opencharts/medium-ens-tp-2t.ipynb

{
    "cells": [
        {
            "cell_type": "markdown",
            "id": "0c65a30f",
            "metadata": {
                "tags": [
                    "open_data",
                    "probabilites"
                ]
            },
            "source": [
                "<div class=\"output_png output_subarea output_execute_result\">\n",
                "<img 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dnR9mzjwKKvIZwwyy/efYbNGTKTN0G94LtIllrAVR4w2GxzYevTRRbPYz1YfGdP+LIj0SFLdv0pqtPdI0NqHUA9CoEci1C85Mx0CD+6rRDuL7lAwNkWke9VmbD+T3kchhHgit3XjEWeDExUeSaD3etMv+pr1Ch1Fugp/lu4pFIHeo1APSqBHItQTBRCP4MhiX3cny7JsprwnHtpM9wG72EW6pWyYUGb4cov3ntG2OzPmuvQkwroJiPTe2YUqbiSATTsI0n2IAr0SpKUBvlqqAIYP7hPlSKo7pUFQ5pFYdC3lfexn2Qd0TGIM69LHuo8eZBxtx/wIMhHoD2IS6bL751Wg76nF6Dzk2RgRpG074yT0GSoJFu4De63Rz1GFKHFBaDxGuqN7HTZTG33d4X0Vcdux9SzBrJMV37OzdPvBxd/IS1zzkYXlGPabKntLhFmPHgG/jFmhLbKMYe2G3vW9cBpakN41+PXfY1nPoo+tk1HVkI4SSnDS4HuQ04CMYngTlG0xQzuRVfh+PYM39gSEEyKdVPfexOWthfvqjIzpwIOUych2fG4Yn/rybrb2B9oxeI1IDwU9ExNNumRDQRqVTYRUvc5ETQJ5H0Q6DBncu5JZRR3/4dufFSmOXciK67MFgTV3IO177LgupFR32yK9LL8sFJGufVjRLsa633WA7cuskxAB5pr0UHeMTiMs1xSbvAtwtyqsta2JAgi7fj3EvmEc9IIt0ejCbDqp7n4LosTzzy95Mnx5SOvSbfWTDF5HKNKvA3y/+xhTQuSd77HJO7sslb31ZX3DunQYEhcGbQlEoK/+0MbO+FZFuqUjdVfUHz9EoNSPsTIL8wPf+2w/m9lmuYJ4RPqIuyCOSexn665qBCnnDSu1REgB2AtuCETAUn84NrZ3eU9Hvt8u4H1ubPmiywEH4xNL9hvTlkPGSLb6yCcyzCIT6YEG+6uYK7K8+xKbvLNLpsKZTU8UwDDYzqxiYxzokxhT3kl191+kD9nPWxHpeoPjQGKkWYR1EUam3DhOj36GdkxV9GfrakH607//o4W6TnljFv0HC7kAoIKkQcYcFEN4faHesOqh+PZm5FvfFvddjD04binVPUOkDyY01wN97hjUzfzqdeljDATrbJbZQBkeiaX6wDKw2ES6jGwRFIWJFuZ6Z9uMFJnvAdsaRwdwkCkiHQJkbUGka+YWBGw68v1CTnUvB3nGEpZVeh80tbge3fy/sWypxfQQdfPaUl2kb4yInzFB8OjggFl0ALAWFHZgQzHAACLdBjZS3pNIbDsmtsTRtef1I7dsy97f1eI+Xo8KouIXTBA2MgK8YH0nhEpRv3OsUC90i3bfZVmHdZEe8qwcWO0Lv6rxz7y+0Zt/jZXJVtxrqsbfdTqGSQDdz9xZ6uOSnmdQrYp0/S4jnpeeePKZTSADFJEOAQYnGVaAgLnGBL1i+2g/ZgtgyCD31sJ9x0x5H3vm/imGSYCRhWWdKPRRpO+ODE75vC7dlkjPFSDSAQAgWmwPejCLDkMJrXURsOvlX5ORbz2mSE9HfrcsoipkY/NBTW/ZTZKqbXM9uvkzX9el28g22wecYXYR6FHgx3huUp6IdAAAcKrzwgQwIDZm00dJebeU6h5TCm5uSaQnjn7WuSL9bkT7rXpqY2NuuhdLO9M+6+/I+qHHJm3xFxm9WNJvH6Truk4AAK9wZDQ7pyQgMJGuGWM2nVT3MH1TnynbToh0j9elJ5HVPbDIL1LhWNMJAAAuwEw6DEbgKe/pyO+URVZ3NpbqTikO+xDpY8X7uwYDOD6uS0ekw2joI9immAEAABQ7u0Mc2BCXLynvQ324fDap7uG+86yHOjKmwMx7+p2+SBz7nDbsOKEJkQ4AAHFzgQkAkT4Yc08/u46HSIVDbum+iSOfEa1Ilz0fWI8OiHQAAIiOJ0wAQyPZGjtEOsLBI5F+KSIxGJHe89nvY7x7ElmdAwdE+iVmAAAAZX8mnfXoELLIvOlBaL1DUt1vIrCfdSR7YGfp9uemvLu0Hr3kcaRnmsjO7Ih08EqkAwAA9BEEAvhCZum+c08+8xgPQx8n5zi2RFNnkejgenQbtkws/30XHiNva4h0AAAAByAYgVGQlHcbyyvSAER67Gtkbb1/YulvoxfpkgFjI/M4V4BIBwAAsAw7u8OYZBbuedVnyjup7lawJZzO2b3fSZHu0br0WWR1DRDpAAAAAFawJTbnjn5WE2JPdVfy/lY2ueySti4DOWOtR9932PXfh3XpiYXi3o88iAGIdAAAAADrYmur/E95H1s8ZNScF2yJp8TxOpI7bsvEk3Zms44BIh0AAADAKjZEZ58p72POpOuZPc5sfsWndemI9DNsIZkIVxbKGpGOSAcAAABApI/I2eK6EA/6MyYRCFPnsJiG3CVt3WmR7sG69MRSWdPeEOkAAAAAUYotvb74wcKtUxeEPqLhLB5t3LTNuuqRZ4H3cmqCy7bssi7dxqZxuw5r+wGRDgAAABAMNsRnHynvpLrbJbd032Sg37Vpj9xR+41tQ9t1CxwT6TvMAAAADjDFBBCJSD9LZJPqHnW9QaSPK9KvLZQxIh1eRPoWMwAAACIdYsTTlPexU90zasq7eqNTu/cWbt0m/doLke7quvQuR971BINi8CLSnzEDAAAoBm0hXnxLeR9TPOw4r7l/YXoGl03qjUfr0UtcXJduQ6Q/ycAhINLVBjMAAAAiHWKlCIozZWdWdNH2D0RgXI74jMzquSXSm4rHxDM75I7Zz5ZIz2lWUIp0gjIAAHCBa0wAFrEhRrukracjP2NG1XCqzmiazAQj0s+3zSyiOgWO8YuMHuOAAQCAFDuIXXDdjnxPnbo8a5kqPOZ69F0PaczBoo/JKspPb8B8OfKtk55+xxmRrpdUFLZ0xn6SsTKxUKdyWha8iHRMAACec48Jatl2+BvrwbjeqIcgBSwJrnVR//YWAvNUNUx7J9XdSbS/GntwR+9ncHFo7fLI69FVjwM5el36GBlVel369MRZ5ImFuvRIcwJEOgCEElgvsQIA9ChKxxZcc9V8bXo68rNlVAknRXopItdH6pSPwjJX4y17Sk7UbxsinUExQKTHRIdUOgCIExf8RKLYOAfssVJup7yPKb6eiB0aC0sbzI6IusTT99efdeeISJ9FVJdsslfxbWLe6H0R6ZF0IJLWw3pTADiI9hEjrgk8xJSSAIttYGNpjXGqTsymy7FbYz5XRo1oVGf0uvQnNWJ6eQMh7qVId2VduoW29iJWIx0U2xTvnSh4x8+YIGwKR6M7/okaP0UOAPzE9pq4GUUAlnF1l/d5BHbwldzCPa9dEJgD7CEyVh907Lz5JJI6BA7zi9GgpyG9GBsPfacU53qEfoU5vm+8Mw/gVbZyOgNAn9jOuLmiCMAy2q9+GvmeTVLe0xGf5+nEplrwXmCNXWcObbQ5psB8HMiWttel2xDpDIrBe5Eujv8upBcrHNfH2AWMdt6Go9MBQIqoe2GlwjiPmV3NYQi0SLix7bsYaD3q163VjRiWTbmY8i6TKWMOYBErtBeWNpjV3Dvx/L1zZX9dehJRHQLHRfqYDWIslnQyLzbAJu8D3OtAXocNfSDUejUjYKn1X9ouf1t8hA8RlYsezP088j2P7fJOqrvDyH4eYx0fVhWTq5BEuu116XJ83dgDdDsyV6DKzwEH+5eyHjvWYC6t6SyitomwREwBOF+vEoqhlgvqRtAi9VIGYuoYs+9+RDC4IVjb+soA1qN/r4MjtrmpA/0Pg2JQL9Ilfe0pwPdbyYhYbAJdv/MKm7yzi56JCGUWnVFXGCro0vVqj0h3ksRy3XiOrB3YiIsWNX2XFhGkuiPS65hUROaYPuIxEFsmDvjZnOYDtSJdCHGEXO9qvoywXDN5d2zyI8g5NnBBMADwFtv9weTIjGLMTC3e+ylCe9sQq/MGImJomNXrgMV9NBJLdSX39LMR6eCdSA+1gnyyvNHO2GJUd/A32OQdSzX+GiMcOlC/upNSDNbFmslzhPa2IVYn0o+fEu5D8RBTxsQQ9kOk98LGhv1kQmfsE0aeaHMQq0jXZDGkeEvKU9Y0+Igl7V0Cnk+BvRYiHUKvX3OK4Y0fs7GZUdQ+R1LeH2zWfSn3MU9bYBbdv3aSGDHgmD5iM2DbG3MZrrku3UYGF20Ojot06Yx2gb7nZeiNQDpy/Y6Thn8yiSHokpTZLLDXYj06DC1OXPANl6S8vw/ELRLrTI+N2GF+4HsEAyL9kK+8GLmujDH7O6YtE4t+NqfZwFGRHoFzvi6cWBbw++mya5uicxWyTaTT0u83CbCsAYbm0YFnSCkGZ0R6rKdJ2E55J9XdIwr76Xayt+QfxvQReSD3sC3S944MioMHIj30inIb4hFkIrSvz7BJFqBNLqQ+XwVYjxHpEEs9Q6T/wGr6f6yBpIhWKynvFlLdM5qZt74Tkd6PSB/7BCAEOjQT6UVnpB3LPvB3/hKSUBeBfXvmxwQl1AMX6Iy6QkzBwyTEgdUOPk2n/dtcj/4UeRHYSnkfc2BmLzEg+Ok7tZ+chPSOFtalp5HUFfBRpFvsjGwI9YXvQrQngR6UUA9coMfSPsEBJG3ThX1KlpSG9YyCTeT2tzGBoQXXauR3BH+F15gCfczdyMe05TKSugKIdOf57KsoNYTobc8f/SLUfd31XWabNgELdE2mAOIK3C8jPDKyiu2d7qMOJEWQWFmbjkj3sr5sVbgbMY/tD8a819jZSjsZDAdoJtIjSXk3RWnukyiVYHU7oBDVwj83jqPwxS6pOPPLgOvrjlR3GJnMkedYxloAsoGYbb9GIBm2iCXV3W9xiUjHjhCDSHcsMBsDvUnE1thJ1eVgTQeqf6vhR9f1AMDGh7WgRtr/FxXeLu4xt0twAIdS3q8jXptue2kWsz0q+AkMBDo2dVJcjrwuHZEOiHQH0eLuryIIXLs4q65nz4tLB0l3I9vki2QaTB0V6HpgRdvlNpJ6ikiHmIPNpa9Lcc7wcXoJz7XlxyCQDF94IdJpN015snBMX067A0S6IKPmMe7mqo862cqMtQsB2lRmifXsua111jpA1LPqzgTIOnDVgwfFt3+psNPbTR5lnRvA2KwceQ7d1heR2d6FvgiR/oMswHfakerePwHPAOeR3HNobAx2QAgi3bHAbGz0DPJdIQK1WE9tCFMR59r+rswSv9hEyQCGLbEuGQU6SPpH2Z9dilUoQXzB5rb48ujI49zJ7HLwyP4jNw48CgLuR1vQYiG0DcEoX8QlIp13Ap9EetEZaTG0j9g2etbmiwjT1Rgp34YI/W9xfVLurbE2xXo2RrAsa85TmTnXGQW3EdZFZjrANhnPMjpLB57hgdme4EVtRpFSV1ow+v4UgWYlINLhJL+c+PlKjbsO2kUmIpg/FULxSTq0vK+NdGS2ZC7XpUc20WJZ746/k44o69EmF4ZNEhX+hnA+BOsQMXrQVpYBueCjrvTAafFMwaa+F++n382FbCEGB+tF7adA3oVNAYf1m3pPn5BeaWdx2Z0WtVcB1Q18KyDS+w4Oi+uzBFF7cRob+fp8qrMTQa4F6EzE5ywAAXppDGLsDXtsxCb5CZtMiy9TsUV5XVHVvrMnUAaHxIkr/YH2NxvJ+ApNoGt/uHTkcfA974PrjQxOh7AfCuU7PHqpUCjL83LL9/4UUJ0AOE+k6xSTojP6quJMMT6FFtc3ct1JcGX+/MkQ9jHZ5NrskCo20YHNMyK8FSvSTcGVuqheN25zZWBxJUI9tJnAtSM2/orvOUimwpjAyCjKUcQlIt3vew/h4wFO8nOD31lipk5cIUbfcYlNWrFXbBgHjiCCzaX6qIVsHtJGcrJhqCs+EgEXtm1IdUeQeSOUA1uXntMsoBeRLutPvmIqgNFhFh2cq5PKrQ1FgxHqeoNM5U465+7UUqWYkbjoKYC2DMPXlY0KYxPmnQPHwIbgk/YMjkFvIl1Yqrh3egcYvUMkiAIHA85nB+ul90JdBPoXhx5pSW0/Seb585Nyi7j07R2wIyDSawKzLYIBYNwgmVl0cBTXZtNLof6PiF0E+nmwWWX4IvfJgVlRRDrvEKMd8a3Qr0h3ODADCJGnEHethjCQwaOlo4/3Ra/rlmMcEejdYJlNs3agRa6vKe/0Lwgz7wRyIOvSc5oD9C7SpXEsMBnA4NDOwHWBsnI4WNLrup1Pf5dN4lwT6GxW2Q5fbcVs3rj+cqtel7D5ys6hzIscOwIivd7RZIrz/QCG5CsbNoEnuDyYpHdI/8fFWXU9eKCPjlNunvnLLHr4YpdUd8Slz8+OHSEafukYmP2D6QB6Z6+YRe8iehKs0IntOcG6HkwqbK9P/rh1+B21EE5l1tqqAJXBgqWj4rz0P8yit2sDz0W5PhTf3nj02JSxPYF26/Gz8yznQwYLDCvS9dEBRad0X3x7h/kAeiVlFqsTf2OCTtyr89eW60GluXrduM1VJtJfLUSsZ2POJBb3nIqdUsfttMD/dA68bzx7XkBctsGZI8NkYEwvtbqiDkDo/Nzx73Sgs8N8AL3xUHQ+BE/gFSLqUk8etxTr/y2CvLXetE0E9BDC/EI+X7fp/6rX2XOXBTqbVcYheh8YiLHmK7fKz03PXDzX20ex+0Tbg7Z0SXcvR7L07Alp7wA9dIIeCR2Aan+gBe8fyt007jpu5NKCeidB36a82gZTskmdFvyJXL7N8rDMpnv9f/Zg2YePAwohknvoG3JHn+mTZ3ak7cE4Il06JtLeAfqBNHfwnaWn4lRzKQLr1hDd+oue9TrVLrU4n3hedn+wWWUvATgiHUIUlznPFO0zg2V+PuePi459qfw/sxDAdoBM4AReY6S97wN6LT3gcH3i8l2g6yyCJTX47Pq/9qDuk+qOUAvimX08L52BUBhdpAvzwAIzgLHQa5RIM4VQhIpOFac++wVZPP2x5vmggbj06RhjF9ejOzt4cIQHaj9YEemyGUaKKQHadX7qdYALIKQgNFOvu8aD+9wzuxONCN6zMSDiMrBnxY6ASG8YmK0JzABakY55DBTAiEJ9WXz5iiWc5lHKCfqr9zoOcvXUG2bREWyIdJ4VYhTpBGYArfiddegQuGBJFfuVuIoWkmTxxCWG6W/c8Y2Iy37s6Mu69J3DSwYgFpEuLAjMAI7ytXDYK8wAEZDQHzjHyzIb1qEPRuZimTMo7Bw+rFHeeyAucw/smFPdwQmRLh2/Dsx2mBbgHY8ywwgQPEZ/gFB3h5RZnUHr/MbB+AeBjnDjGXlGiF2kG4EZO74DvOVJkWIKCHWwx0dmVKMUxZQ5wo1n5BkBkf49MNtIYIZQB3gVKAkppoBQB4sCPcMMo+CSnXcMzDjpEzcexMcbD+zo+rr0JzYIBudEOkIdAIEOUCPUOS8WgR6DAHNFOCDQ3WXteD3OPbFjzrMBIh2hDoBABzhDqBeXXvLBKSAI9NDJeA7wWMA9YkdEOgQu0hHqgEBHoANU+oRUi0csMSi6v/2AQLeGC7OkHP2EuIxBXDr7rCw1AedFOkIdEOgAUOkTtHj8l+IkkEHEmfifHFNYq99bZT/lHYHgfh1x1f/lHtnR1XXpj9Ry8EKkI9QBgQ4ANX3CTLFOve/AcMYMqhNkkd8fPBXDHg7w5TwTINL7Ccqmil1+IUy+FnV8hkAHaNwnlOvUf1UM4J7LfWFLBggR6RpS3f3AxWwHH2eAc8oWEOk9BWWKXX4hzAA5xQwAnfoFHdBM6Re6CbLi+ldhwyWmcKpOP1uszxklgLgM6Jl8e+Y9g2TgpUgvOy+ZPfmDIgDP0bN/vxIgA/TWL3xQrFVvyr0ivd1lbM2mIdI98XnKvczSHDvGZ0NApNc1rIUizRH8pVx/TloTQH/9Ql5c0+Lb3+kbDqJTUl9mz0lvR6RX+yXZlAz8wClB5/GGk3nk7R4Q6YM4BF2ZE8U6dfCLryLQmcECGKZvWKnXFPh7xPp3dIbBr7L2HN/jfh22kfKeYXmvcEnQ+bwjec6zACJ9mI5sozfcUqS/g/tosfBRrz9nBgtgeJEjS0liF+s78TtTMne8Y2zRTP3wy8chLsN69h2ZLBCUSDeclU5/Zz0iuEp5vFGGKQCsifWPEfURT4Y4x+/4WXe1aB5rcIlUd39jC4TumX2EciMjN6c6Q5AiXRqaruDMqoNL6ADrd0kxJQACsCvWM1mzrgd0v6rwZtf38l4f5EhHxLn/jDW7TV3xE1eE3QY7etPWAZFuNRBjVh1coJw9X2EKAKf6iVyOPdSCXc+u+35824O8x1SW0+SUMiIdkU79GImnAJbw5TwDhMRP3759c/8h//2fZfFFi/YJRQYjoQeHFqz/BPCoQ/v3fy7U60akc/l66fDj7iU410Hdmj0uAAAAwCuRLsHXtPiixfotxQYDB8561nxF0AzgvWifilifyXVt8XH0wN9GRHnO7uwAAADgvUg3gq6ZiKhrig96Rq8DXSDOAYIW7roPmYpon8qlZ+CverpFuQmUFuPPIsw3+BUAAAAIVqQbgVaiXmfWEevQhzhfsikcAMjs+7TlnyHCAQAAAJFeEeupIg0e2qHT2jP1mtaOOAcAAAAAAER6z2J9ql43l9OCnQ3mDBGqXlMuU7HPZeR22YlNMma+AAAAAAAAkT68WNdrC+ciSK8iLNMnEaG1uwUbmQfaRjENZjyIMGe3dgAAAAAAQKRbEuxTEetakIY8g6xnh7X4bJW6XdinFOs3gdpFD1hkillzAAAAAABApDsn2PVOvlqUJiqMGXYtQHMRoJse7DNXfpwt3FSYr1lrDgAAAAAAiHQ/BPtUxGgpSn1I+96JKH+5hhSgMqCRGNfEE7usmTEHAAAAAABEejiifSaXC8e66bN2N3LlNmeFDdFe2ucKuwAAAAAAACDSxxamUxGlU+PqKxV8L0JTkxtftz4IzwP20d/3MeuuU9b1jPhWLm/sAgAAAAAAgEi3J1Iv2v5dITTzSOyTtPyT5z7W1gMAAAAAACDSAQAAAAAAAOBsfsYEAAAAAAAAAIh0AAAAAAAAAECkAwAAAAAAACDSAQAAAAAAAACRDgAAAAAAAIBIBwAAAAAAAABEOgAAAAAAAAAiHQAAAAAAAAAQ6QAAAAAAAACIdAAAAAAAAABApAMAAAAAAAD4zy+YAADgBz/9+z/T4ou+nr/9+dsGi/Rr18KmOdbwul1sizLcYhGItB3M9Ff6BsBXhxcrSPvWdnse856H/MlP3759o0YDQFfnsiq+zFr8SVY4o6z4u7T4PpX/2xT/tzhyD9NRL0pn1uLe+vfXxxx+8VkXxRf9efPimlR+/FBcy4NO9O3zHXuGVbXDbPi33yn+PjnyDsviS/lzPcAwP/K7pv0180OdkvmMx+7f0q774srFJnkP9eqlXtS8V3ooSKnco6x/qw7NoLx3k7J8lvfOqvbu+s4n7J+3bZs1wZKuV7eV39Xlt5ZneD4Q6KzOsUcLn3PUf8jfZBK0vnvXFs/67n4NyywX/7M5w7+9K5smbbTm+fRzrFrWmUVbQdqiLpdlv235mTqIThv6t1O+8KR/kzqi28FN5Uc7eYdl3TucU7calE164J7m72j/uj5hy7JP7s3/FJ+1EJ9f2790uNd321TK9mC7qNr+RLto6uOblqcul/xYmz2zz3tXT0aIYQbtu7rGCjXvouv7Relfir9ZNohRUokBLmvs9ua+NTFG69jtSL+q/Ukm93yxMTPpAHAO2jFft/j90tlNW/yd+XsXHe6tf+dT4Ri/1gV20vGuaxx0iQ7MEh14HOh02zzD75Ug+bqPQpCOZmF2bsX/zesCtAP2XxpCtcv7qZZ2nYhdbw6US9t6dXHgvVaVYPHQPS7OeNe2f6vfe1m8d1IJVLq+c9O207Rtfq8/EjBMDpSfDjDmUs/ymmc71x5Nfc61HqA6Msg0rQmG8o7P2sX/6Z/f1bT9Nv4t71jO1eebHhMZUubXHepZ136htM3HE4MQ+rk/Vcp8daS+vPEDUj+WXdqIBOWrA+3gUurW7YF3OKduHWrzV/J9Iu2z6nOvK2Kxrg9IjfdZDOB/qoJnXnnW2Rl2mTZsFxct2kXTd71oUa9vZbAiaTgA2dkmI8Uwg/VdZ8YKVf9lDqTNxE88H4mbcqNN1b1v9b7Tc9q0+JMvB36s3/9Ot5/SxqxJB4AQ0COQj5XrqfI7t+Igqw7zH6Nz0KO2evT0vri+yueWHcUXmZE7xtOJZ/isne8A7183ej5v8fef+nyuA3Z9FLv+Ydi1LJflQPXiRjrusXmsufaVwGPtamOS4PIvo06Z7eLBeBf987+r7cqCPeYdfzakD9rXtH3bZX5ZpmuPaKunmrLfVX7niwjxQ6QN/++gaDzx+YfaQSYB9cQo46+GH9tX3mHoumaK0qRB+SUHBN33dt132r70I5c1oj009gf8msmV6paddW5fa/rqagxz6nma+OpcBG4fzz8/Eivc18QKqxZ+YnLCp60Ngb432vZD5Z1vG/RxTd51WhHoT8Z7PtXZmJl0AOiL+1OpRQOS1d1bnGJudADfR/TlZ6uKw0xqUrn0798aznp9ZIZ6UZ1VlM5M/345+ro8EGB9OGMNVloRC5fyrIsWa6u6pCDWdUQXDey6qNhVz6YdSnv9cObatJVO5ztlB7nHTzXv8834nZ+a3PBI2qwOVj8bgik58G4fBliP96FhumBiPKOSwGVRSVetzkB8ERtvW9pDt4W7BvY4KcJUZVaxo5hrXMZNfJD4GDMQ1INGaZs02AFIj4imIUTm4sCSlkRsMzGea9mgDPfyN2kL8TeR+pG0FA9mBsa7WTypv2Y7WB0ZbHpsu1zogEgvMwrqfHVSMygzrbTL5IDoH6IvKsvqylx3W2eHii/ow1a9+sUaNgfeo+z/vscMqn16dFNf3SWG+SQxTN7SV6eGwJyo99kRreNAsVV24vmXNc9ft3RQf9ZNpd6V9TE7cG9zRjypScE377swfPyyY90168FDZRnOUp5pK8/+4uOYSQeAYBFHbnZiF5XA3pwhqU1Lk8DsoSJm2zzDc8Wp95n+WHbU10Ynt+4oUK5ERJ7LsoVddwMLBCUDFgtH6uOq8s4zB5vNsiIs0mr56X8X10y9Hf1fdrDHUr2fce7CVd1MqfzflU3/I3Z6OMdOPbE/5hMkCJ9UfndI2+TqdBp/dWb2wfBvk5azW9ctZ7pXlYA6PeDbE8NepzIVziWv1PnqbOZ1TfklR4R8r5kd8jy3hu9fduyLfI45nmtE3FB1ok1fe5YPkoFFM1Ng2sPzt4nBTsUKaeX9dka7r3tWs0wOZZQsTrS3tphtb3Og7ph+Z4ZIB4BYMZ366sRMq9mpdQnEhtwJ2OxIMvV21LhJYGR2vMsuaaFn2rVMqbvo2S5mUHI3cPDcFad2iK6ZXTgVzJkBxa2FR344EbiZ//dk0bSLiv9ILDyDKW5P2cqlpRhpxb+tT5R5FTO4z5oE2uIrLg+U36HAuvRjg/kZuddjXdBfKdOsoUjPe37Eah3qOmAcmnAfys+/mYk90de+2QunYz9vtp1t3227RawwPeFj15U2cGqQvtYnyvN8MK5zMd8vPeCLMuN+K9LdASAmMZ4bQdjkQFBT28kWf6ODfHPTnjYd75BB+bza0RXPWqa8Xx073sOwyVZE1kQd32ytSXDbxq7Zqd85UwDr684IUhKbFbFmvaZrxziZ9tmdSrmUXaG/mO/XJnVUAqOJ8XltRYOuOzdGO18dCNzK3eitzKrrGfXiXR+NAZBkAIHURKTfGj5jXRmcuTEGM7YjtAXznrVtoTIzuy+XGRX/X6az3tSkc9fVkURsP1HHN8msawdPp3afH3mZV16pR+uaZ86kjC9NX17xz7sBjudaVPoiXe8fpJwnAyz1mB4Z8LI5KJseGCTqs/1U+9r1iTqa18QwWYv7TSv+c3Pm808rfeGqa6xQGVR7knqXGX3/vKbNb9TbtPi/xEfrv/u+dKvnZWdrw+fp5y2f8/vyA7nv93aJSAeAvtCzlXdHfj7kOrO6znouHZG5MUjp5C8qHUCTddtb47MazfpKkDmvdEAPB35db8B17OPua9a8zo3O6cF4D7ODWqjTsxjlkTll4HtsZ/hjdLHrKVrbpdLxp2Kja1mjvxq6IdTUxanURXPw448j9jnnnbvYsfy8WaW+N8EM/GZ14vOAPeYVYfFHB1M/S3u6qQ5IVQK3dYuyO3Uubdc1rFvV81KXlgMFa2Pwbl7jK802M+3x1rNKvbuoaQtPB/zNodl9c8AhVaczPvTv/Fe+/yT7X2wa+rG+hOz1qbrVcD+E3PDts5qBhb1xJOStiOOyXSQNRV2Xvmhm+IGdYV9TmMxVv4Oyt+r8DJ6uvvaixq/NxMY3BwYu+nimMo4y6+i+YV/7XPHBTfquMoYx2+LDkfbTNA6c9hgrVLMJy4HRsm+6rMY0Mpmh/87cyO269NHiK9ci2HvJLJJB7YXRTnS89Ul80ott5J7rcpCAdHcACAHdUf9duT6ZQYN6Xe9UF3A9NrxHk5Fj3bl+K6/i3/9Tb3cHVqrf3V7TA0FXdiDQPdR5VNfRrXpYf/Vou1LIe5k2Wva1K+2pelC5vqgfmQqlIF0G0vaeDw3SnLDHjWmPU2edH+FQSm16oD3YYuvAMxxazz1kqvvnStn/Jb750vAT8wbB97pBmR/yA9r29x3rQ90M/9L085UrH7IAKwNEpaAwj2ZbG2K+KuCTitjvk0PtzSyrmx6WU7nCVY1f+6zebl72e18Cr4fYpGmZ/13TXs2+66vqf+lC51jBmAipq3vZMT8hs/M6rbxu4uRS/JSeYd/2tVxO9iip7lpvtmddh/5b7mLPTDoA9Oloc0eD1Et1OEW96ezWuU5aO+X5kRHorydslNd0Tjd1wVBlFLlRmqGeYTbOSS43WztHSPY1a9jKLnVBrZlyqX6kgtqknFHaDPHOHT6zr4C962zIvG7H3hbCszzH2kxrLMt4J3Ugafh59wOJbRfESaZ+7A7+UgcrfuRBZpgOBcT5kXbdNcNgJte2ci9zZnZfmQUzswIanQqgZ0NlYKJcBtQ0q6avctv1OFhU+rNy5vOipi1re30xxPmb5T4nxGMX/1Mr0qU+Pai3y1KWPdnhWMwxVc1m2Yfwtar0R5K10dYvHnum7Rl1NOnB5mVm4KbHOPD6zOeZmP6r0jd8NgaILmo2QdXPmsvgUWJcl5X4cd2XLyh3iBcfV2aUVW2gZ9efEekA0Be5xSPY3qSkSeA5k4C9DA4+yzFRm6qYqHPeJzrC55ad60bsc+weWcsgN638+39HUuTShgGittc/8v1dh3OdW9lVBgVKUbU5MJua9bAubCEdYZnOnwxZGatpq9IZT6UMJtLpH1sjnw1wBFuTz9x0CPyuD/z9KXvMDHFd2mPewdbPUk9v1dtNHVunuhsB1BAMItLb1OXK3ho3NbNQQ8z6vRHvEgzPRKhdqR8DZxdH/NvkRKp42lBM6d/7W75fNvRv0wbCrYkg3PZYt3KjX0sqz5gb7aIs60TsPjGE1Lm+wqyDqXqbLfbfE31Rb3Y4ZFNpF01Eeldf+275ntxzZgjDa9VtsLvtM102/L2LUzFMg75rckKwNo0D28YKiWFHM1Yw/cRNAz+xOvDeW2VsvCvvvTDq0GXfeypILLoxYtZEnq8szwXp7gDgLF1Tk+WIqFzOoTR3dZ4bznFf/f8jzzFVbzdNyY90rsuaa93T+uyq8GxKo91cxS7mTGLb4+aqdk1P/EmifqwDex6qHkkHbAYO2Zj1WNtFZq7mB8StK5gi++Qu5DVHYG1a2COrBlhnPPe60i7SrnV4ID82rZR3W1HQ5xKNrOL3yjq5bxCAbtSPHZar13PTtihtIamI8OSISD/FbZO+QoRPmdo6OVI31sd8p/Qt3/27Gn8DyLziQ0vbVTeDy413XQw4GNNmcM3W6QZj+PlcsjPuK+UzyL3MvvbUcYSVzJTGPsjou2aVMrw48/nbxgrzaqxQ41cbx0x6wsa4ZgfeO1VvB7Q6Z1Pqexj3yw7ErNUYYYJIBwDbYuD6iMNPuoiAIwHXof8/tVbZDOZ2Ax6p0tjhqx+jrXsJCuquXQdRb57lfX2mvReH7Cr/n54hXNoGBStjwObShkiuCaymLjVKCfDfHMl34k/M8ntoOxDV44Y8a6POmsLzaYAdrLuwrPiPJnU9byiCzJ/t2rZPY3Bk3cDOOkU8OXBtWpZZ9TixC6NdmCmsu4b+ralQTI02eHNEQOw6toMx2qkpcI5tkJgfeMbefK34MNOOh8rq0Za9LGCKsCF9/LpFHTV//tShvW7V2wmPWc92ahMrbGpimscjdc8cXJgZ/qYU/UlDP3wO5v0ODipWy4V0dwCwQSlWykBsJWsEnytC1HTijx1no7cHRP9S/VjPpIOcXNY2VtOwskoQsnTAfm9mRY6k/Ol3/2IEsSeFurHr6V9nCJKjdpUOalUJxMcY+NAd/T+Wy25jDBBMlRsbilXLr0wJvpY1lWlN0LRS7c5UP8T33eHbHuFWE7B+Uj9SMqtB4OiIgMk62knb4c4ILuvKYdZWfFWOg7s6EDDbaAszQ3SY75Qd8W8X6sca+0WTdxD/pj/vc4N2UPpOHVSrqv3lGVbKztF+uXq7+WJd+Zv/Ln9v3/Mgs2mThyNlNTfK+rba34eEtLHvwnBgX22mY7/s4D9gDNN3eZWnr7SJFfZGvX5zKsWhQV/xkzeGn0jF95Ttdmkshaz6l0VPgr165FumagYWJfYq2SHSAaAvTh29obmXFMFqoKQ7mrl0MhsJ2K6PCNOuIr3akZpHcGiHvTGeYSrPYQZgX3s+59Xk1FEwmg/ybPOGwbW5edBl06PVZGOmB9UhBbmBXct1sGbwkp5xHNmLXZqIO1mT+4cR2LtKk3e+H2L9tGyyZtroVtJTc2lLU/V+Y53fzwj8+wr8sppybT1T3+AItkNHZaWVNN5pTYD+2NR/SDl8NYLwshw2Ug5VH7lv4SOrAwe7AfZA6FT2NTOz2YkgvyzzN0fwnbDtqiIa634nq6xrvpVgPzeeO20hwq7PqFuHfPvNEVFeDkg8Vt5z3ZP/KX1u2uSzpU8xRUrfx7EN2u9aah9N+tqPNX2t6avrYpg+MpimPcSBXWKFudRr8//3J97pzTGAhvgu+zFdJ/8Rf1vGixfGAEJ1cKBLWVWPfLuRSZS14U+Salsl3R0AbHUwOsAyj76YiIP6VBM8/d7T6P/MTDMyjuAoUwcvxZnfSXB2VXmG1AHTvUkFPRY8iPA1bdzm+Rfq7ZqxNmV7zK7m8UvlMTVjBkDLru81gDCZO9o2ddl/rJTfrdEuzPL7tcez5+dnPHM1Rflh5FT3cglFeV3WBKZJy8/U5fBUucdNjY/cl8FrC4F31mDGQH6tWgeOLleoScFt699O1Sn9eWa67JXY/k6usox1cD/2kZN5zQDQc4Pf683XyiDGZYt6tG5jf89pvF78TF+t+9pfj/jqPmMYMwZLenz+LrHCvGW92xtxZukr55VY4NZo258qAj05N/ND3vVrxZ+b/uS6MpiyYCYdAM6hrXDeVpzWXDr6QymD2qEtDwRqm0OfW7lHLrMJ34W6GajIz6fyDHW7weq/XRwZJHg8IMCa0Daw058/Nf6uSXCtO4ZyYOLCsNfjMdsZo9ydOvUTdi1HpRcNyraN8G3yXs8SNC0alttjz2W5Nsph2ldb6rtuykziRgY16jIqHo6U33MLe2TG99OWPue5ZgAmrfncY3XjWXUXWJuGv7M+MhB1sIwkKJxJfV2q+lnbP8RHPjd9PmkDf6gf60qP2er5TLs8n2gLiSFmpvJMjweeq46VUebTFn5Az9jdnxIbcnRbfqCP0gMEK2kr6YF3H0S8i39+MHxJ1sTGR/qMLj43Md4vbyBiVmYb1+Vt+A+zzDYn/N5jAx94zPZd+5fnhs9YlsesJ792qi6sJctjdcBXt4lhTg0MzfruuzrGCmYctDphn2dZlpKYzy4+YCqxwEK9XTpS3lv/XXZiwLdp3X0Z+JPlB0tVn8nzKPd7ac//X4ABALUPlOQNFZL6AAAAAElFTkSuQmCC\" width=\"500px\"/>\n",
                "</div>\n",
                "\n",
                "# \tCombined probabilities: 2m Temperature < 0&deg;C and total precipitation > 1 mm"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "629b98dd",
            "metadata": {
                "tags": [
                    "open_data"
                ]
            },
            "source": [
                "This notebook will provide you guidance how to explore and plot ECMWF open dataset to produce the map from the ECMWF open charts web product.  \n",
                "The original product can be found on this link: https://charts.ecmwf.int/products/medium-ens-tp-2t  \n"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "9996e11c-cb8a-422b-b113-c066cef4135c",
            "metadata": {},
            "source": [
                "<div class=\"output_png output_subarea output_execute_result\">\n",
                "<center>\n",
                "<img 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\"/></center>\n",
                "</div>"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "d455c6bb-c1e6-4292-a1a4-da15be0172bf",
            "metadata": {},
            "source": [
                "The full list of available Open data products can be found [here](https://www.ecmwf.int/en/forecasts/datasets/open-data), and more information can be found in the [User documentation](https://confluence.ecmwf.int/display/DAC/ECMWF+open+data%3A+real-time+forecasts+from+IFS+and+AIFS).  \n",
                "\n",
                "Access to ECMWF Open data is governed by the Creative Commons CC-BY-4.0 licence and associated [Terms of Use](https://apps.ecmwf.int/datasets/licences/general/).  \n",
                "\n",
                "<sub> In applying this licence, ECMWF does not waive the privileges and immunities granted to it by virtue of its status as an intergovernmental organisation nor does it submit to any jurisdiction </sub>\n",
                "\n",
                "To find out how to obtain the access to the full forecast dataset at higher resolution please visit our [Access page](https://www.ecmwf.int/en/forecasts/accessing-forecasts)."
            ]
        },
        {
            "cell_type": "markdown",
            "id": "0a0e7d78",
            "metadata": {},
            "source": [
                "## Retrieve Data\n",
                "This product takes in input 2 parameters :\n",
                "\n",
                "* [2 metre temperature](https://codes.ecmwf.int/grib/param-db/167)\n",
                "* [Total precipitation](https://codes.ecmwf.int/grib/param-db/228)"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "0941be5a",
            "metadata": {},
            "source": [
                "In this example, we will use: \n",
                "- [**ecmwf.opendata**](https://github.com/ecmwf/ecmwf-opendata) Client to download the data\n",
                "- [**Metview**](https://metview.readthedocs.io/en/latest/) library to read, process and plot the data "
            ]
        },
        {
            "cell_type": "markdown",
            "id": "5d84c0eb-32dc-4bb7-83f8-42d9c9a3e448",
            "metadata": {},
            "source": [
                "First we need to install them in the current Jupyter kernel:  \n",
                "<div class=\"alert alert-block alert-info\">\n",
                "<b>Note:</b> If you are running the notebook on MyBinder or already have the libraries installed, go directly to importing the libraries.\n",
                "</div>\n",
                "<div class=\"alert alert-block alert-info\">\n",
                "<b>Note:</b> If you don't have these libraries installed, click on three dots below, uncomment the code and run the next cell.\n",
                "</div>"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 1,
            "id": "5c1b0e50-36d1-496e-bf1c-5577844cc9fd",
            "metadata": {
                "jupyter": {
                    "source_hidden": true
                },
                "tags": [
                    "install"
                ]
            },
            "outputs": [],
            "source": [
                "#!pip install ecmwf-opendata metview metview-python"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 1,
            "id": "097db0f3",
            "metadata": {
                "tags": [
                    "import"
                ]
            },
            "outputs": [],
            "source": [
                "import metview as mv\n",
                "from ecmwf.opendata import Client"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 2,
            "id": "4dd874a5",
            "metadata": {},
            "outputs": [],
            "source": [
                "client = Client(\"ecmwf\", beta=False)"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 3,
            "id": "237be9b3",
            "metadata": {},
            "outputs": [
                {
                    "data": {
                        "text/plain": [
                            "'medium-ens-tp-2t.grib'"
                        ]
                    },
                    "execution_count": 3,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "parameters = ['2t','tp']\n",
                "filename = 'medium-ens-tp-2t.grib'\n",
                "filename"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "ae2b3d0e-13c5-4ef1-832d-816bf31f24fc",
            "metadata": {},
            "source": [
                "We need to put both **cf** and **pf** as type **type** to download all 50 ensemble members as well as the control forecast.  \n",
                "Setting date to 0 will download today's data. \n",
                "Removing date and time altogether from the request will download the latest data.  \n",
                "Try commenting out date and time to download latest forecast!"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 4,
            "id": "2385cf38",
            "metadata": {
                "tags": [
                    "download"
                ]
            },
            "outputs": [
                {
                    "data": {
                        "application/vnd.jupyter.widget-view+json": {
                            "model_id": "",
                            "version_major": 2,
                            "version_minor": 0
                        },
                        "text/plain": [
                            "<multiple>:   0%|          | 0.00/142M [00:00<?, ?B/s]"
                        ]
                    },
                    "metadata": {},
                    "output_type": "display_data"
                },
                {
                    "data": {
                        "text/plain": [
                            "<ecmwf.opendata.client.Result at 0x11119ee10>"
                        ]
                    },
                    "execution_count": 4,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "client.retrieve(\n",
                "    date=0,\n",
                "    time=0,\n",
                "    step=[21,24],\n",
                "    stream=\"enfo\",\n",
                "    type=['cf', 'pf'],\n",
                "    levtype=\"sfc\",\n",
                "    param=parameters,\n",
                "    target=filename\n",
                ")"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "51f3d3e0",
            "metadata": {},
            "source": [
                "## Reading and processing the data\n",
                "Now we can use **Metview's read() function** to read the file."
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 5,
            "id": "01219309",
            "metadata": {},
            "outputs": [],
            "source": [
                "data = mv.read(filename)"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "a152fea9",
            "metadata": {},
            "source": [
                "The **describe()** function will give us the overview of the dataset.  "
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 6,
            "id": "c6c16fa2",
            "metadata": {},
            "outputs": [
                {
                    "data": {
                        "text/html": [
                            "  \n",
                            "                <table>\n",
                            "                <tr><th>parameter</th><th>typeOfLevel</th><th>level</th><th>date</th><th>time</th><th>step</th><th>number</th><th>paramId</th><th>class</th><th>stream</th><th>type</th><th>experimentVersionNumber</th></tr>\n",
                            "                <tr><th style='text-align: right;'>2t</th><td style='text-align: left;'>heightAboveGround</td><td style='text-align: left;'>2</td><td style='text-align: left;'>20250108</td><td style='text-align: left;'>0</td><td style='text-align: left;'>21,24</td><td style='text-align: left;'>0,1,...</td><td style='text-align: left;'>167</td><td style='text-align: left;'>od</td><td style='text-align: left;'>enfo</td><td style='text-align: left;'>cf,pf</td><td style='text-align: left;'>0001</td></tr><tr><th style='text-align: right;'>tp</th><td style='text-align: left;'>surface</td><td style='text-align: left;'>0</td><td style='text-align: left;'>20250108</td><td style='text-align: left;'>0</td><td style='text-align: left;'>21,24</td><td style='text-align: left;'>0,1,...</td><td style='text-align: left;'>228</td><td style='text-align: left;'>od</td><td style='text-align: left;'>enfo</td><td style='text-align: left;'>cf,pf</td><td style='text-align: left;'>0001</td></tr>\n",
                            "                </table>"
                        ],
                        "text/plain": [
                            "<IPython.core.display.HTML object>"
                        ]
                    },
                    "execution_count": 6,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "data.describe()"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "ca561d60",
            "metadata": {},
            "source": [
                "We can use **ls()** function to list all the fields in the file we downloaded."
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 7,
            "id": "4483c24d",
            "metadata": {
                "scrolled": true,
                "tags": []
            },
            "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: center;\">\n",
                            "      <th></th>\n",
                            "      <th>centre</th>\n",
                            "      <th>shortName</th>\n",
                            "      <th>typeOfLevel</th>\n",
                            "      <th>level</th>\n",
                            "      <th>dataDate</th>\n",
                            "      <th>dataTime</th>\n",
                            "      <th>stepRange</th>\n",
                            "      <th>dataType</th>\n",
                            "      <th>number</th>\n",
                            "      <th>gridType</th>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>Message</th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "      <th></th>\n",
                            "    </tr>\n",
                            "  </thead>\n",
                            "  <tbody>\n",
                            "    <tr>\n",
                            "      <th>0</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>14</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>1</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>22</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>2</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>23</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>3</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>31</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>4</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>40</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>5</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>50</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>6</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>41</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>7</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>32</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>8</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>13</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>9</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>5</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>10</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>15</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>11</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>24</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>12</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>33</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>13</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>42</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>14</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>6</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>15</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>50</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>16</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>41</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>17</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>23</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>18</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>14</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>19</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>32</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>20</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>34</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>21</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>7</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>22</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>25</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>23</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>16</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>24</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>43</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>25</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>24</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>26</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>26</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>27</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>17</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>28</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>35</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>29</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>42</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>30</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>6</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>31</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>15</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>32</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>33</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>33</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>8</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>34</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>44</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>35</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>18</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>36</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>9</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>37</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>27</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>38</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>7</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>39</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>45</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>40</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>36</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>41</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>16</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>42</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>43</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>43</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>34</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>44</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>25</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>45</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>44</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>46</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>8</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>47</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>17</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>48</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>26</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>49</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>19</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>50</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>35</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>51</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>1</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>52</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>28</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>53</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>cf</td>\n",
                            "      <td>0</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>54</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>37</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>55</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>46</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>56</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>27</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>57</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>18</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>58</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>45</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>59</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>36</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>60</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>9</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>61</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>1</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>62</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>2</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>63</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>38</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>64</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>37</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>65</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>28</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>66</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>cf</td>\n",
                            "      <td>0</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>67</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>19</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>68</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>29</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>69</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>46</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>70</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>10</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>71</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>47</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>72</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>11</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>73</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>3</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>74</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>48</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>75</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>20</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>76</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>38</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>77</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>29</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>78</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>10</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>79</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>39</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>80</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>47</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>81</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>2</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>82</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>49</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>83</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>4</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>84</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>21</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>85</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>48</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>86</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>30</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>87</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>20</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>88</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>39</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>89</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>12</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>90</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>4</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>91</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>11</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>92</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>21</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>93</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>49</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>94</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>12</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>95</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>3</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>96</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>30</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>97</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>5</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>98</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>13</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>99</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>22</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>100</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>40</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>101</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-21</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>31</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>102</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>14</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>103</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>40</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>104</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>41</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>105</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>23</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>106</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>13</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>107</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>32</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>108</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>50</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>109</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>31</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>110</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>22</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>111</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>5</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>112</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>33</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>113</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>42</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>114</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>15</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>115</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>24</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>116</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>6</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>117</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>7</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>118</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>50</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>119</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>41</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>120</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>25</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>121</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>23</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>122</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>34</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>123</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>16</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>124</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>32</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>125</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>43</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>126</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>14</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>127</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>42</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>128</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>15</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>129</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>35</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>130</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>6</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>131</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>26</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>132</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>44</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>133</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>24</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>134</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>17</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>135</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>8</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>136</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>33</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>137</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>9</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>138</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>45</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>139</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>27</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>140</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>7</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>141</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>25</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>142</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>43</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>143</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>18</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>144</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>34</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>145</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>36</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>146</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>16</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>147</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>44</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>148</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>8</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>149</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>26</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>150</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>35</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>151</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>37</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>152</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>17</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>153</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>19</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>154</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>cf</td>\n",
                            "      <td>0</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>155</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>1</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>156</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>36</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>157</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>46</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>158</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>28</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>159</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>18</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>160</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>9</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>161</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>45</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>162</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>27</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>163</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>47</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>164</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>cf</td>\n",
                            "      <td>0</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>165</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>10</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>166</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>37</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>167</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>1</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>168</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>19</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>169</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>28</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>170</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>38</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>171</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>29</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>172</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>46</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>173</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>2</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>174</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>48</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>175</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>3</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>176</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>20</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>177</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>10</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>178</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>29</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>179</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>11</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>180</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>38</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>181</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>47</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>182</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>2</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>183</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>39</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>184</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>21</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>185</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>4</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>186</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>20</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>187</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>12</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>188</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>30</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>189</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>39</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>190</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>11</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>191</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>49</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>192</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>48</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>193</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>3</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>194</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>4</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>195</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>49</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>196</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>12</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>197</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>21</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>198</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>2t</td>\n",
                            "      <td>heightAboveGround</td>\n",
                            "      <td>2</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>30</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>199</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>22</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>200</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>40</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>201</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>13</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>202</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>31</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "    <tr>\n",
                            "      <th>203</th>\n",
                            "      <td>ecmf</td>\n",
                            "      <td>tp</td>\n",
                            "      <td>surface</td>\n",
                            "      <td>0</td>\n",
                            "      <td>20250108</td>\n",
                            "      <td>0</td>\n",
                            "      <td>0-24</td>\n",
                            "      <td>pf</td>\n",
                            "      <td>5</td>\n",
                            "      <td>regular_ll</td>\n",
                            "    </tr>\n",
                            "  </tbody>\n",
                            "</table>\n",
                            "</div>"
                        ],
                        "text/plain": [
                            "        centre shortName    typeOfLevel      level  dataDate  dataTime  \\\n",
                            "Message                                                                  \n",
                            "0        ecmf      tp               surface    0    20250108      0      \n",
                            "1        ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "2        ecmf      tp               surface    0    20250108      0      \n",
                            "3        ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "4        ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "5        ecmf      tp               surface    0    20250108      0      \n",
                            "6        ecmf      tp               surface    0    20250108      0      \n",
                            "7        ecmf      tp               surface    0    20250108      0      \n",
                            "8        ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "9        ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "10       ecmf      tp               surface    0    20250108      0      \n",
                            "11       ecmf      tp               surface    0    20250108      0      \n",
                            "12       ecmf      tp               surface    0    20250108      0      \n",
                            "13       ecmf      tp               surface    0    20250108      0      \n",
                            "14       ecmf      tp               surface    0    20250108      0      \n",
                            "15       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "16       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "17       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "18       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "19       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "20       ecmf      tp               surface    0    20250108      0      \n",
                            "21       ecmf      tp               surface    0    20250108      0      \n",
                            "22       ecmf      tp               surface    0    20250108      0      \n",
                            "23       ecmf      tp               surface    0    20250108      0      \n",
                            "24       ecmf      tp               surface    0    20250108      0      \n",
                            "25       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "26       ecmf      tp               surface    0    20250108      0      \n",
                            "27       ecmf      tp               surface    0    20250108      0      \n",
                            "28       ecmf      tp               surface    0    20250108      0      \n",
                            "29       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "30       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "31       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "32       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "33       ecmf      tp               surface    0    20250108      0      \n",
                            "34       ecmf      tp               surface    0    20250108      0      \n",
                            "35       ecmf      tp               surface    0    20250108      0      \n",
                            "36       ecmf      tp               surface    0    20250108      0      \n",
                            "37       ecmf      tp               surface    0    20250108      0      \n",
                            "38       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "39       ecmf      tp               surface    0    20250108      0      \n",
                            "40       ecmf      tp               surface    0    20250108      0      \n",
                            "41       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "42       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "43       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "44       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "45       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "46       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "47       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "48       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "49       ecmf      tp               surface    0    20250108      0      \n",
                            "50       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "51       ecmf      tp               surface    0    20250108      0      \n",
                            "52       ecmf      tp               surface    0    20250108      0      \n",
                            "53       ecmf      tp               surface    0    20250108      0      \n",
                            "54       ecmf      tp               surface    0    20250108      0      \n",
                            "55       ecmf      tp               surface    0    20250108      0      \n",
                            "56       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "57       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "58       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "59       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "60       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "61       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "62       ecmf      tp               surface    0    20250108      0      \n",
                            "63       ecmf      tp               surface    0    20250108      0      \n",
                            "64       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "65       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "66       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "67       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "68       ecmf      tp               surface    0    20250108      0      \n",
                            "69       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "70       ecmf      tp               surface    0    20250108      0      \n",
                            "71       ecmf      tp               surface    0    20250108      0      \n",
                            "72       ecmf      tp               surface    0    20250108      0      \n",
                            "73       ecmf      tp               surface    0    20250108      0      \n",
                            "74       ecmf      tp               surface    0    20250108      0      \n",
                            "75       ecmf      tp               surface    0    20250108      0      \n",
                            "76       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "77       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "78       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "79       ecmf      tp               surface    0    20250108      0      \n",
                            "80       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "81       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "82       ecmf      tp               surface    0    20250108      0      \n",
                            "83       ecmf      tp               surface    0    20250108      0      \n",
                            "84       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "85       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "86       ecmf      tp               surface    0    20250108      0      \n",
                            "87       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "88       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "89       ecmf      tp               surface    0    20250108      0      \n",
                            "90       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "91       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "92       ecmf      tp               surface    0    20250108      0      \n",
                            "93       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "94       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "95       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "96       ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "97       ecmf      tp               surface    0    20250108      0      \n",
                            "98       ecmf      tp               surface    0    20250108      0      \n",
                            "99       ecmf      tp               surface    0    20250108      0      \n",
                            "100      ecmf      tp               surface    0    20250108      0      \n",
                            "101      ecmf      tp               surface    0    20250108      0      \n",
                            "102      ecmf      tp               surface    0    20250108      0      \n",
                            "103      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "104      ecmf      tp               surface    0    20250108      0      \n",
                            "105      ecmf      tp               surface    0    20250108      0      \n",
                            "106      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "107      ecmf      tp               surface    0    20250108      0      \n",
                            "108      ecmf      tp               surface    0    20250108      0      \n",
                            "109      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "110      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "111      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "112      ecmf      tp               surface    0    20250108      0      \n",
                            "113      ecmf      tp               surface    0    20250108      0      \n",
                            "114      ecmf      tp               surface    0    20250108      0      \n",
                            "115      ecmf      tp               surface    0    20250108      0      \n",
                            "116      ecmf      tp               surface    0    20250108      0      \n",
                            "117      ecmf      tp               surface    0    20250108      0      \n",
                            "118      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "119      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "120      ecmf      tp               surface    0    20250108      0      \n",
                            "121      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "122      ecmf      tp               surface    0    20250108      0      \n",
                            "123      ecmf      tp               surface    0    20250108      0      \n",
                            "124      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "125      ecmf      tp               surface    0    20250108      0      \n",
                            "126      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "127      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "128      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "129      ecmf      tp               surface    0    20250108      0      \n",
                            "130      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "131      ecmf      tp               surface    0    20250108      0      \n",
                            "132      ecmf      tp               surface    0    20250108      0      \n",
                            "133      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "134      ecmf      tp               surface    0    20250108      0      \n",
                            "135      ecmf      tp               surface    0    20250108      0      \n",
                            "136      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "137      ecmf      tp               surface    0    20250108      0      \n",
                            "138      ecmf      tp               surface    0    20250108      0      \n",
                            "139      ecmf      tp               surface    0    20250108      0      \n",
                            "140      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "141      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "142      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "143      ecmf      tp               surface    0    20250108      0      \n",
                            "144      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "145      ecmf      tp               surface    0    20250108      0      \n",
                            "146      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "147      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "148      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "149      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "150      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "151      ecmf      tp               surface    0    20250108      0      \n",
                            "152      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "153      ecmf      tp               surface    0    20250108      0      \n",
                            "154      ecmf      tp               surface    0    20250108      0      \n",
                            "155      ecmf      tp               surface    0    20250108      0      \n",
                            "156      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "157      ecmf      tp               surface    0    20250108      0      \n",
                            "158      ecmf      tp               surface    0    20250108      0      \n",
                            "159      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "160      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "161      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "162      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "163      ecmf      tp               surface    0    20250108      0      \n",
                            "164      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "165      ecmf      tp               surface    0    20250108      0      \n",
                            "166      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "167      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "168      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "169      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "170      ecmf      tp               surface    0    20250108      0      \n",
                            "171      ecmf      tp               surface    0    20250108      0      \n",
                            "172      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "173      ecmf      tp               surface    0    20250108      0      \n",
                            "174      ecmf      tp               surface    0    20250108      0      \n",
                            "175      ecmf      tp               surface    0    20250108      0      \n",
                            "176      ecmf      tp               surface    0    20250108      0      \n",
                            "177      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "178      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "179      ecmf      tp               surface    0    20250108      0      \n",
                            "180      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "181      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "182      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "183      ecmf      tp               surface    0    20250108      0      \n",
                            "184      ecmf      tp               surface    0    20250108      0      \n",
                            "185      ecmf      tp               surface    0    20250108      0      \n",
                            "186      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "187      ecmf      tp               surface    0    20250108      0      \n",
                            "188      ecmf      tp               surface    0    20250108      0      \n",
                            "189      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "190      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "191      ecmf      tp               surface    0    20250108      0      \n",
                            "192      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "193      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "194      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "195      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "196      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "197      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "198      ecmf      2t     heightAboveGround    2    20250108      0      \n",
                            "199      ecmf      tp               surface    0    20250108      0      \n",
                            "200      ecmf      tp               surface    0    20250108      0      \n",
                            "201      ecmf      tp               surface    0    20250108      0      \n",
                            "202      ecmf      tp               surface    0    20250108      0      \n",
                            "203      ecmf      tp               surface    0    20250108      0      \n",
                            "\n",
                            "        stepRange dataType number   gridType   \n",
                            "Message                                        \n",
                            "0          0-21      pf      14    regular_ll  \n",
                            "1            21      pf      22    regular_ll  \n",
                            "2          0-21      pf      23    regular_ll  \n",
                            "3            21      pf      31    regular_ll  \n",
                            "4            21      pf      40    regular_ll  \n",
                            "5          0-21      pf      50    regular_ll  \n",
                            "6          0-21      pf      41    regular_ll  \n",
                            "7          0-21      pf      32    regular_ll  \n",
                            "8            21      pf      13    regular_ll  \n",
                            "9            21      pf       5    regular_ll  \n",
                            "10         0-21      pf      15    regular_ll  \n",
                            "11         0-21      pf      24    regular_ll  \n",
                            "12         0-21      pf      33    regular_ll  \n",
                            "13         0-21      pf      42    regular_ll  \n",
                            "14         0-21      pf       6    regular_ll  \n",
                            "15           21      pf      50    regular_ll  \n",
                            "16           21      pf      41    regular_ll  \n",
                            "17           21      pf      23    regular_ll  \n",
                            "18           21      pf      14    regular_ll  \n",
                            "19           21      pf      32    regular_ll  \n",
                            "20         0-21      pf      34    regular_ll  \n",
                            "21         0-21      pf       7    regular_ll  \n",
                            "22         0-21      pf      25    regular_ll  \n",
                            "23         0-21      pf      16    regular_ll  \n",
                            "24         0-21      pf      43    regular_ll  \n",
                            "25           21      pf      24    regular_ll  \n",
                            "26         0-21      pf      26    regular_ll  \n",
                            "27         0-21      pf      17    regular_ll  \n",
                            "28         0-21      pf      35    regular_ll  \n",
                            "29           21      pf      42    regular_ll  \n",
                            "30           21      pf       6    regular_ll  \n",
                            "31           21      pf      15    regular_ll  \n",
                            "32           21      pf      33    regular_ll  \n",
                            "33         0-21      pf       8    regular_ll  \n",
                            "34         0-21      pf      44    regular_ll  \n",
                            "35         0-21      pf      18    regular_ll  \n",
                            "36         0-21      pf       9    regular_ll  \n",
                            "37         0-21      pf      27    regular_ll  \n",
                            "38           21      pf       7    regular_ll  \n",
                            "39         0-21      pf      45    regular_ll  \n",
                            "40         0-21      pf      36    regular_ll  \n",
                            "41           21      pf      16    regular_ll  \n",
                            "42           21      pf      43    regular_ll  \n",
                            "43           21      pf      34    regular_ll  \n",
                            "44           21      pf      25    regular_ll  \n",
                            "45           21      pf      44    regular_ll  \n",
                            "46           21      pf       8    regular_ll  \n",
                            "47           21      pf      17    regular_ll  \n",
                            "48           21      pf      26    regular_ll  \n",
                            "49         0-21      pf      19    regular_ll  \n",
                            "50           21      pf      35    regular_ll  \n",
                            "51         0-21      pf       1    regular_ll  \n",
                            "52         0-21      pf      28    regular_ll  \n",
                            "53         0-21      cf       0    regular_ll  \n",
                            "54         0-21      pf      37    regular_ll  \n",
                            "55         0-21      pf      46    regular_ll  \n",
                            "56           21      pf      27    regular_ll  \n",
                            "57           21      pf      18    regular_ll  \n",
                            "58           21      pf      45    regular_ll  \n",
                            "59           21      pf      36    regular_ll  \n",
                            "60           21      pf       9    regular_ll  \n",
                            "61           21      pf       1    regular_ll  \n",
                            "62         0-21      pf       2    regular_ll  \n",
                            "63         0-21      pf      38    regular_ll  \n",
                            "64           21      pf      37    regular_ll  \n",
                            "65           21      pf      28    regular_ll  \n",
                            "66           21      cf       0    regular_ll  \n",
                            "67           21      pf      19    regular_ll  \n",
                            "68         0-21      pf      29    regular_ll  \n",
                            "69           21      pf      46    regular_ll  \n",
                            "70         0-21      pf      10    regular_ll  \n",
                            "71         0-21      pf      47    regular_ll  \n",
                            "72         0-21      pf      11    regular_ll  \n",
                            "73         0-21      pf       3    regular_ll  \n",
                            "74         0-21      pf      48    regular_ll  \n",
                            "75         0-21      pf      20    regular_ll  \n",
                            "76           21      pf      38    regular_ll  \n",
                            "77           21      pf      29    regular_ll  \n",
                            "78           21      pf      10    regular_ll  \n",
                            "79         0-21      pf      39    regular_ll  \n",
                            "80           21      pf      47    regular_ll  \n",
                            "81           21      pf       2    regular_ll  \n",
                            "82         0-21      pf      49    regular_ll  \n",
                            "83         0-21      pf       4    regular_ll  \n",
                            "84           21      pf      21    regular_ll  \n",
                            "85           21      pf      48    regular_ll  \n",
                            "86         0-21      pf      30    regular_ll  \n",
                            "87           21      pf      20    regular_ll  \n",
                            "88           21      pf      39    regular_ll  \n",
                            "89         0-21      pf      12    regular_ll  \n",
                            "90           21      pf       4    regular_ll  \n",
                            "91           21      pf      11    regular_ll  \n",
                            "92         0-21      pf      21    regular_ll  \n",
                            "93           21      pf      49    regular_ll  \n",
                            "94           21      pf      12    regular_ll  \n",
                            "95           21      pf       3    regular_ll  \n",
                            "96           21      pf      30    regular_ll  \n",
                            "97         0-21      pf       5    regular_ll  \n",
                            "98         0-21      pf      13    regular_ll  \n",
                            "99         0-21      pf      22    regular_ll  \n",
                            "100        0-21      pf      40    regular_ll  \n",
                            "101        0-21      pf      31    regular_ll  \n",
                            "102        0-24      pf      14    regular_ll  \n",
                            "103          24      pf      40    regular_ll  \n",
                            "104        0-24      pf      41    regular_ll  \n",
                            "105        0-24      pf      23    regular_ll  \n",
                            "106          24      pf      13    regular_ll  \n",
                            "107        0-24      pf      32    regular_ll  \n",
                            "108        0-24      pf      50    regular_ll  \n",
                            "109          24      pf      31    regular_ll  \n",
                            "110          24      pf      22    regular_ll  \n",
                            "111          24      pf       5    regular_ll  \n",
                            "112        0-24      pf      33    regular_ll  \n",
                            "113        0-24      pf      42    regular_ll  \n",
                            "114        0-24      pf      15    regular_ll  \n",
                            "115        0-24      pf      24    regular_ll  \n",
                            "116        0-24      pf       6    regular_ll  \n",
                            "117        0-24      pf       7    regular_ll  \n",
                            "118          24      pf      50    regular_ll  \n",
                            "119          24      pf      41    regular_ll  \n",
                            "120        0-24      pf      25    regular_ll  \n",
                            "121          24      pf      23    regular_ll  \n",
                            "122        0-24      pf      34    regular_ll  \n",
                            "123        0-24      pf      16    regular_ll  \n",
                            "124          24      pf      32    regular_ll  \n",
                            "125        0-24      pf      43    regular_ll  \n",
                            "126          24      pf      14    regular_ll  \n",
                            "127          24      pf      42    regular_ll  \n",
                            "128          24      pf      15    regular_ll  \n",
                            "129        0-24      pf      35    regular_ll  \n",
                            "130          24      pf       6    regular_ll  \n",
                            "131        0-24      pf      26    regular_ll  \n",
                            "132        0-24      pf      44    regular_ll  \n",
                            "133          24      pf      24    regular_ll  \n",
                            "134        0-24      pf      17    regular_ll  \n",
                            "135        0-24      pf       8    regular_ll  \n",
                            "136          24      pf      33    regular_ll  \n",
                            "137        0-24      pf       9    regular_ll  \n",
                            "138        0-24      pf      45    regular_ll  \n",
                            "139        0-24      pf      27    regular_ll  \n",
                            "140          24      pf       7    regular_ll  \n",
                            "141          24      pf      25    regular_ll  \n",
                            "142          24      pf      43    regular_ll  \n",
                            "143        0-24      pf      18    regular_ll  \n",
                            "144          24      pf      34    regular_ll  \n",
                            "145        0-24      pf      36    regular_ll  \n",
                            "146          24      pf      16    regular_ll  \n",
                            "147          24      pf      44    regular_ll  \n",
                            "148          24      pf       8    regular_ll  \n",
                            "149          24      pf      26    regular_ll  \n",
                            "150          24      pf      35    regular_ll  \n",
                            "151        0-24      pf      37    regular_ll  \n",
                            "152          24      pf      17    regular_ll  \n",
                            "153        0-24      pf      19    regular_ll  \n",
                            "154        0-24      cf       0    regular_ll  \n",
                            "155        0-24      pf       1    regular_ll  \n",
                            "156          24      pf      36    regular_ll  \n",
                            "157        0-24      pf      46    regular_ll  \n",
                            "158        0-24      pf      28    regular_ll  \n",
                            "159          24      pf      18    regular_ll  \n",
                            "160          24      pf       9    regular_ll  \n",
                            "161          24      pf      45    regular_ll  \n",
                            "162          24      pf      27    regular_ll  \n",
                            "163        0-24      pf      47    regular_ll  \n",
                            "164          24      cf       0    regular_ll  \n",
                            "165        0-24      pf      10    regular_ll  \n",
                            "166          24      pf      37    regular_ll  \n",
                            "167          24      pf       1    regular_ll  \n",
                            "168          24      pf      19    regular_ll  \n",
                            "169          24      pf      28    regular_ll  \n",
                            "170        0-24      pf      38    regular_ll  \n",
                            "171        0-24      pf      29    regular_ll  \n",
                            "172          24      pf      46    regular_ll  \n",
                            "173        0-24      pf       2    regular_ll  \n",
                            "174        0-24      pf      48    regular_ll  \n",
                            "175        0-24      pf       3    regular_ll  \n",
                            "176        0-24      pf      20    regular_ll  \n",
                            "177          24      pf      10    regular_ll  \n",
                            "178          24      pf      29    regular_ll  \n",
                            "179        0-24      pf      11    regular_ll  \n",
                            "180          24      pf      38    regular_ll  \n",
                            "181          24      pf      47    regular_ll  \n",
                            "182          24      pf       2    regular_ll  \n",
                            "183        0-24      pf      39    regular_ll  \n",
                            "184        0-24      pf      21    regular_ll  \n",
                            "185        0-24      pf       4    regular_ll  \n",
                            "186          24      pf      20    regular_ll  \n",
                            "187        0-24      pf      12    regular_ll  \n",
                            "188        0-24      pf      30    regular_ll  \n",
                            "189          24      pf      39    regular_ll  \n",
                            "190          24      pf      11    regular_ll  \n",
                            "191        0-24      pf      49    regular_ll  \n",
                            "192          24      pf      48    regular_ll  \n",
                            "193          24      pf       3    regular_ll  \n",
                            "194          24      pf       4    regular_ll  \n",
                            "195          24      pf      49    regular_ll  \n",
                            "196          24      pf      12    regular_ll  \n",
                            "197          24      pf      21    regular_ll  \n",
                            "198          24      pf      30    regular_ll  \n",
                            "199        0-24      pf      22    regular_ll  \n",
                            "200        0-24      pf      40    regular_ll  \n",
                            "201        0-24      pf      13    regular_ll  \n",
                            "202        0-24      pf      31    regular_ll  \n",
                            "203        0-24      pf       5    regular_ll  "
                        ]
                    },
                    "execution_count": 7,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "data.ls()"
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 8,
            "id": "8a5b74fa",
            "metadata": {},
            "outputs": [
                {
                    "data": {
                        "text/html": [
                            "  \n",
                            "                <table>\n",
                            "                <tr><th>parameter</th><th>typeOfLevel</th><th>level</th><th>date</th><th>time</th><th>step</th><th>number</th><th>paramId</th><th>class</th><th>stream</th><th>type</th><th>experimentVersionNumber</th></tr>\n",
                            "                <tr><th style='text-align: right;'>2t</th><td style='text-align: left;'>heightAboveGround</td><td style='text-align: left;'>2</td><td style='text-align: left;'>20250108</td><td style='text-align: left;'>0</td><td style='text-align: left;'>24</td><td style='text-align: left;'>0,1,...</td><td style='text-align: left;'>167</td><td style='text-align: left;'>od</td><td style='text-align: left;'>enfo</td><td style='text-align: left;'>cf,pf</td><td style='text-align: left;'>0001</td></tr>\n",
                            "                </table>"
                        ],
                        "text/plain": [
                            "<IPython.core.display.HTML object>"
                        ]
                    },
                    "execution_count": 8,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "t2m = data.select(shortName='2t',step=24)\n",
                "t2m.describe()"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "681edad9-4fa1-4ad5-8df1-52f48847e427",
            "metadata": {},
            "source": [
                "To calculate the probability of 2m temperature being lower than 0°C and total precipitation being greater than 1 mm (0.001 m), we need to mask where these conditions are filled for each ensemble member.  \n",
                "First we make an empty fieldset object, and then we append each mask field to it.  \n",
                "Finally we can calculate the probability by calculating mean of this fieldset and multiplying by 100.  \n",
                "\n",
                "One aditional step we need to do here is to calculate the total precipitation between steps 21 and 24, because the raw data has the total precipitation accumulated from the start of the forecast."
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 9,
            "id": "5a993cf2",
            "metadata": {},
            "outputs": [],
            "source": [
                "mask = mv.Fieldset()\n",
                "for number in range(51):\n",
                "    t2m_n = t2m.select(number = number,)\n",
                "    tp_24 = data.select(shortName='tp',step=24, number = number)\n",
                "    tp_21 = data.select(shortName='tp',step=21, number = number)\n",
                "    tp_n = tp_24 - tp_21\n",
                "    m = (t2m_n <= 273.15) & (tp_n >= 0.001)\n",
                "    mask.append(m)\n",
                "\n",
                "prob = (mv.mean(mask))*100"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "dafd46d2-6988-4012-b03f-4be9fd163853",
            "metadata": {},
            "source": [
                "## Plotting the data\n",
                "And finally, we can plot the data on the map. "
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 10,
            "id": "14329398",
            "metadata": {},
            "outputs": [
                {
                    "data": {
                        "image/png": 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",
                        "text/plain": [
                            "<IPython.core.display.Image object>"
                        ]
                    },
                    "execution_count": 10,
                    "metadata": {},
                    "output_type": "execute_result"
                }
            ],
            "source": [
                "# define coastlines\n",
                "coast = mv.mcoast(\n",
                "    map_coastline_colour=\"charcoal\",\n",
                "    map_coastline_resolution=\"medium\",\n",
                "    map_coastline_land_shade=\"on\",\n",
                "    map_coastline_land_shade_colour=\"cream\",\n",
                "    map_coastline_sea_shade=\"off\",\n",
                "    map_boundaries=\"on\",\n",
                "    map_boundaries_colour= \"charcoal\",\n",
                "    map_boundaries_thickness = 1,\n",
                "    map_disputed_boundaries = \"off\",\n",
                "    map_grid_colour=\"tan\",\n",
                "    map_label_height=0.35,\n",
                ")\n",
                "\n",
                "# define view\n",
                "view = mv.geoview(\n",
                "    area_mode=\"name\",\n",
                "    area_name=\"europe\",\n",
                "    coastlines=coast\n",
                ")\n",
                "\n",
                "#define styles\n",
                "prob_shade = mv.mcont(legend= \"on\",\n",
                "                contour_automatics_settings = \"style_name\",\n",
                "                contour_style_name = \"sh_blup_f0t100lst\")\n",
                "\n",
                "title = mv.mtext(\n",
                "    text_lines=[\"Combined probabilities: 2m Temperature < 0C and total precipitation > 1 mm\", \n",
                "           \"START TIME: <grib_info key='base-date' format='%a %d %B %Y %H'/> \",\n",
                "           \"VALID TIME: <grib_info key='valid-date' format='%a %d %B %Y %H'/>, STEP: <grib_info key='step' />\"],\n",
                "    text_font_size=0.4,\n",
                "    text_colour         = 'charcoal')\n",
                "\n",
                "ecmwf_text = mv.mtext(    \n",
                "    text_lines          = [\"© European Centre for Medium-Range Weather Forecasts (ECMWF)\",\n",
                "                           \"Source: www.ecmwf.int Licence: CC-BY-4.0 and ECMWF Terms of Use\",\n",
                "                            \"https://apps.ecmwf.int/datasets/licences/general/\"],\n",
                "    text_justification  = 'center',\n",
                "    text_font_size      = 0.3,\n",
                "    text_mode           = \"positional\",\n",
                "    text_box_x_position = 6.,\n",
                "    text_box_y_position = -0.2,\n",
                "    text_box_x_length   = 8,\n",
                "    text_box_y_length   = 2,\n",
                "    text_colour         = 'charcoal')\n",
                "\n",
                "# generate plot\n",
                "mv.setoutput('jupyter', plot_widget=False)\n",
                "mv.plot(view, prob, prob_shade, title, ecmwf_text)"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "0813538b-be17-49c8-a6b0-c70634d6114d",
            "metadata": {
                "editable": true,
                "slideshow": {
                    "slide_type": ""
                },
                "tags": []
            },
            "source": [
                "To generate the png file you can run the following cell."
            ]
        },
        {
            "cell_type": "code",
            "execution_count": 11,
            "id": "961a379f-c8cd-4313-9169-48692f483c39",
            "metadata": {
                "editable": true,
                "slideshow": {
                    "slide_type": ""
                },
                "tags": [
                    "png"
                ]
            },
            "outputs": [],
            "source": [
                "png = mv.png_output(\n",
                "      output_name = \"medium-ens-tp-2t\",   # specify relative or full path\n",
                "      output_title = \"medium-ens-tp-2t\",    # title used by a viewer\n",
                "      output_width = 1000,                 # set width in pixels\n",
                ")\n",
                "mv.setoutput(png)\n",
                "mv.plot(view, prob, prob_shade, title, ecmwf_text)"
            ]
        },
        {
            "cell_type": "markdown",
            "id": "d6c401db-33bd-4a6a-b5b5-c99f7727a083",
            "metadata": {},
            "source": [
                "Note that plot produced using open data dataset will slightly differ from one from Open Charts. This is due to different resolution of the data.  \n",
                "Open data is on 0.25x0.25 resolution, while high resolution data is 0.1x0.1 grid."
            ]
        }
    ],
    "metadata": {
        "author": "Milana Vuckovic",
        "content_type": "Software & code",
        "data_access": "ecmwf-opendata",
        "kernelspec": {
            "display_name": "Python 3 (ipykernel)",
            "language": "python",
            "name": "python3"
        },
        "language_info": {
            "codemirror_mode": {
                "name": "ipython",
                "version": 3
            },
            "file_extension": ".py",
            "mimetype": "text/x-python",
            "name": "python",
            "nbconvert_exporter": "python",
            "pygments_lexer": "ipython3",
            "version": "3.11.9"
        }
    },
    "nbformat": 4,
    "nbformat_minor": 5
}