diff --git "a/Untitled.ipynb" "b/Untitled.ipynb"
deleted file mode 100644--- "a/Untitled.ipynb"
+++ /dev/null
@@ -1,1369 +0,0 @@
-{
- "cells": [
-  {
-   "cell_type": "code",
-   "execution_count": 26,
-   "id": "702c8313-4ccd-4478-a648-1087978f8af5",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "import pickle\n",
-    "import pandas as pd\n",
-    "import matplotlib.pyplot as plt"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 16,
-   "id": "06393522-6a98-46d1-98ec-adc8a889be25",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "df = pd.read_pickle('data/test_data.pkl')\n",
-    "df = df.loc[(df[\"Branch\"] == \"15\") & (df[\"Group\"].isin([\"6\",\"7\",\"4\",\"1\"]))]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 17,
-   "id": "c67e2a79-d310-4832-a8e5-f16fecb6b9be",
-   "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>sales</th>\n",
-       "      <th>DayInYear</th>\n",
-       "      <th>time_idx</th>\n",
-       "      <th>Wahl</th>\n",
-       "      <th>Baustelle</th>\n",
-       "      <th>MontagLangesWE</th>\n",
-       "      <th>FreitagLangesWE</th>\n",
-       "      <th>nosale</th>\n",
-       "      <th>holiday</th>\n",
-       "      <th>AufSommerzeit</th>\n",
-       "      <th>...</th>\n",
-       "      <th>Branch</th>\n",
-       "      <th>Weekday</th>\n",
-       "      <th>Date</th>\n",
-       "      <th>MTXWTH_Day_precip</th>\n",
-       "      <th>MTXWTH_Temp_max</th>\n",
-       "      <th>MTXWTH_Temp_min</th>\n",
-       "      <th>Start</th>\n",
-       "      <th>End</th>\n",
-       "      <th>ShiftLength</th>\n",
-       "      <th>weight</th>\n",
-       "    </tr>\n",
-       "  </thead>\n",
-       "  <tbody>\n",
-       "    <tr>\n",
-       "      <th>270300</th>\n",
-       "      <td>1600.9030</td>\n",
-       "      <td>177</td>\n",
-       "      <td>2369</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>6</td>\n",
-       "      <td>2022-06-26</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>28.52</td>\n",
-       "      <td>17.47</td>\n",
-       "      <td>7.0</td>\n",
-       "      <td>10.983333</td>\n",
-       "      <td>240.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>270301</th>\n",
-       "      <td>1811.1958</td>\n",
-       "      <td>178</td>\n",
-       "      <td>2370</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>0</td>\n",
-       "      <td>2022-06-27</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>25.75</td>\n",
-       "      <td>16.70</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>13.983333</td>\n",
-       "      <td>480.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>270302</th>\n",
-       "      <td>1784.2916</td>\n",
-       "      <td>179</td>\n",
-       "      <td>2371</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>1</td>\n",
-       "      <td>2022-06-28</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>23.57</td>\n",
-       "      <td>14.17</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>13.983333</td>\n",
-       "      <td>480.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>270303</th>\n",
-       "      <td>1757.3488</td>\n",
-       "      <td>180</td>\n",
-       "      <td>2372</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>2</td>\n",
-       "      <td>2022-06-29</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>26.81</td>\n",
-       "      <td>13.09</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>13.983333</td>\n",
-       "      <td>480.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>270304</th>\n",
-       "      <td>1741.0982</td>\n",
-       "      <td>181</td>\n",
-       "      <td>2373</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>3</td>\n",
-       "      <td>2022-06-30</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>27.26</td>\n",
-       "      <td>15.00</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>13.983333</td>\n",
-       "      <td>480.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>...</th>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "      <td>...</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>287065</th>\n",
-       "      <td>1643.1700</td>\n",
-       "      <td>173</td>\n",
-       "      <td>2730</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>3</td>\n",
-       "      <td>2023-06-22</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>26.93</td>\n",
-       "      <td>13.06</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>16.983333</td>\n",
-       "      <td>660.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>287066</th>\n",
-       "      <td>1597.3518</td>\n",
-       "      <td>174</td>\n",
-       "      <td>2731</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>4</td>\n",
-       "      <td>2023-06-23</td>\n",
-       "      <td>1.0</td>\n",
-       "      <td>23.99</td>\n",
-       "      <td>15.98</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>16.983333</td>\n",
-       "      <td>660.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>287067</th>\n",
-       "      <td>1683.6228</td>\n",
-       "      <td>175</td>\n",
-       "      <td>2732</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>5</td>\n",
-       "      <td>2023-06-24</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>25.99</td>\n",
-       "      <td>12.04</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>15.983333</td>\n",
-       "      <td>600.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>287068</th>\n",
-       "      <td>1785.2180</td>\n",
-       "      <td>176</td>\n",
-       "      <td>2733</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>6</td>\n",
-       "      <td>2023-06-25</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>28.99</td>\n",
-       "      <td>15.02</td>\n",
-       "      <td>7.0</td>\n",
-       "      <td>15.983333</td>\n",
-       "      <td>540.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>287069</th>\n",
-       "      <td>1589.9020</td>\n",
-       "      <td>177</td>\n",
-       "      <td>2734</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>0</td>\n",
-       "      <td>none</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>...</td>\n",
-       "      <td>15</td>\n",
-       "      <td>0</td>\n",
-       "      <td>2023-06-26</td>\n",
-       "      <td>0.0</td>\n",
-       "      <td>27.96</td>\n",
-       "      <td>17.01</td>\n",
-       "      <td>6.0</td>\n",
-       "      <td>16.983333</td>\n",
-       "      <td>660.0</td>\n",
-       "      <td>1</td>\n",
-       "    </tr>\n",
-       "  </tbody>\n",
-       "</table>\n",
-       "<p>1464 rows × 22 columns</p>\n",
-       "</div>"
-      ],
-      "text/plain": [
-       "            sales  DayInYear  time_idx Wahl Baustelle MontagLangesWE  \\\n",
-       "270300  1600.9030        177      2369  0.0       0.0            0.0   \n",
-       "270301  1811.1958        178      2370  0.0       0.0            0.0   \n",
-       "270302  1784.2916        179      2371  0.0       0.0            0.0   \n",
-       "270303  1757.3488        180      2372  0.0       0.0            0.0   \n",
-       "270304  1741.0982        181      2373  0.0       0.0            0.0   \n",
-       "...           ...        ...       ...  ...       ...            ...   \n",
-       "287065  1643.1700        173      2730  0.0       0.0            0.0   \n",
-       "287066  1597.3518        174      2731  0.0       0.0            0.0   \n",
-       "287067  1683.6228        175      2732  0.0       0.0            0.0   \n",
-       "287068  1785.2180        176      2733  0.0       0.0            0.0   \n",
-       "287069  1589.9020        177      2734  0.0       0.0            0.0   \n",
-       "\n",
-       "       FreitagLangesWE nosale holiday AufSommerzeit  ... Branch Weekday  \\\n",
-       "270300             0.0      0    none           0.0  ...     15       6   \n",
-       "270301             0.0      0    none           0.0  ...     15       0   \n",
-       "270302             0.0      0    none           0.0  ...     15       1   \n",
-       "270303             0.0      0    none           0.0  ...     15       2   \n",
-       "270304             0.0      0    none           0.0  ...     15       3   \n",
-       "...                ...    ...     ...           ...  ...    ...     ...   \n",
-       "287065             0.0      0    none           0.0  ...     15       3   \n",
-       "287066             0.0      0    none           0.0  ...     15       4   \n",
-       "287067             0.0      0    none           0.0  ...     15       5   \n",
-       "287068             0.0      0    none           0.0  ...     15       6   \n",
-       "287069             0.0      0    none           0.0  ...     15       0   \n",
-       "\n",
-       "             Date MTXWTH_Day_precip MTXWTH_Temp_max  MTXWTH_Temp_min  Start  \\\n",
-       "270300 2022-06-26               0.0           28.52            17.47    7.0   \n",
-       "270301 2022-06-27               0.0           25.75            16.70    6.0   \n",
-       "270302 2022-06-28               0.0           23.57            14.17    6.0   \n",
-       "270303 2022-06-29               0.0           26.81            13.09    6.0   \n",
-       "270304 2022-06-30               0.0           27.26            15.00    6.0   \n",
-       "...           ...               ...             ...              ...    ...   \n",
-       "287065 2023-06-22               0.0           26.93            13.06    6.0   \n",
-       "287066 2023-06-23               1.0           23.99            15.98    6.0   \n",
-       "287067 2023-06-24               0.0           25.99            12.04    6.0   \n",
-       "287068 2023-06-25               0.0           28.99            15.02    7.0   \n",
-       "287069 2023-06-26               0.0           27.96            17.01    6.0   \n",
-       "\n",
-       "              End  ShiftLength  weight  \n",
-       "270300  10.983333        240.0       1  \n",
-       "270301  13.983333        480.0       1  \n",
-       "270302  13.983333        480.0       1  \n",
-       "270303  13.983333        480.0       1  \n",
-       "270304  13.983333        480.0       1  \n",
-       "...           ...          ...     ...  \n",
-       "287065  16.983333        660.0       1  \n",
-       "287066  16.983333        660.0       1  \n",
-       "287067  15.983333        600.0       1  \n",
-       "287068  15.983333        540.0       1  \n",
-       "287069  16.983333        660.0       1  \n",
-       "\n",
-       "[1464 rows x 22 columns]"
-      ]
-     },
-     "execution_count": 17,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 18,
-   "id": "20cb91bd-f9e7-4a96-9da0-58ccd678c2ca",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "270300    1600.9030\n",
-       "270301    1811.1958\n",
-       "270302    1784.2916\n",
-       "270303    1757.3488\n",
-       "270304    1741.0982\n",
-       "            ...    \n",
-       "270661    1885.6552\n",
-       "270662    1974.7440\n",
-       "270663    1738.3962\n",
-       "270664    1741.8702\n",
-       "270665    1973.2386\n",
-       "Name: sales, Length: 366, dtype: float64"
-      ]
-     },
-     "execution_count": 18,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df.loc[df['Group'] == '1', \"sales\"]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 19,
-   "id": "8923a52d-c601-45a5-af1f-ef245d0ed7be",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "278502    1585.0384\n",
-       "278503       0.0000\n",
-       "278504       0.0000\n",
-       "278505    1582.0276\n",
-       "278506    1521.5414\n",
-       "            ...    \n",
-       "278863    1672.7762\n",
-       "278864    1598.2010\n",
-       "278865    1683.6228\n",
-       "278866    1660.6944\n",
-       "278867       0.0000\n",
-       "Name: sales, Length: 366, dtype: float64"
-      ]
-     },
-     "execution_count": 19,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df.loc[df['Group'] == '4', \"sales\"]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 20,
-   "id": "41cf50d2-7144-49de-9e6e-f155b0b74a1f",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "283970    1580.6766\n",
-       "283971    2168.6318\n",
-       "283972    2034.7284\n",
-       "283973    2147.1702\n",
-       "283974    2364.6812\n",
-       "            ...    \n",
-       "284331    2212.5200\n",
-       "284332    2160.4100\n",
-       "284333    2113.0478\n",
-       "284334    2016.5864\n",
-       "284335    2106.6402\n",
-       "Name: sales, Length: 366, dtype: float64"
-      ]
-     },
-     "execution_count": 20,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df.loc[df['Group'] == '6', \"sales\"]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 22,
-   "id": "6e4ed391-9044-41c8-8334-28d59b104c74",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "Timestamp('2022-06-26 00:00:00')"
-      ]
-     },
-     "execution_count": 22,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df['Date'].min()"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 23,
-   "id": "37af6fed-9b27-4d7e-a7e6-1f787ebecd5c",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "0.0"
-      ]
-     },
-     "execution_count": 23,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df['sales'].min()"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 24,
-   "id": "4081b0fd-db08-492c-bf31-a9727b3cbcc2",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/plain": [
-       "2498.546"
-      ]
-     },
-     "execution_count": 24,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df['sales'].max()"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 27,
-   "id": "2971c877-6a2f-4410-9070-9de7b04c8026",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "image/png": 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",
-      "text/plain": [
-       "<Figure size 800x600 with 4 Axes>"
-      ]
-     },
-     "metadata": {},
-     "output_type": "display_data"
-    }
-   ],
-   "source": [
-    "fig, axs = plt.subplots(2, 2, figsize=(8, 6))\n",
-    "\n",
-    "# Plot scatter plots for each group\n",
-    "axs[0, 0].scatter(df.loc[df['Group'] == '4', 'Date'], df.loc[df['Group'] == '4', 'sales'], color='red', marker='o')\n",
-    "axs[0, 0].set_title('Article Group 1')\n",
-    "\n",
-    "axs[0, 1].scatter(df.loc[df['Group'] == '7', 'Date'], df.loc[df['Group'] == '7', 'sales'], color='blue', marker='o')\n",
-    "axs[0, 1].set_title('Article Group 2')\n",
-    "\n",
-    "axs[1, 0].scatter(df.loc[df['Group'] == '1', 'Date'], df.loc[df['Group'] == '1', 'sales'], color='green', marker='o')\n",
-    "axs[1, 0].set_title('Article Group 3')\n",
-    "\n",
-    "axs[1, 1].scatter(df.loc[df['Group'] == '6', 'Date'], df.loc[df['Group'] == '6', 'sales'], color='yellow', marker='o')\n",
-    "axs[1, 1].set_title('Article Group 4')\n",
-    "\n",
-    "# Adjust spacing between subplots\n",
-    "plt.tight_layout()\n",
-    "\n",
-    "for ax in axs.flat:\n",
-    "    ax.set_xlim(df['Date'].min(), df['Date'].max())\n",
-    "    ax.set_ylim(df['sales'].min(), df['sales'].max())"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 1,
-   "id": "c0dfb883-aa55-45b1-81ea-12afc089d5fd",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/tqdm/auto.py:22: TqdmWarning: IProgress not found. Please update jupyter and ipywidgets. See https://ipywidgets.readthedocs.io/en/stable/user_install.html\n",
-      "  from .autonotebook import tqdm as notebook_tqdm\n",
-      "/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/torchvision/io/image.py:11: UserWarning: Failed to load image Python extension: dlopen(/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/torchvision/image.so, 0x0006): Library not loaded: @rpath/libpng16.16.dylib\n",
-      "  Referenced from: <5F6B6919-410D-397C-98F2-12C5934F9DBE> /Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/torchvision/image.so\n",
-      "  Reason: tried: '/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/System/Volumes/Preboot/Cryptexes/OS/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/System/Volumes/Preboot/Cryptexes/OS/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/System/Volumes/Preboot/Cryptexes/OS/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/System/Volumes/Preboot/Cryptexes/OS/Users/malfet/miniforge3/envs/py_39_torch-1.10.2/lib/libpng16.16.dylib' (no such file), '/usr/lib/libpng16.16.dylib' (no such file, not in dyld cache)\n",
-      "  warn(f\"Failed to load image Python extension: {e}\")\n"
-     ]
-    }
-   ],
-   "source": [
-    "## Imports\n",
-    "import pickle\n",
-    "import warnings\n",
-    "#import streamlit as st\n",
-    "from pathlib import Path\n",
-    "\n",
-    "import numpy as np\n",
-    "import pandas as pd\n",
-    "import matplotlib.pyplot as plt\n",
-    "import datetime\n",
-    "\n",
-    "import torch\n",
-    "from torch.distributions import Normal\n",
-    "from pytorch_forecasting import (\n",
-    "    TimeSeriesDataSet,\n",
-    "    TemporalFusionTransformer,\n",
-    ")"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 2,
-   "id": "720b4e43-5b2c-489f-9b61-779d618b5f45",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "def raw_preds_to_df(raw,quantiles = None):\n",
-    "    \"\"\"\n",
-    "    raw is output of model.predict with return_index=True\n",
-    "    quantiles can be provided like [0.1,0.5,0.9] to get interpretable quantiles\n",
-    "    in the output, time_idx is the first prediction time index (one step after knowledge cutoff)\n",
-    "    pred_idx the index of the predicted date i.e. time_idx + h - 1\n",
-    "    \"\"\"\n",
-    "    index = raw[2]\n",
-    "    preds = raw[0].prediction\n",
-    "    dec_len = preds.shape[1]\n",
-    "    n_quantiles = preds.shape[-1]\n",
-    "    preds_df = pd.DataFrame(index.values.repeat(dec_len * n_quantiles, axis=0),columns=index.columns)\n",
-    "    preds_df = preds_df.assign(h=np.tile(np.repeat(np.arange(1,1+dec_len),n_quantiles),len(preds_df)//(dec_len*n_quantiles)))\n",
-    "    preds_df = preds_df.assign(q=np.tile(np.arange(n_quantiles),len(preds_df)//n_quantiles))\n",
-    "    preds_df = preds_df.assign(pred=preds.flatten().numpy())\n",
-    "    if quantiles is not None:\n",
-    "        preds_df['q'] = preds_df['q'].map({i:q for i,q in enumerate(quantiles)})\n",
-    "\n",
-    "    preds_df['pred_idx'] = preds_df['time_idx'] + preds_df['h'] - 1\n",
-    "    return preds_df"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 3,
-   "id": "7a0abc6e-5310-4e86-b622-a27c757a05f4",
-   "metadata": {},
-   "outputs": [],
-   "source": [
-    "def prepare_dataset(parameters, df, rain = \"Default\", temperature = 0.0, datepicker = datetime.date(2022, 10, 24), mapping = {\n",
-    "    \"Yes\" : 1,\n",
-    "    \"No\" : 0\n",
-    "}):\n",
-    "    if rain != \"Default\":\n",
-    "        df[\"MTXWTH_Day_precip\"] = rain_mapping[rain]\n",
-    "    \n",
-    "    df[\"MTXWTH_Temp_min\"] = df[\"MTXWTH_Temp_min\"] + temperature\n",
-    "    df[\"MTXWTH_Temp_max\"] = df[\"MTXWTH_Temp_max\"] + temperature\n",
-    "\n",
-    "    lowerbound = datepicker - datetime.timedelta(days = 35) \n",
-    "    upperbound = datepicker + datetime.timedelta(days = 30) \n",
-    "\n",
-    "    df = df.loc[(df[\"Date\"].dt.date>lowerbound) & (df[\"Date\"].dt.date<=upperbound)]\n",
-    "    print(df)\n",
-    "    df = TimeSeriesDataSet.from_parameters(parameters, df)\n",
-    "    return df.to_dataloader(train=False, batch_size=256,num_workers = 0)"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 4,
-   "id": "62785ac5-d144-486a-aa15-790e8624fcf0",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "            sales  DayInYear  time_idx Wahl Baustelle MontagLangesWE  \\\n",
-      "270386  1920.2408        263      2455  0.0       0.0            0.0   \n",
-      "270387  1814.0908        264      2456  0.0       0.0            0.0   \n",
-      "270388  1749.4744        265      2457  0.0       0.0            0.0   \n",
-      "270389  1878.0510        266      2458  0.0       0.0            0.0   \n",
-      "270390  1853.9646        267      2459  0.0       0.0            0.0   \n",
-      "...           ...        ...       ...  ...       ...            ...   \n",
-      "286850  1693.3114        323      2515  0.0       0.0            0.0   \n",
-      "286851  1898.4318        324      2516  0.0       0.0            0.0   \n",
-      "286852  1581.6030        325      2517  0.0       0.0            0.0   \n",
-      "286853  1569.0580        326      2518  0.0       0.0            0.0   \n",
-      "286854     0.0000        327      2519  nan       nan            nan   \n",
-      "\n",
-      "       FreitagLangesWE nosale                    holiday AufSommerzeit  ...  \\\n",
-      "270386             0.0      0                       none           0.0  ...   \n",
-      "270387             0.0      0                       none           0.0  ...   \n",
-      "270388             0.0      0                       none           0.0  ...   \n",
-      "270389             0.0      0                       none           0.0  ...   \n",
-      "270390             0.0      0                       none           0.0  ...   \n",
-      "...                ...    ...                        ...           ...  ...   \n",
-      "286850             0.0      0                       none           0.0  ...   \n",
-      "286851             0.0      0  NotCondensed_Totensonntag           0.0  ...   \n",
-      "286852             0.0      0                       none           0.0  ...   \n",
-      "286853             0.0      0                       none           0.0  ...   \n",
-      "286854             nan      1                       none           0.0  ...   \n",
-      "\n",
-      "       Branch Weekday       Date MTXWTH_Day_precip MTXWTH_Temp_max  \\\n",
-      "270386     15       1 2022-09-20               0.0           16.95   \n",
-      "270387     15       2 2022-09-21               0.0           17.99   \n",
-      "270388     15       3 2022-09-22               0.0           17.96   \n",
-      "270389     15       4 2022-09-23               0.0           17.75   \n",
-      "270390     15       5 2022-09-24               0.0           14.59   \n",
-      "...       ...     ...        ...               ...             ...   \n",
-      "286850     15       5 2022-11-19               0.0            4.47   \n",
-      "286851     15       6 2022-11-20               1.0            2.53   \n",
-      "286852     15       0 2022-11-21               0.0            1.44   \n",
-      "286853     15       1 2022-11-22               0.0            1.99   \n",
-      "286854     15       2 2022-11-23               0.0            4.82   \n",
-      "\n",
-      "        MTXWTH_Temp_min  Start        End  ShiftLength  weight  \n",
-      "270386             7.05    6.0  13.983333        480.0       1  \n",
-      "270387             6.05    6.0  13.983333        480.0       1  \n",
-      "270388            10.03    6.0  13.983333        480.0       1  \n",
-      "270389             8.39    6.0  13.983333        480.0       1  \n",
-      "270390            11.31    6.0  11.983333        360.0       1  \n",
-      "...                 ...    ...        ...          ...     ...  \n",
-      "286850            -4.95    6.0  11.983333        360.0       1  \n",
-      "286851            -2.96    7.0  10.983333        240.0       1  \n",
-      "286852            -3.72    6.0  13.983333        480.0       1  \n",
-      "286853            -2.58    6.0  13.983333        480.0       1  \n",
-      "286854             2.40    7.0  17.983333        660.0       0  \n",
-      "\n",
-      "[260 rows x 22 columns]\n"
-     ]
-    },
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/sklearn/base.py:329: UserWarning: Trying to unpickle estimator StandardScaler from version 1.2.2 when using version 1.1.3. This might lead to breaking code or invalid results. Use at your own risk. For more info please refer to:\n",
-      "https://scikit-learn.org/stable/model_persistence.html#security-maintainability-limitations\n",
-      "  warnings.warn(\n"
-     ]
-    }
-   ],
-   "source": [
-    "with open('data/parameters.pkl', 'rb') as f:\n",
-    "    parameters = pickle.load(f)\n",
-    "df = pd.read_pickle('data/test_data.pkl')\n",
-    "df = df.loc[(df[\"Branch\"] == \"15\") & (df[\"Group\"].isin([\"6\",\"7\",\"4\",\"1\"]))]\n",
-    "_dataloader = prepare_dataset(parameters, df.copy())"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 5,
-   "id": "fda01d15-fd6a-4b87-abfd-7d9011af53e4",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stderr",
-     "output_type": "stream",
-     "text": [
-      "/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/pytorch_lightning/utilities/parsing.py:262: UserWarning: Attribute 'loss' is an instance of `nn.Module` and is already saved during checkpointing. It is recommended to ignore them using `self.save_hyperparameters(ignore=['loss'])`.\n",
-      "  rank_zero_warn(\n",
-      "/Library/Frameworks/Python.framework/Versions/3.9/lib/python3.9/site-packages/pytorch_lightning/utilities/parsing.py:262: UserWarning: Attribute 'logging_metrics' is an instance of `nn.Module` and is already saved during checkpointing. It is recommended to ignore them using `self.save_hyperparameters(ignore=['logging_metrics'])`.\n",
-      "  rank_zero_warn(\n"
-     ]
-    }
-   ],
-   "source": [
-    "_model = TemporalFusionTransformer.load_from_checkpoint('model/tft_check.ckpt', map_location=torch.device('cpu'))\n",
-    "out = _model.predict(_dataloader, mode=\"raw\", return_x=True, return_index=True)\n",
-    "preds = raw_preds_to_df(out, quantiles = None)\n",
-    "\n",
-    "#preds = preds[[\"pred_idx\", \"Group\", \"pred\"]]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 6,
-   "id": "bdcabe69-bc3b-46c7-a17f-138ec756c1c2",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
-      "text/html": [
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-       "  <thead>\n",
-       "    <tr style=\"text-align: right;\">\n",
-       "      <th></th>\n",
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-       "      <th>h</th>\n",
-       "      <th>q</th>\n",
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-       "      <td>15</td>\n",
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-       "      <td>0</td>\n",
-       "      <td>1794.728027</td>\n",
-       "      <td>2516</td>\n",
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-       "    <tr>\n",
-       "      <th>117</th>\n",
-       "      <td>2490</td>\n",
-       "      <td>7</td>\n",
-       "      <td>15</td>\n",
-       "      <td>28</td>\n",
-       "      <td>0</td>\n",
-       "      <td>1600.507812</td>\n",
-       "      <td>2517</td>\n",
-       "    </tr>\n",
-       "    <tr>\n",
-       "      <th>118</th>\n",
-       "      <td>2490</td>\n",
-       "      <td>7</td>\n",
-       "      <td>15</td>\n",
-       "      <td>29</td>\n",
-       "      <td>0</td>\n",
-       "      <td>1595.128540</td>\n",
-       "      <td>2518</td>\n",
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-       "    <tr>\n",
-       "      <th>119</th>\n",
-       "      <td>2490</td>\n",
-       "      <td>7</td>\n",
-       "      <td>15</td>\n",
-       "      <td>30</td>\n",
-       "      <td>0</td>\n",
-       "      <td>1557.557007</td>\n",
-       "      <td>2519</td>\n",
-       "    </tr>\n",
-       "  </tbody>\n",
-       "</table>\n",
-       "<p>120 rows × 7 columns</p>\n",
-       "</div>"
-      ],
-      "text/plain": [
-       "    time_idx Group Branch   h  q         pred pred_idx\n",
-       "0       2490     1     15   1  0  1826.949707     2490\n",
-       "1       2490     1     15   2  0  1856.215088     2491\n",
-       "2       2490     1     15   3  0  1871.929688     2492\n",
-       "3       2490     1     15   4  0  1866.095825     2493\n",
-       "4       2490     1     15   5  0  1787.610840     2494\n",
-       "..       ...   ...    ...  .. ..          ...      ...\n",
-       "115     2490     7     15  26  0  1655.261475     2515\n",
-       "116     2490     7     15  27  0  1794.728027     2516\n",
-       "117     2490     7     15  28  0  1600.507812     2517\n",
-       "118     2490     7     15  29  0  1595.128540     2518\n",
-       "119     2490     7     15  30  0  1557.557007     2519\n",
-       "\n",
-       "[120 rows x 7 columns]"
-      ]
-     },
-     "execution_count": 6,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "preds"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 8,
-   "id": "ab7c16c2-6fcc-40bd-a866-1fecd122dfc1",
-   "metadata": {},
-   "outputs": [
-    {
-     "data": {
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-       "</style>\n",
-       "<table border=\"1\" class=\"dataframe\">\n",
-       "  <thead>\n",
-       "    <tr style=\"text-align: right;\">\n",
-       "      <th></th>\n",
-       "      <th>time_idx</th>\n",
-       "      <th>sales</th>\n",
-       "      <th>Group</th>\n",
-       "    </tr>\n",
-       "  </thead>\n",
-       "  <tbody>\n",
-       "    <tr>\n",
-       "      <th>270300</th>\n",
-       "      <td>2369</td>\n",
-       "      <td>1600.9030</td>\n",
-       "      <td>1</td>\n",
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-       "    <tr>\n",
-       "      <th>270301</th>\n",
-       "      <td>2370</td>\n",
-       "      <td>1811.1958</td>\n",
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-       "    <tr>\n",
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-       "    <tr>\n",
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-       "      <td>7</td>\n",
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-       "    <tr>\n",
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-       "      <td>7</td>\n",
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-       "      <td>1683.6228</td>\n",
-       "      <td>7</td>\n",
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-       "    <tr>\n",
-       "      <th>287068</th>\n",
-       "      <td>2733</td>\n",
-       "      <td>1785.2180</td>\n",
-       "      <td>7</td>\n",
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-       "    <tr>\n",
-       "      <th>287069</th>\n",
-       "      <td>2734</td>\n",
-       "      <td>1589.9020</td>\n",
-       "      <td>7</td>\n",
-       "    </tr>\n",
-       "  </tbody>\n",
-       "</table>\n",
-       "<p>1464 rows × 3 columns</p>\n",
-       "</div>"
-      ],
-      "text/plain": [
-       "        time_idx      sales Group\n",
-       "270300      2369  1600.9030     1\n",
-       "270301      2370  1811.1958     1\n",
-       "270302      2371  1784.2916     1\n",
-       "270303      2372  1757.3488     1\n",
-       "270304      2373  1741.0982     1\n",
-       "...          ...        ...   ...\n",
-       "287065      2730  1643.1700     7\n",
-       "287066      2731  1597.3518     7\n",
-       "287067      2732  1683.6228     7\n",
-       "287068      2733  1785.2180     7\n",
-       "287069      2734  1589.9020     7\n",
-       "\n",
-       "[1464 rows x 3 columns]"
-      ]
-     },
-     "execution_count": 8,
-     "metadata": {},
-     "output_type": "execute_result"
-    }
-   ],
-   "source": [
-    "df[[\"time_idx\",\"sales\", \"Group\"]]"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 16,
-   "id": "b5812d1f-f42d-4031-b9b7-32fac2bbe425",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "          sales  DayInYear time_idx Wahl Baustelle MontagLangesWE  \\\n",
-      "0     1600.9030        177     2369  0.0       0.0            0.0   \n",
-      "1     1811.1958        178     2370  0.0       0.0            0.0   \n",
-      "2     1784.2916        179     2371  0.0       0.0            0.0   \n",
-      "3     1757.3488        180     2372  0.0       0.0            0.0   \n",
-      "4     1741.0982        181     2373  0.0       0.0            0.0   \n",
-      "...         ...        ...      ...  ...       ...            ...   \n",
-      "1459  1643.1700        173     2730  0.0       0.0            0.0   \n",
-      "1460  1597.3518        174     2731  0.0       0.0            0.0   \n",
-      "1461  1683.6228        175     2732  0.0       0.0            0.0   \n",
-      "1462  1785.2180        176     2733  0.0       0.0            0.0   \n",
-      "1463  1589.9020        177     2734  0.0       0.0            0.0   \n",
-      "\n",
-      "     FreitagLangesWE nosale holiday AufSommerzeit  ...       Date  \\\n",
-      "0                0.0      0    none           0.0  ... 2022-06-26   \n",
-      "1                0.0      0    none           0.0  ... 2022-06-27   \n",
-      "2                0.0      0    none           0.0  ... 2022-06-28   \n",
-      "3                0.0      0    none           0.0  ... 2022-06-29   \n",
-      "4                0.0      0    none           0.0  ... 2022-06-30   \n",
-      "...              ...    ...     ...           ...  ...        ...   \n",
-      "1459             0.0      0    none           0.0  ... 2023-06-22   \n",
-      "1460             0.0      0    none           0.0  ... 2023-06-23   \n",
-      "1461             0.0      0    none           0.0  ... 2023-06-24   \n",
-      "1462             0.0      0    none           0.0  ... 2023-06-25   \n",
-      "1463             0.0      0    none           0.0  ... 2023-06-26   \n",
-      "\n",
-      "     MTXWTH_Day_precip MTXWTH_Temp_max MTXWTH_Temp_min Start        End  \\\n",
-      "0                  0.0           28.52           17.47   7.0  10.983333   \n",
-      "1                  0.0           25.75           16.70   6.0  13.983333   \n",
-      "2                  0.0           23.57           14.17   6.0  13.983333   \n",
-      "3                  0.0           26.81           13.09   6.0  13.983333   \n",
-      "4                  0.0           27.26           15.00   6.0  13.983333   \n",
-      "...                ...             ...             ...   ...        ...   \n",
-      "1459               0.0           26.93           13.06   6.0  16.983333   \n",
-      "1460               1.0           23.99           15.98   6.0  16.983333   \n",
-      "1461               0.0           25.99           12.04   6.0  15.983333   \n",
-      "1462               0.0           28.99           15.02   7.0  15.983333   \n",
-      "1463               0.0           27.96           17.01   6.0  16.983333   \n",
-      "\n",
-      "      ShiftLength  weight  pred_idx  pred  \n",
-      "0           240.0       1       NaN   NaN  \n",
-      "1           480.0       1       NaN   NaN  \n",
-      "2           480.0       1       NaN   NaN  \n",
-      "3           480.0       1       NaN   NaN  \n",
-      "4           480.0       1       NaN   NaN  \n",
-      "...           ...     ...       ...   ...  \n",
-      "1459        660.0       1       NaN   NaN  \n",
-      "1460        660.0       1       NaN   NaN  \n",
-      "1461        600.0       1       NaN   NaN  \n",
-      "1462        540.0       1       NaN   NaN  \n",
-      "1463        660.0       1       NaN   NaN  \n",
-      "\n",
-      "[1344 rows x 24 columns]\n"
-     ]
-    }
-   ],
-   "source": [
-    "new = pd.merge(df, preds, left_on=[\"time_idx\", \"Group\"], right_on=[\"pred_idx\", \"Group\"], how = \"left\")\n",
-    "print(new[new[\"pred\"].isna()])"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": 12,
-   "id": "f4577535-4d1c-4500-96df-7df83c61011e",
-   "metadata": {},
-   "outputs": [
-    {
-     "name": "stdout",
-     "output_type": "stream",
-     "text": [
-      "0     1826.949707\n",
-      "1     1856.215088\n",
-      "2     1871.929688\n",
-      "3     1866.095825\n",
-      "4     1787.610840\n",
-      "5     1659.851440\n",
-      "6     1749.331543\n",
-      "7     1878.842407\n",
-      "8     1868.011841\n",
-      "9     1886.265625\n",
-      "10    1882.206055\n",
-      "11    1794.047852\n",
-      "12    1664.293335\n",
-      "13    1855.808838\n",
-      "14    1866.882690\n",
-      "15    1880.703613\n",
-      "16    1893.997437\n",
-      "17    1886.795654\n",
-      "18    1808.130371\n",
-      "19    1699.440552\n",
-      "20    1854.313721\n",
-      "21    1858.726685\n",
-      "22    1814.451782\n",
-      "23    1863.013184\n",
-      "24    1884.281982\n",
-      "25    1781.215820\n",
-      "26    1679.599243\n",
-      "27    1804.118652\n",
-      "28    1800.697144\n",
-      "29    1794.221802\n",
-      "Name: 1, dtype: float32\n",
-      "30    1528.776611\n",
-      "31    1543.648682\n",
-      "32    1544.217407\n",
-      "33    1533.632935\n",
-      "34    1547.297485\n",
-      "35    1568.251465\n",
-      "36    1432.989502\n",
-      "37    1559.411621\n",
-      "38    1555.778076\n",
-      "39    1562.257935\n",
-      "40    1563.604248\n",
-      "41    1542.455200\n",
-      "42    1595.332031\n",
-      "43    1542.713867\n",
-      "44    1494.202271\n",
-      "45    1556.931152\n",
-      "46    1561.306152\n",
-      "47    1575.157959\n",
-      "48    1546.359741\n",
-      "49    1665.563232\n",
-      "50    1547.409302\n",
-      "51    1537.488281\n",
-      "52    1533.096191\n",
-      "53    1506.796509\n",
-      "54    1532.159912\n",
-      "55    1509.309326\n",
-      "56    1635.444092\n",
-      "57    1473.974487\n",
-      "58    1466.395752\n",
-      "59    1451.778198\n",
-      "Name: 4, dtype: float32\n",
-      "60    2009.041016\n",
-      "61    2052.925537\n",
-      "62    2075.127686\n",
-      "63    2073.555420\n",
-      "64    1894.730835\n",
-      "65    1712.648071\n",
-      "66    2012.644165\n",
-      "67    2078.718262\n",
-      "68    2063.913574\n",
-      "69    2102.091309\n",
-      "70    2095.394043\n",
-      "71    1910.086914\n",
-      "72    1771.222168\n",
-      "73    2049.833252\n",
-      "74    2064.734375\n",
-      "75    2089.499023\n",
-      "76    2110.970947\n",
-      "77    2104.520020\n",
-      "78    1933.123291\n",
-      "79    1808.569946\n",
-      "80    2050.945801\n",
-      "81    2056.272217\n",
-      "82    2002.636841\n",
-      "83    2061.285889\n",
-      "84    2097.291260\n",
-      "85    1900.992188\n",
-      "86    1744.634521\n",
-      "87    1993.816650\n",
-      "88    1990.942261\n",
-      "89    2046.452393\n",
-      "Name: 6, dtype: float32\n",
-      "90     1626.679443\n",
-      "91     1618.315674\n",
-      "92     1620.280151\n",
-      "93     1627.040161\n",
-      "94     1673.808228\n",
-      "95     1787.030273\n",
-      "96     1562.161865\n",
-      "97     1642.268433\n",
-      "98     1618.766113\n",
-      "99     1619.909424\n",
-      "100    1619.908691\n",
-      "101    1666.063477\n",
-      "102    1777.630371\n",
-      "103    1620.351807\n",
-      "104    1619.798706\n",
-      "105    1613.335693\n",
-      "106    1611.184326\n",
-      "107    1621.388306\n",
-      "108    1673.271851\n",
-      "109    1810.889648\n",
-      "110    1619.840698\n",
-      "111    1615.521118\n",
-      "112    1616.226562\n",
-      "113    1593.204102\n",
-      "114    1606.631958\n",
-      "115    1655.261475\n",
-      "116    1794.728027\n",
-      "117    1600.507812\n",
-      "118    1595.128540\n",
-      "119    1557.557007\n",
-      "Name: 7, dtype: float32\n"
-     ]
-    }
-   ],
-   "source": [
-    "datepicker = datetime.date(2022, 10, 24)\n",
-    "def add_dates(group):\n",
-    "    #group[\"date_imputed\"] = [datepicker + datetime.timedelta(days=x) for x in range(30)]\n",
-    "    print(group)\n",
-    "    return group\n",
-    "\n",
-    "preds[\"date_imputed\"] = preds.groupby(\"Group\").pred.transform(add_dates)"
-   ]
-  },
-  {
-   "cell_type": "code",
-   "execution_count": null,
-   "id": "a8af2ca0-b8bb-4e08-8963-d463a7122033",
-   "metadata": {},
-   "outputs": [],
-   "source": []
-  }
- ],
- "metadata": {
-  "kernelspec": {
-   "display_name": "TFT_HF",
-   "language": "python",
-   "name": "tft_hf"
-  },
-  "language_info": {
-   "codemirror_mode": {
-    "name": "ipython",
-    "version": 3
-   },
-   "file_extension": ".py",
-   "mimetype": "text/x-python",
-   "name": "python",
-   "nbconvert_exporter": "python",
-   "pygments_lexer": "ipython3",
-   "version": "3.9.12"
-  }
- },
- "nbformat": 4,
- "nbformat_minor": 5
-}