Using_Analysis_modules.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 68,
   "id": "b593bdcd",
   "metadata": {},
   "outputs": [],
   "source": [
    "# import modules in this project\n",
    "import dicom_utils,utils\n",
    "import B0,B1,GB0, GeomAcc"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 69,
   "id": "087399a5",
   "metadata": {},
   "outputs": [],
   "source": [
    "# import standard Python packages\n",
    "import pandas as pd\n",
    "import os\n",
    "import matplotlib.pyplot as plt"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 70,
   "id": "20928624",
   "metadata": {},
   "outputs": [],
   "source": [
    "test_data_path = 'Test_Data'"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "15aabdae",
   "metadata": {},
   "source": [
    "## B0"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 71,
   "id": "55eadb17",
   "metadata": {},
   "outputs": [],
   "source": [
    "# Index files in B0 folder\n",
    "B0_path = os.path.join(test_data_path,'B0')\n",
    "df_B0=dicom_utils.index_dicom_files(B0_path)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 78,
   "id": "b9136107",
   "metadata": {},
   "outputs": [
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       "      <th>AcquisitionDate</th>\n",
       "      <th>AcquisitionTime</th>\n",
       "      <th>fn</th>\n",
       "    </tr>\n",
       "  </thead>\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>10</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>6</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
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       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>11</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>7</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
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       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>12</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>8</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>13</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>9</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>14</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>10</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
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       "   SeriesDescription                                  SeriesInstanceUID  \\\n",
       "10        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "11        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "12        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "13        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "14        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "\n",
       "                                     StudyInstanceUID ContentDate ContentTime  \\\n",
       "10  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "11  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "12  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "13  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "14  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "\n",
       "   InstitutionName  InstanceNumber  TemporalPositionIdentifier  \\\n",
       "10     Radboud UMC               6                           1   \n",
       "11     Radboud UMC               7                           1   \n",
       "12     Radboud UMC               8                           1   \n",
       "13     Radboud UMC               9                           1   \n",
       "14     Radboud UMC              10                           1   \n",
       "\n",
       "                                            ImageType  SeriesNumber  \\\n",
       "10  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "11  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "12  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "13  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "14  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "\n",
       "   AcquisitionDate AcquisitionTime  \\\n",
       "10        20220120       080129.68   \n",
       "11        20220120       080129.68   \n",
       "12        20220120       080129.68   \n",
       "13        20220120       080129.68   \n",
       "14        20220120       080129.68   \n",
       "\n",
       "                                                   fn  \n",
       "10  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "11  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "12  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "13  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "14  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  "
      ]
     },
     "execution_count": 78,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df_B0.head()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 72,
   "id": "5b0496ac",
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "C:\\Users\\Z152184\\Documents\\GitHub\\MRI_QA\\B0.py:51: RuntimeWarning: Mean of empty slice\n",
      "  'TE': dcm_B0.header.EchoTime,\n"
     ]
    }
   ],
   "source": [
    "b0_data = B0.Analyse_B0(df_B0,orientation='t',radius=175)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 73,
   "id": "129d084d",
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       "       date        type units orientation    r  institution          machine  \\\n",
       "0  20220120  B0_Philips   ppm           t  175  Radboud UMC  HOST-LFD764PNP1   \n",
       "\n",
       "    TE                                               data  \n",
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\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.imshow(b0_data.data.values[0])\n",
    "plt.colorbar()"
   ]
  },
  {
   "cell_type": "markdown",
   "id": "41873c11",
   "metadata": {},
   "source": [
    "## B1"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 76,
   "id": "42e1f81e",
   "metadata": {},
   "outputs": [],
   "source": [
    "# Index files in B1 folder\n",
    "B1_path = os.path.join(test_data_path,'B1')\n",
    "df_B1=dicom_utils.index_dicom_files(B0_path)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 77,
   "id": "880e91ea",
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/html": [
       "<div>\n",
       "<style scoped>\n",
       "    .dataframe tbody tr th:only-of-type {\n",
       "        vertical-align: middle;\n",
       "    }\n",
       "\n",
       "    .dataframe tbody tr th {\n",
       "        vertical-align: top;\n",
       "    }\n",
       "\n",
       "    .dataframe thead th {\n",
       "        text-align: right;\n",
       "    }\n",
       "</style>\n",
       "<table border=\"1\" class=\"dataframe\">\n",
       "  <thead>\n",
       "    <tr style=\"text-align: right;\">\n",
       "      <th></th>\n",
       "      <th>SeriesDescription</th>\n",
       "      <th>SeriesInstanceUID</th>\n",
       "      <th>StudyInstanceUID</th>\n",
       "      <th>ContentDate</th>\n",
       "      <th>ContentTime</th>\n",
       "      <th>InstitutionName</th>\n",
       "      <th>InstanceNumber</th>\n",
       "      <th>TemporalPositionIdentifier</th>\n",
       "      <th>ImageType</th>\n",
       "      <th>SeriesNumber</th>\n",
       "      <th>AcquisitionDate</th>\n",
       "      <th>AcquisitionTime</th>\n",
       "      <th>fn</th>\n",
       "    </tr>\n",
       "  </thead>\n",
       "  <tbody>\n",
       "    <tr>\n",
       "      <th>10</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>6</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>11</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>7</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>12</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>8</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>13</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>9</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>14</th>\n",
       "      <td>t 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120080113...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>10</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>401</td>\n",
       "      <td>20220120</td>\n",
       "      <td>080129.68</td>\n",
       "      <td>Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>0</th>\n",
       "      <td>c 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120083936...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>6</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>1601</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>1</th>\n",
       "      <td>c 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120083936...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>7</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>1601</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>2</th>\n",
       "      <td>c 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120083936...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>8</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>1601</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>3</th>\n",
       "      <td>c 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120083936...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>9</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>1601</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>4</th>\n",
       "      <td>c 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120083936...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>10</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>1601</td>\n",
       "      <td>20220120</td>\n",
       "      <td>083952.25</td>\n",
       "      <td>Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>5</th>\n",
       "      <td>s 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120100433...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>6</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>2301</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>6</th>\n",
       "      <td>s 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120100433...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>7</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>2301</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>7</th>\n",
       "      <td>s 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120100433...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>8</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>2301</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>8</th>\n",
       "      <td>s 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120100433...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>9</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>2301</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "    <tr>\n",
       "      <th>9</th>\n",
       "      <td>s 2DFFE_B0</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.5080.20220120100433...</td>\n",
       "      <td>1.3.46.670589.11.79125.5.0.14140.2022012007465...</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Radboud UMC</td>\n",
       "      <td>10</td>\n",
       "      <td>1</td>\n",
       "      <td>['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...</td>\n",
       "      <td>2301</td>\n",
       "      <td>20220120</td>\n",
       "      <td>100449.67</td>\n",
       "      <td>Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...</td>\n",
       "    </tr>\n",
       "  </tbody>\n",
       "</table>\n",
       "</div>"
      ],
      "text/plain": [
       "   SeriesDescription                                  SeriesInstanceUID  \\\n",
       "10        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "11        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "12        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "13        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "14        t 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120080113...   \n",
       "0         c 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120083936...   \n",
       "1         c 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120083936...   \n",
       "2         c 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120083936...   \n",
       "3         c 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120083936...   \n",
       "4         c 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120083936...   \n",
       "5         s 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120100433...   \n",
       "6         s 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120100433...   \n",
       "7         s 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120100433...   \n",
       "8         s 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120100433...   \n",
       "9         s 2DFFE_B0  1.3.46.670589.11.79125.5.0.5080.20220120100433...   \n",
       "\n",
       "                                     StudyInstanceUID ContentDate ContentTime  \\\n",
       "10  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "11  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "12  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "13  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "14  1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   080129.68   \n",
       "0   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   083952.25   \n",
       "1   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   083952.25   \n",
       "2   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   083952.25   \n",
       "3   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   083952.25   \n",
       "4   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   083952.25   \n",
       "5   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   100449.67   \n",
       "6   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   100449.67   \n",
       "7   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   100449.67   \n",
       "8   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   100449.67   \n",
       "9   1.3.46.670589.11.79125.5.0.14140.2022012007465...    20220120   100449.67   \n",
       "\n",
       "   InstitutionName  InstanceNumber  TemporalPositionIdentifier  \\\n",
       "10     Radboud UMC               6                           1   \n",
       "11     Radboud UMC               7                           1   \n",
       "12     Radboud UMC               8                           1   \n",
       "13     Radboud UMC               9                           1   \n",
       "14     Radboud UMC              10                           1   \n",
       "0      Radboud UMC               6                           1   \n",
       "1      Radboud UMC               7                           1   \n",
       "2      Radboud UMC               8                           1   \n",
       "3      Radboud UMC               9                           1   \n",
       "4      Radboud UMC              10                           1   \n",
       "5      Radboud UMC               6                           1   \n",
       "6      Radboud UMC               7                           1   \n",
       "7      Radboud UMC               8                           1   \n",
       "8      Radboud UMC               9                           1   \n",
       "9      Radboud UMC              10                           1   \n",
       "\n",
       "                                            ImageType  SeriesNumber  \\\n",
       "10  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "11  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "12  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "13  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "14  ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...           401   \n",
       "0   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          1601   \n",
       "1   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          1601   \n",
       "2   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          1601   \n",
       "3   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          1601   \n",
       "4   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          1601   \n",
       "5   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          2301   \n",
       "6   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          2301   \n",
       "7   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          2301   \n",
       "8   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          2301   \n",
       "9   ['ORIGINAL', 'PRIMARY', 'B0 MAP', 'B0', 'UNSPE...          2301   \n",
       "\n",
       "   AcquisitionDate AcquisitionTime  \\\n",
       "10        20220120       080129.68   \n",
       "11        20220120       080129.68   \n",
       "12        20220120       080129.68   \n",
       "13        20220120       080129.68   \n",
       "14        20220120       080129.68   \n",
       "0         20220120       083952.25   \n",
       "1         20220120       083952.25   \n",
       "2         20220120       083952.25   \n",
       "3         20220120       083952.25   \n",
       "4         20220120       083952.25   \n",
       "5         20220120       100449.67   \n",
       "6         20220120       100449.67   \n",
       "7         20220120       100449.67   \n",
       "8         20220120       100449.67   \n",
       "9         20220120       100449.67   \n",
       "\n",
       "                                                   fn  \n",
       "10  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "11  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "12  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "13  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "14  Test_Data\\B0\\t\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "0   Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "1   Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "2   Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "3   Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "4   Test_Data\\B0\\c\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "5   Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "6   Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "7   Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "8   Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...  \n",
       "9   Test_Data\\B0\\s\\1.3.46.670589.11.79125.5.0.5080...  "
      ]
     },
     "execution_count": 77,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "df_B1"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "id": "2a956604",
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
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