K_means_clustering_v0.0.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "import numpy as np\n",
    "import numpy.linalg as la\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "import seaborn as sns\n",
    "sns.set(font_scale=2)\n",
    "plt.style.use('seaborn-whitegrid')\n",
    "%matplotlib inline\n",
    "\n",
    "import pandas as pd\n",
    "from scipy.spatial.distance import cdist\n",
    "from sklearn.cluster import KMeans\n",
    "from sklearn import metrics\n",
    "from sklearn import datasets\n",
    "from sklearn.decomposition import PCA\n",
    "from sklearn.preprocessing import StandardScaler"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 685.7x576 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "import scipy\n",
    "import matplotlib.pyplot as plt\n",
    "%matplotlib inline\n",
    "from scipy import signal\n",
    "from scipy.io import wavfile\n",
    "import numpy as np\n",
    "from librosa.core import resample\n",
    "\n",
    "sample_rate, samples1 = wavfile.read('audio_normal.wav')\n",
    "#downsampling to 10000Hz\n",
    "sr = 9000\n",
    "resampled = resample(samples1.astype(np.float32),sample_rate,sr) \n",
    "#make sure every signal is within the range of (0,1)\n",
    "samples_casted = resampled / (2.**15) \n",
    "seg_len = sr/40 #25ms\n",
    "overlap = seg_len*0.6  #60% overlap\n",
    "f, t, Zxx = signal.stft(samples_casted, fs = sr, nperseg = seg_len, noverlap = overlap)\n",
    "Zxx_abs = np.abs(Zxx)\n",
    "audio_normal = Zxx.real\n",
    "\n",
    "cols = ['Normal?']\n",
    "for i in range(len(f)):\n",
    "    cols.append((str(f[i])+'Hz'))\n",
    "    \n",
    "A_data = np.array([[0.0 for i in range(len(f)+1)] for i in range(len(t))])\n",
    "for i in range(1,len(t)):\n",
    "    row = np.array([1.0])\n",
    "    row = np.append(row, audio_normal[:,i])\n",
    "    A_data[i] = row\n",
    "df = pd.DataFrame(np.array([A_data[i] for i in range(len(t))]), columns = cols)\n",
    "\n",
    "\n",
    "sample_rate, samples2 = wavfile.read('audio_abnormal.wav')\n",
    "#downsampling to 9000Hz\n",
    "sr = 9000\n",
    "resampled = resample(samples2.astype(np.float32),sample_rate,sr) \n",
    "\n",
    "#make sure every signal is within the range of (0,1)\n",
    "samples_casted = resampled / (2.**15) \n",
    "seg_len = sr/40 #25ms\n",
    "overlap = seg_len*0.6  #60% overlap\n",
    "f, t, Zxx = signal.stft(samples_casted, fs = sr, nperseg = seg_len, noverlap = overlap)\n",
    "Zxx_abs = np.abs(Zxx)\n",
    "\n",
    "audio_abnormal = Zxx.real\n",
    "cols = ['Normal?']\n",
    "for i in range(len(f)):\n",
    "    cols.append((str(f[i])+'Hz'))\n",
    "    \n",
    "A_data = np.array([[0.0 for i in range(len(f)+1)] for i in range(len(t))])\n",
    "for i in range(1,len(t)):\n",
    "    row = np.array([0.0])\n",
    "    row = np.append(row, audio_abnormal[:,i])\n",
    "    A_data[i] = row\n",
    "df_audio = pd.DataFrame(np.array([A_data[i] for i in range(len(t))]), columns = cols)\n",
    "#DataFrame appending --> Mixed audio\n",
    "df_audio = df_audio.append(df)\n",
    "\n",
    "#####PCA#####\n",
    "Audio_s = df_audio.iloc[:,1:]\n",
    "#X: shifted dataset (each feature has mean value of zero)\n",
    "X = Audio_s - Audio_s.mean()\n",
    "#Z: shifted and standardized dataset \n",
    "Z = X / Audio_s.std()\n",
    "U, S, Vt = np.linalg.svd(Z, full_matrices=False)\n",
    "variances = S**2\n",
    "V = Vt.T\n",
    "\n",
    "tot = sum(variances)\n",
    "var_exp = [(i / tot)*100 for i in variances]\n",
    "cum_var_exp = np.cumsum(var_exp)\n",
    "\n",
    "###Take n_components = 50\n",
    "Zstar = Z@V[:,:50]\n",
    "df_audio['p0'] = Zstar.values[:,0]\n",
    "df_audio['p1'] = Zstar.values[:,1]\n",
    "\n",
    "#PCA plotting for PC0 and PC1\n",
    "g1 = sns.lmplot('p0', 'p1', df_audio, hue='Normal?', fit_reg=False, height=8, scatter_kws={'alpha':0.7,'s':60})\n",
    "ax = g1.axes[0,0]\n",
    "ax.axhline(y=0, color='k')\n",
    "ax.axvline(x=0, color='k')\n",
    "headers = df_audio.columns.values.tolist()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "audio_pca = Zstar"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "#abnormal bee sounds\n",
    "#bee_abnormal = audio_pca[1:12001]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {
    "scrolled": true
   },
   "outputs": [
    {
     "data": {
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\n",
      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "#########The Elbow Method#########\n",
    "distortions = []\n",
    "K = range(1,30)\n",
    "for k in K:\n",
    "    kmeanModel = KMeans(n_clusters=k).fit(audio_pca)\n",
    "    kmeanModel.fit(audio_pca)\n",
    "    distortions.append(sum(np.min(cdist(audio_pca, kmeanModel.cluster_centers_, 'euclidean'), axis=1)) / audio_pca.shape[0])\n",
    "plt.plot(K, distortions, 'bx-')\n",
    "plt.xlabel('k')\n",
    "plt.ylabel('Distortion')\n",
    "plt.title('The Elbow Method')\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "labels_k-- [7 4 6 ... 2 1 5] \n",
      " #data points 24002 \n",
      "\n",
      "k_cluster centers:\n",
      " [[ 2.18421499e-01 -1.81373914e-01 -7.56645268e-01  1.38427004e+00\n",
      "   1.12297941e+00 -6.19757794e-01 -1.19059968e+00  8.38366714e-02\n",
      "   5.70244060e-01  5.69921353e-01  7.95908994e-01 -7.78142639e-02\n",
      "   5.65561658e-01 -1.99328591e-01 -6.83656417e-02  2.25010385e-01\n",
      "   7.72557004e-02 -7.31336651e-02 -4.11118651e-02  9.29974675e-02\n",
      "  -1.19268100e-01 -9.01862167e-02 -3.29279737e-02  6.65263743e-02\n",
      "  -3.51315534e-02  1.12754361e-01 -4.62641210e-02  1.33673677e-01\n",
      "   2.65113660e-02  3.50484707e-03  1.05996968e-01 -3.13489551e-03\n",
      "   1.82705181e-02 -3.59809678e-02  6.33784518e-02 -1.84064228e-02\n",
      "   4.13207104e-02  5.67979387e-03 -2.05278481e-02  1.03723952e-02\n",
      "   2.75906917e-02 -5.79857274e-02  2.26725297e-02 -8.79279219e-03\n",
      "  -1.76530350e-03  1.11133246e-02 -1.52779240e-02 -3.17275101e-03\n",
      "   3.92408307e-02  1.85283159e-02]\n",
      " [-3.88186950e-01 -1.57400820e+00 -4.46185586e-01 -9.64568883e-01\n",
      "  -8.44177851e-01  1.10040467e+00 -8.57403927e-01 -1.46474851e-01\n",
      "   5.85825126e-01 -5.01925830e-01  3.04342356e-01 -9.84840146e-02\n",
      "   3.40885202e-01 -9.49468144e-03 -1.01744509e-01  3.57882429e-02\n",
      "   1.90106570e-01  8.26244072e-02  1.04133927e-01  2.45853943e-01\n",
      "  -1.53879724e-01 -3.24464559e-02 -1.16178935e-01  5.90396981e-03\n",
      "   5.98577874e-02  5.33748081e-02  7.36878079e-02 -4.03310641e-02\n",
      "   6.46229107e-02 -3.69111948e-02 -5.72053956e-02  2.60111626e-02\n",
      "  -4.75087453e-02  1.98078463e-03 -8.62173727e-02  1.04703627e-03\n",
      "  -3.25652999e-02 -1.24994291e-02 -3.77016395e-03  6.13315958e-02\n",
      "   6.63987380e-03  3.95942736e-02 -2.00850778e-02  1.81811287e-02\n",
      "   2.79212390e-02 -2.76905532e-02 -2.36819919e-02 -4.62636672e-03\n",
      "  -2.81776592e-03 -2.25192860e-02]\n",
      " [ 2.81038713e-01 -1.06070707e-01 -4.98689582e-01  6.20714502e-01\n",
      "  -1.16421697e+00 -1.60847339e-01 -2.81002543e-01  2.27026298e-01\n",
      "  -1.59195702e+00  3.24053153e-01  1.62949969e-01  4.74378922e-01\n",
      "  -4.02074573e-01  7.54661656e-01 -8.29243474e-02 -6.15258180e-01\n",
      "  -4.98802961e-01  4.37766122e-01 -1.16623643e-01 -2.17668819e-02\n",
      "   1.58338253e-01 -2.89840914e-01  1.93209198e-01 -6.75709188e-02\n",
      "  -3.57922698e-02 -1.78269764e-01 -1.44222969e-01  2.20832184e-02\n",
      "  -1.00692473e-01 -5.89385600e-04  2.33256875e-03 -2.45920860e-02\n",
      "  -4.13321782e-04 -8.03843082e-03 -7.50016876e-02  4.13944500e-02\n",
      "   6.95436217e-02  3.27335473e-02 -3.18814003e-02 -4.61817828e-03\n",
      "  -7.99212938e-03  4.29924338e-03  3.65934329e-02 -2.08129066e-02\n",
      "   3.16589232e-02  6.55062047e-02 -7.17585291e-03 -2.40934940e-02\n",
      "  -1.10143561e-02  1.04288631e-02]\n",
      " [ 9.86944254e-01  9.97755594e-01 -1.55617257e-01  8.30565626e-01\n",
      "  -7.09505133e-01  1.04436737e+00  1.18254459e+00  5.88154217e-03\n",
      "   8.72486945e-01 -3.07212190e-01  3.91284600e-01 -1.84233693e-01\n",
      "   5.44158537e-03 -1.77506848e-01 -3.36443368e-01 -2.48693272e-01\n",
      "   2.42247807e-01 -1.51821761e-01 -1.19328454e-03  2.03878413e-01\n",
      "  -2.05164655e-01  2.33872550e-01  7.03103580e-02  1.40638647e-01\n",
      "  -1.44732455e-01 -1.00091368e-01  5.86347445e-02 -6.33515540e-04\n",
      "   2.86162411e-02  1.34706321e-02 -8.40738757e-02 -6.55928735e-02\n",
      "   1.39021606e-01  3.17834702e-02  1.48972602e-01  1.18856649e-02\n",
      "   5.22007524e-03  4.02699656e-03  5.03046184e-02 -4.89120195e-02\n",
      "  -1.46080268e-02  1.12118841e-02 -3.55358965e-02 -7.18601751e-03\n",
      "   1.56873228e-02  1.65100877e-03  7.99863415e-03  4.12177764e-03\n",
      "  -7.14008599e-03 -4.04232326e-03]\n",
      " [ 8.21317071e-01 -6.01442633e-01  7.78690116e-01 -2.93404244e-01\n",
      "   1.36272396e-01 -1.26591158e+00  1.52410946e-01  2.14424557e-02\n",
      "   4.81618748e-01 -9.75151546e-01  1.17724088e-01  9.03732142e-01\n",
      "  -1.07588396e+00 -3.33521442e-01  2.64936863e-01  1.91071273e-02\n",
      "   2.00262597e-01  8.74358749e-02 -4.32853267e-01  1.09355506e-01\n",
      "  -1.61188140e-02 -7.33496979e-02  1.69012962e-01 -4.52651365e-02\n",
      "   1.68489547e-01 -4.77493878e-02  1.23061710e-01 -1.08505657e-01\n",
      "   1.70415249e-02 -9.06589439e-02 -5.11648461e-02  2.37845900e-03\n",
      "  -1.24082317e-02 -2.23521984e-02  1.18799118e-02  2.16191030e-02\n",
      "   3.42850225e-02 -1.35388108e-02  1.53038357e-02  1.84322330e-02\n",
      "   1.65816700e-02 -3.77810761e-02 -6.66108281e-02  4.88277548e-02\n",
      "  -2.07107041e-02  2.97689019e-02  3.33696798e-02  2.49175396e-02\n",
      "   5.43063570e-02  1.39782444e-02]\n",
      " [-2.02447342e+00  1.36005698e+00  6.07563976e-01  2.17675548e-01\n",
      "  -4.15378515e-01 -1.20741811e-01 -7.57348248e-01 -8.32737866e-02\n",
      "   1.67731669e-01 -3.31384722e-01 -1.65076333e-01  2.46534216e-01\n",
      "   3.39411687e-02 -1.94033484e-01 -1.00943946e-01 -1.23590336e-01\n",
      "   2.66122301e-02 -3.18987874e-02  1.06766485e-01 -1.38871006e-01\n",
      "   5.46204544e-02  5.84432599e-02 -9.35295046e-02 -1.41942959e-01\n",
      "  -1.64739489e-01  4.01265241e-02  5.85550756e-02 -5.63811422e-02\n",
      "  -2.28542091e-02 -7.15151257e-02 -9.47981552e-02  2.21532669e-02\n",
      "   3.24689625e-02  5.36374198e-02 -1.34151811e-02  3.14545797e-02\n",
      "  -2.46182079e-02 -6.31445276e-03 -7.68522691e-03 -3.58183284e-02\n",
      "  -1.11932301e-02  2.65863969e-02 -2.28074236e-02 -3.77755367e-02\n",
      "  -4.43901363e-03 -2.77389644e-02 -2.30150287e-02  4.82965272e-02\n",
      "  -1.65950387e-02 -1.57904244e-02]\n",
      " [-1.26776994e+00 -8.47536883e-01 -1.11447144e+00  2.54546807e-01\n",
      "   8.34266787e-01 -1.64213444e-02  1.44336003e+00  6.81377110e-02\n",
      "  -1.79982713e-01 -1.38871925e-01 -5.58060330e-01 -2.12850738e-01\n",
      "  -2.02643941e-01 -9.40410435e-02  3.31649594e-01  1.57062428e-01\n",
      "  -2.82657063e-01 -1.30563515e-01 -1.45221544e-01 -3.99734419e-02\n",
      "  -1.43196433e-02  5.77836837e-02  6.82086688e-02  2.73141707e-02\n",
      "  -2.90904988e-02 -1.02381760e-01  9.88501252e-02  6.29770835e-02\n",
      "   5.03648471e-02  6.98190766e-02 -1.04691536e-02  2.12847388e-02\n",
      "   6.43512172e-03 -1.08575036e-01  5.07161125e-02 -1.31902035e-02\n",
      "   2.15193501e-03  2.61123684e-03 -2.02871393e-02  1.46652515e-02\n",
      "  -1.80772526e-02 -2.26542778e-02  2.76218012e-02  2.82949177e-02\n",
      "   1.16920160e-02 -3.06900966e-02  8.49843168e-03  2.64746390e-02\n",
      "   3.88332178e-04  5.28651329e-02]\n",
      " [ 1.22295367e-01 -6.55785524e-01  1.74560763e+00  1.59406711e-02\n",
      "  -7.06336565e-02 -4.82245017e-02  3.72190028e-01  9.70381028e-01\n",
      "  -1.37587721e-01  9.24663454e-01 -3.41001695e-01 -7.32059344e-01\n",
      "   3.51866391e-01  2.03663396e-01 -2.08975389e-01  1.96015410e-01\n",
      "   8.07849340e-02 -1.79164152e-01  3.03686495e-01 -1.40635673e-01\n",
      "   2.23777359e-01  1.32434399e-01 -2.57769429e-01 -2.77946678e-02\n",
      "  -9.14746266e-03  4.59142135e-02 -2.20459182e-01 -4.32142369e-02\n",
      "  -2.01745641e-02 -2.58637044e-02  9.17564922e-02 -2.03785380e-02\n",
      "  -1.05518313e-01 -1.20174738e-03  1.53299136e-02 -8.04638774e-02\n",
      "  -4.18619209e-02  1.29861265e-02  2.96922910e-02  2.50810469e-04\n",
      "  -3.86949016e-03  3.84542632e-02  2.54732097e-02 -3.79558273e-02\n",
      "  -3.85563404e-02  9.68414360e-03 -1.29150363e-03 -4.48673338e-02\n",
      "  -2.60279450e-03 -1.67098788e-03]\n",
      " [ 1.03540461e+00  4.62450548e-01  2.61951470e-01 -1.60213810e-01\n",
      "   4.11215409e-01  3.06486918e-01 -4.75495838e-01 -1.58395936e+00\n",
      "  -4.02567797e-01 -1.74171100e-01 -1.31202543e+00 -3.89547477e-01\n",
      "   2.21857940e-01  6.28435219e-02  3.06911850e-01  3.63806839e-01\n",
      "  -2.14483630e-01 -1.38481955e-01  1.87569586e-01 -2.18338418e-01\n",
      "   3.35900325e-02 -2.08016858e-02  1.51973559e-01  2.94956585e-02\n",
      "   1.00558137e-01  1.52622458e-01  2.34990836e-02 -3.70800462e-02\n",
      "  -4.34065145e-02  8.03662884e-02  3.18468337e-02  2.65084456e-03\n",
      "  -1.09396623e-02  8.08262899e-03 -8.62768228e-02 -3.73691914e-03\n",
      "  -3.53639451e-03  6.57415093e-02 -5.60813177e-02  6.46266353e-02\n",
      "   3.83720749e-02 -1.02202932e-02 -2.84177762e-03  2.38112931e-02\n",
      "  -2.46402694e-02  7.07103296e-03  8.88823553e-03  1.98459817e-02\n",
      "  -5.33778994e-02 -1.49667868e-02]\n",
      " [ 2.61088866e-01  1.15188727e+00 -6.32912926e-01 -1.95529820e+00\n",
      "   6.65088792e-01 -1.66163794e-01  2.62326638e-01  3.54199164e-01\n",
      "  -3.46295895e-01  5.54152432e-01  7.10860980e-01  1.34665573e-01\n",
      "   1.76965440e-01 -1.44015012e-02 -5.60876639e-03 -3.42876232e-02\n",
      "   1.83977762e-01  1.30585276e-01  1.71817596e-02 -6.37600474e-02\n",
      "   9.58989009e-03  1.54775540e-04 -1.37701531e-01  1.82962759e-02\n",
      "   9.56412060e-02  2.58724676e-02 -1.10450353e-02  7.52397536e-02\n",
      "   2.69688706e-03  6.00567899e-02  6.12001629e-02  4.17810093e-02\n",
      "  -1.26535517e-02  8.42449435e-02 -3.72380808e-02  1.60733711e-02\n",
      "  -4.63554220e-02 -9.43216335e-02  4.22732851e-02 -7.86813167e-02\n",
      "  -3.22225050e-02  6.30507721e-03  3.44711561e-02 -3.74955964e-03\n",
      "   8.80054777e-03 -3.92244400e-02  9.90250267e-03 -4.64158262e-02\n",
      "   2.93881011e-04 -3.94896851e-02]]\n"
     ]
    }
   ],
   "source": [
    "kmeans = KMeans(n_clusters=10, random_state=0).fit(audio_pca)\n",
    "labels_k = kmeans.labels_\n",
    "print(\"labels_k--\",labels_k, '\\n',\"#data points\", len(labels_k), '\\n')\n",
    "print(\"k_cluster centers:\\n\", kmeans.cluster_centers_)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [],
   "source": [
    "centers = kmeans.cluster_centers_\n",
    "colsc = []\n",
    "for i in range(50):\n",
    "    colsc.append((str(f[i])+'Hz'))\n",
    "    \n",
    "C_data = np.array([[0.0 for i in range(50)] for i in range(10)])\n",
    "for i in range(10):\n",
    "    C_data[i] = centers[i,:]\n",
    "df_center = pd.DataFrame(np.array([C_data[i] for i in range(10)]), columns = colsc)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
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       "<table border=\"1\" class=\"dataframe\">\n",
       "  <thead>\n",
       "    <tr style=\"text-align: right;\">\n",
       "      <th></th>\n",
       "      <th>0.0Hz</th>\n",
       "      <th>40.0Hz</th>\n",
       "      <th>80.0Hz</th>\n",
       "      <th>120.0Hz</th>\n",
       "      <th>160.0Hz</th>\n",
       "      <th>200.0Hz</th>\n",
       "      <th>240.0Hz</th>\n",
       "      <th>280.0Hz</th>\n",
       "      <th>320.0Hz</th>\n",
       "      <th>360.0Hz</th>\n",
       "      <th>...</th>\n",
       "      <th>1600.0Hz</th>\n",
       "      <th>1640.0Hz</th>\n",
       "      <th>1680.0Hz</th>\n",
       "      <th>1720.0Hz</th>\n",
       "      <th>1760.0Hz</th>\n",
       "      <th>1800.0Hz</th>\n",
       "      <th>1840.0Hz</th>\n",
       "      <th>1880.0Hz</th>\n",
       "      <th>1920.0Hz</th>\n",
       "      <th>1960.0Hz</th>\n",
       "    </tr>\n",
       "  </thead>\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>0</th>\n",
       "      <td>0.218421</td>\n",
       "      <td>-0.181374</td>\n",
       "      <td>-0.756645</td>\n",
       "      <td>1.384270</td>\n",
       "      <td>1.122979</td>\n",
       "      <td>-0.619758</td>\n",
       "      <td>-1.190600</td>\n",
       "      <td>0.083837</td>\n",
       "      <td>0.570244</td>\n",
       "      <td>0.569921</td>\n",
       "      <td>...</td>\n",
       "      <td>0.027591</td>\n",
       "      <td>-0.057986</td>\n",
       "      <td>0.022673</td>\n",
       "      <td>-0.008793</td>\n",
       "      <td>-0.001765</td>\n",
       "      <td>0.011113</td>\n",
       "      <td>-0.015278</td>\n",
       "      <td>-0.003173</td>\n",
       "      <td>0.039241</td>\n",
       "      <td>0.018528</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>1</th>\n",
       "      <td>-0.388187</td>\n",
       "      <td>-1.574008</td>\n",
       "      <td>-0.446186</td>\n",
       "      <td>-0.964569</td>\n",
       "      <td>-0.844178</td>\n",
       "      <td>1.100405</td>\n",
       "      <td>-0.857404</td>\n",
       "      <td>-0.146475</td>\n",
       "      <td>0.585825</td>\n",
       "      <td>-0.501926</td>\n",
       "      <td>...</td>\n",
       "      <td>0.006640</td>\n",
       "      <td>0.039594</td>\n",
       "      <td>-0.020085</td>\n",
       "      <td>0.018181</td>\n",
       "      <td>0.027921</td>\n",
       "      <td>-0.027691</td>\n",
       "      <td>-0.023682</td>\n",
       "      <td>-0.004626</td>\n",
       "      <td>-0.002818</td>\n",
       "      <td>-0.022519</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>2</th>\n",
       "      <td>0.281039</td>\n",
       "      <td>-0.106071</td>\n",
       "      <td>-0.498690</td>\n",
       "      <td>0.620715</td>\n",
       "      <td>-1.164217</td>\n",
       "      <td>-0.160847</td>\n",
       "      <td>-0.281003</td>\n",
       "      <td>0.227026</td>\n",
       "      <td>-1.591957</td>\n",
       "      <td>0.324053</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.007992</td>\n",
       "      <td>0.004299</td>\n",
       "      <td>0.036593</td>\n",
       "      <td>-0.020813</td>\n",
       "      <td>0.031659</td>\n",
       "      <td>0.065506</td>\n",
       "      <td>-0.007176</td>\n",
       "      <td>-0.024093</td>\n",
       "      <td>-0.011014</td>\n",
       "      <td>0.010429</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>3</th>\n",
       "      <td>0.986944</td>\n",
       "      <td>0.997756</td>\n",
       "      <td>-0.155617</td>\n",
       "      <td>0.830566</td>\n",
       "      <td>-0.709505</td>\n",
       "      <td>1.044367</td>\n",
       "      <td>1.182545</td>\n",
       "      <td>0.005882</td>\n",
       "      <td>0.872487</td>\n",
       "      <td>-0.307212</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.014608</td>\n",
       "      <td>0.011212</td>\n",
       "      <td>-0.035536</td>\n",
       "      <td>-0.007186</td>\n",
       "      <td>0.015687</td>\n",
       "      <td>0.001651</td>\n",
       "      <td>0.007999</td>\n",
       "      <td>0.004122</td>\n",
       "      <td>-0.007140</td>\n",
       "      <td>-0.004042</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>4</th>\n",
       "      <td>0.821317</td>\n",
       "      <td>-0.601443</td>\n",
       "      <td>0.778690</td>\n",
       "      <td>-0.293404</td>\n",
       "      <td>0.136272</td>\n",
       "      <td>-1.265912</td>\n",
       "      <td>0.152411</td>\n",
       "      <td>0.021442</td>\n",
       "      <td>0.481619</td>\n",
       "      <td>-0.975152</td>\n",
       "      <td>...</td>\n",
       "      <td>0.016582</td>\n",
       "      <td>-0.037781</td>\n",
       "      <td>-0.066611</td>\n",
       "      <td>0.048828</td>\n",
       "      <td>-0.020711</td>\n",
       "      <td>0.029769</td>\n",
       "      <td>0.033370</td>\n",
       "      <td>0.024918</td>\n",
       "      <td>0.054306</td>\n",
       "      <td>0.013978</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>5</th>\n",
       "      <td>-2.024473</td>\n",
       "      <td>1.360057</td>\n",
       "      <td>0.607564</td>\n",
       "      <td>0.217676</td>\n",
       "      <td>-0.415379</td>\n",
       "      <td>-0.120742</td>\n",
       "      <td>-0.757348</td>\n",
       "      <td>-0.083274</td>\n",
       "      <td>0.167732</td>\n",
       "      <td>-0.331385</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.011193</td>\n",
       "      <td>0.026586</td>\n",
       "      <td>-0.022807</td>\n",
       "      <td>-0.037776</td>\n",
       "      <td>-0.004439</td>\n",
       "      <td>-0.027739</td>\n",
       "      <td>-0.023015</td>\n",
       "      <td>0.048297</td>\n",
       "      <td>-0.016595</td>\n",
       "      <td>-0.015790</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>6</th>\n",
       "      <td>-1.267770</td>\n",
       "      <td>-0.847537</td>\n",
       "      <td>-1.114471</td>\n",
       "      <td>0.254547</td>\n",
       "      <td>0.834267</td>\n",
       "      <td>-0.016421</td>\n",
       "      <td>1.443360</td>\n",
       "      <td>0.068138</td>\n",
       "      <td>-0.179983</td>\n",
       "      <td>-0.138872</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.018077</td>\n",
       "      <td>-0.022654</td>\n",
       "      <td>0.027622</td>\n",
       "      <td>0.028295</td>\n",
       "      <td>0.011692</td>\n",
       "      <td>-0.030690</td>\n",
       "      <td>0.008498</td>\n",
       "      <td>0.026475</td>\n",
       "      <td>0.000388</td>\n",
       "      <td>0.052865</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>7</th>\n",
       "      <td>0.122295</td>\n",
       "      <td>-0.655786</td>\n",
       "      <td>1.745608</td>\n",
       "      <td>0.015941</td>\n",
       "      <td>-0.070634</td>\n",
       "      <td>-0.048225</td>\n",
       "      <td>0.372190</td>\n",
       "      <td>0.970381</td>\n",
       "      <td>-0.137588</td>\n",
       "      <td>0.924663</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.003869</td>\n",
       "      <td>0.038454</td>\n",
       "      <td>0.025473</td>\n",
       "      <td>-0.037956</td>\n",
       "      <td>-0.038556</td>\n",
       "      <td>0.009684</td>\n",
       "      <td>-0.001292</td>\n",
       "      <td>-0.044867</td>\n",
       "      <td>-0.002603</td>\n",
       "      <td>-0.001671</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>8</th>\n",
       "      <td>1.035405</td>\n",
       "      <td>0.462451</td>\n",
       "      <td>0.261951</td>\n",
       "      <td>-0.160214</td>\n",
       "      <td>0.411215</td>\n",
       "      <td>0.306487</td>\n",
       "      <td>-0.475496</td>\n",
       "      <td>-1.583959</td>\n",
       "      <td>-0.402568</td>\n",
       "      <td>-0.174171</td>\n",
       "      <td>...</td>\n",
       "      <td>0.038372</td>\n",
       "      <td>-0.010220</td>\n",
       "      <td>-0.002842</td>\n",
       "      <td>0.023811</td>\n",
       "      <td>-0.024640</td>\n",
       "      <td>0.007071</td>\n",
       "      <td>0.008888</td>\n",
       "      <td>0.019846</td>\n",
       "      <td>-0.053378</td>\n",
       "      <td>-0.014967</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>9</th>\n",
       "      <td>0.261089</td>\n",
       "      <td>1.151887</td>\n",
       "      <td>-0.632913</td>\n",
       "      <td>-1.955298</td>\n",
       "      <td>0.665089</td>\n",
       "      <td>-0.166164</td>\n",
       "      <td>0.262327</td>\n",
       "      <td>0.354199</td>\n",
       "      <td>-0.346296</td>\n",
       "      <td>0.554152</td>\n",
       "      <td>...</td>\n",
       "      <td>-0.032223</td>\n",
       "      <td>0.006305</td>\n",
       "      <td>0.034471</td>\n",
       "      <td>-0.003750</td>\n",
       "      <td>0.008801</td>\n",
       "      <td>-0.039224</td>\n",
       "      <td>0.009903</td>\n",
       "      <td>-0.046416</td>\n",
       "      <td>0.000294</td>\n",
       "      <td>-0.039490</td>\n",
       "    </tr>\n",
       "  </tbody>\n",
       "</table>\n",
       "<p>10 rows × 50 columns</p>\n",
       "</div>"
      ],
      "text/plain": [
       "      0.0Hz    40.0Hz    80.0Hz   120.0Hz   160.0Hz   200.0Hz   240.0Hz  \\\n",
       "0  0.218421 -0.181374 -0.756645  1.384270  1.122979 -0.619758 -1.190600   \n",
       "1 -0.388187 -1.574008 -0.446186 -0.964569 -0.844178  1.100405 -0.857404   \n",
       "2  0.281039 -0.106071 -0.498690  0.620715 -1.164217 -0.160847 -0.281003   \n",
       "3  0.986944  0.997756 -0.155617  0.830566 -0.709505  1.044367  1.182545   \n",
       "4  0.821317 -0.601443  0.778690 -0.293404  0.136272 -1.265912  0.152411   \n",
       "5 -2.024473  1.360057  0.607564  0.217676 -0.415379 -0.120742 -0.757348   \n",
       "6 -1.267770 -0.847537 -1.114471  0.254547  0.834267 -0.016421  1.443360   \n",
       "7  0.122295 -0.655786  1.745608  0.015941 -0.070634 -0.048225  0.372190   \n",
       "8  1.035405  0.462451  0.261951 -0.160214  0.411215  0.306487 -0.475496   \n",
       "9  0.261089  1.151887 -0.632913 -1.955298  0.665089 -0.166164  0.262327   \n",
       "\n",
       "    280.0Hz   320.0Hz   360.0Hz  ...  1600.0Hz  1640.0Hz  1680.0Hz  1720.0Hz  \\\n",
       "0  0.083837  0.570244  0.569921  ...  0.027591 -0.057986  0.022673 -0.008793   \n",
       "1 -0.146475  0.585825 -0.501926  ...  0.006640  0.039594 -0.020085  0.018181   \n",
       "2  0.227026 -1.591957  0.324053  ... -0.007992  0.004299  0.036593 -0.020813   \n",
       "3  0.005882  0.872487 -0.307212  ... -0.014608  0.011212 -0.035536 -0.007186   \n",
       "4  0.021442  0.481619 -0.975152  ...  0.016582 -0.037781 -0.066611  0.048828   \n",
       "5 -0.083274  0.167732 -0.331385  ... -0.011193  0.026586 -0.022807 -0.037776   \n",
       "6  0.068138 -0.179983 -0.138872  ... -0.018077 -0.022654  0.027622  0.028295   \n",
       "7  0.970381 -0.137588  0.924663  ... -0.003869  0.038454  0.025473 -0.037956   \n",
       "8 -1.583959 -0.402568 -0.174171  ...  0.038372 -0.010220 -0.002842  0.023811   \n",
       "9  0.354199 -0.346296  0.554152  ... -0.032223  0.006305  0.034471 -0.003750   \n",
       "\n",
       "   1760.0Hz  1800.0Hz  1840.0Hz  1880.0Hz  1920.0Hz  1960.0Hz  \n",
       "0 -0.001765  0.011113 -0.015278 -0.003173  0.039241  0.018528  \n",
       "1  0.027921 -0.027691 -0.023682 -0.004626 -0.002818 -0.022519  \n",
       "2  0.031659  0.065506 -0.007176 -0.024093 -0.011014  0.010429  \n",
       "3  0.015687  0.001651  0.007999  0.004122 -0.007140 -0.004042  \n",
       "4 -0.020711  0.029769  0.033370  0.024918  0.054306  0.013978  \n",
       "5 -0.004439 -0.027739 -0.023015  0.048297 -0.016595 -0.015790  \n",
       "6  0.011692 -0.030690  0.008498  0.026475  0.000388  0.052865  \n",
       "7 -0.038556  0.009684 -0.001292 -0.044867 -0.002603 -0.001671  \n",
       "8 -0.024640  0.007071  0.008888  0.019846 -0.053378 -0.014967  \n",
       "9  0.008801 -0.039224  0.009903 -0.046416  0.000294 -0.039490  \n",
       "\n",
       "[10 rows x 50 columns]"
      ]
     },
     "execution_count": 13,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df_center"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "centers = kmeans.cluster_centers_\n",
    "indices = {i: np.where(kmeans.labels_ == i)[0] for i in range(kmeans.n_clusters)}"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "{0: array([    6,    19,    30, ..., 23890, 23966, 23984], dtype=int64), 1: array([    7,    18,    23, ..., 23993, 23997, 24000], dtype=int64), 2: array([    2,     8,    20, ..., 23971, 23988, 23992], dtype=int64), 3: array([    3,    43,    67, ..., 23945, 23962, 23974], dtype=int64), 4: array([    5,    21,    35, ..., 23957, 23961, 23995], dtype=int64), 5: array([   15,    17,    31, ..., 23987, 23991, 23999], dtype=int64), 6: array([   26,    34,    48, ..., 23973, 23979, 23998], dtype=int64), 7: array([   24,    25,    55, ..., 23952, 23964, 23970], dtype=int64), 8: array([    0,     4,     9, ..., 23985, 23996, 24001], dtype=int64), 9: array([   10,    11,    14, ..., 23989, 23990, 23994], dtype=int64), 10: array([    1,    12,    22, ..., 23956, 23982, 23983], dtype=int64)} \n",
      " {0:              0         1         2         3         4         5         6   \\\n",
      "6     -0.724232  1.185434 -2.082349 -1.768147 -1.950397 -1.736932  3.031381   \n",
      "19    -1.420992  0.128411  0.241671 -3.200366  0.139792 -0.313606  2.202582   \n",
      "30     0.723655  1.281239 -1.942253 -1.476577 -0.759560 -0.422946  1.700637   \n",
      "46     0.709085  0.460798 -0.972770 -1.435052 -1.528938  0.988703  1.113427   \n",
      "54     0.283526  1.078347 -1.198486 -2.827632  0.843180  2.185230 -1.879007   \n",
      "63    -0.147783  3.270509 -1.080650 -1.149420 -0.246721 -0.277151 -0.711138   \n",
      "68     0.151375 -0.836591 -0.176156 -2.228524 -0.730816 -0.081452 -0.731340   \n",
      "96     0.350359  3.017412 -3.269116 -0.275497 -1.639824 -1.237588  1.315534   \n",
      "100   -2.116676  0.001129  1.284247 -2.261097 -2.282012  1.833064 -2.800726   \n",
      "101   -1.133403  2.112369 -1.743668  0.372085 -1.398659  0.582299 -1.371769   \n",
      "119   -0.031888  2.522455 -1.919140 -0.662141  2.640466  0.804401 -1.237975   \n",
      "122    0.605173  0.829446  0.233819 -2.303466 -1.711266  2.398005 -1.582611   \n",
      "133   -0.621987  0.930417 -1.408694 -2.231984  1.542281 -0.754049 -0.516867   \n",
      "147   -0.365100  1.689797 -3.431583 -2.779444 -0.991520 -0.369094 -1.427558   \n",
      "162    1.457614  0.591160 -2.135117 -0.520340  1.430772  0.009270  0.253700   \n",
      "193    0.227989  0.307484 -1.658624 -0.452909 -0.249650  2.385560 -2.127847   \n",
      "198   -1.793546  2.436154 -1.330318 -2.991995 -0.943855 -1.294886 -0.888704   \n",
      "202   -0.703282  0.788978  0.029757 -2.953342  1.400465 -0.375650 -0.008196   \n",
      "205    0.483171  0.108271 -0.627032 -1.277645 -0.289306  1.949195  1.391251   \n",
      "211   -2.113190  2.581955  0.239306 -1.908432 -0.952608  0.516706 -2.134016   \n",
      "212    0.598127  2.213832 -0.447700 -2.187730 -2.262385  0.796594  1.137513   \n",
      "227   -0.836663 -0.449476 -1.830073 -0.388152 -1.717558  0.690256 -1.506602   \n",
      "232    0.116542  0.800544 -1.550247 -0.912222 -0.806438 -0.172063 -0.399832   \n",
      "234   -1.479379  1.153615  0.004821 -1.255460 -2.117247 -0.772232 -1.541559   \n",
      "236   -0.887858  0.006058 -2.994731 -2.049478  1.735663  1.461767 -0.814616   \n",
      "243    0.380840  1.202661 -0.865281 -3.281772 -1.009195  1.605906 -0.171384   \n",
      "269   -1.415320 -2.641512 -0.134173 -0.903470 -0.811730  0.660880 -1.883079   \n",
      "276    2.616865  0.003608 -1.471383 -3.585064 -2.976984 -0.533805 -1.533138   \n",
      "280   -0.856882  2.904002 -1.168230 -2.997370  0.096356  2.303039  1.548794   \n",
      "285   -0.035238  1.206357 -0.074463 -3.930265  1.366060  1.290464 -4.149560   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11669  4.055724  2.046546 -0.091425 -2.411833  0.385451 -1.212146 -1.833769   \n",
      "11671 -1.907102 -3.771353 -0.398397 -3.584124 -1.859561 -0.852877 -1.543788   \n",
      "11686  0.430503  3.975153 -1.291496 -1.409552  1.505281 -2.034188  2.077658   \n",
      "11716  1.204722  3.857021 -0.476827 -3.567855 -0.103905  0.144726 -0.535764   \n",
      "11720 -2.499911 -0.186453 -0.538458 -2.181061 -0.778445 -0.044340 -0.381628   \n",
      "11722 -2.903676  0.432978 -0.313701 -1.239151  1.575968  1.786625 -0.099520   \n",
      "11729 -1.656298  0.239247 -0.609482 -1.426783 -0.906516  0.410015 -0.300358   \n",
      "11731 -0.976532  0.024774 -1.497475  0.018338 -1.343096  0.713876 -2.407754   \n",
      "11753 -1.650678  1.307488 -1.904285 -3.223544  0.118743 -1.463760 -0.444111   \n",
      "11755 -2.924713 -0.252390 -2.029171 -2.270294 -0.418855  2.206099  1.339947   \n",
      "11757 -0.502863  3.179954  0.035704  0.448625 -0.901231  1.001553 -2.540404   \n",
      "11759 -4.995633 -0.050315 -1.871569 -2.947866 -2.611904  0.570425 -2.288276   \n",
      "11783  0.951293  0.452301 -0.549142 -1.982838  1.777207  0.154114 -1.932787   \n",
      "11791  0.053960 -4.099026 -0.921366 -3.620274 -0.699779 -0.515259 -1.909719   \n",
      "11794 -1.522245  1.740779  0.581293 -2.076917 -0.136590  1.576298  0.037359   \n",
      "11795 -0.254410  2.960257  0.739471 -3.096885 -0.726663  1.115381  0.526934   \n",
      "11800 -1.686145  0.785630  0.105982 -1.805367 -1.008367 -1.578272 -1.492558   \n",
      "11807 -0.526632  0.369510 -2.444017 -2.029830 -3.225437  0.767802 -3.360403   \n",
      "11816 -0.570667  0.940005  0.042893 -0.663045  0.826817  0.485100  0.179074   \n",
      "11833 -0.808555  3.983326  0.219024 -2.133745  3.586084  3.317658 -1.106658   \n",
      "11834 -0.346697 -0.466393  0.180858 -2.575177  0.162851 -0.168648 -0.022539   \n",
      "11843  2.087711  1.264179  0.437107 -1.766922 -2.123812 -1.634895 -3.001663   \n",
      "11848 -3.200391  1.995266 -1.173570 -3.464778  0.504601 -0.680830  1.333798   \n",
      "11856 -4.272240  2.437704  0.787663 -3.164043 -0.736094  2.360989 -0.687332   \n",
      "11860  2.421102  2.763666  0.279114 -4.613736 -2.474311 -2.316249  1.269945   \n",
      "11873 -0.563594  1.873608 -1.508250 -3.927324 -0.271773 -0.909828  2.830213   \n",
      "11886 -0.821821  1.937323 -0.705626  0.047980 -0.456578  0.577537  0.297708   \n",
      "11889 -1.789462 -1.095529  1.208938 -4.148629 -1.794519  1.310138  1.206375   \n",
      "11965 -1.419101  1.158206 -2.989247 -1.600582 -0.561221  1.393057  2.841275   \n",
      "11983 -2.681913  1.259877 -2.944210 -2.329851  0.091478  0.155399 -0.327652   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "6      0.672213  0.125088 -0.935890  ... -0.168605  2.220851 -0.285988   \n",
      "19    -1.811008  0.773211  1.080640  ...  0.549143 -0.660455  0.394514   \n",
      "30    -1.434790  2.406405  2.887647  ...  0.451428 -0.215535  0.842418   \n",
      "46    -0.164057 -0.729198 -0.477247  ...  1.268339  0.571614  0.363051   \n",
      "54     0.476827 -0.879791 -0.857001  ... -0.029114  0.125891  0.017428   \n",
      "63    -2.096690  2.851733  2.050387  ... -1.412918  0.893488  0.157680   \n",
      "68    -2.473015  1.958389  1.278013  ... -1.690844  0.269273 -0.675586   \n",
      "96     3.165413  3.407884  1.189663  ...  0.547708  0.765721  0.899046   \n",
      "100   -0.184941  1.056587  2.090246  ... -0.148323 -1.667607  2.173142   \n",
      "101   -0.444875 -1.018206 -1.427016  ... -2.492854  0.047700 -0.484626   \n",
      "119    1.333575 -0.931407  1.748589  ...  1.708284 -4.473367  2.079896   \n",
      "122    1.196612  0.594062 -1.125280  ...  0.770968  0.935827 -1.376694   \n",
      "133   -1.279053 -1.760007  1.810712  ... -0.653177 -1.087753  0.132453   \n",
      "147    0.942586  1.255560  0.465802  ... -1.063996  1.998742  0.248220   \n",
      "162    0.673759  1.561928  0.697690  ... -0.564058  0.025593 -1.265163   \n",
      "193   -2.163425 -0.505604  1.306928  ... -0.792581 -1.437937 -0.525624   \n",
      "198   -0.682158  0.193572  1.036851  ... -1.967874 -1.163813  0.506015   \n",
      "202   -2.009311 -0.371129 -0.168335  ... -0.793538  0.165018 -1.346186   \n",
      "205   -1.986262 -0.637830  1.207276  ...  0.470726 -0.419404 -0.882928   \n",
      "211    1.874276 -1.988213 -0.285209  ... -0.158660 -0.492907 -1.142853   \n",
      "212    2.071653  1.369924 -1.815748  ...  0.202389 -0.397600  0.269989   \n",
      "227    1.063276  1.350439  0.381626  ...  1.603441  0.943144 -0.896609   \n",
      "232   -0.671840 -1.713490  1.186999  ... -0.017314  0.385647 -0.838215   \n",
      "234    2.405793  0.082374  2.487763  ... -1.302123  1.193709 -0.082387   \n",
      "236   -1.243844  0.641611 -0.206063  ...  0.860486 -0.526211 -0.829959   \n",
      "243   -0.206069  0.851612 -0.830897  ...  1.422554 -0.560834 -0.883268   \n",
      "269    0.161045 -1.715705  1.428076  ... -1.241302  0.185502 -0.187790   \n",
      "276   -0.905400  0.346868 -2.139444  ... -0.798014  2.773257 -0.559234   \n",
      "280   -0.938265  0.553877  1.368178  ... -1.322870 -1.209122 -0.865189   \n",
      "285   -0.082853 -2.695187  1.454333  ...  0.189953  0.614598  1.378815   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11669  0.355001  0.363472  2.436063  ... -1.529971  0.435401  0.297588   \n",
      "11671  1.298663  1.943942  0.080685  ...  0.189855  0.483392  1.453844   \n",
      "11686 -2.270831  2.634710  0.765777  ... -0.316085  1.278271  1.407791   \n",
      "11716  0.691109  2.158425 -0.931152  ...  1.024759  1.274007  0.069919   \n",
      "11720 -0.602834 -0.596103  0.873405  ...  1.223299  0.202591  0.953617   \n",
      "11722  1.538634 -0.340420  2.880239  ...  0.714362 -1.575598 -0.897390   \n",
      "11729 -3.788469  0.930149  0.827521  ... -1.107613  0.714461 -1.616363   \n",
      "11731  0.639218 -1.008662  2.424463  ... -0.785586 -2.494856  0.679338   \n",
      "11753 -0.944525 -2.073886 -0.931315  ...  1.010959 -1.418175 -1.158650   \n",
      "11755 -1.653322  0.764654  2.069920  ... -0.580609  0.486023 -1.361997   \n",
      "11757  1.311547  0.373474  1.817680  ...  0.526637 -2.363374  1.133591   \n",
      "11759 -1.957238 -0.192005  0.039404  ... -0.978337 -1.671354 -1.666840   \n",
      "11783  1.523124 -0.733780 -0.023623  ... -0.176711  0.355450 -1.077635   \n",
      "11791 -2.124946 -2.213118  0.345174  ... -0.800723  1.829079  3.053341   \n",
      "11794 -3.188384  4.513501  1.556412  ... -0.045938  1.344799 -1.842540   \n",
      "11795  1.344409 -0.752519  1.070313  ...  0.655006 -0.614039 -0.397026   \n",
      "11800  1.263162 -0.113415 -2.791901  ...  0.921909 -0.292043 -0.395358   \n",
      "11807  0.733052 -1.119508  1.971098  ... -3.356895 -1.492164  0.383099   \n",
      "11816  0.747686  0.426086  1.326594  ... -1.535726 -3.366096 -0.058237   \n",
      "11833  1.397825  1.547269  2.558023  ...  0.544359  2.315015 -0.567331   \n",
      "11834 -0.109707  0.977293  3.414548  ... -0.581588 -0.299744 -0.474216   \n",
      "11843 -0.348475 -0.660869  2.222581  ...  1.244194  0.275647  0.927922   \n",
      "11848 -1.176751 -1.970042  3.112598  ... -0.205719  0.772213 -0.469984   \n",
      "11856 -0.781419  1.935159 -0.292592  ...  0.779048 -1.965092  1.035707   \n",
      "11860 -2.088379 -0.195145  1.726470  ...  0.038789  0.973399  0.632257   \n",
      "11873  0.060732 -0.217394  2.781961  ...  0.894502 -0.440550 -1.389524   \n",
      "11886  0.960216  0.695222  0.999736  ... -1.462283  0.421178 -1.606788   \n",
      "11889 -3.212730  2.194102 -1.868417  ...  1.122074  0.849418  1.436720   \n",
      "11965  1.184209 -0.021816  1.799359  ...  1.731193 -1.395304  1.101845   \n",
      "11983 -0.238453 -1.174989  2.794780  ...  0.424399  1.693842  1.079681   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "6      0.072878  0.146341 -0.867118  0.356124  0.146614  0.503536 -0.495361  \n",
      "19    -1.365582  1.663064  0.009438  0.487937 -0.542692  0.670331  1.503329  \n",
      "30     1.139686 -1.928790 -0.104624 -0.554810  0.358130 -0.619349 -0.143083  \n",
      "46     1.124252 -0.815280 -1.477756 -0.459927 -0.024567  1.522836 -1.357575  \n",
      "54    -1.377672 -1.317988  1.300411  0.774509  0.342466  1.197443  0.601499  \n",
      "63    -0.512720 -0.703501 -0.701280  0.159798 -0.415547  0.544561 -0.544815  \n",
      "68    -0.908482  1.838263 -2.225212  1.571898 -0.965619 -0.641445  0.672396  \n",
      "96    -0.998342  1.070328  0.732661 -1.161923 -1.676404  0.669023 -0.665829  \n",
      "100   -0.514696  0.123296  0.654404  0.468767  0.299586 -0.765564  0.890878  \n",
      "101   -0.520132  0.534057  0.175050 -0.863634 -0.214493  0.102899 -0.625002  \n",
      "119   -0.093968 -0.535943 -0.003338 -0.354530 -0.051095 -2.532100 -1.638571  \n",
      "122    0.660789  1.640590 -0.050631 -0.913665 -0.001621 -0.204287  0.286610  \n",
      "133   -0.361797 -0.101345 -0.489554 -0.154298 -1.455852 -2.135096 -1.536467  \n",
      "147    0.567078  0.952199 -1.120559 -0.806647  0.479204 -0.264541 -0.946806  \n",
      "162    0.654230 -0.385942  0.305905  1.936517 -1.543793  1.656458 -0.251924  \n",
      "193   -0.061835 -0.341075  1.276521  0.754721 -0.646002 -0.653485 -1.493642  \n",
      "198    0.343122 -0.159444 -1.080088 -0.592650 -1.711660  2.653474 -0.803206  \n",
      "202    1.277199 -0.242509 -0.219102  0.254243 -0.684100  1.414367  0.492377  \n",
      "205    0.449739  0.620276 -0.497868 -0.107679  0.647561  0.293771 -0.346710  \n",
      "211    1.376187  0.537855  0.109001 -0.756165 -0.288848 -1.605224  0.209206  \n",
      "212   -2.871680  0.593477  1.405335  0.923328  1.644566 -0.250302  0.334381  \n",
      "227   -0.030854  0.826224  0.585405  0.440011  0.339725 -0.440406  1.792025  \n",
      "232    0.669984 -1.716927  0.694395  2.042863 -0.583199 -0.962353  1.303046  \n",
      "234    1.152917  0.620058  0.210589  0.796658  0.650545 -0.230634 -0.173966  \n",
      "236    0.145500  0.152909  0.799719 -0.091137  0.144412 -0.861732  0.006264  \n",
      "243   -0.913084 -1.573916  0.199098  0.624631  1.017049  0.031385  0.075191  \n",
      "269   -1.517220  1.229865  0.298287 -0.581380 -1.178134 -0.152574  0.296383  \n",
      "276    0.741557 -0.462423 -1.293443 -0.104931  1.133288 -1.363458  1.835166  \n",
      "280   -1.012809 -0.557103  0.515782  0.940426 -2.019727  0.382677  0.641348  \n",
      "285    0.617884  2.856330 -0.265103 -1.337013  2.839227 -2.219317  0.670950  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11669 -0.545584 -0.169480  0.538321  0.415415  2.207305 -0.665628 -1.502174  \n",
      "11671  0.203236 -0.942645 -0.543669 -2.048103 -1.049104 -0.631686 -0.548567  \n",
      "11686 -1.397283 -0.439219 -1.075486 -0.691532 -0.935159  0.333764 -0.523552  \n",
      "11716  0.509200  0.765729  0.782650  0.139556 -0.180767 -0.228256  0.567220  \n",
      "11720  1.032152  0.059444 -0.637107  0.367433  1.244120  0.401580 -0.266668  \n",
      "11722 -0.709121  1.595829  1.259604  0.555023 -0.802086 -1.209221 -0.391205  \n",
      "11729  0.373893  1.166838  0.381957  1.205583  0.305025 -1.431329 -0.980941  \n",
      "11731 -0.438504  0.424327 -1.488753 -0.753485  0.270512  0.016931  0.801373  \n",
      "11753 -0.263510 -0.380365  1.675301  0.224627  0.476789 -2.630710  0.991945  \n",
      "11755 -0.783979  0.232849 -0.981550 -0.001598 -0.180367 -0.068576 -0.490837  \n",
      "11757 -1.027879  1.201207 -0.434562  1.395534  0.558110 -0.499424  1.023913  \n",
      "11759  0.014221  0.980167 -0.475821  0.724941 -0.793892 -2.080501  0.183240  \n",
      "11783  2.422669 -0.442124  1.584451 -0.491738  1.737827 -0.006058  1.423208  \n",
      "11791  3.141966 -3.026103 -2.650987  0.557408  1.895329  0.686049 -2.304839  \n",
      "11794 -1.942778 -0.727250 -0.415586  1.176515 -0.638260 -1.017276 -0.424273  \n",
      "11795  1.487136  0.056571  0.380289 -0.490656  0.495013 -0.648536 -0.037976  \n",
      "11800  0.285376  0.100944  1.377005 -0.385338 -0.399740  0.194449 -0.282558  \n",
      "11807 -1.418557 -0.422667  2.934763  0.655102 -0.070152 -0.011673 -0.473079  \n",
      "11816  1.378702 -0.053315  1.066160  1.009584 -0.051402 -1.639623  0.394279  \n",
      "11833  0.528463  1.636590 -0.318454  1.096860  0.520504  0.835826 -0.430343  \n",
      "11834  0.451650 -0.972136 -1.568587  1.594875 -0.348432  0.740150 -0.986052  \n",
      "11843  0.536715  1.371076  2.951677 -0.580075  0.016426  1.590948  0.841501  \n",
      "11848 -1.417633 -0.874671 -0.731828  0.467105 -0.257783  1.023285  1.472400  \n",
      "11856  0.577131  0.475778  0.935536  0.768885 -0.738333 -0.187737 -1.317239  \n",
      "11860  2.100695 -1.476694 -0.712030 -0.237972 -0.432472  0.428625  0.633457  \n",
      "11873  0.295780 -2.034150  2.141611  0.649609 -0.433874 -1.760468 -0.282306  \n",
      "11886  0.187717  0.075764  0.385256  1.143824 -0.143091 -0.685417 -0.424771  \n",
      "11889 -1.357113 -0.327604  0.647973 -0.042766  1.119429  1.963409  0.221406  \n",
      "11965 -0.324206  2.387111  1.257053 -3.295080  0.278218 -2.364639  1.650940  \n",
      "11983 -0.373334 -0.855395 -0.281392 -0.863031 -1.221451  0.446727 -0.810825  \n",
      "\n",
      "[2139 rows x 50 columns], 1:              0         1         2         3         4         5         6   \\\n",
      "7      2.008882  2.062266 -0.947977 -1.153657  0.297901 -2.117108  0.266630   \n",
      "18    -0.988500  0.759884 -0.376780 -0.311833 -0.088986  0.337724  3.130179   \n",
      "23    -0.283854 -1.283728  1.750507 -1.049647  2.430185  2.346939  0.165272   \n",
      "29    -0.199381  2.425769  0.696304 -1.785025 -0.087694  2.556051  0.783342   \n",
      "47    -0.963105  1.066099 -1.921024 -0.111270  2.068976  0.714076  1.627683   \n",
      "52    -0.739556  0.544822  0.846051  2.090271 -1.571059 -0.272819  1.151151   \n",
      "53     0.704216 -1.243623 -2.940839 -1.266765  0.287388 -0.602551  0.837314   \n",
      "62    -0.700036  0.428184 -0.412551 -2.011401  4.866254  1.856485  1.045011   \n",
      "71    -4.588569  3.628233  0.355482 -1.154584  0.688752  1.422252 -1.330968   \n",
      "82     0.026625  0.838542 -1.036103  1.650650  1.072188  0.464376 -0.594529   \n",
      "90     1.654894  3.054917 -2.507107 -2.219023  3.049294  0.234879  2.057968   \n",
      "107    1.883394  1.077149 -2.742153  1.275092  4.099656 -0.339036  1.792973   \n",
      "115   -1.645833  1.834673 -0.273978 -1.693429  1.274882 -0.171472 -0.930354   \n",
      "118   -1.098182  1.823967 -0.963736  0.077596  0.161101 -0.241743 -1.254063   \n",
      "137   -2.572258  2.495135 -2.138132 -1.767988  2.916068  0.562485  3.112098   \n",
      "141   -0.595516  3.053581  1.195882 -1.153781 -0.221921  0.380801 -0.543824   \n",
      "151    1.928986  0.968623  0.561235 -1.003281  0.350777  0.418927  1.605346   \n",
      "157   -1.828901  2.017257 -2.511291  2.968029  2.206636  3.538955 -1.167813   \n",
      "178    1.177732 -0.282067 -2.092790 -0.428117  1.058268  0.337783  1.437502   \n",
      "189    1.052319  2.468833  1.246620  1.899164  1.302282 -0.017764 -1.182661   \n",
      "206    0.005992  3.930361 -0.305807  3.122527 -0.110741  0.889587  1.336116   \n",
      "208   -0.806337  1.178039 -0.509658 -2.303346  3.289302  0.279672  0.377246   \n",
      "229    1.738476  1.493099  1.916030 -1.153139  0.068195  0.320493  0.888646   \n",
      "235    0.309672  0.914765 -1.924952  0.313327  0.158595  0.498464 -0.786541   \n",
      "238    0.499668  0.660086  2.239184  0.731951  1.221207  2.867461  2.474866   \n",
      "250    1.243296  1.867974  0.940204 -1.021191  0.260388 -0.106443  1.427471   \n",
      "260   -2.033012 -0.784992 -0.351772  0.430844  4.154969 -3.734019  0.354542   \n",
      "261    2.464834  5.181264 -6.233942 -0.390248 -0.934126  0.700286  0.966485   \n",
      "288    2.954753  3.126707 -2.095711  0.982525  1.631372 -0.083861  4.856012   \n",
      "289    0.560919  2.209391  3.332445 -3.190980 -0.122127  0.164374  1.336850   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11624 -1.018190  0.327242 -1.655564  1.736447  2.652819 -0.122361  1.949903   \n",
      "11628  0.706249 -0.827858  0.999400  2.679021  1.468576  0.854137 -1.375692   \n",
      "11629  0.567529  1.629454 -1.387411 -0.279920  0.133150 -1.408269 -0.087950   \n",
      "11635  1.853898  0.523887 -4.635472 -1.361485 -1.424603 -1.368630  1.741982   \n",
      "11655 -1.443428 -2.924666 -1.204370  1.226260  2.723395 -1.249402  0.435660   \n",
      "11661 -1.235193  1.330118 -2.265148  1.891327  0.410110 -0.201934  0.330227   \n",
      "11670 -0.642777  0.388836 -1.894908 -1.121301  1.421193 -1.886514  1.930445   \n",
      "11690 -0.238412  1.340293  1.186230 -0.787644  3.871871  0.214714 -0.395386   \n",
      "11699  1.571911 -0.469109  1.037934 -0.255707  2.602616  0.863516  1.731022   \n",
      "11709 -2.043767  2.099031 -0.582725  2.133554  0.490295  0.926868  0.566554   \n",
      "11714  0.799658 -0.068324 -1.329213 -1.012090 -1.974784  0.406376  2.105169   \n",
      "11733  0.790279  1.976069 -2.008713 -0.576417 -0.856904 -0.422484 -0.297185   \n",
      "11777  3.196136 -0.095922 -0.936471 -0.998557  1.556000 -0.382747 -2.150785   \n",
      "11786  0.622280 -0.977552 -2.365671 -0.338227 -0.905874  1.434566  1.391687   \n",
      "11812 -0.883264 -3.206521  2.683525 -0.839914  0.280317  0.495416  2.180558   \n",
      "11824 -0.220807 -0.782191 -0.725310  1.954889  1.596141 -0.669898  0.973225   \n",
      "11842 -0.025077  4.225605 -0.505277  0.332582 -0.840691  0.356821  2.772290   \n",
      "11853 -0.937218 -1.062757 -6.010382  3.467695  5.781976  1.189391  0.450816   \n",
      "11892  1.058370  0.454329 -3.769708  0.883936  4.955322  2.165705  0.453797   \n",
      "11894  1.226108  1.647728  2.896827 -3.735870  2.931187 -0.041487  2.353865   \n",
      "11900 -1.827101  1.088424  2.113757 -3.663159 -0.188998 -0.487524  2.892357   \n",
      "11902 -1.682061  1.080170 -0.524026  1.362105 -2.022146  2.083237  1.817262   \n",
      "11907 -1.641928  1.731305  1.500868 -3.310509  0.495803 -0.837373  1.801221   \n",
      "11912  0.505852  1.134014 -2.157940 -0.250222  1.269171  0.233499  1.616302   \n",
      "11946 -0.743907 -1.437389 -1.979318  0.457358 -0.418375  0.620328 -3.076100   \n",
      "11976 -0.611278  2.571543 -0.715477  1.473162  1.041687  1.626700 -0.090412   \n",
      "11985 -0.506369 -0.781386  1.062079 -2.374161  1.090062  0.212695  0.073522   \n",
      "11992  0.003757  0.405644  0.210443  2.402584  2.156206  1.011167  0.623059   \n",
      "11996 -1.934941  2.799332  0.397737  1.472630  2.196302 -0.643940 -1.093721   \n",
      "11999 -0.733237  1.075118  0.352473 -2.343764 -0.847463  1.028252  0.817279   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "7     -0.287486 -2.614904 -3.071081  ... -0.301548  0.639649 -0.049073   \n",
      "18     2.906400  0.570410 -1.985361  ... -0.544154 -1.407325  0.532786   \n",
      "23     2.608832 -2.800216  3.249932  ... -0.010356  0.891580  0.570624   \n",
      "29    -0.743730 -2.565174 -1.251055  ... -1.078325 -1.216270  0.808175   \n",
      "47     0.971982  0.365468 -2.324708  ...  0.154253 -0.768929  1.395458   \n",
      "52    -0.190121 -1.552685 -1.518520  ...  1.335587 -1.308936 -0.389711   \n",
      "53     0.605572 -2.681050 -0.539817  ...  0.564219  0.879856 -0.285629   \n",
      "62     2.813758  1.470698 -0.139573  ...  0.610168  1.167995  0.550624   \n",
      "71     1.616946  0.085715 -4.266541  ... -0.593536  0.393706  0.766913   \n",
      "82    -1.578034 -1.382653 -1.877212  ...  0.219433  2.373966 -1.797049   \n",
      "90     0.407055 -0.753808  0.218687  ... -0.243363 -2.326539 -0.105811   \n",
      "107    0.887429 -0.748364  0.245661  ... -0.311953  0.359385 -1.637443   \n",
      "115    0.291405  0.465323 -0.998679  ... -1.184763 -2.573281  3.167587   \n",
      "118    1.181146 -3.257104 -0.765400  ...  0.611459  1.614139 -0.518829   \n",
      "137   -0.279939  2.076447 -1.653587  ... -0.894055 -0.675936  0.181307   \n",
      "141    0.394055 -3.363109  1.940683  ... -1.275902  0.261128 -0.110927   \n",
      "151    2.397076 -0.313431 -2.257285  ...  2.165814  1.825376  0.061651   \n",
      "157    2.141041 -2.392742 -1.522179  ... -0.286986  0.503800  1.041758   \n",
      "178    2.385856  0.767492  0.126427  ...  0.721214  1.210656  1.124076   \n",
      "189    1.715013 -1.443423 -0.320011  ... -0.284460 -1.925614  0.689492   \n",
      "206    0.636183 -2.887276  1.719541  ...  1.321607  0.641436 -0.152304   \n",
      "208    1.116013  2.402703 -0.594164  ...  0.875566 -1.770228  0.698911   \n",
      "229   -0.933378 -2.001813 -3.726283  ...  0.029442 -0.653863  1.328069   \n",
      "235    0.609921  0.101904 -1.208322  ... -1.847676 -0.347871  0.042849   \n",
      "238    0.156654 -1.270171 -2.651119  ... -1.044468 -0.203720  0.524979   \n",
      "250    1.629196 -2.842948 -0.355186  ...  0.945397 -0.950860 -1.197804   \n",
      "260    2.930858 -1.750297  0.066673  ... -1.308409  1.030634  1.409928   \n",
      "261    3.714449 -1.482576 -0.026434  ...  0.158876  0.273348 -2.296552   \n",
      "288    2.684690 -0.243048  0.446068  ... -0.727248  0.568892  0.358265   \n",
      "289    0.699567 -1.289325 -2.013071  ...  2.289936 -1.612997  2.187667   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11624  1.088203 -1.432773 -1.125370  ... -0.798743 -0.013420 -1.260550   \n",
      "11628  2.969970 -1.503828 -1.099852  ...  0.618243 -0.272707  2.294885   \n",
      "11629 -0.599612 -1.810395  0.782676  ...  1.254362 -0.126150  1.223691   \n",
      "11635  1.400997 -0.414423 -0.061606  ... -0.865979  1.105555  0.399160   \n",
      "11655  2.715553 -0.736638 -0.623703  ...  1.189975  2.988765 -1.177657   \n",
      "11661  0.216056 -0.222609 -1.608236  ...  0.776947 -1.795512  0.389371   \n",
      "11670  1.916180  0.015023  1.561608  ...  0.229620  0.282487 -0.621243   \n",
      "11690  1.003120 -0.289142 -1.080992  ...  0.299905  3.312374 -0.020142   \n",
      "11699  0.817819  0.993005 -1.893590  ...  0.362344  0.506970  0.486972   \n",
      "11709  2.121474  0.056784 -0.389885  ...  0.042220  0.345176  0.086612   \n",
      "11714  1.550504  0.104586 -3.774024  ...  0.969991  1.850050 -0.541436   \n",
      "11733  2.669060 -2.096057 -2.084324  ...  1.585272  0.235348 -0.751163   \n",
      "11777  1.515832  1.038644 -4.643352  ... -0.538005 -1.545132 -0.387952   \n",
      "11786  2.502910 -0.953381 -2.497742  ...  1.039964  1.554226  0.068766   \n",
      "11812  2.069388 -8.725919 -3.721938  ...  1.029357  1.255776 -0.669249   \n",
      "11824  4.115373 -2.971344 -1.335738  ...  0.546190  0.627326  0.123839   \n",
      "11842  1.323555 -1.937686 -1.768653  ... -0.710801  1.665649 -1.292910   \n",
      "11853  4.351635 -2.544974  0.110385  ...  5.239562 -0.033038  0.033067   \n",
      "11892  5.145142  0.485494  1.789162  ...  0.106451  0.949510  2.556320   \n",
      "11894  0.059803 -3.068618 -1.173737  ... -2.460732  0.923117  1.390352   \n",
      "11900  2.552825 -1.264513 -1.763590  ... -1.106925  0.445059  0.118831   \n",
      "11902  2.387261 -0.779018 -1.604606  ... -0.339536  1.069109 -1.614003   \n",
      "11907  2.834948 -0.857254  1.363531  ... -0.058490 -2.295514 -1.048470   \n",
      "11912 -0.631247 -2.402538 -1.676524  ...  0.767391 -1.185378  0.113387   \n",
      "11946  0.968656 -1.645551 -1.736567  ...  0.610271 -0.606408  0.507763   \n",
      "11976  3.661459  0.151983 -1.263478  ...  0.953376  1.440532 -1.547701   \n",
      "11985  4.499905 -1.537522  1.006884  ...  1.160250 -0.861024 -0.923334   \n",
      "11992  3.463784 -0.900735  0.441167  ...  0.441525 -2.002505  1.094751   \n",
      "11996  1.155401 -2.511705 -0.274012  ... -0.163447  0.749570 -1.492058   \n",
      "11999  0.347465  0.949326 -2.039905  ...  0.493092 -0.396074  0.494003   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "7     -1.248601  0.344704 -0.549407  1.553585 -0.081885  0.196795 -0.363517  \n",
      "18    -0.373575  0.701886  0.785436 -0.645898 -1.283363  1.056896 -0.570667  \n",
      "23    -1.419087  0.373260  0.872111  0.998091 -0.463426  0.740339  0.725388  \n",
      "29    -2.582358  1.124949  0.520550 -0.747573 -0.719888  1.406912 -0.773137  \n",
      "47    -0.691741 -0.247345  0.662820 -0.232008  0.661504 -0.118158 -1.739553  \n",
      "52     1.796849  0.339521 -1.504427 -0.517986 -0.686487  0.025775 -0.093173  \n",
      "53    -0.332912  0.771255  1.153817  0.427714 -0.506970  0.653311 -0.327488  \n",
      "62    -0.371306  0.736457 -0.049366  0.126482 -1.695309 -0.801400  0.953687  \n",
      "71    -0.823929  0.841571 -3.173870  1.317287  0.034755  0.281641 -1.289911  \n",
      "82     2.003201  1.163331 -0.445112  0.901827 -0.758986 -0.714970  0.847716  \n",
      "90     0.204872 -0.398299 -0.223425 -0.628158  1.467150 -0.019034 -0.969612  \n",
      "107    2.186676  0.292018 -0.911605  1.071355  0.393078 -0.922718  1.752883  \n",
      "115    1.631241 -1.978817  1.337268  1.353105 -1.558189 -0.377023 -0.504514  \n",
      "118   -0.110193 -2.492430  1.115115 -0.811243 -0.169550  0.622164  1.913900  \n",
      "137    0.131036 -0.809880 -1.655279  0.029615 -0.477112  0.996760 -0.539659  \n",
      "141   -1.225306  0.630734 -1.083627  1.038060  0.119159  0.432159  0.540329  \n",
      "151    0.324909  2.048532  0.236571  0.784653  0.454866 -0.128314  1.266827  \n",
      "157    0.106242  0.927852 -0.625624 -1.264022  0.083088 -0.551495  0.867086  \n",
      "178    0.247463  0.362630  0.653149  0.488663  0.071601 -0.810530 -0.237910  \n",
      "189   -0.865280 -0.203349 -0.639598 -0.920151  0.621926 -0.982130  1.127698  \n",
      "206    1.005600  0.289216 -1.018711  0.726878  0.657182  0.107732  0.084588  \n",
      "208    1.044005 -1.064415  0.570145  0.584496 -3.372589 -0.741183 -0.856048  \n",
      "229   -0.573648  0.421888 -0.394669 -0.774775  0.029178 -0.705862 -0.597561  \n",
      "235   -1.153790 -0.169948  0.403165  1.174279  0.418186  0.460305  0.693142  \n",
      "238    0.216518 -0.152583 -0.103262  0.180917  0.377061  1.012854 -0.496827  \n",
      "250   -0.536935 -0.944090 -1.007238  0.114317  0.442171 -0.086722  0.946385  \n",
      "260   -0.744953 -1.850433 -2.967633  0.225328  0.038318  1.417098 -0.882784  \n",
      "261   -0.367724  1.370809  1.945881 -0.952382 -0.683936  1.143939 -1.500556  \n",
      "288   -0.388157  1.434932 -0.134445 -0.258153 -1.412063  0.745214  1.822930  \n",
      "289    0.254903 -0.449072 -0.156962  0.392335 -1.558704  1.228891  0.111698  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11624  2.640846 -1.133306 -0.808932 -0.098730 -0.625323  1.678397 -0.163891  \n",
      "11628  0.895135 -0.753429  1.789695  1.471725  0.138573 -0.465791  1.170897  \n",
      "11629  0.504065  0.120146  1.174322  1.439933 -1.237778  1.420684 -0.227046  \n",
      "11635  1.470249  0.016229 -0.321073  0.807159  1.773936 -0.097874 -0.028975  \n",
      "11655  2.810001  0.075517  0.281044 -0.246473 -1.864797  0.876793  0.382883  \n",
      "11661  0.565579  1.714024 -1.331463 -0.149748 -0.215703  0.859563 -0.481010  \n",
      "11670  0.521104  1.876131  1.091211  1.617112 -0.045370 -1.090103  0.155178  \n",
      "11690  0.454195 -0.224327 -0.793573  1.186983  1.468626  0.672037 -0.832277  \n",
      "11699  0.494575  0.312102  0.305104  0.123066 -0.257994  0.776274  0.295567  \n",
      "11709  1.502852 -1.024280 -0.476381  0.115753  0.320380 -0.671470 -0.068507  \n",
      "11714 -0.735614 -1.814101 -0.571611 -1.647826 -1.081424 -0.217971 -0.495293  \n",
      "11733  0.919454 -1.302924 -1.922206  0.148760 -0.650873  1.703187  1.615191  \n",
      "11777  0.604410  0.189522  1.340239 -1.689703 -1.144958  1.443356  1.039054  \n",
      "11786  1.163163 -0.908488  1.266694  0.509653  0.922052 -0.545831 -0.074187  \n",
      "11812  0.603623 -0.700633  0.863028 -2.295707  0.003732 -1.529229 -0.743394  \n",
      "11824 -1.646017  2.794971 -0.417984 -2.203087  0.351497  0.340870 -0.510636  \n",
      "11842  2.352398 -0.293706 -0.976220  1.846779 -0.500860 -1.639922 -0.794029  \n",
      "11853  0.043109 -0.957865  0.800272  2.155711  1.181889 -1.525302 -1.239127  \n",
      "11892 -0.379800 -1.174098  0.683226 -0.929135 -1.332288 -0.743483 -0.055392  \n",
      "11894 -0.282722 -1.730604 -1.099913  0.989738  0.719708  0.366849 -0.434622  \n",
      "11900 -0.004699 -0.912734 -1.036185 -0.067060  0.729935  0.792489  2.537245  \n",
      "11902  0.805686  0.906412 -0.803581 -0.582458 -0.101135 -0.461963 -0.647622  \n",
      "11907 -1.525109  0.182234 -2.146759 -0.077859  0.767877  0.583469 -1.553978  \n",
      "11912  1.226060  0.992117  0.749461 -0.477830  0.495300  0.308766 -0.677838  \n",
      "11946 -0.554455 -1.166779 -0.354137 -0.908280  0.355567  1.022234  0.224923  \n",
      "11976 -0.847287 -0.477687 -0.408103 -0.637916 -0.177007 -0.693048  0.752888  \n",
      "11985 -2.309468  0.847486  0.249020  0.627576 -1.524187 -1.443826  0.450419  \n",
      "11992  1.334342 -1.960769  0.437693  0.879606  1.365089 -1.186302 -0.464061  \n",
      "11996  0.106827 -0.664854 -0.019064  1.081311 -0.382820  1.766676 -1.427814  \n",
      "11999  0.566663  0.221667 -0.299306 -0.354392  3.040238  0.192354 -1.293034  \n",
      "\n",
      "[2059 rows x 50 columns], 2:              0         1         2         3         4         5         6   \\\n",
      "2     -2.814768  2.133738 -0.342221 -0.509715  0.330817 -1.616263  3.084825   \n",
      "8     -2.612084 -0.455263  0.264269 -0.705556  1.724489 -0.234065  1.068617   \n",
      "20    -1.332134 -0.619825  2.435713  0.413139  0.713073  0.639056  1.452527   \n",
      "28    -1.775510 -1.462693 -0.366784  0.910910 -2.292830 -0.213356  0.783569   \n",
      "38    -2.646421 -1.541541  1.671862 -1.734007 -1.748272 -1.000619  0.920233   \n",
      "42    -2.560752  0.821976  2.720888  1.858171 -1.554289  0.161681 -2.197353   \n",
      "45    -3.291435  0.103500 -1.294101 -0.955066  1.816857 -0.360889  0.869889   \n",
      "75    -2.605403  1.917878  1.721556  2.011794 -0.322022 -2.632653  1.540655   \n",
      "78    -3.721899  2.181329  0.811783  0.462980  1.841724  2.519290  2.528781   \n",
      "136   -2.872806 -0.231163  0.402481 -0.077231 -1.623125  0.610437 -0.763311   \n",
      "159   -2.027598 -0.197381  2.229587  0.956662 -3.013501 -0.538532 -3.018007   \n",
      "163   -1.909091 -0.397640  2.089740 -1.133481  0.448844  1.125080  0.354403   \n",
      "173   -1.335371  0.204431  1.657786 -1.080695 -2.031813  1.128445  1.067084   \n",
      "175   -1.512551 -1.999139  2.098056  0.816066 -0.419154 -1.609918  1.726916   \n",
      "185   -0.614844 -0.315563  3.305614  0.569672  0.531928 -1.723662  0.073976   \n",
      "188   -2.188168  3.188237  1.339913  1.295363 -1.473975  0.382263  0.518035   \n",
      "191   -3.259694  1.919015 -1.243356  1.079019  1.308514  0.411159  2.578530   \n",
      "207   -1.760973  0.148566  2.303833  1.012534 -0.503376 -1.120599  1.205151   \n",
      "218   -2.682841  0.269076  2.576176  1.893726  2.048708 -0.922989 -0.992085   \n",
      "220   -4.568990 -1.367223  1.540087  0.330336  1.555555 -0.169279 -0.475626   \n",
      "224   -2.547791  0.036861  0.432680 -1.157383 -3.216301  0.459495 -0.273139   \n",
      "242   -3.457753  0.014622  0.067253 -1.043354  1.004484  1.334180 -0.462097   \n",
      "265   -3.735855  1.361435  5.608819 -1.592239  0.449995 -0.146548 -1.304282   \n",
      "279   -4.235281  1.444217  2.760247 -0.133160  4.533154  0.854256 -0.486464   \n",
      "290   -1.620077  2.588177  1.091487 -1.281024 -0.365362 -1.466281  0.144589   \n",
      "294   -3.547677 -2.062452  3.604357  0.362309 -2.278658 -0.340522  0.489768   \n",
      "299   -2.819712  1.044000  1.748880  1.052718 -1.100020 -0.056617  0.956702   \n",
      "331   -2.945415 -0.544321  2.092487  3.384067  2.131261  0.724772  0.677950   \n",
      "343   -3.006612  0.939100  2.615708  0.966821 -0.787167 -1.415360  2.446257   \n",
      "346   -2.282857  0.072300 -1.323861  0.284976 -0.177908 -2.479423  0.372819   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11652 -1.955199  0.341029  3.521007 -0.348256 -3.596138 -1.382386  0.056718   \n",
      "11653 -4.252711 -2.740434 -1.017204 -4.454044  0.722549 -2.181721  0.555219   \n",
      "11672 -1.302170 -1.432504  2.070199  0.798458 -1.851454  0.690277  0.244940   \n",
      "11705 -1.637220  1.118202  2.632819 -0.914978  0.443933  0.108673  1.954834   \n",
      "11724 -2.031484 -0.754866  0.073959  2.170539 -0.291805  0.069635  1.488082   \n",
      "11742 -2.698792 -2.585930  0.641680  0.509855 -0.084271 -2.010850  1.661056   \n",
      "11744 -5.997946  1.587388  1.121443  0.547392  1.256343 -0.014654 -2.124214   \n",
      "11747 -3.237905  2.173743  0.593331  0.481039  2.513999  0.448965  0.783364   \n",
      "11748 -2.312359  1.016786  2.562041 -1.887737 -4.776158 -1.845095 -4.080790   \n",
      "11761 -2.741165  0.983121  3.370674  2.613597 -1.005590  1.340230  0.170570   \n",
      "11762 -4.494725 -0.706422 -1.280968  3.896071  0.715436 -0.517992  0.977825   \n",
      "11768 -1.644007  0.975422  0.786404 -0.023054 -1.028130  2.094485  0.051435   \n",
      "11792 -3.066980 -0.459628 -0.439648 -0.050991 -2.377034 -1.503815 -1.204252   \n",
      "11801 -2.512573  2.358340  2.061910  2.139333 -0.618513  1.181826 -1.193297   \n",
      "11806 -4.330185  0.373027  3.316245 -2.352751 -1.043999  0.729219 -1.181810   \n",
      "11808 -1.250835  2.739805  0.688264  3.500233 -1.464740  1.144677  1.249856   \n",
      "11821 -0.544691  1.691012  1.995814  2.465305 -1.792095 -1.913188  0.248601   \n",
      "11823 -2.154974  0.803478  2.253143  2.344595  1.214186 -0.627149 -0.932807   \n",
      "11837 -1.291041  1.467466  0.149525  1.011569 -0.165350  1.002087 -0.712726   \n",
      "11839 -3.586369 -1.051248  0.951166  4.664508  0.152804 -1.638145  0.631515   \n",
      "11863 -3.824438 -2.518691 -0.290971  2.074346  1.708566 -1.500613  1.242410   \n",
      "11876 -4.088266  2.968619 -0.487924  2.022333 -1.499518  0.645688 -2.143023   \n",
      "11883 -1.909118 -2.330781  1.004224 -1.032202 -1.322796 -1.336158 -0.359336   \n",
      "11906 -3.019980  0.061459 -1.215074  1.291125 -1.421101  0.601785  1.281938   \n",
      "11915 -3.424566  1.802979  0.893663 -1.822557 -0.774595  1.910694  0.432106   \n",
      "11917 -1.880380  0.094001  1.815680 -2.697240 -1.848238 -1.583586  0.293019   \n",
      "11933 -4.054485 -0.229318  2.399853 -0.268664 -1.897475  1.586371 -0.576020   \n",
      "11970 -6.916896 -2.958344  0.371614  0.131986 -0.088877  1.144260  0.058594   \n",
      "11987 -3.973178 -0.988518  0.829963  0.550453 -2.416701 -1.471810 -0.055511   \n",
      "11991 -2.499848  1.073839 -0.593883  0.262796 -2.273250  2.027045  1.878394   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "2      0.962301  0.519433 -1.424071  ... -0.091578  0.906236 -0.671340   \n",
      "8      1.261316 -3.511781  1.539717  ... -0.160895  0.506863 -0.779403   \n",
      "20    -2.052653  1.534486  1.825912  ... -2.872014  1.087778  1.828017   \n",
      "28    -0.345809  0.230761 -1.483022  ...  1.184611  0.779214  0.481392   \n",
      "38    -1.695146  1.975367 -2.011118  ...  0.366197  0.217355 -1.131032   \n",
      "42     1.998598  0.005878  1.153978  ... -0.889005  0.777940 -0.313856   \n",
      "45    -0.130923  1.738051  0.145176  ... -0.580344 -0.146907 -0.125970   \n",
      "75     0.305240 -1.205489  2.727542  ... -0.495239 -1.320255  0.147285   \n",
      "78    -1.602432 -2.168004 -0.747802  ...  0.478651 -2.356597 -0.223065   \n",
      "136   -0.899388  0.571401 -0.473736  ...  0.052658  1.091023 -0.008869   \n",
      "159   -0.971496 -1.223472  2.441444  ... -0.063699 -0.104594 -0.554470   \n",
      "163   -0.920121  0.262435 -0.264638  ...  1.929207  0.174896  0.049812   \n",
      "173    2.045124  1.434705 -0.203897  ...  0.688675 -1.567669 -0.200917   \n",
      "175    0.067578  1.405868 -2.249344  ... -0.773204  0.213092 -0.300323   \n",
      "185    0.058231  1.368594 -3.269444  ... -0.620869 -0.511750  0.648183   \n",
      "188    1.167137  2.873069 -1.891848  ... -1.080572 -1.856141 -0.648454   \n",
      "191    2.470843 -0.058841  0.914799  ...  0.089886  0.782966 -0.415240   \n",
      "207   -2.021983  0.350606 -1.418067  ...  1.520255  1.922744 -0.342731   \n",
      "218   -0.643934  1.586623  0.241718  ...  0.182334 -0.891950  0.350802   \n",
      "220    4.256706  0.255683  2.607147  ...  0.790486  0.209873 -0.092446   \n",
      "224   -0.243360  1.326554  1.051358  ... -0.397559  0.444659  0.397287   \n",
      "242   -0.056558  2.763638  1.742166  ... -0.578039 -0.998628 -1.951437   \n",
      "265   -2.493137  0.832009 -2.072096  ... -3.722627 -0.046958  1.826504   \n",
      "279    3.018217 -1.345439  1.083674  ... -1.573864  1.715764  1.779043   \n",
      "290    1.433160  2.043620 -0.259678  ... -0.890162 -1.081831  0.992557   \n",
      "294   -3.548598  0.342268 -1.616849  ...  0.319822  0.008461 -0.113085   \n",
      "299    2.770262 -1.929747  0.867354  ... -0.378901 -0.459081 -1.973767   \n",
      "331   -2.669601 -0.765889  0.635414  ... -0.904550  2.542334 -0.287393   \n",
      "343   -0.844224  0.373821  2.018951  ... -2.457330  0.095572  0.046076   \n",
      "346   -0.135973  1.423107 -0.263045  ... -0.809284  0.913045 -0.221721   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11652  1.866473  0.403644  0.392080  ... -0.998399 -3.342570 -0.080184   \n",
      "11653  1.005094 -1.361232 -2.761010  ... -2.245671  2.542142  2.262588   \n",
      "11672 -0.474980 -0.544553 -3.601702  ...  0.557704  1.002081 -0.062873   \n",
      "11705  2.361907  0.261681  0.882395  ... -0.124961 -0.473433 -0.926686   \n",
      "11724 -1.668740 -0.509920 -2.555867  ... -2.779359  0.969575 -1.323145   \n",
      "11742 -4.229889  2.323015 -0.495887  ... -0.376148  0.628621  1.251395   \n",
      "11744 -1.447112  2.717192  0.062085  ... -0.497074  1.089113 -2.592443   \n",
      "11747 -1.767550 -2.206496  0.157470  ... -0.460018 -0.549258  0.478955   \n",
      "11748 -0.248419  1.107870 -0.348806  ... -0.346678 -0.240996 -0.275614   \n",
      "11761  0.345906  0.181592  2.434498  ...  1.035445 -0.252968 -2.590148   \n",
      "11762 -0.340986  2.833533  0.756232  ...  0.051810  1.826932 -1.146015   \n",
      "11768 -1.105714  1.989126 -3.304718  ...  0.183224  0.376976 -1.058746   \n",
      "11792 -0.714993 -0.438499 -0.754669  ... -0.151640  0.018538 -1.958398   \n",
      "11801 -1.315671 -0.028632 -2.105883  ...  1.721096  1.532100 -0.525420   \n",
      "11806 -1.378582 -0.488947  2.235665  ... -0.858966  0.310287 -0.827374   \n",
      "11808 -0.944022 -4.413750 -2.372160  ...  1.103733  0.854691 -1.414547   \n",
      "11821 -1.788669  0.321646 -0.466617  ...  0.276231  1.848933 -0.059508   \n",
      "11823  0.218953  0.808772 -2.755031  ...  1.793367 -2.739721  1.742551   \n",
      "11837 -1.735439 -1.082216 -3.621883  ...  2.075925 -0.885304 -0.792109   \n",
      "11839 -2.201726 -0.408956 -1.367302  ... -1.086396  1.755171  0.066290   \n",
      "11863  1.368799 -3.988333 -0.398211  ... -2.053619  0.389611  2.040420   \n",
      "11876  1.298807  0.053841 -0.354949  ... -1.815907  0.010464 -1.854575   \n",
      "11883 -1.481320  0.369314 -0.935053  ...  1.977967 -0.074354  1.373754   \n",
      "11906 -1.114257  0.950427 -0.367405  ...  2.747361  1.285696 -1.331777   \n",
      "11915  0.966147 -0.163085  1.381527  ...  1.743115  0.356158 -0.970559   \n",
      "11917 -0.984079  0.023166  0.615870  ...  1.212814  1.739769  0.742586   \n",
      "11933  1.539037 -3.734008  1.285862  ... -2.296564  1.547451  0.421552   \n",
      "11970  2.866912 -3.137840  1.245968  ...  0.467370  0.518341 -1.812327   \n",
      "11987  0.486027 -5.384121 -0.422543  ... -0.981778 -1.773844 -0.321205   \n",
      "11991 -1.157621 -0.367089 -0.539423  ... -0.217908  0.772118 -0.852295   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "2      0.463547 -1.069696  0.466183  0.547371 -0.626384  0.000918 -1.585993  \n",
      "8     -1.027868  0.948576  1.100451  1.302081 -0.712222  0.254735  0.279973  \n",
      "20     1.321120 -1.847678 -1.008058  0.996512  0.421598 -0.219942  0.654331  \n",
      "28     0.517028 -0.744459 -1.208480 -1.451864  0.920813  0.497764 -0.546534  \n",
      "38     0.702335 -0.204463  1.306552 -0.843277  0.829895  0.105668 -0.184245  \n",
      "42     0.401493  0.838434  0.751422  0.745724  0.056986 -0.437277 -0.177848  \n",
      "45    -0.625669  0.893725 -0.670439  0.098789 -0.084846  0.579637 -1.504161  \n",
      "75     0.048126  0.207080 -0.660083  1.005390  0.922880  0.881743  0.730318  \n",
      "78     0.002387 -1.059276 -0.084742  0.029577  0.022042  0.349582  0.198926  \n",
      "136    0.745116  0.990843  0.140106 -0.516323  0.642993  0.543852  0.582137  \n",
      "159    0.726485 -1.340972 -0.367271 -0.712159 -1.764752  0.312524 -0.359314  \n",
      "163    0.903202  0.119390 -0.075543 -0.405351 -0.921950 -1.966881  1.057984  \n",
      "173    1.234086 -0.589979 -0.435712 -0.273166 -0.003916 -1.166574  1.179982  \n",
      "175   -0.398178  0.782503  0.138689 -0.770854 -1.423326  0.366041  0.445967  \n",
      "185    1.770880 -0.944820 -0.926948 -0.104397  0.128715  0.408053 -0.229620  \n",
      "188   -0.875282 -0.226957  0.006274  0.027643  1.079930  0.985055 -0.745362  \n",
      "191    0.668206  0.355775  0.329479  1.288274  0.457715  1.801723 -0.924504  \n",
      "207    1.182997  2.000357  0.419853  0.544537  0.172763  0.102826 -1.342827  \n",
      "218   -1.369427 -0.798384 -0.774561  1.146652 -0.930104 -0.350182  0.570652  \n",
      "220   -0.699778 -0.144719  0.159253 -1.997182  0.205414 -1.409822  0.307674  \n",
      "224   -0.584088 -0.114515  1.367836 -0.370356  0.912244 -0.247763 -0.646071  \n",
      "242   -1.715747  0.913761  0.094140 -0.275851 -1.660471  0.854076 -1.189621  \n",
      "265   -1.098821  3.797528  0.187953 -0.106562  1.567257  0.962951 -0.484475  \n",
      "279   -0.795896  0.084603  2.460824 -0.026837 -2.622779 -0.695961  0.148087  \n",
      "290    1.054978 -0.182412 -0.355197  0.092230 -0.731472  0.957817 -2.791571  \n",
      "294    1.330566 -1.139197 -0.726906 -0.027920  1.222275  1.690492 -0.588623  \n",
      "299   -0.479440 -1.214064 -0.800413 -0.372173 -1.190799  0.023408  2.390952  \n",
      "331    2.405453 -0.844611  0.270128  0.408815  0.533992 -0.814703 -0.084914  \n",
      "343   -1.269462  2.883137  0.094628  0.514281  1.644850  0.808223 -1.181389  \n",
      "346    0.172330  0.501953  0.184623  0.628087  0.060168  0.225828  0.463195  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11652 -1.081707 -2.199862 -1.827109  0.257011 -2.281993 -1.258192 -0.384569  \n",
      "11653 -0.977252 -1.161630  2.303153 -1.638661 -1.789105  0.498420 -0.037305  \n",
      "11672 -1.143968  0.767330 -1.508535 -0.175151 -1.407773 -0.448731 -0.499182  \n",
      "11705 -0.042948  0.745243 -0.537434  0.268801 -0.977440 -0.623035  0.025412  \n",
      "11724 -0.849439 -0.792948 -0.545328  1.833291 -0.284302  1.464228  1.423879  \n",
      "11742 -2.932903 -1.884266  2.586136 -0.199832 -0.806783 -0.112220  2.363340  \n",
      "11744  1.243584 -0.933341  1.062717 -0.096463 -2.296487  0.646950  0.494293  \n",
      "11747  0.989818 -3.487578  0.987283  2.504078 -0.670849  0.598267 -0.178055  \n",
      "11748 -1.557093 -0.546766  0.575540  0.263744  0.773582  0.241101  0.358726  \n",
      "11761  1.201207 -2.143854  1.524286 -0.451396 -0.318042 -1.451867 -0.290257  \n",
      "11762 -0.477053 -1.231612  1.215834  1.106784  0.880107 -1.716944  0.620226  \n",
      "11768 -1.797018  0.652042 -1.510190 -0.848403  1.122157  0.407814 -0.142628  \n",
      "11792 -0.171480  0.445965  1.541024  1.859774 -0.796518  0.739422 -2.063078  \n",
      "11801 -0.121265 -1.024704  0.392178 -1.264261 -0.529422 -0.864445  0.392641  \n",
      "11806  0.429375 -0.419483  0.570294  0.924394 -0.902914 -0.609826 -0.062372  \n",
      "11808  0.339670 -1.240375  0.087565  0.512388 -0.482681 -0.390570 -0.525379  \n",
      "11821  0.734809  1.814276  0.004428 -1.650929 -1.345513  1.648486 -0.126121  \n",
      "11823  0.233759 -0.745711 -1.140010 -1.162689  0.103630 -0.419893  0.973011  \n",
      "11837 -0.868349  0.793182 -0.219469 -1.514564  0.738200 -1.158406  0.130090  \n",
      "11839 -1.032281  0.480993  1.037897 -2.393601  1.606330 -0.037321 -0.632800  \n",
      "11863 -1.154823  1.584413 -0.193931 -0.820168 -1.465060 -3.865494  1.070453  \n",
      "11876  1.572349  0.491492 -1.012751 -0.657168  0.194315  0.268295  0.742931  \n",
      "11883  0.225580 -0.251137 -2.697738  0.801708 -1.260888  0.073480  1.341413  \n",
      "11906  0.797848  1.520729 -0.286334  0.224762  0.853365 -1.188507  0.832822  \n",
      "11915  1.002861 -1.162646 -0.380543  0.030327  0.353657 -0.181994  0.323457  \n",
      "11917 -0.740912 -0.109046  0.772263  0.414345  2.073229 -0.825647  0.347358  \n",
      "11933 -2.842994  0.267904 -0.337681  0.147767 -0.152943  0.159926  0.565864  \n",
      "11970  0.920370 -1.502472 -0.842703  1.449544 -0.465355  1.975053 -0.583092  \n",
      "11987 -0.991462 -1.774826 -0.691040 -0.540465 -1.037108 -0.090556 -1.583376  \n",
      "11991  0.620302 -0.200528  0.927405  1.375492 -0.006011  1.187555  0.359324  \n",
      "\n",
      "[2094 rows x 50 columns], 3:              0         1         2         3         4         5         6   \\\n",
      "3      0.233915 -0.675901 -1.989435 -0.846981  2.306992 -1.112637  0.247026   \n",
      "43     0.890001  1.483529 -1.105816  0.693067 -0.406668 -0.910123 -0.256393   \n",
      "67     2.032726 -0.263235  0.503873 -0.513632 -1.164867 -1.077001  0.458188   \n",
      "102    0.878879 -2.383864 -1.132746  2.338849 -1.612955 -1.778903  1.373027   \n",
      "103   -0.323902  0.213956  0.339943  1.091646  0.106159 -1.097778 -0.274395   \n",
      "108    2.172196  0.619040 -0.714067 -0.939354 -1.468796  1.161571  1.225080   \n",
      "112    2.109417 -1.421082 -2.037480 -2.132877  0.439774  0.390667  0.649720   \n",
      "126   -1.224746  0.840611 -1.463969  0.231102 -0.333338 -0.812261 -0.090249   \n",
      "149    0.345104 -1.007655 -0.045217 -0.721111 -0.378987  1.571408 -0.877653   \n",
      "150    0.925861 -0.663260 -0.007822 -1.221880 -0.858732 -0.606247 -0.220065   \n",
      "156    0.065353  0.902135 -0.908036  0.656941  1.929976  0.048527 -3.728383   \n",
      "160   -0.898422 -1.483508 -0.704739  1.003233 -0.730931 -1.469276 -0.791557   \n",
      "170   -0.082299  0.536557 -2.107796 -0.701303  1.071263 -2.244475  0.674479   \n",
      "174    1.670805  0.893790  1.695883  1.743634  1.740847 -2.153108  1.203856   \n",
      "176   -1.964906  0.000327  0.852924 -2.128499  1.691992 -0.190015  3.439192   \n",
      "181    2.308624  0.431961 -1.087332  0.003681  0.074908  0.788560  0.910059   \n",
      "197   -1.479730  1.824993 -0.748963  0.161964  0.101748  0.808792 -1.461184   \n",
      "251   -0.771595  0.093841  0.163290  0.473260  0.135316  0.031915  0.935070   \n",
      "257   -0.370688  1.394401  2.097652  1.059435  1.862210 -0.609363  0.491337   \n",
      "259    1.316300  0.030846  0.172700 -0.123431 -1.034951  2.063962 -0.057861   \n",
      "267    2.210993 -1.136074 -1.849062 -0.234849  0.299879 -0.716431 -2.985815   \n",
      "278    0.468669  0.890832  2.054415 -0.771475  3.201998  0.876087 -1.421700   \n",
      "292    1.459725 -1.450974 -1.520613 -2.454077  1.484625 -2.296525 -0.204818   \n",
      "342    4.015591 -0.569187 -2.100186 -2.315657 -1.858033  0.896581  0.518512   \n",
      "356   -2.242694 -3.133343 -0.818935 -2.072900  2.696503 -2.834581 -2.452521   \n",
      "357   -0.356379  1.479102 -0.156377  1.009144 -1.305633 -1.993203  0.342859   \n",
      "373    1.234098  0.331677 -0.515668  0.577601  1.494396 -0.431797  1.718092   \n",
      "386    0.655585 -2.579694 -0.373319  0.454598  0.403297 -3.571212 -0.230677   \n",
      "396    1.029564 -0.856250 -0.793340 -1.801344 -1.395685  0.223896  1.717805   \n",
      "398   -0.041967  0.686490 -1.948317 -0.764971  2.749346 -1.784974  0.904607   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11611  0.072841  1.433497 -0.872628 -0.161786 -2.269221  0.322407 -2.241167   \n",
      "11612  1.280980 -1.764999 -2.029122 -1.220770 -2.269855  0.940800 -0.543034   \n",
      "11625 -0.918170  0.469353  2.155669 -1.094068 -2.417369 -2.088937  3.345406   \n",
      "11657  0.536268 -0.240632  0.795241  1.239073 -0.304930  1.517620 -0.763696   \n",
      "11664  1.841373  0.038094  1.700889  1.726848 -0.252691 -0.922979  0.920188   \n",
      "11668  1.145321  1.792858  0.240061 -2.938883 -0.342710 -0.410346 -1.187769   \n",
      "11683 -0.884850 -1.358207 -3.199781 -0.293090  2.196217 -2.013304  1.063823   \n",
      "11688  1.462009  0.035721 -2.586709  2.537542  1.209680 -0.710638 -0.120932   \n",
      "11692  0.019799  0.139949 -0.179277  0.560754  0.975995 -0.574162  1.522649   \n",
      "11700 -1.287307 -1.204184  0.879608  0.308369 -1.547991 -0.358813  0.398257   \n",
      "11706  0.474581 -0.050303  2.147983  2.512813 -1.220217 -0.944540  1.370241   \n",
      "11707  1.201932  0.218100 -0.774434 -0.577331 -0.065566  0.535580  0.910416   \n",
      "11736 -2.081972  0.531047 -1.308261  0.760792  1.572708 -0.446254  1.531789   \n",
      "11740 -0.733285 -1.971359 -1.925018 -0.501820 -2.666985 -0.558888  0.232595   \n",
      "11752 -1.233114 -0.140439  0.451592 -0.009980  0.557893 -2.896493  2.017141   \n",
      "11765 -0.881858 -1.238947 -4.346516 -0.839529  2.197631 -0.326257 -0.903425   \n",
      "11766  0.949899 -0.799391 -1.028651  0.357350 -0.369299 -2.206750 -0.919597   \n",
      "11818  3.185059  1.257741  0.256084 -0.105265 -0.062029 -0.215835  1.096652   \n",
      "11827 -1.219626 -1.023823  1.282013  0.933333  0.213495  0.834269 -1.075244   \n",
      "11835 -2.932374 -2.863499 -0.984769 -1.512582 -0.110355 -2.541072 -0.173958   \n",
      "11855  2.439900  1.915778 -1.302382  1.869975 -0.273637 -1.274195  0.731182   \n",
      "11879  2.789111 -0.058793 -2.344917 -2.839437 -0.859185 -1.090917 -1.412818   \n",
      "11884  0.916311  3.462875 -0.608634 -1.923557  2.705293 -4.754444  0.407506   \n",
      "11893 -0.561588 -2.098271  1.173375  3.616208  0.889852 -3.122815  0.091657   \n",
      "11904 -4.284627  2.760638  2.388277 -2.029980  1.168480  0.749924 -1.193037   \n",
      "11926  1.062048  0.893241 -0.119827  1.701333 -3.378716 -0.706183 -0.815528   \n",
      "11932  2.227062 -1.764828 -1.571516  0.261433  2.602171 -0.326301  0.594703   \n",
      "11944  0.362605  0.865229 -2.378582  1.109052  1.679192  0.105062 -1.056539   \n",
      "11961 -0.414575  0.201853  1.665445 -0.304730 -0.388118 -3.433077  1.317995   \n",
      "11973 -0.971012 -0.789201 -2.168889 -2.122721  0.314446 -1.571622  0.841637   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "3     -0.095990 -0.300163 -2.010627  ...  0.686736  1.847089 -0.072382   \n",
      "43    -0.436275  1.968018 -0.994804  ... -0.560007  0.460537  0.334948   \n",
      "67    -1.416166 -1.144521 -2.835561  ... -0.518917  1.366661  0.533535   \n",
      "102   -0.994410 -1.520993 -3.269582  ...  0.212087  1.221865 -1.133852   \n",
      "103   -1.106257  2.209498  1.716417  ... -1.639271  0.335739  1.312864   \n",
      "108   -0.874415  1.342392 -1.459190  ... -0.255248  0.109329 -0.279013   \n",
      "112   -4.632555  0.548807 -0.822914  ...  0.959489 -0.978882  0.528565   \n",
      "126   -0.680713  2.321629 -0.610792  ...  0.725152  0.464704 -0.946745   \n",
      "149   -0.918540  1.513238 -2.009611  ...  1.045698 -0.883166  0.247366   \n",
      "150   -1.634382  1.199211  0.335849  ... -0.651941  0.438939 -0.435414   \n",
      "156   -2.649957 -4.236223 -1.959532  ... -0.775489 -0.990502 -0.590340   \n",
      "160    1.998268  0.789466 -0.756539  ...  0.416046 -0.352537  2.074316   \n",
      "170   -2.702521 -0.268789 -2.255500  ... -0.586888 -0.180447  0.802262   \n",
      "174   -1.292232  2.834670 -2.579700  ... -0.714326  0.174169  1.184968   \n",
      "176   -2.690324  0.648141  1.043663  ... -0.835785  0.740559 -0.264931   \n",
      "181   -1.523498  0.751794 -1.966782  ... -0.634805  0.614659 -1.104160   \n",
      "197   -1.193296  1.172781 -1.509942  ...  1.904329 -1.284930  1.555660   \n",
      "251   -2.223769  2.436625 -0.593845  ...  0.999308  0.314292  0.123127   \n",
      "257   -1.128517  4.025874 -3.798573  ... -0.760313  2.538707  0.880524   \n",
      "259    0.530967 -0.758031 -0.874211  ...  0.577154  0.663231  2.273289   \n",
      "267    0.098033  3.689522 -1.417857  ...  0.906815  0.944344 -0.455237   \n",
      "278   -4.340835  1.909293 -4.606240  ... -1.022946  2.416882  0.260416   \n",
      "292    0.409870 -0.096267 -0.865083  ... -1.576878  0.774596 -0.992595   \n",
      "342   -1.298675  0.917556 -2.523679  ...  0.441268  0.615573 -0.441440   \n",
      "356   -2.804072 -0.766298  0.062591  ...  0.754118  1.566003 -0.015286   \n",
      "357   -2.932051 -0.096454 -0.243486  ... -1.171030 -0.807967 -1.831592   \n",
      "373   -4.535028 -2.179406 -1.900522  ... -2.472337  0.079490 -2.114769   \n",
      "386   -1.518723  0.363069 -1.080694  ...  0.227488  0.613595  0.242305   \n",
      "396   -0.491687 -0.921755 -0.731543  ...  0.945994  0.644241 -0.640781   \n",
      "398   -1.644884  0.221629  2.031544  ... -1.101385  0.017455  1.631386   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11611 -5.010833  1.408072 -1.206217  ... -2.367925  0.031863 -0.927612   \n",
      "11612  1.611008  2.145788 -2.218174  ... -3.802178  0.434462 -1.961084   \n",
      "11625 -2.649267  2.703949 -1.271042  ...  0.392047  0.628110  0.749719   \n",
      "11657 -1.413428 -1.774505 -0.960064  ... -2.022064 -0.823873  2.274171   \n",
      "11664 -2.049015  1.109972  0.087592  ... -1.997521  0.439138  0.362103   \n",
      "11668 -0.673633  0.737335 -2.988681  ...  0.785452  1.141744 -0.312653   \n",
      "11683 -0.839524 -1.850620 -1.732756  ...  0.700207  0.299178 -0.277360   \n",
      "11688  0.679703 -0.858193 -1.066482  ... -0.345324 -0.743563  1.265264   \n",
      "11692 -0.756133  1.219903 -1.902846  ...  0.736964  0.627204  1.576243   \n",
      "11700 -0.752389  3.462249 -0.465938  ... -0.260282  1.218780 -0.669996   \n",
      "11706 -2.224549  0.257104  0.359892  ...  2.314818  0.026225 -1.709438   \n",
      "11707 -1.815844 -0.035861  0.614712  ... -1.105841 -1.029146  0.005055   \n",
      "11736 -1.449731 -0.167744 -4.278632  ... -0.678025  0.008466  1.530811   \n",
      "11740  0.083507  1.402951 -1.303436  ...  0.293188 -0.460978  0.688320   \n",
      "11752  0.712416 -1.555857 -1.257082  ... -0.904187 -0.631848  0.106855   \n",
      "11765 -1.416581  0.315674 -1.914043  ... -2.621898  0.813994 -1.600028   \n",
      "11766 -2.501173  1.907403 -0.571481  ... -0.643557 -1.106832  1.306320   \n",
      "11818 -1.636593  2.152926 -3.123284  ...  0.919604  0.472606 -3.137596   \n",
      "11827  0.914497  0.953067 -3.674808  ... -2.390512  1.792694 -1.447819   \n",
      "11835 -0.158945 -1.407889 -2.503517  ...  0.815180  0.867834 -0.658690   \n",
      "11855 -3.099931 -0.288202 -4.469481  ...  0.127205  1.516530 -1.890704   \n",
      "11879 -0.866890  3.679945 -2.231852  ...  0.148877 -0.421403 -0.330027   \n",
      "11884 -5.145160 -1.799414 -5.814771  ...  0.287116  0.116568 -1.041887   \n",
      "11893  1.430059  1.225347 -2.102719  ...  0.971713 -0.516465  1.333341   \n",
      "11904 -6.306044  3.048969 -0.119721  ...  0.212901  0.241255  1.225860   \n",
      "11926 -2.892221  2.754346 -2.090491  ...  2.120836  1.188676  0.568674   \n",
      "11932  0.202051  1.967052 -1.082497  ...  1.167833 -0.856215  1.325638   \n",
      "11944 -1.945940 -1.337839 -0.669775  ... -0.294343  1.385817 -1.328492   \n",
      "11961 -0.524745 -0.691511 -0.955107  ...  0.309839 -0.142158 -0.464383   \n",
      "11973  1.192934  3.618536 -1.174175  ... -0.005030 -0.402376  1.145481   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "3     -0.047417 -0.359991  0.442304 -0.489900  0.562185  0.248784 -0.505636  \n",
      "43    -0.100963  0.657022  0.039704  0.253160  0.432004  0.075164  1.029747  \n",
      "67     1.350812  0.670703  0.290585  0.237295  0.105770 -1.743785 -0.417281  \n",
      "102    0.550575  0.574164 -0.021272  0.187832 -0.413527 -1.494291  0.958607  \n",
      "103   -0.047950 -1.096234 -1.211892  0.097471  1.523437 -0.010113 -0.316712  \n",
      "108   -0.667597 -0.137189 -0.754049  1.228508  1.254138  0.111163 -0.890522  \n",
      "112    1.829879 -0.910558  0.111651  0.188386 -0.734059  1.743921  0.783233  \n",
      "126    0.138297  0.737361 -1.456930  0.712078 -1.509075 -0.148355 -0.309235  \n",
      "149    0.880262 -0.262556  0.432824 -0.714800 -0.008605  1.584164  0.421374  \n",
      "150   -0.346444  0.067330 -0.885274  1.290467 -0.694873  0.128614 -0.285020  \n",
      "156   -1.795903 -0.962327  1.374091 -0.337903 -0.391122  0.813890 -0.271571  \n",
      "160   -1.127394  0.002628  0.854693  0.518879 -0.334184 -0.257426 -0.591313  \n",
      "170    0.797473 -0.333384 -2.471872 -1.640627 -0.418469  0.073936 -0.668656  \n",
      "174   -0.262958  0.394924 -0.818582  0.875036  0.909543 -1.089281  1.322151  \n",
      "176   -0.719407  0.827470  0.233381  0.156044 -1.984414  0.265929  1.000512  \n",
      "181   -2.913769  1.827559 -0.348906  0.817271  0.004490 -0.474518 -0.017637  \n",
      "197    2.219824 -0.394353  1.772471  1.789020 -1.473940  0.921296 -0.682627  \n",
      "251   -1.464330 -0.272622  0.198823  1.033646  0.357240  0.270596  1.281978  \n",
      "257    2.418102 -1.701382 -1.690120  0.751522  0.140234 -0.417316  0.666013  \n",
      "259    3.387315 -1.931154  1.482720 -0.706911 -1.334248 -1.055364  0.478761  \n",
      "267    0.310618 -0.584092 -2.143533 -1.548762  0.285437  0.113276 -1.840459  \n",
      "278    1.448659  0.372030  1.592841 -0.587019 -0.332151 -2.381416  1.523901  \n",
      "292    0.493632 -0.463615  1.411536 -0.509752  0.515471  0.925859 -1.233504  \n",
      "342    0.323216 -1.019561 -0.169904  0.321396 -1.108066 -0.467746  0.542803  \n",
      "356   -3.670220 -1.126926  1.437758  0.539384  1.663203 -1.171961  0.928114  \n",
      "357   -0.936101 -0.471166  1.959328 -1.538612  0.706943 -2.210772 -1.094155  \n",
      "373    2.518872  0.082996  1.076041 -0.248659 -0.886351 -0.721571  0.081398  \n",
      "386   -0.389346  0.121175 -0.303122  0.402984  0.150940 -0.186867 -0.816689  \n",
      "396    0.304497 -0.458873  1.391182 -0.861097  1.658945 -1.074693  0.027688  \n",
      "398    0.191872  0.251703  0.826575 -2.086556  0.763523 -0.615875  0.646242  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11611  1.113891 -0.595707  0.041595 -0.876385  1.137471 -0.505490 -0.374030  \n",
      "11612 -2.169988  0.114991  2.604275  0.680132 -0.158189  0.404988  0.163080  \n",
      "11625 -0.382222  0.757788  1.326985  1.707132  0.792793  3.155826  0.947502  \n",
      "11657 -0.512329 -0.662260  1.715363 -0.805610 -1.572399 -1.921766 -0.281120  \n",
      "11664  0.624596  1.346991 -1.664512 -0.713317  1.201847  0.274601 -0.673859  \n",
      "11668  1.243789 -1.032374 -0.814054 -0.203119 -0.339683 -0.956302  0.187711  \n",
      "11683  0.035280  0.719741 -0.023134  1.196542 -0.051841 -1.724829 -1.303655  \n",
      "11688  0.004794  0.591518  0.487010  1.814011 -1.169742 -0.906773 -0.468907  \n",
      "11692 -1.103623  0.473068 -0.336327 -0.723323  0.058651  0.007661  1.084470  \n",
      "11700  1.320588  1.001746 -0.561835  0.531280  1.142576 -0.567332 -0.895490  \n",
      "11706  1.597098 -0.911669 -0.520410 -1.486547 -0.953745 -0.003531  0.066271  \n",
      "11707 -1.938659  1.191104 -0.189366  0.776585  0.776202  2.135718  0.355771  \n",
      "11736 -0.364899 -2.822225  0.453747 -0.206058  1.337042  0.222334  0.190792  \n",
      "11740  2.755919  0.609661 -0.131224  1.223348  1.976742  1.840956 -1.324246  \n",
      "11752 -1.732034 -2.216246 -0.963636 -0.481476  1.102159  1.132889  0.706774  \n",
      "11765  0.504728  1.374655 -1.795508 -0.678134 -0.635227  0.354772  2.444436  \n",
      "11766  1.415367 -0.757769 -1.606529  1.563033  0.115406 -0.796921 -0.419695  \n",
      "11818 -0.829291  3.316650 -0.903254 -0.897746  1.174577  2.098651  2.201539  \n",
      "11827  1.096929 -0.563951  0.704736 -0.056393 -0.404126 -0.743817 -2.261093  \n",
      "11835  2.439611  0.827289 -0.283995  0.429672  0.358526 -0.401545  0.385683  \n",
      "11855  1.434452 -0.177327 -0.870151  2.332257  0.073715  0.079270 -0.415208  \n",
      "11879 -1.513323 -1.091671 -0.216755  1.359335  0.843453 -0.467135 -0.150929  \n",
      "11884  2.749471  1.825500  0.384459 -1.627188 -0.401092  1.474922 -0.000582  \n",
      "11893 -0.223009 -1.057297  1.089535 -1.207294 -3.005818  1.163607 -1.150547  \n",
      "11904  0.723986  0.884101  0.215345  1.837371 -0.899913  0.212583  1.004071  \n",
      "11926  1.613575 -0.002680  0.904879 -2.754706  0.587809 -0.633154 -0.136258  \n",
      "11932  0.285632  0.675610 -0.326755 -2.086563 -1.895988 -1.271953 -0.757339  \n",
      "11944  0.514779 -0.494253 -0.414490  0.049270  0.532400  0.292407  0.279449  \n",
      "11961 -0.640099 -3.210249  1.130871  1.297314  0.012975  1.550419  0.742902  \n",
      "11973 -0.020745  0.154186 -0.578581 -1.845163  0.248591 -0.954870 -1.364246  \n",
      "\n",
      "[2088 rows x 50 columns], 4:              0         1         2         3         4         5         6   \\\n",
      "5      0.465490  3.503006  0.811173 -0.062527  2.731544  2.028730 -0.283411   \n",
      "21     1.123624  1.038725  2.044733 -0.768464  0.443983  2.457204  2.161508   \n",
      "35     3.636467  0.609860  0.439976  0.121419 -0.211975 -1.254778  0.456260   \n",
      "49     0.549568  2.267705  1.796804 -1.735543 -2.730367 -0.859422 -0.300787   \n",
      "70     0.755966  2.235485 -0.603192  0.034573 -2.342344  0.737429  2.190937   \n",
      "72     3.165017 -1.111825  0.529115 -0.011487  4.195227  3.261493 -0.546319   \n",
      "74     0.551006 -0.037573 -1.846526  0.187033  0.401314  2.045020 -0.595280   \n",
      "87    -0.320493  5.214237 -0.930985  0.534976  0.216932 -1.387779 -2.539691   \n",
      "104    0.045029  0.196872  0.309458 -0.190454 -0.988710  2.175928  1.689730   \n",
      "135    1.922483  1.511589 -0.734257  1.629633 -0.932982  1.652450 -0.875114   \n",
      "143    1.010105  1.476446  2.537694  1.775503 -4.111537 -1.912007  1.552344   \n",
      "164    0.667958  0.306789  0.418369  0.893507  1.231241  2.102303  0.798566   \n",
      "187    1.182086  3.827338 -0.135385  0.816038  2.314380 -0.965692  1.201258   \n",
      "192    0.953343  2.004149  1.270784  0.244035 -0.968412 -0.803616  2.270062   \n",
      "247   -0.513764  3.999745  2.445857  1.007433 -3.223444  1.943039 -0.310583   \n",
      "254    1.504786  3.664121  1.473681  0.504311 -0.522019  4.457458  1.128140   \n",
      "263    2.037830 -2.730345 -1.729205  1.064692 -3.064493  4.092538 -1.407252   \n",
      "282   -1.302591  2.145858  1.065318  0.975873 -0.005230  6.343375 -0.196466   \n",
      "301   -0.875680  4.696342  0.670111  0.129356 -2.380873  0.026203  0.785065   \n",
      "307   -0.973936  2.370775 -0.023168  3.115306 -2.950824  2.349712  0.408737   \n",
      "308    0.204887  0.134541 -1.157803  1.494265 -0.828475  3.255453 -2.882211   \n",
      "313    0.392876  1.384207 -0.717378 -0.152023 -2.447344  1.207455  0.096330   \n",
      "316    0.097372 -0.812403  1.175520  2.204815 -0.926304  1.725431  2.051724   \n",
      "339    1.690193  0.318916 -0.835266 -0.101467 -2.626394  3.669578  0.700202   \n",
      "348    2.091860  0.231365 -1.581482 -0.085423 -1.304789  1.303966  0.495364   \n",
      "358    0.630482  1.637815 -1.527285 -0.119822 -2.873030 -0.012871  0.195594   \n",
      "363    4.153089 -0.496468  0.068801 -0.983908 -0.830930  2.293789 -2.223911   \n",
      "374    1.893073  2.135918  1.085590  1.847391 -0.854847  0.780894 -1.762740   \n",
      "381    2.516424  1.347472  1.452809  2.306251  0.422144 -1.947588 -0.350924   \n",
      "392   -0.745863  1.142720  1.160158 -0.059846  0.575402  1.999752 -0.919358   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11573  3.680028  1.286115 -1.716615  0.056600  0.915540  0.858755  1.208832   \n",
      "11617 -0.089411  2.993144  0.110947  0.335767 -1.930828  0.256886 -2.530168   \n",
      "11626  2.168688  2.240860 -0.443298  0.194761 -0.007108 -1.402744 -0.945144   \n",
      "11644 -0.539892  3.103741 -0.519078  3.765072 -3.377541  2.998535  0.638670   \n",
      "11674  1.478975  0.345240  1.392522  1.283937 -1.898550  0.151537  0.202590   \n",
      "11685  0.304578  0.526504 -0.730284  1.338128  0.333378  3.306845  0.488509   \n",
      "11739  0.345663  5.403969  1.650636 -0.324297 -0.813795  1.088897  2.657592   \n",
      "11745 -0.524436  1.872526 -0.560753  0.318693  0.115647  1.973045  3.416566   \n",
      "11758 -1.822411  2.261800  0.662136  0.861414 -1.317777  1.831453 -2.227797   \n",
      "11760  0.573903  1.801381  0.267823  2.381317  1.480511  1.409382  1.291922   \n",
      "11764  1.850264  1.437187  0.231477 -0.423294 -1.207818  0.930765  2.748197   \n",
      "11802  1.530432  0.052952  0.173167 -0.963031  1.036857  1.405804  1.222196   \n",
      "11811  1.929566  2.547445 -0.302682  0.105130 -2.027581  0.042328 -4.208366   \n",
      "11830  3.324089  1.953318  0.158094 -1.523674  1.121380  0.577687 -2.252403   \n",
      "11831  1.368020  1.140510  0.523656  0.731557 -0.301465  0.177552 -1.742412   \n",
      "11841  2.308668  2.718465 -0.118585 -0.153235 -1.114091  0.892288 -0.473588   \n",
      "11850 -0.449155  1.506603  2.195168  2.015609 -1.424522 -0.142248 -1.307009   \n",
      "11858 -0.683737  0.369586 -0.764731  2.892202  0.714362  2.814247  2.341676   \n",
      "11865  3.402603  0.980527 -0.932931  3.312402  1.331305 -0.109721  0.467066   \n",
      "11890  0.264933  1.963713  0.960486  3.154566 -1.775574  2.638080  1.936996   \n",
      "11901  1.308356  1.291397  2.705741 -0.012178 -2.176628  0.567139 -0.288801   \n",
      "11905  2.796195  1.850638  3.000747  2.497596  1.538787  2.127570  1.181013   \n",
      "11918  1.277582  1.735813  2.186501  1.519413 -0.758690  2.015820  2.465435   \n",
      "11937  2.124435  1.548583 -1.216849 -1.041816  0.552393  1.391351 -1.050894   \n",
      "11940  2.087811  2.293149  5.937652  0.636995 -2.250726  2.433699 -1.735933   \n",
      "11945 -0.348047  3.112005  0.976603  2.125748 -1.763465  1.564580  0.619209   \n",
      "11954 -0.541814  3.161949 -1.196205 -0.266742  0.090964  1.949815  0.853551   \n",
      "11956  1.195084  3.838382 -2.493285  1.109840 -0.811611  0.870025  1.261166   \n",
      "11960  1.677194  1.411640 -0.027074 -0.424635 -3.515412 -0.516701 -0.261325   \n",
      "11994 -0.716095  0.756280 -0.741979  1.897242 -2.333882  2.007778  2.111074   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "5     -0.074541  2.117981  1.559328  ... -0.517256 -0.344765  1.173636   \n",
      "21    -1.520998  1.978605 -1.833641  ... -2.105145  0.325806  0.421032   \n",
      "35     1.364139  1.934805 -1.834524  ...  0.321003  0.002273  0.668026   \n",
      "49     2.289800  0.360864 -1.741061  ...  0.809851  0.039670  0.752984   \n",
      "70    -2.601441  0.437390  2.175681  ...  1.223288  1.383895 -0.271453   \n",
      "72     0.046060  1.676430  2.857176  ... -0.401674  1.492597 -1.486254   \n",
      "74    -4.634179  1.863425  1.433142  ... -0.305497 -2.496920 -0.583448   \n",
      "87     1.414696  0.770567 -2.749824  ... -1.025941 -0.808753  1.798072   \n",
      "104   -0.568034  1.554538  0.361814  ... -1.703657 -1.507659 -0.807499   \n",
      "135   -2.264040 -1.568218  1.061771  ...  0.485659  0.519438 -0.143663   \n",
      "143   -0.704060  0.447877 -2.245999  ... -0.479859 -0.628988 -0.966197   \n",
      "164    0.795447 -0.200597 -1.388529  ... -2.482135  0.310249 -0.614983   \n",
      "187   -0.766064  1.021791  1.166112  ... -2.048475  0.321804  0.160595   \n",
      "192    0.556948  0.025000  0.020224  ...  0.423973  1.070053  0.635045   \n",
      "247    0.358889  2.032501  0.405874  ... -0.316860  0.132263  0.236059   \n",
      "254    2.604144  0.040514 -2.173496  ...  0.323028  0.282176 -0.344385   \n",
      "263   -2.887602 -0.210588  2.474135  ... -0.175757  1.382125 -0.000231   \n",
      "282   -1.297236 -0.941426 -2.675735  ...  0.025287 -0.421372 -0.179618   \n",
      "301   -2.424000  3.043173 -0.363414  ...  1.117666 -0.299556  0.078578   \n",
      "307    0.606280 -0.759658 -0.321032  ...  1.296044  1.144887 -1.371748   \n",
      "308    1.254747  1.488660 -1.544548  ...  1.996014  0.381151 -0.849368   \n",
      "313    0.851944 -0.366384 -0.255474  ... -0.521869  0.822550 -1.020156   \n",
      "316   -1.362995  0.582097 -0.933798  ...  0.923204 -0.141847 -0.259483   \n",
      "339    2.922677  0.002465 -0.732623  ... -1.256196 -1.232366  0.584447   \n",
      "348    0.999152 -0.019171 -0.447369  ... -1.557544  1.215872  0.896707   \n",
      "358   -0.396814 -1.333008  0.039528  ...  0.107675  0.282567 -0.145189   \n",
      "363    0.393845  2.157292 -0.542971  ...  0.450895  1.077823 -0.084194   \n",
      "374   -2.669184  2.480232  0.041597  ...  0.387022  0.001760  1.066911   \n",
      "381    1.943719 -0.263920  1.417689  ... -0.399087  0.085118 -0.346380   \n",
      "392   -0.081890 -0.285543 -2.253130  ...  1.494767  0.113203 -0.588178   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11573 -0.860357  0.440722 -0.782666  ...  0.567762 -0.637766  1.721913   \n",
      "11617  3.285366  2.340192 -3.294368  ... -0.227988 -1.357901 -0.987182   \n",
      "11626  0.540379  0.597926 -0.366153  ...  0.434903 -2.161751 -0.027331   \n",
      "11644 -0.999321  0.934497 -3.182623  ... -0.853066  0.621454 -0.797457   \n",
      "11674 -0.547776  1.938075 -1.116754  ... -0.485784 -0.286236 -0.121658   \n",
      "11685  0.254365  1.217643  1.388145  ...  4.983494  1.086513  0.175746   \n",
      "11739 -1.622121 -3.796937  1.296060  ...  2.115372  1.170842  0.114450   \n",
      "11745 -2.287322  1.557171  2.688746  ...  2.252908 -0.186459  1.862452   \n",
      "11758  1.321097 -0.404709 -0.814457  ... -3.430515 -0.497681  1.346517   \n",
      "11760  1.522078  1.556724  1.498919  ... -0.237793  1.579859  0.148809   \n",
      "11764 -0.619062 -0.824910  1.116662  ...  1.122286 -1.909757  0.101256   \n",
      "11802 -0.003054 -0.482144  1.906735  ... -0.748584 -1.163578  2.946367   \n",
      "11811 -0.580209  0.887257  1.101153  ...  1.773813 -1.828339 -0.668706   \n",
      "11830 -2.103212  1.284382  3.003678  ... -0.106575 -0.687514  0.601853   \n",
      "11831  0.884675 -0.130172 -1.441908  ... -0.363589 -0.940048  1.514505   \n",
      "11841  2.797253 -1.044921  1.002757  ... -0.711369  0.317039 -0.852600   \n",
      "11850 -0.428271 -1.257369 -1.789649  ... -0.584735 -2.712879 -0.857555   \n",
      "11858 -0.562836 -0.965966  0.983261  ... -0.277840 -1.265194 -0.665796   \n",
      "11865  0.811180 -1.298367  2.013656  ... -0.386320  0.206524 -1.456784   \n",
      "11890 -2.731761 -1.670426 -1.291219  ...  0.371137 -0.655478  0.276634   \n",
      "11901  2.020247  2.849285 -4.218451  ... -1.085106 -0.458800  0.609614   \n",
      "11905  1.065703  1.769846 -0.009829  ... -0.297979 -0.646047  0.942925   \n",
      "11918  1.774923  1.874676  2.679445  ... -0.061962  0.203986 -1.088502   \n",
      "11937 -0.517245  1.630518  2.297623  ... -1.382724  1.535316  0.038666   \n",
      "11940 -0.810836  0.895507  0.445451  ... -0.566826 -0.080940 -1.073631   \n",
      "11945  0.632256  1.691125 -0.943336  ...  0.889327 -1.064610  0.127752   \n",
      "11954  0.848137  1.303206 -1.672647  ...  1.261181  0.901338  1.772168   \n",
      "11956 -0.843674  2.050236 -0.395082  ...  0.940383  1.696658  0.730320   \n",
      "11960  1.256516 -0.543872 -0.327694  ...  0.214823 -1.898810  0.037665   \n",
      "11994 -0.241472  2.266714  0.400536  ... -1.556809 -1.065921 -0.409353   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "5      0.382666  1.150170  1.289068 -0.635437  0.272962 -1.250388 -0.285791  \n",
      "21     1.359355 -0.315683 -0.590700  0.398781  0.094830 -0.737189 -1.732351  \n",
      "35    -1.455161  0.376236  0.171287  1.244692 -0.115113 -0.262171  1.619606  \n",
      "49    -1.324305  0.414081 -0.607096  1.256159 -1.502435 -0.139080  0.678630  \n",
      "70    -0.543407  1.446834  0.116790 -2.715285 -1.100379 -0.430952  1.177672  \n",
      "72     1.022481  0.685539 -0.758981  1.016405  0.627077  0.109477 -1.431096  \n",
      "74    -1.811603  1.175314  0.955747 -0.181530  0.011665  0.031848  0.631236  \n",
      "87    -2.144497  1.902201 -1.562810  0.307807 -1.714110 -1.976189  1.686459  \n",
      "104   -1.283108  0.255006 -0.397526 -0.835605  0.215760 -0.910655  0.748360  \n",
      "135    0.190063 -0.312617 -0.020077 -0.725082 -0.024084  0.247952 -0.892266  \n",
      "143   -0.386907  0.056986 -0.903588  1.010337 -0.018985 -0.004356 -0.650957  \n",
      "164   -1.849714  0.452733  1.261542 -0.005081 -0.903991  0.605213 -2.355886  \n",
      "187    0.599099 -0.934303 -0.082217 -0.618935 -0.141646  1.717086  0.095612  \n",
      "192   -0.191275 -1.528266  1.723095  0.390891  0.734676 -0.225645  0.343503  \n",
      "247   -0.293546  0.601607 -0.092172  0.896244 -1.607131  0.261606  0.306756  \n",
      "254   -1.296803  2.362570  0.285247 -0.202716 -0.301381  0.085809 -0.681016  \n",
      "263   -0.304327 -0.440617  0.687424 -0.498140  0.761825 -0.556722  0.856381  \n",
      "282   -0.810791  0.136686 -0.319269 -1.682354  0.376238 -0.567190 -1.195805  \n",
      "301   -0.169424  0.233959 -0.524858 -1.701205 -0.822449 -0.278568 -0.384752  \n",
      "307   -0.081082 -0.369029 -0.181813  0.780727  1.395217 -1.060538 -0.188014  \n",
      "308    0.019069 -1.041438  0.411788 -1.046343 -0.427966  1.601477  1.761766  \n",
      "313   -0.103043  0.468675 -0.649388 -0.059682 -0.611898  0.297443  0.233281  \n",
      "316   -1.949461 -0.699687 -1.161044 -0.110178  1.184967 -0.951339  0.386080  \n",
      "339    0.113859 -0.604204  0.644014  0.787747  0.610886 -0.335568 -0.254406  \n",
      "348    1.788517 -0.662617 -1.703925  0.110427  0.362303 -0.543408 -1.589009  \n",
      "358   -0.296871  0.634714 -0.757849 -0.170337  0.926876 -0.170421 -0.290110  \n",
      "363    0.244969 -0.518296  1.061866  1.346399  1.561100 -0.054016 -0.134578  \n",
      "374    0.487225 -1.111520 -0.463237  2.444553  0.741767 -0.803125 -0.136675  \n",
      "381    1.134262 -0.429150 -2.443877 -0.249936  0.752255  0.525566  0.414103  \n",
      "392   -0.039250 -0.787656  0.767785  1.925424 -0.269845 -0.834455 -1.037825  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11573  0.180910  0.135737  0.178964 -0.132103 -1.517196 -0.910580 -0.478294  \n",
      "11617  0.842106 -0.445198  1.926597  0.479961  1.557558 -1.374830 -1.182491  \n",
      "11626  0.864196 -1.338689 -0.393046 -0.442505 -0.280716  0.511394  0.437805  \n",
      "11644  1.092784  0.875459  1.427799  0.083518  0.367681  1.599083 -0.474245  \n",
      "11674  1.236176  0.000744 -0.756279 -0.869333  0.138968 -0.146664 -2.358403  \n",
      "11685 -1.407964 -0.230829 -0.704043  0.174735 -1.146298 -0.624465 -0.261333  \n",
      "11739  0.568829  1.390533  1.787144  1.683068 -0.692318  1.617996  1.843171  \n",
      "11745  0.923349  0.171719  0.723458  0.674455  0.653583 -0.082835 -0.456001  \n",
      "11758  1.023978  0.042354 -1.058793 -0.895901  0.941936  0.763883  0.395825  \n",
      "11760 -1.102581  0.310009  1.121230  0.385217  2.095999  0.422699 -0.835102  \n",
      "11764 -0.936358  1.393234  0.189685 -1.209306  0.554675  0.881231 -1.142303  \n",
      "11802 -1.786823 -1.168044  0.021893  0.029124  0.917450  0.018095 -0.538489  \n",
      "11811 -0.695836 -0.226607 -0.172069 -0.006046  1.502374  0.227910  0.009003  \n",
      "11830  0.284244 -1.251392 -0.289854  1.135295 -1.844473  1.131811  0.229980  \n",
      "11831 -1.849747  1.479469  0.264735  0.572713 -0.119012  0.391572  0.050527  \n",
      "11841  0.532069 -0.579670  1.090316  0.279882 -0.624612 -2.349823 -1.153284  \n",
      "11850 -3.613678  1.097880  0.527456  0.566407  0.179632  2.476561 -0.399790  \n",
      "11858 -0.149437 -1.173513 -0.067778  0.829337  0.965825  0.431006  0.236850  \n",
      "11865  0.086746 -0.811246  0.561481 -0.361264 -0.154160  1.171050 -0.221013  \n",
      "11890  0.752849 -0.765539  0.168665 -0.768837  0.392178  0.049811  0.377248  \n",
      "11901 -2.003044  0.999442 -1.575434  1.178385  0.122240 -0.220149 -0.811867  \n",
      "11905  1.402195 -1.634375 -0.467081 -0.365849 -0.715147  0.453832 -0.061607  \n",
      "11918 -0.178088 -1.794429 -0.111060 -1.321539  1.498645  0.008565 -0.225352  \n",
      "11937  1.231993  0.910829  0.662025  0.103703 -0.587145  1.839736  0.091223  \n",
      "11940 -0.233872  0.338330  1.173122  0.237849  0.803861  1.014607  0.417426  \n",
      "11945  0.780044 -0.337926  0.037575 -0.114864  0.096562 -0.760881  0.117170  \n",
      "11954 -2.126177  0.604536 -0.771429  1.784354  0.379302 -1.161128 -0.817111  \n",
      "11956  0.826686  0.798554 -2.036723  2.051978  0.687998 -1.048216  0.973546  \n",
      "11960  1.879178  1.820619  2.179423  0.511968  0.318062  0.221668  1.008167  \n",
      "11994  0.789271  0.617187  0.873003  0.525367 -0.944774  1.169370  0.150578  \n",
      "\n",
      "[2160 rows x 50 columns], 5:              0         1         2         3         4         5         6   \\\n",
      "15     1.785114  0.608356  0.445541  0.693918  0.602376 -0.980224 -1.689105   \n",
      "17    -1.566952 -0.261995 -1.706287  1.338536  0.319589 -0.961553 -0.062999   \n",
      "31     2.379334  1.211902  0.685310 -1.984801 -2.028865 -0.428041  0.541945   \n",
      "37     1.851688 -2.608706  1.309501  1.196289  0.181544  1.658530  1.065487   \n",
      "39     3.352492 -3.207625  1.435633  0.062487 -1.265330 -0.193846  0.440824   \n",
      "44    -0.041341 -1.862931  1.802937  0.522596 -1.212916  0.493104 -0.334083   \n",
      "57    -0.144209 -0.682193  0.495070 -0.739629  1.361712 -0.348355  0.868378   \n",
      "73     2.418506 -2.060257  0.621707 -0.123398 -0.577781 -0.589356  1.292544   \n",
      "80     2.800387  2.510430 -2.520255 -1.455981 -1.388405 -0.406886 -0.185798   \n",
      "84     4.108863  1.430002  0.808844  3.143651  1.679323  1.234137  0.336908   \n",
      "85     1.614641 -1.368912  1.806434 -1.270718 -1.399180  4.628627 -0.074636   \n",
      "94    -0.377321  0.384361  0.590172  1.685018  1.639752  1.725199  0.778140   \n",
      "109   -0.338152 -0.302639 -0.635441  1.272847 -0.349138 -0.815876  0.841243   \n",
      "116    2.259222  0.319531  0.977580  1.238399  0.461283  1.435817  1.535762   \n",
      "120    2.094802 -0.387570  1.731014  2.533839 -0.831805  1.048223  1.274708   \n",
      "121    1.481452 -0.042715  3.591732  0.178807  0.342865  0.687741  0.736198   \n",
      "124    3.345910  0.813314 -1.219347 -1.364639  1.094991  0.654169  1.640861   \n",
      "144    1.378212 -0.159492 -0.215810  1.115059 -1.901305 -1.071787  0.469470   \n",
      "167   -2.276673  0.674208  2.515567 -0.147965  0.399853 -0.437466  3.535716   \n",
      "179    1.079681  0.036571 -0.780009  1.496884 -0.344053 -1.747068  1.031132   \n",
      "182   -1.323106 -1.200463  0.039687  2.187338 -2.123732  0.151768  1.215209   \n",
      "199    0.668531  0.604277 -0.577581  0.029702  0.374725 -0.915442  0.701294   \n",
      "209    0.699038 -0.256134  1.495719 -0.473935 -1.243177 -0.700854 -0.604626   \n",
      "210    1.788090 -0.928027  0.754997 -0.375939  0.368456  1.824450  2.209566   \n",
      "215   -1.270625  0.055497 -1.836844 -0.808260 -0.614716 -0.408434  2.164060   \n",
      "221    1.483690 -0.998569 -1.242862  0.088733  0.579608  1.331962 -1.370297   \n",
      "223   -1.146410 -1.272490  0.188582 -2.135348  1.767039 -0.341663  0.691738   \n",
      "226    0.481825 -0.445044  2.489419  3.255816  0.568170 -2.111251  1.447224   \n",
      "237    1.244614 -0.294351 -0.186032 -1.119378  0.794242 -0.146370 -0.350381   \n",
      "245    0.911912  0.868725  0.766013  3.424580  5.023775  0.002249  0.847360   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11576  2.167041  1.788354  1.679592  1.090694  0.431515  0.375563 -2.057630   \n",
      "11578 -0.145998 -1.223086  2.659189 -1.670571 -0.436157 -2.701672 -0.201996   \n",
      "11589  1.066691  1.935751  2.556516  0.280423  0.407251  0.085036 -1.342212   \n",
      "11593 -0.117920  0.390956 -1.194416 -1.878104  1.044410  1.138562  1.246947   \n",
      "11613 -1.807173 -2.327082  0.173443  1.130975  2.490613 -0.185375  0.709247   \n",
      "11614  1.603046  0.811395 -0.282939 -0.780099  2.798694 -0.838954  1.831486   \n",
      "11649  0.722038  1.246577 -0.563703 -0.787565  2.130942  0.334179  1.993908   \n",
      "11654  3.251084  2.169629  2.460081  0.144662  0.415151  1.751768  4.216211   \n",
      "11703 -1.078535 -1.602294  1.171056  1.727559  0.463758 -1.933822  2.703166   \n",
      "11732  1.264711 -0.597650  1.348690  0.770834 -1.160140  1.366587 -0.275679   \n",
      "11738  0.103031 -0.904227 -2.315145  0.488225  0.529365  1.407101  1.026227   \n",
      "11756  0.349802 -0.044643 -0.669198  0.849190 -1.046212 -1.626782 -0.335220   \n",
      "11787 -0.617268  1.199012  1.412461  0.971890 -0.748466 -0.523223  1.033522   \n",
      "11790  2.954559  0.409894  2.046924 -0.713215  2.058431  0.404790  0.917725   \n",
      "11797  2.125124  1.238780 -0.596933  1.424784 -0.968445 -0.668459 -0.453604   \n",
      "11809 -0.343705 -0.208544  2.483913 -0.395635  1.955656 -2.521858  1.768032   \n",
      "11815  1.913799 -0.860945  1.063103  1.947630  0.382801  1.633450 -0.402827   \n",
      "11826  1.370051 -2.599194  2.827329  0.848295  0.107174 -0.970461  4.065444   \n",
      "11844  2.441847  0.525155 -0.492680 -1.050830 -1.044930 -1.545416 -3.595398   \n",
      "11864  0.532179  0.683596  3.057067  2.258037 -1.770283 -0.006285 -0.338187   \n",
      "11868  1.460746 -1.388313  2.069910  1.175160  0.694825 -0.421510 -0.480227   \n",
      "11871  1.250638  0.063112  1.254632  0.158423 -0.581623  0.941677 -1.581031   \n",
      "11891  3.100680  0.764838  0.126742 -2.441482  3.039407 -2.351918  1.415208   \n",
      "11914 -2.784464 -3.563543  0.102669 -1.068898 -1.207516 -1.776083 -0.804543   \n",
      "11916  2.066845  1.460410 -0.474366  4.472674 -0.481015  0.821441 -0.115207   \n",
      "11936 -2.193272 -1.352870  1.252398  0.733928 -3.357875  2.266473  1.700925   \n",
      "11980 -1.316850  0.243110 -0.509079  1.318225  2.187964  0.232560  1.659723   \n",
      "11986 -1.393544  1.473588 -0.006081  0.159911  0.383777 -0.634338  0.926198   \n",
      "11990  0.236500 -1.345926  2.442085 -1.230989 -0.510544 -1.793463  0.023324   \n",
      "11998  2.385417 -1.977389  0.220792 -1.613214  1.272667 -2.468381 -0.281892   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "15    -2.801558 -1.523043 -3.646624  ... -0.173691 -1.207269  1.768233   \n",
      "17    -3.315907 -0.887560  0.470329  ...  0.603293  0.534998  0.417675   \n",
      "31    -1.568874 -0.771063  0.130713  ...  1.000745 -0.327847 -0.252915   \n",
      "37    -2.181652 -0.150144  0.032862  ...  0.912873  1.753577  0.037876   \n",
      "39    -1.714480 -1.897525 -2.169768  ...  0.261045 -0.887523  1.019140   \n",
      "44     1.195656 -3.956846 -0.067276  ...  0.103356 -1.795901  0.560013   \n",
      "57    -2.002205  0.396359 -0.395707  ...  0.923976  0.149507 -0.439743   \n",
      "73    -1.687945 -0.485733 -3.004635  ...  1.922578 -0.293033 -0.848769   \n",
      "80    -0.354410 -1.063160 -0.614682  ... -2.951913 -0.141370  0.230774   \n",
      "84    -1.591301 -0.675592  0.697764  ...  0.459623  1.387945 -0.266470   \n",
      "85    -3.300643 -1.448111 -1.672377  ...  0.562535  1.341890  0.315947   \n",
      "94    -0.431245 -1.606152 -0.453336  ... -0.084013 -0.634970 -0.053359   \n",
      "109   -0.675247 -0.928692 -0.905450  ... -0.482211  0.813419 -0.683851   \n",
      "116   -3.266790  0.440207 -3.038373  ...  2.096997  1.713363 -0.457450   \n",
      "120   -0.792409 -0.327836 -0.211637  ... -0.324327  2.083383  0.042661   \n",
      "121   -1.353379 -0.657210  0.685737  ...  0.576032  0.423924 -1.777362   \n",
      "124    0.268891  0.472729  0.942380  ... -0.589316 -0.473963  0.788870   \n",
      "144   -2.178175 -1.894407 -1.078513  ...  0.040818  0.894274  0.396484   \n",
      "167   -3.757068 -0.204440  1.912119  ... -0.019079 -1.204039 -0.379467   \n",
      "179   -1.697096  0.710497 -0.646995  ... -1.211439 -0.893501 -1.556828   \n",
      "182   -1.862234 -1.055707 -0.525282  ...  0.524338  0.675896 -1.613125   \n",
      "199    0.719263 -1.462709 -1.198374  ... -0.137229  0.403387 -0.515940   \n",
      "209   -0.464723 -2.156243  0.496670  ... -1.086351 -0.185054  2.626265   \n",
      "210   -0.603070 -0.424846 -0.237084  ... -0.108643  1.347710  0.484282   \n",
      "215   -1.307412 -3.429075 -3.860569  ... -0.032115 -2.076674  0.817889   \n",
      "221   -1.140017 -0.016621 -1.511965  ... -0.515247  0.018687  0.753699   \n",
      "223   -1.656568 -2.041354  1.864036  ... -1.416342 -0.408054 -0.293476   \n",
      "226    1.364415 -3.684832 -0.568095  ... -0.039846  0.417741 -0.111778   \n",
      "237   -0.267009 -3.337936 -1.072441  ...  0.417857  0.504571 -0.187719   \n",
      "245   -0.550416 -2.512182  0.504582  ...  0.856489 -1.834533  0.816766   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11576 -3.831877  1.593830 -2.677438  ...  0.718426 -0.130801 -0.965353   \n",
      "11578 -0.720443 -2.972323  2.032256  ... -1.031983  2.005367 -0.827798   \n",
      "11589 -2.347381 -0.740645  1.070199  ...  0.665199  1.253065  1.342260   \n",
      "11593 -1.588830 -0.611015  0.096692  ...  0.471720 -4.265457 -0.009732   \n",
      "11613 -2.802264 -0.230539 -1.164211  ... -1.644339 -1.136728 -0.495027   \n",
      "11614 -2.185402 -2.524306 -1.009276  ...  0.603229  0.871016  0.209329   \n",
      "11649 -0.762881 -0.656880 -1.383398  ... -1.534280 -1.381397 -1.375570   \n",
      "11654 -2.213106 -2.846946 -4.151247  ...  2.514725  2.883636  2.355203   \n",
      "11703 -2.909801 -0.550296 -1.776201  ...  0.463921 -1.388429  1.979433   \n",
      "11732 -2.607347 -3.301759 -0.627455  ...  0.000921 -1.146784  0.957643   \n",
      "11738 -0.430470 -4.086170 -3.279020  ...  1.598713 -0.586736  0.086594   \n",
      "11756 -3.620075  1.310328  3.216458  ... -0.720569 -0.898455 -0.979254   \n",
      "11787 -1.520616 -1.600694 -3.781657  ...  0.212624  0.795050  0.519838   \n",
      "11790 -0.585370 -4.310464  1.541460  ...  0.505283  1.072917 -2.075008   \n",
      "11797 -2.750687 -3.646278 -1.676495  ...  2.371964  0.982112  0.903421   \n",
      "11809 -1.725889 -2.086386 -2.234830  ... -1.112273  0.900667 -0.966287   \n",
      "11815 -1.518400 -1.277910  5.236548  ...  1.196145  1.622610 -0.938519   \n",
      "11826 -3.108061  0.089807  0.647602  ...  0.385884  0.933220  0.569136   \n",
      "11844 -1.936257 -2.199079 -0.373585  ...  0.935677 -1.656430  0.280029   \n",
      "11864 -3.774433 -2.358909 -1.771717  ... -1.404391  0.974541  0.771841   \n",
      "11868 -2.638599 -0.454886  2.318368  ...  2.201607 -0.887802  1.352636   \n",
      "11871 -1.421103 -3.350307 -2.204149  ...  0.608438  1.508506 -1.001538   \n",
      "11891  0.005897 -0.690942 -0.384597  ... -1.013476  0.313655 -1.430059   \n",
      "11914 -1.885648 -1.955050  0.998841  ... -1.207110 -0.557705 -0.010713   \n",
      "11916 -1.482087 -2.312931 -1.454712  ...  0.740142  1.051655 -0.376048   \n",
      "11936 -4.105981 -1.262921  0.581636  ...  1.548263  0.189447  1.192816   \n",
      "11980 -0.938251 -0.380137  1.573549  ...  0.575298  2.757254  0.362615   \n",
      "11986 -2.104552 -1.784736  0.264489  ...  0.583499  2.435680  0.195342   \n",
      "11990 -1.402546 -4.083741 -0.333655  ...  1.126040 -0.318570  0.936120   \n",
      "11998 -2.008536 -4.170027 -0.176729  ...  0.562095 -1.253062 -0.046685   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "15     1.833406 -1.008238 -0.327356 -0.658073  0.268712  0.445796 -0.775115  \n",
      "17    -0.086117 -1.754030 -0.527726 -0.495249 -0.701816 -1.226338  0.726363  \n",
      "31    -0.726083  0.632241  1.189008  0.077438  0.084237 -0.227315 -0.182529  \n",
      "37    -1.163312  1.024953  2.567875 -0.682993  2.197592 -0.140445 -0.834624  \n",
      "39    -0.476171 -0.559877 -0.263072  0.372840 -0.243919  0.084659 -0.793448  \n",
      "44    -0.828072 -0.107110  1.055785 -1.248390 -0.796436 -0.853102  0.618053  \n",
      "57    -1.282249  0.291019  0.768241  0.494184 -1.154171 -0.607998 -1.029782  \n",
      "73     2.395625 -0.941638  1.108377 -0.403875  1.473049 -1.649808  0.990156  \n",
      "80    -0.376775  0.859992  0.719594 -0.887781 -0.545502  0.360445 -0.958714  \n",
      "84    -0.142744  0.334591  0.855398 -0.824342  1.385971  0.184888 -1.485444  \n",
      "85    -0.150148 -2.105753 -0.075927  1.349597  2.393105  0.142860  0.161564  \n",
      "94    -0.127307  0.551034 -0.368609 -2.408204 -0.102908  0.175443  0.006935  \n",
      "109   -0.314730  0.455380 -0.853230 -1.806538  0.155973 -0.816142  0.669525  \n",
      "116    0.983452 -0.524662  1.550917 -0.874352 -1.772485  1.641280  0.315129  \n",
      "120   -0.189006 -0.418951 -0.042392 -1.030696 -0.058818  2.990168  1.945231  \n",
      "121   -0.383540  1.267452 -0.551863  1.706508 -1.089756 -0.748843 -0.306218  \n",
      "124    1.246373  0.693807  0.290733  0.806960  0.900902 -1.669052  0.464409  \n",
      "144   -0.657972  1.152372  0.719990 -0.789768  0.163584  0.741515 -0.419090  \n",
      "167    0.694016  2.493524  1.786355  0.505879  0.699489 -0.208097 -1.352886  \n",
      "179   -0.343913 -0.993321 -1.831796 -0.189842 -0.632153 -0.120894  0.281572  \n",
      "182    1.122150  0.950835 -1.050079 -2.153035 -0.587723 -2.575395  0.649762  \n",
      "199   -1.832749  2.324052  0.905013 -1.662668  0.592130  0.384313  0.863110  \n",
      "209   -1.714759  0.263562  0.196298 -0.270607  0.077423  2.180839 -0.727501  \n",
      "210   -0.149709 -0.748363 -1.915569 -1.431838 -0.252693 -0.032009  0.759170  \n",
      "215   -0.852875 -0.442604  0.295708 -1.477396  0.512074 -0.394878  0.346010  \n",
      "221   -0.415042  0.351922 -0.676807 -1.426214  1.017181  0.054323 -0.433009  \n",
      "223   -0.435226  0.054176  1.306817 -0.367044 -0.551733  0.127756  0.019570  \n",
      "226   -0.306674  1.752366 -0.481719 -0.356825 -0.066961 -1.292532 -0.523862  \n",
      "237    0.742542 -1.267405 -0.562946  1.104944 -0.028230  0.103398  0.075415  \n",
      "245    0.751183  0.036885 -0.658194 -0.864484 -1.341673 -2.071137 -0.052613  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11576  1.364515  0.760576 -0.259876  0.109306 -1.025557 -0.997079 -0.745757  \n",
      "11578 -0.522067 -0.457906  1.050124 -0.069334 -2.076672 -0.574960 -0.042956  \n",
      "11589 -0.318171 -0.701374  1.031066 -0.558987  0.549535 -0.946194 -0.107537  \n",
      "11593  0.953925 -2.340761 -0.032896 -0.456213 -0.732807  0.455046  0.873709  \n",
      "11613  1.300148 -2.878517  0.385956  0.450761  0.410483 -1.214217 -0.208254  \n",
      "11614 -0.535066  1.520603  0.228837  0.839936  0.236483 -0.353863  0.299131  \n",
      "11649  1.105520  0.183344 -1.498131  1.096505 -0.923448 -0.861179 -0.322287  \n",
      "11654 -1.043287 -1.130855  2.604504  0.664283 -1.217334  0.116931 -2.270003  \n",
      "11703  0.131327 -1.706568  0.856972 -0.217440 -0.496830 -0.885107 -0.693392  \n",
      "11732 -0.684655  0.156289  1.512638 -2.218978  0.457515  0.715138 -0.552685  \n",
      "11738  0.571283 -1.469763 -0.139462  1.139033  0.764898  2.467880 -0.957474  \n",
      "11756 -0.254802  0.308053 -0.200448  0.037340  0.551441  0.447240 -2.334065  \n",
      "11787 -0.640815 -2.662347  0.285632  0.044436  0.398489  0.841647 -0.003047  \n",
      "11790 -0.992159  2.423712  2.177045 -0.177839 -2.626193  0.355143  0.751743  \n",
      "11797  0.239459 -0.335177  1.111883 -0.475724  0.267272  0.399814 -0.544640  \n",
      "11809 -2.791291 -0.965303  1.332657 -0.522681  1.764697  0.986576 -0.333569  \n",
      "11815  0.782249 -1.164033  0.934176  0.900400 -0.903840  1.774316  0.923938  \n",
      "11826  0.287401 -0.335294 -0.297829  1.024396 -0.272293 -0.389804  0.469140  \n",
      "11844  0.125246 -1.756692  0.092257  1.691049 -0.247314  1.885425 -1.263844  \n",
      "11864 -0.191457 -0.339513 -0.709928 -0.170472 -0.234350 -0.252917 -0.696429  \n",
      "11868 -2.100411  1.094385  0.264126  0.229440 -0.096396  2.308901  0.972478  \n",
      "11871 -0.178882  0.060982 -0.453870  0.207234 -1.031408  1.455906  0.187601  \n",
      "11891  0.235094 -0.523447  1.830371  0.257532 -0.611461 -0.106093 -0.071319  \n",
      "11914 -1.094573  0.418585  0.565660 -0.510560 -0.594207  1.309202  0.214913  \n",
      "11916  0.591376  0.276151  0.219422  0.402521  0.599906 -1.191876 -0.820963  \n",
      "11936  2.329076  1.948967 -1.571247  1.797584  0.091468  0.032477  0.549550  \n",
      "11980  0.243536  1.051807 -1.328285  2.058283  0.551110  0.116031 -0.050912  \n",
      "11986  0.708646  1.328031  0.360355 -0.374496  1.017975  0.360272  1.712496  \n",
      "11990 -0.403180 -0.494488  0.374408  0.091484 -0.658851 -0.621025  0.986703  \n",
      "11998 -0.860414 -1.126852  0.869450 -0.811977  0.599380 -0.946950 -0.002886  \n",
      "\n",
      "[2186 rows x 50 columns], 6:              0         1         2         3         4         5         6   \\\n",
      "26    -1.184043 -1.595353 -0.425123  0.887120 -0.739930  0.593320  0.409477   \n",
      "34    -0.767159 -0.647240  0.134734 -2.823312  1.586697  1.429820  0.596926   \n",
      "48    -0.786472 -1.123856 -1.888198  1.512054 -2.238632 -1.257799 -0.454025   \n",
      "51    -1.254663  0.448259 -1.810460  0.184516 -0.651894  2.109713  2.022024   \n",
      "77     0.216394 -4.515357  1.017529  1.133451  2.370465  1.115014  4.047025   \n",
      "91     1.913804 -2.928447 -0.982245  1.700209  2.359710  1.266928  1.112412   \n",
      "105   -1.824926 -1.418511 -0.038845 -0.119439 -1.157327  0.460286  1.882762   \n",
      "114   -0.340262 -2.141928  1.006738 -2.385395 -1.078331 -0.608450  2.092179   \n",
      "127   -0.630308  0.451290 -1.587584  0.234028  1.257578  1.818501  0.369376   \n",
      "131    1.828129 -1.467141 -4.036534  0.140904 -0.869607 -1.619575  0.298920   \n",
      "138    0.331491 -2.077981 -2.419691  0.211881  0.353662 -1.135850 -0.047236   \n",
      "139    0.424972 -1.495396 -2.366272  0.539804 -0.434734  2.365952 -0.295913   \n",
      "142    0.421705 -1.151633 -3.853089  0.976593  0.895628  0.681760  1.288732   \n",
      "155   -1.622651 -1.288293 -4.708722 -1.820217 -0.591800 -1.234414  0.180449   \n",
      "158   -1.609387 -1.454510 -1.728407  0.680506  0.763641  0.094680 -0.685084   \n",
      "165   -0.874287 -2.195661  2.134018  0.498709 -0.211778  2.221938  0.510579   \n",
      "183   -1.488720 -0.919963  0.000285 -0.661372  1.842216  1.525274  1.472192   \n",
      "201    1.362031 -2.529725  0.293777 -0.030644  2.314424  1.637351  3.436811   \n",
      "204   -2.457612 -2.442026 -1.525559 -1.331328  0.648471  0.036782  2.482708   \n",
      "214   -3.443938 -3.222462  0.150577  0.879232  1.218721  3.343418 -1.956598   \n",
      "216    0.926688 -2.771178 -0.839541  0.981169 -0.007120 -0.004336  1.712109   \n",
      "217   -0.567578 -0.841007 -1.320364 -1.381625 -0.758659  0.434866 -0.067497   \n",
      "246   -1.060386 -3.022289  1.405402  0.224969  1.593940 -1.595728  3.153063   \n",
      "252    0.902421 -1.940469 -3.610047 -1.527039 -3.711836 -1.737307 -0.184968   \n",
      "268    0.346196 -4.464760 -5.304686  0.291436  1.015431  2.214665 -2.826756   \n",
      "281   -0.251423 -0.703987 -0.459485  0.121388  2.823217  4.668007 -1.079721   \n",
      "283   -0.644347 -2.711273 -1.372720  1.073349 -1.718742  3.134491  2.950921   \n",
      "287   -0.068430 -5.101405 -1.025349  0.279775  0.464006 -1.434272  3.417893   \n",
      "309   -0.239964 -0.004614 -0.858443  0.809909 -2.015750 -0.106261 -0.944388   \n",
      "323   -0.442432 -1.649366  0.430012 -1.525540  1.126576  3.094928  1.393520   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11735 -0.331491 -1.785354 -2.265867 -1.033917 -0.361570 -1.394512  0.026168   \n",
      "11778 -0.414515 -1.482612  1.340601 -0.095445 -0.936559 -0.806773  1.467672   \n",
      "11782  0.225870 -0.829456 -2.673153  1.889609 -0.536052  1.146842  0.058648   \n",
      "11789  0.435538 -1.938683 -1.446257 -0.039334 -0.593246 -0.334439  2.340671   \n",
      "11803  0.138807 -2.387846 -1.652442 -0.661435 -1.840478 -1.092373  2.210688   \n",
      "11810 -0.401019 -2.162551 -2.511273 -0.446596  3.009051 -2.956892  4.440518   \n",
      "11822  1.511915 -4.276299 -0.312903 -1.369633 -1.165325  0.793561  2.647891   \n",
      "11825 -1.732346 -3.623571 -3.408104  2.468408  1.608645 -0.126440  0.131682   \n",
      "11845  1.490403 -0.327205 -0.281935  0.527944 -0.899852  1.529802  3.139068   \n",
      "11846 -1.580753 -1.534378 -3.293209 -0.395481  1.189849  0.437961  4.030395   \n",
      "11851 -2.336782  1.035196 -3.564410  1.810368 -4.673318  0.070638  1.487732   \n",
      "11866  0.168669  0.033675 -1.024747 -0.335223 -1.758504 -0.335959 -0.048988   \n",
      "11880 -0.474144 -2.612207 -1.382662  0.581976 -0.586763 -0.129595  1.477728   \n",
      "11881 -2.904850 -1.791063 -3.521497  2.010770 -3.704098  0.729407  1.296445   \n",
      "11895 -0.185704 -1.436451  0.567163  1.366664 -0.244148 -0.871219  2.058029   \n",
      "11896  0.265129 -1.491179 -0.925938 -1.671661  0.807717  0.304410 -1.947385   \n",
      "11897 -0.797721 -1.591696 -0.839403  0.864215  0.020129  0.649963 -1.122408   \n",
      "11908 -3.285139 -0.782775 -2.770656  2.564650  0.511057  0.404721  2.320052   \n",
      "11920 -2.366738 -2.696884 -1.556718 -1.351023  0.708995  0.219279  0.952021   \n",
      "11922 -0.364461 -1.737207  1.281040  2.734024 -0.102940  0.469295  1.727639   \n",
      "11934 -1.672900 -2.929127 -2.035152  1.953502 -1.152379  3.716585 -1.146419   \n",
      "11941 -3.733470 -0.490771 -0.252561  0.944436 -0.606759 -1.620349  3.412824   \n",
      "11947 -1.611346 -1.495561  0.025832 -1.288776 -0.572282  1.818282 -0.727343   \n",
      "11959 -3.082294  0.101346 -5.707816  1.741538 -0.165932  0.280741  1.812047   \n",
      "11962 -2.568907 -0.637046 -0.319058 -0.120167  0.044183  2.641518 -1.406568   \n",
      "11966 -0.267245 -2.412901  1.460652  0.754763 -2.456291  1.336129  1.713338   \n",
      "11967 -0.995205  0.691665 -1.004884  1.095167 -0.526316  0.156093  2.394312   \n",
      "11972  0.919135 -1.130314  0.513962  2.045402  1.705760  1.856706  2.475524   \n",
      "11978 -1.184578 -2.568759  0.428397 -2.726551  0.050671 -1.557598  5.013297   \n",
      "11997 -0.406794  0.396411 -2.241750 -2.222946 -2.353107  0.699552  4.074507   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "26    -1.376227  1.495291  0.222539  ... -0.843164 -1.654312 -0.122274   \n",
      "34     1.049947 -1.007554  5.650843  ...  0.683955 -0.035119 -0.728720   \n",
      "48     1.092948  0.849029 -1.173704  ... -1.890369 -0.710753  0.506215   \n",
      "51    -0.440726  0.543867 -1.787052  ...  2.475228 -0.124313  1.128513   \n",
      "77     0.441842  1.714912  0.462710  ...  0.631882  1.566433 -2.080272   \n",
      "91    -0.907877  2.786314  0.918858  ... -0.372049  2.437354 -1.501389   \n",
      "105    2.086152 -0.508991  2.274114  ... -0.228083 -0.752730 -0.140206   \n",
      "114   -0.633548  1.082081 -1.686154  ...  0.014569  1.483524 -1.309463   \n",
      "127   -0.412428  1.425932  0.414804  ...  0.919728  0.315273  1.203935   \n",
      "131   -0.458195 -0.247659  0.271944  ... -0.823536 -0.172127 -0.177755   \n",
      "138    0.566262 -1.660964 -0.466192  ...  0.544184 -2.311456  2.181383   \n",
      "139   -0.035769 -2.486666  1.652956  ... -0.729482  0.691632  0.968758   \n",
      "142   -1.027313  1.299154  1.432932  ... -0.259046  0.429862 -1.478749   \n",
      "155   -1.783016  0.400929  0.252716  ... -0.992361 -2.754789  1.588571   \n",
      "158    1.601271  0.729133  1.732567  ... -0.829602 -0.716786  0.782665   \n",
      "165    0.038645  1.455190 -0.203313  ... -1.361058  2.029658  1.794066   \n",
      "183   -2.221646  0.692923 -1.240707  ...  0.366406  1.377067  1.857421   \n",
      "201   -0.154322  3.553761 -0.149880  ...  0.985920 -0.423219 -0.324843   \n",
      "204    2.575909  0.321356  0.698637  ...  0.419373 -0.060628 -2.146913   \n",
      "214   -2.527026 -1.240999 -0.180301  ... -1.066773 -0.642337  0.291864   \n",
      "216   -1.861946  0.578803 -1.962689  ... -0.358008  0.287925 -0.238523   \n",
      "217    1.845114  0.616794 -1.782648  ...  1.379670  1.003599 -1.871812   \n",
      "246   -1.517682  0.281050 -1.235368  ... -2.073878  1.943849  2.278609   \n",
      "252   -2.776428  2.417351 -0.663149  ... -0.175848  0.483498 -1.517641   \n",
      "268    0.641596  0.792904 -0.305397  ...  4.576097  0.510186  0.916181   \n",
      "281    0.170871  3.412948  3.498708  ...  1.224741  0.264434  1.300791   \n",
      "283    1.963769  2.061554  1.525376  ... -0.217509 -0.543359 -0.507734   \n",
      "287    0.070184  1.304217 -2.227397  ... -1.202794  1.576877  0.560393   \n",
      "309    0.818703  0.502124  0.510320  ...  1.711276 -1.307205  1.010641   \n",
      "323    0.211493  0.007266 -1.066709  ... -0.081339  0.358212  0.268404   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11735 -0.351238 -0.656468  3.315461  ...  0.300851  0.309969 -3.147564   \n",
      "11778 -1.002708  0.341402  1.153888  ... -0.829744 -0.349338  3.144116   \n",
      "11782  0.987256  1.934965  0.897485  ... -0.268231  1.201248 -1.635344   \n",
      "11789 -1.080775  3.718582 -0.265984  ... -1.350951  0.352405 -1.087729   \n",
      "11803  1.863890 -0.711400  1.012025  ...  0.765698 -0.524818 -0.694697   \n",
      "11810 -0.988530 -0.176829  2.581211  ...  2.716552 -0.120393 -1.169289   \n",
      "11822 -0.623202 -2.855292 -2.485377  ... -0.954275  0.509960  0.904085   \n",
      "11825  0.698715  3.229774  0.700005  ...  1.697806  1.438879 -0.250251   \n",
      "11845 -0.382352 -2.008135  0.506012  ... -0.236882 -1.528828  1.733016   \n",
      "11846 -0.682043  0.234177 -1.030378  ... -0.082689  0.239189 -1.986845   \n",
      "11851 -2.218475 -0.051777 -1.241236  ...  2.101133  1.382666 -0.262860   \n",
      "11866 -0.578738  0.404241  0.843186  ...  0.368828  1.106331  2.235762   \n",
      "11880 -1.201130  0.621128  0.363363  ... -0.346531  1.020494 -1.193109   \n",
      "11881 -1.931041 -2.912256 -1.151470  ... -0.451688  1.306204  0.538996   \n",
      "11895  1.494765 -0.859754 -1.017875  ...  1.387680  2.098651 -1.940865   \n",
      "11896 -0.072492 -0.512458 -1.030657  ... -1.020427 -2.790491  0.291896   \n",
      "11897  1.735660  0.075150 -2.451999  ... -1.330260  0.778350  0.859241   \n",
      "11908  3.340968 -2.183828  0.551163  ... -1.082987 -0.692171  0.840850   \n",
      "11920  0.140926 -0.956713 -1.696280  ...  0.079408  0.542019  1.463790   \n",
      "11922  0.388320 -0.224826 -1.178364  ...  0.291178  0.608817  0.413694   \n",
      "11934  2.959997  1.559078  2.296264  ... -1.402989  0.127613 -0.307907   \n",
      "11941  0.483318  2.174169  0.375896  ...  0.773912  1.275388 -0.761901   \n",
      "11947  2.134808 -2.026108  2.304133  ...  1.293246 -0.354239  0.399957   \n",
      "11959 -0.543853  0.175938 -1.784621  ...  0.038281  1.315787 -1.046651   \n",
      "11962 -3.578402 -0.713022  0.772166  ...  0.084259  1.196910  0.381195   \n",
      "11966 -2.282215  1.467561 -1.772743  ... -3.867842  0.571798  0.068099   \n",
      "11967 -0.430515  0.578436 -0.397527  ...  0.509646 -1.309843  1.191835   \n",
      "11972 -0.585109  1.139820  0.699457  ...  0.334636 -0.280176  1.877038   \n",
      "11978 -1.949727  2.883147 -0.259917  ... -1.707911  0.843601  1.357118   \n",
      "11997  0.706102  0.029120  1.258924  ...  0.659436  1.477645 -1.040513   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "26     1.468356 -1.554461 -0.582255  1.883963  0.763002  0.010577  0.835488  \n",
      "34    -0.675773  0.690401 -0.078051  0.147447 -0.119875  0.788342  1.204774  \n",
      "48     1.397709  0.195680  0.136224 -2.009416 -0.841900  0.097162  0.336779  \n",
      "51     0.606769  0.961695 -1.210393 -0.116356  1.456690  0.776198  0.192983  \n",
      "77    -0.171831  0.121526  0.277090 -0.505740  0.771401  0.351062  0.955362  \n",
      "91    -0.639219 -0.509500 -1.744930  1.413568  0.628757  0.650156 -1.068357  \n",
      "105   -1.941458  0.944567 -0.870805  0.757105  0.383409 -0.879227  0.216748  \n",
      "114    0.155373 -0.109011  0.458211  1.838651 -1.053685  2.323117  0.376340  \n",
      "127    0.154284  1.311299  0.083736 -1.201711 -0.052034  0.167230  0.270204  \n",
      "131   -0.578371 -0.838849 -0.455306 -1.612244  2.065674 -0.052073  0.967259  \n",
      "138    0.484968  1.641432  0.252470  0.094068 -0.610742 -0.261734 -0.546954  \n",
      "139   -0.649443 -0.605064 -0.569643 -0.932590 -1.051025  1.242688  0.261540  \n",
      "142    1.456598  0.504920 -0.313245  0.564305  0.436804 -1.277847  0.928845  \n",
      "155   -0.254263 -3.033432  0.410026  1.883775  1.623200 -1.248009  0.775169  \n",
      "158    0.526784 -0.156493  0.142126 -0.041744  0.033566 -0.354937 -1.812776  \n",
      "165   -0.706257 -1.681197 -0.324080  1.090259  0.098530 -2.394050  0.414395  \n",
      "183    0.130392  0.942974  0.468915 -0.120484  1.026804 -0.510659  0.016006  \n",
      "201    0.550151 -1.072236 -0.056121 -0.267920  0.956528 -1.094905  0.313428  \n",
      "204    0.633739  1.200809  1.085543  1.081144  0.155086  0.973788  0.793807  \n",
      "214   -0.492523  0.743724  0.128141  0.043732  0.566199 -0.524243 -0.556745  \n",
      "216   -1.446875 -1.227277  0.582186  0.638418  1.577218  0.260061 -0.163325  \n",
      "217    0.713140 -0.207489  0.807128 -0.713790 -0.470791  0.745263 -0.016869  \n",
      "246   -1.840474 -0.002413 -1.268134 -0.110438 -1.400448  0.656289  1.209889  \n",
      "252   -0.374836  1.220571  1.944531 -1.654363 -0.148726 -0.327539 -1.468160  \n",
      "268   -1.045163  0.503025 -1.872788 -1.499265  0.433359  1.163119 -1.192936  \n",
      "281    1.249259  0.174034 -0.748749  0.129122  1.357181 -0.736984  0.912639  \n",
      "283   -1.957094 -0.074800  1.046071 -0.959135 -1.108971  0.239336 -0.215842  \n",
      "287   -0.629592  0.284002 -0.827490 -0.535114  0.454338  0.405935  0.918311  \n",
      "309   -0.151197 -2.133321  0.225282 -0.134070  0.010154 -1.052283 -0.539533  \n",
      "323   -0.066135  1.353013 -0.074961 -0.291032  1.949649 -0.272694 -1.368108  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11735 -0.806229  0.068584  3.325120 -0.195391 -2.002297 -0.265091 -0.749455  \n",
      "11778 -2.680635  0.511085 -0.790214  0.899385  1.547630 -0.959057  0.536493  \n",
      "11782 -1.428858 -1.016713  0.001866  0.285492 -0.018467 -0.005699 -0.895792  \n",
      "11789 -0.637620  0.020876 -0.614433  1.944865 -0.432080 -1.746107  0.601182  \n",
      "11803  0.928072 -1.353262  0.943084  0.125788 -1.265737  1.556130  1.126576  \n",
      "11810  0.796697 -0.728649 -0.816387  0.067676  3.736581 -0.689554  0.424882  \n",
      "11822 -0.277887 -0.584746 -0.076503  0.089318 -0.318041  1.610943 -1.103353  \n",
      "11825  0.542421  0.831192 -1.140917 -0.824783 -0.575429  0.377256 -0.937801  \n",
      "11845 -0.685312  0.093409  1.055003 -0.546137  0.771929  2.194369 -0.279470  \n",
      "11846  1.360812  0.955491 -0.312300 -0.489698  0.054148  2.186267 -0.732141  \n",
      "11851  1.133417  0.467671 -0.304801 -0.363327  0.879520  0.435791 -0.088810  \n",
      "11866 -0.316457 -0.855770  0.523644 -0.170636  0.750243 -0.415092 -0.213010  \n",
      "11880  0.535862  1.820816  1.261088 -1.247988  0.935887 -0.865589  0.794504  \n",
      "11881 -0.911856 -0.120422 -2.275409 -1.244755  0.367187  0.503628 -0.208369  \n",
      "11895 -0.227759  1.229522  2.473470  0.190756 -0.462419 -1.957561  0.624594  \n",
      "11896  0.005580 -0.612916 -0.627682  0.018472  0.248287  0.634817 -0.613077  \n",
      "11897 -0.415095  0.593568 -0.480710 -0.330467  0.063022  1.771765  0.062792  \n",
      "11908  1.143528  1.051746 -1.788779 -0.992487  0.888111 -0.777349  0.235541  \n",
      "11920  0.305753  0.544334 -0.488832 -0.337448 -1.702289 -0.193933  0.009237  \n",
      "11922  1.008657  0.185869 -1.079495 -0.022042  0.039162  0.384546  0.679631  \n",
      "11934 -0.517797 -0.625988 -1.852003 -0.033019  0.168790 -1.385586 -0.217455  \n",
      "11941  0.287822  0.418039 -1.383558 -0.433227  1.186489  0.804858 -1.063648  \n",
      "11947 -1.845826 -0.268543 -0.552591 -2.499424 -0.701218  1.358685  0.079360  \n",
      "11959 -0.818544 -0.235863  0.900128  2.424036  1.327202 -0.535550  1.904140  \n",
      "11962  2.704106 -1.058595  2.106784 -1.280767  1.519928 -0.731083  0.432242  \n",
      "11966 -3.138896 -0.450413 -2.583978  0.584631 -1.652341  0.345485  0.238050  \n",
      "11967  0.557225 -0.633887 -1.351155 -1.014406  0.056204  1.327570 -0.543883  \n",
      "11972 -2.006620 -1.933253 -0.301478 -1.367966 -1.191636 -0.206729  0.106547  \n",
      "11978  1.288548  1.310552  0.544532 -1.765730 -1.644703  1.665526 -0.011404  \n",
      "11997  0.720096 -1.018004  0.968699 -1.467148  0.505201  1.037273  1.179134  \n",
      "\n",
      "[2233 rows x 50 columns], 7:              0         1         2         3         4         5         6   \\\n",
      "24     0.169619 -2.648571  0.451959  0.510172 -1.470874  0.237697  0.847881   \n",
      "25     0.737184 -1.547332 -2.176716 -0.683920 -1.106047  2.265428  0.463112   \n",
      "55     0.022014 -1.457842  0.932274  0.284497 -1.173853  0.396748 -0.153949   \n",
      "64     0.481132  0.095904 -2.402109  0.124100 -0.812927 -0.858462  0.773990   \n",
      "66     0.529053  0.685272 -1.819325 -0.742977 -1.809403 -0.038096  0.100527   \n",
      "76     1.033873  1.535714  2.140073  0.478704 -1.860951 -1.663652 -2.479137   \n",
      "92     0.073435  1.355453 -1.033365  2.698242 -4.171906 -0.973840 -1.722800   \n",
      "93    -1.031903 -2.087177 -3.548755  0.809543 -1.524285  2.250657  1.836767   \n",
      "98     1.504895  0.581847  2.126951  1.494045 -0.765156 -1.101955  1.531689   \n",
      "117    0.484913  0.493960  0.123002  0.409839  0.430792 -1.599218  0.555720   \n",
      "123    0.045079  1.165580 -0.018021  0.661409 -1.578701 -1.367597 -0.273671   \n",
      "129    2.874702  0.230906  1.453083 -0.885170 -2.507988  2.527843  0.110540   \n",
      "132    0.573047 -0.301784 -2.982944  3.809745 -2.546634 -0.676508 -0.696258   \n",
      "148    0.463505 -2.730318  1.357684 -0.139306 -1.060520 -1.723089 -0.141890   \n",
      "161    0.042536 -0.443648 -0.887597 -1.262428 -2.925159  0.158414  0.891267   \n",
      "171   -0.438253 -0.859785 -1.101403  0.483694 -0.458433 -3.214474  0.472199   \n",
      "177   -1.736031  0.504548 -1.709110  1.316301 -1.608946 -0.250925  0.760964   \n",
      "213   -0.286840  1.650306 -1.374986 -0.009145 -4.434320 -1.865406  0.790666   \n",
      "219    0.058350  0.497840  0.976555 -0.246592 -1.976133 -1.648525  0.722602   \n",
      "239    0.616482  0.040088 -0.693094  1.673362  0.603150 -2.268613  2.434655   \n",
      "253   -2.085235 -3.163982 -0.712413  3.692756 -3.489219 -0.885475 -0.478827   \n",
      "256    1.104266 -0.598744 -2.376858  2.371404 -3.771188 -2.112566 -1.272930   \n",
      "266    2.359214 -2.828316 -3.824280  0.718785 -2.143262 -0.968480  1.179366   \n",
      "270    0.685775 -3.464603 -0.803000  1.283794 -0.983148  2.550355 -1.642710   \n",
      "275    0.473394  1.365527 -2.501234  0.875864 -4.807705 -2.079634  1.347552   \n",
      "298    1.052393 -1.805894 -2.583201  0.739869  0.061543  0.369279 -0.866918   \n",
      "305    0.550364 -4.041472 -0.153264 -0.227121 -0.265561 -1.200481  0.165395   \n",
      "314    0.198950 -2.002910  0.863833  1.600295 -0.826252  0.030926  0.330729   \n",
      "351    4.925908 -1.110383 -1.944622  1.474453  0.532613 -0.479165 -1.617346   \n",
      "359    1.579332 -1.165390  0.657676  1.314460  0.169617  2.052939  2.587253   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11673  2.247241  0.046133  0.160916 -2.824403  0.077920 -1.595646  1.528138   \n",
      "11679  0.308426 -2.298378  0.539725 -0.934001 -2.793128 -0.313610  0.116019   \n",
      "11682  1.032928  4.209832 -0.107139  0.423646 -0.841588 -2.730436 -0.281708   \n",
      "11689  2.593733  0.174313 -1.643412 -0.459822 -2.825463 -1.684534  3.014534   \n",
      "11695 -1.143135  0.159440 -1.925815 -1.153044 -0.656615 -1.908221  0.551160   \n",
      "11697  2.783380  2.242322  0.617177  0.224221 -1.461655 -2.297403 -1.246367   \n",
      "11704 -1.791123  1.869178 -1.877643  0.801372 -0.476903 -3.863040 -1.330936   \n",
      "11711  0.543496  1.660965 -2.466688  0.644040 -0.023590 -0.964369  0.381791   \n",
      "11719  1.081700 -0.906161  2.006719  3.258081 -0.610006  0.434873  0.803375   \n",
      "11725  1.069869  1.413993  0.138597  0.236214 -1.934683  0.300921  2.224535   \n",
      "11746  1.806856 -1.185413  1.216875 -1.859575 -1.314316 -1.097518  0.951404   \n",
      "11784 -0.708045 -1.530366 -2.263856  1.829132 -0.017495 -0.288692  1.804825   \n",
      "11814  1.438812 -0.623939 -0.120539 -0.163873  1.197379 -1.754585  3.700241   \n",
      "11819 -0.642689  0.118035  0.501650 -1.464596 -3.688753 -2.787690  1.429622   \n",
      "11836  0.791137  0.243238 -1.207765 -0.235712 -3.825179 -1.827009 -0.236056   \n",
      "11840 -2.512923  0.481663  0.047362 -0.392582 -4.587257  0.475446  1.750242   \n",
      "11852  2.943348 -0.933773  2.528536  3.220441 -3.200413 -1.246157  0.159554   \n",
      "11854  5.251528  0.949233  2.651748  2.913116 -1.615856 -3.002771 -0.033117   \n",
      "11867  0.936728  0.197343 -0.376713 -0.993823  1.267939  1.393679  0.781045   \n",
      "11870 -3.910771  0.937793 -3.251801  1.152395 -3.331188 -0.178537  1.472197   \n",
      "11874  1.738900  0.788612  0.726787 -2.020245 -2.267304  1.082540  0.081851   \n",
      "11875  0.020512  0.086407  2.483140  1.346358 -1.089174 -1.907364  0.166110   \n",
      "11909 -0.219021 -2.545891  0.179937 -2.674308 -3.613105 -0.568189  3.431850   \n",
      "11921  2.404229  0.489635  0.988710  0.958204 -2.338951  0.463529  1.290094   \n",
      "11924  1.182415 -0.637497 -2.965583 -0.154760  0.115368 -2.075082 -0.619756   \n",
      "11927  1.351004 -3.293400 -1.581382  2.666998 -0.429690 -0.810736  2.276531   \n",
      "11942 -0.257740 -2.042842 -2.427237 -0.150300 -0.490927 -0.817805 -0.760086   \n",
      "11951 -0.858124  0.622197  0.934738 -0.007883 -1.096010 -0.970596  0.466796   \n",
      "11963  2.676785  0.278764  3.734628  1.134657 -3.639574 -3.391254 -1.322253   \n",
      "11969 -1.143194  3.509373  2.614372 -1.566637 -1.427130  0.361336 -2.110583   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "24     2.725744 -0.298856  1.960303  ... -0.506249  0.489381 -0.497444   \n",
      "25    -0.510806 -2.180518  1.276391  ...  0.659992 -0.618635 -0.468226   \n",
      "55     0.340640 -1.456011  0.004643  ... -1.440595  0.280046 -0.308411   \n",
      "64     2.358078  2.370684  0.484497  ...  0.242285 -1.501600  0.743034   \n",
      "66    -0.084708 -2.001771  1.574767  ... -0.715534  0.639005  0.047491   \n",
      "76    -0.729650  1.177937  1.309668  ...  0.425492  2.054589 -1.928548   \n",
      "92    -2.091760 -0.217123 -2.383821  ...  1.651579  0.278648  1.203638   \n",
      "93     0.799731 -1.031700 -1.128355  ...  0.312833  1.237755  0.979464   \n",
      "98    -1.410955 -2.899853  1.175756  ...  2.116966  1.394213  0.596967   \n",
      "117   -0.027647 -1.287385  1.327502  ... -0.996867  0.252896  0.370495   \n",
      "123   -0.457364 -0.462219  3.991038  ... -0.248087  0.360196 -0.653729   \n",
      "129    0.103855 -1.961260 -0.925865  ...  0.962151  0.292916  0.586346   \n",
      "132   -1.047127 -1.840877 -1.060821  ... -0.006085  0.429803 -0.470267   \n",
      "148    2.780944 -0.482531  0.709194  ...  0.274581 -0.488819  1.772946   \n",
      "161   -1.819119 -0.006556 -0.744872  ... -1.202859 -0.947679  1.924413   \n",
      "171    0.985661  0.996363 -0.916510  ... -0.518001 -0.088911  1.664201   \n",
      "177    0.474724  0.227871  0.772179  ... -0.707809  0.930836  0.421407   \n",
      "213   -0.403348 -1.391316 -1.139197  ...  0.048414  0.862939 -1.517932   \n",
      "219    0.502552 -1.117970  1.903195  ... -0.667923  0.551679  0.243700   \n",
      "239   -1.150533 -0.496542  3.649856  ... -0.399416 -0.563416  0.915710   \n",
      "253   -1.216813 -0.720272  2.107061  ... -1.296068 -0.154995  0.408266   \n",
      "256    2.450478 -0.702871 -1.546024  ...  0.228328  0.948123 -0.255012   \n",
      "266    3.468404  0.298641 -0.049845  ... -0.034454  0.806773 -1.891133   \n",
      "270    5.365741  0.325805  4.680452  ... -0.559597 -0.358394  0.305704   \n",
      "275    1.898217 -0.555438  3.465480  ... -1.781933 -0.040943 -0.862570   \n",
      "298    1.454638 -1.031694  1.463153  ... -0.605392 -1.274116  0.422676   \n",
      "305    0.753343 -1.469969  0.341016  ... -0.467453 -0.669152  0.815793   \n",
      "314   -0.222726  0.579252  1.443633  ...  0.266013 -0.724370  0.877850   \n",
      "351    0.303117  0.227312  0.415583  ...  2.053373  1.334954  0.094990   \n",
      "359    2.032187  0.351594 -1.973553  ... -0.349708 -1.672565 -1.357553   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11673  0.265512 -4.539936  3.316922  ...  0.558407  0.483724  0.246772   \n",
      "11679  1.475018  0.005479  1.752761  ...  1.352711 -0.545405  1.615871   \n",
      "11682  2.283533 -1.313451  3.745446  ... -0.191799  0.504393 -1.962877   \n",
      "11689  1.234541 -0.074848  4.002564  ...  0.096755  0.389352 -0.887519   \n",
      "11695  0.413294 -1.046280  0.867843  ... -1.007342 -0.338655  0.461763   \n",
      "11697  0.173354 -1.269512  4.046171  ...  0.097355 -0.802832  1.635433   \n",
      "11704  0.913722 -1.534756  1.810298  ... -0.070856  1.726762 -0.050295   \n",
      "11711  3.562328 -1.366507  0.798060  ...  0.418389  0.544483 -0.785025   \n",
      "11719 -0.217169 -2.730532  1.188493  ... -1.394665 -0.439605 -1.394437   \n",
      "11725  1.550951  0.945219 -1.724942  ...  0.899985  0.037358 -0.377696   \n",
      "11746 -0.709101  0.226899  1.084317  ...  0.881942 -1.684866  0.666344   \n",
      "11784 -0.041793 -1.206226  2.659685  ...  0.085653 -1.687628  0.636868   \n",
      "11814  0.402163 -1.248108  0.708666  ... -0.610516 -0.702153  0.087426   \n",
      "11819  2.962182 -2.324709  0.051302  ... -1.534565 -1.448749 -0.685048   \n",
      "11836 -0.526647 -1.561683  0.206797  ...  0.920511  1.003050 -1.036929   \n",
      "11840  1.274920  0.720365  1.097163  ... -1.258110  1.006772 -1.102269   \n",
      "11852  2.365552 -4.065707  1.025106  ... -1.418392 -1.433116  0.677196   \n",
      "11854  0.119079 -1.457152  1.874503  ... -3.143703  1.292811 -0.599049   \n",
      "11867  1.543056 -2.138137  1.239766  ...  1.189862 -1.380395 -0.790674   \n",
      "11870  2.716426 -2.102024  3.749143  ... -0.020259  0.509636  0.611460   \n",
      "11874 -0.271481 -1.838677 -1.676807  ... -1.386008  2.700311 -0.509882   \n",
      "11875 -1.217103 -0.533954  2.255604  ... -0.611725  0.349381 -0.452331   \n",
      "11909  3.832762 -1.548497 -1.109703  ... -0.114781 -1.387855  0.807366   \n",
      "11921  0.696844 -2.234381 -0.855011  ...  1.088265  0.734083 -0.584388   \n",
      "11924  1.134523 -0.510970  1.014886  ... -1.652547 -0.247826  0.801768   \n",
      "11927  1.188955 -3.327506  2.806603  ...  0.854674 -0.392883 -1.326395   \n",
      "11942  3.318777  1.142629  0.824185  ... -0.075324 -2.150078 -0.752081   \n",
      "11951  0.935822 -2.222699  0.478653  ... -0.045496 -1.582471 -1.982645   \n",
      "11963 -0.300046 -3.308609  1.709489  ...  2.097670  0.594266 -1.922930   \n",
      "11969  1.614497 -2.876905  0.911467  ... -0.294694 -0.483281  0.083255   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "24     0.371637  0.914163  0.256280 -1.115768  0.388817  0.024428 -0.406505  \n",
      "25    -0.730568 -0.206562 -0.149883  0.131117  0.124050 -0.152299  2.213474  \n",
      "55     1.526370 -0.135900  1.479556  0.282397  0.015074 -0.032332  0.634572  \n",
      "64    -0.480881 -0.152787  0.941227  0.601855  2.055641 -0.663518 -0.514772  \n",
      "66    -0.884842  0.497437 -0.090064  0.083881 -0.921739 -0.120506  0.739829  \n",
      "76     2.144489  1.322122 -0.312474  0.547808  1.638679  0.803034 -0.400549  \n",
      "92     1.613836  0.556540  0.227999 -1.278664  0.378353 -1.150233 -0.431619  \n",
      "93    -1.967913 -1.330975  0.372429  0.431498 -0.028997  1.167811  0.327630  \n",
      "98     1.541121  0.086609 -0.806479 -0.337531  0.609213 -0.383658 -0.762267  \n",
      "117   -1.252072  0.221201  0.696982  1.142638  1.227961 -1.576302  0.435150  \n",
      "123    0.127802 -0.075354 -0.060072  0.673532  0.653815  1.276413 -1.493167  \n",
      "129    0.606649 -0.539605 -1.499215  0.018649 -0.191112 -0.665944  0.413790  \n",
      "132   -1.212105  1.670676 -0.790623 -0.139297  0.231200 -1.722532  0.127096  \n",
      "148    1.483016 -0.184077 -0.744261  0.033245  1.025369  0.871194 -2.766866  \n",
      "161    1.589153 -0.540064  2.477502  0.532202 -0.008750 -0.012151  1.819498  \n",
      "171   -0.397884  0.704179 -0.321327  0.317600 -0.703025 -0.452578  0.077497  \n",
      "177    0.729884  0.236767 -0.356329  1.165246 -0.906716 -0.932570 -0.478143  \n",
      "213    0.243159 -1.556100  0.157696 -1.346696 -1.012444 -0.431406  1.060248  \n",
      "219   -0.291621 -0.216263  0.663869 -1.351674  0.866959  0.463440  0.287052  \n",
      "239   -0.010543  0.751354  0.327859 -0.451439 -0.794885 -0.116276  0.603473  \n",
      "253    0.695737 -2.075496 -0.723672 -2.124939  0.629002 -1.165112  0.413493  \n",
      "256    0.770605  1.262827  0.160346  1.552956 -1.068359  0.416810 -1.109797  \n",
      "266    0.907170 -1.154175 -2.937309 -2.347448  1.312745 -2.259106 -0.158173  \n",
      "270   -0.258963  0.044772  0.433492 -0.045314 -0.113089 -1.548875  0.224806  \n",
      "275   -0.570296  0.392919 -0.887211 -0.535167 -0.664153 -2.215110  0.300889  \n",
      "298   -1.104140  0.599534 -1.164773 -2.158145  1.432511  0.905278  0.277361  \n",
      "305   -0.153351 -0.038406 -0.240809 -1.038387 -0.675918 -0.346378  0.866479  \n",
      "314   -1.242412  0.087432  1.533534 -0.459029 -1.378972 -0.290525 -0.756149  \n",
      "351   -2.050964  0.081896 -1.876445 -1.006969  1.466033 -0.547901 -0.405311  \n",
      "359   -1.625350 -0.486588 -2.698049 -0.083714 -1.455990 -1.364507  2.095245  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11673 -1.104575  1.272930 -0.909365 -0.494896 -0.578680  0.961439  0.209314  \n",
      "11679  0.749740  0.005424 -0.987659 -0.686242 -0.776790 -0.416494 -0.892193  \n",
      "11682 -0.517273 -0.857123 -1.711682  0.404853 -0.588659  0.547033  0.040966  \n",
      "11689  0.422094 -0.457511 -0.567942 -0.239497 -0.197578 -0.035925 -0.291750  \n",
      "11695  0.299894  0.226124  0.829008 -0.037623  0.381779 -0.245329  0.319209  \n",
      "11697 -0.554162 -0.712870  1.233350 -0.741326  0.503561 -1.355932 -0.545097  \n",
      "11704  1.047728  0.817660 -0.076161 -0.571784 -0.223657 -0.277850 -1.727067  \n",
      "11711  0.241328  0.495000 -0.783206  1.191240 -1.128615  0.945668  0.101136  \n",
      "11719 -0.040613  0.798475 -1.438920  0.086716 -0.187149  0.170386  0.983973  \n",
      "11725  1.184583  1.216549  1.381349 -0.235849 -0.123950 -0.669373  1.324059  \n",
      "11746 -0.161296  0.612766  2.671194 -0.100302 -1.643366  1.208479  0.463331  \n",
      "11784 -0.697158 -0.120118 -0.701053  1.859594  2.319270 -2.269836  1.479789  \n",
      "11814 -0.393976 -0.546613  0.407220 -0.737844 -0.268720  0.125404 -1.694418  \n",
      "11819  1.435197  0.363787 -2.133661  0.183980  0.267070 -0.649332  0.284676  \n",
      "11836 -1.035824  0.726307 -0.922229  0.427002  1.463282  0.119025  0.146793  \n",
      "11840 -2.307702 -2.842240 -0.453830 -0.765936 -0.303021 -0.129308 -0.454924  \n",
      "11852 -0.482739 -0.850139  0.983581 -0.914412  0.590287  3.067129 -1.515283  \n",
      "11854  0.315907 -0.846438  1.463859 -1.117386  1.620343  0.335866  1.365410  \n",
      "11867  0.698230 -0.511878  0.975065 -2.274405 -1.830038 -0.406832 -0.838677  \n",
      "11870 -0.016842 -0.542762 -1.435597  1.566525  2.020189 -1.415367 -0.069235  \n",
      "11874 -0.847264 -0.711008  1.452324  1.402233  0.423094  0.204584 -0.536500  \n",
      "11875  0.212612  1.440163  0.215574  1.497564  0.714159 -1.011334 -1.239153  \n",
      "11909 -2.525840  1.101791 -1.365618 -0.284178 -0.004771  0.720280  2.088499  \n",
      "11921 -1.239455  1.344002 -1.014246  0.060212 -1.608463  0.561381  0.316369  \n",
      "11924 -1.783632  0.559700  1.916807 -1.977718 -1.196265 -1.094810  0.431027  \n",
      "11927 -1.478630 -1.262569 -1.271986 -0.190806 -0.129906  2.105250  1.703449  \n",
      "11942 -0.189207 -1.004444  0.613900  0.680947  0.556020 -0.179798 -1.302495  \n",
      "11951  0.248827  0.509178  1.507983  2.412607  1.786151 -0.569854 -0.349436  \n",
      "11963 -1.796404  0.503463  1.151520  2.138829 -2.374220 -1.188824  0.804635  \n",
      "11969  1.973749  1.934492 -0.198777  1.674495 -0.288714 -1.126172  0.501714  \n",
      "\n",
      "[2206 rows x 50 columns], 8:              0         1         2         3         4         5         6   \\\n",
      "0     -0.019155 -0.002557 -0.002534 -0.005877  0.004355 -0.015456  0.002539   \n",
      "4     -0.878836 -2.494738 -0.051249 -2.474288  3.120653  0.013880  0.314216   \n",
      "9      1.139501 -1.847122  0.484010 -1.922296  0.811482  1.849988 -3.331280   \n",
      "13     1.129439 -0.748461  0.754472  1.577966 -0.406028 -1.071313 -2.207812   \n",
      "16    -0.340655  2.218813  1.673745 -0.982037  0.489490 -2.550619 -0.794465   \n",
      "33    -0.831044  1.742744  0.678764 -2.274766  0.943827 -3.135918  1.016698   \n",
      "40    -2.049808 -0.039584  2.423237  0.125768  1.546154  2.991729 -0.703236   \n",
      "56    -1.333752 -1.841217  1.189785  1.121751 -0.431246 -0.000143 -0.364611   \n",
      "58     2.066910  0.621109  1.330156 -1.005517  3.686600 -1.145973  1.435792   \n",
      "61    -0.229711  0.399601  1.082939 -0.867661  0.730259 -2.786319 -1.977197   \n",
      "69     1.352758  0.399624  1.444368 -1.211696 -0.203660 -1.030908 -1.483667   \n",
      "81    -0.612136 -0.034729  3.307402  0.172317 -1.256573 -0.947215 -1.056935   \n",
      "89    -0.316676 -1.738535  1.680467  3.120108  2.376921 -0.281465 -1.267246   \n",
      "95    -0.463887  0.216581  1.515780 -0.130242 -1.500547 -0.503968 -0.891442   \n",
      "99    -1.851612  0.949519  0.646202 -0.726868  0.474435 -0.706307 -0.889857   \n",
      "110   -1.420538  0.203592  0.703559 -1.833826 -1.510681 -0.101323 -1.829491   \n",
      "168    0.465020  0.128751  1.498582 -0.035831 -0.279962  1.687979 -1.143703   \n",
      "186    0.284786  0.408572 -0.899671 -0.564444 -2.119052  2.025979 -1.789332   \n",
      "190   -0.713057 -1.426894  2.675988 -0.671774  2.842148  0.390468 -0.368661   \n",
      "194    0.656968 -1.536621  0.348733 -0.195443 -2.188890 -0.549883 -0.619482   \n",
      "195    0.197040 -1.806851 -0.283616 -0.281044  0.695691 -0.675715 -2.913924   \n",
      "196    0.613302 -0.175382  2.085403  0.105407  0.992326  0.233682 -1.379642   \n",
      "203    1.946062 -1.200651  2.260219  0.690702 -0.762991  3.859842 -0.136461   \n",
      "230    0.226675 -1.912515  1.648974  1.229062 -0.369672 -1.752052 -2.974293   \n",
      "231   -1.715709 -1.056503  2.524817 -2.208176  0.992921  1.761317 -0.757541   \n",
      "248    2.396538  0.439763  0.596915 -2.150992  1.578710 -0.583489  0.027304   \n",
      "303    0.233058  1.312093  3.310666  0.360533  1.978269  2.114489 -0.456490   \n",
      "304   -1.199563 -0.294516  0.053988 -1.478697  0.127315 -0.464156 -1.859505   \n",
      "315    1.593148  0.088117  2.406125  0.291365 -2.005409  0.752123 -2.092944   \n",
      "320   -0.773917 -0.667020  2.645059 -0.161841  0.464433 -1.799811  0.143168   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11772  0.450800 -1.164974  2.285321 -1.760641 -4.533583  0.429137 -1.106488   \n",
      "11773  1.582601  0.771292  4.717751  1.222484  2.839131  2.908389  0.037851   \n",
      "11775  3.703816 -0.817845  1.698728  0.803375  0.684068 -1.207326 -1.703918   \n",
      "11780 -0.143747  0.108115  2.552564  1.211602  0.841350  0.010657  0.292052   \n",
      "11817  3.691708  0.202290  0.401044 -1.599122 -2.105138 -0.503778  0.559917   \n",
      "11832  1.865737 -2.672679  0.237709 -1.685120  1.072668 -2.025331 -1.306613   \n",
      "11847  3.782348 -2.238180 -1.746586  0.156789  1.894388  0.825703 -2.790369   \n",
      "11857  0.703279  0.122664  0.417087  0.684947  1.111546 -1.288751  1.485408   \n",
      "11859  3.894530 -0.217552 -0.432710  1.063295  1.702579 -0.459001  1.937818   \n",
      "11877 -0.468268 -2.631993  1.555769 -0.401818 -1.784923 -0.873032  0.809276   \n",
      "11882 -0.156866 -2.406046  0.613801 -2.836100  2.758440  0.643588 -4.077949   \n",
      "11885  1.358914 -0.668753  0.901849 -1.667862  1.801940 -1.618652 -0.600596   \n",
      "11888 -1.247114  0.635291  2.259291  0.078300 -0.200489 -1.865213  1.010285   \n",
      "11898  1.828893  1.481385 -0.670796 -1.068118  0.184899 -1.291969  0.158104   \n",
      "11913  2.049570 -0.294346  1.464998 -0.179852 -0.896326 -0.708710  1.091370   \n",
      "11925 -0.330108 -1.551330  1.504350 -1.334842 -0.422924  0.109816 -2.042324   \n",
      "11935 -0.257594 -0.340569 -0.947397 -2.495801  0.000947 -0.698100 -0.859993   \n",
      "11938  1.042610 -1.192286  0.530075 -2.036083  0.311109  0.691893 -1.854422   \n",
      "11943  1.255545 -2.330869  0.495809 -0.808385  0.629549 -1.744645  0.216936   \n",
      "11948  2.935991 -0.220322  2.022565  0.917318 -1.295084  1.647224  1.392661   \n",
      "11949  0.677349 -4.407162  2.438859  1.177879  1.611280  2.440960 -0.929347   \n",
      "11953  0.097369 -2.589883  1.198214 -2.007812  0.171026  0.231947  2.340988   \n",
      "11957 -3.072569 -5.385217  3.657572  0.406097 -0.928245 -1.435873  1.566440   \n",
      "11971  0.515300 -1.771668 -0.874923  2.678350  0.161571 -0.470737  0.406064   \n",
      "11974 -0.685894  1.143085  1.242950 -0.338709 -0.874081 -0.020144 -2.165118   \n",
      "11977 -0.951821 -1.977360  1.041777 -0.499566  1.211470  1.196149 -0.494159   \n",
      "11979  0.015046 -1.975628  3.922272  0.912108  0.879783 -1.885222  0.324253   \n",
      "11984 -1.554008 -0.085892  0.173961  0.442471  0.116692  1.140826 -1.187225   \n",
      "11995  1.168007  0.241298  2.122488 -0.621670  0.282304  0.766493 -1.776512   \n",
      "12000 -1.432069  1.103715  0.755288 -2.131283 -3.366171 -0.265366  0.185350   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "0     -0.018969 -0.000474  0.012799  ...  0.019860  0.007054 -0.006031   \n",
      "4      1.555675  1.533230 -0.587836  ... -0.839722 -0.171078 -1.585042   \n",
      "9      1.645649 -0.053200  0.142741  ...  0.710014 -2.074448 -0.874612   \n",
      "13    -0.537315  0.343557 -0.157957  ... -0.092302  0.974485  1.426844   \n",
      "16    -0.636273  1.033843  3.059594  ... -0.111704  0.876730 -0.794915   \n",
      "33    -3.237588 -2.665174 -0.067982  ...  0.027604 -0.737142  0.712336   \n",
      "40     2.177786  2.897459  2.755411  ... -0.045585  0.976984  1.561049   \n",
      "56     0.464703  1.076363 -1.061240  ...  0.473541  1.284596  1.030602   \n",
      "58     1.593967 -0.285026  1.452189  ... -0.387702  0.376953 -0.433664   \n",
      "61    -0.725579  1.947195 -0.155696  ... -0.593656  1.148900 -0.608457   \n",
      "69    -1.272489 -0.432448  2.738047  ...  0.128059 -0.540191  0.383301   \n",
      "81    -0.587412 -0.903076  2.742197  ...  1.959562  0.564512 -0.379115   \n",
      "89     1.044783 -2.403871  1.085300  ...  1.084570 -2.489433  0.080808   \n",
      "95     0.807143  2.459058  1.604164  ...  1.952457 -0.194369 -0.096243   \n",
      "99     0.850603  0.556857  2.043517  ...  2.104736 -0.148842 -1.529697   \n",
      "110    3.966690 -0.368524  0.932972  ... -0.959763 -0.153509  0.562288   \n",
      "168   -0.082124 -1.288351  2.450159  ...  1.348595  1.332341 -0.291957   \n",
      "186    0.812524 -1.601932  1.480844  ... -1.977810  0.185993  0.242679   \n",
      "190   -2.049953  3.815954  1.072883  ... -1.322241 -0.597349 -0.158930   \n",
      "194    2.034509  0.234186  0.180025  ...  0.882532  0.430680  0.654032   \n",
      "195    2.393615 -0.577929  1.656416  ... -2.168053  0.694539  1.435200   \n",
      "196   -1.758323 -0.487090  2.101954  ... -0.582046 -0.996850  0.852537   \n",
      "203    1.346288 -0.410916  0.638274  ...  0.039672 -0.085580  0.692714   \n",
      "230    0.890879  1.130150 -0.353919  ...  0.195163 -1.687106 -1.085633   \n",
      "231   -3.034279 -0.517781  2.752799  ... -0.328677 -0.037340  1.435078   \n",
      "248    0.810953 -1.022060 -0.744611  ...  1.034098  0.899813 -0.105678   \n",
      "303    0.186140  0.766812 -1.391418  ...  0.211108 -0.465684  0.067186   \n",
      "304    1.029221 -1.790472  1.839001  ... -1.172935 -0.349681 -0.499712   \n",
      "315    1.182035  1.539567 -0.230455  ... -2.254280  1.306010  0.571104   \n",
      "320   -0.706579 -0.746509  1.560242  ...  1.125619  0.229801  1.216009   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11772  2.023427 -1.298519 -1.007439  ...  1.914691 -0.504356  0.210870   \n",
      "11773 -0.592855  0.965724 -1.771276  ... -1.563997 -2.370855  0.019545   \n",
      "11775  2.098020  1.223829 -0.079842  ...  0.491077 -0.857136  0.358573   \n",
      "11780  1.111774  1.512575  0.221713  ... -0.862017 -0.782941 -2.058577   \n",
      "11817  0.327728 -2.468090 -0.563117  ... -0.909727 -0.100141  0.806509   \n",
      "11832 -0.514514 -2.098851 -2.308610  ... -0.389024 -0.577018 -0.417206   \n",
      "11847  3.551520 -2.416176 -0.878095  ...  0.626337 -3.244155 -0.030794   \n",
      "11857  2.832821 -1.572340  2.434308  ...  0.015064  0.904446  0.754215   \n",
      "11859  1.367274  1.482974  0.391732  ...  1.777350 -0.807791  0.020783   \n",
      "11877  0.109995  0.263041  3.097564  ... -0.308735 -3.335869 -0.311160   \n",
      "11882  0.441317  0.448281  0.776327  ... -0.371161 -0.632994  0.159574   \n",
      "11885 -0.808054  0.162826  2.805638  ...  1.109807 -0.956088 -0.085969   \n",
      "11888  0.589167  0.816359 -0.360713  ...  0.369863 -0.923051 -1.652129   \n",
      "11898  0.366353 -2.942659  1.162381  ... -0.991369  0.227524 -1.193150   \n",
      "11913 -0.137897 -0.937025 -0.806125  ... -0.929973 -0.530438  0.861753   \n",
      "11925 -0.300619  1.414981 -0.117344  ...  0.967757  2.015233  0.429758   \n",
      "11935 -0.854093 -1.965294 -0.919404  ... -0.903374 -2.727694 -0.782920   \n",
      "11938  1.301368 -1.542134 -0.590876  ...  2.086287 -1.680669  2.321075   \n",
      "11943  0.677952 -1.028396  2.643141  ... -0.119461 -1.134638  0.135078   \n",
      "11948  1.256918 -0.005718  0.159447  ...  1.959221  0.452384  1.979109   \n",
      "11949  0.747655 -1.918920  0.629117  ... -0.222136  0.755062  0.868448   \n",
      "11953 -1.204215  0.422255  2.118929  ... -0.097958  1.052434  0.430937   \n",
      "11957 -4.059536  2.982075  3.147781  ... -1.199655 -1.781834  0.758030   \n",
      "11971 -0.129174 -1.566306  0.976028  ...  0.568208 -0.673497  0.289047   \n",
      "11974  0.161211 -0.553350  4.981703  ...  1.917086 -0.198253  0.438768   \n",
      "11977  0.299594  1.610081 -0.667691  ... -0.403661  0.890896  1.833872   \n",
      "11979  2.105937  1.808690  0.708242  ... -1.380940 -3.038848 -0.598950   \n",
      "11984  1.421712 -2.476839  0.113366  ... -0.091565  1.911012  0.696126   \n",
      "11995 -0.762112 -1.790033  0.057198  ...  2.819269  0.305715  2.011013   \n",
      "12000  0.264093  0.750939 -0.623580  ...  0.048795 -0.095448 -0.001635   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "0      0.008233  0.000468  0.001704  0.003034  0.006221  0.005144 -0.009466  \n",
      "4      1.116186 -0.219846 -1.054201 -0.708191 -0.891057 -0.433698 -0.861057  \n",
      "9      1.818556 -1.569693 -1.498720 -0.299998  0.115941 -1.159921  1.125589  \n",
      "13     1.567520  1.171641  0.245582 -0.070390  1.617714  1.120578  0.151736  \n",
      "16    -1.266747  0.729701  1.149351 -0.088523 -1.486449  1.019229 -0.797592  \n",
      "33    -0.305902  1.662745 -1.212862 -1.850547  0.429610 -1.405027 -0.893401  \n",
      "40     0.564850 -0.224644 -0.503741  1.014844  0.688479  1.919368 -1.299526  \n",
      "56     1.005927 -1.040308  0.456655  0.456378 -0.066359 -0.562702  0.178320  \n",
      "58     0.309987 -0.639809 -0.101722 -0.513840 -0.310320 -1.110899  0.781261  \n",
      "61     1.231763  0.762828 -0.416258  0.924315 -1.004060 -0.932386  0.047263  \n",
      "69    -0.409635 -0.474464 -2.506914 -1.582803 -0.818821 -0.990081  0.160822  \n",
      "81    -0.795296 -0.150773  1.048697  1.093813 -0.783699 -1.534155  2.073375  \n",
      "89     0.492591  0.938284 -0.242851 -1.925788 -0.570424  1.568936  0.371516  \n",
      "95    -1.090829  0.798439 -0.738507 -0.682814 -0.367717 -1.006946 -1.704738  \n",
      "99     0.203565 -1.257606  0.010285  1.001850 -1.887519  1.206020  0.740808  \n",
      "110   -0.916690 -0.419051 -0.062789 -0.717987 -0.332485 -0.528127 -0.345564  \n",
      "168   -0.958969 -1.168017 -1.254371  2.660289 -0.773972  0.829535  0.998633  \n",
      "186   -1.221260  1.475479  0.960378  0.629553 -0.903496  0.843518 -1.290984  \n",
      "190    1.507575  0.669556 -1.346857 -0.543952  0.500390  0.985135  0.634435  \n",
      "194    0.142384 -2.105173  0.360535  0.015504 -0.376789  0.552907 -0.245314  \n",
      "195   -0.017194  0.781179 -0.290780 -0.095930  1.307463 -0.194892 -0.319405  \n",
      "196   -0.120936 -0.821131  0.058288  1.778519 -1.120373  0.619030 -0.564360  \n",
      "203    1.465034  0.427010  0.568468  2.250982  1.312847  1.419581 -0.580729  \n",
      "230   -0.860751 -1.190123  0.773270 -1.080011 -1.186189  1.240056  0.257203  \n",
      "231    0.473661  0.068607  2.325666  0.516752  1.282104 -0.443108  0.699793  \n",
      "248    0.570321  0.537316  0.082325 -0.759089 -0.017103 -1.498674 -0.391722  \n",
      "303    0.837001  2.226243 -0.706837 -0.513297  1.269904 -1.112206 -0.902338  \n",
      "304   -1.121495 -0.538516 -1.271268 -1.024524  0.085158  0.017099  1.156822  \n",
      "315   -0.543888 -1.312550  0.801102 -1.005226  0.463911 -0.736799 -0.404127  \n",
      "320   -0.903833 -0.256046 -1.497606 -1.024789 -0.731297 -0.164561  0.960240  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11772 -0.143319  1.102997 -1.750487  1.586602 -0.433611  1.533661  0.023185  \n",
      "11773  1.603449 -0.472217  0.988383 -0.900238 -1.641471  0.685526 -0.495798  \n",
      "11775 -0.702793  0.659475 -0.779104  0.724849 -0.104592  0.879726  0.457879  \n",
      "11780 -0.916282 -0.955426 -1.582868 -1.781174 -0.060143 -1.292792 -0.046733  \n",
      "11817 -0.673604  0.355578 -1.906601 -0.810724  1.815975  0.299807 -0.230718  \n",
      "11832  2.491977  0.758077 -1.324802 -2.125024  0.058236 -0.440268 -0.560830  \n",
      "11847  1.601102 -0.447424 -0.098036  0.378624  0.499916 -0.387323  0.313584  \n",
      "11857  1.263270 -0.066524  0.650918 -1.236664 -0.403428  0.418594 -0.035901  \n",
      "11859 -1.421714 -0.754605  3.664015  2.621345  0.147471  1.126927  1.127552  \n",
      "11877 -1.577505 -0.770152 -0.039314  1.102476 -0.572321 -0.524239 -1.152661  \n",
      "11882 -0.267876  1.337048 -0.600300 -0.954626 -0.844652  0.516330 -1.453476  \n",
      "11885  0.506811  0.445942  0.492707  2.409055  1.709173  0.320203 -1.493041  \n",
      "11888 -0.158280 -1.575152  0.880267 -0.925672  0.828907 -0.914873 -1.823156  \n",
      "11898  0.207305 -1.151869  1.762590  0.269183 -0.619557 -1.087319 -0.174182  \n",
      "11913 -0.526531 -0.525836 -0.779080  0.481708 -0.152132  0.355757 -0.298376  \n",
      "11925 -1.865754 -1.570740 -1.365194 -1.442962 -1.258217 -1.059202 -0.911670  \n",
      "11935  0.536453  0.931681 -0.346940  0.043066 -2.363027  1.222031 -0.257824  \n",
      "11938  0.997923 -1.302487  1.061975  0.413700 -0.799253  0.339684 -1.083391  \n",
      "11943 -0.841338 -0.242297  2.242109  0.909148  0.696320 -0.331313  1.839468  \n",
      "11948  0.465736  0.285811 -0.618304 -0.727577 -0.719107 -0.026142 -0.597342  \n",
      "11949  0.833504  0.543547  0.868472  0.332858  1.198224  0.183635  0.137001  \n",
      "11953 -1.958962 -2.318397  0.410202 -0.313632 -1.419073  0.885863 -0.430963  \n",
      "11957  0.041719  0.108947  0.092652 -0.882515 -0.157370 -0.801466 -0.996921  \n",
      "11971 -0.316365  0.264567  2.235367 -1.124104  0.335837  0.917009  0.336346  \n",
      "11974 -1.148970  1.408641 -0.385985 -0.009901  1.470000 -1.462641 -0.474488  \n",
      "11977 -2.388668  0.253342  0.373756  0.014098 -0.104731 -1.126859 -0.730858  \n",
      "11979  2.258736  0.598385 -1.817312  0.741694 -2.362624 -0.231939 -0.145460  \n",
      "11984 -0.260654 -0.787283 -0.862120 -0.482057 -0.256165 -0.728528 -0.736768  \n",
      "11995  1.180712  0.708146  0.685965  0.995940  0.659285 -1.182510 -1.014396  \n",
      "12000 -0.546501 -1.109757 -1.731317 -0.150037  0.361946  1.394608 -0.361351  \n",
      "\n",
      "[2458 rows x 50 columns], 9:              0         1         2         3         4         5         6   \\\n",
      "10    -0.434687 -3.039034  0.385289  5.994414  1.745476 -1.505454 -1.867837   \n",
      "11    -0.243106  0.900953  2.859788  2.430354  3.376317  0.138108  0.440921   \n",
      "14    -1.198524 -1.814017  0.259623  2.529539 -1.565903  0.510546 -3.868862   \n",
      "27     0.773512  0.511251 -0.538669 -0.279207  1.709984 -2.620379 -0.681047   \n",
      "32     0.264882  0.725262 -1.182780  1.300313  0.240505 -1.082171  0.203678   \n",
      "41     0.985900 -3.117758 -2.546668  4.283592 -0.931791  0.208230 -1.659955   \n",
      "50    -0.444380  1.652474 -0.186736  0.732543  0.953685 -0.956756 -0.821211   \n",
      "59    -1.657526 -0.003002 -1.487133  1.458071  1.594545 -0.067618 -0.213093   \n",
      "65    -1.028133 -1.606412  1.271026  2.370651 -0.369025 -1.028967 -1.738851   \n",
      "83     3.501105 -1.141144  0.595121  0.833471  1.304625 -1.852367 -1.910551   \n",
      "86    -3.572558 -2.585628 -2.776653 -1.486747  3.424229  2.636143 -2.729299   \n",
      "88     0.639295 -0.514137  1.131533  1.494795  2.309500 -2.278059 -1.480970   \n",
      "97    -0.982054 -0.318204  0.367132 -0.480752  0.324769 -2.410708 -0.307195   \n",
      "106   -0.674035  0.157182 -0.115430  0.869252  0.491519  0.052052 -0.874334   \n",
      "111   -0.226664 -0.079007 -2.495507  0.157570  0.133211  0.060955 -3.530473   \n",
      "113   -0.350435  0.299021 -1.458546 -0.151424  1.609663  0.286931  0.197067   \n",
      "130   -1.150074  2.610885 -1.207407  1.943376  2.657462 -0.373316 -1.181799   \n",
      "134   -2.208899  0.038513 -1.517908  2.077939  0.773488  0.341739 -2.129741   \n",
      "140   -1.815622 -2.277589  0.826568  0.930184  3.875141 -0.517021 -1.609276   \n",
      "146   -3.193548  2.128237 -0.116076 -1.332914  2.082334 -0.744225 -2.574374   \n",
      "166    0.207520 -0.320227  0.529009  1.318479 -0.023842  2.909597 -2.468769   \n",
      "172   -0.971150  1.743075 -2.053033  3.662564 -0.894179  1.615838 -1.214781   \n",
      "180    0.783958  1.036029 -1.164750  2.164787  0.377829 -2.970224 -0.184796   \n",
      "184   -2.215488  0.380960 -2.327190  0.846155 -0.615610 -1.256300 -1.447140   \n",
      "200   -0.056187 -1.165973 -0.869072 -2.060243  2.219320 -1.287229 -2.471601   \n",
      "222   -2.214617  2.195999 -0.886167  0.736146  0.076381 -0.439703 -2.593081   \n",
      "225    1.202769 -1.523065 -0.423266  0.160099 -0.532771 -1.982385 -1.465415   \n",
      "228   -0.436182 -0.390918  1.480042  2.463831  0.986262 -3.009890  0.762827   \n",
      "241   -3.660214  0.648689 -0.722679 -0.749576  0.507570 -1.635314 -2.955511   \n",
      "244   -0.448421  0.546258  0.131370  0.709903 -0.380838  0.388316 -0.635697   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11749 -1.035052  2.264447 -1.305543  1.166399  0.494248 -1.910116  0.812774   \n",
      "11750 -3.264415  3.745164 -1.312993  0.795682  2.060072  0.970728 -3.516094   \n",
      "11771 -1.513215 -0.180341 -2.872655  1.141443  3.305403 -0.356033  1.010031   \n",
      "11774 -1.535534 -2.443810 -0.699732  4.993332  0.667156  0.895429 -0.690120   \n",
      "11776  2.311441  1.319028 -3.942361  3.796426  2.593452 -0.501258 -0.020632   \n",
      "11779  1.942731 -1.006334 -2.497026 -0.678724  2.804544 -3.108069 -2.428592   \n",
      "11781 -1.472708 -1.352933 -1.524102 -0.057486 -1.151787 -0.961722 -2.767141   \n",
      "11785 -2.036678 -0.704255  2.420688  3.819841  2.291568  0.306849 -0.805559   \n",
      "11793  0.514084  0.322250  0.871321  2.746229  2.444023 -0.513864 -1.715302   \n",
      "11799  0.618971  0.631262 -0.843493  0.493527  0.060091  0.207306 -3.392838   \n",
      "11820 -1.831750 -1.316800  0.988593  1.382889  0.329321 -0.466584 -0.309057   \n",
      "11861  0.951778  0.468708  0.692824  5.548073  3.573296 -3.673031  0.118102   \n",
      "11869  0.433653 -0.971511 -5.221737 -0.460270  4.197762  0.408585 -8.450813   \n",
      "11872 -1.307643  1.834493  1.953978  4.680986  2.344148 -0.780000 -0.548087   \n",
      "11887  0.058551  0.940546  0.318556  4.136598  2.390767  0.735104 -3.622902   \n",
      "11899  1.677015 -1.224982 -5.561496  2.733080  5.259165  1.669917 -1.149721   \n",
      "11910  1.252880  1.020985 -2.780628  2.136105  3.882264 -0.727680  0.191391   \n",
      "11919 -0.416579 -0.093190  0.502601  0.167539  1.383746 -1.364912 -1.362761   \n",
      "11923 -1.446895 -0.371019 -1.282107 -0.423064  1.503847 -1.007710 -1.226974   \n",
      "11928  0.491829  3.456497 -1.990685 -0.347191  4.504848 -3.398320 -1.678987   \n",
      "11929 -1.656698  1.183740  0.628586 -0.555143 -0.406787 -0.551786 -2.703956   \n",
      "11950 -3.253074  2.673192 -0.346370  2.762973  0.949337  0.351465 -3.981733   \n",
      "11952 -1.193469 -0.654921  0.889342  1.567916  1.124440 -0.047083 -2.273553   \n",
      "11958 -3.070951  0.196127 -1.907213  2.390060  0.043866  0.554349 -2.100394   \n",
      "11964  2.225449 -0.330469  1.570553  0.730776  5.827939  0.940117 -2.072576   \n",
      "11968 -1.242564 -0.269072  2.855351  1.509798  0.321387 -0.975557 -2.587858   \n",
      "11975 -1.714561  3.477926 -0.515085  0.943537  1.219907 -0.777615 -1.836058   \n",
      "11988 -1.959899 -3.760835 -0.907681 -1.565596  1.675875 -1.639891 -4.595915   \n",
      "11989 -1.095015 -1.266144  0.428989  3.028102  2.313566 -1.195695 -2.302849   \n",
      "11993  0.955993 -0.261009  0.209048  1.163657  0.889022 -0.056930 -2.777939   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "10    -0.975741  0.074112  0.185986  ...  0.233067 -1.729129  0.892806   \n",
      "11     0.664636  1.524929  0.872408  ...  0.434249  0.968030  1.295836   \n",
      "14     0.903491 -2.332952  0.003312  ... -0.353076 -2.343978 -0.949392   \n",
      "27    -0.324749 -0.623412  0.784867  ... -0.767422 -0.161515 -2.106008   \n",
      "32    -0.185775  1.186152  0.101580  ... -0.477087  1.650111 -0.512452   \n",
      "41    -0.353244  0.139723  2.728729  ...  1.110044 -0.198191 -2.279573   \n",
      "50     2.425542  0.398583  2.842552  ...  0.467681 -0.815037  0.251206   \n",
      "59    -0.767620  0.301886  0.338844  ... -1.534053 -0.288126 -0.517719   \n",
      "65    -0.587929 -1.713282  0.817089  ... -1.347914 -0.369465 -0.273171   \n",
      "83     0.479706  2.622950  0.914179  ... -0.906963  0.058750  1.167231   \n",
      "86     1.454781 -1.755335  3.509408  ...  0.198084 -1.235987 -0.138288   \n",
      "88     0.735674 -2.411401  2.349177  ...  0.407153  2.024253  1.294922   \n",
      "97    -0.112333  0.499997  2.346140  ...  2.727643  2.039795  0.748483   \n",
      "106   -0.261251  1.080485  0.971361  ...  0.540044 -1.350602 -0.743638   \n",
      "111    1.295820  0.885629  0.707366  ...  0.116568 -1.209520  1.653676   \n",
      "113    3.430267  1.569594  1.971145  ... -1.871059 -1.502181 -0.358969   \n",
      "130    1.243329 -1.567937  1.587295  ...  0.007777  0.951206 -1.710216   \n",
      "134    1.360518  0.408580 -0.897587  ... -0.069683 -0.044692  0.689469   \n",
      "140    3.496665  1.262304  0.860177  ... -0.141208 -0.903178  0.555295   \n",
      "146   -1.047582  0.940388 -0.608433  ...  0.442538  1.501510 -1.762378   \n",
      "166   -0.433015 -1.382359  1.482975  ... -0.538395  1.708500 -1.722888   \n",
      "172    0.472663 -0.702400  1.115952  ...  0.135119  0.435228 -0.127589   \n",
      "180   -0.605985  1.930737  1.506316  ... -0.445574  0.256970  0.572381   \n",
      "184   -1.265695  0.886775  0.916107  ...  1.016250 -0.646300  0.180365   \n",
      "200    1.042151 -0.617425 -0.296579  ...  0.873621 -0.678465 -1.216723   \n",
      "222   -0.406703  2.876759  0.581871  ... -0.287860 -1.404642 -0.162861   \n",
      "225   -1.317027  3.068691  0.787608  ...  1.059193  1.430650 -0.293544   \n",
      "228   -1.635150  1.851961  1.298077  ...  0.611040  0.388132 -0.178828   \n",
      "241    0.992267 -1.610124  0.313991  ...  0.223888  0.229692  2.746338   \n",
      "244    0.379569  1.409898  2.262107  ... -0.949932 -1.676090  1.559510   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11749  0.069668 -0.447755  1.103981  ...  0.906916  0.556822  0.906799   \n",
      "11750 -0.182910 -1.176462 -0.051281  ...  1.614009 -0.701833  0.788738   \n",
      "11771 -0.525119  1.265828 -0.379672  ...  1.572589  1.315847 -2.068536   \n",
      "11774 -0.443466  1.007098  0.333970  ... -1.644564  1.943467  1.005466   \n",
      "11776 -1.104142 -0.839025 -0.657444  ...  2.874156 -0.914444  1.003696   \n",
      "11779  1.927520 -0.108429 -2.317537  ...  0.221024 -0.157260 -1.964448   \n",
      "11781  1.232530  1.282898  2.164519  ...  0.743107  1.487743  1.006075   \n",
      "11785  0.138563  0.146519  0.635334  ... -1.475674 -0.098961 -3.684374   \n",
      "11793  1.790246 -2.151468 -0.593592  ... -2.369116 -0.440467  1.695626   \n",
      "11799 -1.202534  1.897518 -0.495407  ... -1.013279  2.193516 -0.305911   \n",
      "11820  2.883553  1.048038  4.164404  ... -0.236947 -2.082001  1.889907   \n",
      "11861  0.643216 -2.171284 -0.235466  ...  0.650383 -0.149595 -1.384782   \n",
      "11869  1.766236  3.137101  0.763109  ...  0.502523 -1.813034 -0.688554   \n",
      "11872 -0.258792 -5.224420 -1.202244  ...  2.478043  0.003479  2.175173   \n",
      "11887  0.929471 -1.823704  3.858436  ... -0.738475  1.314891  0.201273   \n",
      "11899  0.973582 -0.406278 -0.899384  ...  2.120730 -1.062325  0.357956   \n",
      "11910  0.214780  1.199324  2.955441  ... -0.965497 -0.992646 -0.306224   \n",
      "11919  1.926454  1.124210  1.648798  ...  0.834472 -1.314662 -0.166542   \n",
      "11923  0.341547  0.330621 -1.957830  ...  1.898513 -0.077974  2.844248   \n",
      "11928  1.352899  0.229793 -2.042502  ... -1.272825 -2.043770  0.682917   \n",
      "11929  0.862667 -1.912765  1.903306  ... -1.798940 -0.633466  0.215452   \n",
      "11950 -0.873579  3.579131  0.829863  ...  0.611920  0.045880 -3.081264   \n",
      "11952 -1.928348  2.508461 -1.682888  ... -1.105301  0.692439 -1.721251   \n",
      "11958 -0.776380  0.335875  0.472678  ... -2.313248 -0.561908 -1.229235   \n",
      "11964  1.564897 -1.630722 -0.044826  ... -0.351987  1.797709 -1.538406   \n",
      "11968  2.028092  1.231681  1.992155  ... -2.214177 -0.430454  0.939675   \n",
      "11975  0.905370  0.590356 -1.373211  ... -0.026104  0.939826 -1.078713   \n",
      "11988  0.021654  0.166208  3.480695  ...  2.008551  0.323036  2.227095   \n",
      "11989 -1.091309 -1.290842 -2.321850  ...  0.386760  1.382571 -0.279537   \n",
      "11993  0.183170  1.409227 -0.838794  ...  1.356518  0.031458 -1.053852   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "10    -1.670198 -0.432876 -0.535024  0.635339  1.047735  0.520128  0.333359  \n",
      "11     0.164649  0.746021  1.204942  0.526412 -0.071663  0.626179 -0.619189  \n",
      "14    -0.136243 -0.239554 -0.939848  0.531523 -0.759164  0.668398 -1.185236  \n",
      "27     0.279960  1.314532  0.233539  1.637556 -0.374170 -0.792148  0.571869  \n",
      "32    -0.480169 -0.389795 -3.027980 -0.699115  0.091973  0.232355 -0.811352  \n",
      "41     1.406665 -0.318292 -0.127097  1.203340 -1.624338 -1.153966  1.142951  \n",
      "50    -1.136694 -0.208756 -0.041962 -1.172400 -0.669025 -0.345107  1.429324  \n",
      "59    -2.026278  0.864735  0.145771 -0.226895  1.142412  0.331682  1.091027  \n",
      "65     0.429112 -0.197094  0.320815 -1.077247 -0.400273  0.506054 -0.262555  \n",
      "83     0.030503 -0.143583 -1.957559 -0.266775 -1.005072 -1.145457  0.410196  \n",
      "86     2.240603  0.558931 -1.103504 -1.315325 -1.140350 -0.020271  0.207301  \n",
      "88    -1.479087  1.041829 -0.343236  0.697561 -0.253111  1.092082 -0.814068  \n",
      "97    -0.214959  0.529182 -0.828845 -0.428458 -0.910118  0.060326  0.015794  \n",
      "106    0.290196  1.550935  0.446394  0.341103  0.189244 -1.100692  0.656551  \n",
      "111    0.121898 -0.560207  2.054070  0.704630 -1.473037  0.671606 -1.380647  \n",
      "113    1.208636  1.153781 -1.500000  2.045314  2.048987  0.488764  0.716214  \n",
      "130   -0.691067  0.582409 -0.633335  0.467913 -0.210048  1.160108 -1.496165  \n",
      "134   -1.544538 -0.021753  1.066607 -0.056411  0.199139  0.005901  0.982977  \n",
      "140    0.309252 -0.320443  0.196887 -1.782638 -0.015037 -0.481566 -1.157352  \n",
      "146   -1.858692  0.946492  0.044654  1.167026 -0.246469 -1.419552  0.974085  \n",
      "166    1.181587 -1.399907 -0.423458 -0.920167 -0.427340 -0.009487  0.218039  \n",
      "172   -0.687881  1.038833  0.609326 -0.437116 -0.850021  0.830372  0.330619  \n",
      "180   -0.000184  0.590753  0.302434 -1.459988  1.743632  0.567691  1.178375  \n",
      "184    1.015435 -0.495536 -0.559840  0.341906 -1.101266  1.410898 -1.200983  \n",
      "200   -0.320719 -1.543536 -1.235507 -0.720633  2.035993 -0.803633  0.408887  \n",
      "222    0.313682 -1.159738 -1.659429  1.509937 -0.016173 -1.735029 -1.129031  \n",
      "225   -1.695688 -0.722031 -0.635632  0.220644 -0.613476 -1.070990 -0.616581  \n",
      "228   -0.425661 -2.046804  0.155188 -0.017958 -0.749915  0.617200  0.707985  \n",
      "241    0.862410  2.263540 -1.221999 -0.967308  0.331009 -0.387133 -0.298109  \n",
      "244    0.846896  0.514939  0.574353  0.131560  1.716088  1.738694  1.339712  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11749  1.547459  0.758474  0.493870 -0.858041  1.329236 -1.221075 -0.128255  \n",
      "11750  1.582114 -1.399103  0.502567 -0.379774 -0.032442 -0.605278 -0.876291  \n",
      "11771  1.953793  0.217303  0.567158 -0.367390  0.299498 -0.119947  0.134031  \n",
      "11774  0.878147  0.374742  1.036180  0.803811  0.987162  0.262752  0.637216  \n",
      "11776  1.337992 -1.005646 -0.104582  1.018944 -2.247846  0.911654  1.945301  \n",
      "11779 -0.698454  0.523343  0.154947 -2.153901 -0.084257  0.263193  0.414868  \n",
      "11781 -2.481223  0.814713  0.231123 -2.033718  0.615643 -1.467252  0.709413  \n",
      "11785 -0.722199  0.147172  1.103405  0.883605 -0.841017 -0.048833  0.482667  \n",
      "11793  0.098564 -0.542651  1.523118 -1.218680  1.734606 -0.682841  1.411465  \n",
      "11799  1.067654  0.661166 -1.037935  1.251226 -0.047955 -0.044727 -1.075389  \n",
      "11820 -1.531054  0.134807 -0.742520 -0.188155 -1.879104 -0.198444  1.530772  \n",
      "11861  2.889201  1.372404  0.781565 -0.916697 -0.952143 -0.552135 -0.962410  \n",
      "11869 -0.047298  0.964474  0.504675 -0.673644 -0.801726  0.234948  0.200216  \n",
      "11872  2.453235 -0.994800  1.005389 -1.583845 -0.023216  0.470243 -0.874190  \n",
      "11887 -1.627132 -1.630735  0.710751 -0.226303  0.399347 -0.664578  0.872845  \n",
      "11899  0.948449 -1.810639  1.895761 -0.701019  0.855390 -0.501645 -1.165920  \n",
      "11910 -0.503991  1.681278  0.455408 -1.984987  1.105444  0.760991 -0.553640  \n",
      "11919 -0.898490  0.057840  0.573092 -1.233864 -1.121743 -0.580736 -0.052075  \n",
      "11923 -0.746296 -0.925760  0.478576 -0.024926  1.069007  0.535315 -1.120936  \n",
      "11928 -1.359402  0.760879 -0.944181 -0.500645  1.006111 -0.658235 -0.179918  \n",
      "11929  0.010765  0.450891 -1.159730 -0.827834 -1.245334 -0.210799  0.043616  \n",
      "11950 -2.039878  0.273832  0.683342  1.352844  0.498956  0.750993 -0.599583  \n",
      "11952  3.025144 -0.635653  0.402765 -0.590380  0.638534 -1.039691  0.741511  \n",
      "11958  0.154523 -0.816298  0.114316  1.031053 -0.020238 -0.622309 -0.466049  \n",
      "11964  1.522703 -1.527328 -0.332742  0.136270  1.365427  1.094831 -0.676822  \n",
      "11968 -0.123327  1.563894 -0.762853  0.025447 -0.884229  0.559477  0.370314  \n",
      "11975  0.156047  0.004073 -1.063424 -1.623410  0.437496 -2.129633  0.018362  \n",
      "11988 -0.846622 -0.197227 -0.183365 -1.318605 -0.045012 -0.019285 -0.085404  \n",
      "11989  0.913290  0.668961 -1.028463 -2.072461 -1.036551  1.476911  0.218957  \n",
      "11993 -0.080237  0.293498  0.283078  1.246638 -0.342219  0.558138  0.349336  \n",
      "\n",
      "[2139 rows x 50 columns], 10:              0         1         2         3         4         5         6   \\\n",
      "1      0.880227  0.043249  0.810463 -0.525779 -0.070669 -1.536267  1.231977   \n",
      "12     2.668533 -0.203530  2.374682 -0.879305 -0.291416 -0.194431 -1.256863   \n",
      "22    -0.525457 -0.573934 -1.225599  0.665359 -1.086314  3.004673  0.554974   \n",
      "36     0.920816  0.120765  0.480107  2.439296 -1.886991  1.932391 -3.018114   \n",
      "60     3.031848 -0.703532 -0.005451  0.847884  0.511081 -1.041355 -2.349390   \n",
      "79    -1.778561  0.913690  0.685576  2.461896 -1.658800 -0.914537 -2.786480   \n",
      "125   -0.351626 -0.662103  1.423313 -1.530603  0.783611 -1.194215 -0.167357   \n",
      "128   -0.843409 -2.040670  1.117772  2.142730 -0.867344 -0.115045 -0.100713   \n",
      "145   -0.281663 -1.719377  0.620111 -0.818220  2.115682 -1.264774  1.843242   \n",
      "152   -0.087121 -0.193070 -1.930394 -1.274992 -3.031587 -1.063015 -1.925095   \n",
      "153    0.051248  0.096486  0.711095 -0.638222  3.347739 -1.218901  0.471293   \n",
      "154   -0.487868 -0.795561  2.577031  0.332633 -0.720779  2.129419  0.921726   \n",
      "169    1.895289 -1.129333  1.010015 -0.269833  1.486667  0.906554  0.912094   \n",
      "233    1.277185  0.610446  1.246306  0.344325 -1.284681 -0.182736 -1.638444   \n",
      "240    2.244001 -2.013169 -1.562406  0.572523  2.380412 -0.451255  0.068441   \n",
      "258   -0.091428 -2.306456 -2.798699 -0.189711 -1.078879  0.317758 -1.668257   \n",
      "264   -0.628968 -0.841464  2.362931  1.279765  2.027970  0.112893 -2.369729   \n",
      "273    3.263176 -0.137927  2.657755 -0.602531  1.115183  0.628444 -1.588847   \n",
      "274   -1.271939  0.068216  0.669495 -2.161053  1.560375 -3.963104 -1.619738   \n",
      "277    3.815519 -1.572127 -0.042740  2.663054  0.940771  2.684996 -0.103670   \n",
      "293   -0.763572 -0.731230  1.405324  0.489378  1.832337 -0.986928  0.894771   \n",
      "295    0.456264 -4.522794  0.506772 -0.798126  1.726928  1.759875 -1.899710   \n",
      "297   -1.581504 -2.659836  2.249951 -0.370317 -1.394958  1.655238  0.989992   \n",
      "312    1.226063 -1.054946  2.357443 -0.441144 -0.481282  0.032166 -0.400076   \n",
      "328   -1.141617 -4.762164  1.445335 -0.218022 -1.261430 -2.680882 -2.905471   \n",
      "330    3.803720 -3.201896  1.420511  1.642061 -1.809014  0.214855  2.213655   \n",
      "347   -0.262387 -0.241598  0.170080  0.521531 -0.273295  0.421291 -0.574650   \n",
      "360    1.933907 -0.958072  2.242108 -2.734380  1.861412  0.670359 -1.866181   \n",
      "368    1.119911 -2.548747  0.091588 -0.583696  0.818623 -2.036257 -0.049802   \n",
      "375   -0.695170 -0.503274  0.715937 -1.089940  1.010993 -0.200406  1.401028   \n",
      "...         ...       ...       ...       ...       ...       ...       ...   \n",
      "11645  4.324340  0.923265  3.225253 -1.696062  0.103084  0.382574  0.831052   \n",
      "11666  0.765348 -1.795001 -0.031983 -1.534302 -0.238550  0.215793  1.356294   \n",
      "11678  0.956820 -1.408001  4.732198 -1.139845 -1.621563  1.791943 -3.152107   \n",
      "11687 -0.750063 -1.981287  0.751671 -1.244139  1.246578  2.664503 -1.396007   \n",
      "11691 -0.311550 -2.053104  0.537626 -2.670626  2.325807 -1.041691 -0.177040   \n",
      "11693  1.322665 -1.267068  2.095810 -0.720220 -0.195570 -4.101224  1.284280   \n",
      "11694  0.017394 -0.678652  1.128669 -0.318867 -1.561756  2.832225 -0.138030   \n",
      "11701  0.889520 -1.366963  3.493690  2.128243 -1.075418  0.581978 -0.380775   \n",
      "11721  0.991991  1.756287  0.816075  0.688115 -0.375996  3.478568  1.067278   \n",
      "11769  2.352080 -2.375693  1.162820  0.364362 -1.584060 -1.106676 -2.540977   \n",
      "11788  3.050285 -0.178023  1.489487 -2.649873  0.245425 -0.679262 -0.575924   \n",
      "11796  0.658517  0.330242 -0.965054  2.431543 -1.271595  0.394774  0.203348   \n",
      "11798  2.758979 -0.378697  1.657682  0.891418 -2.820876  1.169896 -1.660779   \n",
      "11804  0.701094 -1.394022  1.711130 -0.575756  0.598429  2.378111 -1.271943   \n",
      "11805  0.479449  0.395671  0.580064 -1.005923 -1.118303  0.951092  0.262474   \n",
      "11813 -0.727439 -1.674810 -0.819193 -0.062869  2.884840  0.088493  1.673145   \n",
      "11828  0.988237 -1.702738  1.416880  1.878213 -1.711286 -0.250459  1.479144   \n",
      "11829  3.504077 -2.043423  2.824485  0.163248  0.402224 -0.621565 -1.435942   \n",
      "11838  1.078046 -3.065946 -1.514963  0.330554  0.709605 -0.834383 -0.719941   \n",
      "11849  2.159030 -1.887741  1.342899  2.961576 -0.362578  1.280119  2.672092   \n",
      "11862 -2.827040 -3.794391  3.129734 -1.016885 -5.219544 -3.952835 -1.182487   \n",
      "11878  4.107311 -3.043649  2.622908 -1.071255  2.395464 -0.694722 -1.632092   \n",
      "11903  2.916595 -1.369347  1.215145 -0.568435 -0.558569  0.187805 -2.139318   \n",
      "11911  2.666019 -1.001013  1.837769  1.314025 -0.032408 -0.200025  1.147933   \n",
      "11930  2.907398 -0.880011  0.911852 -0.918562  1.982107  1.906285  0.480510   \n",
      "11931  1.843064 -0.370653  4.121615 -1.053215 -2.489480  1.389604 -0.922743   \n",
      "11939 -0.759752  0.534688 -0.276234 -1.356489  2.288686 -0.841260  1.448964   \n",
      "11955  1.131744 -1.828691  2.313379  0.713711 -0.336167 -0.738947 -0.277382   \n",
      "11981  1.782254  0.375871  2.528275 -0.821058  1.113120 -0.286526 -1.886957   \n",
      "11982  0.769441 -0.366257  3.814583  0.464026 -1.054832  0.367153  1.264617   \n",
      "\n",
      "             7         8         9   ...        40        41        42  \\\n",
      "1     -0.527014  2.041000 -0.925828  ... -0.973350  0.491917  1.500413   \n",
      "12    -1.005620  0.204383 -0.113069  ...  1.111843  0.238028 -1.379133   \n",
      "22     1.275830  0.922578 -2.009521  ...  0.456491 -1.400624 -0.723114   \n",
      "36     2.575310 -0.724358 -1.730478  ... -1.332427  1.135318 -2.271157   \n",
      "60     0.290023  0.528598 -1.029978  ... -0.244855 -1.181971 -0.574943   \n",
      "79     0.023973  3.069173 -0.938883  ... -1.766754 -2.999134  2.234547   \n",
      "125    1.430499 -1.775559 -1.223576  ... -1.037140  0.538927  0.555344   \n",
      "128   -0.045057  0.212977  1.713705  ...  0.290781  0.136365  0.392996   \n",
      "145    1.183292  1.062397 -0.560225  ... -1.020761 -1.059163 -0.518434   \n",
      "152    0.516065 -0.593083 -1.812955  ...  0.070835  0.215727 -0.891812   \n",
      "153    0.674287  0.623909  0.286607  ... -0.945679 -1.527794 -1.276879   \n",
      "154    1.167870  0.623335  0.607045  ...  2.013421 -0.786300  0.202795   \n",
      "169   -1.332459  0.639890  3.260468  ... -1.599852 -0.349359 -0.445542   \n",
      "233    1.349484  0.739089  0.837068  ...  0.300251  0.773145 -1.569753   \n",
      "240    2.849344  1.013740 -1.463195  ... -0.847518 -1.187310  0.574264   \n",
      "258    3.120626  1.035003  0.181631  ... -0.677601  0.792583  2.519940   \n",
      "264   -0.460020  3.127508 -3.593811  ... -0.716080 -0.531571 -0.445280   \n",
      "273    0.830926  1.931496 -0.877735  ... -0.089002 -1.531447 -0.038986   \n",
      "274    0.011629  3.147610 -1.178002  ... -2.193908 -0.295174  1.622908   \n",
      "277    3.561338 -4.714849 -1.934785  ... -0.269114  2.288089 -3.582568   \n",
      "293    0.291919  2.532102  0.331367  ...  0.922466  1.490463 -1.041320   \n",
      "295   -0.054160 -0.783445  2.228273  ...  1.721129 -2.035570 -1.791712   \n",
      "297    1.893006  1.129748 -1.008000  ...  1.731718 -1.066951  0.027855   \n",
      "312   -0.947929 -0.471038 -0.275751  ... -0.547783 -0.057090 -1.041856   \n",
      "328    1.004494  0.101121 -3.260217  ...  0.744417  0.189091 -1.867799   \n",
      "330   -1.131245 -1.217022 -3.680627  ... -0.080591  0.993384 -0.090994   \n",
      "347    1.297570  0.040140  0.067463  ... -1.787744 -1.036259 -1.196959   \n",
      "360   -2.873819 -0.179967 -0.958243  ...  0.995031  1.622255  0.071615   \n",
      "368    1.779601  1.076384  1.605835  ...  1.626328 -0.208192  1.451987   \n",
      "375    0.346992 -1.496696  0.336306  ... -0.034000  1.263144 -1.024091   \n",
      "...         ...       ...       ...  ...       ...       ...       ...   \n",
      "11645  2.217921  1.951604  0.083810  ...  0.513033 -0.842062 -1.640308   \n",
      "11666 -0.210468 -2.293019  0.122136  ... -0.092122  2.054025 -1.379335   \n",
      "11678  0.330302 -1.755639 -1.343916  ...  0.798915  1.987821  0.662992   \n",
      "11687  1.931602  0.907294  0.261539  ... -1.099974  1.493073  1.428727   \n",
      "11691  1.492979  3.974590 -2.194317  ... -0.872469 -0.542132 -1.685612   \n",
      "11693  0.695279  2.167615 -1.372476  ... -0.455299 -0.327487  0.891046   \n",
      "11694 -0.075387  1.728838 -0.816141  ...  0.729941  1.581350 -0.836342   \n",
      "11701 -1.713307  1.368781 -1.377628  ... -0.039564 -0.875047 -0.713926   \n",
      "11721  2.432392  2.284356 -3.340064  ... -0.322951  1.484820  0.114561   \n",
      "11769  2.081002 -0.347977  0.865404  ...  0.395635 -0.896642 -1.865380   \n",
      "11788  1.212496  1.593440 -0.605490  ... -2.563640 -0.937813 -0.343455   \n",
      "11796  0.158835  2.844244 -1.385545  ... -0.248734 -1.982604  0.457658   \n",
      "11798  1.717497  1.655764 -0.833297  ... -1.088386  1.063027  0.923606   \n",
      "11804 -1.477540  0.211669 -3.163568  ...  1.351328 -0.438248  0.275025   \n",
      "11805 -0.440170 -0.141156  0.300797  ...  1.193170  1.694011  1.195096   \n",
      "11813  1.552718  1.326119 -2.281040  ... -0.163855  1.030206  1.717329   \n",
      "11828  2.136077 -0.266398 -1.731553  ... -0.679693  1.164553  1.053390   \n",
      "11829 -0.628808 -1.676535 -1.920175  ...  1.547263 -0.668287 -0.055892   \n",
      "11838  1.796368  0.490491  1.357773  ...  0.888888  1.541976  0.707830   \n",
      "11849  0.753967  0.087160  0.211993  ... -0.836957 -1.842656  0.778079   \n",
      "11862  4.546855  2.792127 -2.917566  ... -1.216875  1.467570 -0.829231   \n",
      "11878  0.705998  2.129050  0.618217  ...  0.595283  1.029690  0.040638   \n",
      "11903  1.505170 -0.395563  0.917078  ... -2.189329 -0.603184  0.559702   \n",
      "11911  1.884988  1.304691 -2.864636  ...  1.795492 -0.010103 -0.785649   \n",
      "11930 -3.132315  1.739679  0.321328  ...  2.596245  0.779048  0.170009   \n",
      "11931 -1.416475  0.830702 -2.212799  ...  0.994315  0.873117 -0.269981   \n",
      "11939  0.300172  0.891321 -0.986108  ...  0.477943  0.419023 -0.217449   \n",
      "11955  2.544934 -2.529577 -1.101552  ... -0.662018 -1.146398 -1.095067   \n",
      "11981 -0.641512  0.656085 -1.475655  ...  0.589430  0.638565 -1.561951   \n",
      "11982  0.696934 -1.257668  0.607366  ...  2.064519  1.880389  1.903960   \n",
      "\n",
      "             43        44        45        46        47        48        49  \n",
      "1      0.988275  0.187765 -0.804564  0.887555 -0.013030 -0.080059 -0.393268  \n",
      "12     1.481303  0.777061 -0.034354  0.709078 -1.572460  0.133502  0.036547  \n",
      "22    -0.155336  1.708140  0.457126 -0.475600 -0.906052 -0.830917  0.433808  \n",
      "36     1.639510 -2.190544 -1.274046  0.605358 -0.481764 -1.677668  0.233241  \n",
      "60    -0.420710  0.295167 -1.135584 -0.241018  0.170148 -2.168790  1.229869  \n",
      "79    -1.499106 -0.884104 -0.230800  0.395513  0.479186  0.458020 -0.473882  \n",
      "125   -0.666707  0.323924 -0.473167 -0.258163 -0.163345  0.697913  0.608670  \n",
      "128   -0.028199  1.795849  0.100973 -0.822852  0.195365  0.772285 -0.874144  \n",
      "145    0.934719 -1.359638  0.067028 -0.300762  0.497782 -1.517270 -0.877168  \n",
      "152    0.989214  0.172938  0.811441 -0.640754  0.231627 -0.299103  0.442638  \n",
      "153   -1.269243 -2.781437  0.469479 -0.185455  0.382380  0.893158 -0.848450  \n",
      "154   -0.930265 -1.079760  2.354858 -0.629723  0.719895  1.956730 -0.699189  \n",
      "169   -0.387254  1.951172  0.245565 -1.954899  0.349301 -0.908900 -0.286075  \n",
      "233    1.039594  0.247904  0.252160  1.247318 -0.340217 -1.255827 -0.094000  \n",
      "240   -0.934658 -0.064922 -0.292479 -0.638566 -1.960837 -0.056064  0.044885  \n",
      "258   -0.679113  1.322366  3.455405  2.196312 -1.376303  0.214261 -3.013738  \n",
      "264   -0.665895  1.602603  1.003938  0.174021 -3.608604 -2.159194  3.060043  \n",
      "273    0.051128  1.049599  0.946720  2.690349 -0.757794 -0.349272  0.268558  \n",
      "274   -0.450852  0.771122 -0.336668  0.878748 -0.150525 -0.836537 -0.135503  \n",
      "277   -1.625050  0.134390 -0.660241  2.865873 -1.404619 -1.317676 -0.069028  \n",
      "293   -0.490849 -1.253663  1.213163  1.411870  0.424122 -0.346956 -0.551763  \n",
      "295   -0.627608  1.680150 -0.629678 -1.860624  0.388961 -0.204525  3.085042  \n",
      "297   -0.828679 -0.984703 -0.186365  1.222009  0.801412  1.043624  0.000101  \n",
      "312    0.125668  0.485206 -0.526000  0.204974 -0.138047  0.359498  0.355498  \n",
      "328   -0.142622 -0.037884  0.769569 -0.169843 -0.533422 -0.156832  0.080736  \n",
      "330   -0.097310 -2.133743 -1.252783 -0.877721 -0.463101  1.494505  1.520531  \n",
      "347    0.820574  1.194537 -0.217185  1.094970 -1.426614 -0.824902  0.348076  \n",
      "360   -1.352605  1.970157  0.380325 -0.774665  1.679111  1.567427 -0.849503  \n",
      "368    0.361155  0.572892 -0.136040 -0.185173  0.113040  1.173356 -0.961584  \n",
      "375    0.448746  0.138521 -0.452642 -0.430419 -0.535529  2.750020  2.083680  \n",
      "...         ...       ...       ...       ...       ...       ...       ...  \n",
      "11645  1.240250 -0.425104 -1.104467  3.038643  0.632776  0.630201  0.887643  \n",
      "11666  0.447091 -2.368656  0.506843 -1.593821 -0.346676 -0.330740 -0.642886  \n",
      "11678 -1.303164  0.051577  0.728718 -0.120636  0.390347  0.179388 -1.928290  \n",
      "11687  1.845297  0.629407  0.786692 -1.107155 -0.803665 -0.724095 -0.272069  \n",
      "11691  1.115033  0.691805 -0.958956 -0.137518 -0.121379 -1.218034 -1.653955  \n",
      "11693 -1.579245 -2.012291  0.408701 -1.586586 -1.123543  0.493784  0.524309  \n",
      "11694  0.104420 -0.252966  1.634133 -0.075213 -0.866589 -0.954530 -0.556745  \n",
      "11701 -0.420432  0.202262 -0.783899  0.603288 -1.348053  1.479649  0.279900  \n",
      "11721  0.055888  0.500513 -0.053468 -0.697013  0.011399  1.099020  0.492192  \n",
      "11769  0.786581  0.098691 -0.358561  0.564510  0.666586 -0.979168 -0.497895  \n",
      "11788 -1.113800  1.193531  1.919921  0.190557  0.809845 -0.749801 -0.362353  \n",
      "11796  0.636413 -0.410338  0.179808 -0.926275  1.238459  2.245751  1.199932  \n",
      "11798  0.319722 -0.523721 -0.384851 -0.688227 -0.511218 -0.175452 -2.141610  \n",
      "11804  0.053627 -0.123946  1.074810  0.350206 -1.210240  0.038920  0.005643  \n",
      "11805  1.079096  0.258397 -1.388333  0.304308  0.812748 -0.150196 -0.531136  \n",
      "11813 -2.109208 -1.450115 -0.388776 -0.486711  0.273525 -0.190487 -0.081829  \n",
      "11828  0.864036 -0.820401 -0.198055  0.174000  1.569496  0.482232 -0.036088  \n",
      "11829  1.879039  0.524838  0.539395  0.170678 -0.603400  1.380745 -0.603984  \n",
      "11838  0.218131  0.331167 -0.167416  0.619410  0.996152 -1.175951 -0.721558  \n",
      "11849  1.829595  0.513451 -0.516253 -0.790252  1.942008 -1.469670  0.217730  \n",
      "11862 -2.472966  0.419910 -0.700614  2.646741 -0.844631 -0.663160  1.837886  \n",
      "11878  0.626003 -1.371569  1.566453 -1.668122  0.959078  0.068366  2.745361  \n",
      "11903 -0.120424  1.247425  0.561690  1.660163 -0.132488 -0.268003  0.440164  \n",
      "11911  0.516602 -2.530254 -0.715977  0.462678 -0.132516 -0.238519  0.725838  \n",
      "11930 -0.104134 -0.023083  2.052795  0.293400 -0.331135  0.822539  0.005298  \n",
      "11931 -0.170297 -0.351897  1.820412 -0.653135 -0.006414  1.086555 -1.301232  \n",
      "11939  0.794895 -1.649409  0.882981  1.672995 -0.180938  1.301335 -1.275521  \n",
      "11955  1.509048  1.279201 -0.306829 -2.271978 -0.660945 -0.411747 -0.338968  \n",
      "11981 -0.632813  0.744074  0.387719  0.823973 -0.904534  0.022580 -1.284544  \n",
      "11982  2.293422  0.255141  0.143228 -0.829351  0.144316 -1.667281 -0.038695  \n",
      "\n",
      "[2240 rows x 50 columns]} \n",
      " {0: 700, 1: 206, 2: 211, 3: 369, 4: 272, 5: 268, 6: 639, 7: 271, 8: 0, 9: 401, 10: 350}\n"
     ]
    }
   ],
   "source": [
    "points = {i: audio_pca.iloc[np.where(kmeans.labels_ == i)] for i in range(kmeans.n_clusters)}\n",
    "min_indices = {}\n",
    "for i in range(kmeans.n_clusters):\n",
    "    distances = [np.linalg.norm(a-centers[i]) for a in np.array(points[i])]\n",
    "    min_indices[i] = distances.index(min(distances))\n",
    "print(indices, '\\n', points,'\\n',min_indices)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "(2059, 50)"
      ]
     },
     "execution_count": 18,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "points[1].shape"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[ 8 10  2 ...  5  1  8] (24002,)\n",
      "Counter({8: 2458, 10: 2240, 6: 2233, 7: 2206, 5: 2186, 4: 2160, 0: 2139, 9: 2139, 2: 2094, 3: 2088, 1: 2059})\n"
     ]
    }
   ],
   "source": [
    "import collections\n",
    "print(labels_k,labels_k.shape)\n",
    "collections_k = collections.Counter(labels_k)\n",
    "print(collections_k)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "[[0.09303412809724171, 0.07900888265544646, 0.09069658719027583, 0.09069658719027583, 0.0822814399251987, 0.0967741935483871, 0.09069658719027583, 0.08976157082748948, 0.10191678354371202, 0.09303412809724171, 0.09209911173445536], [0.09664885866925692, 0.08450704225352113, 0.0932491500728509, 0.08499271491015056, 0.07819329771733852, 0.09762020398251578, 0.09519184069936863, 0.0840213695968917, 0.1024769305488101, 0.09422049538610976, 0.08887809616318601], [0.09598853868194843, 0.09598853868194843, 0.08404966571155682, 0.08357211079274117, 0.09025787965616046, 0.08261700095510983, 0.09025787965616046, 0.09121298949379178, 0.1041069723018147, 0.08930276981852914, 0.09264565425023878], [0.08381226053639847, 0.08333333333333333, 0.08093869731800767, 0.09051724137931035, 0.1024904214559387, 0.09147509578544061, 0.1053639846743295, 0.09818007662835249, 0.09147509578544061, 0.09195402298850575, 0.08045977011494253], [0.08888888888888889, 0.09537037037037037, 0.09074074074074075, 0.08194444444444444, 0.09537037037037037, 0.09444444444444444, 0.09537037037037037, 0.09675925925925925, 0.08518518518518518, 0.08287037037037037, 0.09305555555555556], [0.0818847209515096, 0.07639524245196706, 0.08417200365965233, 0.0878316559926807, 0.09286367795059469, 0.09469350411710888, 0.08691674290942361, 0.09652333028362306, 0.11024702653247942, 0.0768526989935956, 0.11161939615736505], [0.09359605911330049, 0.08822212270488132, 0.0877742946708464, 0.08150470219435736, 0.09359605911330049, 0.09359605911330049, 0.11330049261083744, 0.07836990595611286, 0.10031347962382445, 0.08866995073891626, 0.08105687416032244], [0.07842248413417952, 0.08748866727107887, 0.0843155031731641, 0.08794197642792384, 0.0843155031731641, 0.08658204895738894, 0.09338168631006347, 0.09111514052583862, 0.10924750679963735, 0.09700815956482321, 0.10018132366273799], [0.0838079739625712, 0.0821806346623271, 0.08136696501220504, 0.08299430431244914, 0.09316517493897478, 0.08665581773799837, 0.08665581773799837, 0.1000813669650122, 0.12327095199349064, 0.0870626525630594, 0.09235150528885272], [0.0986442262739598, 0.09770920991117345, 0.09256661991584852, 0.08415147265077139, 0.08648901355773726, 0.09022907900888266, 0.09069658719027583, 0.08835904628330996, 0.09163160355306219, 0.09022907900888266, 0.08929406264609631], [0.08705357142857142, 0.07455357142857143, 0.090625, 0.10089285714285715, 0.09017857142857143, 0.08794642857142858, 0.07678571428571429, 0.09553571428571428, 0.10267857142857142, 0.08973214285714286, 0.10401785714285715]]\n"
     ]
    }
   ],
   "source": [
    "#generate markov chain model\n",
    "matrix = [[0 for x in range(11)] for y in range(11)] \n",
    "for i in range(len(labels_k)-1):\n",
    "    matrix[labels_k[i]][labels_k[i+1]] += 1\n",
    "    matrix_og = matrix[:]\n",
    "for j in range(11):\n",
    "    matrix[j] = [x / collections_k[j] for x in matrix_og[j]]\n",
    "print(matrix)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
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