761],\n",
       "                       ...,\n",
       "                       [0.12038584, 0.24470727, 0.27728113],\n",
       "                       [0.27057409, 0.22397959, 0.        ],\n",
       "                       [0.03367854, 0.13130638, 0.60979176]],\n",
       "               \n",
       "                      [[0.59537137, 0.39449823, 0.54240999],\n",
       "                       [0.16659126, 0.        , 0.15873325],\n",
       "                       [0.24132351, 0.30899042, 0.        ],\n",
       "                       ...,\n",
       "                       [0.47298189, 0.        , 0.33423032],\n",
       "                       [0.        , 0.2367837 , 0.05091245],\n",
       "                       [0.        , 0.        , 0.3011041 ]],\n",
       "               \n",
       "                      [[0.4566152 , 0.08411279, 0.497716  ],\n",
       "                       [0.26853416, 0.56069457, 0.11307679],\n",
       "                       [0.48212915, 0.05311216, 0.22927367],\n",
       "                       ...,\n",
       "                       [0.        , 0.23009659, 0.        ],\n",
       "                       [0.48814005, 0.4016982 , 0.0957829 ],\n",
       "                       [0.39421834, 0.        , 0.03595348]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.73073464, 0.58908855, 0.08141588],\n",
       "                       [0.8968143 , 0.82635495, 0.49084382],\n",
       "                       [0.93114607, 0.50728674, 0.01399449],\n",
       "                       ...,\n",
       "                       [0.49338044, 0.69646792, 0.19601408],\n",
       "                       [0.79220472, 0.46071734, 0.57052512],\n",
       "                       [0.        , 0.45051701, 0.2117359 ]],\n",
       "               \n",
       "                      [[0.21462669, 0.19851553, 0.30405   ],\n",
       "                       [0.77350428, 0.67893957, 0.35098615],\n",
       "                       [0.64010803, 0.28251984, 0.50901124],\n",
       "                       ...,\n",
       "                       [0.45068255, 0.2871962 , 0.49151861],\n",
       "                       [0.21614623, 0.22074823, 0.15559258],\n",
       "                       [0.59841246, 0.36976272, 0.59728088]],\n",
       "               \n",
       "                      [[0.48933937, 0.47688547, 0.25311742],\n",
       "                       [0.36834722, 0.43466422, 0.15702878],\n",
       "                       [0.41835394, 0.45813492, 0.06055125],\n",
       "                       ...,\n",
       "                       [0.70830718, 0.32502911, 0.37913195],\n",
       "                       [0.33546535, 0.46865673, 0.15438614],\n",
       "                       [0.68440176, 0.31035731, 0.58426337]]]),\n",
       "               array([[[0.43144768, 0.53164978, 0.31768591],\n",
       "                       [0.2319442 , 0.73211877, 0.47148069],\n",
       "                       [0.28377684, 0.46778868, 0.46503832],\n",
       "                       ...,\n",
       "                       [0.81096572, 0.66021249, 0.59094101],\n",
       "                       [0.61928021, 0.32162355, 0.4908972 ],\n",
       "                       [0.40214417, 0.52849153, 0.37004385]],\n",
       "               \n",
       "                      [[0.66931758, 0.40729775, 0.40235506],\n",
       "                       [0.25514307, 0.58489386, 0.50945146],\n",
       "                       [0.28244735, 0.2429939 , 0.60735504],\n",
       "                       ...,\n",
       "                       [0.837048  , 0.84617946, 0.63972872],\n",
       "                       [0.50569442, 0.49706337, 0.50260497],\n",
       "                       [0.54449444, 0.52521856, 0.37213192]],\n",
       "               \n",
       "                      [[0.67934869, 0.4123026 , 0.53392569],\n",
       "                       [0.47998133, 0.57314142, 0.36918971],\n",
       "                       [0.46260908, 0.30634132, 0.3951364 ],\n",
       "                       ...,\n",
       "                       [0.51577403, 0.88678315, 0.68658715],\n",
       "                       [0.57202054, 0.3942544 , 0.92088229],\n",
       "                       [0.        , 0.42271874, 0.27387123]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.75449048, 0.36698591, 0.45577247],\n",
       "                       [0.52134843, 0.90019624, 0.78847075],\n",
       "                       [0.45610081, 0.61651822, 0.56255556],\n",
       "                       ...,\n",
       "                       [0.3395027 , 0.14434345, 0.34986011],\n",
       "                       [0.17971328, 0.47313662, 0.23632814],\n",
       "                       [0.42740231, 0.55560296, 0.47721429]],\n",
       "               \n",
       "                      [[0.90258699, 0.61791077, 0.54409944],\n",
       "                       [0.52946159, 0.44670005, 0.71806328],\n",
       "                       [0.13541271, 0.26829563, 0.58956462],\n",
       "                       ...,\n",
       "                       [0.39014105, 0.16767072, 0.69902958],\n",
       "                       [0.39635813, 0.31198623, 0.71960457],\n",
       "                       [0.31807755, 0.87734914, 0.32896662]],\n",
       "               \n",
       "                      [[0.88618443, 0.44547702, 0.38699548],\n",
       "                       [0.51917889, 0.51101635, 0.79663109],\n",
       "                       [0.93604035, 0.6747616 , 0.63229403],\n",
       "                       ...,\n",
       "                       [0.47015777, 0.57873648, 0.3702547 ],\n",
       "                       [0.10247949, 0.56583475, 0.4177155 ],\n",
       "                       [0.33698918, 0.19880696, 0.63735493]]]),\n",
       "               None,\n",
       "               array([[[0.23285969, 0.16239151, 0.15763047],\n",
       "                       [0.2413247 , 0.1879124 , 0.09365203],\n",
       "                       [0.16609932, 0.18025446, 0.16561845],\n",
       "                       ...,\n",
       "                       [0.43269463, 0.17306752, 0.3125737 ],\n",
       "                       [0.33953457, 0.1851182 , 0.0956638 ],\n",
       "                       [0.3073348 , 0.20327595, 0.26244254]],\n",
       "               \n",
       "                      [[0.28475925, 0.02568983, 0.        ],\n",
       "                       [0.28709351, 0.12675223, 0.18354095],\n",
       "                       [0.15539908, 0.27797374, 0.05763329],\n",
       "                       ...,\n",
       "                       [0.35073075, 0.26543934, 0.19646869],\n",
       "                       [0.37224355, 0.16093341, 0.36077801],\n",
       "                       [0.1158524 , 0.28995998, 0.26801177]],\n",
       "               \n",
       "                      [[0.1150834 , 0.06010339, 0.00414228],\n",
       "                       [0.3266351 , 0.2399583 , 0.24513272],\n",
       "                       [0.23539854, 0.33331662, 0.1921413 ],\n",
       "                       ...,\n",
       "                       [0.36930696, 0.18649944, 0.30193362],\n",
       "                       [0.33632987, 0.23452922, 0.2048957 ],\n",
       "                       [0.38000096, 0.33110493, 0.2532281 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.31468995, 0.16355783, 0.        ],\n",
       "                       [0.30353372, 0.09371241, 0.28173524],\n",
       "                       [0.25046934, 0.20880907, 0.23516782],\n",
       "                       ...,\n",
       "                       [0.59551802, 0.22594568, 0.40115586],\n",
       "                       [0.42701561, 0.15670654, 0.1981604 ],\n",
       "                       [0.56558852, 0.27806152, 0.05062515]],\n",
       "               \n",
       "                      [[0.28647949, 0.32398283, 0.19536857],\n",
       "                       [0.31310457, 0.17428897, 0.12054651],\n",
       "                       [0.27148438, 0.13202   , 0.25167508],\n",
       "                       ...,\n",
       "                       [0.34877467, 0.43195373, 0.12659086],\n",
       "                       [0.44198196, 0.32823734, 0.19660507],\n",
       "                       [0.42081849, 0.27280046, 0.21866093]],\n",
       "               \n",
       "                      [[0.46007726, 0.24221022, 0.22920721],\n",
       "                       [0.45425636, 0.4044208 , 0.1681214 ],\n",
       "                       [0.36693104, 0.34820678, 0.22534013],\n",
       "                       ...,\n",
       "                       [0.36332958, 0.32648995, 0.35168627],\n",
       "                       [0.36380157, 0.25544308, 0.34922351],\n",
       "                       [0.29647041, 0.34784655, 0.32645778]]]),\n",
       "               array([[[0.17308422, 0.08050269, 0.4691392 ],\n",
       "                       [0.52975167, 0.40609216, 0.36693522],\n",
       "                       [0.65001399, 0.35093246, 0.18067523],\n",
       "                       ...,\n",
       "                       [0.43495946, 0.38032671, 0.30018693],\n",
       "                       [0.36626355, 0.39313135, 0.58043204],\n",
       "                       [0.71400892, 0.444921  , 0.27503392]],\n",
       "               \n",
       "                      [[0.20438204, 0.22566088, 0.31223792],\n",
       "                       [0.46130336, 0.34376646, 0.31580719],\n",
       "                       [0.30313152, 0.44066841, 0.15902989],\n",
       "                       ...,\n",
       "                       [0.49167442, 0.40645897, 0.58394002],\n",
       "                       [0.48188299, 0.46525816, 0.57016399],\n",
       "                       [0.45404028, 0.47465515, 0.4450634 ]],\n",
       "               \n",
       "                      [[0.60509089, 0.34173604, 0.5837713 ],\n",
       "                       [0.59571145, 0.71840184, 0.20805087],\n",
       "                       [0.73332687, 0.57641958, 0.27790774],\n",
       "                       ...,\n",
       "                       [0.61561768, 0.64616912, 0.55677874],\n",
       "                       [0.35071256, 0.15436107, 0.28986309],\n",
       "                       [0.48523625, 0.26744823, 0.36639685]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.40865146, 0.60319448, 0.32029764],\n",
       "                       [0.00987602, 0.07558628, 0.11282319],\n",
       "                       [0.        , 0.11831068, 0.3764333 ],\n",
       "                       ...,\n",
       "                       [0.53053415, 0.67718184, 0.58906414],\n",
       "                       [0.33288221, 0.32404886, 0.43416523],\n",
       "                       [0.3986083 , 0.23378553, 0.29336688]],\n",
       "               \n",
       "                      [[0.37346249, 0.27392448, 0.14664383],\n",
       "                       [0.16672212, 0.42660936, 0.        ],\n",
       "                       [0.02748091, 0.43323931, 0.        ],\n",
       "                       ...,\n",
       "                       [0.11290906, 0.05374045, 0.17089139],\n",
       "                       [0.05203694, 0.09704935, 0.27156357],\n",
       "                       [0.14208121, 0.00617993, 0.04991927]],\n",
       "               \n",
       "                      [[0.05879039, 0.27912639, 0.01807105],\n",
       "                       [0.69743312, 0.11906848, 0.        ],\n",
       "                       [0.2208341 , 0.46986239, 0.41573426],\n",
       "                       ...,\n",
       "                       [0.17857227, 0.2638123 , 0.40436774],\n",
       "                       [0.40022692, 0.        , 0.        ],\n",
       "                       [0.40976808, 0.        , 0.18541571]]]),\n",
       "               None,\n",
       "               array([[[2.34457593e-01, 7.04102635e-01, 5.18504116e-01],\n",
       "                       [4.71540366e-01, 1.00000000e+00, 4.46365981e-01],\n",
       "                       [5.63238693e-01, 4.65913952e-01, 5.25865085e-01],\n",
       "                       ...,\n",
       "                       [8.57634086e-01, 3.71110349e-01, 6.08664596e-01],\n",
       "                       [1.26507557e-01, 5.48960663e-01, 7.63071263e-01],\n",
       "                       [9.88825830e-03, 5.58529836e-01, 2.95576933e-01]],\n",
       "               \n",
       "                      [[7.24866241e-01, 8.64854196e-01, 2.91972406e-01],\n",
       "                       [5.56745860e-01, 9.51197735e-01, 1.31410840e-01],\n",
       "                       [7.05826353e-01, 8.49428401e-01, 5.32968665e-01],\n",
       "                       ...,\n",
       "                       [4.29304134e-01, 8.68499154e-01, 2.64634487e-01],\n",
       "                       [8.45250497e-02, 5.61265755e-01, 9.61485137e-01],\n",
       "                       [9.60030655e-01, 1.00000000e+00, 1.09313933e-01]],\n",
       "               \n",
       "                      [[6.48983955e-01, 2.02948075e-01, 8.02888762e-01],\n",
       "                       [5.79796580e-01, 3.35197280e-01, 2.13704369e-01],\n",
       "                       [2.65933619e-01, 6.99254124e-01, 1.91364166e-01],\n",
       "                       ...,\n",
       "                       [6.59521486e-01, 7.01537857e-01, 6.47171591e-01],\n",
       "                       [8.70604183e-01, 6.43979718e-01, 6.23338830e-01],\n",
       "                       [5.67301440e-01, 4.36948145e-01, 5.94556194e-01]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.00000000e+00, 2.70831451e-01, 3.44760998e-01],\n",
       "                       [1.31659518e-01, 4.67840224e-01, 5.51284262e-01],\n",
       "                       [3.60473465e-01, 0.00000000e+00, 0.00000000e+00],\n",
       "                       ...,\n",
       "                       [1.69292398e-01, 8.49416463e-02, 1.98229010e-01],\n",
       "                       [3.88248756e-01, 3.25249887e-01, 5.49198203e-01],\n",
       "                       [1.02625679e-01, 9.52822847e-02, 4.61117858e-01]],\n",
       "               \n",
       "                      [[0.00000000e+00, 1.69410369e-01, 0.00000000e+00],\n",
       "                       [6.64331714e-01, 1.25757604e-01, 3.79057838e-01],\n",
       "                       [1.12869213e-01, 2.60939414e-04, 2.72513037e-01],\n",
       "                       ...,\n",
       "                       [6.41649154e-01, 4.64119876e-01, 2.13656688e-01],\n",
       "                       [1.55878512e-01, 2.55181409e-01, 3.82472187e-01],\n",
       "                       [0.00000000e+00, 2.20895161e-02, 0.00000000e+00]],\n",
       "               \n",
       "                      [[3.08525359e-01, 0.00000000e+00, 5.61585522e-01],\n",
       "                       [3.06110698e-01, 4.76245557e-01, 1.56171605e-01],\n",
       "                       [3.19939729e-02, 8.12255736e-02, 0.00000000e+00],\n",
       "                       ...,\n",
       "                       [1.47850886e-01, 4.85856771e-01, 4.03981563e-01],\n",
       "                       [8.59051811e-01, 2.39033016e-01, 2.61631686e-02],\n",
       "                       [4.02933747e-01, 4.16226612e-01, 1.40727998e-02]]]),\n",
       "               None,\n",
       "               array([[[0.17388765, 0.12906665, 0.48447471],\n",
       "                       [0.18710125, 0.4878267 , 0.31210822],\n",
       "                       [0.47840913, 0.77214355, 0.28418606],\n",
       "                       ...,\n",
       "                       [0.59503675, 0.5800368 , 0.41725757],\n",
       "                       [0.60209303, 0.69840699, 0.37648264],\n",
       "                       [0.68421872, 0.4680775 , 0.47171016]],\n",
       "               \n",
       "                      [[0.35285661, 0.34412558, 0.34175782],\n",
       "                       [0.21434825, 0.15086664, 0.33167194],\n",
       "                       [0.922099  , 0.35163934, 0.37524128],\n",
       "                       ...,\n",
       "                       [0.84087888, 0.62622656, 0.18154365],\n",
       "                       [1.        , 0.6299773 , 0.4110892 ],\n",
       "                       [0.92271551, 0.49202364, 0.60008416]],\n",
       "               \n",
       "                      [[0.24476824, 0.48645274, 0.93617627],\n",
       "                       [0.19719524, 0.35015841, 0.61734316],\n",
       "                       [0.        , 0.1769648 , 0.52568242],\n",
       "                       ...,\n",
       "                       [0.52016933, 0.65306829, 0.50009851],\n",
       "                       [0.40673392, 0.53456698, 0.09764441],\n",
       "                       [0.42717732, 0.56552031, 0.95417743]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.99552073, 0.5918977 , 0.37323291],\n",
       "                       [0.8907894 , 0.39312205, 0.27498431],\n",
       "                       [0.62868583, 0.87559092, 0.42076352],\n",
       "                       ...,\n",
       "                       [0.19895829, 0.48639982, 0.0652033 ],\n",
       "                       [0.36949558, 0.35062699, 0.26247511],\n",
       "                       [0.14294642, 0.0322597 , 0.36084042]],\n",
       "               \n",
       "                      [[0.57405238, 0.63432747, 0.67115276],\n",
       "                       [0.50467348, 0.79043252, 0.66294253],\n",
       "                       [0.42175284, 0.90000487, 0.4411918 ],\n",
       "                       ...,\n",
       "                       [0.27863177, 0.31816234, 0.        ],\n",
       "                       [0.53253161, 0.10706186, 0.        ],\n",
       "                       [0.31747724, 0.03709783, 0.02287471]],\n",
       "               \n",
       "                      [[0.72020288, 0.75292191, 0.53506386],\n",
       "                       [0.49600156, 0.36281856, 0.48200711],\n",
       "                       [0.47056716, 0.61710328, 0.90105478],\n",
       "                       ...,\n",
       "                       [0.30632411, 0.22261518, 0.35940142],\n",
       "                       [0.20903245, 0.47656937, 0.40274886],\n",
       "                       [0.14788247, 0.10089999, 0.12484809]]]),\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.32105055, 0.31823456, 0.26950132],\n",
       "                       [0.24742259, 0.0051954 , 0.53583807],\n",
       "                       [0.25719101, 0.11798688, 0.32666479],\n",
       "                       ...,\n",
       "                       [0.54060181, 0.44989244, 0.71123449],\n",
       "                       [0.96417952, 0.38403475, 1.        ],\n",
       "                       [0.88296147, 0.59253118, 0.17564871]],\n",
       "               \n",
       "                      [[0.32081038, 0.11250351, 0.42571686],\n",
       "                       [0.05558832, 0.21821965, 0.41707117],\n",
       "                       [0.0385127 , 0.14879983, 0.        ],\n",
       "                       ...,\n",
       "                       [0.56103504, 0.62786427, 0.58164413],\n",
       "                       [0.38122207, 0.57472935, 0.75120827],\n",
       "                       [0.37468457, 0.53848689, 0.66862636]],\n",
       "               \n",
       "                      [[0.24772337, 0.        , 0.17842704],\n",
       "                       [0.        , 0.06583092, 0.23206154],\n",
       "                       [0.07600388, 0.22392472, 0.02520016],\n",
       "                       ...,\n",
       "                       [0.48076109, 0.41728319, 0.35812593],\n",
       "                       [0.78462664, 0.42149505, 0.96453589],\n",
       "                       [0.65012153, 0.66880036, 0.77120713]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.24122455, 0.36598196, 0.60222447],\n",
       "                       [0.34855278, 0.46450715, 0.37433023],\n",
       "                       [0.44863746, 0.58838256, 0.20324979],\n",
       "                       ...,\n",
       "                       [0.46918015, 0.6629814 , 0.47804458],\n",
       "                       [0.40822396, 0.79178682, 0.52946447],\n",
       "                       [0.3765637 , 0.44911561, 0.44953666]],\n",
       "               \n",
       "                      [[0.41678178, 0.33692505, 0.41846628],\n",
       "                       [0.22315947, 0.33999815, 0.22882806],\n",
       "                       [0.43424   , 0.23308066, 0.35463157],\n",
       "                       ...,\n",
       "                       [0.22884453, 0.73485174, 0.74117612],\n",
       "                       [0.30887622, 0.65457052, 0.47769914],\n",
       "                       [0.29743912, 0.37005001, 0.55268063]],\n",
       "               \n",
       "                      [[0.15873708, 0.58132419, 0.14567932],\n",
       "                       [0.1132464 , 0.24152563, 0.62928962],\n",
       "                       [0.28590065, 0.44996361, 0.18306849],\n",
       "                       ...,\n",
       "                       [0.28449177, 0.36088891, 0.48127103],\n",
       "                       [0.27497261, 0.47595353, 0.49588312],\n",
       "                       [0.41578722, 0.46227183, 0.46960951]]]),\n",
       "               array([[[0.60110206, 0.51645689, 0.48810533],\n",
       "                       [0.60653413, 0.48396862, 0.50421193],\n",
       "                       [0.56227368, 0.46874573, 0.42905437],\n",
       "                       ...,\n",
       "                       [0.59876467, 0.57005432, 0.48403219],\n",
       "                       [0.62226157, 0.61650695, 0.56273385],\n",
       "                       [0.63365617, 0.58673703, 0.55580741]],\n",
       "               \n",
       "                      [[0.6555417 , 0.57801455, 0.56136669],\n",
       "                       [0.62207402, 0.54089769, 0.54253941],\n",
       "                       [0.62299114, 0.58471829, 0.54538892],\n",
       "                       ...,\n",
       "                       [0.61421932, 0.50108274, 0.4432709 ],\n",
       "                       [0.59167114, 0.55581982, 0.49472186],\n",
       "                       [0.63008236, 0.6045753 , 0.55985334]],\n",
       "               \n",
       "                      [[0.6515429 , 0.58063124, 0.52981391],\n",
       "                       [0.62292455, 0.5884935 , 0.56355379],\n",
       "                       [0.65488241, 0.56421762, 0.55511219],\n",
       "                       ...,\n",
       "                       [0.54994286, 0.42949944, 0.34928942],\n",
       "                       [0.57375658, 0.483648  , 0.45201685],\n",
       "                       [0.65717017, 0.57368574, 0.49212472]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.50310305, 0.46253087, 0.54551407],\n",
       "                       [0.37623064, 0.41838494, 0.48725949],\n",
       "                       [0.34086792, 0.32369677, 0.4203962 ],\n",
       "                       ...,\n",
       "                       [0.22058957, 0.1873805 , 0.19394615],\n",
       "                       [0.21096484, 0.17592784, 0.23987894],\n",
       "                       [0.21047761, 0.17236646, 0.21642724]],\n",
       "               \n",
       "                      [[0.52337102, 0.4598864 , 0.55987442],\n",
       "                       [0.40968078, 0.42358844, 0.50951143],\n",
       "                       [0.36558197, 0.35401601, 0.38650644],\n",
       "                       ...,\n",
       "                       [0.22712623, 0.19898772, 0.23615486],\n",
       "                       [0.18444115, 0.19628443, 0.2300427 ],\n",
       "                       [0.1944198 , 0.21208134, 0.1844088 ]],\n",
       "               \n",
       "                      [[0.50539784, 0.55386265, 0.54098996],\n",
       "                       [0.43420323, 0.42588243, 0.48392784],\n",
       "                       [0.34806121, 0.31817714, 0.40707027],\n",
       "                       ...,\n",
       "                       [0.20323782, 0.22956649, 0.2030764 ],\n",
       "                       [0.17822808, 0.18949598, 0.22929115],\n",
       "                       [0.22600423, 0.20840645, 0.20057924]]]),\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.39180242, 0.7583781 , 0.25609336],\n",
       "                       [0.5184611 , 0.56239559, 0.34477721],\n",
       "                       [0.62954127, 0.41579563, 0.45541332],\n",
       "                       ...,\n",
       "                       [0.4315611 , 0.40288888, 0.06050768],\n",
       "                       [0.41330914, 0.3411101 , 0.40205247],\n",
       "                       [0.41749125, 0.33401674, 0.        ]],\n",
       "               \n",
       "                      [[0.55220239, 0.59353066, 0.39087581],\n",
       "                       [0.49903107, 0.8431745 , 0.447945  ],\n",
       "                       [0.39534117, 0.8791131 , 0.58177271],\n",
       "                       ...,\n",
       "                       [0.51531374, 0.3581585 , 0.22571878],\n",
       "                       [0.13588651, 0.02484056, 0.04288386],\n",
       "                       [0.34086991, 0.2522271 , 0.38742852]],\n",
       "               \n",
       "                      [[0.4702064 , 0.63777607, 0.54511161],\n",
       "                       [0.51743824, 0.53741344, 0.44392604],\n",
       "                       [0.33406184, 0.86777208, 0.51312384],\n",
       "                       ...,\n",
       "                       [0.34979101, 0.23718942, 0.06903521],\n",
       "                       [0.30412291, 0.414596  , 0.18535523],\n",
       "                       [0.50906174, 0.16030598, 0.24839224]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.08608998, 0.09341195, 0.12493725],\n",
       "                       [0.33013413, 0.28431486, 0.4064307 ],\n",
       "                       [0.0328349 , 0.1085094 , 0.40553578],\n",
       "                       ...,\n",
       "                       [0.33385573, 0.30649124, 0.20189398],\n",
       "                       [0.30098223, 0.05379756, 0.31448374],\n",
       "                       [0.2405743 , 0.41375417, 0.31770107]],\n",
       "               \n",
       "                      [[0.35057142, 0.46542854, 0.52278169],\n",
       "                       [0.25232305, 0.03829106, 0.50121154],\n",
       "                       [0.12958531, 0.23926218, 0.43899436],\n",
       "                       ...,\n",
       "                       [0.08506937, 0.51842176, 0.47852681],\n",
       "                       [0.14096434, 0.38586627, 0.27719005],\n",
       "                       [0.16901723, 0.14934999, 0.11526069]],\n",
       "               \n",
       "                      [[0.32018858, 0.35672217, 0.04354199],\n",
       "                       [0.29568939, 0.27782151, 0.30163335],\n",
       "                       [0.47401083, 0.25677816, 0.08861442],\n",
       "                       ...,\n",
       "                       [0.10234609, 0.07420804, 0.42022231],\n",
       "                       [0.16354567, 0.16553511, 0.15997685],\n",
       "                       [0.42940807, 0.48138324, 0.24701764]]]),\n",
       "               array([[[0.17133502, 0.34208555, 0.21676806],\n",
       "                       [0.27543186, 0.21188332, 0.39904453],\n",
       "                       [0.38460767, 0.15815712, 0.14354359],\n",
       "                       ...,\n",
       "                       [0.56533949, 0.31551822, 0.27420769],\n",
       "                       [0.27529198, 0.12769057, 0.20285061],\n",
       "                       [0.2750013 , 0.46460346, 0.23532392]],\n",
       "               \n",
       "                      [[0.29814206, 0.43678205, 0.34095746],\n",
       "                       [0.3395565 , 0.19998017, 0.22677685],\n",
       "                       [0.47349554, 0.30618497, 0.22147523],\n",
       "                       ...,\n",
       "                       [0.26327973, 0.29122193, 0.32268833],\n",
       "                       [0.33088115, 0.48030916, 0.54508269],\n",
       "                       [0.45976096, 0.30577784, 0.24391095]],\n",
       "               \n",
       "                      [[0.24335278, 0.44614075, 0.09426292],\n",
       "                       [0.3334285 , 0.31355154, 0.43798373],\n",
       "                       [0.27686428, 0.24604291, 0.286259  ],\n",
       "                       ...,\n",
       "                       [0.400301  , 0.28239594, 0.11516826],\n",
       "                       [0.41417208, 0.31200621, 0.18957385],\n",
       "                       [0.47485363, 0.35465408, 0.20205113]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.20080778, 0.2256781 , 0.19567149],\n",
       "                       [0.24252291, 0.26608419, 0.53627324],\n",
       "                       [0.36132295, 0.15978961, 0.27395074],\n",
       "                       ...,\n",
       "                       [0.16323854, 0.37544174, 0.20869384],\n",
       "                       [0.34442027, 0.203992  , 0.2885404 ],\n",
       "                       [0.27534951, 0.30846987, 0.23335207]],\n",
       "               \n",
       "                      [[0.47268231, 0.34991869, 0.26844023],\n",
       "                       [0.24899476, 0.25950013, 0.27678799],\n",
       "                       [0.06698042, 0.1539175 , 0.17144028],\n",
       "                       ...,\n",
       "                       [0.47719071, 0.26628673, 0.05318462],\n",
       "                       [0.29544974, 0.19901542, 0.34001732],\n",
       "                       [0.29930051, 0.29433599, 0.15905607]],\n",
       "               \n",
       "                      [[0.36678125, 0.16908145, 0.21058502],\n",
       "                       [0.10671151, 0.2708405 , 0.31630788],\n",
       "                       [0.06767863, 0.27725245, 0.29821428],\n",
       "                       ...,\n",
       "                       [0.26395608, 0.4342071 , 0.1602184 ],\n",
       "                       [0.12271746, 0.30911884, 0.2469838 ],\n",
       "                       [0.46441657, 0.30771988, 0.23299425]]]),\n",
       "               array([[[0.30396463, 0.31767298, 0.43592938],\n",
       "                       [0.45559915, 0.42853256, 0.43173813],\n",
       "                       [0.3805746 , 0.31328609, 0.23420202],\n",
       "                       ...,\n",
       "                       [0.35894606, 0.21417129, 0.44397368],\n",
       "                       [0.48367762, 0.22739371, 0.35597311],\n",
       "                       [0.35909428, 0.13144027, 0.26284182]],\n",
       "               \n",
       "                      [[0.14459046, 0.20616146, 0.15886823],\n",
       "                       [0.33202269, 0.17089482, 0.27218838],\n",
       "                       [0.2794343 , 0.18677442, 0.43718829],\n",
       "                       ...,\n",
       "                       [0.26175852, 0.56190355, 0.39336637],\n",
       "                       [0.28044996, 0.3784447 , 0.26108347],\n",
       "                       [0.32224656, 0.30629268, 0.41412669]],\n",
       "               \n",
       "                      [[0.42777117, 0.36142198, 0.32496256],\n",
       "                       [0.62067343, 0.2703968 , 0.35289807],\n",
       "                       [0.33044657, 0.27833894, 0.29375096],\n",
       "                       ...,\n",
       "                       [0.43713415, 0.37739206, 0.43557497],\n",
       "                       [0.23289569, 0.46675873, 0.289541  ],\n",
       "                       [0.22146437, 0.3394388 , 0.44980375]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.2568904 , 0.45307393, 0.51191136],\n",
       "                       [0.38503068, 0.12091547, 0.51278172],\n",
       "                       [0.08090904, 0.14362797, 0.34014781],\n",
       "                       ...,\n",
       "                       [0.28342882, 0.0721068 , 0.339877  ],\n",
       "                       [0.33851603, 0.15983887, 0.42446903],\n",
       "                       [0.46432972, 0.41306936, 0.36881181]],\n",
       "               \n",
       "                      [[0.18658712, 0.318191  , 0.26922281],\n",
       "                       [0.20501557, 0.35789007, 0.54701479],\n",
       "                       [0.28551646, 0.43027377, 0.52375729],\n",
       "                       ...,\n",
       "                       [0.15704045, 0.27545918, 0.0496094 ],\n",
       "                       [0.09420758, 0.26759538, 0.44376759],\n",
       "                       [0.2104086 , 0.48502811, 0.33237181]],\n",
       "               \n",
       "                      [[0.18536211, 0.15425826, 0.34363811],\n",
       "                       [0.27496793, 0.41706272, 0.24960286],\n",
       "                       [0.2597788 , 0.16892006, 0.42741991],\n",
       "                       ...,\n",
       "                       [0.28008348, 0.16620324, 0.06308989],\n",
       "                       [0.18646451, 0.31605269, 0.00767307],\n",
       "                       [0.18563319, 0.53972662, 0.21207163]]]),\n",
       "               array([[[0.57738864, 0.56034677, 0.59837756],\n",
       "                       [0.63807   , 0.57231749, 0.63341912],\n",
       "                       [0.59445199, 0.64380557, 0.51470771],\n",
       "                       ...,\n",
       "                       [0.58934863, 0.52897963, 0.50748258],\n",
       "                       [0.66600043, 0.47631545, 0.38125971],\n",
       "                       [0.55301846, 0.47176582, 0.51997587]],\n",
       "               \n",
       "                      [[0.66546971, 0.59970649, 0.45695207],\n",
       "                       [0.54318312, 0.52101529, 0.53875965],\n",
       "                       [0.62745941, 0.63979186, 0.50923187],\n",
       "                       ...,\n",
       "                       [0.66804358, 0.46729655, 0.4941987 ],\n",
       "                       [0.61658878, 0.57915332, 0.40322163],\n",
       "                       [0.56161595, 0.47633139, 0.39686655]],\n",
       "               \n",
       "                      [[0.58333943, 0.52394971, 0.53723618],\n",
       "                       [0.70500772, 0.70673138, 0.52163662],\n",
       "                       [0.65339577, 0.5832894 , 0.56108034],\n",
       "                       ...,\n",
       "                       [0.56994552, 0.50442187, 0.40730547],\n",
       "                       [0.53237129, 0.46191753, 0.51480194],\n",
       "                       [0.60699725, 0.55745405, 0.49940435]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.50113292, 0.53578302, 0.43854369],\n",
       "                       [0.57141936, 0.45113922, 0.4832052 ],\n",
       "                       [0.57313169, 0.45244057, 0.44437761],\n",
       "                       ...,\n",
       "                       [0.35615123, 0.27757477, 0.1567788 ],\n",
       "                       [0.4279764 , 0.37495522, 0.2602076 ],\n",
       "                       [0.5068755 , 0.38403179, 0.37234933]],\n",
       "               \n",
       "                      [[0.538443  , 0.51172768, 0.37075259],\n",
       "                       [0.60147289, 0.48593551, 0.30487   ],\n",
       "                       [0.50606941, 0.48535039, 0.452588  ],\n",
       "                       ...,\n",
       "                       [0.51758021, 0.32871565, 0.33232501],\n",
       "                       [0.51917557, 0.28116195, 0.29817819],\n",
       "                       [0.4642707 , 0.46805501, 0.26857876]],\n",
       "               \n",
       "                      [[0.5292451 , 0.41033027, 0.35204941],\n",
       "                       [0.51759423, 0.53347615, 0.5462576 ],\n",
       "                       [0.48563609, 0.60025898, 0.49543899],\n",
       "                       ...,\n",
       "                       [0.50559552, 0.27488045, 0.26502803],\n",
       "                       [0.45284363, 0.37012785, 0.27399938],\n",
       "                       [0.59368642, 0.38159126, 0.41456153]]]),\n",
       "               array([[[0.67217865, 0.73772071, 0.55906468],\n",
       "                       [0.79411148, 0.54217955, 0.52387228],\n",
       "                       [0.58825117, 0.44929374, 0.71622997],\n",
       "                       ...,\n",
       "                       [0.94930818, 0.27170999, 0.44759118],\n",
       "                       [0.81503068, 0.67146539, 0.53161264],\n",
       "                       [0.75989978, 0.6951845 , 0.54022223]],\n",
       "               \n",
       "                      [[0.65933002, 0.51795037, 0.55951768],\n",
       "                       [0.74382575, 0.63466766, 0.6003669 ],\n",
       "                       [0.78036921, 0.33458639, 0.46970663],\n",
       "                       ...,\n",
       "                       [0.64297144, 0.53513929, 0.75062098],\n",
       "                       [0.89036668, 0.6019395 , 0.64233337],\n",
       "                       [0.87544003, 0.7995706 , 0.58372838]],\n",
       "               \n",
       "                      [[0.85142433, 0.74551802, 0.47514555],\n",
       "                       [0.58165231, 0.53294267, 0.68620142],\n",
       "                       [0.64672901, 0.66748878, 0.37745843],\n",
       "                       ...,\n",
       "                       [0.45747703, 0.78512178, 0.72492495],\n",
       "                       [0.84478354, 0.42757544, 0.68648328],\n",
       "                       [0.56771488, 0.72684775, 0.79804577]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.20112172, 0.40203283, 0.41076428],\n",
       "                       [0.23293412, 0.44100511, 0.08682697],\n",
       "                       [0.26059696, 0.14753324, 0.21060734],\n",
       "                       ...,\n",
       "                       [0.45388287, 0.44443601, 0.45505675],\n",
       "                       [0.44362269, 0.54874939, 0.48063708],\n",
       "                       [0.26616728, 0.47945666, 0.34653011]],\n",
       "               \n",
       "                      [[0.35000114, 0.23673984, 0.08818078],\n",
       "                       [0.38048095, 0.35868757, 0.32664479],\n",
       "                       [0.31690755, 0.41797059, 0.15152434],\n",
       "                       ...,\n",
       "                       [0.49390688, 0.66552998, 0.11378281],\n",
       "                       [0.40343321, 0.64071507, 0.32238895],\n",
       "                       [0.64358777, 0.43521373, 0.33332242]],\n",
       "               \n",
       "                      [[0.        , 0.19837495, 0.41913144],\n",
       "                       [0.24726982, 0.06694801, 0.15622827],\n",
       "                       [0.15927993, 0.44708114, 0.05396105],\n",
       "                       ...,\n",
       "                       [0.43297438, 0.27989604, 0.32181473],\n",
       "                       [0.55954056, 0.37780247, 0.62582176],\n",
       "                       [0.21743866, 0.64509128, 0.39677411]]]),\n",
       "               None,\n",
       "               None,\n",
       "               None,\n",
       "               array([[[0.35590121, 0.73021385, 0.08017921],\n",
       "                       [0.33060762, 0.8208393 , 0.06836136],\n",
       "                       [0.78882286, 0.32508054, 0.23944907],\n",
       "                       ...,\n",
       "                       [0.3741185 , 0.20922969, 0.38942137],\n",
       "                       [0.3652054 , 0.3087464 , 0.26499119],\n",
       "                       [0.67232983, 0.47096217, 0.12945806]],\n",
       "               \n",
       "                      [[0.66463347, 0.22514358, 0.26495763],\n",
       "                       [0.334627  , 0.59250874, 0.03279327],\n",
       "                       [0.36734908, 0.53577937, 0.73118936],\n",
       "                       ...,\n",
       "                       [0.27753155, 0.47909203, 0.        ],\n",
       "                       [0.77524006, 0.00899365, 0.12794945],\n",
       "                       [0.41856942, 0.46139866, 0.35992243]],\n",
       "               \n",
       "                      [[0.53829668, 0.49389838, 0.41620427],\n",
       "                       [0.73949674, 0.53155578, 0.60808945],\n",
       "                       [0.36315114, 0.21712722, 0.01296785],\n",
       "                       ...,\n",
       "                       [0.21722056, 0.51028972, 0.44100399],\n",
       "                       [0.90354436, 0.37016536, 0.55559477],\n",
       "                       [0.38955393, 0.39804235, 0.41935774]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.22933137, 0.44853206, 0.22800232],\n",
       "                       [0.5420809 , 0.43889607, 0.07767737],\n",
       "                       [0.42306638, 0.02663049, 0.13281483],\n",
       "                       ...,\n",
       "                       [0.99059459, 0.62477478, 1.        ],\n",
       "                       [0.65376344, 0.74718764, 0.9833233 ],\n",
       "                       [1.        , 0.79179773, 0.88336566]],\n",
       "               \n",
       "                      [[0.54884426, 0.22258693, 0.41363441],\n",
       "                       [0.        , 0.50329062, 0.36107061],\n",
       "                       [0.13439356, 0.61499794, 0.30774505],\n",
       "                       ...,\n",
       "                       [0.81322989, 0.62456774, 1.        ],\n",
       "                       [0.91339313, 1.        , 0.98249463],\n",
       "                       [0.56946551, 0.47736192, 0.86430444]],\n",
       "               \n",
       "                      [[0.45114771, 0.22365498, 0.14829896],\n",
       "                       [0.36252808, 0.42522475, 0.24875333],\n",
       "                       [0.26548782, 0.28075969, 0.40043788],\n",
       "                       ...,\n",
       "                       [0.75241497, 0.90517988, 0.91951263],\n",
       "                       [0.87820322, 0.91419025, 0.59561882],\n",
       "                       [0.87370965, 0.96147354, 0.77105459]]]),\n",
       "               array([[[0.71187398, 0.9949508 , 0.55224923],\n",
       "                       [0.7315722 , 0.52179356, 0.53516423],\n",
       "                       [0.85633328, 0.24956346, 0.36718148],\n",
       "                       ...,\n",
       "                       [0.9220877 , 0.65866134, 0.70833631],\n",
       "                       [0.59772785, 0.72973619, 0.4406514 ],\n",
       "                       [0.64899157, 0.73477667, 0.55602133]],\n",
       "               \n",
       "                      [[0.70440658, 0.53244314, 0.34193986],\n",
       "                       [0.61530387, 0.26923354, 0.63381125],\n",
       "                       [0.69243801, 0.47834922, 0.70489792],\n",
       "                       ...,\n",
       "                       [0.66033045, 0.46723715, 0.66424514],\n",
       "                       [0.81427702, 0.84411342, 0.02597765],\n",
       "                       [1.        , 0.32389032, 0.9214872 ]],\n",
       "               \n",
       "                      [[0.36944653, 0.6204573 , 0.59497529],\n",
       "                       [0.63535236, 0.39583358, 0.47828115],\n",
       "                       [0.60430887, 0.73008173, 0.07074073],\n",
       "                       ...,\n",
       "                       [0.41917036, 0.41897464, 0.40817223],\n",
       "                       [0.46139936, 0.15949452, 0.64833087],\n",
       "                       [0.51775363, 0.30885724, 0.3287869 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.65055128, 0.45473289, 0.34293353],\n",
       "                       [0.66658978, 0.48867495, 0.30949388],\n",
       "                       [0.38916284, 0.43555116, 0.2878252 ],\n",
       "                       ...,\n",
       "                       [0.55216271, 0.04591221, 0.36321074],\n",
       "                       [0.24829215, 0.52387208, 0.26735906],\n",
       "                       [0.06672639, 0.        , 0.01951169]],\n",
       "               \n",
       "                      [[0.27407928, 0.29996249, 0.42612792],\n",
       "                       [0.61809496, 0.68675243, 0.44322268],\n",
       "                       [0.31323486, 0.55405512, 0.7183678 ],\n",
       "                       ...,\n",
       "                       [0.07956565, 0.49112193, 0.37947217],\n",
       "                       [0.67096898, 0.28612169, 0.37670082],\n",
       "                       [0.4715147 , 0.46440662, 0.        ]],\n",
       "               \n",
       "                      [[0.47498389, 0.30295675, 0.34850348],\n",
       "                       [0.37404605, 0.25322583, 0.56928726],\n",
       "                       [0.47415832, 0.87793379, 0.6987309 ],\n",
       "                       ...,\n",
       "                       [0.50093055, 0.76621989, 0.50905892],\n",
       "                       [0.66408414, 0.62323756, 0.70512956],\n",
       "                       [1.        , 0.5804718 , 0.38615767]]]),\n",
       "               None,\n",
       "               array([[[0.31642775, 0.44116534, 0.11039297],\n",
       "                       [0.56751305, 0.02652152, 0.26352269],\n",
       "                       [0.58399841, 0.09085737, 0.51187462],\n",
       "                       ...,\n",
       "                       [0.53859477, 0.40798045, 0.0892173 ],\n",
       "                       [0.161901  , 0.01532415, 0.28403695],\n",
       "                       [0.18719372, 0.22920851, 0.58897076]],\n",
       "               \n",
       "                      [[0.46697675, 0.21675863, 0.        ],\n",
       "                       [0.45409929, 0.21509242, 0.47294243],\n",
       "                       [0.18125842, 0.65310035, 0.08946387],\n",
       "                       ...,\n",
       "                       [0.51868996, 0.41821522, 0.10132437],\n",
       "                       [0.65482367, 0.01661518, 0.        ],\n",
       "                       [0.07549317, 0.50728838, 0.29070135]],\n",
       "               \n",
       "                      [[0.54007317, 0.26016496, 0.34553034],\n",
       "                       [0.59403433, 0.25854115, 0.        ],\n",
       "                       [0.16930965, 0.34204245, 0.73562294],\n",
       "                       ...,\n",
       "                       [0.48309286, 0.        , 0.45490776],\n",
       "                       [0.01437674, 0.23245354, 0.3823011 ],\n",
       "                       [0.18498056, 0.56438933, 0.54009054]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[1.        , 0.08364369, 0.10986475],\n",
       "                       [1.        , 0.57877847, 0.48385178],\n",
       "                       [0.87461119, 0.02545105, 0.41437954],\n",
       "                       ...,\n",
       "                       [0.01832411, 0.94832472, 0.44947836],\n",
       "                       [0.29586338, 0.44394546, 0.27272246],\n",
       "                       [0.31506395, 0.        , 0.36388162]],\n",
       "               \n",
       "                      [[0.72071605, 0.5704294 , 0.23895481],\n",
       "                       [0.51912975, 0.        , 0.58330483],\n",
       "                       [0.54982566, 0.33541188, 0.25155472],\n",
       "                       ...,\n",
       "                       [0.15217068, 0.68164017, 0.51545097],\n",
       "                       [0.        , 0.96927268, 0.0722153 ],\n",
       "                       [0.17389219, 0.19213924, 0.41406145]],\n",
       "               \n",
       "                      [[0.45063334, 0.16254228, 0.25196624],\n",
       "                       [0.32089022, 0.24346526, 0.43405826],\n",
       "                       [0.        , 0.17653668, 0.15513236],\n",
       "                       ...,\n",
       "                       [0.12667306, 0.38856672, 0.13530543],\n",
       "                       [0.        , 0.30158966, 0.        ],\n",
       "                       [0.66361932, 0.45175489, 0.3925791 ]]]),\n",
       "               array([[[0.36358044, 0.36968024, 0.30366984],\n",
       "                       [0.40045349, 0.53937802, 0.24884793],\n",
       "                       [0.40673401, 0.2191213 , 0.50476795],\n",
       "                       ...,\n",
       "                       [0.23171082, 0.08734867, 0.        ],\n",
       "                       [0.25600846, 0.1894943 , 0.        ],\n",
       "                       [0.19860683, 0.20410548, 0.20053488]],\n",
       "               \n",
       "                      [[0.25530945, 0.31138334, 0.42139351],\n",
       "                       [0.41224605, 0.4256257 , 0.34338456],\n",
       "                       [0.29380048, 0.33551482, 0.25714539],\n",
       "                       ...,\n",
       "                       [0.29932475, 0.21007521, 0.27287275],\n",
       "                       [0.2024987 , 0.14382435, 0.15584257],\n",
       "                       [0.16498584, 0.3228108 , 0.28234989]],\n",
       "               \n",
       "                      [[0.3349758 , 0.34626101, 0.41629224],\n",
       "                       [0.22524893, 0.26217158, 0.18436605],\n",
       "                       [0.37430125, 0.4382038 , 0.40983205],\n",
       "                       ...,\n",
       "                       [0.        , 0.31568822, 0.0365626 ],\n",
       "                       [0.2075866 , 0.29523916, 0.13474637],\n",
       "                       [0.28480528, 0.32695963, 0.22259655]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.43124714, 0.38558154, 0.32716951],\n",
       "                       [0.58747378, 0.13867083, 0.33185301],\n",
       "                       [0.51087392, 0.21242305, 0.14885733],\n",
       "                       ...,\n",
       "                       [0.63263484, 0.58924174, 0.41303294],\n",
       "                       [0.61763867, 0.57226318, 0.48414652],\n",
       "                       [0.4710533 , 0.34082122, 0.34142992]],\n",
       "               \n",
       "                      [[0.48952431, 0.16367422, 0.21230815],\n",
       "                       [0.41059678, 0.27039021, 0.2695234 ],\n",
       "                       [0.38903315, 0.33183155, 0.25507955],\n",
       "                       ...,\n",
       "                       [0.42769577, 0.63179743, 0.479498  ],\n",
       "                       [0.35628251, 0.42737146, 0.30616251],\n",
       "                       [0.53602153, 0.42629781, 0.47266886]],\n",
       "               \n",
       "                      [[0.64629102, 0.29893817, 0.19346095],\n",
       "                       [0.48975562, 0.10684646, 0.39966681],\n",
       "                       [0.45845888, 0.30769852, 0.23446658],\n",
       "                       ...,\n",
       "                       [0.65067086, 0.48596645, 0.29459026],\n",
       "                       [0.71725162, 0.58848465, 0.33109556],\n",
       "                       [0.55916346, 0.30510324, 0.23719441]]]),\n",
       "               array([[[0.68997626, 0.83694504, 0.58585787],\n",
       "                       [0.42643144, 0.36114903, 0.67996543],\n",
       "                       [0.80523824, 0.81359996, 0.50653911],\n",
       "                       ...,\n",
       "                       [0.48565999, 0.35040343, 0.32394489],\n",
       "                       [0.46661736, 0.77479574, 0.32479809],\n",
       "                       [0.58350149, 0.49503564, 0.47004538]],\n",
       "               \n",
       "                      [[0.47167043, 0.36196651, 0.76476468],\n",
       "                       [0.7634023 , 0.70560405, 0.87357361],\n",
       "                       [0.73981059, 0.56709427, 0.45107172],\n",
       "                       ...,\n",
       "                       [0.25517365, 0.44466776, 0.48500886],\n",
       "                       [0.42636047, 0.69920623, 0.84524893],\n",
       "                       [0.5777506 , 0.61810755, 0.2818428 ]],\n",
       "               \n",
       "                      [[0.39557139, 0.51389157, 0.81766831],\n",
       "                       [0.47971095, 0.69135323, 0.67559624],\n",
       "                       [0.46421247, 0.34213168, 0.58297242],\n",
       "                       ...,\n",
       "                       [0.34340984, 0.53809764, 0.62391324],\n",
       "                       [0.42131775, 0.49383105, 0.58800395],\n",
       "                       [0.58595308, 0.73306443, 0.65042927]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.15887376, 0.22295154, 0.        ],\n",
       "                       [0.44347592, 0.        , 0.22816106],\n",
       "                       [0.43015969, 0.16411794, 0.4568034 ],\n",
       "                       ...,\n",
       "                       [0.53199473, 0.        , 0.2448031 ],\n",
       "                       [0.        , 0.38334485, 0.13288366],\n",
       "                       [0.14700168, 0.41851072, 0.30003395]],\n",
       "               \n",
       "                      [[0.2459941 , 0.40412544, 0.45693072],\n",
       "                       [0.22261399, 0.32599123, 0.        ],\n",
       "                       [0.12788386, 0.28356401, 0.01815965],\n",
       "                       ...,\n",
       "                       [0.25159382, 0.32196444, 0.45487202],\n",
       "                       [0.39729803, 0.31113777, 0.        ],\n",
       "                       [0.01932795, 0.34623221, 0.29747338]],\n",
       "               \n",
       "                      [[0.21651339, 0.4239158 , 0.        ],\n",
       "                       [0.36626792, 0.21798023, 0.52744566],\n",
       "                       [0.15917594, 0.13106778, 0.27686263],\n",
       "                       ...,\n",
       "                       [0.23946315, 0.48491197, 0.16559554],\n",
       "                       [0.62320122, 0.44127928, 0.27497914],\n",
       "                       [0.30647724, 0.10544769, 0.14737929]]]),\n",
       "               array([[[0.73079532, 0.75443508, 0.75911268],\n",
       "                       [0.78485619, 0.75041034, 0.79826758],\n",
       "                       [0.87816373, 0.67281568, 0.87104164],\n",
       "                       ...,\n",
       "                       [0.37712188, 0.36979241, 0.4951633 ],\n",
       "                       [0.1851783 , 0.12507186, 0.47761292],\n",
       "                       [0.32687505, 0.24510477, 0.36340791]],\n",
       "               \n",
       "                      [[0.73829097, 0.94055288, 0.54589757],\n",
       "                       [0.74913838, 0.65803286, 0.65616907],\n",
       "                       [0.80132198, 0.92198965, 0.92371418],\n",
       "                       ...,\n",
       "                       [0.29100471, 0.3269103 , 0.37219095],\n",
       "                       [0.35719488, 0.22948715, 0.31284992],\n",
       "                       [0.37430719, 0.35681897, 0.28849738]],\n",
       "               \n",
       "                      [[0.76251082, 0.60625875, 0.6854395 ],\n",
       "                       [0.77889962, 0.80616549, 0.85114728],\n",
       "                       [0.70117543, 0.6333817 , 0.71316078],\n",
       "                       ...,\n",
       "                       [0.28365364, 0.53997387, 0.38181028],\n",
       "                       [0.2550926 , 0.2469968 , 0.46492769],\n",
       "                       [0.33343926, 0.35951071, 0.2702196 ]],\n",
       "               \n",
       "                      ...,\n",
       "               \n",
       "                      [[0.3896563 , 0.57397684, 0.35098426],\n",
       "                       [0.37148801, 0.53490454, 0.36176483],\n",
       "                       [0.42230269, 0.33839309, 0.27236191],\n",
       "                       ...,\n",
       "                       [0.51794416, 0.34989635, 0.15893527],\n",
       "                       [0.41357213, 0.22568287, 0.11213245],\n",
       "                       [0.36931715, 0.09372552, 0.19178325]],\n",
       "               \n",
       "                      [[0.46743932, 0.5632499 , 0.33317675],\n",
       "                       [0.53638294, 0.33155155, 0.14636101],\n",
       "                       [0.3957904 , 0.31526007, 0.3620442 ],\n",
       "                       ...,\n",
       "                       [0.06167503, 0.28478583, 0.        ],\n",
       "                       [0.37776881, 0.39967209, 0.40587483],\n",
       "                       [0.37832624, 0.35770814, 0.15998782]],\n",
       "               \n",
       "                      [[0.60402016, 0.27054617, 0.56206101],\n",
       "                       [0.39769731, 0.44476346, 0.2950103 ],\n",
       "                       [0.33093314, 0.36886817, 0.30744163],\n",
       "                       ...,\n",
       "                       [0.36732072, 0.33874047, 0.3943973 ],\n",
       "                       [0.47778082, 0.52527045, 0.26653032],\n",
       "                       [0.41880751, 0.40010899, 0.22858086]]])]}})"
      ]
     },
     "execution_count": 36,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "attack_to_data"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== fgsm ===\n",
      "# already misclassified: 1\n",
      "# failures: 5\n"
     ]
    },
    {
     "data": {
      "image/png": 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FVmz3LiwVovFtUHCLiLRI1rZi2jkYHYITb2opuEVEWiArp4hhvbvSqX3QrtF3BAW3iEgz1fiMldtDd+JNLQW3iEgzbdizn9KK6qDfOKE+BbeISDPV3vFmfFr3kNah4BYRaaaF6/NJ7hxP/+4dQlqHgltEpBneXr2bd9bs4erJA0J+31wFt4hIEwoPVHLnP79gRJ+ufG9aRqjLCd49J0VEItW9r6+mpKyKp68/mfjY0O/vhr4CEZEw9uYXu1iwaic3nzmY4X26hrocQMEtItKovaUV3P3ql4xKTeQ7p58Q6nIOUXCLiDTAzLj7n19SWl7Nny4bTWxM+MRl+FQiIhJGXl+1k7dW7+ZHXx3C4F5dQl3OYRTcIiL15O0r557XVjM2rRs3Th0U6nKOoOAWEanDzLjzn19QXlXD/ZeNJiZEN0s4Gk0HFJE2Z+nWQlZuK25w2Y7iMt5dm8fd5w3nhJTOQa6seRTcItKmmBnfezaL/P0Vja5z+pAUrpsyMIhVtUyzg9s5FwMsA3aY2YzWK0lEpPVszi8lf38Fv7pgJBePS21wnU7xMSE/rf1oWrLHfTOwFgiPGegiIsdg8eYCwL9X3TmEN0M4Hs06OOmcSwXOAx5r3XJERFrX4uwC+iYmkNa9Y6hLOWbNnVXyAPATwNfYCs652c65Zc65Zfn5+QEpTkQkkHw+Y0l2IZNP6BHWQyFNaTK4nXMzgDwzW3609cxsjplNMLMJKSkpAStQRCRQNuTtp/BAJacM6hHqUo5Lc/a4pwDnO+e2Ai8A051zz7RqVSIiraB2fPuUE6I8uM3sZ2aWambpwBXAe2Z2datXJiISYIs3F9C/ewdSkyJ3fBt05qSItBE+n/HplsKIHyaBFp6AY2YLgYWtUomISCtas2sfJWVVET9MAtrjFpE2Ykm2N749KDnElRw/BbeItAmLNxcwMLkTvRMTQl3KcVNwi0jUq67x8dmWQiZHwfg2KLhFpA1YvXMf+yuqo2J8GxTcItIGLPbGtycP6h7iSgJDwS0iUW/x5gIyenamZ5fIH98GBbeIRLmqGh9Lt0bH/O1aCm4RiWqf55ZwsLImasa3QcEtIlFu8ea9AFEzowQU3CIS5RZnFzCsdxe6d4oPdSkBo+AWkahVUV3Dsq1FUTVMAgpuEYliK7cVU1Hti6oDk6DgFpEotji7AOfg5IEKbhGRiLB4cwEj+3YlsWNcqEsJKAW3iESl8qoaVmwrjrphElBwi0iUysoporLGF3UHJkHBLSJRanF2ATHtHBPTo+P6JHUpuEUk6uwrryJzbR4n9kukS0J0jW9DC29dJiISzg5WVvPkJzk88sFmSsqq+PWFJ4a6pFah4BaRiFdRXcPzn27jb+9vZm9pBdOGpnDbV4dyYr/EUJfWKhTcIhKxqmt8zM/K5cHMTewoLuPkgd155OpxTIjCce26FNwiEpG2FRzkhqeWsmFPKaNTE/ndJSdxakYyzrlQl9bqFNwiEnG+3FHCt/+xlKoaH49cPZ6vjezVJgK7loJbRCLKog35fPeZ5XTrGM8Ls08mo2eXUJcUdApuEYkY85fn8tP5n5PRszNPXjeJXl2j41ZkLaXgFpGwZ2Y8tHAzf/zPer5yQg8euWY8XaNwfnZzKbhFJKzV+IxfvL6ap5fkcP7ovtx/2WjiY9v2uYMKbhEJqV0lZcz9eCv7yqsbXJ6dX8qnWwqZfdog7jhnGO3atZ2DkI1RcItISFRU1/D4R1v4a+Ymqn0+unVs+NZise0c984cwbVTBga5wvCl4BaRoFu4Po9fLljDlr0H+OqIXvx8xgj6d+8Y6rIiRpPB7ZxLABYB7b3155nZva1dmIhEn+2FB/nVG2t4Z80eBiZ3Yu61E5k2tGeoy4o4zdnjrgCmm1mpcy4O+Mg5928zW9LKtYlIlKis9vHQwk08vHAzMe0cPz1nGNedmk772JhQlxaRmgxuMzOg1HsY531ZaxYlItGjoLSC7z6bxWdbCpkxqg93nTecPokdQl1WRGvWGLdzLgZYDmQA/2dmnzawzmxgNkBaWlogaxSRCLVm5z5ufGoZe0sreODyMVw4tl+oS4oKzZoMaWY1ZjYGSAUmOeeOuMitmc0xswlmNiElJSXQdYpIhHnzi11c8vAn1PiMl79zikI7gFo0q8TMip1z7wPnAF+2TkkiEsl8PuOBzI08mLmRsWndePTq8fRso6emt5bmzCpJAaq80O4AnA38vtUrE5GIc6Cimh+9tJL/rN7DZeNT+X8XnagDkK2gOXvcfYAnvXHudsBLZvZG65YlIuHoyx0lvLB0G9U1Dc9PWJZTRHZ+KffMGMG1U9Lb1KVWg6k5s0o+B8YGoRYRCVOV1T7++t5GHlq4mfax7eiS0HB0dG4fy5PXTWLqYB3nak06c1JEjurLHSXc9vIq1u3ez8Xj+nHvjJEkdmy7V+YLBwpuEWlQZbWPv72/iYfe30T3TvE89q0JnDWiV6jLEhTcItKA1TtLuO3lz1m7ax8Xj+3HPTNHNHoRKAk+BbeIHOLzGQ9/sJm/vLOBpE7x/P1bEzhbe9lhR8EtIgDk76/gRy+t5MONeznvpD785qITtZcdphTcIsInm/Zy84sr2VdWxW8vOokrJ/XXVL4wpuAWacNqfMaDmRt58L2NDEruxFPXTWJ4n66hLkuaoOAWaaP27Cvn5hdWsCS7kIvH9ePXF5xIp/aKhEign5JIlFq6tZCXl23HGjjJ0YD31+VxsLKG+y8bzaXjU4Nenxw7BbdIFNpZXMb1c5diRqNnOQ5K6cR9F59ERs8uQa5OjpeCWyTK1PiMH720kmqf8eYPp5Ke3CnUJUmAKbhFoszfP8xmSXYhf7h0lEI7SjXrRgoiEhm+3FHCn95ez7kn9uYyjVtHLQW3SJQoq6zhhy+soEen9tx38Umahx3FNFQiEiV+8+YasvMP8OwNJ+uMxyinPW6RKPDumj08s2QbN04dyJSM5FCXI61MwS0S4fL3V/DT+Z8zvE9Xbvva0FCXI0GgoRKRCGZm3D5vFaUV1bxwxRjd37GN0B63SAR7anEOC9fnc9d5wxncSyfStBUKbpEItWHPfn775lrOGJrCNZMHhLocCSIFt0gEqqiu4YfPr6Bz+1j+cOloTf1rYzTGLRKB7v/Petbt3s/jsyaQ0qV9qMuRINMet0iE+WjjXv7+4RaumTyAM4frtmJtkYJbJIIUHajkxy+v5ISUTtz59eGhLkdCREMlIhHCzLjzn19QeKCSx2dNpEO8pv61VdrjFokQLy/L5d9f7ua2rw7lxH6JoS5HQkjBLRIBtu49wC8WrOaUQT24ceqgUJcjIabgFglzVTU+bnlxJXEx7fjTN0bTrp2m/rV1GuMWCWNmxv3/Wc/K7cX831Xj6NutQ6hLkjDQ5B63c66/c+5959wa59xq59zNwShMpK2r8Rn3vr6aRxdlc9XJaZw3qk+oS5Iw0Zw97mrgx2aW5ZzrAix3zr1jZmtauTaRNqu8qoZbXljJW6t3M/u0QdxxzrBQlyRhpMngNrNdwC7v+/3OubVAP0DBLdIKig9WcuNTy1iWU8Q9M0Zw3akDQ12ShJkWjXE759KBscCnDSybDcwGSEtLC0BpIm3PjuIyZj3xGdsKDvLXK8cyY1TfUJckYajZs0qcc52B+cAtZrav/nIzm2NmE8xsQkpKSiBrFGkT1u7ax8UPfcyefeU8df0khbY0qll73M65OPyh/ayZvdK6JYlEp6xtRewqLm9wWUlZFfe9uZZO7WOZ952vMLS3rq0tjXNmdvQV/NeLfBIoNLNbmtNo9wHD7ew7nzjsuRmj+nDNKemUVdbw7X98dsRrLh2fymUT+lN4oJLvPrP8iOVXTx7AzNF92Vlcxq0vrjxi+Y1TB3HWiF5szi/lzle+OGL5D6YP5tTByazeWcKvFhw5PP+Tc4YyfkB3lucU8oe31h+x/J6ZIxjZN5GPNu7lr+9tPGL5by8+iRNSOvPumj38/cPsI5b/5fIx9O3WgQWrdvLMkpwjlj989Xi6d4rn5WXbmbc894jlc6+dRIf4GJ5evJU3Pt91xPIXbzoFgDmLNpO5Nu+wZQlxMTx53SQAHszcyMeb9h62PKljPI9cMx6A37+1jqycosOW90lM4IErxgLwywWrWbPz8D+4BqV04r6LRwHws1c+Jzv/wGHLR/Ttyr0zRwJwywsr2FVyeHiNG5DET72Db995ejlFBysPWz4lI5kfnjkYgFlPfEZ5Vc1hy88c3pPZp50AwOWPLqa+UH/2vnZib95ZvYfF2QVHLKurf1IHkju3Jz728D+E9dlrG5+9Hp3bLzezCUes1IDm7HFPAa4BvnDO1X5q7zSzN5uzAZG26mBlNdsLy/h0SyHJneOZPXUQS7ILoN75M9dOSWdk30QKD1Tyl3c2hKZYiShN7nEfiwkTJtiyZcsC3q5IJNiUV8pf3t3Avz7fRdeEWG46/QSunZJOx3id7yaNc84FdI9bRDyb8kqZ+8kWSsqqG1x+oKKahevz6BAXww+mZ3DD1EEkdogLcpUS7RTcIs2wvfAg/5u5kVeycmkfG0OfxIQG13MOrpsykO9OO4EenXVnGmkdCm6Ro9izr5y/vbeJF5ZuwzmnUJawoOAWaUDhgUoe+WAzT36ylRqfcfnE/vxg+mB6N7KnLRJMCm5pczbllfLEx1tYsHInFdW+Btep9vmfv3BsP245cwhpPToGs0SRo1JwS5tgZizeXMBjH23hvXV5xMe2Y8aoPvTq2vAedFw7x/lj+pLRUyfCSPhRcEtUq6z2sWDVTh77aAtrd+0juXM8t541hG9OTiNZ49QSoRTcEpWKD1by7KfbePKTreTtr2Bwz878/pKTuGBMPxLidJNdiWwKbokq2fn+8et5y3Mpr/IxdXAyf7h0FKcPScF/9QaRyKfglohnZny6pZDHPtxC5ro9xLVrx4Vj+3LdqQMZ1rtrqMsTCTgFt4S99bv389DCTVTXNHx5hi17D7Bm1z6SOsbxgzMyuPqUAfTsoml7Er0U3BLWanzGrS+uJKfgAH0auVFu5/ax/Paik7h4nMavpW1QcEtYm5+Vy5pd+3jwyrGcP1o3FhCBFtwBRyTYDlZWc/9/1jOmfzdm6g7nIocouCVsPfpBNnn7K/j5jOGaESJSh4JbwtLuknLmLMrmvFF9GD+ge6jLEQkrCm4JS/e/vZ4an3GHd1spEfkvBbeEnS93lDA/K5drp6TTv7su7iRSn4JbwoqZ8Zt/raVbhzi+d0ZGqMsRCUsKbgkr767NY3F2AbeePUS3/BJphIJbwkZVjY/73lzLCSmduHJSWqjLEQlbCm4JG88uySF77wHu/Ppw4mL00RRpjM6clIDy+YyyqpoWv660opoHMjcyJaMH04f1bIXKRKKHglsCYlNeKfOzcnl1xQ52lZQfUxvOwV1fH6GTbUSaoOCWY1Z8sJIFq3YyL2sHq7YXE9POcfqQFGZ9JZ12x5C9I/okMqKvLsMq0hQFt7RIVY2PRRvymZ+Vy7tr8qis8TGsdxfuPm8454/pq8upigSBgluaZc3OfczPyuW1lTvYW1pJj07xfHNyGpeMS2Vk364a3hAJIgW3NCp/fwWvrdzB/KwdrN21j7gYx5nDenHJ+FSmDU3RzA+REFFwt0E5BQfIXJvHBxvyKT5Y2eA6NWas3bWfGp8xOjWRX10wkpmj+pLUKT7I1YpIfU0Gt3PuCWAGkGdmJ7Z+SRJoVTU+lucU8d66PDLX7mFz/gEAMnp2JjWp4bvKANw4NYVLxvVjcK8uwSpVRJqhOXvcc4G/AU+1binSUvn7K3h/fR4fb9rLwcqG505X1fjIyiliX3k18THtOHlQd66ZPIDpw3qR1kMXcBKJRE0Gt5ktcs6lt34p0hQzY82ufWSuzSNzXR6rthcD0LNLe3p0bt/gaxxwzom9mT6sF6cOTqZze42OiUQ6/RaHubLKGj7ZvJfMdXm8tzaP3fvKcQ5Gp3bjx2cPYfrwnozoo1kdIm1JwILbOTcbmA2QlqYLBB2PncVlvLcuj/fW+YdBKqp9dIqP4bQhKUwf1pNpQ3uS0qXhPWwRiX4BC24zmwPMAZgwYYIFqt22oMZnrMot5j1vCGTtrn0ApHXvyFUnp3HmsF5MHJhgGGgZAAAINElEQVRE+9iYEFcqIuFAQyUhsr+8ig837iVzbR4L1+dRcKCSmHaO8QOS+Nm5wzhzeC9OSOmkIRAROUJzpgM+D0wDkp1zucC9ZvZ4axcWjbbuPeAfq163h8+2FFJVYyR2iOOMoSlMH96L0wenkNhRNw8QkaNrzqySK4NRSDSqnT+duXYPmevyyPbmTw/p1ZnrTx3EmcN7MrZ/N2J1BqKItICGSgKsvKqGt77cTea6PD5Yn3fY/Olvaf60iASAgjuAVmwr4vZ5n7Mpr5TkzvF8bWRvzhyu+dMiElhKkwAor6rhL+9u4O+LsunVNYHHZ03gjKE9aXcsF6UWEWmCgvs4rdxezG0vr2JTXimXT+jPXTOG0zVBBxhFpPUouI9RRXUND7y7kUc/2EyvrgnMvXYi04bqXoki0voU3C1Q4zM25u0nK6eYf3y8hY15pXxjQip3zxihvWwRCRoF91GUHKwia3sRK3KKyNpWzKrtxeyvqAagX7cO/OPaiZyhvWwRCTIFdz0+n/HBhnwe+yibjzcVANDOwdDeXTl/TF/GpSUxbkAS6T066qxGEQkJBbenvKqGV7J28PhH2WzOP0Dvrgn88MzBTB7YnVH9u2k6n4iEjTafRnn7y3lmcQ7PfLqNwgOVnNivKw9cPobzRvXRPRVFJCy1yeAuKK1g4fp8Mtft4d01eVT5fJw5rBc3TB3IyQO7awhERMJamwhuM2Pd7v2H7rm4YnsxZv47x1w5qT+zvpLOoJTOoS5TRKRZojq4a3zGIx9s5tklOewsKQdgdGoit5w5hDOH92RkX905RkQiT9QG95595dz8wgqWZBdy+pAUbjlrCNOGpdCzS0KoSxMROS5RGdwL1+fxo5dWUVZZw58uG80l41NDXZKISMBEVXBX1fj409sbeOSDzQzr3YW/XTWOjJ4auxaR6BI1wb2juIwfPJdF1rZirjo5jXtmjCAhTvdoFJHoE/HBXeMz3vh8J/e8tpoan/HXK8cyc3TfUJclItJqIja4SyuqeXnZdp74eAvbC8s4sV9X/nblONKTO4W6NBGRVhVxwb2zuIwnP9nKc59tY395NRPTk7jr6yM4e0QvYnTjAhFpAyImuNfu2sfDCzfzry92AXDuib25YeogxvTvFuLKRESCKyKCe3N+KZc8/AkxznHdlHRmfSWd1CTdcFdE2qawD+7yqhq+/2wWCXEx/OuHp9InsUOoSxIRCamwD+5fLljNut37mXvtRIW2iAgQ1tctfW3lDp7/bDvfnXaC7ucoIuIJ2+DOzi/lzle+YMKAJH589pBQlyMiEjbCMrjLq2r4/nMriI9tx4NXjiVWNzQQETkkLMe4f/XGGtbu2sc/vj2Rvt00ri0iUlfY7cq+vmonz326jZtOH8QZwzSuLSJSX1gF95a9B/jZ/M8ZPyCJ2746NNTliIiEpWYFt3PuHOfceufcJufcHa1RSO187ThvXFs36hURaViT6eiciwH+DzgXGAFc6ZwbEehCfGYM69OFP102mn4a1xYRaVRzDk5OAjaZWTaAc+4F4AJgTSAL6Rgfy5+/MSaQTYqIRKXmjEf0A7bXeZzrPXcY59xs59wy59yy/Pz8QNUnIiL1BGwg2czmmNkEM5uQkpISqGZFRKSe5gT3DqB/ncep3nMiIhICzQnupcBg59xA51w8cAXweuuWJSIijWny4KSZVTvn/gf4DxADPGFmq1u9MhERaVCzTnk3szeBN1u5FhERaQad5SIiEmEU3CIiEcaZWeAbdS4fyDnGlycDewNYTjRR3zRM/dI49U3jwq1vBphZs+ZSt0pwHw/n3DIzmxDqOsKR+qZh6pfGqW8aF8l9o6ESEZEIo+AWEYkw4Rjcc0JdQBhT3zRM/dI49U3jIrZvwm6MW0REji4c97hFROQoFNwiIhEmbII7GLdHixTOuSecc3nOuS/rPNfdOfeOc26j929SKGsMFedcf+fc+865Nc651c65m73n23z/OOcSnHOfOedWeX3zS+/5gc65T73frRe9i8W1Oc65GOfcCufcG97jiO2XsAjuYN0eLYLMBc6p99wdQKaZDQYyvcdtUTXwYzMbAUwGvu99VtQ/UAFMN7PRwBjgHOfcZOD3wF/MLAMoAq4PYY2hdDOwts7jiO2XsAhu6twezcwqgdrbo7VJZrYIKKz39AXAk973TwIXBrWoMGFmu8wsy/t+P/5fxH6ofzC/Uu9hnPdlwHRgnvd8m+wb51wqcB7wmPfYEcH9Ei7B3azbo7Vxvcxsl/f9bqBXKIsJB865dGAs8CnqH+DQcMBKIA94B9gMFJtZtbdKW/3degD4CeDzHvcggvslXIJbWsD8czjb9DxO51xnYD5wi5ntq7usLfePmdWY2Rj8d6qaBAwLcUkh55ybAeSZ2fJQ1xIozboedxDo9mhN2+Oc62Nmu5xzffDvUbVJzrk4/KH9rJm94j2t/qnDzIqdc+8DpwDdnHOx3t5lW/zdmgKc75z7OpAAdAX+lwjul3DZ49bt0Zr2OjDL+34W8FoIawkZb2zycWCtmf25zqI23z/OuRTnXDfv+w7A2fiPAbwPXOqt1ub6xsx+ZmapZpaOP1veM7NvEsH9EjZnTnr/Gz7Af2+P9psQlxQyzrnngWn4Lzu5B7gXeBV4CUjDf8ncb5hZ/QOYUc85dyrwIfAF/x2vvBP/OHeb7h/n3Cj8B9li8O+UvWRmv3LODcJ/wL87sAK42swqQldp6DjnpgG3mdmMSO6XsAluERFpnnAZKhERkWZScIuIRBgFt4hIhFFwi4hEGAW3iEiEUXCLiEQYBbeISIT5//gc+lvA8fPuAAAAAElFTkSuQmCC\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== deep_fool ===\n",
      "# already misclassified: 1\n",
      "# failures: 0\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== guassian_noise ===\n",
      "# already misclassified: 1\n",
      "# failures: 23\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "analyze_results(attack_to_data)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 34,
   "metadata": {},
   "outputs": [],
   "source": [
    "def pretty_attack_name(attack_name):\n",
    "    if (attack_name == 'fgsm'):\n",
    "        return 'FGSM'\n",
    "    elif (attack_name == 'deep_fool'):\n",
    "        return 'DeepFool'\n",
    "    elif (attack_name == 'uniform_noise'):\n",
    "        return 'Additive Uniform Noise'\n",
    "    else:\n",
    "        return 'Additive Gaussian Noise'\n",
    "\n",
    "def compare_results_for_attack(res_orig, res_new, attack_name):\n",
    "    print('=== {} ==='.format(attack_name))    \n",
    "\n",
    "    norm_changed_orig = []\n",
    "    norm_changed_new = []\n",
    "    chg_orig = res_orig[attack_name]['changed']\n",
    "    chg_new = res_new[attack_name]['changed']\n",
    "    assert len(chg_orig) == len(chg_new)\n",
    "    \n",
    "    N = len(chg_orig)\n",
    "    for i in range(N):\n",
    "        if chg_orig[i]:\n",
    "            if chg_new[i] is None or chg_new[i] == 0:\n",
    "                print('index {} now fails to be attacked'.format(i))\n",
    "            else:\n",
    "                norm_changed_orig.append(chg_orig[i])\n",
    "                norm_changed_new.append(chg_new[i])\n",
    "    \n",
    "    plt.title(r'Distribution of $||\\Delta||$ for {} Attack'.format(pretty_attack_name(attack_name)))\n",
    "    plt.plot(sorted(norm_changed_orig), color='b', label=r'$||\\Delta||$, pre-defense')\n",
    "    plt.plot(sorted(norm_changed_new), color='g', label=r'$||\\Delta||$, post-defense')\n",
    "    \n",
    "    num_changed = len(norm_changed_orig)\n",
    "    avg_orig = np.average(norm_changed_orig)\n",
    "    plt.axhline(y=avg_orig, xmin=0, xmax=num_changed, label=r'Average $||\\Delta||$, pre-defense = {:0.2f}'.format(avg_orig), linestyle='--', color='b')\n",
    "    avg_new = np.average(norm_changed_new)\n",
    "    plt.axhline(y=avg_new, xmin=0, xmax=num_changed, label=r'Average $||\\Delta||$, post-defense = {:0.2f}'.format(avg_new), linestyle='--', color='g')\n",
    "    plt.xlabel('Test pair #')\n",
    "    plt.ylabel(r'$||\\Delta||$')\n",
    "    plt.legend()\n",
    "    plt.savefig(attack_name + '-defense.png', dpi=600)\n",
    "    plt.show()\n",
    "\n",
    "    \n",
    "def compare_results(results_orig, results_new):\n",
    "    for attack_name in (results_orig.keys() & results_new.keys()):\n",
    "        compare_results_for_attack(results_orig, results_new, attack_name)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 35,
   "metadata": {
    "scrolled": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== deep_fool ===\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== fgsm ===\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "=== guassian_noise ===\n",
      "index 34 now fails to be attacked\n"
     ]
    },
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "compare_results(old_results, attack_to_data)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "The change in norm required for the attack to succeed increases for each of the attacks, when the defense is applied. Understandably, the change is less dramatic in deep_fool and fgsm as in the noise attack. Also, because gaussian noise and uniform noise are nearly identical in effect in results, I decided to start omitting uniform noise from the analysis (unless you think otherwise, in which case I could easily get the results, I think it would make sense for us to just omit random noise altogether)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Note that the rate of failure is identical, except for gaussian noise which makes one more failure in the defended network (totaling to 24/50 instead of 23/50"
   ]
  }
 ],
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