candlestick patterns.ipynb

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  "metadata": {
    "colab": {
      "provenance": []
    },
    "kernelspec": {
      "name": "python3",
      "display_name": "Python 3"
    }
  },
  "cells": [
    {
      "metadata": {
        "id": "LR8b8mbCrj3Q"
      },
      "cell_type": "markdown",
      "source": [
        "# Install ta-lib python wrapper on Google colab"
      ]
    },
    {
      "metadata": {
        "id": "CAhr6-xosdg_"
      },
      "cell_type": "markdown",
      "source": [
        "Ta-lib python wrapper : https://github.com/mrjbq7/ta-lib\n",
        "\n",
        "Dependencies :\n",
        "> To use TA-Lib for python, you need to have the **TA-Lib already installed**. ...\n",
        "\n",
        "\n"
      ]
    },
    {
      "metadata": {
        "id": "IMVLrgT4ronz",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "2e277cb3-ab70-4f9e-bd0f-5b1498260e3a"
      },
      "cell_type": "code",
      "source": [
        "# download TA-Lib \n",
        "!wget http://prdownloads.sourceforge.net/ta-lib/ta-lib-0.4.0-src.tar.gz "
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "--2023-02-03 12:10:39--  http://prdownloads.sourceforge.net/ta-lib/ta-lib-0.4.0-src.tar.gz\n",
            "Resolving prdownloads.sourceforge.net (prdownloads.sourceforge.net)... 204.68.111.105\n",
            "Connecting to prdownloads.sourceforge.net (prdownloads.sourceforge.net)|204.68.111.105|:80... connected.\n",
            "HTTP request sent, awaiting response... 301 Moved Permanently\n",
            "Location: http://downloads.sourceforge.net/project/ta-lib/ta-lib/0.4.0/ta-lib-0.4.0-src.tar.gz [following]\n",
            "--2023-02-03 12:10:39--  http://downloads.sourceforge.net/project/ta-lib/ta-lib/0.4.0/ta-lib-0.4.0-src.tar.gz\n",
            "Resolving downloads.sourceforge.net (downloads.sourceforge.net)... 204.68.111.105\n",
            "Reusing existing connection to prdownloads.sourceforge.net:80.\n",
            "HTTP request sent, awaiting response... 302 Found\n",
            "Location: http://gigenet.dl.sourceforge.net/project/ta-lib/ta-lib/0.4.0/ta-lib-0.4.0-src.tar.gz [following]\n",
            "--2023-02-03 12:10:40--  http://gigenet.dl.sourceforge.net/project/ta-lib/ta-lib/0.4.0/ta-lib-0.4.0-src.tar.gz\n",
            "Resolving gigenet.dl.sourceforge.net (gigenet.dl.sourceforge.net)... 69.65.16.142\n",
            "Connecting to gigenet.dl.sourceforge.net (gigenet.dl.sourceforge.net)|69.65.16.142|:80... connected.\n",
            "HTTP request sent, awaiting response... 200 OK\n",
            "Length: 1330299 (1.3M) [application/x-gzip]\n",
            "Saving to: ‘ta-lib-0.4.0-src.tar.gz’\n",
            "\n",
            "ta-lib-0.4.0-src.ta 100%[===================>]   1.27M  2.59MB/s    in 0.5s    \n",
            "\n",
            "2023-02-03 12:10:40 (2.59 MB/s) - ‘ta-lib-0.4.0-src.tar.gz’ saved [1330299/1330299]\n",
            "\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "vDSao9xHrq6c",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "e21e1fc0-edb2-45f0-bcc0-856f97b103e3"
      },
      "cell_type": "code",
      "source": [
        "!ls"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "sample_data  ta-lib-0.4.0-src.tar.gz\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "fUcEOqmfrtQj",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "6fd72a03-d9f5-45b3-f145-1565d5ef37d8"
      },
      "cell_type": "code",
      "source": [
        "!tar xvzf ta-lib-0.4.0-src.tar.gz"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "ta-lib/\n",
            "ta-lib/config.sub\n",
            "ta-lib/aclocal.m4\n",
            "ta-lib/CHANGELOG.TXT\n",
            "ta-lib/include/\n",
            "ta-lib/include/ta_abstract.h\n",
            "ta-lib/include/ta_func.h\n",
            "ta-lib/include/ta_common.h\n",
            "ta-lib/include/ta_config.h.in\n",
            "ta-lib/include/Makefile.am\n",
            "ta-lib/include/ta_libc.h\n",
            "ta-lib/include/ta_defs.h\n",
            "ta-lib/missing\n",
            "ta-lib/ta-lib.spec.in\n",
            "ta-lib/config.guess\n",
            "ta-lib/Makefile.in\n",
            "ta-lib/ta-lib.dpkg.in\n",
            "ta-lib/Makefile.am\n",
            "ta-lib/autogen.sh\n",
            "ta-lib/install-sh\n",
            "ta-lib/configure\n",
            "ta-lib/depcomp\n",
            "ta-lib/HISTORY.TXT\n",
            "ta-lib/configure.in\n",
            "ta-lib/autom4te.cache/\n",
            "ta-lib/autom4te.cache/output.0\n",
            "ta-lib/autom4te.cache/requests\n",
            "ta-lib/autom4te.cache/output.1\n",
            "ta-lib/autom4te.cache/traces.0\n",
            "ta-lib/autom4te.cache/traces.1\n",
            "ta-lib/ltmain.sh\n",
            "ta-lib/ta-lib-config.in\n",
            "ta-lib/src/\n",
            "ta-lib/src/ta_func/\n",
            "ta-lib/src/ta_func/ta_MACDFIX.c\n",
            "ta-lib/src/ta_func/ta_CDLPIERCING.c\n",
            "ta-lib/src/ta_func/ta_DIV.c\n",
            "ta-lib/src/ta_func/ta_ROCR100.c\n",
            "ta-lib/src/ta_func/ta_ADXR.c\n",
            "ta-lib/src/ta_func/ta_MAVP.c\n",
            "ta-lib/src/ta_func/ta_CDLCLOSINGMARUBOZU.c\n",
            "ta-lib/src/ta_func/ta_COSH.c\n",
            "ta-lib/src/ta_func/ta_EXP.c\n",
            "ta-lib/src/ta_func/ta_MINMAXINDEX.c\n",
            "ta-lib/src/ta_func/ta_SQRT.c\n",
            "ta-lib/src/ta_func/ta_FLOOR.c\n",
            "ta-lib/src/ta_func/ta_CDLCONCEALBABYSWALL.c\n",
            "ta-lib/src/ta_func/ta_NATR.c\n",
            "ta-lib/src/ta_func/ta_CDLHARAMICROSS.c\n",
            "ta-lib/src/ta_func/ta_MINUS_DM.c\n",
            "ta-lib/src/ta_func/ta_LOG10.c\n",
            "ta-lib/src/ta_func/ta_LINEARREG_ANGLE.c\n",
            "ta-lib/src/ta_func/ta_RSI.c\n",
            "ta-lib/src/ta_func/ta_CDLABANDONEDBABY.c\n",
            "ta-lib/src/ta_func/ta_SAR.c\n",
            "ta-lib/src/ta_func/ta_CDLBREAKAWAY.c\n",
            "ta-lib/src/ta_func/ta_CDLDRAGONFLYDOJI.c\n",
            "ta-lib/src/ta_func/ta_CDLHIGHWAVE.c\n",
            "ta-lib/src/ta_func/ta_CDLKICKING.c\n",
            "ta-lib/src/ta_func/ta_CDLDOJISTAR.c\n",
            "ta-lib/src/ta_func/ta_VAR.c\n",
            "ta-lib/src/ta_func/ta_CDLMATCHINGLOW.c\n",
            "ta-lib/src/ta_func/ta_CDLGAPSIDESIDEWHITE.c\n",
            "ta-lib/src/ta_func/ta_CDLMARUBOZU.c\n",
            "ta-lib/src/ta_func/ta_AROONOSC.c\n",
            "ta-lib/src/ta_func/ta_WCLPRICE.c\n",
            "ta-lib/src/ta_func/ta_CDLEVENINGDOJISTAR.c\n",
            "ta-lib/src/ta_func/ta_CDL3INSIDE.c\n",
            "ta-lib/src/ta_func/ta_OBV.c\n",
            "ta-lib/src/ta_func/ta_AROON.c\n",
            "ta-lib/src/ta_func/ta_CDLBELTHOLD.c\n",
            "ta-lib/src/ta_func/ta_CDLSPINNINGTOP.c\n",
            "ta-lib/src/ta_func/ta_AD.c\n",
            "ta-lib/src/ta_func/ta_MAX.c\n",
            "ta-lib/src/ta_func/ta_CDLENGULFING.c\n",
            "ta-lib/src/ta_func/ta_MINMAX.c\n",
            "ta-lib/src/ta_func/ta_CDLINNECK.c\n",
            "ta-lib/src/ta_func/ta_STDDEV.c\n",
            "ta-lib/src/ta_func/ta_NVI.c\n",
            "ta-lib/src/ta_func/ta_CDLHAMMER.c\n",
            "ta-lib/src/ta_func/ta_ASIN.c\n",
            "ta-lib/src/ta_func/ta_SUM.c\n",
            "ta-lib/src/ta_func/ta_STOCH.c\n",
            "ta-lib/src/ta_func/ta_CDLLONGLEGGEDDOJI.c\n",
            "ta-lib/src/ta_func/ta_MEDPRICE.c\n",
            "ta-lib/src/ta_func/ta_CDL3STARSINSOUTH.c\n",
            "ta-lib/src/ta_func/ta_HT_TRENDMODE.c\n",
            "ta-lib/src/ta_func/ta_BBANDS.c\n",
            "ta-lib/src/ta_func/ta_CDLMORNINGSTAR.c\n",
            "ta-lib/src/ta_func/ta_HT_DCPHASE.c\n",
            "ta-lib/src/ta_func/ta_CDLLONGLINE.c\n",
            "ta-lib/src/ta_func/ta_TAN.c\n",
            "ta-lib/src/ta_func/ta_SMA.c\n",
            "ta-lib/src/ta_func/ta_DX.c\n",
            "ta-lib/src/ta_func/ta_MIDPOINT.c\n",
            "ta-lib/src/ta_func/ta_CDL2CROWS.c\n",
            "ta-lib/src/ta_func/ta_CORREL.c\n",
            "ta-lib/src/ta_func/ta_CDL3BLACKCROWS.c\n",
            "ta-lib/src/ta_func/ta_ADD.c\n",
            "ta-lib/src/ta_func/Makefile.in\n",
            "ta-lib/src/ta_func/ta_CDLTHRUSTING.c\n",
            "ta-lib/src/ta_func/ta_SUB.c\n",
            "ta-lib/src/ta_func/ta_CDLSTALLEDPATTERN.c\n",
            "ta-lib/src/ta_func/ta_CDLTRISTAR.c\n",
            "ta-lib/src/ta_func/ta_MA.c\n",
            "ta-lib/src/ta_func/ta_HT_SINE.c\n",
            "ta-lib/src/ta_func/ta_ACOS.c\n",
            "ta-lib/src/ta_func/ta_CDLSTICKSANDWICH.c\n",
            "ta-lib/src/ta_func/ta_SINH.c\n",
            "ta-lib/src/ta_func/ta_utility.h\n",
            "ta-lib/src/ta_func/ta_CDLSHORTLINE.c\n",
            "ta-lib/src/ta_func/ta_ATAN.c\n",
            "ta-lib/src/ta_func/ta_CDLADVANCEBLOCK.c\n",
            "ta-lib/src/ta_func/ta_CDLKICKINGBYLENGTH.c\n",
            "ta-lib/src/ta_func/ta_CDLSHOOTINGSTAR.c\n",
            "ta-lib/src/ta_func/ta_ROCR.c\n",
            "ta-lib/src/ta_func/ta_WMA.c\n",
            "ta-lib/src/ta_func/ta_CDLDARKCLOUDCOVER.c\n",
            "ta-lib/src/ta_func/ta_CDLXSIDEGAP3METHODS.c\n",
            "ta-lib/src/ta_func/ta_TYPPRICE.c\n",
            "ta-lib/src/ta_func/ta_CDL3WHITESOLDIERS.c\n",
            "ta-lib/src/ta_func/Makefile.am\n",
            "ta-lib/src/ta_func/ta_MACDEXT.c\n",
            "ta-lib/src/ta_func/ta_ADX.c\n",
            "ta-lib/src/ta_func/ta_PLUS_DM.c\n",
            "ta-lib/src/ta_func/ta_CDLUPSIDEGAP2CROWS.c\n",
            "ta-lib/src/ta_func/ta_LN.c\n",
            "ta-lib/src/ta_func/ta_DEMA.c\n",
            "ta-lib/src/ta_func/ta_CDL3OUTSIDE.c\n",
            "ta-lib/src/ta_func/ta_CDLTASUKIGAP.c\n",
            "ta-lib/src/ta_func/ta_MAMA.c\n",
            "ta-lib/src/ta_func/ta_CDLMORNINGDOJISTAR.c\n",
            "ta-lib/src/ta_func/ta_PLUS_DI.c\n",
            "ta-lib/src/ta_func/ta_MININDEX.c\n",
            "ta-lib/src/ta_func/ta_COS.c\n",
            "ta-lib/src/ta_func/ta_HT_TRENDLINE.c\n",
            "ta-lib/src/ta_func/ta_MIDPRICE.c\n",
            "ta-lib/src/ta_func/ta_CEIL.c\n",
            "ta-lib/src/ta_func/ta_TRIMA.c\n",
            "ta-lib/src/ta_func/ta_CDLSEPARATINGLINES.c\n",
            "ta-lib/src/ta_func/ta_ROCP.c\n",
            "ta-lib/src/ta_func/ta_CDLHOMINGPIGEON.c\n",
            "ta-lib/src/ta_func/ta_CDLHANGINGMAN.c\n",
            "ta-lib/src/ta_func/ta_AVGPRICE.c\n",
            "ta-lib/src/ta_func/ta_APO.c\n",
            "ta-lib/src/ta_func/ta_CDLRISEFALL3METHODS.c\n",
            "ta-lib/src/ta_func/ta_TRANGE.c\n",
            "ta-lib/src/ta_func/ta_TSF.c\n",
            "ta-lib/src/ta_func/ta_LINEARREG.c\n",
            "ta-lib/src/ta_func/ta_PVI.c\n",
            "ta-lib/src/ta_func/ta_CDLHIKKAKEMOD.c\n",
            "ta-lib/src/ta_func/ta_MFI.c\n",
            "ta-lib/src/ta_func/ta_CDLHARAMI.c\n",
            "ta-lib/src/ta_func/ta_MACD.c\n",
            "ta-lib/src/ta_func/ta_BETA.c\n",
            "ta-lib/src/ta_func/ta_CDLINVERTEDHAMMER.c\n",
            "ta-lib/src/ta_func/ta_LINEARREG_SLOPE.c\n",
            "ta-lib/src/ta_func/ta_STOCHF.c\n",
            "ta-lib/src/ta_func/ta_MIN.c\n",
            "ta-lib/src/ta_func/ta_CDLIDENTICAL3CROWS.c\n",
            "ta-lib/src/ta_func/ta_CDLRICKSHAWMAN.c\n",
            "ta-lib/src/ta_func/ta_T3.c\n",
            "ta-lib/src/ta_func/ta_CDLMATHOLD.c\n",
            "ta-lib/src/ta_func/ta_CDLUNIQUE3RIVER.c\n",
            "ta-lib/src/ta_func/ta_ADOSC.c\n",
            "ta-lib/src/ta_func/ta_MAXINDEX.c\n",
            "ta-lib/src/ta_func/ta_ULTOSC.c\n",
            "ta-lib/src/ta_func/ta_TRIX.c\n",
            "ta-lib/src/ta_func/ta_MOM.c\n",
            "ta-lib/src/ta_func/ta_CDLDOJI.c\n",
            "ta-lib/src/ta_func/ta_EMA.c\n",
            "ta-lib/src/ta_func/ta_STOCHRSI.c\n",
            "ta-lib/src/ta_func/ta_ROC.c\n",
            "ta-lib/src/ta_func/ta_CDLEVENINGSTAR.c\n",
            "ta-lib/src/ta_func/ta_CDLCOUNTERATTACK.c\n",
            "ta-lib/src/ta_func/ta_LINEARREG_INTERCEPT.c\n",
            "ta-lib/src/ta_func/ta_SAREXT.c\n",
            "ta-lib/src/ta_func/ta_WILLR.c\n",
            "ta-lib/src/ta_func/ta_MULT.c\n",
            "ta-lib/src/ta_func/ta_ATR.c\n",
            "ta-lib/src/ta_func/ta_BOP.c\n",
            "ta-lib/src/ta_func/ta_CMO.c\n",
            "ta-lib/src/ta_func/ta_CDLONNECK.c\n",
            "ta-lib/src/ta_func/ta_CCI.c\n",
            "ta-lib/src/ta_func/ta_CDLLADDERBOTTOM.c\n",
            "ta-lib/src/ta_func/ta_HT_PHASOR.c\n",
            "ta-lib/src/ta_func/ta_utility.c\n",
            "ta-lib/src/ta_func/ta_PPO.c\n",
            "ta-lib/src/ta_func/ta_CDLHIKKAKE.c\n",
            "ta-lib/src/ta_func/ta_HT_DCPERIOD.c\n",
            "ta-lib/src/ta_func/ta_CDL3LINESTRIKE.c\n",
            "ta-lib/src/ta_func/ta_TEMA.c\n",
            "ta-lib/src/ta_func/ta_SIN.c\n",
            "ta-lib/src/ta_func/ta_MINUS_DI.c\n",
            "ta-lib/src/ta_func/ta_KAMA.c\n",
            "ta-lib/src/ta_func/ta_TANH.c\n",
            "ta-lib/src/ta_func/ta_CDLTAKURI.c\n",
            "ta-lib/src/ta_func/ta_CDLGRAVESTONEDOJI.c\n",
            "ta-lib/src/ta_common/\n",
            "ta-lib/src/ta_common/ta_pragma.h\n",
            "ta-lib/src/ta_common/ta_magic_nb.h\n",
            "ta-lib/src/ta_common/ta_retcode.csv\n",
            "ta-lib/src/ta_common/Makefile.in\n",
            "ta-lib/src/ta_common/Makefile.am\n",
            "ta-lib/src/ta_common/ta_memory.h\n",
            "ta-lib/src/ta_common/ta_version.c\n",
            "ta-lib/src/ta_common/ta_global.h\n",
            "ta-lib/src/ta_common/ta_global.c\n",
            "ta-lib/src/ta_common/ta_retcode.c\n",
            "ta-lib/src/Makefile.in\n",
            "ta-lib/src/ta_abstract/\n",
            "ta-lib/src/ta_abstract/frames/\n",
            "ta-lib/src/ta_abstract/frames/ta_frame.c\n",
            "ta-lib/src/ta_abstract/frames/ta_frame.h\n",
            "ta-lib/src/ta_abstract/excel_glue.c\n",
            "ta-lib/src/ta_abstract/ta_frame_priv.h\n",
            "ta-lib/src/ta_abstract/ta_func_api.c\n",
            "ta-lib/src/ta_abstract/Makefile.in\n",
            "ta-lib/src/ta_abstract/ta_def_ui.h\n",
            "ta-lib/src/ta_abstract/Makefile.am\n",
            "ta-lib/src/ta_abstract/ta_abstract.c\n",
            "ta-lib/src/ta_abstract/ta_group_idx.c\n",
            "ta-lib/src/ta_abstract/tables/\n",
            "ta-lib/src/ta_abstract/tables/table_u.c\n",
            "ta-lib/src/ta_abstract/tables/table_x.c\n",
            "ta-lib/src/ta_abstract/tables/table_r.c\n",
            "ta-lib/src/ta_abstract/tables/table_f.c\n",
            "ta-lib/src/ta_abstract/tables/table_j.c\n",
            "ta-lib/src/ta_abstract/tables/table_e.c\n",
            "ta-lib/src/ta_abstract/tables/table_t.c\n",
            "ta-lib/src/ta_abstract/tables/table_n.c\n",
            "ta-lib/src/ta_abstract/tables/table_i.c\n",
            "ta-lib/src/ta_abstract/tables/table_c.c\n",
            "ta-lib/src/ta_abstract/tables/table_l.c\n",
            "ta-lib/src/ta_abstract/tables/table_k.c\n",
            "ta-lib/src/ta_abstract/tables/table_g.c\n",
            "ta-lib/src/ta_abstract/tables/table_d.c\n",
            "ta-lib/src/ta_abstract/tables/table_h.c\n",
            "ta-lib/src/ta_abstract/tables/table_o.c\n",
            "ta-lib/src/ta_abstract/tables/table_b.c\n",
            "ta-lib/src/ta_abstract/tables/table_q.c\n",
            "ta-lib/src/ta_abstract/tables/table_v.c\n",
            "ta-lib/src/ta_abstract/tables/table_m.c\n",
            "ta-lib/src/ta_abstract/tables/table_s.c\n",
            "ta-lib/src/ta_abstract/tables/table_y.c\n",
            "ta-lib/src/ta_abstract/tables/table_p.c\n",
            "ta-lib/src/ta_abstract/tables/table_z.c\n",
            "ta-lib/src/ta_abstract/tables/table_a.c\n",
            "ta-lib/src/ta_abstract/tables/table_w.c\n",
            "ta-lib/src/ta_abstract/ta_def_ui.c\n",
            "ta-lib/src/ta_abstract/templates/\n",
            "ta-lib/src/ta_abstract/templates/ta_x.c.template\n",
            "ta-lib/src/ta_abstract/templates/ta_java_defs.h.template\n",
            "ta-lib/src/ta_abstract/templates/excel_glue.c.template\n",
            "ta-lib/src/ta_abstract/templates/ta_group_idx.c.template\n",
            "ta-lib/src/ta_abstract/templates/ta_frame.c.template\n",
            "ta-lib/src/ta_abstract/templates/CoreAnnotated.java.template\n",
            "ta-lib/src/ta_abstract/templates/ta_func.h.template\n",
            "ta-lib/src/ta_abstract/templates/ta_frame.h.template\n",
            "ta-lib/src/ta_abstract/templates/Makefile.am.template\n",
            "ta-lib/src/ta_abstract/templates/ta_func_api.c.template\n",
            "ta-lib/src/ta_abstract/templates/ta_func.swg.template\n",
            "ta-lib/src/ta_abstract/templates/ta_retcode.c.template\n",
            "ta-lib/src/ta_abstract/ta_java_defs.h\n",
            "ta-lib/src/Makefile.am\n",
            "ta-lib/src/tools/\n",
            "ta-lib/src/tools/ta_regtest/\n",
            "ta-lib/src/tools/ta_regtest/test_util.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func.h\n",
            "ta-lib/src/tools/ta_regtest/test_data.c\n",
            "ta-lib/src/tools/ta_regtest/ta_gDataHigh.c\n",
            "ta-lib/src/tools/ta_regtest/Makefile.in\n",
            "ta-lib/src/tools/ta_regtest/test_internals.c\n",
            "ta-lib/src/tools/ta_regtest/Makefile.am\n",
            "ta-lib/src/tools/ta_regtest/ta_regtest.c\n",
            "ta-lib/src/tools/ta_regtest/ta_gDataOpen.c\n",
            "ta-lib/src/tools/ta_regtest/ta_gDataClose.c\n",
            "ta-lib/src/tools/ta_regtest/test_abstract.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_bbands.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_stddev.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_1in_2out.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_sar.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_1in_1out.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_trange.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_macd.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_po.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_per_hlc.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_mom.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_per_ohlc.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_adx.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_candlestick.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_rsi.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_per_ema.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_minmax.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_per_hlcv.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_per_hl.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_stoch.c\n",
            "ta-lib/src/tools/ta_regtest/ta_test_func/test_ma.c\n",
            "ta-lib/src/tools/ta_regtest/ta_error_number.h\n",
            "ta-lib/src/tools/ta_regtest/ta_test_priv.h\n",
            "ta-lib/src/tools/ta_regtest/ReadMe.txt\n",
            "ta-lib/src/tools/ta_regtest/ta_gDataLow.c\n",
            "ta-lib/src/tools/Makefile.in\n",
            "ta-lib/src/tools/Makefile.am\n",
            "ta-lib/src/tools/gen_code/\n",
            "ta-lib/src/tools/gen_code/java/\n",
            "ta-lib/src/tools/gen_code/java/PrettyCode.java\n",
            "ta-lib/src/tools/gen_code/java/Main.java\n",
            "ta-lib/src/tools/gen_code/gen_code.c\n",
            "ta-lib/src/tools/gen_code/Makefile.in\n",
            "ta-lib/src/tools/gen_code/Makefile.am\n",
            "ta-lib/src/tools/gen_code/mcpp.exe\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "9fwr6AHyr73q",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "3e3d8a90-4f10-4b0d-ba73-8960ed391160"
      },
      "cell_type": "code",
      "source": [
        "!ls"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "sample_data  ta-lib  ta-lib-0.4.0-src.tar.gz\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "_ZA2-2fDr_6q"
      },
      "cell_type": "code",
      "source": [
        "import os"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "metadata": {
        "id": "GrmT5yvCsBRU"
      },
      "cell_type": "code",
      "source": [
        "os.chdir('ta-lib') # Can't use !cd in co-lab"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "metadata": {
        "id": "_4KxAWcusCkI",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "c9e5eef5-f2bc-4164-ab6c-b2b59aa35f50"
      },
      "cell_type": "code",
      "source": [
        "!./configure --prefix=/usr"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "checking for a BSD-compatible install... /usr/bin/install -c\n",
            "checking whether build environment is sane... yes\n",
            "checking for a thread-safe mkdir -p... /usr/bin/mkdir -p\n",
            "checking for gawk... no\n",
            "checking for mawk... mawk\n",
            "checking whether make sets $(MAKE)... yes\n",
            "checking for gcc... gcc\n",
            "checking for C compiler default output file name... a.out\n",
            "checking whether the C compiler works... yes\n",
            "checking whether we are cross compiling... no\n",
            "checking for suffix of executables... \n",
            "checking for suffix of object files... o\n",
            "checking whether we are using the GNU C compiler... yes\n",
            "checking whether gcc accepts -g... yes\n",
            "checking for gcc option to accept ISO C89... none needed\n",
            "checking for style of include used by make... GNU\n",
            "checking dependency style of gcc... gcc3\n",
            "checking build system type... x86_64-unknown-linux-gnu\n",
            "checking host system type... x86_64-unknown-linux-gnu\n",
            "checking for a sed that does not truncate output... /usr/bin/sed\n",
            "checking for grep that handles long lines and -e... /usr/bin/grep\n",
            "checking for egrep... /usr/bin/grep -E\n",
            "checking for ld used by gcc... /usr/bin/ld\n",
            "checking if the linker (/usr/bin/ld) is GNU ld... yes\n",
            "checking for /usr/bin/ld option to reload object files... -r\n",
            "checking for BSD-compatible nm... /usr/bin/nm -B\n",
            "checking whether ln -s works... yes\n",
            "checking how to recognise dependent libraries... pass_all\n",
            "./configure: line 4349: /usr/bin/file: No such file or directory\n",
            "checking how to run the C preprocessor... gcc -E\n",
            "checking for ANSI C header files... yes\n",
            "checking for sys/types.h... yes\n",
            "checking for sys/stat.h... yes\n",
            "checking for stdlib.h... yes\n",
            "checking for string.h... yes\n",
            "checking for memory.h... yes\n",
            "checking for strings.h... yes\n",
            "checking for inttypes.h... yes\n",
            "checking for stdint.h... yes\n",
            "checking for unistd.h... yes\n",
            "checking dlfcn.h usability... yes\n",
            "checking dlfcn.h presence... yes\n",
            "checking for dlfcn.h... yes\n",
            "checking for g++... g++\n",
            "checking whether we are using the GNU C++ compiler... yes\n",
            "checking whether g++ accepts -g... yes\n",
            "checking dependency style of g++... gcc3\n",
            "checking how to run the C++ preprocessor... g++ -E\n",
            "checking for g77... no\n",
            "checking for xlf... no\n",
            "checking for f77... f77\n",
            "checking whether we are using the GNU Fortran 77 compiler... yes\n",
            "checking whether f77 accepts -g... yes\n",
            "checking the maximum length of command line arguments... 32768\n",
            "checking command to parse /usr/bin/nm -B output from gcc object... ok\n",
            "checking for objdir... .libs\n",
            "checking for ar... ar\n",
            "checking for ranlib... ranlib\n",
            "checking for strip... strip\n",
            "checking if gcc supports -fno-rtti -fno-exceptions... no\n",
            "checking for gcc option to produce PIC... -fPIC\n",
            "checking if gcc PIC flag -fPIC works... yes\n",
            "checking if gcc static flag -static works... yes\n",
            "checking if gcc supports -c -o file.o... yes\n",
            "checking whether the gcc linker (/usr/bin/ld) supports shared libraries... yes\n",
            "checking whether -lc should be explicitly linked in... no\n",
            "checking dynamic linker characteristics... GNU/Linux ld.so\n",
            "checking how to hardcode library paths into programs... immediate\n",
            "checking whether stripping libraries is possible... yes\n",
            "checking if libtool supports shared libraries... yes\n",
            "checking whether to build shared libraries... yes\n",
            "checking whether to build static libraries... yes\n",
            "configure: creating libtool\n",
            "appending configuration tag \"CXX\" to libtool\n",
            "checking for ld used by g++... /usr/bin/ld\n",
            "checking if the linker (/usr/bin/ld) is GNU ld... yes\n",
            "checking whether the g++ linker (/usr/bin/ld) supports shared libraries... yes\n",
            "checking for g++ option to produce PIC... -fPIC\n",
            "checking if g++ PIC flag -fPIC works... yes\n",
            "checking if g++ static flag -static works... yes\n",
            "checking if g++ supports -c -o file.o... yes\n",
            "checking whether the g++ linker (/usr/bin/ld) supports shared libraries... yes\n",
            "checking dynamic linker characteristics... GNU/Linux ld.so\n",
            "checking how to hardcode library paths into programs... immediate\n",
            "appending configuration tag \"F77\" to libtool\n",
            "checking if libtool supports shared libraries... yes\n",
            "checking whether to build shared libraries... yes\n",
            "checking whether to build static libraries... yes\n",
            "checking for f77 option to produce PIC... -fPIC\n",
            "checking if f77 PIC flag -fPIC works... yes\n",
            "checking if f77 static flag -static works... yes\n",
            "checking if f77 supports -c -o file.o... yes\n",
            "checking whether the f77 linker (/usr/bin/ld) supports shared libraries... yes\n",
            "checking dynamic linker characteristics... GNU/Linux ld.so\n",
            "checking how to hardcode library paths into programs... immediate\n",
            "checking for dlopen in -ldl... yes\n",
            "checking for pthread_create in -lpthread... yes\n",
            "checking for ANSI C header files... (cached) yes\n",
            "checking float.h usability... yes\n",
            "checking float.h presence... yes\n",
            "checking for float.h... yes\n",
            "checking for inttypes.h... (cached) yes\n",
            "checking limits.h usability... yes\n",
            "checking limits.h presence... yes\n",
            "checking for limits.h... yes\n",
            "checking locale.h usability... yes\n",
            "checking locale.h presence... yes\n",
            "checking for locale.h... yes\n",
            "checking stddef.h usability... yes\n",
            "checking stddef.h presence... yes\n",
            "checking for stddef.h... yes\n",
            "checking for stdint.h... (cached) yes\n",
            "checking for stdlib.h... (cached) yes\n",
            "checking for string.h... (cached) yes\n",
            "checking for unistd.h... (cached) yes\n",
            "checking wchar.h usability... yes\n",
            "checking wchar.h presence... yes\n",
            "checking for wchar.h... yes\n",
            "checking wctype.h usability... yes\n",
            "checking wctype.h presence... yes\n",
            "checking for wctype.h... yes\n",
            "checking for an ANSI C-conforming const... yes\n",
            "checking for size_t... yes\n",
            "checking whether struct tm is in sys/time.h or time.h... time.h\n",
            "checking for working volatile... yes\n",
            "checking for ptrdiff_t... yes\n",
            "checking return type of signal handlers... void\n",
            "checking for working strcoll... yes\n",
            "checking for strftime... yes\n",
            "checking for working strtod... yes\n",
            "checking for vprintf... yes\n",
            "checking for _doprnt... no\n",
            "checking for floor... no\n",
            "checking for isascii... yes\n",
            "checking for localeconv... yes\n",
            "checking for mblen... yes\n",
            "checking for memmove... yes\n",
            "checking for memset... yes\n",
            "checking for modf... yes\n",
            "checking for pow... no\n",
            "checking for sqrt... no\n",
            "checking for strcasecmp... yes\n",
            "checking for strchr... yes\n",
            "checking for strerror... yes\n",
            "checking for strncasecmp... yes\n",
            "checking for strrchr... yes\n",
            "checking for strstr... yes\n",
            "checking for strtol... yes\n",
            "checking for strtoul... yes\n",
            "configure: creating ./config.status\n",
            "config.status: creating Makefile\n",
            "config.status: creating src/Makefile\n",
            "config.status: creating src/ta_abstract/Makefile\n",
            "config.status: creating src/ta_common/Makefile\n",
            "config.status: creating src/ta_func/Makefile\n",
            "config.status: creating src/tools/Makefile\n",
            "config.status: creating src/tools/gen_code/Makefile\n",
            "config.status: creating src/tools/ta_regtest/Makefile\n",
            "config.status: creating ta-lib-config\n",
            "config.status: creating ta-lib.spec\n",
            "config.status: creating ta-lib.dpkg\n",
            "config.status: creating include/ta_config.h\n",
            "config.status: executing depfiles commands\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "nW8zdllCsEhC",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "d78111c4-0acd-484b-fe4b-97426fe05b85"
      },
      "cell_type": "code",
      "source": [
        "!make"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Making all in src\n",
            "make[1]: Entering directory '/content/ta-lib/src'\n",
            "Making all in ta_abstract\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_abstract'\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_la-ta_group_idx.Tpo -c -o libta_abstract_la-ta_group_idx.lo `test -f 'ta_group_idx.c' || echo './'`ta_group_idx.c\n",
            "mkdir .libs\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_la-ta_group_idx.Tpo -c ta_group_idx.c  -fPIC -DPIC -o .libs/libta_abstract_la-ta_group_idx.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_la-ta_group_idx.Tpo -c ta_group_idx.c -o libta_abstract_la-ta_group_idx.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-ta_group_idx.Tpo .deps/libta_abstract_la-ta_group_idx.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_la-ta_def_ui.Tpo -c -o libta_abstract_la-ta_def_ui.lo `test -f 'ta_def_ui.c' || echo './'`ta_def_ui.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_la-ta_def_ui.Tpo -c ta_def_ui.c  -fPIC -DPIC -o .libs/libta_abstract_la-ta_def_ui.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_la-ta_def_ui.Tpo -c ta_def_ui.c -o libta_abstract_la-ta_def_ui.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-ta_def_ui.Tpo .deps/libta_abstract_la-ta_def_ui.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_la-ta_abstract.Tpo -c -o libta_abstract_la-ta_abstract.lo `test -f 'ta_abstract.c' || echo './'`ta_abstract.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_la-ta_abstract.Tpo -c ta_abstract.c  -fPIC -DPIC -o .libs/libta_abstract_la-ta_abstract.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_la-ta_abstract.Tpo -c ta_abstract.c -o libta_abstract_la-ta_abstract.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-ta_abstract.Tpo .deps/libta_abstract_la-ta_abstract.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_la-ta_func_api.Tpo -c -o libta_abstract_la-ta_func_api.lo `test -f 'ta_func_api.c' || echo './'`ta_func_api.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_la-ta_func_api.Tpo -c ta_func_api.c  -fPIC -DPIC -o .libs/libta_abstract_la-ta_func_api.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_la-ta_func_api.Tpo -c ta_func_api.c -o libta_abstract_la-ta_func_api.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-ta_func_api.Tpo .deps/libta_abstract_la-ta_func_api.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_la-ta_frame.Tpo -c -o libta_abstract_la-ta_frame.lo `test -f 'frames/ta_frame.c' || echo './'`frames/ta_frame.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_la-ta_frame.Tpo -c frames/ta_frame.c  -fPIC -DPIC -o .libs/libta_abstract_la-ta_frame.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_la-ta_frame.Tpo -c frames/ta_frame.c -o libta_abstract_la-ta_frame.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-ta_frame.Tpo .deps/libta_abstract_la-ta_frame.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_a.lo -MD -MP -MF .deps/libta_abstract_la-table_a.Tpo -c -o libta_abstract_la-table_a.lo `test -f 'tables/table_a.c' || echo './'`tables/table_a.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_a.lo -MD -MP -MF .deps/libta_abstract_la-table_a.Tpo -c tables/table_a.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_a.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_a.lo -MD -MP -MF .deps/libta_abstract_la-table_a.Tpo -c tables/table_a.c -o libta_abstract_la-table_a.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_a.Tpo .deps/libta_abstract_la-table_a.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_b.lo -MD -MP -MF .deps/libta_abstract_la-table_b.Tpo -c -o libta_abstract_la-table_b.lo `test -f 'tables/table_b.c' || echo './'`tables/table_b.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_b.lo -MD -MP -MF .deps/libta_abstract_la-table_b.Tpo -c tables/table_b.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_b.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_b.lo -MD -MP -MF .deps/libta_abstract_la-table_b.Tpo -c tables/table_b.c -o libta_abstract_la-table_b.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_b.Tpo .deps/libta_abstract_la-table_b.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_c.lo -MD -MP -MF .deps/libta_abstract_la-table_c.Tpo -c -o libta_abstract_la-table_c.lo `test -f 'tables/table_c.c' || echo './'`tables/table_c.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_c.lo -MD -MP -MF .deps/libta_abstract_la-table_c.Tpo -c tables/table_c.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_c.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_c.lo -MD -MP -MF .deps/libta_abstract_la-table_c.Tpo -c tables/table_c.c -o libta_abstract_la-table_c.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_c.Tpo .deps/libta_abstract_la-table_c.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_d.lo -MD -MP -MF .deps/libta_abstract_la-table_d.Tpo -c -o libta_abstract_la-table_d.lo `test -f 'tables/table_d.c' || echo './'`tables/table_d.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_d.lo -MD -MP -MF .deps/libta_abstract_la-table_d.Tpo -c tables/table_d.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_d.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_d.lo -MD -MP -MF .deps/libta_abstract_la-table_d.Tpo -c tables/table_d.c -o libta_abstract_la-table_d.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_d.Tpo .deps/libta_abstract_la-table_d.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_e.lo -MD -MP -MF .deps/libta_abstract_la-table_e.Tpo -c -o libta_abstract_la-table_e.lo `test -f 'tables/table_e.c' || echo './'`tables/table_e.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_e.lo -MD -MP -MF .deps/libta_abstract_la-table_e.Tpo -c tables/table_e.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_e.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_e.lo -MD -MP -MF .deps/libta_abstract_la-table_e.Tpo -c tables/table_e.c -o libta_abstract_la-table_e.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_e.Tpo .deps/libta_abstract_la-table_e.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_f.lo -MD -MP -MF .deps/libta_abstract_la-table_f.Tpo -c -o libta_abstract_la-table_f.lo `test -f 'tables/table_f.c' || echo './'`tables/table_f.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_f.lo -MD -MP -MF .deps/libta_abstract_la-table_f.Tpo -c tables/table_f.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_f.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_f.lo -MD -MP -MF .deps/libta_abstract_la-table_f.Tpo -c tables/table_f.c -o libta_abstract_la-table_f.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_f.Tpo .deps/libta_abstract_la-table_f.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_g.lo -MD -MP -MF .deps/libta_abstract_la-table_g.Tpo -c -o libta_abstract_la-table_g.lo `test -f 'tables/table_g.c' || echo './'`tables/table_g.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_g.lo -MD -MP -MF .deps/libta_abstract_la-table_g.Tpo -c tables/table_g.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_g.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_g.lo -MD -MP -MF .deps/libta_abstract_la-table_g.Tpo -c tables/table_g.c -o libta_abstract_la-table_g.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_g.Tpo .deps/libta_abstract_la-table_g.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_h.lo -MD -MP -MF .deps/libta_abstract_la-table_h.Tpo -c -o libta_abstract_la-table_h.lo `test -f 'tables/table_h.c' || echo './'`tables/table_h.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_h.lo -MD -MP -MF .deps/libta_abstract_la-table_h.Tpo -c tables/table_h.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_h.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_h.lo -MD -MP -MF .deps/libta_abstract_la-table_h.Tpo -c tables/table_h.c -o libta_abstract_la-table_h.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_h.Tpo .deps/libta_abstract_la-table_h.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_i.lo -MD -MP -MF .deps/libta_abstract_la-table_i.Tpo -c -o libta_abstract_la-table_i.lo `test -f 'tables/table_i.c' || echo './'`tables/table_i.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_i.lo -MD -MP -MF .deps/libta_abstract_la-table_i.Tpo -c tables/table_i.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_i.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_i.lo -MD -MP -MF .deps/libta_abstract_la-table_i.Tpo -c tables/table_i.c -o libta_abstract_la-table_i.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_i.Tpo .deps/libta_abstract_la-table_i.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_j.lo -MD -MP -MF .deps/libta_abstract_la-table_j.Tpo -c -o libta_abstract_la-table_j.lo `test -f 'tables/table_j.c' || echo './'`tables/table_j.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_j.lo -MD -MP -MF .deps/libta_abstract_la-table_j.Tpo -c tables/table_j.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_j.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_j.lo -MD -MP -MF .deps/libta_abstract_la-table_j.Tpo -c tables/table_j.c -o libta_abstract_la-table_j.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_j.Tpo .deps/libta_abstract_la-table_j.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_k.lo -MD -MP -MF .deps/libta_abstract_la-table_k.Tpo -c -o libta_abstract_la-table_k.lo `test -f 'tables/table_k.c' || echo './'`tables/table_k.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_k.lo -MD -MP -MF .deps/libta_abstract_la-table_k.Tpo -c tables/table_k.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_k.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_k.lo -MD -MP -MF .deps/libta_abstract_la-table_k.Tpo -c tables/table_k.c -o libta_abstract_la-table_k.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_k.Tpo .deps/libta_abstract_la-table_k.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_l.lo -MD -MP -MF .deps/libta_abstract_la-table_l.Tpo -c -o libta_abstract_la-table_l.lo `test -f 'tables/table_l.c' || echo './'`tables/table_l.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_l.lo -MD -MP -MF .deps/libta_abstract_la-table_l.Tpo -c tables/table_l.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_l.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_l.lo -MD -MP -MF .deps/libta_abstract_la-table_l.Tpo -c tables/table_l.c -o libta_abstract_la-table_l.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_l.Tpo .deps/libta_abstract_la-table_l.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_m.lo -MD -MP -MF .deps/libta_abstract_la-table_m.Tpo -c -o libta_abstract_la-table_m.lo `test -f 'tables/table_m.c' || echo './'`tables/table_m.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_m.lo -MD -MP -MF .deps/libta_abstract_la-table_m.Tpo -c tables/table_m.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_m.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_m.lo -MD -MP -MF .deps/libta_abstract_la-table_m.Tpo -c tables/table_m.c -o libta_abstract_la-table_m.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_m.Tpo .deps/libta_abstract_la-table_m.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_n.lo -MD -MP -MF .deps/libta_abstract_la-table_n.Tpo -c -o libta_abstract_la-table_n.lo `test -f 'tables/table_n.c' || echo './'`tables/table_n.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_n.lo -MD -MP -MF .deps/libta_abstract_la-table_n.Tpo -c tables/table_n.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_n.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_n.lo -MD -MP -MF .deps/libta_abstract_la-table_n.Tpo -c tables/table_n.c -o libta_abstract_la-table_n.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_n.Tpo .deps/libta_abstract_la-table_n.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_o.lo -MD -MP -MF .deps/libta_abstract_la-table_o.Tpo -c -o libta_abstract_la-table_o.lo `test -f 'tables/table_o.c' || echo './'`tables/table_o.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_o.lo -MD -MP -MF .deps/libta_abstract_la-table_o.Tpo -c tables/table_o.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_o.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_o.lo -MD -MP -MF .deps/libta_abstract_la-table_o.Tpo -c tables/table_o.c -o libta_abstract_la-table_o.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_o.Tpo .deps/libta_abstract_la-table_o.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_p.lo -MD -MP -MF .deps/libta_abstract_la-table_p.Tpo -c -o libta_abstract_la-table_p.lo `test -f 'tables/table_p.c' || echo './'`tables/table_p.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_p.lo -MD -MP -MF .deps/libta_abstract_la-table_p.Tpo -c tables/table_p.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_p.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_p.lo -MD -MP -MF .deps/libta_abstract_la-table_p.Tpo -c tables/table_p.c -o libta_abstract_la-table_p.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_p.Tpo .deps/libta_abstract_la-table_p.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_q.lo -MD -MP -MF .deps/libta_abstract_la-table_q.Tpo -c -o libta_abstract_la-table_q.lo `test -f 'tables/table_q.c' || echo './'`tables/table_q.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_q.lo -MD -MP -MF .deps/libta_abstract_la-table_q.Tpo -c tables/table_q.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_q.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_q.lo -MD -MP -MF .deps/libta_abstract_la-table_q.Tpo -c tables/table_q.c -o libta_abstract_la-table_q.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_q.Tpo .deps/libta_abstract_la-table_q.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_r.lo -MD -MP -MF .deps/libta_abstract_la-table_r.Tpo -c -o libta_abstract_la-table_r.lo `test -f 'tables/table_r.c' || echo './'`tables/table_r.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_r.lo -MD -MP -MF .deps/libta_abstract_la-table_r.Tpo -c tables/table_r.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_r.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_r.lo -MD -MP -MF .deps/libta_abstract_la-table_r.Tpo -c tables/table_r.c -o libta_abstract_la-table_r.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_r.Tpo .deps/libta_abstract_la-table_r.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_s.lo -MD -MP -MF .deps/libta_abstract_la-table_s.Tpo -c -o libta_abstract_la-table_s.lo `test -f 'tables/table_s.c' || echo './'`tables/table_s.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_s.lo -MD -MP -MF .deps/libta_abstract_la-table_s.Tpo -c tables/table_s.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_s.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_s.lo -MD -MP -MF .deps/libta_abstract_la-table_s.Tpo -c tables/table_s.c -o libta_abstract_la-table_s.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_s.Tpo .deps/libta_abstract_la-table_s.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_t.lo -MD -MP -MF .deps/libta_abstract_la-table_t.Tpo -c -o libta_abstract_la-table_t.lo `test -f 'tables/table_t.c' || echo './'`tables/table_t.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_t.lo -MD -MP -MF .deps/libta_abstract_la-table_t.Tpo -c tables/table_t.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_t.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_t.lo -MD -MP -MF .deps/libta_abstract_la-table_t.Tpo -c tables/table_t.c -o libta_abstract_la-table_t.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_t.Tpo .deps/libta_abstract_la-table_t.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_u.lo -MD -MP -MF .deps/libta_abstract_la-table_u.Tpo -c -o libta_abstract_la-table_u.lo `test -f 'tables/table_u.c' || echo './'`tables/table_u.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_u.lo -MD -MP -MF .deps/libta_abstract_la-table_u.Tpo -c tables/table_u.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_u.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_u.lo -MD -MP -MF .deps/libta_abstract_la-table_u.Tpo -c tables/table_u.c -o libta_abstract_la-table_u.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_u.Tpo .deps/libta_abstract_la-table_u.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_v.lo -MD -MP -MF .deps/libta_abstract_la-table_v.Tpo -c -o libta_abstract_la-table_v.lo `test -f 'tables/table_v.c' || echo './'`tables/table_v.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_v.lo -MD -MP -MF .deps/libta_abstract_la-table_v.Tpo -c tables/table_v.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_v.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_v.lo -MD -MP -MF .deps/libta_abstract_la-table_v.Tpo -c tables/table_v.c -o libta_abstract_la-table_v.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_v.Tpo .deps/libta_abstract_la-table_v.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_w.lo -MD -MP -MF .deps/libta_abstract_la-table_w.Tpo -c -o libta_abstract_la-table_w.lo `test -f 'tables/table_w.c' || echo './'`tables/table_w.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_w.lo -MD -MP -MF .deps/libta_abstract_la-table_w.Tpo -c tables/table_w.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_w.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_w.lo -MD -MP -MF .deps/libta_abstract_la-table_w.Tpo -c tables/table_w.c -o libta_abstract_la-table_w.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_w.Tpo .deps/libta_abstract_la-table_w.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_x.lo -MD -MP -MF .deps/libta_abstract_la-table_x.Tpo -c -o libta_abstract_la-table_x.lo `test -f 'tables/table_x.c' || echo './'`tables/table_x.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_x.lo -MD -MP -MF .deps/libta_abstract_la-table_x.Tpo -c tables/table_x.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_x.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_x.lo -MD -MP -MF .deps/libta_abstract_la-table_x.Tpo -c tables/table_x.c -o libta_abstract_la-table_x.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_x.Tpo .deps/libta_abstract_la-table_x.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_y.lo -MD -MP -MF .deps/libta_abstract_la-table_y.Tpo -c -o libta_abstract_la-table_y.lo `test -f 'tables/table_y.c' || echo './'`tables/table_y.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_y.lo -MD -MP -MF .deps/libta_abstract_la-table_y.Tpo -c tables/table_y.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_y.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_y.lo -MD -MP -MF .deps/libta_abstract_la-table_y.Tpo -c tables/table_y.c -o libta_abstract_la-table_y.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_y.Tpo .deps/libta_abstract_la-table_y.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_la-table_z.lo -MD -MP -MF .deps/libta_abstract_la-table_z.Tpo -c -o libta_abstract_la-table_z.lo `test -f 'tables/table_z.c' || echo './'`tables/table_z.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_z.lo -MD -MP -MF .deps/libta_abstract_la-table_z.Tpo -c tables/table_z.c  -fPIC -DPIC -o .libs/libta_abstract_la-table_z.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_la-table_z.lo -MD -MP -MF .deps/libta_abstract_la-table_z.Tpo -c tables/table_z.c -o libta_abstract_la-table_z.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_la-table_z.Tpo .deps/libta_abstract_la-table_z.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=link gcc  -g -O2 -version-info 0:0:0  -o libta_abstract.la  libta_abstract_la-ta_group_idx.lo libta_abstract_la-ta_def_ui.lo libta_abstract_la-ta_abstract.lo libta_abstract_la-ta_func_api.lo libta_abstract_la-ta_frame.lo libta_abstract_la-table_a.lo libta_abstract_la-table_b.lo libta_abstract_la-table_c.lo libta_abstract_la-table_d.lo libta_abstract_la-table_e.lo libta_abstract_la-table_f.lo libta_abstract_la-table_g.lo libta_abstract_la-table_h.lo libta_abstract_la-table_i.lo libta_abstract_la-table_j.lo libta_abstract_la-table_k.lo libta_abstract_la-table_l.lo libta_abstract_la-table_m.lo libta_abstract_la-table_n.lo libta_abstract_la-table_o.lo libta_abstract_la-table_p.lo libta_abstract_la-table_q.lo libta_abstract_la-table_r.lo libta_abstract_la-table_s.lo libta_abstract_la-table_t.lo libta_abstract_la-table_u.lo libta_abstract_la-table_v.lo libta_abstract_la-table_w.lo libta_abstract_la-table_x.lo libta_abstract_la-table_y.lo libta_abstract_la-table_z.lo  -lpthread -ldl \n",
            "libtool: link: warning: `-version-info/-version-number' is ignored for convenience libraries\n",
            "ar cru .libs/libta_abstract.a .libs/libta_abstract_la-ta_group_idx.o .libs/libta_abstract_la-ta_def_ui.o .libs/libta_abstract_la-ta_abstract.o .libs/libta_abstract_la-ta_func_api.o .libs/libta_abstract_la-ta_frame.o .libs/libta_abstract_la-table_a.o .libs/libta_abstract_la-table_b.o .libs/libta_abstract_la-table_c.o .libs/libta_abstract_la-table_d.o .libs/libta_abstract_la-table_e.o .libs/libta_abstract_la-table_f.o .libs/libta_abstract_la-table_g.o .libs/libta_abstract_la-table_h.o .libs/libta_abstract_la-table_i.o .libs/libta_abstract_la-table_j.o .libs/libta_abstract_la-table_k.o .libs/libta_abstract_la-table_l.o .libs/libta_abstract_la-table_m.o .libs/libta_abstract_la-table_n.o .libs/libta_abstract_la-table_o.o .libs/libta_abstract_la-table_p.o .libs/libta_abstract_la-table_q.o .libs/libta_abstract_la-table_r.o .libs/libta_abstract_la-table_s.o .libs/libta_abstract_la-table_t.o .libs/libta_abstract_la-table_u.o .libs/libta_abstract_la-table_v.o .libs/libta_abstract_la-table_w.o .libs/libta_abstract_la-table_x.o .libs/libta_abstract_la-table_y.o .libs/libta_abstract_la-table_z.o\n",
            "ar: `u' modifier ignored since `D' is the default (see `U')\n",
            "ranlib .libs/libta_abstract.a\n",
            "creating libta_abstract.la\n",
            "(cd .libs && rm -f libta_abstract.la && ln -s ../libta_abstract.la libta_abstract.la)\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_group_idx.Tpo -c -o libta_abstract_gc_la-ta_group_idx.lo `test -f 'ta_group_idx.c' || echo './'`ta_group_idx.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_group_idx.Tpo -c ta_group_idx.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-ta_group_idx.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_group_idx.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_group_idx.Tpo -c ta_group_idx.c -o libta_abstract_gc_la-ta_group_idx.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-ta_group_idx.Tpo .deps/libta_abstract_gc_la-ta_group_idx.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_def_ui.Tpo -c -o libta_abstract_gc_la-ta_def_ui.lo `test -f 'ta_def_ui.c' || echo './'`ta_def_ui.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_def_ui.Tpo -c ta_def_ui.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-ta_def_ui.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_def_ui.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_def_ui.Tpo -c ta_def_ui.c -o libta_abstract_gc_la-ta_def_ui.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-ta_def_ui.Tpo .deps/libta_abstract_gc_la-ta_def_ui.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_abstract.Tpo -c -o libta_abstract_gc_la-ta_abstract.lo `test -f 'ta_abstract.c' || echo './'`ta_abstract.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_abstract.Tpo -c ta_abstract.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-ta_abstract.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_abstract.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_abstract.Tpo -c ta_abstract.c -o libta_abstract_gc_la-ta_abstract.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-ta_abstract.Tpo .deps/libta_abstract_gc_la-ta_abstract.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_func_api.Tpo -c -o libta_abstract_gc_la-ta_func_api.lo `test -f 'ta_func_api.c' || echo './'`ta_func_api.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_func_api.Tpo -c ta_func_api.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-ta_func_api.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_func_api.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_func_api.Tpo -c ta_func_api.c -o libta_abstract_gc_la-ta_func_api.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-ta_func_api.Tpo .deps/libta_abstract_gc_la-ta_func_api.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_frame.Tpo -c -o libta_abstract_gc_la-ta_frame.lo `test -f 'frames/ta_frame.c' || echo './'`frames/ta_frame.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_frame.Tpo -c frames/ta_frame.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-ta_frame.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-ta_frame.lo -MD -MP -MF .deps/libta_abstract_gc_la-ta_frame.Tpo -c frames/ta_frame.c -o libta_abstract_gc_la-ta_frame.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-ta_frame.Tpo .deps/libta_abstract_gc_la-ta_frame.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_a.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_a.Tpo -c -o libta_abstract_gc_la-table_a.lo `test -f 'tables/table_a.c' || echo './'`tables/table_a.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_a.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_a.Tpo -c tables/table_a.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_a.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_a.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_a.Tpo -c tables/table_a.c -o libta_abstract_gc_la-table_a.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_a.Tpo .deps/libta_abstract_gc_la-table_a.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_b.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_b.Tpo -c -o libta_abstract_gc_la-table_b.lo `test -f 'tables/table_b.c' || echo './'`tables/table_b.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_b.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_b.Tpo -c tables/table_b.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_b.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_b.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_b.Tpo -c tables/table_b.c -o libta_abstract_gc_la-table_b.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_b.Tpo .deps/libta_abstract_gc_la-table_b.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_c.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_c.Tpo -c -o libta_abstract_gc_la-table_c.lo `test -f 'tables/table_c.c' || echo './'`tables/table_c.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_c.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_c.Tpo -c tables/table_c.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_c.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_c.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_c.Tpo -c tables/table_c.c -o libta_abstract_gc_la-table_c.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_c.Tpo .deps/libta_abstract_gc_la-table_c.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_d.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_d.Tpo -c -o libta_abstract_gc_la-table_d.lo `test -f 'tables/table_d.c' || echo './'`tables/table_d.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_d.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_d.Tpo -c tables/table_d.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_d.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_d.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_d.Tpo -c tables/table_d.c -o libta_abstract_gc_la-table_d.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_d.Tpo .deps/libta_abstract_gc_la-table_d.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_e.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_e.Tpo -c -o libta_abstract_gc_la-table_e.lo `test -f 'tables/table_e.c' || echo './'`tables/table_e.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_e.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_e.Tpo -c tables/table_e.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_e.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_e.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_e.Tpo -c tables/table_e.c -o libta_abstract_gc_la-table_e.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_e.Tpo .deps/libta_abstract_gc_la-table_e.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_f.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_f.Tpo -c -o libta_abstract_gc_la-table_f.lo `test -f 'tables/table_f.c' || echo './'`tables/table_f.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_f.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_f.Tpo -c tables/table_f.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_f.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_f.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_f.Tpo -c tables/table_f.c -o libta_abstract_gc_la-table_f.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_f.Tpo .deps/libta_abstract_gc_la-table_f.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_g.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_g.Tpo -c -o libta_abstract_gc_la-table_g.lo `test -f 'tables/table_g.c' || echo './'`tables/table_g.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_g.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_g.Tpo -c tables/table_g.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_g.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_g.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_g.Tpo -c tables/table_g.c -o libta_abstract_gc_la-table_g.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_g.Tpo .deps/libta_abstract_gc_la-table_g.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_h.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_h.Tpo -c -o libta_abstract_gc_la-table_h.lo `test -f 'tables/table_h.c' || echo './'`tables/table_h.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_h.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_h.Tpo -c tables/table_h.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_h.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_h.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_h.Tpo -c tables/table_h.c -o libta_abstract_gc_la-table_h.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_h.Tpo .deps/libta_abstract_gc_la-table_h.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_i.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_i.Tpo -c -o libta_abstract_gc_la-table_i.lo `test -f 'tables/table_i.c' || echo './'`tables/table_i.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_i.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_i.Tpo -c tables/table_i.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_i.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_i.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_i.Tpo -c tables/table_i.c -o libta_abstract_gc_la-table_i.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_i.Tpo .deps/libta_abstract_gc_la-table_i.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_j.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_j.Tpo -c -o libta_abstract_gc_la-table_j.lo `test -f 'tables/table_j.c' || echo './'`tables/table_j.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_j.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_j.Tpo -c tables/table_j.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_j.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_j.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_j.Tpo -c tables/table_j.c -o libta_abstract_gc_la-table_j.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_j.Tpo .deps/libta_abstract_gc_la-table_j.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_k.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_k.Tpo -c -o libta_abstract_gc_la-table_k.lo `test -f 'tables/table_k.c' || echo './'`tables/table_k.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_k.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_k.Tpo -c tables/table_k.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_k.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_k.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_k.Tpo -c tables/table_k.c -o libta_abstract_gc_la-table_k.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_k.Tpo .deps/libta_abstract_gc_la-table_k.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_l.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_l.Tpo -c -o libta_abstract_gc_la-table_l.lo `test -f 'tables/table_l.c' || echo './'`tables/table_l.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_l.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_l.Tpo -c tables/table_l.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_l.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_l.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_l.Tpo -c tables/table_l.c -o libta_abstract_gc_la-table_l.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_l.Tpo .deps/libta_abstract_gc_la-table_l.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_m.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_m.Tpo -c -o libta_abstract_gc_la-table_m.lo `test -f 'tables/table_m.c' || echo './'`tables/table_m.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_m.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_m.Tpo -c tables/table_m.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_m.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_m.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_m.Tpo -c tables/table_m.c -o libta_abstract_gc_la-table_m.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_m.Tpo .deps/libta_abstract_gc_la-table_m.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_n.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_n.Tpo -c -o libta_abstract_gc_la-table_n.lo `test -f 'tables/table_n.c' || echo './'`tables/table_n.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_n.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_n.Tpo -c tables/table_n.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_n.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_n.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_n.Tpo -c tables/table_n.c -o libta_abstract_gc_la-table_n.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_n.Tpo .deps/libta_abstract_gc_la-table_n.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_o.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_o.Tpo -c -o libta_abstract_gc_la-table_o.lo `test -f 'tables/table_o.c' || echo './'`tables/table_o.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_o.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_o.Tpo -c tables/table_o.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_o.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_o.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_o.Tpo -c tables/table_o.c -o libta_abstract_gc_la-table_o.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_o.Tpo .deps/libta_abstract_gc_la-table_o.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_p.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_p.Tpo -c -o libta_abstract_gc_la-table_p.lo `test -f 'tables/table_p.c' || echo './'`tables/table_p.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_p.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_p.Tpo -c tables/table_p.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_p.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_p.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_p.Tpo -c tables/table_p.c -o libta_abstract_gc_la-table_p.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_p.Tpo .deps/libta_abstract_gc_la-table_p.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_q.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_q.Tpo -c -o libta_abstract_gc_la-table_q.lo `test -f 'tables/table_q.c' || echo './'`tables/table_q.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_q.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_q.Tpo -c tables/table_q.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_q.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_q.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_q.Tpo -c tables/table_q.c -o libta_abstract_gc_la-table_q.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_q.Tpo .deps/libta_abstract_gc_la-table_q.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_r.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_r.Tpo -c -o libta_abstract_gc_la-table_r.lo `test -f 'tables/table_r.c' || echo './'`tables/table_r.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_r.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_r.Tpo -c tables/table_r.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_r.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_r.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_r.Tpo -c tables/table_r.c -o libta_abstract_gc_la-table_r.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_r.Tpo .deps/libta_abstract_gc_la-table_r.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_s.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_s.Tpo -c -o libta_abstract_gc_la-table_s.lo `test -f 'tables/table_s.c' || echo './'`tables/table_s.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_s.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_s.Tpo -c tables/table_s.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_s.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_s.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_s.Tpo -c tables/table_s.c -o libta_abstract_gc_la-table_s.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_s.Tpo .deps/libta_abstract_gc_la-table_s.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_t.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_t.Tpo -c -o libta_abstract_gc_la-table_t.lo `test -f 'tables/table_t.c' || echo './'`tables/table_t.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_t.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_t.Tpo -c tables/table_t.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_t.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_t.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_t.Tpo -c tables/table_t.c -o libta_abstract_gc_la-table_t.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_t.Tpo .deps/libta_abstract_gc_la-table_t.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_u.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_u.Tpo -c -o libta_abstract_gc_la-table_u.lo `test -f 'tables/table_u.c' || echo './'`tables/table_u.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_u.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_u.Tpo -c tables/table_u.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_u.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_u.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_u.Tpo -c tables/table_u.c -o libta_abstract_gc_la-table_u.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_u.Tpo .deps/libta_abstract_gc_la-table_u.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_v.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_v.Tpo -c -o libta_abstract_gc_la-table_v.lo `test -f 'tables/table_v.c' || echo './'`tables/table_v.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_v.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_v.Tpo -c tables/table_v.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_v.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_v.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_v.Tpo -c tables/table_v.c -o libta_abstract_gc_la-table_v.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_v.Tpo .deps/libta_abstract_gc_la-table_v.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_w.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_w.Tpo -c -o libta_abstract_gc_la-table_w.lo `test -f 'tables/table_w.c' || echo './'`tables/table_w.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_w.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_w.Tpo -c tables/table_w.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_w.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_w.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_w.Tpo -c tables/table_w.c -o libta_abstract_gc_la-table_w.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_w.Tpo .deps/libta_abstract_gc_la-table_w.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_x.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_x.Tpo -c -o libta_abstract_gc_la-table_x.lo `test -f 'tables/table_x.c' || echo './'`tables/table_x.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_x.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_x.Tpo -c tables/table_x.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_x.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_x.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_x.Tpo -c tables/table_x.c -o libta_abstract_gc_la-table_x.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_x.Tpo .deps/libta_abstract_gc_la-table_x.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_y.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_y.Tpo -c -o libta_abstract_gc_la-table_y.lo `test -f 'tables/table_y.c' || echo './'`tables/table_y.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_y.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_y.Tpo -c tables/table_y.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_y.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_y.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_y.Tpo -c tables/table_y.c -o libta_abstract_gc_la-table_y.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_y.Tpo .deps/libta_abstract_gc_la-table_y.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -DTA_GEN_CODE -I../ta_common/ -Iframes/   -g -O2 -MT libta_abstract_gc_la-table_z.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_z.Tpo -c -o libta_abstract_gc_la-table_z.lo `test -f 'tables/table_z.c' || echo './'`tables/table_z.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_z.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_z.Tpo -c tables/table_z.c  -fPIC -DPIC -o .libs/libta_abstract_gc_la-table_z.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -DTA_GEN_CODE -I../ta_common/ -Iframes/ -g -O2 -MT libta_abstract_gc_la-table_z.lo -MD -MP -MF .deps/libta_abstract_gc_la-table_z.Tpo -c tables/table_z.c -o libta_abstract_gc_la-table_z.o >/dev/null 2>&1\n",
            "mv -f .deps/libta_abstract_gc_la-table_z.Tpo .deps/libta_abstract_gc_la-table_z.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=link gcc  -g -O2 -version-info 0:0:0  -o libta_abstract_gc.la  libta_abstract_gc_la-ta_group_idx.lo libta_abstract_gc_la-ta_def_ui.lo libta_abstract_gc_la-ta_abstract.lo libta_abstract_gc_la-ta_func_api.lo libta_abstract_gc_la-ta_frame.lo libta_abstract_gc_la-table_a.lo libta_abstract_gc_la-table_b.lo libta_abstract_gc_la-table_c.lo libta_abstract_gc_la-table_d.lo libta_abstract_gc_la-table_e.lo libta_abstract_gc_la-table_f.lo libta_abstract_gc_la-table_g.lo libta_abstract_gc_la-table_h.lo libta_abstract_gc_la-table_i.lo libta_abstract_gc_la-table_j.lo libta_abstract_gc_la-table_k.lo libta_abstract_gc_la-table_l.lo libta_abstract_gc_la-table_m.lo libta_abstract_gc_la-table_n.lo libta_abstract_gc_la-table_o.lo libta_abstract_gc_la-table_p.lo libta_abstract_gc_la-table_q.lo libta_abstract_gc_la-table_r.lo libta_abstract_gc_la-table_s.lo libta_abstract_gc_la-table_t.lo libta_abstract_gc_la-table_u.lo libta_abstract_gc_la-table_v.lo libta_abstract_gc_la-table_w.lo libta_abstract_gc_la-table_x.lo libta_abstract_gc_la-table_y.lo libta_abstract_gc_la-table_z.lo  -lpthread -ldl \n",
            "libtool: link: warning: `-version-info/-version-number' is ignored for convenience libraries\n",
            "ar cru .libs/libta_abstract_gc.a .libs/libta_abstract_gc_la-ta_group_idx.o .libs/libta_abstract_gc_la-ta_def_ui.o .libs/libta_abstract_gc_la-ta_abstract.o .libs/libta_abstract_gc_la-ta_func_api.o .libs/libta_abstract_gc_la-ta_frame.o .libs/libta_abstract_gc_la-table_a.o .libs/libta_abstract_gc_la-table_b.o .libs/libta_abstract_gc_la-table_c.o .libs/libta_abstract_gc_la-table_d.o .libs/libta_abstract_gc_la-table_e.o .libs/libta_abstract_gc_la-table_f.o .libs/libta_abstract_gc_la-table_g.o .libs/libta_abstract_gc_la-table_h.o .libs/libta_abstract_gc_la-table_i.o .libs/libta_abstract_gc_la-table_j.o .libs/libta_abstract_gc_la-table_k.o .libs/libta_abstract_gc_la-table_l.o .libs/libta_abstract_gc_la-table_m.o .libs/libta_abstract_gc_la-table_n.o .libs/libta_abstract_gc_la-table_o.o .libs/libta_abstract_gc_la-table_p.o .libs/libta_abstract_gc_la-table_q.o .libs/libta_abstract_gc_la-table_r.o .libs/libta_abstract_gc_la-table_s.o .libs/libta_abstract_gc_la-table_t.o .libs/libta_abstract_gc_la-table_u.o .libs/libta_abstract_gc_la-table_v.o .libs/libta_abstract_gc_la-table_w.o .libs/libta_abstract_gc_la-table_x.o .libs/libta_abstract_gc_la-table_y.o .libs/libta_abstract_gc_la-table_z.o\n",
            "ar: `u' modifier ignored since `D' is the default (see `U')\n",
            "ranlib .libs/libta_abstract_gc.a\n",
            "creating libta_abstract_gc.la\n",
            "(cd .libs && rm -f libta_abstract_gc.la && ln -s ../libta_abstract_gc.la libta_abstract_gc.la)\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_abstract'\n",
            "Making all in ta_common\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_common'\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_global.lo -MD -MP -MF .deps/ta_global.Tpo -c -o ta_global.lo ta_global.c\n",
            "mkdir .libs\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_global.lo -MD -MP -MF .deps/ta_global.Tpo -c ta_global.c  -fPIC -DPIC -o .libs/ta_global.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_global.lo -MD -MP -MF .deps/ta_global.Tpo -c ta_global.c -o ta_global.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_global.Tpo .deps/ta_global.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_retcode.lo -MD -MP -MF .deps/ta_retcode.Tpo -c -o ta_retcode.lo ta_retcode.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_retcode.lo -MD -MP -MF .deps/ta_retcode.Tpo -c ta_retcode.c  -fPIC -DPIC -o .libs/ta_retcode.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_retcode.lo -MD -MP -MF .deps/ta_retcode.Tpo -c ta_retcode.c -o ta_retcode.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_retcode.Tpo .deps/ta_retcode.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_version.lo -MD -MP -MF .deps/ta_version.Tpo -c -o ta_version.lo ta_version.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_version.lo -MD -MP -MF .deps/ta_version.Tpo -c ta_version.c  -fPIC -DPIC -o .libs/ta_version.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_version.lo -MD -MP -MF .deps/ta_version.Tpo -c ta_version.c -o ta_version.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_version.Tpo .deps/ta_version.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=link gcc  -g -O2 -version-info 0:0:0  -o libta_common.la  ta_global.lo ta_retcode.lo ta_version.lo  -lpthread -ldl \n",
            "libtool: link: warning: `-version-info/-version-number' is ignored for convenience libraries\n",
            "ar cru .libs/libta_common.a .libs/ta_global.o .libs/ta_retcode.o .libs/ta_version.o\n",
            "ar: `u' modifier ignored since `D' is the default (see `U')\n",
            "ranlib .libs/libta_common.a\n",
            "creating libta_common.la\n",
            "(cd .libs && rm -f libta_common.la && ln -s ../libta_common.la libta_common.la)\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_common'\n",
            "Making all in ta_func\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_func'\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_utility.lo -MD -MP -MF .deps/ta_utility.Tpo -c -o ta_utility.lo ta_utility.c\n",
            "mkdir .libs\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_utility.lo -MD -MP -MF .deps/ta_utility.Tpo -c ta_utility.c  -fPIC -DPIC -o .libs/ta_utility.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_utility.lo -MD -MP -MF .deps/ta_utility.Tpo -c ta_utility.c -o ta_utility.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_utility.Tpo .deps/ta_utility.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ACOS.lo -MD -MP -MF .deps/ta_ACOS.Tpo -c -o ta_ACOS.lo ta_ACOS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ACOS.lo -MD -MP -MF .deps/ta_ACOS.Tpo -c ta_ACOS.c  -fPIC -DPIC -o .libs/ta_ACOS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ACOS.lo -MD -MP -MF .deps/ta_ACOS.Tpo -c ta_ACOS.c -o ta_ACOS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ACOS.Tpo .deps/ta_ACOS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_AD.lo -MD -MP -MF .deps/ta_AD.Tpo -c -o ta_AD.lo ta_AD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AD.lo -MD -MP -MF .deps/ta_AD.Tpo -c ta_AD.c  -fPIC -DPIC -o .libs/ta_AD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AD.lo -MD -MP -MF .deps/ta_AD.Tpo -c ta_AD.c -o ta_AD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_AD.Tpo .deps/ta_AD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ADD.lo -MD -MP -MF .deps/ta_ADD.Tpo -c -o ta_ADD.lo ta_ADD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADD.lo -MD -MP -MF .deps/ta_ADD.Tpo -c ta_ADD.c  -fPIC -DPIC -o .libs/ta_ADD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADD.lo -MD -MP -MF .deps/ta_ADD.Tpo -c ta_ADD.c -o ta_ADD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ADD.Tpo .deps/ta_ADD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ADOSC.lo -MD -MP -MF .deps/ta_ADOSC.Tpo -c -o ta_ADOSC.lo ta_ADOSC.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADOSC.lo -MD -MP -MF .deps/ta_ADOSC.Tpo -c ta_ADOSC.c  -fPIC -DPIC -o .libs/ta_ADOSC.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADOSC.lo -MD -MP -MF .deps/ta_ADOSC.Tpo -c ta_ADOSC.c -o ta_ADOSC.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ADOSC.Tpo .deps/ta_ADOSC.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ADX.lo -MD -MP -MF .deps/ta_ADX.Tpo -c -o ta_ADX.lo ta_ADX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADX.lo -MD -MP -MF .deps/ta_ADX.Tpo -c ta_ADX.c  -fPIC -DPIC -o .libs/ta_ADX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADX.lo -MD -MP -MF .deps/ta_ADX.Tpo -c ta_ADX.c -o ta_ADX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ADX.Tpo .deps/ta_ADX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ADXR.lo -MD -MP -MF .deps/ta_ADXR.Tpo -c -o ta_ADXR.lo ta_ADXR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADXR.lo -MD -MP -MF .deps/ta_ADXR.Tpo -c ta_ADXR.c  -fPIC -DPIC -o .libs/ta_ADXR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ADXR.lo -MD -MP -MF .deps/ta_ADXR.Tpo -c ta_ADXR.c -o ta_ADXR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ADXR.Tpo .deps/ta_ADXR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_APO.lo -MD -MP -MF .deps/ta_APO.Tpo -c -o ta_APO.lo ta_APO.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_APO.lo -MD -MP -MF .deps/ta_APO.Tpo -c ta_APO.c  -fPIC -DPIC -o .libs/ta_APO.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_APO.lo -MD -MP -MF .deps/ta_APO.Tpo -c ta_APO.c -o ta_APO.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_APO.Tpo .deps/ta_APO.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_AROON.lo -MD -MP -MF .deps/ta_AROON.Tpo -c -o ta_AROON.lo ta_AROON.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AROON.lo -MD -MP -MF .deps/ta_AROON.Tpo -c ta_AROON.c  -fPIC -DPIC -o .libs/ta_AROON.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AROON.lo -MD -MP -MF .deps/ta_AROON.Tpo -c ta_AROON.c -o ta_AROON.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_AROON.Tpo .deps/ta_AROON.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_AROONOSC.lo -MD -MP -MF .deps/ta_AROONOSC.Tpo -c -o ta_AROONOSC.lo ta_AROONOSC.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AROONOSC.lo -MD -MP -MF .deps/ta_AROONOSC.Tpo -c ta_AROONOSC.c  -fPIC -DPIC -o .libs/ta_AROONOSC.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AROONOSC.lo -MD -MP -MF .deps/ta_AROONOSC.Tpo -c ta_AROONOSC.c -o ta_AROONOSC.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_AROONOSC.Tpo .deps/ta_AROONOSC.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ASIN.lo -MD -MP -MF .deps/ta_ASIN.Tpo -c -o ta_ASIN.lo ta_ASIN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ASIN.lo -MD -MP -MF .deps/ta_ASIN.Tpo -c ta_ASIN.c  -fPIC -DPIC -o .libs/ta_ASIN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ASIN.lo -MD -MP -MF .deps/ta_ASIN.Tpo -c ta_ASIN.c -o ta_ASIN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ASIN.Tpo .deps/ta_ASIN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ATAN.lo -MD -MP -MF .deps/ta_ATAN.Tpo -c -o ta_ATAN.lo ta_ATAN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ATAN.lo -MD -MP -MF .deps/ta_ATAN.Tpo -c ta_ATAN.c  -fPIC -DPIC -o .libs/ta_ATAN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ATAN.lo -MD -MP -MF .deps/ta_ATAN.Tpo -c ta_ATAN.c -o ta_ATAN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ATAN.Tpo .deps/ta_ATAN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ATR.lo -MD -MP -MF .deps/ta_ATR.Tpo -c -o ta_ATR.lo ta_ATR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ATR.lo -MD -MP -MF .deps/ta_ATR.Tpo -c ta_ATR.c  -fPIC -DPIC -o .libs/ta_ATR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ATR.lo -MD -MP -MF .deps/ta_ATR.Tpo -c ta_ATR.c -o ta_ATR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ATR.Tpo .deps/ta_ATR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_AVGPRICE.lo -MD -MP -MF .deps/ta_AVGPRICE.Tpo -c -o ta_AVGPRICE.lo ta_AVGPRICE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AVGPRICE.lo -MD -MP -MF .deps/ta_AVGPRICE.Tpo -c ta_AVGPRICE.c  -fPIC -DPIC -o .libs/ta_AVGPRICE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_AVGPRICE.lo -MD -MP -MF .deps/ta_AVGPRICE.Tpo -c ta_AVGPRICE.c -o ta_AVGPRICE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_AVGPRICE.Tpo .deps/ta_AVGPRICE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_BBANDS.lo -MD -MP -MF .deps/ta_BBANDS.Tpo -c -o ta_BBANDS.lo ta_BBANDS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BBANDS.lo -MD -MP -MF .deps/ta_BBANDS.Tpo -c ta_BBANDS.c  -fPIC -DPIC -o .libs/ta_BBANDS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BBANDS.lo -MD -MP -MF .deps/ta_BBANDS.Tpo -c ta_BBANDS.c -o ta_BBANDS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_BBANDS.Tpo .deps/ta_BBANDS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_BETA.lo -MD -MP -MF .deps/ta_BETA.Tpo -c -o ta_BETA.lo ta_BETA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BETA.lo -MD -MP -MF .deps/ta_BETA.Tpo -c ta_BETA.c  -fPIC -DPIC -o .libs/ta_BETA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BETA.lo -MD -MP -MF .deps/ta_BETA.Tpo -c ta_BETA.c -o ta_BETA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_BETA.Tpo .deps/ta_BETA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_BOP.lo -MD -MP -MF .deps/ta_BOP.Tpo -c -o ta_BOP.lo ta_BOP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BOP.lo -MD -MP -MF .deps/ta_BOP.Tpo -c ta_BOP.c  -fPIC -DPIC -o .libs/ta_BOP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_BOP.lo -MD -MP -MF .deps/ta_BOP.Tpo -c ta_BOP.c -o ta_BOP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_BOP.Tpo .deps/ta_BOP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CCI.lo -MD -MP -MF .deps/ta_CCI.Tpo -c -o ta_CCI.lo ta_CCI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CCI.lo -MD -MP -MF .deps/ta_CCI.Tpo -c ta_CCI.c  -fPIC -DPIC -o .libs/ta_CCI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CCI.lo -MD -MP -MF .deps/ta_CCI.Tpo -c ta_CCI.c -o ta_CCI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CCI.Tpo .deps/ta_CCI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL2CROWS.lo -MD -MP -MF .deps/ta_CDL2CROWS.Tpo -c -o ta_CDL2CROWS.lo ta_CDL2CROWS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL2CROWS.lo -MD -MP -MF .deps/ta_CDL2CROWS.Tpo -c ta_CDL2CROWS.c  -fPIC -DPIC -o .libs/ta_CDL2CROWS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL2CROWS.lo -MD -MP -MF .deps/ta_CDL2CROWS.Tpo -c ta_CDL2CROWS.c -o ta_CDL2CROWS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL2CROWS.Tpo .deps/ta_CDL2CROWS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3BLACKCROWS.lo -MD -MP -MF .deps/ta_CDL3BLACKCROWS.Tpo -c -o ta_CDL3BLACKCROWS.lo ta_CDL3BLACKCROWS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3BLACKCROWS.lo -MD -MP -MF .deps/ta_CDL3BLACKCROWS.Tpo -c ta_CDL3BLACKCROWS.c  -fPIC -DPIC -o .libs/ta_CDL3BLACKCROWS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3BLACKCROWS.lo -MD -MP -MF .deps/ta_CDL3BLACKCROWS.Tpo -c ta_CDL3BLACKCROWS.c -o ta_CDL3BLACKCROWS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3BLACKCROWS.Tpo .deps/ta_CDL3BLACKCROWS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3INSIDE.lo -MD -MP -MF .deps/ta_CDL3INSIDE.Tpo -c -o ta_CDL3INSIDE.lo ta_CDL3INSIDE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3INSIDE.lo -MD -MP -MF .deps/ta_CDL3INSIDE.Tpo -c ta_CDL3INSIDE.c  -fPIC -DPIC -o .libs/ta_CDL3INSIDE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3INSIDE.lo -MD -MP -MF .deps/ta_CDL3INSIDE.Tpo -c ta_CDL3INSIDE.c -o ta_CDL3INSIDE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3INSIDE.Tpo .deps/ta_CDL3INSIDE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3LINESTRIKE.lo -MD -MP -MF .deps/ta_CDL3LINESTRIKE.Tpo -c -o ta_CDL3LINESTRIKE.lo ta_CDL3LINESTRIKE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3LINESTRIKE.lo -MD -MP -MF .deps/ta_CDL3LINESTRIKE.Tpo -c ta_CDL3LINESTRIKE.c  -fPIC -DPIC -o .libs/ta_CDL3LINESTRIKE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3LINESTRIKE.lo -MD -MP -MF .deps/ta_CDL3LINESTRIKE.Tpo -c ta_CDL3LINESTRIKE.c -o ta_CDL3LINESTRIKE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3LINESTRIKE.Tpo .deps/ta_CDL3LINESTRIKE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3OUTSIDE.lo -MD -MP -MF .deps/ta_CDL3OUTSIDE.Tpo -c -o ta_CDL3OUTSIDE.lo ta_CDL3OUTSIDE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3OUTSIDE.lo -MD -MP -MF .deps/ta_CDL3OUTSIDE.Tpo -c ta_CDL3OUTSIDE.c  -fPIC -DPIC -o .libs/ta_CDL3OUTSIDE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3OUTSIDE.lo -MD -MP -MF .deps/ta_CDL3OUTSIDE.Tpo -c ta_CDL3OUTSIDE.c -o ta_CDL3OUTSIDE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3OUTSIDE.Tpo .deps/ta_CDL3OUTSIDE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3STARSINSOUTH.lo -MD -MP -MF .deps/ta_CDL3STARSINSOUTH.Tpo -c -o ta_CDL3STARSINSOUTH.lo ta_CDL3STARSINSOUTH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3STARSINSOUTH.lo -MD -MP -MF .deps/ta_CDL3STARSINSOUTH.Tpo -c ta_CDL3STARSINSOUTH.c  -fPIC -DPIC -o .libs/ta_CDL3STARSINSOUTH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3STARSINSOUTH.lo -MD -MP -MF .deps/ta_CDL3STARSINSOUTH.Tpo -c ta_CDL3STARSINSOUTH.c -o ta_CDL3STARSINSOUTH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3STARSINSOUTH.Tpo .deps/ta_CDL3STARSINSOUTH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDL3WHITESOLDIERS.lo -MD -MP -MF .deps/ta_CDL3WHITESOLDIERS.Tpo -c -o ta_CDL3WHITESOLDIERS.lo ta_CDL3WHITESOLDIERS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3WHITESOLDIERS.lo -MD -MP -MF .deps/ta_CDL3WHITESOLDIERS.Tpo -c ta_CDL3WHITESOLDIERS.c  -fPIC -DPIC -o .libs/ta_CDL3WHITESOLDIERS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDL3WHITESOLDIERS.lo -MD -MP -MF .deps/ta_CDL3WHITESOLDIERS.Tpo -c ta_CDL3WHITESOLDIERS.c -o ta_CDL3WHITESOLDIERS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDL3WHITESOLDIERS.Tpo .deps/ta_CDL3WHITESOLDIERS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLABANDONEDBABY.lo -MD -MP -MF .deps/ta_CDLABANDONEDBABY.Tpo -c -o ta_CDLABANDONEDBABY.lo ta_CDLABANDONEDBABY.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLABANDONEDBABY.lo -MD -MP -MF .deps/ta_CDLABANDONEDBABY.Tpo -c ta_CDLABANDONEDBABY.c  -fPIC -DPIC -o .libs/ta_CDLABANDONEDBABY.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLABANDONEDBABY.lo -MD -MP -MF .deps/ta_CDLABANDONEDBABY.Tpo -c ta_CDLABANDONEDBABY.c -o ta_CDLABANDONEDBABY.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLABANDONEDBABY.Tpo .deps/ta_CDLABANDONEDBABY.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLADVANCEBLOCK.lo -MD -MP -MF .deps/ta_CDLADVANCEBLOCK.Tpo -c -o ta_CDLADVANCEBLOCK.lo ta_CDLADVANCEBLOCK.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLADVANCEBLOCK.lo -MD -MP -MF .deps/ta_CDLADVANCEBLOCK.Tpo -c ta_CDLADVANCEBLOCK.c  -fPIC -DPIC -o .libs/ta_CDLADVANCEBLOCK.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLADVANCEBLOCK.lo -MD -MP -MF .deps/ta_CDLADVANCEBLOCK.Tpo -c ta_CDLADVANCEBLOCK.c -o ta_CDLADVANCEBLOCK.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLADVANCEBLOCK.Tpo .deps/ta_CDLADVANCEBLOCK.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLBELTHOLD.lo -MD -MP -MF .deps/ta_CDLBELTHOLD.Tpo -c -o ta_CDLBELTHOLD.lo ta_CDLBELTHOLD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLBELTHOLD.lo -MD -MP -MF .deps/ta_CDLBELTHOLD.Tpo -c ta_CDLBELTHOLD.c  -fPIC -DPIC -o .libs/ta_CDLBELTHOLD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLBELTHOLD.lo -MD -MP -MF .deps/ta_CDLBELTHOLD.Tpo -c ta_CDLBELTHOLD.c -o ta_CDLBELTHOLD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLBELTHOLD.Tpo .deps/ta_CDLBELTHOLD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLBREAKAWAY.lo -MD -MP -MF .deps/ta_CDLBREAKAWAY.Tpo -c -o ta_CDLBREAKAWAY.lo ta_CDLBREAKAWAY.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLBREAKAWAY.lo -MD -MP -MF .deps/ta_CDLBREAKAWAY.Tpo -c ta_CDLBREAKAWAY.c  -fPIC -DPIC -o .libs/ta_CDLBREAKAWAY.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLBREAKAWAY.lo -MD -MP -MF .deps/ta_CDLBREAKAWAY.Tpo -c ta_CDLBREAKAWAY.c -o ta_CDLBREAKAWAY.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLBREAKAWAY.Tpo .deps/ta_CDLBREAKAWAY.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLCLOSINGMARUBOZU.lo -MD -MP -MF .deps/ta_CDLCLOSINGMARUBOZU.Tpo -c -o ta_CDLCLOSINGMARUBOZU.lo ta_CDLCLOSINGMARUBOZU.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCLOSINGMARUBOZU.lo -MD -MP -MF .deps/ta_CDLCLOSINGMARUBOZU.Tpo -c ta_CDLCLOSINGMARUBOZU.c  -fPIC -DPIC -o .libs/ta_CDLCLOSINGMARUBOZU.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCLOSINGMARUBOZU.lo -MD -MP -MF .deps/ta_CDLCLOSINGMARUBOZU.Tpo -c ta_CDLCLOSINGMARUBOZU.c -o ta_CDLCLOSINGMARUBOZU.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLCLOSINGMARUBOZU.Tpo .deps/ta_CDLCLOSINGMARUBOZU.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLCONCEALBABYSWALL.lo -MD -MP -MF .deps/ta_CDLCONCEALBABYSWALL.Tpo -c -o ta_CDLCONCEALBABYSWALL.lo ta_CDLCONCEALBABYSWALL.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCONCEALBABYSWALL.lo -MD -MP -MF .deps/ta_CDLCONCEALBABYSWALL.Tpo -c ta_CDLCONCEALBABYSWALL.c  -fPIC -DPIC -o .libs/ta_CDLCONCEALBABYSWALL.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCONCEALBABYSWALL.lo -MD -MP -MF .deps/ta_CDLCONCEALBABYSWALL.Tpo -c ta_CDLCONCEALBABYSWALL.c -o ta_CDLCONCEALBABYSWALL.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLCONCEALBABYSWALL.Tpo .deps/ta_CDLCONCEALBABYSWALL.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLCOUNTERATTACK.lo -MD -MP -MF .deps/ta_CDLCOUNTERATTACK.Tpo -c -o ta_CDLCOUNTERATTACK.lo ta_CDLCOUNTERATTACK.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCOUNTERATTACK.lo -MD -MP -MF .deps/ta_CDLCOUNTERATTACK.Tpo -c ta_CDLCOUNTERATTACK.c  -fPIC -DPIC -o .libs/ta_CDLCOUNTERATTACK.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLCOUNTERATTACK.lo -MD -MP -MF .deps/ta_CDLCOUNTERATTACK.Tpo -c ta_CDLCOUNTERATTACK.c -o ta_CDLCOUNTERATTACK.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLCOUNTERATTACK.Tpo .deps/ta_CDLCOUNTERATTACK.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLDARKCLOUDCOVER.lo -MD -MP -MF .deps/ta_CDLDARKCLOUDCOVER.Tpo -c -o ta_CDLDARKCLOUDCOVER.lo ta_CDLDARKCLOUDCOVER.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDARKCLOUDCOVER.lo -MD -MP -MF .deps/ta_CDLDARKCLOUDCOVER.Tpo -c ta_CDLDARKCLOUDCOVER.c  -fPIC -DPIC -o .libs/ta_CDLDARKCLOUDCOVER.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDARKCLOUDCOVER.lo -MD -MP -MF .deps/ta_CDLDARKCLOUDCOVER.Tpo -c ta_CDLDARKCLOUDCOVER.c -o ta_CDLDARKCLOUDCOVER.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLDARKCLOUDCOVER.Tpo .deps/ta_CDLDARKCLOUDCOVER.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLDOJI.lo -MD -MP -MF .deps/ta_CDLDOJI.Tpo -c -o ta_CDLDOJI.lo ta_CDLDOJI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDOJI.lo -MD -MP -MF .deps/ta_CDLDOJI.Tpo -c ta_CDLDOJI.c  -fPIC -DPIC -o .libs/ta_CDLDOJI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDOJI.lo -MD -MP -MF .deps/ta_CDLDOJI.Tpo -c ta_CDLDOJI.c -o ta_CDLDOJI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLDOJI.Tpo .deps/ta_CDLDOJI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLDOJISTAR.lo -MD -MP -MF .deps/ta_CDLDOJISTAR.Tpo -c -o ta_CDLDOJISTAR.lo ta_CDLDOJISTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDOJISTAR.lo -MD -MP -MF .deps/ta_CDLDOJISTAR.Tpo -c ta_CDLDOJISTAR.c  -fPIC -DPIC -o .libs/ta_CDLDOJISTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDOJISTAR.lo -MD -MP -MF .deps/ta_CDLDOJISTAR.Tpo -c ta_CDLDOJISTAR.c -o ta_CDLDOJISTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLDOJISTAR.Tpo .deps/ta_CDLDOJISTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLDRAGONFLYDOJI.lo -MD -MP -MF .deps/ta_CDLDRAGONFLYDOJI.Tpo -c -o ta_CDLDRAGONFLYDOJI.lo ta_CDLDRAGONFLYDOJI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDRAGONFLYDOJI.lo -MD -MP -MF .deps/ta_CDLDRAGONFLYDOJI.Tpo -c ta_CDLDRAGONFLYDOJI.c  -fPIC -DPIC -o .libs/ta_CDLDRAGONFLYDOJI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLDRAGONFLYDOJI.lo -MD -MP -MF .deps/ta_CDLDRAGONFLYDOJI.Tpo -c ta_CDLDRAGONFLYDOJI.c -o ta_CDLDRAGONFLYDOJI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLDRAGONFLYDOJI.Tpo .deps/ta_CDLDRAGONFLYDOJI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLENGULFING.lo -MD -MP -MF .deps/ta_CDLENGULFING.Tpo -c -o ta_CDLENGULFING.lo ta_CDLENGULFING.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLENGULFING.lo -MD -MP -MF .deps/ta_CDLENGULFING.Tpo -c ta_CDLENGULFING.c  -fPIC -DPIC -o .libs/ta_CDLENGULFING.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLENGULFING.lo -MD -MP -MF .deps/ta_CDLENGULFING.Tpo -c ta_CDLENGULFING.c -o ta_CDLENGULFING.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLENGULFING.Tpo .deps/ta_CDLENGULFING.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLEVENINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGDOJISTAR.Tpo -c -o ta_CDLEVENINGDOJISTAR.lo ta_CDLEVENINGDOJISTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLEVENINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGDOJISTAR.Tpo -c ta_CDLEVENINGDOJISTAR.c  -fPIC -DPIC -o .libs/ta_CDLEVENINGDOJISTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLEVENINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGDOJISTAR.Tpo -c ta_CDLEVENINGDOJISTAR.c -o ta_CDLEVENINGDOJISTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLEVENINGDOJISTAR.Tpo .deps/ta_CDLEVENINGDOJISTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLEVENINGSTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGSTAR.Tpo -c -o ta_CDLEVENINGSTAR.lo ta_CDLEVENINGSTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLEVENINGSTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGSTAR.Tpo -c ta_CDLEVENINGSTAR.c  -fPIC -DPIC -o .libs/ta_CDLEVENINGSTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLEVENINGSTAR.lo -MD -MP -MF .deps/ta_CDLEVENINGSTAR.Tpo -c ta_CDLEVENINGSTAR.c -o ta_CDLEVENINGSTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLEVENINGSTAR.Tpo .deps/ta_CDLEVENINGSTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLGAPSIDESIDEWHITE.lo -MD -MP -MF .deps/ta_CDLGAPSIDESIDEWHITE.Tpo -c -o ta_CDLGAPSIDESIDEWHITE.lo ta_CDLGAPSIDESIDEWHITE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLGAPSIDESIDEWHITE.lo -MD -MP -MF .deps/ta_CDLGAPSIDESIDEWHITE.Tpo -c ta_CDLGAPSIDESIDEWHITE.c  -fPIC -DPIC -o .libs/ta_CDLGAPSIDESIDEWHITE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLGAPSIDESIDEWHITE.lo -MD -MP -MF .deps/ta_CDLGAPSIDESIDEWHITE.Tpo -c ta_CDLGAPSIDESIDEWHITE.c -o ta_CDLGAPSIDESIDEWHITE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLGAPSIDESIDEWHITE.Tpo .deps/ta_CDLGAPSIDESIDEWHITE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLGRAVESTONEDOJI.lo -MD -MP -MF .deps/ta_CDLGRAVESTONEDOJI.Tpo -c -o ta_CDLGRAVESTONEDOJI.lo ta_CDLGRAVESTONEDOJI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLGRAVESTONEDOJI.lo -MD -MP -MF .deps/ta_CDLGRAVESTONEDOJI.Tpo -c ta_CDLGRAVESTONEDOJI.c  -fPIC -DPIC -o .libs/ta_CDLGRAVESTONEDOJI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLGRAVESTONEDOJI.lo -MD -MP -MF .deps/ta_CDLGRAVESTONEDOJI.Tpo -c ta_CDLGRAVESTONEDOJI.c -o ta_CDLGRAVESTONEDOJI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLGRAVESTONEDOJI.Tpo .deps/ta_CDLGRAVESTONEDOJI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHAMMER.lo -MD -MP -MF .deps/ta_CDLHAMMER.Tpo -c -o ta_CDLHAMMER.lo ta_CDLHAMMER.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHAMMER.lo -MD -MP -MF .deps/ta_CDLHAMMER.Tpo -c ta_CDLHAMMER.c  -fPIC -DPIC -o .libs/ta_CDLHAMMER.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHAMMER.lo -MD -MP -MF .deps/ta_CDLHAMMER.Tpo -c ta_CDLHAMMER.c -o ta_CDLHAMMER.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHAMMER.Tpo .deps/ta_CDLHAMMER.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHANGINGMAN.lo -MD -MP -MF .deps/ta_CDLHANGINGMAN.Tpo -c -o ta_CDLHANGINGMAN.lo ta_CDLHANGINGMAN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHANGINGMAN.lo -MD -MP -MF .deps/ta_CDLHANGINGMAN.Tpo -c ta_CDLHANGINGMAN.c  -fPIC -DPIC -o .libs/ta_CDLHANGINGMAN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHANGINGMAN.lo -MD -MP -MF .deps/ta_CDLHANGINGMAN.Tpo -c ta_CDLHANGINGMAN.c -o ta_CDLHANGINGMAN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHANGINGMAN.Tpo .deps/ta_CDLHANGINGMAN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHARAMI.lo -MD -MP -MF .deps/ta_CDLHARAMI.Tpo -c -o ta_CDLHARAMI.lo ta_CDLHARAMI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHARAMI.lo -MD -MP -MF .deps/ta_CDLHARAMI.Tpo -c ta_CDLHARAMI.c  -fPIC -DPIC -o .libs/ta_CDLHARAMI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHARAMI.lo -MD -MP -MF .deps/ta_CDLHARAMI.Tpo -c ta_CDLHARAMI.c -o ta_CDLHARAMI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHARAMI.Tpo .deps/ta_CDLHARAMI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHARAMICROSS.lo -MD -MP -MF .deps/ta_CDLHARAMICROSS.Tpo -c -o ta_CDLHARAMICROSS.lo ta_CDLHARAMICROSS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHARAMICROSS.lo -MD -MP -MF .deps/ta_CDLHARAMICROSS.Tpo -c ta_CDLHARAMICROSS.c  -fPIC -DPIC -o .libs/ta_CDLHARAMICROSS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHARAMICROSS.lo -MD -MP -MF .deps/ta_CDLHARAMICROSS.Tpo -c ta_CDLHARAMICROSS.c -o ta_CDLHARAMICROSS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHARAMICROSS.Tpo .deps/ta_CDLHARAMICROSS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHIGHWAVE.lo -MD -MP -MF .deps/ta_CDLHIGHWAVE.Tpo -c -o ta_CDLHIGHWAVE.lo ta_CDLHIGHWAVE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIGHWAVE.lo -MD -MP -MF .deps/ta_CDLHIGHWAVE.Tpo -c ta_CDLHIGHWAVE.c  -fPIC -DPIC -o .libs/ta_CDLHIGHWAVE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIGHWAVE.lo -MD -MP -MF .deps/ta_CDLHIGHWAVE.Tpo -c ta_CDLHIGHWAVE.c -o ta_CDLHIGHWAVE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHIGHWAVE.Tpo .deps/ta_CDLHIGHWAVE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHIKKAKE.lo -MD -MP -MF .deps/ta_CDLHIKKAKE.Tpo -c -o ta_CDLHIKKAKE.lo ta_CDLHIKKAKE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIKKAKE.lo -MD -MP -MF .deps/ta_CDLHIKKAKE.Tpo -c ta_CDLHIKKAKE.c  -fPIC -DPIC -o .libs/ta_CDLHIKKAKE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIKKAKE.lo -MD -MP -MF .deps/ta_CDLHIKKAKE.Tpo -c ta_CDLHIKKAKE.c -o ta_CDLHIKKAKE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHIKKAKE.Tpo .deps/ta_CDLHIKKAKE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHIKKAKEMOD.lo -MD -MP -MF .deps/ta_CDLHIKKAKEMOD.Tpo -c -o ta_CDLHIKKAKEMOD.lo ta_CDLHIKKAKEMOD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIKKAKEMOD.lo -MD -MP -MF .deps/ta_CDLHIKKAKEMOD.Tpo -c ta_CDLHIKKAKEMOD.c  -fPIC -DPIC -o .libs/ta_CDLHIKKAKEMOD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHIKKAKEMOD.lo -MD -MP -MF .deps/ta_CDLHIKKAKEMOD.Tpo -c ta_CDLHIKKAKEMOD.c -o ta_CDLHIKKAKEMOD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHIKKAKEMOD.Tpo .deps/ta_CDLHIKKAKEMOD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLHOMINGPIGEON.lo -MD -MP -MF .deps/ta_CDLHOMINGPIGEON.Tpo -c -o ta_CDLHOMINGPIGEON.lo ta_CDLHOMINGPIGEON.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHOMINGPIGEON.lo -MD -MP -MF .deps/ta_CDLHOMINGPIGEON.Tpo -c ta_CDLHOMINGPIGEON.c  -fPIC -DPIC -o .libs/ta_CDLHOMINGPIGEON.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLHOMINGPIGEON.lo -MD -MP -MF .deps/ta_CDLHOMINGPIGEON.Tpo -c ta_CDLHOMINGPIGEON.c -o ta_CDLHOMINGPIGEON.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLHOMINGPIGEON.Tpo .deps/ta_CDLHOMINGPIGEON.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLIDENTICAL3CROWS.lo -MD -MP -MF .deps/ta_CDLIDENTICAL3CROWS.Tpo -c -o ta_CDLIDENTICAL3CROWS.lo ta_CDLIDENTICAL3CROWS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLIDENTICAL3CROWS.lo -MD -MP -MF .deps/ta_CDLIDENTICAL3CROWS.Tpo -c ta_CDLIDENTICAL3CROWS.c  -fPIC -DPIC -o .libs/ta_CDLIDENTICAL3CROWS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLIDENTICAL3CROWS.lo -MD -MP -MF .deps/ta_CDLIDENTICAL3CROWS.Tpo -c ta_CDLIDENTICAL3CROWS.c -o ta_CDLIDENTICAL3CROWS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLIDENTICAL3CROWS.Tpo .deps/ta_CDLIDENTICAL3CROWS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLINNECK.lo -MD -MP -MF .deps/ta_CDLINNECK.Tpo -c -o ta_CDLINNECK.lo ta_CDLINNECK.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLINNECK.lo -MD -MP -MF .deps/ta_CDLINNECK.Tpo -c ta_CDLINNECK.c  -fPIC -DPIC -o .libs/ta_CDLINNECK.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLINNECK.lo -MD -MP -MF .deps/ta_CDLINNECK.Tpo -c ta_CDLINNECK.c -o ta_CDLINNECK.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLINNECK.Tpo .deps/ta_CDLINNECK.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLINVERTEDHAMMER.lo -MD -MP -MF .deps/ta_CDLINVERTEDHAMMER.Tpo -c -o ta_CDLINVERTEDHAMMER.lo ta_CDLINVERTEDHAMMER.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLINVERTEDHAMMER.lo -MD -MP -MF .deps/ta_CDLINVERTEDHAMMER.Tpo -c ta_CDLINVERTEDHAMMER.c  -fPIC -DPIC -o .libs/ta_CDLINVERTEDHAMMER.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLINVERTEDHAMMER.lo -MD -MP -MF .deps/ta_CDLINVERTEDHAMMER.Tpo -c ta_CDLINVERTEDHAMMER.c -o ta_CDLINVERTEDHAMMER.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLINVERTEDHAMMER.Tpo .deps/ta_CDLINVERTEDHAMMER.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLKICKING.lo -MD -MP -MF .deps/ta_CDLKICKING.Tpo -c -o ta_CDLKICKING.lo ta_CDLKICKING.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLKICKING.lo -MD -MP -MF .deps/ta_CDLKICKING.Tpo -c ta_CDLKICKING.c  -fPIC -DPIC -o .libs/ta_CDLKICKING.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLKICKING.lo -MD -MP -MF .deps/ta_CDLKICKING.Tpo -c ta_CDLKICKING.c -o ta_CDLKICKING.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLKICKING.Tpo .deps/ta_CDLKICKING.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLKICKINGBYLENGTH.lo -MD -MP -MF .deps/ta_CDLKICKINGBYLENGTH.Tpo -c -o ta_CDLKICKINGBYLENGTH.lo ta_CDLKICKINGBYLENGTH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLKICKINGBYLENGTH.lo -MD -MP -MF .deps/ta_CDLKICKINGBYLENGTH.Tpo -c ta_CDLKICKINGBYLENGTH.c  -fPIC -DPIC -o .libs/ta_CDLKICKINGBYLENGTH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLKICKINGBYLENGTH.lo -MD -MP -MF .deps/ta_CDLKICKINGBYLENGTH.Tpo -c ta_CDLKICKINGBYLENGTH.c -o ta_CDLKICKINGBYLENGTH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLKICKINGBYLENGTH.Tpo .deps/ta_CDLKICKINGBYLENGTH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLLADDERBOTTOM.lo -MD -MP -MF .deps/ta_CDLLADDERBOTTOM.Tpo -c -o ta_CDLLADDERBOTTOM.lo ta_CDLLADDERBOTTOM.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLADDERBOTTOM.lo -MD -MP -MF .deps/ta_CDLLADDERBOTTOM.Tpo -c ta_CDLLADDERBOTTOM.c  -fPIC -DPIC -o .libs/ta_CDLLADDERBOTTOM.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLADDERBOTTOM.lo -MD -MP -MF .deps/ta_CDLLADDERBOTTOM.Tpo -c ta_CDLLADDERBOTTOM.c -o ta_CDLLADDERBOTTOM.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLLADDERBOTTOM.Tpo .deps/ta_CDLLADDERBOTTOM.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLLONGLEGGEDDOJI.lo -MD -MP -MF .deps/ta_CDLLONGLEGGEDDOJI.Tpo -c -o ta_CDLLONGLEGGEDDOJI.lo ta_CDLLONGLEGGEDDOJI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLONGLEGGEDDOJI.lo -MD -MP -MF .deps/ta_CDLLONGLEGGEDDOJI.Tpo -c ta_CDLLONGLEGGEDDOJI.c  -fPIC -DPIC -o .libs/ta_CDLLONGLEGGEDDOJI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLONGLEGGEDDOJI.lo -MD -MP -MF .deps/ta_CDLLONGLEGGEDDOJI.Tpo -c ta_CDLLONGLEGGEDDOJI.c -o ta_CDLLONGLEGGEDDOJI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLLONGLEGGEDDOJI.Tpo .deps/ta_CDLLONGLEGGEDDOJI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLLONGLINE.lo -MD -MP -MF .deps/ta_CDLLONGLINE.Tpo -c -o ta_CDLLONGLINE.lo ta_CDLLONGLINE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLONGLINE.lo -MD -MP -MF .deps/ta_CDLLONGLINE.Tpo -c ta_CDLLONGLINE.c  -fPIC -DPIC -o .libs/ta_CDLLONGLINE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLLONGLINE.lo -MD -MP -MF .deps/ta_CDLLONGLINE.Tpo -c ta_CDLLONGLINE.c -o ta_CDLLONGLINE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLLONGLINE.Tpo .deps/ta_CDLLONGLINE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLMARUBOZU.lo -MD -MP -MF .deps/ta_CDLMARUBOZU.Tpo -c -o ta_CDLMARUBOZU.lo ta_CDLMARUBOZU.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMARUBOZU.lo -MD -MP -MF .deps/ta_CDLMARUBOZU.Tpo -c ta_CDLMARUBOZU.c  -fPIC -DPIC -o .libs/ta_CDLMARUBOZU.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMARUBOZU.lo -MD -MP -MF .deps/ta_CDLMARUBOZU.Tpo -c ta_CDLMARUBOZU.c -o ta_CDLMARUBOZU.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLMARUBOZU.Tpo .deps/ta_CDLMARUBOZU.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLMATCHINGLOW.lo -MD -MP -MF .deps/ta_CDLMATCHINGLOW.Tpo -c -o ta_CDLMATCHINGLOW.lo ta_CDLMATCHINGLOW.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMATCHINGLOW.lo -MD -MP -MF .deps/ta_CDLMATCHINGLOW.Tpo -c ta_CDLMATCHINGLOW.c  -fPIC -DPIC -o .libs/ta_CDLMATCHINGLOW.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMATCHINGLOW.lo -MD -MP -MF .deps/ta_CDLMATCHINGLOW.Tpo -c ta_CDLMATCHINGLOW.c -o ta_CDLMATCHINGLOW.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLMATCHINGLOW.Tpo .deps/ta_CDLMATCHINGLOW.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLMATHOLD.lo -MD -MP -MF .deps/ta_CDLMATHOLD.Tpo -c -o ta_CDLMATHOLD.lo ta_CDLMATHOLD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMATHOLD.lo -MD -MP -MF .deps/ta_CDLMATHOLD.Tpo -c ta_CDLMATHOLD.c  -fPIC -DPIC -o .libs/ta_CDLMATHOLD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMATHOLD.lo -MD -MP -MF .deps/ta_CDLMATHOLD.Tpo -c ta_CDLMATHOLD.c -o ta_CDLMATHOLD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLMATHOLD.Tpo .deps/ta_CDLMATHOLD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLMORNINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGDOJISTAR.Tpo -c -o ta_CDLMORNINGDOJISTAR.lo ta_CDLMORNINGDOJISTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMORNINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGDOJISTAR.Tpo -c ta_CDLMORNINGDOJISTAR.c  -fPIC -DPIC -o .libs/ta_CDLMORNINGDOJISTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMORNINGDOJISTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGDOJISTAR.Tpo -c ta_CDLMORNINGDOJISTAR.c -o ta_CDLMORNINGDOJISTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLMORNINGDOJISTAR.Tpo .deps/ta_CDLMORNINGDOJISTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLMORNINGSTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGSTAR.Tpo -c -o ta_CDLMORNINGSTAR.lo ta_CDLMORNINGSTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMORNINGSTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGSTAR.Tpo -c ta_CDLMORNINGSTAR.c  -fPIC -DPIC -o .libs/ta_CDLMORNINGSTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLMORNINGSTAR.lo -MD -MP -MF .deps/ta_CDLMORNINGSTAR.Tpo -c ta_CDLMORNINGSTAR.c -o ta_CDLMORNINGSTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLMORNINGSTAR.Tpo .deps/ta_CDLMORNINGSTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLONNECK.lo -MD -MP -MF .deps/ta_CDLONNECK.Tpo -c -o ta_CDLONNECK.lo ta_CDLONNECK.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLONNECK.lo -MD -MP -MF .deps/ta_CDLONNECK.Tpo -c ta_CDLONNECK.c  -fPIC -DPIC -o .libs/ta_CDLONNECK.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLONNECK.lo -MD -MP -MF .deps/ta_CDLONNECK.Tpo -c ta_CDLONNECK.c -o ta_CDLONNECK.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLONNECK.Tpo .deps/ta_CDLONNECK.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLPIERCING.lo -MD -MP -MF .deps/ta_CDLPIERCING.Tpo -c -o ta_CDLPIERCING.lo ta_CDLPIERCING.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLPIERCING.lo -MD -MP -MF .deps/ta_CDLPIERCING.Tpo -c ta_CDLPIERCING.c  -fPIC -DPIC -o .libs/ta_CDLPIERCING.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLPIERCING.lo -MD -MP -MF .deps/ta_CDLPIERCING.Tpo -c ta_CDLPIERCING.c -o ta_CDLPIERCING.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLPIERCING.Tpo .deps/ta_CDLPIERCING.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLRICKSHAWMAN.lo -MD -MP -MF .deps/ta_CDLRICKSHAWMAN.Tpo -c -o ta_CDLRICKSHAWMAN.lo ta_CDLRICKSHAWMAN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLRICKSHAWMAN.lo -MD -MP -MF .deps/ta_CDLRICKSHAWMAN.Tpo -c ta_CDLRICKSHAWMAN.c  -fPIC -DPIC -o .libs/ta_CDLRICKSHAWMAN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLRICKSHAWMAN.lo -MD -MP -MF .deps/ta_CDLRICKSHAWMAN.Tpo -c ta_CDLRICKSHAWMAN.c -o ta_CDLRICKSHAWMAN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLRICKSHAWMAN.Tpo .deps/ta_CDLRICKSHAWMAN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLRISEFALL3METHODS.lo -MD -MP -MF .deps/ta_CDLRISEFALL3METHODS.Tpo -c -o ta_CDLRISEFALL3METHODS.lo ta_CDLRISEFALL3METHODS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLRISEFALL3METHODS.lo -MD -MP -MF .deps/ta_CDLRISEFALL3METHODS.Tpo -c ta_CDLRISEFALL3METHODS.c  -fPIC -DPIC -o .libs/ta_CDLRISEFALL3METHODS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLRISEFALL3METHODS.lo -MD -MP -MF .deps/ta_CDLRISEFALL3METHODS.Tpo -c ta_CDLRISEFALL3METHODS.c -o ta_CDLRISEFALL3METHODS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLRISEFALL3METHODS.Tpo .deps/ta_CDLRISEFALL3METHODS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSEPARATINGLINES.lo -MD -MP -MF .deps/ta_CDLSEPARATINGLINES.Tpo -c -o ta_CDLSEPARATINGLINES.lo ta_CDLSEPARATINGLINES.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSEPARATINGLINES.lo -MD -MP -MF .deps/ta_CDLSEPARATINGLINES.Tpo -c ta_CDLSEPARATINGLINES.c  -fPIC -DPIC -o .libs/ta_CDLSEPARATINGLINES.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSEPARATINGLINES.lo -MD -MP -MF .deps/ta_CDLSEPARATINGLINES.Tpo -c ta_CDLSEPARATINGLINES.c -o ta_CDLSEPARATINGLINES.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSEPARATINGLINES.Tpo .deps/ta_CDLSEPARATINGLINES.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSHOOTINGSTAR.lo -MD -MP -MF .deps/ta_CDLSHOOTINGSTAR.Tpo -c -o ta_CDLSHOOTINGSTAR.lo ta_CDLSHOOTINGSTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSHOOTINGSTAR.lo -MD -MP -MF .deps/ta_CDLSHOOTINGSTAR.Tpo -c ta_CDLSHOOTINGSTAR.c  -fPIC -DPIC -o .libs/ta_CDLSHOOTINGSTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSHOOTINGSTAR.lo -MD -MP -MF .deps/ta_CDLSHOOTINGSTAR.Tpo -c ta_CDLSHOOTINGSTAR.c -o ta_CDLSHOOTINGSTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSHOOTINGSTAR.Tpo .deps/ta_CDLSHOOTINGSTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSHORTLINE.lo -MD -MP -MF .deps/ta_CDLSHORTLINE.Tpo -c -o ta_CDLSHORTLINE.lo ta_CDLSHORTLINE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSHORTLINE.lo -MD -MP -MF .deps/ta_CDLSHORTLINE.Tpo -c ta_CDLSHORTLINE.c  -fPIC -DPIC -o .libs/ta_CDLSHORTLINE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSHORTLINE.lo -MD -MP -MF .deps/ta_CDLSHORTLINE.Tpo -c ta_CDLSHORTLINE.c -o ta_CDLSHORTLINE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSHORTLINE.Tpo .deps/ta_CDLSHORTLINE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSPINNINGTOP.lo -MD -MP -MF .deps/ta_CDLSPINNINGTOP.Tpo -c -o ta_CDLSPINNINGTOP.lo ta_CDLSPINNINGTOP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSPINNINGTOP.lo -MD -MP -MF .deps/ta_CDLSPINNINGTOP.Tpo -c ta_CDLSPINNINGTOP.c  -fPIC -DPIC -o .libs/ta_CDLSPINNINGTOP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSPINNINGTOP.lo -MD -MP -MF .deps/ta_CDLSPINNINGTOP.Tpo -c ta_CDLSPINNINGTOP.c -o ta_CDLSPINNINGTOP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSPINNINGTOP.Tpo .deps/ta_CDLSPINNINGTOP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSTALLEDPATTERN.lo -MD -MP -MF .deps/ta_CDLSTALLEDPATTERN.Tpo -c -o ta_CDLSTALLEDPATTERN.lo ta_CDLSTALLEDPATTERN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSTALLEDPATTERN.lo -MD -MP -MF .deps/ta_CDLSTALLEDPATTERN.Tpo -c ta_CDLSTALLEDPATTERN.c  -fPIC -DPIC -o .libs/ta_CDLSTALLEDPATTERN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSTALLEDPATTERN.lo -MD -MP -MF .deps/ta_CDLSTALLEDPATTERN.Tpo -c ta_CDLSTALLEDPATTERN.c -o ta_CDLSTALLEDPATTERN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSTALLEDPATTERN.Tpo .deps/ta_CDLSTALLEDPATTERN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLSTICKSANDWICH.lo -MD -MP -MF .deps/ta_CDLSTICKSANDWICH.Tpo -c -o ta_CDLSTICKSANDWICH.lo ta_CDLSTICKSANDWICH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSTICKSANDWICH.lo -MD -MP -MF .deps/ta_CDLSTICKSANDWICH.Tpo -c ta_CDLSTICKSANDWICH.c  -fPIC -DPIC -o .libs/ta_CDLSTICKSANDWICH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLSTICKSANDWICH.lo -MD -MP -MF .deps/ta_CDLSTICKSANDWICH.Tpo -c ta_CDLSTICKSANDWICH.c -o ta_CDLSTICKSANDWICH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLSTICKSANDWICH.Tpo .deps/ta_CDLSTICKSANDWICH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLTAKURI.lo -MD -MP -MF .deps/ta_CDLTAKURI.Tpo -c -o ta_CDLTAKURI.lo ta_CDLTAKURI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTAKURI.lo -MD -MP -MF .deps/ta_CDLTAKURI.Tpo -c ta_CDLTAKURI.c  -fPIC -DPIC -o .libs/ta_CDLTAKURI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTAKURI.lo -MD -MP -MF .deps/ta_CDLTAKURI.Tpo -c ta_CDLTAKURI.c -o ta_CDLTAKURI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLTAKURI.Tpo .deps/ta_CDLTAKURI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLTASUKIGAP.lo -MD -MP -MF .deps/ta_CDLTASUKIGAP.Tpo -c -o ta_CDLTASUKIGAP.lo ta_CDLTASUKIGAP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTASUKIGAP.lo -MD -MP -MF .deps/ta_CDLTASUKIGAP.Tpo -c ta_CDLTASUKIGAP.c  -fPIC -DPIC -o .libs/ta_CDLTASUKIGAP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTASUKIGAP.lo -MD -MP -MF .deps/ta_CDLTASUKIGAP.Tpo -c ta_CDLTASUKIGAP.c -o ta_CDLTASUKIGAP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLTASUKIGAP.Tpo .deps/ta_CDLTASUKIGAP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLTHRUSTING.lo -MD -MP -MF .deps/ta_CDLTHRUSTING.Tpo -c -o ta_CDLTHRUSTING.lo ta_CDLTHRUSTING.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTHRUSTING.lo -MD -MP -MF .deps/ta_CDLTHRUSTING.Tpo -c ta_CDLTHRUSTING.c  -fPIC -DPIC -o .libs/ta_CDLTHRUSTING.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTHRUSTING.lo -MD -MP -MF .deps/ta_CDLTHRUSTING.Tpo -c ta_CDLTHRUSTING.c -o ta_CDLTHRUSTING.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLTHRUSTING.Tpo .deps/ta_CDLTHRUSTING.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLTRISTAR.lo -MD -MP -MF .deps/ta_CDLTRISTAR.Tpo -c -o ta_CDLTRISTAR.lo ta_CDLTRISTAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTRISTAR.lo -MD -MP -MF .deps/ta_CDLTRISTAR.Tpo -c ta_CDLTRISTAR.c  -fPIC -DPIC -o .libs/ta_CDLTRISTAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLTRISTAR.lo -MD -MP -MF .deps/ta_CDLTRISTAR.Tpo -c ta_CDLTRISTAR.c -o ta_CDLTRISTAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLTRISTAR.Tpo .deps/ta_CDLTRISTAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLUNIQUE3RIVER.lo -MD -MP -MF .deps/ta_CDLUNIQUE3RIVER.Tpo -c -o ta_CDLUNIQUE3RIVER.lo ta_CDLUNIQUE3RIVER.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLUNIQUE3RIVER.lo -MD -MP -MF .deps/ta_CDLUNIQUE3RIVER.Tpo -c ta_CDLUNIQUE3RIVER.c  -fPIC -DPIC -o .libs/ta_CDLUNIQUE3RIVER.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLUNIQUE3RIVER.lo -MD -MP -MF .deps/ta_CDLUNIQUE3RIVER.Tpo -c ta_CDLUNIQUE3RIVER.c -o ta_CDLUNIQUE3RIVER.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLUNIQUE3RIVER.Tpo .deps/ta_CDLUNIQUE3RIVER.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLUPSIDEGAP2CROWS.lo -MD -MP -MF .deps/ta_CDLUPSIDEGAP2CROWS.Tpo -c -o ta_CDLUPSIDEGAP2CROWS.lo ta_CDLUPSIDEGAP2CROWS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLUPSIDEGAP2CROWS.lo -MD -MP -MF .deps/ta_CDLUPSIDEGAP2CROWS.Tpo -c ta_CDLUPSIDEGAP2CROWS.c  -fPIC -DPIC -o .libs/ta_CDLUPSIDEGAP2CROWS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLUPSIDEGAP2CROWS.lo -MD -MP -MF .deps/ta_CDLUPSIDEGAP2CROWS.Tpo -c ta_CDLUPSIDEGAP2CROWS.c -o ta_CDLUPSIDEGAP2CROWS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLUPSIDEGAP2CROWS.Tpo .deps/ta_CDLUPSIDEGAP2CROWS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CDLXSIDEGAP3METHODS.lo -MD -MP -MF .deps/ta_CDLXSIDEGAP3METHODS.Tpo -c -o ta_CDLXSIDEGAP3METHODS.lo ta_CDLXSIDEGAP3METHODS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLXSIDEGAP3METHODS.lo -MD -MP -MF .deps/ta_CDLXSIDEGAP3METHODS.Tpo -c ta_CDLXSIDEGAP3METHODS.c  -fPIC -DPIC -o .libs/ta_CDLXSIDEGAP3METHODS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CDLXSIDEGAP3METHODS.lo -MD -MP -MF .deps/ta_CDLXSIDEGAP3METHODS.Tpo -c ta_CDLXSIDEGAP3METHODS.c -o ta_CDLXSIDEGAP3METHODS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CDLXSIDEGAP3METHODS.Tpo .deps/ta_CDLXSIDEGAP3METHODS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CEIL.lo -MD -MP -MF .deps/ta_CEIL.Tpo -c -o ta_CEIL.lo ta_CEIL.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CEIL.lo -MD -MP -MF .deps/ta_CEIL.Tpo -c ta_CEIL.c  -fPIC -DPIC -o .libs/ta_CEIL.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CEIL.lo -MD -MP -MF .deps/ta_CEIL.Tpo -c ta_CEIL.c -o ta_CEIL.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CEIL.Tpo .deps/ta_CEIL.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CMO.lo -MD -MP -MF .deps/ta_CMO.Tpo -c -o ta_CMO.lo ta_CMO.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CMO.lo -MD -MP -MF .deps/ta_CMO.Tpo -c ta_CMO.c  -fPIC -DPIC -o .libs/ta_CMO.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CMO.lo -MD -MP -MF .deps/ta_CMO.Tpo -c ta_CMO.c -o ta_CMO.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CMO.Tpo .deps/ta_CMO.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_CORREL.lo -MD -MP -MF .deps/ta_CORREL.Tpo -c -o ta_CORREL.lo ta_CORREL.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CORREL.lo -MD -MP -MF .deps/ta_CORREL.Tpo -c ta_CORREL.c  -fPIC -DPIC -o .libs/ta_CORREL.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_CORREL.lo -MD -MP -MF .deps/ta_CORREL.Tpo -c ta_CORREL.c -o ta_CORREL.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_CORREL.Tpo .deps/ta_CORREL.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_COS.lo -MD -MP -MF .deps/ta_COS.Tpo -c -o ta_COS.lo ta_COS.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_COS.lo -MD -MP -MF .deps/ta_COS.Tpo -c ta_COS.c  -fPIC -DPIC -o .libs/ta_COS.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_COS.lo -MD -MP -MF .deps/ta_COS.Tpo -c ta_COS.c -o ta_COS.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_COS.Tpo .deps/ta_COS.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_COSH.lo -MD -MP -MF .deps/ta_COSH.Tpo -c -o ta_COSH.lo ta_COSH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_COSH.lo -MD -MP -MF .deps/ta_COSH.Tpo -c ta_COSH.c  -fPIC -DPIC -o .libs/ta_COSH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_COSH.lo -MD -MP -MF .deps/ta_COSH.Tpo -c ta_COSH.c -o ta_COSH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_COSH.Tpo .deps/ta_COSH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_DEMA.lo -MD -MP -MF .deps/ta_DEMA.Tpo -c -o ta_DEMA.lo ta_DEMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DEMA.lo -MD -MP -MF .deps/ta_DEMA.Tpo -c ta_DEMA.c  -fPIC -DPIC -o .libs/ta_DEMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DEMA.lo -MD -MP -MF .deps/ta_DEMA.Tpo -c ta_DEMA.c -o ta_DEMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_DEMA.Tpo .deps/ta_DEMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_DIV.lo -MD -MP -MF .deps/ta_DIV.Tpo -c -o ta_DIV.lo ta_DIV.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DIV.lo -MD -MP -MF .deps/ta_DIV.Tpo -c ta_DIV.c  -fPIC -DPIC -o .libs/ta_DIV.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DIV.lo -MD -MP -MF .deps/ta_DIV.Tpo -c ta_DIV.c -o ta_DIV.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_DIV.Tpo .deps/ta_DIV.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_DX.lo -MD -MP -MF .deps/ta_DX.Tpo -c -o ta_DX.lo ta_DX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DX.lo -MD -MP -MF .deps/ta_DX.Tpo -c ta_DX.c  -fPIC -DPIC -o .libs/ta_DX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_DX.lo -MD -MP -MF .deps/ta_DX.Tpo -c ta_DX.c -o ta_DX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_DX.Tpo .deps/ta_DX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_EMA.lo -MD -MP -MF .deps/ta_EMA.Tpo -c -o ta_EMA.lo ta_EMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_EMA.lo -MD -MP -MF .deps/ta_EMA.Tpo -c ta_EMA.c  -fPIC -DPIC -o .libs/ta_EMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_EMA.lo -MD -MP -MF .deps/ta_EMA.Tpo -c ta_EMA.c -o ta_EMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_EMA.Tpo .deps/ta_EMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_EXP.lo -MD -MP -MF .deps/ta_EXP.Tpo -c -o ta_EXP.lo ta_EXP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_EXP.lo -MD -MP -MF .deps/ta_EXP.Tpo -c ta_EXP.c  -fPIC -DPIC -o .libs/ta_EXP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_EXP.lo -MD -MP -MF .deps/ta_EXP.Tpo -c ta_EXP.c -o ta_EXP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_EXP.Tpo .deps/ta_EXP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_FLOOR.lo -MD -MP -MF .deps/ta_FLOOR.Tpo -c -o ta_FLOOR.lo ta_FLOOR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_FLOOR.lo -MD -MP -MF .deps/ta_FLOOR.Tpo -c ta_FLOOR.c  -fPIC -DPIC -o .libs/ta_FLOOR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_FLOOR.lo -MD -MP -MF .deps/ta_FLOOR.Tpo -c ta_FLOOR.c -o ta_FLOOR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_FLOOR.Tpo .deps/ta_FLOOR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_DCPERIOD.lo -MD -MP -MF .deps/ta_HT_DCPERIOD.Tpo -c -o ta_HT_DCPERIOD.lo ta_HT_DCPERIOD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_DCPERIOD.lo -MD -MP -MF .deps/ta_HT_DCPERIOD.Tpo -c ta_HT_DCPERIOD.c  -fPIC -DPIC -o .libs/ta_HT_DCPERIOD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_DCPERIOD.lo -MD -MP -MF .deps/ta_HT_DCPERIOD.Tpo -c ta_HT_DCPERIOD.c -o ta_HT_DCPERIOD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_DCPERIOD.Tpo .deps/ta_HT_DCPERIOD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_DCPHASE.lo -MD -MP -MF .deps/ta_HT_DCPHASE.Tpo -c -o ta_HT_DCPHASE.lo ta_HT_DCPHASE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_DCPHASE.lo -MD -MP -MF .deps/ta_HT_DCPHASE.Tpo -c ta_HT_DCPHASE.c  -fPIC -DPIC -o .libs/ta_HT_DCPHASE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_DCPHASE.lo -MD -MP -MF .deps/ta_HT_DCPHASE.Tpo -c ta_HT_DCPHASE.c -o ta_HT_DCPHASE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_DCPHASE.Tpo .deps/ta_HT_DCPHASE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_PHASOR.lo -MD -MP -MF .deps/ta_HT_PHASOR.Tpo -c -o ta_HT_PHASOR.lo ta_HT_PHASOR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_PHASOR.lo -MD -MP -MF .deps/ta_HT_PHASOR.Tpo -c ta_HT_PHASOR.c  -fPIC -DPIC -o .libs/ta_HT_PHASOR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_PHASOR.lo -MD -MP -MF .deps/ta_HT_PHASOR.Tpo -c ta_HT_PHASOR.c -o ta_HT_PHASOR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_PHASOR.Tpo .deps/ta_HT_PHASOR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_SINE.lo -MD -MP -MF .deps/ta_HT_SINE.Tpo -c -o ta_HT_SINE.lo ta_HT_SINE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_SINE.lo -MD -MP -MF .deps/ta_HT_SINE.Tpo -c ta_HT_SINE.c  -fPIC -DPIC -o .libs/ta_HT_SINE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_SINE.lo -MD -MP -MF .deps/ta_HT_SINE.Tpo -c ta_HT_SINE.c -o ta_HT_SINE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_SINE.Tpo .deps/ta_HT_SINE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_TRENDLINE.lo -MD -MP -MF .deps/ta_HT_TRENDLINE.Tpo -c -o ta_HT_TRENDLINE.lo ta_HT_TRENDLINE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_TRENDLINE.lo -MD -MP -MF .deps/ta_HT_TRENDLINE.Tpo -c ta_HT_TRENDLINE.c  -fPIC -DPIC -o .libs/ta_HT_TRENDLINE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_TRENDLINE.lo -MD -MP -MF .deps/ta_HT_TRENDLINE.Tpo -c ta_HT_TRENDLINE.c -o ta_HT_TRENDLINE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_TRENDLINE.Tpo .deps/ta_HT_TRENDLINE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_HT_TRENDMODE.lo -MD -MP -MF .deps/ta_HT_TRENDMODE.Tpo -c -o ta_HT_TRENDMODE.lo ta_HT_TRENDMODE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_TRENDMODE.lo -MD -MP -MF .deps/ta_HT_TRENDMODE.Tpo -c ta_HT_TRENDMODE.c  -fPIC -DPIC -o .libs/ta_HT_TRENDMODE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_HT_TRENDMODE.lo -MD -MP -MF .deps/ta_HT_TRENDMODE.Tpo -c ta_HT_TRENDMODE.c -o ta_HT_TRENDMODE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_HT_TRENDMODE.Tpo .deps/ta_HT_TRENDMODE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_KAMA.lo -MD -MP -MF .deps/ta_KAMA.Tpo -c -o ta_KAMA.lo ta_KAMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_KAMA.lo -MD -MP -MF .deps/ta_KAMA.Tpo -c ta_KAMA.c  -fPIC -DPIC -o .libs/ta_KAMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_KAMA.lo -MD -MP -MF .deps/ta_KAMA.Tpo -c ta_KAMA.c -o ta_KAMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_KAMA.Tpo .deps/ta_KAMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LINEARREG.lo -MD -MP -MF .deps/ta_LINEARREG.Tpo -c -o ta_LINEARREG.lo ta_LINEARREG.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG.lo -MD -MP -MF .deps/ta_LINEARREG.Tpo -c ta_LINEARREG.c  -fPIC -DPIC -o .libs/ta_LINEARREG.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG.lo -MD -MP -MF .deps/ta_LINEARREG.Tpo -c ta_LINEARREG.c -o ta_LINEARREG.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LINEARREG.Tpo .deps/ta_LINEARREG.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LINEARREG_ANGLE.lo -MD -MP -MF .deps/ta_LINEARREG_ANGLE.Tpo -c -o ta_LINEARREG_ANGLE.lo ta_LINEARREG_ANGLE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_ANGLE.lo -MD -MP -MF .deps/ta_LINEARREG_ANGLE.Tpo -c ta_LINEARREG_ANGLE.c  -fPIC -DPIC -o .libs/ta_LINEARREG_ANGLE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_ANGLE.lo -MD -MP -MF .deps/ta_LINEARREG_ANGLE.Tpo -c ta_LINEARREG_ANGLE.c -o ta_LINEARREG_ANGLE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LINEARREG_ANGLE.Tpo .deps/ta_LINEARREG_ANGLE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LINEARREG_INTERCEPT.lo -MD -MP -MF .deps/ta_LINEARREG_INTERCEPT.Tpo -c -o ta_LINEARREG_INTERCEPT.lo ta_LINEARREG_INTERCEPT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_INTERCEPT.lo -MD -MP -MF .deps/ta_LINEARREG_INTERCEPT.Tpo -c ta_LINEARREG_INTERCEPT.c  -fPIC -DPIC -o .libs/ta_LINEARREG_INTERCEPT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_INTERCEPT.lo -MD -MP -MF .deps/ta_LINEARREG_INTERCEPT.Tpo -c ta_LINEARREG_INTERCEPT.c -o ta_LINEARREG_INTERCEPT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LINEARREG_INTERCEPT.Tpo .deps/ta_LINEARREG_INTERCEPT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LINEARREG_SLOPE.lo -MD -MP -MF .deps/ta_LINEARREG_SLOPE.Tpo -c -o ta_LINEARREG_SLOPE.lo ta_LINEARREG_SLOPE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_SLOPE.lo -MD -MP -MF .deps/ta_LINEARREG_SLOPE.Tpo -c ta_LINEARREG_SLOPE.c  -fPIC -DPIC -o .libs/ta_LINEARREG_SLOPE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LINEARREG_SLOPE.lo -MD -MP -MF .deps/ta_LINEARREG_SLOPE.Tpo -c ta_LINEARREG_SLOPE.c -o ta_LINEARREG_SLOPE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LINEARREG_SLOPE.Tpo .deps/ta_LINEARREG_SLOPE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LN.lo -MD -MP -MF .deps/ta_LN.Tpo -c -o ta_LN.lo ta_LN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LN.lo -MD -MP -MF .deps/ta_LN.Tpo -c ta_LN.c  -fPIC -DPIC -o .libs/ta_LN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LN.lo -MD -MP -MF .deps/ta_LN.Tpo -c ta_LN.c -o ta_LN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LN.Tpo .deps/ta_LN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_LOG10.lo -MD -MP -MF .deps/ta_LOG10.Tpo -c -o ta_LOG10.lo ta_LOG10.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LOG10.lo -MD -MP -MF .deps/ta_LOG10.Tpo -c ta_LOG10.c  -fPIC -DPIC -o .libs/ta_LOG10.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_LOG10.lo -MD -MP -MF .deps/ta_LOG10.Tpo -c ta_LOG10.c -o ta_LOG10.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_LOG10.Tpo .deps/ta_LOG10.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MA.lo -MD -MP -MF .deps/ta_MA.Tpo -c -o ta_MA.lo ta_MA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MA.lo -MD -MP -MF .deps/ta_MA.Tpo -c ta_MA.c  -fPIC -DPIC -o .libs/ta_MA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MA.lo -MD -MP -MF .deps/ta_MA.Tpo -c ta_MA.c -o ta_MA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MA.Tpo .deps/ta_MA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MACD.lo -MD -MP -MF .deps/ta_MACD.Tpo -c -o ta_MACD.lo ta_MACD.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACD.lo -MD -MP -MF .deps/ta_MACD.Tpo -c ta_MACD.c  -fPIC -DPIC -o .libs/ta_MACD.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACD.lo -MD -MP -MF .deps/ta_MACD.Tpo -c ta_MACD.c -o ta_MACD.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MACD.Tpo .deps/ta_MACD.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MACDEXT.lo -MD -MP -MF .deps/ta_MACDEXT.Tpo -c -o ta_MACDEXT.lo ta_MACDEXT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACDEXT.lo -MD -MP -MF .deps/ta_MACDEXT.Tpo -c ta_MACDEXT.c  -fPIC -DPIC -o .libs/ta_MACDEXT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACDEXT.lo -MD -MP -MF .deps/ta_MACDEXT.Tpo -c ta_MACDEXT.c -o ta_MACDEXT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MACDEXT.Tpo .deps/ta_MACDEXT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MACDFIX.lo -MD -MP -MF .deps/ta_MACDFIX.Tpo -c -o ta_MACDFIX.lo ta_MACDFIX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACDFIX.lo -MD -MP -MF .deps/ta_MACDFIX.Tpo -c ta_MACDFIX.c  -fPIC -DPIC -o .libs/ta_MACDFIX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MACDFIX.lo -MD -MP -MF .deps/ta_MACDFIX.Tpo -c ta_MACDFIX.c -o ta_MACDFIX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MACDFIX.Tpo .deps/ta_MACDFIX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MAMA.lo -MD -MP -MF .deps/ta_MAMA.Tpo -c -o ta_MAMA.lo ta_MAMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAMA.lo -MD -MP -MF .deps/ta_MAMA.Tpo -c ta_MAMA.c  -fPIC -DPIC -o .libs/ta_MAMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAMA.lo -MD -MP -MF .deps/ta_MAMA.Tpo -c ta_MAMA.c -o ta_MAMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MAMA.Tpo .deps/ta_MAMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MAVP.lo -MD -MP -MF .deps/ta_MAVP.Tpo -c -o ta_MAVP.lo ta_MAVP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAVP.lo -MD -MP -MF .deps/ta_MAVP.Tpo -c ta_MAVP.c  -fPIC -DPIC -o .libs/ta_MAVP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAVP.lo -MD -MP -MF .deps/ta_MAVP.Tpo -c ta_MAVP.c -o ta_MAVP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MAVP.Tpo .deps/ta_MAVP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MAX.lo -MD -MP -MF .deps/ta_MAX.Tpo -c -o ta_MAX.lo ta_MAX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAX.lo -MD -MP -MF .deps/ta_MAX.Tpo -c ta_MAX.c  -fPIC -DPIC -o .libs/ta_MAX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAX.lo -MD -MP -MF .deps/ta_MAX.Tpo -c ta_MAX.c -o ta_MAX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MAX.Tpo .deps/ta_MAX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MAXINDEX.lo -MD -MP -MF .deps/ta_MAXINDEX.Tpo -c -o ta_MAXINDEX.lo ta_MAXINDEX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAXINDEX.lo -MD -MP -MF .deps/ta_MAXINDEX.Tpo -c ta_MAXINDEX.c  -fPIC -DPIC -o .libs/ta_MAXINDEX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MAXINDEX.lo -MD -MP -MF .deps/ta_MAXINDEX.Tpo -c ta_MAXINDEX.c -o ta_MAXINDEX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MAXINDEX.Tpo .deps/ta_MAXINDEX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MEDPRICE.lo -MD -MP -MF .deps/ta_MEDPRICE.Tpo -c -o ta_MEDPRICE.lo ta_MEDPRICE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MEDPRICE.lo -MD -MP -MF .deps/ta_MEDPRICE.Tpo -c ta_MEDPRICE.c  -fPIC -DPIC -o .libs/ta_MEDPRICE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MEDPRICE.lo -MD -MP -MF .deps/ta_MEDPRICE.Tpo -c ta_MEDPRICE.c -o ta_MEDPRICE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MEDPRICE.Tpo .deps/ta_MEDPRICE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MFI.lo -MD -MP -MF .deps/ta_MFI.Tpo -c -o ta_MFI.lo ta_MFI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MFI.lo -MD -MP -MF .deps/ta_MFI.Tpo -c ta_MFI.c  -fPIC -DPIC -o .libs/ta_MFI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MFI.lo -MD -MP -MF .deps/ta_MFI.Tpo -c ta_MFI.c -o ta_MFI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MFI.Tpo .deps/ta_MFI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MIDPOINT.lo -MD -MP -MF .deps/ta_MIDPOINT.Tpo -c -o ta_MIDPOINT.lo ta_MIDPOINT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIDPOINT.lo -MD -MP -MF .deps/ta_MIDPOINT.Tpo -c ta_MIDPOINT.c  -fPIC -DPIC -o .libs/ta_MIDPOINT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIDPOINT.lo -MD -MP -MF .deps/ta_MIDPOINT.Tpo -c ta_MIDPOINT.c -o ta_MIDPOINT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MIDPOINT.Tpo .deps/ta_MIDPOINT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MIDPRICE.lo -MD -MP -MF .deps/ta_MIDPRICE.Tpo -c -o ta_MIDPRICE.lo ta_MIDPRICE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIDPRICE.lo -MD -MP -MF .deps/ta_MIDPRICE.Tpo -c ta_MIDPRICE.c  -fPIC -DPIC -o .libs/ta_MIDPRICE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIDPRICE.lo -MD -MP -MF .deps/ta_MIDPRICE.Tpo -c ta_MIDPRICE.c -o ta_MIDPRICE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MIDPRICE.Tpo .deps/ta_MIDPRICE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MIN.lo -MD -MP -MF .deps/ta_MIN.Tpo -c -o ta_MIN.lo ta_MIN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIN.lo -MD -MP -MF .deps/ta_MIN.Tpo -c ta_MIN.c  -fPIC -DPIC -o .libs/ta_MIN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MIN.lo -MD -MP -MF .deps/ta_MIN.Tpo -c ta_MIN.c -o ta_MIN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MIN.Tpo .deps/ta_MIN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MININDEX.lo -MD -MP -MF .deps/ta_MININDEX.Tpo -c -o ta_MININDEX.lo ta_MININDEX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MININDEX.lo -MD -MP -MF .deps/ta_MININDEX.Tpo -c ta_MININDEX.c  -fPIC -DPIC -o .libs/ta_MININDEX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MININDEX.lo -MD -MP -MF .deps/ta_MININDEX.Tpo -c ta_MININDEX.c -o ta_MININDEX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MININDEX.Tpo .deps/ta_MININDEX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MINMAX.lo -MD -MP -MF .deps/ta_MINMAX.Tpo -c -o ta_MINMAX.lo ta_MINMAX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINMAX.lo -MD -MP -MF .deps/ta_MINMAX.Tpo -c ta_MINMAX.c  -fPIC -DPIC -o .libs/ta_MINMAX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINMAX.lo -MD -MP -MF .deps/ta_MINMAX.Tpo -c ta_MINMAX.c -o ta_MINMAX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MINMAX.Tpo .deps/ta_MINMAX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MINMAXINDEX.lo -MD -MP -MF .deps/ta_MINMAXINDEX.Tpo -c -o ta_MINMAXINDEX.lo ta_MINMAXINDEX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINMAXINDEX.lo -MD -MP -MF .deps/ta_MINMAXINDEX.Tpo -c ta_MINMAXINDEX.c  -fPIC -DPIC -o .libs/ta_MINMAXINDEX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINMAXINDEX.lo -MD -MP -MF .deps/ta_MINMAXINDEX.Tpo -c ta_MINMAXINDEX.c -o ta_MINMAXINDEX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MINMAXINDEX.Tpo .deps/ta_MINMAXINDEX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MINUS_DI.lo -MD -MP -MF .deps/ta_MINUS_DI.Tpo -c -o ta_MINUS_DI.lo ta_MINUS_DI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINUS_DI.lo -MD -MP -MF .deps/ta_MINUS_DI.Tpo -c ta_MINUS_DI.c  -fPIC -DPIC -o .libs/ta_MINUS_DI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINUS_DI.lo -MD -MP -MF .deps/ta_MINUS_DI.Tpo -c ta_MINUS_DI.c -o ta_MINUS_DI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MINUS_DI.Tpo .deps/ta_MINUS_DI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MINUS_DM.lo -MD -MP -MF .deps/ta_MINUS_DM.Tpo -c -o ta_MINUS_DM.lo ta_MINUS_DM.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINUS_DM.lo -MD -MP -MF .deps/ta_MINUS_DM.Tpo -c ta_MINUS_DM.c  -fPIC -DPIC -o .libs/ta_MINUS_DM.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MINUS_DM.lo -MD -MP -MF .deps/ta_MINUS_DM.Tpo -c ta_MINUS_DM.c -o ta_MINUS_DM.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MINUS_DM.Tpo .deps/ta_MINUS_DM.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MOM.lo -MD -MP -MF .deps/ta_MOM.Tpo -c -o ta_MOM.lo ta_MOM.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MOM.lo -MD -MP -MF .deps/ta_MOM.Tpo -c ta_MOM.c  -fPIC -DPIC -o .libs/ta_MOM.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MOM.lo -MD -MP -MF .deps/ta_MOM.Tpo -c ta_MOM.c -o ta_MOM.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MOM.Tpo .deps/ta_MOM.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_MULT.lo -MD -MP -MF .deps/ta_MULT.Tpo -c -o ta_MULT.lo ta_MULT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MULT.lo -MD -MP -MF .deps/ta_MULT.Tpo -c ta_MULT.c  -fPIC -DPIC -o .libs/ta_MULT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_MULT.lo -MD -MP -MF .deps/ta_MULT.Tpo -c ta_MULT.c -o ta_MULT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_MULT.Tpo .deps/ta_MULT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_NATR.lo -MD -MP -MF .deps/ta_NATR.Tpo -c -o ta_NATR.lo ta_NATR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_NATR.lo -MD -MP -MF .deps/ta_NATR.Tpo -c ta_NATR.c  -fPIC -DPIC -o .libs/ta_NATR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_NATR.lo -MD -MP -MF .deps/ta_NATR.Tpo -c ta_NATR.c -o ta_NATR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_NATR.Tpo .deps/ta_NATR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_OBV.lo -MD -MP -MF .deps/ta_OBV.Tpo -c -o ta_OBV.lo ta_OBV.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_OBV.lo -MD -MP -MF .deps/ta_OBV.Tpo -c ta_OBV.c  -fPIC -DPIC -o .libs/ta_OBV.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_OBV.lo -MD -MP -MF .deps/ta_OBV.Tpo -c ta_OBV.c -o ta_OBV.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_OBV.Tpo .deps/ta_OBV.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_PLUS_DI.lo -MD -MP -MF .deps/ta_PLUS_DI.Tpo -c -o ta_PLUS_DI.lo ta_PLUS_DI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PLUS_DI.lo -MD -MP -MF .deps/ta_PLUS_DI.Tpo -c ta_PLUS_DI.c  -fPIC -DPIC -o .libs/ta_PLUS_DI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PLUS_DI.lo -MD -MP -MF .deps/ta_PLUS_DI.Tpo -c ta_PLUS_DI.c -o ta_PLUS_DI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_PLUS_DI.Tpo .deps/ta_PLUS_DI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_PLUS_DM.lo -MD -MP -MF .deps/ta_PLUS_DM.Tpo -c -o ta_PLUS_DM.lo ta_PLUS_DM.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PLUS_DM.lo -MD -MP -MF .deps/ta_PLUS_DM.Tpo -c ta_PLUS_DM.c  -fPIC -DPIC -o .libs/ta_PLUS_DM.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PLUS_DM.lo -MD -MP -MF .deps/ta_PLUS_DM.Tpo -c ta_PLUS_DM.c -o ta_PLUS_DM.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_PLUS_DM.Tpo .deps/ta_PLUS_DM.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_PPO.lo -MD -MP -MF .deps/ta_PPO.Tpo -c -o ta_PPO.lo ta_PPO.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PPO.lo -MD -MP -MF .deps/ta_PPO.Tpo -c ta_PPO.c  -fPIC -DPIC -o .libs/ta_PPO.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_PPO.lo -MD -MP -MF .deps/ta_PPO.Tpo -c ta_PPO.c -o ta_PPO.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_PPO.Tpo .deps/ta_PPO.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ROC.lo -MD -MP -MF .deps/ta_ROC.Tpo -c -o ta_ROC.lo ta_ROC.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROC.lo -MD -MP -MF .deps/ta_ROC.Tpo -c ta_ROC.c  -fPIC -DPIC -o .libs/ta_ROC.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROC.lo -MD -MP -MF .deps/ta_ROC.Tpo -c ta_ROC.c -o ta_ROC.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ROC.Tpo .deps/ta_ROC.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ROCP.lo -MD -MP -MF .deps/ta_ROCP.Tpo -c -o ta_ROCP.lo ta_ROCP.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCP.lo -MD -MP -MF .deps/ta_ROCP.Tpo -c ta_ROCP.c  -fPIC -DPIC -o .libs/ta_ROCP.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCP.lo -MD -MP -MF .deps/ta_ROCP.Tpo -c ta_ROCP.c -o ta_ROCP.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ROCP.Tpo .deps/ta_ROCP.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ROCR.lo -MD -MP -MF .deps/ta_ROCR.Tpo -c -o ta_ROCR.lo ta_ROCR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCR.lo -MD -MP -MF .deps/ta_ROCR.Tpo -c ta_ROCR.c  -fPIC -DPIC -o .libs/ta_ROCR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCR.lo -MD -MP -MF .deps/ta_ROCR.Tpo -c ta_ROCR.c -o ta_ROCR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ROCR.Tpo .deps/ta_ROCR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ROCR100.lo -MD -MP -MF .deps/ta_ROCR100.Tpo -c -o ta_ROCR100.lo ta_ROCR100.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCR100.lo -MD -MP -MF .deps/ta_ROCR100.Tpo -c ta_ROCR100.c  -fPIC -DPIC -o .libs/ta_ROCR100.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ROCR100.lo -MD -MP -MF .deps/ta_ROCR100.Tpo -c ta_ROCR100.c -o ta_ROCR100.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ROCR100.Tpo .deps/ta_ROCR100.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_RSI.lo -MD -MP -MF .deps/ta_RSI.Tpo -c -o ta_RSI.lo ta_RSI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_RSI.lo -MD -MP -MF .deps/ta_RSI.Tpo -c ta_RSI.c  -fPIC -DPIC -o .libs/ta_RSI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_RSI.lo -MD -MP -MF .deps/ta_RSI.Tpo -c ta_RSI.c -o ta_RSI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_RSI.Tpo .deps/ta_RSI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SAR.lo -MD -MP -MF .deps/ta_SAR.Tpo -c -o ta_SAR.lo ta_SAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SAR.lo -MD -MP -MF .deps/ta_SAR.Tpo -c ta_SAR.c  -fPIC -DPIC -o .libs/ta_SAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SAR.lo -MD -MP -MF .deps/ta_SAR.Tpo -c ta_SAR.c -o ta_SAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SAR.Tpo .deps/ta_SAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SAREXT.lo -MD -MP -MF .deps/ta_SAREXT.Tpo -c -o ta_SAREXT.lo ta_SAREXT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SAREXT.lo -MD -MP -MF .deps/ta_SAREXT.Tpo -c ta_SAREXT.c  -fPIC -DPIC -o .libs/ta_SAREXT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SAREXT.lo -MD -MP -MF .deps/ta_SAREXT.Tpo -c ta_SAREXT.c -o ta_SAREXT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SAREXT.Tpo .deps/ta_SAREXT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SIN.lo -MD -MP -MF .deps/ta_SIN.Tpo -c -o ta_SIN.lo ta_SIN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SIN.lo -MD -MP -MF .deps/ta_SIN.Tpo -c ta_SIN.c  -fPIC -DPIC -o .libs/ta_SIN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SIN.lo -MD -MP -MF .deps/ta_SIN.Tpo -c ta_SIN.c -o ta_SIN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SIN.Tpo .deps/ta_SIN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SINH.lo -MD -MP -MF .deps/ta_SINH.Tpo -c -o ta_SINH.lo ta_SINH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SINH.lo -MD -MP -MF .deps/ta_SINH.Tpo -c ta_SINH.c  -fPIC -DPIC -o .libs/ta_SINH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SINH.lo -MD -MP -MF .deps/ta_SINH.Tpo -c ta_SINH.c -o ta_SINH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SINH.Tpo .deps/ta_SINH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SMA.lo -MD -MP -MF .deps/ta_SMA.Tpo -c -o ta_SMA.lo ta_SMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SMA.lo -MD -MP -MF .deps/ta_SMA.Tpo -c ta_SMA.c  -fPIC -DPIC -o .libs/ta_SMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SMA.lo -MD -MP -MF .deps/ta_SMA.Tpo -c ta_SMA.c -o ta_SMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SMA.Tpo .deps/ta_SMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SQRT.lo -MD -MP -MF .deps/ta_SQRT.Tpo -c -o ta_SQRT.lo ta_SQRT.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SQRT.lo -MD -MP -MF .deps/ta_SQRT.Tpo -c ta_SQRT.c  -fPIC -DPIC -o .libs/ta_SQRT.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SQRT.lo -MD -MP -MF .deps/ta_SQRT.Tpo -c ta_SQRT.c -o ta_SQRT.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SQRT.Tpo .deps/ta_SQRT.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_STDDEV.lo -MD -MP -MF .deps/ta_STDDEV.Tpo -c -o ta_STDDEV.lo ta_STDDEV.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STDDEV.lo -MD -MP -MF .deps/ta_STDDEV.Tpo -c ta_STDDEV.c  -fPIC -DPIC -o .libs/ta_STDDEV.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STDDEV.lo -MD -MP -MF .deps/ta_STDDEV.Tpo -c ta_STDDEV.c -o ta_STDDEV.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_STDDEV.Tpo .deps/ta_STDDEV.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_STOCH.lo -MD -MP -MF .deps/ta_STOCH.Tpo -c -o ta_STOCH.lo ta_STOCH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCH.lo -MD -MP -MF .deps/ta_STOCH.Tpo -c ta_STOCH.c  -fPIC -DPIC -o .libs/ta_STOCH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCH.lo -MD -MP -MF .deps/ta_STOCH.Tpo -c ta_STOCH.c -o ta_STOCH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_STOCH.Tpo .deps/ta_STOCH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_STOCHF.lo -MD -MP -MF .deps/ta_STOCHF.Tpo -c -o ta_STOCHF.lo ta_STOCHF.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCHF.lo -MD -MP -MF .deps/ta_STOCHF.Tpo -c ta_STOCHF.c  -fPIC -DPIC -o .libs/ta_STOCHF.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCHF.lo -MD -MP -MF .deps/ta_STOCHF.Tpo -c ta_STOCHF.c -o ta_STOCHF.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_STOCHF.Tpo .deps/ta_STOCHF.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_STOCHRSI.lo -MD -MP -MF .deps/ta_STOCHRSI.Tpo -c -o ta_STOCHRSI.lo ta_STOCHRSI.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCHRSI.lo -MD -MP -MF .deps/ta_STOCHRSI.Tpo -c ta_STOCHRSI.c  -fPIC -DPIC -o .libs/ta_STOCHRSI.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_STOCHRSI.lo -MD -MP -MF .deps/ta_STOCHRSI.Tpo -c ta_STOCHRSI.c -o ta_STOCHRSI.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_STOCHRSI.Tpo .deps/ta_STOCHRSI.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SUB.lo -MD -MP -MF .deps/ta_SUB.Tpo -c -o ta_SUB.lo ta_SUB.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SUB.lo -MD -MP -MF .deps/ta_SUB.Tpo -c ta_SUB.c  -fPIC -DPIC -o .libs/ta_SUB.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SUB.lo -MD -MP -MF .deps/ta_SUB.Tpo -c ta_SUB.c -o ta_SUB.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SUB.Tpo .deps/ta_SUB.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_SUM.lo -MD -MP -MF .deps/ta_SUM.Tpo -c -o ta_SUM.lo ta_SUM.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SUM.lo -MD -MP -MF .deps/ta_SUM.Tpo -c ta_SUM.c  -fPIC -DPIC -o .libs/ta_SUM.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_SUM.lo -MD -MP -MF .deps/ta_SUM.Tpo -c ta_SUM.c -o ta_SUM.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_SUM.Tpo .deps/ta_SUM.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_T3.lo -MD -MP -MF .deps/ta_T3.Tpo -c -o ta_T3.lo ta_T3.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_T3.lo -MD -MP -MF .deps/ta_T3.Tpo -c ta_T3.c  -fPIC -DPIC -o .libs/ta_T3.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_T3.lo -MD -MP -MF .deps/ta_T3.Tpo -c ta_T3.c -o ta_T3.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_T3.Tpo .deps/ta_T3.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TAN.lo -MD -MP -MF .deps/ta_TAN.Tpo -c -o ta_TAN.lo ta_TAN.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TAN.lo -MD -MP -MF .deps/ta_TAN.Tpo -c ta_TAN.c  -fPIC -DPIC -o .libs/ta_TAN.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TAN.lo -MD -MP -MF .deps/ta_TAN.Tpo -c ta_TAN.c -o ta_TAN.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TAN.Tpo .deps/ta_TAN.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TANH.lo -MD -MP -MF .deps/ta_TANH.Tpo -c -o ta_TANH.lo ta_TANH.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TANH.lo -MD -MP -MF .deps/ta_TANH.Tpo -c ta_TANH.c  -fPIC -DPIC -o .libs/ta_TANH.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TANH.lo -MD -MP -MF .deps/ta_TANH.Tpo -c ta_TANH.c -o ta_TANH.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TANH.Tpo .deps/ta_TANH.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TEMA.lo -MD -MP -MF .deps/ta_TEMA.Tpo -c -o ta_TEMA.lo ta_TEMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TEMA.lo -MD -MP -MF .deps/ta_TEMA.Tpo -c ta_TEMA.c  -fPIC -DPIC -o .libs/ta_TEMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TEMA.lo -MD -MP -MF .deps/ta_TEMA.Tpo -c ta_TEMA.c -o ta_TEMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TEMA.Tpo .deps/ta_TEMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TRANGE.lo -MD -MP -MF .deps/ta_TRANGE.Tpo -c -o ta_TRANGE.lo ta_TRANGE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRANGE.lo -MD -MP -MF .deps/ta_TRANGE.Tpo -c ta_TRANGE.c  -fPIC -DPIC -o .libs/ta_TRANGE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRANGE.lo -MD -MP -MF .deps/ta_TRANGE.Tpo -c ta_TRANGE.c -o ta_TRANGE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TRANGE.Tpo .deps/ta_TRANGE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TRIMA.lo -MD -MP -MF .deps/ta_TRIMA.Tpo -c -o ta_TRIMA.lo ta_TRIMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRIMA.lo -MD -MP -MF .deps/ta_TRIMA.Tpo -c ta_TRIMA.c  -fPIC -DPIC -o .libs/ta_TRIMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRIMA.lo -MD -MP -MF .deps/ta_TRIMA.Tpo -c ta_TRIMA.c -o ta_TRIMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TRIMA.Tpo .deps/ta_TRIMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TRIX.lo -MD -MP -MF .deps/ta_TRIX.Tpo -c -o ta_TRIX.lo ta_TRIX.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRIX.lo -MD -MP -MF .deps/ta_TRIX.Tpo -c ta_TRIX.c  -fPIC -DPIC -o .libs/ta_TRIX.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TRIX.lo -MD -MP -MF .deps/ta_TRIX.Tpo -c ta_TRIX.c -o ta_TRIX.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TRIX.Tpo .deps/ta_TRIX.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TSF.lo -MD -MP -MF .deps/ta_TSF.Tpo -c -o ta_TSF.lo ta_TSF.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TSF.lo -MD -MP -MF .deps/ta_TSF.Tpo -c ta_TSF.c  -fPIC -DPIC -o .libs/ta_TSF.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TSF.lo -MD -MP -MF .deps/ta_TSF.Tpo -c ta_TSF.c -o ta_TSF.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TSF.Tpo .deps/ta_TSF.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_TYPPRICE.lo -MD -MP -MF .deps/ta_TYPPRICE.Tpo -c -o ta_TYPPRICE.lo ta_TYPPRICE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TYPPRICE.lo -MD -MP -MF .deps/ta_TYPPRICE.Tpo -c ta_TYPPRICE.c  -fPIC -DPIC -o .libs/ta_TYPPRICE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_TYPPRICE.lo -MD -MP -MF .deps/ta_TYPPRICE.Tpo -c ta_TYPPRICE.c -o ta_TYPPRICE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_TYPPRICE.Tpo .deps/ta_TYPPRICE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_ULTOSC.lo -MD -MP -MF .deps/ta_ULTOSC.Tpo -c -o ta_ULTOSC.lo ta_ULTOSC.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ULTOSC.lo -MD -MP -MF .deps/ta_ULTOSC.Tpo -c ta_ULTOSC.c  -fPIC -DPIC -o .libs/ta_ULTOSC.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_ULTOSC.lo -MD -MP -MF .deps/ta_ULTOSC.Tpo -c ta_ULTOSC.c -o ta_ULTOSC.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_ULTOSC.Tpo .deps/ta_ULTOSC.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_VAR.lo -MD -MP -MF .deps/ta_VAR.Tpo -c -o ta_VAR.lo ta_VAR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_VAR.lo -MD -MP -MF .deps/ta_VAR.Tpo -c ta_VAR.c  -fPIC -DPIC -o .libs/ta_VAR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_VAR.lo -MD -MP -MF .deps/ta_VAR.Tpo -c ta_VAR.c -o ta_VAR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_VAR.Tpo .deps/ta_VAR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_WCLPRICE.lo -MD -MP -MF .deps/ta_WCLPRICE.Tpo -c -o ta_WCLPRICE.lo ta_WCLPRICE.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WCLPRICE.lo -MD -MP -MF .deps/ta_WCLPRICE.Tpo -c ta_WCLPRICE.c  -fPIC -DPIC -o .libs/ta_WCLPRICE.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WCLPRICE.lo -MD -MP -MF .deps/ta_WCLPRICE.Tpo -c ta_WCLPRICE.c -o ta_WCLPRICE.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_WCLPRICE.Tpo .deps/ta_WCLPRICE.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_WILLR.lo -MD -MP -MF .deps/ta_WILLR.Tpo -c -o ta_WILLR.lo ta_WILLR.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WILLR.lo -MD -MP -MF .deps/ta_WILLR.Tpo -c ta_WILLR.c  -fPIC -DPIC -o .libs/ta_WILLR.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WILLR.lo -MD -MP -MF .deps/ta_WILLR.Tpo -c ta_WILLR.c -o ta_WILLR.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_WILLR.Tpo .deps/ta_WILLR.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=compile gcc -DHAVE_CONFIG_H -I. -I../../include  -I../ta_common/   -g -O2 -MT ta_WMA.lo -MD -MP -MF .deps/ta_WMA.Tpo -c -o ta_WMA.lo ta_WMA.c\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WMA.lo -MD -MP -MF .deps/ta_WMA.Tpo -c ta_WMA.c  -fPIC -DPIC -o .libs/ta_WMA.o\n",
            " gcc -DHAVE_CONFIG_H -I. -I../../include -I../ta_common/ -g -O2 -MT ta_WMA.lo -MD -MP -MF .deps/ta_WMA.Tpo -c ta_WMA.c -o ta_WMA.o >/dev/null 2>&1\n",
            "mv -f .deps/ta_WMA.Tpo .deps/ta_WMA.Plo\n",
            "/bin/bash ../../libtool --tag=CC   --mode=link gcc  -g -O2 -version-info 0:0:0  -o libta_func.la  ta_utility.lo ta_ACOS.lo ta_AD.lo ta_ADD.lo ta_ADOSC.lo ta_ADX.lo ta_ADXR.lo ta_APO.lo ta_AROON.lo ta_AROONOSC.lo ta_ASIN.lo ta_ATAN.lo ta_ATR.lo ta_AVGPRICE.lo ta_BBANDS.lo ta_BETA.lo ta_BOP.lo ta_CCI.lo ta_CDL2CROWS.lo ta_CDL3BLACKCROWS.lo ta_CDL3INSIDE.lo ta_CDL3LINESTRIKE.lo ta_CDL3OUTSIDE.lo ta_CDL3STARSINSOUTH.lo ta_CDL3WHITESOLDIERS.lo ta_CDLABANDONEDBABY.lo ta_CDLADVANCEBLOCK.lo ta_CDLBELTHOLD.lo ta_CDLBREAKAWAY.lo ta_CDLCLOSINGMARUBOZU.lo ta_CDLCONCEALBABYSWALL.lo ta_CDLCOUNTERATTACK.lo ta_CDLDARKCLOUDCOVER.lo ta_CDLDOJI.lo ta_CDLDOJISTAR.lo ta_CDLDRAGONFLYDOJI.lo ta_CDLENGULFING.lo ta_CDLEVENINGDOJISTAR.lo ta_CDLEVENINGSTAR.lo ta_CDLGAPSIDESIDEWHITE.lo ta_CDLGRAVESTONEDOJI.lo ta_CDLHAMMER.lo ta_CDLHANGINGMAN.lo ta_CDLHARAMI.lo ta_CDLHARAMICROSS.lo ta_CDLHIGHWAVE.lo ta_CDLHIKKAKE.lo ta_CDLHIKKAKEMOD.lo ta_CDLHOMINGPIGEON.lo ta_CDLIDENTICAL3CROWS.lo ta_CDLINNECK.lo ta_CDLINVERTEDHAMMER.lo ta_CDLKICKING.lo ta_CDLKICKINGBYLENGTH.lo ta_CDLLADDERBOTTOM.lo ta_CDLLONGLEGGEDDOJI.lo ta_CDLLONGLINE.lo ta_CDLMARUBOZU.lo ta_CDLMATCHINGLOW.lo ta_CDLMATHOLD.lo ta_CDLMORNINGDOJISTAR.lo ta_CDLMORNINGSTAR.lo ta_CDLONNECK.lo ta_CDLPIERCING.lo ta_CDLRICKSHAWMAN.lo ta_CDLRISEFALL3METHODS.lo ta_CDLSEPARATINGLINES.lo ta_CDLSHOOTINGSTAR.lo ta_CDLSHORTLINE.lo ta_CDLSPINNINGTOP.lo ta_CDLSTALLEDPATTERN.lo ta_CDLSTICKSANDWICH.lo ta_CDLTAKURI.lo ta_CDLTASUKIGAP.lo ta_CDLTHRUSTING.lo ta_CDLTRISTAR.lo ta_CDLUNIQUE3RIVER.lo ta_CDLUPSIDEGAP2CROWS.lo ta_CDLXSIDEGAP3METHODS.lo ta_CEIL.lo ta_CMO.lo ta_CORREL.lo ta_COS.lo ta_COSH.lo ta_DEMA.lo ta_DIV.lo ta_DX.lo ta_EMA.lo ta_EXP.lo ta_FLOOR.lo ta_HT_DCPERIOD.lo ta_HT_DCPHASE.lo ta_HT_PHASOR.lo ta_HT_SINE.lo ta_HT_TRENDLINE.lo ta_HT_TRENDMODE.lo ta_KAMA.lo ta_LINEARREG.lo ta_LINEARREG_ANGLE.lo ta_LINEARREG_INTERCEPT.lo ta_LINEARREG_SLOPE.lo ta_LN.lo ta_LOG10.lo ta_MA.lo ta_MACD.lo ta_MACDEXT.lo ta_MACDFIX.lo ta_MAMA.lo ta_MAVP.lo ta_MAX.lo ta_MAXINDEX.lo ta_MEDPRICE.lo ta_MFI.lo ta_MIDPOINT.lo ta_MIDPRICE.lo ta_MIN.lo ta_MININDEX.lo ta_MINMAX.lo ta_MINMAXINDEX.lo ta_MINUS_DI.lo ta_MINUS_DM.lo ta_MOM.lo ta_MULT.lo ta_NATR.lo ta_OBV.lo ta_PLUS_DI.lo ta_PLUS_DM.lo ta_PPO.lo ta_ROC.lo ta_ROCP.lo ta_ROCR.lo ta_ROCR100.lo ta_RSI.lo ta_SAR.lo ta_SAREXT.lo ta_SIN.lo ta_SINH.lo ta_SMA.lo ta_SQRT.lo ta_STDDEV.lo ta_STOCH.lo ta_STOCHF.lo ta_STOCHRSI.lo ta_SUB.lo ta_SUM.lo ta_T3.lo ta_TAN.lo ta_TANH.lo ta_TEMA.lo ta_TRANGE.lo ta_TRIMA.lo ta_TRIX.lo ta_TSF.lo ta_TYPPRICE.lo ta_ULTOSC.lo ta_VAR.lo ta_WCLPRICE.lo ta_WILLR.lo ta_WMA.lo  -lpthread -ldl \n",
            "libtool: link: warning: `-version-info/-version-number' is ignored for convenience libraries\n",
            "ar cru .libs/libta_func.a .libs/ta_utility.o .libs/ta_ACOS.o .libs/ta_AD.o .libs/ta_ADD.o .libs/ta_ADOSC.o .libs/ta_ADX.o .libs/ta_ADXR.o .libs/ta_APO.o .libs/ta_AROON.o .libs/ta_AROONOSC.o .libs/ta_ASIN.o .libs/ta_ATAN.o .libs/ta_ATR.o .libs/ta_AVGPRICE.o .libs/ta_BBANDS.o .libs/ta_BETA.o .libs/ta_BOP.o .libs/ta_CCI.o .libs/ta_CDL2CROWS.o .libs/ta_CDL3BLACKCROWS.o .libs/ta_CDL3INSIDE.o .libs/ta_CDL3LINESTRIKE.o .libs/ta_CDL3OUTSIDE.o .libs/ta_CDL3STARSINSOUTH.o .libs/ta_CDL3WHITESOLDIERS.o .libs/ta_CDLABANDONEDBABY.o .libs/ta_CDLADVANCEBLOCK.o .libs/ta_CDLBELTHOLD.o .libs/ta_CDLBREAKAWAY.o .libs/ta_CDLCLOSINGMARUBOZU.o .libs/ta_CDLCONCEALBABYSWALL.o .libs/ta_CDLCOUNTERATTACK.o .libs/ta_CDLDARKCLOUDCOVER.o .libs/ta_CDLDOJI.o .libs/ta_CDLDOJISTAR.o .libs/ta_CDLDRAGONFLYDOJI.o .libs/ta_CDLENGULFING.o .libs/ta_CDLEVENINGDOJISTAR.o .libs/ta_CDLEVENINGSTAR.o .libs/ta_CDLGAPSIDESIDEWHITE.o .libs/ta_CDLGRAVESTONEDOJI.o .libs/ta_CDLHAMMER.o .libs/ta_CDLHANGINGMAN.o .libs/ta_CDLHARAMI.o .libs/ta_CDLHARAMICROSS.o .libs/ta_CDLHIGHWAVE.o .libs/ta_CDLHIKKAKE.o .libs/ta_CDLHIKKAKEMOD.o .libs/ta_CDLHOMINGPIGEON.o .libs/ta_CDLIDENTICAL3CROWS.o .libs/ta_CDLINNECK.o .libs/ta_CDLINVERTEDHAMMER.o .libs/ta_CDLKICKING.o .libs/ta_CDLKICKINGBYLENGTH.o .libs/ta_CDLLADDERBOTTOM.o .libs/ta_CDLLONGLEGGEDDOJI.o .libs/ta_CDLLONGLINE.o .libs/ta_CDLMARUBOZU.o .libs/ta_CDLMATCHINGLOW.o .libs/ta_CDLMATHOLD.o .libs/ta_CDLMORNINGDOJISTAR.o .libs/ta_CDLMORNINGSTAR.o .libs/ta_CDLONNECK.o .libs/ta_CDLPIERCING.o .libs/ta_CDLRICKSHAWMAN.o .libs/ta_CDLRISEFALL3METHODS.o .libs/ta_CDLSEPARATINGLINES.o .libs/ta_CDLSHOOTINGSTAR.o .libs/ta_CDLSHORTLINE.o .libs/ta_CDLSPINNINGTOP.o .libs/ta_CDLSTALLEDPATTERN.o .libs/ta_CDLSTICKSANDWICH.o .libs/ta_CDLTAKURI.o .libs/ta_CDLTASUKIGAP.o .libs/ta_CDLTHRUSTING.o .libs/ta_CDLTRISTAR.o .libs/ta_CDLUNIQUE3RIVER.o .libs/ta_CDLUPSIDEGAP2CROWS.o .libs/ta_CDLXSIDEGAP3METHODS.o .libs/ta_CEIL.o .libs/ta_CMO.o .libs/ta_CORREL.o .libs/ta_COS.o .libs/ta_COSH.o .libs/ta_DEMA.o .libs/ta_DIV.o .libs/ta_DX.o .libs/ta_EMA.o .libs/ta_EXP.o .libs/ta_FLOOR.o .libs/ta_HT_DCPERIOD.o .libs/ta_HT_DCPHASE.o .libs/ta_HT_PHASOR.o .libs/ta_HT_SINE.o .libs/ta_HT_TRENDLINE.o .libs/ta_HT_TRENDMODE.o .libs/ta_KAMA.o .libs/ta_LINEARREG.o .libs/ta_LINEARREG_ANGLE.o .libs/ta_LINEARREG_INTERCEPT.o .libs/ta_LINEARREG_SLOPE.o .libs/ta_LN.o .libs/ta_LOG10.o .libs/ta_MA.o .libs/ta_MACD.o .libs/ta_MACDEXT.o .libs/ta_MACDFIX.o .libs/ta_MAMA.o .libs/ta_MAVP.o .libs/ta_MAX.o .libs/ta_MAXINDEX.o .libs/ta_MEDPRICE.o .libs/ta_MFI.o .libs/ta_MIDPOINT.o .libs/ta_MIDPRICE.o .libs/ta_MIN.o .libs/ta_MININDEX.o .libs/ta_MINMAX.o .libs/ta_MINMAXINDEX.o .libs/ta_MINUS_DI.o .libs/ta_MINUS_DM.o .libs/ta_MOM.o .libs/ta_MULT.o .libs/ta_NATR.o .libs/ta_OBV.o .libs/ta_PLUS_DI.o .libs/ta_PLUS_DM.o .libs/ta_PPO.o .libs/ta_ROC.o .libs/ta_ROCP.o .libs/ta_ROCR.o .libs/ta_ROCR100.o .libs/ta_RSI.o .libs/ta_SAR.o .libs/ta_SAREXT.o .libs/ta_SIN.o .libs/ta_SINH.o .libs/ta_SMA.o .libs/ta_SQRT.o .libs/ta_STDDEV.o .libs/ta_STOCH.o .libs/ta_STOCHF.o .libs/ta_STOCHRSI.o .libs/ta_SUB.o .libs/ta_SUM.o .libs/ta_T3.o .libs/ta_TAN.o .libs/ta_TANH.o .libs/ta_TEMA.o .libs/ta_TRANGE.o .libs/ta_TRIMA.o .libs/ta_TRIX.o .libs/ta_TSF.o .libs/ta_TYPPRICE.o .libs/ta_ULTOSC.o .libs/ta_VAR.o .libs/ta_WCLPRICE.o .libs/ta_WILLR.o .libs/ta_WMA.o\n",
            "ar: `u' modifier ignored since `D' is the default (see `U')\n",
            "ranlib .libs/libta_func.a\n",
            "creating libta_func.la\n",
            "(cd .libs && rm -f libta_func.la && ln -s ../libta_func.la libta_func.la)\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_func'\n",
            "make[2]: Entering directory '/content/ta-lib/src'\n",
            "/bin/bash ../libtool --tag=CC   --mode=link gcc  -g -O2 -version-info 0:0:0  -o libta_lib.la -rpath /usr/lib  ta_abstract/libta_abstract.la ta_func/libta_func.la ta_common/libta_common.la -lpthread -ldl \n",
            "mkdir .libs\n",
            "gcc -shared  -Wl,--whole-archive ta_abstract/.libs/libta_abstract.a ta_func/.libs/libta_func.a ta_common/.libs/libta_common.a -Wl,--no-whole-archive  -lpthread -ldl  -Wl,-soname -Wl,libta_lib.so.0 -o .libs/libta_lib.so.0.0.0\n",
            "(cd .libs && rm -f libta_lib.so.0 && ln -s libta_lib.so.0.0.0 libta_lib.so.0)\n",
            "(cd .libs && rm -f libta_lib.so && ln -s libta_lib.so.0.0.0 libta_lib.so)\n",
            "rm -fr .libs/libta_lib.lax\n",
            "mkdir .libs/libta_lib.lax\n",
            "rm -fr .libs/libta_lib.lax/libta_abstract.a\n",
            "mkdir .libs/libta_lib.lax/libta_abstract.a\n",
            "(cd .libs/libta_lib.lax/libta_abstract.a && ar x /content/ta-lib/src/ta_abstract/.libs/libta_abstract.a)\n",
            "rm -fr .libs/libta_lib.lax/libta_func.a\n",
            "mkdir .libs/libta_lib.lax/libta_func.a\n",
            "(cd .libs/libta_lib.lax/libta_func.a && ar x /content/ta-lib/src/ta_func/.libs/libta_func.a)\n",
            "rm -fr .libs/libta_lib.lax/libta_common.a\n",
            "mkdir .libs/libta_lib.lax/libta_common.a\n",
            "(cd .libs/libta_lib.lax/libta_common.a && ar x /content/ta-lib/src/ta_common/.libs/libta_common.a)\n",
            "ar cru .libs/libta_lib.a   .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_g.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_j.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-ta_frame.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_b.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_d.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_c.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-ta_group_idx.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_n.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-ta_func_api.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-ta_def_ui.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_f.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_s.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_k.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_x.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_u.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_p.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_h.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_m.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_t.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_y.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_o.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_w.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_z.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_i.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_r.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_v.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_q.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_e.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_a.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-table_l.o .libs/libta_lib.lax/libta_abstract.a/libta_abstract_la-ta_abstract.o  .libs/libta_lib.lax/libta_func.a/ta_CDLHIGHWAVE.o .libs/libta_lib.lax/libta_func.a/ta_CDLSHOOTINGSTAR.o .libs/libta_lib.lax/libta_func.a/ta_CDLSTICKSANDWICH.o .libs/libta_lib.lax/libta_func.a/ta_CDLMARUBOZU.o .libs/libta_lib.lax/libta_func.a/ta_CDLMATHOLD.o .libs/libta_lib.lax/libta_func.a/ta_HT_DCPERIOD.o .libs/libta_lib.lax/libta_func.a/ta_utility.o .libs/libta_lib.lax/libta_func.a/ta_CDLRICKSHAWMAN.o .libs/libta_lib.lax/libta_func.a/ta_CDLCOUNTERATTACK.o .libs/libta_lib.lax/libta_func.a/ta_MININDEX.o .libs/libta_lib.lax/libta_func.a/ta_MA.o .libs/libta_lib.lax/libta_func.a/ta_CDLSHORTLINE.o .libs/libta_lib.lax/libta_func.a/ta_CDLBREAKAWAY.o .libs/libta_lib.lax/libta_func.a/ta_CDLINVERTEDHAMMER.o .libs/libta_lib.lax/libta_func.a/ta_CDL3OUTSIDE.o .libs/libta_lib.lax/libta_func.a/ta_ADXR.o .libs/libta_lib.lax/libta_func.a/ta_KAMA.o .libs/libta_lib.lax/libta_func.a/ta_TAN.o .libs/libta_lib.lax/libta_func.a/ta_PLUS_DM.o .libs/libta_lib.lax/libta_func.a/ta_MINUS_DM.o .libs/libta_lib.lax/libta_func.a/ta_ROCR.o .libs/libta_lib.lax/libta_func.a/ta_MIDPOINT.o .libs/libta_lib.lax/libta_func.a/ta_MULT.o .libs/libta_lib.lax/libta_func.a/ta_CDLKICKINGBYLENGTH.o .libs/libta_lib.lax/libta_func.a/ta_LN.o .libs/libta_lib.lax/libta_func.a/ta_SMA.o .libs/libta_lib.lax/libta_func.a/ta_CMO.o .libs/libta_lib.lax/libta_func.a/ta_LINEARREG_ANGLE.o .libs/libta_lib.lax/libta_func.a/ta_MIDPRICE.o .libs/libta_lib.lax/libta_func.a/ta_MAVP.o .libs/libta_lib.lax/libta_func.a/ta_CDLTASUKIGAP.o .libs/libta_lib.lax/libta_func.a/ta_TRIMA.o .libs/libta_lib.lax/libta_func.a/ta_AROONOSC.o .libs/libta_lib.lax/libta_func.a/ta_ULTOSC.o .libs/libta_lib.lax/libta_func.a/ta_MAX.o .libs/libta_lib.lax/libta_func.a/ta_BETA.o .libs/libta_lib.lax/libta_func.a/ta_CDLLONGLEGGEDDOJI.o .libs/libta_lib.lax/libta_func.a/ta_CDLDRAGONFLYDOJI.o .libs/libta_lib.lax/libta_func.a/ta_FLOOR.o .libs/libta_lib.lax/libta_func.a/ta_ATAN.o .libs/libta_lib.lax/libta_func.a/ta_VAR.o .libs/libta_lib.lax/libta_func.a/ta_SAR.o .libs/libta_lib.lax/libta_func.a/ta_MINUS_DI.o .libs/libta_lib.lax/libta_func.a/ta_ADD.o .libs/libta_lib.lax/libta_func.a/ta_CDLDOJISTAR.o .libs/libta_lib.lax/libta_func.a/ta_TSF.o .libs/libta_lib.lax/libta_func.a/ta_CDLADVANCEBLOCK.o .libs/libta_lib.lax/libta_func.a/ta_CDLABANDONEDBABY.o .libs/libta_lib.lax/libta_func.a/ta_SAREXT.o .libs/libta_lib.lax/libta_func.a/ta_COS.o .libs/libta_lib.lax/libta_func.a/ta_CCI.o .libs/libta_lib.lax/libta_func.a/ta_MOM.o .libs/libta_lib.lax/libta_func.a/ta_CDLTRISTAR.o .libs/libta_lib.lax/libta_func.a/ta_CDLLONGLINE.o .libs/libta_lib.lax/libta_func.a/ta_CDLHARAMICROSS.o .libs/libta_lib.lax/libta_func.a/ta_CDLHOMINGPIGEON.o .libs/libta_lib.lax/libta_func.a/ta_CDLBELTHOLD.o .libs/libta_lib.lax/libta_func.a/ta_CDLEVENINGDOJISTAR.o .libs/libta_lib.lax/libta_func.a/ta_SINH.o .libs/libta_lib.lax/libta_func.a/ta_WMA.o .libs/libta_lib.lax/libta_func.a/ta_MACDFIX.o .libs/libta_lib.lax/libta_func.a/ta_EMA.o .libs/libta_lib.lax/libta_func.a/ta_ADOSC.o .libs/libta_lib.lax/libta_func.a/ta_LINEARREG_SLOPE.o .libs/libta_lib.lax/libta_func.a/ta_ADX.o .libs/libta_lib.lax/libta_func.a/ta_CDLDARKCLOUDCOVER.o .libs/libta_lib.lax/libta_func.a/ta_RSI.o .libs/libta_lib.lax/libta_func.a/ta_CDLRISEFALL3METHODS.o .libs/libta_lib.lax/libta_func.a/ta_HT_TRENDMODE.o .libs/libta_lib.lax/libta_func.a/ta_DIV.o .libs/libta_lib.lax/libta_func.a/ta_APO.o .libs/libta_lib.lax/libta_func.a/ta_MINMAXINDEX.o .libs/libta_lib.lax/libta_func.a/ta_WILLR.o .libs/libta_lib.lax/libta_func.a/ta_TRANGE.o .libs/libta_lib.lax/libta_func.a/ta_ROCR100.o .libs/libta_lib.lax/libta_func.a/ta_MINMAX.o .libs/libta_lib.lax/libta_func.a/ta_MAMA.o .libs/libta_lib.lax/libta_func.a/ta_CDLMORNINGDOJISTAR.o .libs/libta_lib.lax/libta_func.a/ta_LINEARREG_INTERCEPT.o .libs/libta_lib.lax/libta_func.a/ta_TEMA.o .libs/libta_lib.lax/libta_func.a/ta_CDLGAPSIDESIDEWHITE.o .libs/libta_lib.lax/libta_func.a/ta_CDLLADDERBOTTOM.o .libs/libta_lib.lax/libta_func.a/ta_HT_TRENDLINE.o .libs/libta_lib.lax/libta_func.a/ta_CDLXSIDEGAP3METHODS.o .libs/libta_lib.lax/libta_func.a/ta_BBANDS.o .libs/libta_lib.lax/libta_func.a/ta_CDL3LINESTRIKE.o .libs/libta_lib.lax/libta_func.a/ta_LOG10.o .libs/libta_lib.lax/libta_func.a/ta_CDLEVENINGSTAR.o .libs/libta_lib.lax/libta_func.a/ta_CDLTHRUSTING.o .libs/libta_lib.lax/libta_func.a/ta_MAXINDEX.o .libs/libta_lib.lax/libta_func.a/ta_AD.o .libs/libta_lib.lax/libta_func.a/ta_CDLSTALLEDPATTERN.o .libs/libta_lib.lax/libta_func.a/ta_CDLHAMMER.o .libs/libta_lib.lax/libta_func.a/ta_AVGPRICE.o .libs/libta_lib.lax/libta_func.a/ta_SUB.o .libs/libta_lib.lax/libta_func.a/ta_HT_SINE.o .libs/libta_lib.lax/libta_func.a/ta_MFI.o .libs/libta_lib.lax/libta_func.a/ta_CDLDOJI.o .libs/libta_lib.lax/libta_func.a/ta_STOCHRSI.o .libs/libta_lib.lax/libta_func.a/ta_PLUS_DI.o .libs/libta_lib.lax/libta_func.a/ta_AROON.o .libs/libta_lib.lax/libta_func.a/ta_ACOS.o .libs/libta_lib.lax/libta_func.a/ta_CDLGRAVESTONEDOJI.o .libs/libta_lib.lax/libta_func.a/ta_STOCH.o .libs/libta_lib.lax/libta_func.a/ta_NATR.o .libs/libta_lib.lax/libta_func.a/ta_CDLHANGINGMAN.o .libs/libta_lib.lax/libta_func.a/ta_SIN.o .libs/libta_lib.lax/libta_func.a/ta_CDLKICKING.o .libs/libta_lib.lax/libta_func.a/ta_CDLHARAMI.o .libs/libta_lib.lax/libta_func.a/ta_CDLHIKKAKEMOD.o .libs/libta_lib.lax/libta_func.a/ta_PPO.o .libs/libta_lib.lax/libta_func.a/ta_CDLSEPARATINGLINES.o .libs/libta_lib.lax/libta_func.a/ta_CDLENGULFING.o .libs/libta_lib.lax/libta_func.a/ta_CORREL.o .libs/libta_lib.lax/libta_func.a/ta_CDLHIKKAKE.o .libs/libta_lib.lax/libta_func.a/ta_CDLCONCEALBABYSWALL.o .libs/libta_lib.lax/libta_func.a/ta_MEDPRICE.o .libs/libta_lib.lax/libta_func.a/ta_BOP.o .libs/libta_lib.lax/libta_func.a/ta_CDLPIERCING.o .libs/libta_lib.lax/libta_func.a/ta_TYPPRICE.o .libs/libta_lib.lax/libta_func.a/ta_MACD.o .libs/libta_lib.lax/libta_func.a/ta_CEIL.o .libs/libta_lib.lax/libta_func.a/ta_CDL2CROWS.o .libs/libta_lib.lax/libta_func.a/ta_STOCHF.o .libs/libta_lib.lax/libta_func.a/ta_ASIN.o .libs/libta_lib.lax/libta_func.a/ta_CDL3INSIDE.o .libs/libta_lib.lax/libta_func.a/ta_EXP.o .libs/libta_lib.lax/libta_func.a/ta_HT_DCPHASE.o .libs/libta_lib.lax/libta_func.a/ta_CDLINNECK.o .libs/libta_lib.lax/libta_func.a/ta_CDLMATCHINGLOW.o .libs/libta_lib.lax/libta_func.a/ta_CDLUPSIDEGAP2CROWS.o .libs/libta_lib.lax/libta_func.a/ta_TRIX.o .libs/libta_lib.lax/libta_func.a/ta_CDLMORNINGSTAR.o .libs/libta_lib.lax/libta_func.a/ta_CDL3STARSINSOUTH.o .libs/libta_lib.lax/libta_func.a/ta_CDLCLOSINGMARUBOZU.o .libs/libta_lib.lax/libta_func.a/ta_SQRT.o .libs/libta_lib.lax/libta_func.a/ta_STDDEV.o .libs/libta_lib.lax/libta_func.a/ta_MIN.o .libs/libta_lib.lax/libta_func.a/ta_WCLPRICE.o .libs/libta_lib.lax/libta_func.a/ta_CDLUNIQUE3RIVER.o .libs/libta_lib.lax/libta_func.a/ta_CDLSPINNINGTOP.o .libs/libta_lib.lax/libta_func.a/ta_HT_PHASOR.o .libs/libta_lib.lax/libta_func.a/ta_DX.o .libs/libta_lib.lax/libta_func.a/ta_MACDEXT.o .libs/libta_lib.lax/libta_func.a/ta_ROC.o .libs/libta_lib.lax/libta_func.a/ta_SUM.o .libs/libta_lib.lax/libta_func.a/ta_CDL3WHITESOLDIERS.o .libs/libta_lib.lax/libta_func.a/ta_CDLONNECK.o .libs/libta_lib.lax/libta_func.a/ta_ATR.o .libs/libta_lib.lax/libta_func.a/ta_T3.o .libs/libta_lib.lax/libta_func.a/ta_CDLTAKURI.o .libs/libta_lib.lax/libta_func.a/ta_CDLIDENTICAL3CROWS.o .libs/libta_lib.lax/libta_func.a/ta_LINEARREG.o .libs/libta_lib.lax/libta_func.a/ta_CDL3BLACKCROWS.o .libs/libta_lib.lax/libta_func.a/ta_COSH.o .libs/libta_lib.lax/libta_func.a/ta_DEMA.o .libs/libta_lib.lax/libta_func.a/ta_TANH.o .libs/libta_lib.lax/libta_func.a/ta_OBV.o .libs/libta_lib.lax/libta_func.a/ta_ROCP.o  .libs/libta_lib.lax/libta_common.a/ta_version.o .libs/libta_lib.lax/libta_common.a/ta_retcode.o .libs/libta_lib.lax/libta_common.a/ta_global.o \n",
            "ar: `u' modifier ignored since `D' is the default (see `U')\n",
            "ranlib .libs/libta_lib.a\n",
            "rm -fr .libs/libta_lib.lax\n",
            "creating libta_lib.la\n",
            "(cd .libs && rm -f libta_lib.la && ln -s ../libta_lib.la libta_lib.la)\n",
            "make[2]: Leaving directory '/content/ta-lib/src'\n",
            "make[1]: Leaving directory '/content/ta-lib/src'\n",
            "Making all in src/tools\n",
            "make[1]: Entering directory '/content/ta-lib/src/tools'\n",
            "Making all in gen_code\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools/gen_code'\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_common   -g -O2 -MT gen_code-gen_code.o -MD -MP -MF .deps/gen_code-gen_code.Tpo -c -o gen_code-gen_code.o `test -f 'gen_code.c' || echo './'`gen_code.c\n",
            "\u001b[01m\u001b[Kgen_code.c:\u001b[m\u001b[K In function ‘\u001b[01m\u001b[KprintFuncHeaderDoc\u001b[m\u001b[K’:\n",
            "\u001b[01m\u001b[Kgen_code.c:3456:4:\u001b[m\u001b[K \u001b[01;35m\u001b[Kwarning: \u001b[m\u001b[Kformat not a string literal and no format arguments [\u001b[01;35m\u001b[K-Wformat-security\u001b[m\u001b[K]\n",
            " 3456 |    \u001b[01;35m\u001b[Kfprintf\u001b[m\u001b[K( out, prefix );\n",
            "      |    \u001b[01;35m\u001b[K^~~~~~~\u001b[m\u001b[K\n",
            "mv -f .deps/gen_code-gen_code.Tpo .deps/gen_code-gen_code.Po\n",
            "/bin/bash ../../../libtool --tag=CC   --mode=link gcc  -g -O2 -L../../ta_common -L../../ta_abstract -L../../ta_func  -o gen_code gen_code-gen_code.o -lta_common -lta_abstract_gc -lta_func -lm -lpthread -ldl \n",
            "mkdir .libs\n",
            "gcc -g -O2 -o gen_code gen_code-gen_code.o  -L/content/ta-lib/src/ta_common -L/content/ta-lib/src/ta_abstract -L/content/ta-lib/src/ta_func /content/ta-lib/src/ta_common/.libs/libta_common.a /content/ta-lib/src/ta_abstract/.libs/libta_abstract_gc.a /content/ta-lib/src/ta_func/.libs/libta_func.a -lm -lpthread -ldl\n",
            "make  gen_code\n",
            "make[3]: Entering directory '/content/ta-lib/src/tools/gen_code'\n",
            "make[3]: 'gen_code' is up to date.\n",
            "make[3]: Leaving directory '/content/ta-lib/src/tools/gen_code'\n",
            "cp gen_code ../../../bin\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools/gen_code'\n",
            "Making all in ta_regtest\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-ta_regtest.o -MD -MP -MF .deps/ta_regtest-ta_regtest.Tpo -c -o ta_regtest-ta_regtest.o `test -f 'ta_regtest.c' || echo './'`ta_regtest.c\n",
            "mv -f .deps/ta_regtest-ta_regtest.Tpo .deps/ta_regtest-ta_regtest.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_data.o -MD -MP -MF .deps/ta_regtest-test_data.Tpo -c -o ta_regtest-test_data.o `test -f 'test_data.c' || echo './'`test_data.c\n",
            "mv -f .deps/ta_regtest-test_data.Tpo .deps/ta_regtest-test_data.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_util.o -MD -MP -MF .deps/ta_regtest-test_util.Tpo -c -o ta_regtest-test_util.o `test -f 'test_util.c' || echo './'`test_util.c\n",
            "mv -f .deps/ta_regtest-test_util.Tpo .deps/ta_regtest-test_util.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_abstract.o -MD -MP -MF .deps/ta_regtest-test_abstract.Tpo -c -o ta_regtest-test_abstract.o `test -f 'test_abstract.c' || echo './'`test_abstract.c\n",
            "mv -f .deps/ta_regtest-test_abstract.Tpo .deps/ta_regtest-test_abstract.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_adx.o -MD -MP -MF .deps/ta_regtest-test_adx.Tpo -c -o ta_regtest-test_adx.o `test -f 'ta_test_func/test_adx.c' || echo './'`ta_test_func/test_adx.c\n",
            "mv -f .deps/ta_regtest-test_adx.Tpo .deps/ta_regtest-test_adx.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_mom.o -MD -MP -MF .deps/ta_regtest-test_mom.Tpo -c -o ta_regtest-test_mom.o `test -f 'ta_test_func/test_mom.c' || echo './'`ta_test_func/test_mom.c\n",
            "mv -f .deps/ta_regtest-test_mom.Tpo .deps/ta_regtest-test_mom.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_sar.o -MD -MP -MF .deps/ta_regtest-test_sar.Tpo -c -o ta_regtest-test_sar.o `test -f 'ta_test_func/test_sar.c' || echo './'`ta_test_func/test_sar.c\n",
            "mv -f .deps/ta_regtest-test_sar.Tpo .deps/ta_regtest-test_sar.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_rsi.o -MD -MP -MF .deps/ta_regtest-test_rsi.Tpo -c -o ta_regtest-test_rsi.o `test -f 'ta_test_func/test_rsi.c' || echo './'`ta_test_func/test_rsi.c\n",
            "mv -f .deps/ta_regtest-test_rsi.Tpo .deps/ta_regtest-test_rsi.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_candlestick.o -MD -MP -MF .deps/ta_regtest-test_candlestick.Tpo -c -o ta_regtest-test_candlestick.o `test -f 'ta_test_func/test_candlestick.c' || echo './'`ta_test_func/test_candlestick.c\n",
            "mv -f .deps/ta_regtest-test_candlestick.Tpo .deps/ta_regtest-test_candlestick.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_per_ema.o -MD -MP -MF .deps/ta_regtest-test_per_ema.Tpo -c -o ta_regtest-test_per_ema.o `test -f 'ta_test_func/test_per_ema.c' || echo './'`ta_test_func/test_per_ema.c\n",
            "mv -f .deps/ta_regtest-test_per_ema.Tpo .deps/ta_regtest-test_per_ema.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_per_hlc.o -MD -MP -MF .deps/ta_regtest-test_per_hlc.Tpo -c -o ta_regtest-test_per_hlc.o `test -f 'ta_test_func/test_per_hlc.c' || echo './'`ta_test_func/test_per_hlc.c\n",
            "mv -f .deps/ta_regtest-test_per_hlc.Tpo .deps/ta_regtest-test_per_hlc.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_stoch.o -MD -MP -MF .deps/ta_regtest-test_stoch.Tpo -c -o ta_regtest-test_stoch.o `test -f 'ta_test_func/test_stoch.c' || echo './'`ta_test_func/test_stoch.c\n",
            "mv -f .deps/ta_regtest-test_stoch.Tpo .deps/ta_regtest-test_stoch.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_macd.o -MD -MP -MF .deps/ta_regtest-test_macd.Tpo -c -o ta_regtest-test_macd.o `test -f 'ta_test_func/test_macd.c' || echo './'`ta_test_func/test_macd.c\n",
            "mv -f .deps/ta_regtest-test_macd.Tpo .deps/ta_regtest-test_macd.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_minmax.o -MD -MP -MF .deps/ta_regtest-test_minmax.Tpo -c -o ta_regtest-test_minmax.o `test -f 'ta_test_func/test_minmax.c' || echo './'`ta_test_func/test_minmax.c\n",
            "mv -f .deps/ta_regtest-test_minmax.Tpo .deps/ta_regtest-test_minmax.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_per_hlcv.o -MD -MP -MF .deps/ta_regtest-test_per_hlcv.Tpo -c -o ta_regtest-test_per_hlcv.o `test -f 'ta_test_func/test_per_hlcv.c' || echo './'`ta_test_func/test_per_hlcv.c\n",
            "mv -f .deps/ta_regtest-test_per_hlcv.Tpo .deps/ta_regtest-test_per_hlcv.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_1in_1out.o -MD -MP -MF .deps/ta_regtest-test_1in_1out.Tpo -c -o ta_regtest-test_1in_1out.o `test -f 'ta_test_func/test_1in_1out.c' || echo './'`ta_test_func/test_1in_1out.c\n",
            "mv -f .deps/ta_regtest-test_1in_1out.Tpo .deps/ta_regtest-test_1in_1out.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_1in_2out.o -MD -MP -MF .deps/ta_regtest-test_1in_2out.Tpo -c -o ta_regtest-test_1in_2out.o `test -f 'ta_test_func/test_1in_2out.c' || echo './'`ta_test_func/test_1in_2out.c\n",
            "mv -f .deps/ta_regtest-test_1in_2out.Tpo .deps/ta_regtest-test_1in_2out.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_per_ohlc.o -MD -MP -MF .deps/ta_regtest-test_per_ohlc.Tpo -c -o ta_regtest-test_per_ohlc.o `test -f 'ta_test_func/test_per_ohlc.c' || echo './'`ta_test_func/test_per_ohlc.c\n",
            "mv -f .deps/ta_regtest-test_per_ohlc.Tpo .deps/ta_regtest-test_per_ohlc.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_stddev.o -MD -MP -MF .deps/ta_regtest-test_stddev.Tpo -c -o ta_regtest-test_stddev.o `test -f 'ta_test_func/test_stddev.c' || echo './'`ta_test_func/test_stddev.c\n",
            "mv -f .deps/ta_regtest-test_stddev.Tpo .deps/ta_regtest-test_stddev.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_bbands.o -MD -MP -MF .deps/ta_regtest-test_bbands.Tpo -c -o ta_regtest-test_bbands.o `test -f 'ta_test_func/test_bbands.c' || echo './'`ta_test_func/test_bbands.c\n",
            "mv -f .deps/ta_regtest-test_bbands.Tpo .deps/ta_regtest-test_bbands.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_ma.o -MD -MP -MF .deps/ta_regtest-test_ma.Tpo -c -o ta_regtest-test_ma.o `test -f 'ta_test_func/test_ma.c' || echo './'`ta_test_func/test_ma.c\n",
            "mv -f .deps/ta_regtest-test_ma.Tpo .deps/ta_regtest-test_ma.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_po.o -MD -MP -MF .deps/ta_regtest-test_po.Tpo -c -o ta_regtest-test_po.o `test -f 'ta_test_func/test_po.c' || echo './'`ta_test_func/test_po.c\n",
            "mv -f .deps/ta_regtest-test_po.Tpo .deps/ta_regtest-test_po.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_per_hl.o -MD -MP -MF .deps/ta_regtest-test_per_hl.Tpo -c -o ta_regtest-test_per_hl.o `test -f 'ta_test_func/test_per_hl.c' || echo './'`ta_test_func/test_per_hl.c\n",
            "mv -f .deps/ta_regtest-test_per_hl.Tpo .deps/ta_regtest-test_per_hl.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_trange.o -MD -MP -MF .deps/ta_regtest-test_trange.Tpo -c -o ta_regtest-test_trange.o `test -f 'ta_test_func/test_trange.c' || echo './'`ta_test_func/test_trange.c\n",
            "mv -f .deps/ta_regtest-test_trange.Tpo .deps/ta_regtest-test_trange.Po\n",
            "gcc -DHAVE_CONFIG_H -I. -I../../../include  -I../../ta_func -I../../ta_common/trio -I../../ta_common/mt -I../../ta_common -I../../ta_abstract   -g -O2 -MT ta_regtest-test_internals.o -MD -MP -MF .deps/ta_regtest-test_internals.Tpo -c -o ta_regtest-test_internals.o `test -f 'test_internals.c' || echo './'`test_internals.c\n",
            "mv -f .deps/ta_regtest-test_internals.Tpo .deps/ta_regtest-test_internals.Po\n",
            "/bin/bash ../../../libtool --tag=CC   --mode=link gcc  -g -O2 -L../.. -lta_lib -lm  -o ta_regtest ta_regtest-ta_regtest.o ta_regtest-test_data.o ta_regtest-test_util.o ta_regtest-test_abstract.o ta_regtest-test_adx.o ta_regtest-test_mom.o ta_regtest-test_sar.o ta_regtest-test_rsi.o ta_regtest-test_candlestick.o ta_regtest-test_per_ema.o ta_regtest-test_per_hlc.o ta_regtest-test_stoch.o ta_regtest-test_macd.o ta_regtest-test_minmax.o ta_regtest-test_per_hlcv.o ta_regtest-test_1in_1out.o ta_regtest-test_1in_2out.o ta_regtest-test_per_ohlc.o ta_regtest-test_stddev.o ta_regtest-test_bbands.o ta_regtest-test_ma.o ta_regtest-test_po.o ta_regtest-test_per_hl.o ta_regtest-test_trange.o ta_regtest-test_internals.o  -lpthread -ldl \n",
            "mkdir .libs\n",
            "gcc -g -O2 -o .libs/ta_regtest ta_regtest-ta_regtest.o ta_regtest-test_data.o ta_regtest-test_util.o ta_regtest-test_abstract.o ta_regtest-test_adx.o ta_regtest-test_mom.o ta_regtest-test_sar.o ta_regtest-test_rsi.o ta_regtest-test_candlestick.o ta_regtest-test_per_ema.o ta_regtest-test_per_hlc.o ta_regtest-test_stoch.o ta_regtest-test_macd.o ta_regtest-test_minmax.o ta_regtest-test_per_hlcv.o ta_regtest-test_1in_1out.o ta_regtest-test_1in_2out.o ta_regtest-test_per_ohlc.o ta_regtest-test_stddev.o ta_regtest-test_bbands.o ta_regtest-test_ma.o ta_regtest-test_po.o ta_regtest-test_per_hl.o ta_regtest-test_trange.o ta_regtest-test_internals.o  -L/content/ta-lib/src /content/ta-lib/src/.libs/libta_lib.so -lm -lpthread -ldl\n",
            "creating ta_regtest\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools'\n",
            "make[2]: Nothing to be done for 'all-am'.\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools'\n",
            "make[1]: Leaving directory '/content/ta-lib/src/tools'\n",
            "make[1]: Entering directory '/content/ta-lib'\n",
            "make[1]: Nothing to be done for 'all-am'.\n",
            "make[1]: Leaving directory '/content/ta-lib'\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "lJA3td4NsLPV",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "c42f60ff-0573-4a57-b791-4e4d77213314"
      },
      "cell_type": "code",
      "source": [
        "!make install\n",
        "# wait ~ 30s"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Making install in src\n",
            "make[1]: Entering directory '/content/ta-lib/src'\n",
            "Making install in ta_abstract\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_abstract'\n",
            "make[3]: Entering directory '/content/ta-lib/src/ta_abstract'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "test -z \"/usr/include/ta-lib/\" || /usr/bin/mkdir -p \"/usr/include/ta-lib/\"\n",
            " /usr/bin/install -c -m 644 '../../include/ta_defs.h' '/usr/include/ta-lib//ta_defs.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_libc.h' '/usr/include/ta-lib//ta_libc.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_abstract.h' '/usr/include/ta-lib//ta_abstract.h'\n",
            "make[3]: Leaving directory '/content/ta-lib/src/ta_abstract'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_abstract'\n",
            "Making install in ta_common\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_common'\n",
            "make[3]: Entering directory '/content/ta-lib/src/ta_common'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "test -z \"/usr/include/ta-lib/\" || /usr/bin/mkdir -p \"/usr/include/ta-lib/\"\n",
            " /usr/bin/install -c -m 644 '../../include/ta_defs.h' '/usr/include/ta-lib//ta_defs.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_libc.h' '/usr/include/ta-lib//ta_libc.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_common.h' '/usr/include/ta-lib//ta_common.h'\n",
            "make[3]: Leaving directory '/content/ta-lib/src/ta_common'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_common'\n",
            "Making install in ta_func\n",
            "make[2]: Entering directory '/content/ta-lib/src/ta_func'\n",
            "make[3]: Entering directory '/content/ta-lib/src/ta_func'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "test -z \"/usr/include/ta-lib/\" || /usr/bin/mkdir -p \"/usr/include/ta-lib/\"\n",
            " /usr/bin/install -c -m 644 '../../include/ta_defs.h' '/usr/include/ta-lib//ta_defs.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_libc.h' '/usr/include/ta-lib//ta_libc.h'\n",
            " /usr/bin/install -c -m 644 '../../include/ta_func.h' '/usr/include/ta-lib//ta_func.h'\n",
            "make[3]: Leaving directory '/content/ta-lib/src/ta_func'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/ta_func'\n",
            "make[2]: Entering directory '/content/ta-lib/src'\n",
            "make[3]: Entering directory '/content/ta-lib/src'\n",
            "test -z \"/usr/lib\" || /usr/bin/mkdir -p \"/usr/lib\"\n",
            " /bin/bash ../libtool --mode=install /usr/bin/install -c  'libta_lib.la' '/usr/lib/libta_lib.la'\n",
            "/usr/bin/install -c .libs/libta_lib.so.0.0.0 /usr/lib/libta_lib.so.0.0.0\n",
            "(cd /usr/lib && { ln -s -f libta_lib.so.0.0.0 libta_lib.so.0 || { rm -f libta_lib.so.0 && ln -s libta_lib.so.0.0.0 libta_lib.so.0; }; })\n",
            "(cd /usr/lib && { ln -s -f libta_lib.so.0.0.0 libta_lib.so || { rm -f libta_lib.so && ln -s libta_lib.so.0.0.0 libta_lib.so; }; })\n",
            "/usr/bin/install -c .libs/libta_lib.lai /usr/lib/libta_lib.la\n",
            "/usr/bin/install -c .libs/libta_lib.a /usr/lib/libta_lib.a\n",
            "chmod 644 /usr/lib/libta_lib.a\n",
            "ranlib /usr/lib/libta_lib.a\n",
            "PATH=\"$PATH:/sbin\" ldconfig -n /usr/lib\n",
            "----------------------------------------------------------------------\n",
            "Libraries have been installed in:\n",
            "   /usr/lib\n",
            "\n",
            "If you ever happen to want to link against installed libraries\n",
            "in a given directory, LIBDIR, you must either use libtool, and\n",
            "specify the full pathname of the library, or use the `-LLIBDIR'\n",
            "flag during linking and do at least one of the following:\n",
            "   - add LIBDIR to the `LD_LIBRARY_PATH' environment variable\n",
            "     during execution\n",
            "   - add LIBDIR to the `LD_RUN_PATH' environment variable\n",
            "     during linking\n",
            "   - use the `-Wl,--rpath -Wl,LIBDIR' linker flag\n",
            "   - have your system administrator add LIBDIR to `/etc/ld.so.conf'\n",
            "\n",
            "See any operating system documentation about shared libraries for\n",
            "more information, such as the ld(1) and ld.so(8) manual pages.\n",
            "----------------------------------------------------------------------\n",
            "make[3]: Nothing to be done for 'install-data-am'.\n",
            "make[3]: Leaving directory '/content/ta-lib/src'\n",
            "make[2]: Leaving directory '/content/ta-lib/src'\n",
            "make[1]: Leaving directory '/content/ta-lib/src'\n",
            "Making install in src/tools\n",
            "make[1]: Entering directory '/content/ta-lib/src/tools'\n",
            "Making install in gen_code\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools/gen_code'\n",
            "make  gen_code\n",
            "make[3]: Entering directory '/content/ta-lib/src/tools/gen_code'\n",
            "make[3]: 'gen_code' is up to date.\n",
            "make[3]: Leaving directory '/content/ta-lib/src/tools/gen_code'\n",
            "cp gen_code ../../../bin\n",
            "make[3]: Entering directory '/content/ta-lib/src/tools/gen_code'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "make[3]: Nothing to be done for 'install-data-am'.\n",
            "make[3]: Leaving directory '/content/ta-lib/src/tools/gen_code'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools/gen_code'\n",
            "Making install in ta_regtest\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "make[3]: Entering directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "make[3]: Nothing to be done for 'install-data-am'.\n",
            "make[3]: Leaving directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools/ta_regtest'\n",
            "make[2]: Entering directory '/content/ta-lib/src/tools'\n",
            "make[3]: Entering directory '/content/ta-lib/src/tools'\n",
            "make[3]: Nothing to be done for 'install-exec-am'.\n",
            "make[3]: Nothing to be done for 'install-data-am'.\n",
            "make[3]: Leaving directory '/content/ta-lib/src/tools'\n",
            "make[2]: Leaving directory '/content/ta-lib/src/tools'\n",
            "make[1]: Leaving directory '/content/ta-lib/src/tools'\n",
            "make[1]: Entering directory '/content/ta-lib'\n",
            "make[2]: Entering directory '/content/ta-lib'\n",
            "test -z \"/usr/bin\" || /usr/bin/mkdir -p \"/usr/bin\"\n",
            " /usr/bin/install -c 'ta-lib-config' '/usr/bin/ta-lib-config'\n",
            "make[2]: Nothing to be done for 'install-data-am'.\n",
            "make[2]: Leaving directory '/content/ta-lib'\n",
            "make[1]: Leaving directory '/content/ta-lib'\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "DIetmKUZsu6K"
      },
      "cell_type": "code",
      "source": [
        "os.chdir('../')"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "metadata": {
        "id": "IliHxmhgszdn",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "9e0ca347-f08d-425b-d3f6-81deaff90f99"
      },
      "cell_type": "code",
      "source": [
        "!ls"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "sample_data  ta-lib  ta-lib-0.4.0-src.tar.gz\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "Yy9KWlGas0Me",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "5d997f7d-b0ec-4640-c9e8-1f4782cb11ec"
      },
      "cell_type": "code",
      "source": [
        "!pip install TA-Lib"
      ],
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n",
            "Collecting TA-Lib\n",
            "  Downloading TA-Lib-0.4.25.tar.gz (271 kB)\n",
            "\u001b[?25l     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m0.0/272.0 KB\u001b[0m \u001b[31m?\u001b[0m eta \u001b[36m-:--:--\u001b[0m\r\u001b[2K     \u001b[91m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m\u001b[90m╺\u001b[0m \u001b[32m266.2/272.0 KB\u001b[0m \u001b[31m9.3 MB/s\u001b[0m eta \u001b[36m0:00:01\u001b[0m\r\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m272.0/272.0 KB\u001b[0m \u001b[31m7.1 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25h  Installing build dependencies ... \u001b[?25l\u001b[?25hdone\n",
            "  Getting requirements to build wheel ... \u001b[?25l\u001b[?25hdone\n",
            "  Installing backend dependencies ... \u001b[?25l\u001b[?25hdone\n",
            "  Preparing metadata (pyproject.toml) ... \u001b[?25l\u001b[?25hdone\n",
            "Requirement already satisfied: numpy in /usr/local/lib/python3.8/dist-packages (from TA-Lib) (1.21.6)\n",
            "Building wheels for collected packages: TA-Lib\n",
            "  Building wheel for TA-Lib (pyproject.toml) ... \u001b[?25l\u001b[?25hdone\n",
            "  Created wheel for TA-Lib: filename=TA_Lib-0.4.25-cp38-cp38-linux_x86_64.whl size=2510023 sha256=9d7e8640f0f6eca242ad22910debeca6d2a7722d2ceb5ece165a11df457bc2b9\n",
            "  Stored in directory: /root/.cache/pip/wheels/da/72/bf/464831127ee8d6d9a5b76340a6a2f115182e159309dc3067ca\n",
            "Successfully built TA-Lib\n",
            "Installing collected packages: TA-Lib\n",
            "Successfully installed TA-Lib-0.4.25\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "Xel_cHI7s40J"
      },
      "cell_type": "code",
      "source": [
        "import talib"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "!pip install yfinance\n",
        "import yfinance as yf"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "XzTIly2ZKFPA",
        "outputId": "695a559f-890f-4fe6-d281-60ab6ba9c14e"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n",
            "Collecting yfinance\n",
            "  Downloading yfinance-0.2.9-py2.py3-none-any.whl (55 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m55.9/55.9 KB\u001b[0m \u001b[31m2.9 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: pytz>=2022.5 in /usr/local/lib/python3.8/dist-packages (from yfinance) (2022.7.1)\n",
            "Collecting html5lib>=1.1\n",
            "  Downloading html5lib-1.1-py2.py3-none-any.whl (112 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m112.2/112.2 KB\u001b[0m \u001b[31m6.9 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: appdirs>=1.4.4 in /usr/local/lib/python3.8/dist-packages (from yfinance) (1.4.4)\n",
            "Collecting cryptography>=3.3.2\n",
            "  Downloading cryptography-39.0.0-cp36-abi3-manylinux_2_28_x86_64.whl (4.2 MB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m4.2/4.2 MB\u001b[0m \u001b[31m54.1 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: multitasking>=0.0.7 in /usr/local/lib/python3.8/dist-packages (from yfinance) (0.0.11)\n",
            "Requirement already satisfied: pandas>=1.3.0 in /usr/local/lib/python3.8/dist-packages (from yfinance) (1.3.5)\n",
            "Collecting beautifulsoup4>=4.11.1\n",
            "  Downloading beautifulsoup4-4.11.2-py3-none-any.whl (129 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m129.4/129.4 KB\u001b[0m \u001b[31m12.5 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: numpy>=1.16.5 in /usr/local/lib/python3.8/dist-packages (from yfinance) (1.21.6)\n",
            "Collecting requests>=2.26\n",
            "  Downloading requests-2.28.2-py3-none-any.whl (62 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m62.8/62.8 KB\u001b[0m \u001b[31m6.3 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hCollecting frozendict>=2.3.4\n",
            "  Downloading frozendict-2.3.4-cp38-cp38-manylinux_2_17_x86_64.manylinux2014_x86_64.whl (110 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m111.0/111.0 KB\u001b[0m \u001b[31m11.9 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: lxml>=4.9.1 in /usr/local/lib/python3.8/dist-packages (from yfinance) (4.9.2)\n",
            "Collecting soupsieve>1.2\n",
            "  Downloading soupsieve-2.3.2.post1-py3-none-any.whl (37 kB)\n",
            "Requirement already satisfied: cffi>=1.12 in /usr/local/lib/python3.8/dist-packages (from cryptography>=3.3.2->yfinance) (1.15.1)\n",
            "Requirement already satisfied: webencodings in /usr/local/lib/python3.8/dist-packages (from html5lib>=1.1->yfinance) (0.5.1)\n",
            "Requirement already satisfied: six>=1.9 in /usr/local/lib/python3.8/dist-packages (from html5lib>=1.1->yfinance) (1.15.0)\n",
            "Requirement already satisfied: python-dateutil>=2.7.3 in /usr/local/lib/python3.8/dist-packages (from pandas>=1.3.0->yfinance) (2.8.2)\n",
            "Requirement already satisfied: idna<4,>=2.5 in /usr/local/lib/python3.8/dist-packages (from requests>=2.26->yfinance) (2.10)\n",
            "Requirement already satisfied: charset-normalizer<4,>=2 in /usr/local/lib/python3.8/dist-packages (from requests>=2.26->yfinance) (2.1.1)\n",
            "Requirement already satisfied: urllib3<1.27,>=1.21.1 in /usr/local/lib/python3.8/dist-packages (from requests>=2.26->yfinance) (1.24.3)\n",
            "Requirement already satisfied: certifi>=2017.4.17 in /usr/local/lib/python3.8/dist-packages (from requests>=2.26->yfinance) (2022.12.7)\n",
            "Requirement already satisfied: pycparser in /usr/local/lib/python3.8/dist-packages (from cffi>=1.12->cryptography>=3.3.2->yfinance) (2.21)\n",
            "Installing collected packages: soupsieve, requests, html5lib, frozendict, cryptography, beautifulsoup4, yfinance\n",
            "  Attempting uninstall: requests\n",
            "    Found existing installation: requests 2.25.1\n",
            "    Uninstalling requests-2.25.1:\n",
            "      Successfully uninstalled requests-2.25.1\n",
            "  Attempting uninstall: html5lib\n",
            "    Found existing installation: html5lib 1.0.1\n",
            "    Uninstalling html5lib-1.0.1:\n",
            "      Successfully uninstalled html5lib-1.0.1\n",
            "  Attempting uninstall: beautifulsoup4\n",
            "    Found existing installation: beautifulsoup4 4.6.3\n",
            "    Uninstalling beautifulsoup4-4.6.3:\n",
            "      Successfully uninstalled beautifulsoup4-4.6.3\n",
            "Successfully installed beautifulsoup4-4.11.2 cryptography-39.0.0 frozendict-2.3.4 html5lib-1.1 requests-2.28.2 soupsieve-2.3.2.post1 yfinance-0.2.9\n"
          ]
        }
      ]
    },
    {
      "metadata": {
        "id": "zfTJzr8UtL96"
      },
      "cell_type": "code",
      "source": [
        "import pandas as pd\n",
        "ticker = 'AAPL'\n",
        "yfObj = yf.Ticker(ticker)\n",
        "df = yfObj.history(start='2017-01-01', end='2019-12-30')\n",
        "\n"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "pip install mpl-finance"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "5_bALsBb4bPE",
        "outputId": "c7e6a36d-fde6-45d1-ad1f-9935f36ba985"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n",
            "Collecting mpl-finance\n",
            "  Downloading mpl_finance-0.10.1-py3-none-any.whl (8.4 kB)\n",
            "Requirement already satisfied: matplotlib in /usr/local/lib/python3.8/dist-packages (from mpl-finance) (3.2.2)\n",
            "Requirement already satisfied: python-dateutil>=2.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mpl-finance) (2.8.2)\n",
            "Requirement already satisfied: numpy>=1.11 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mpl-finance) (1.21.6)\n",
            "Requirement already satisfied: pyparsing!=2.0.4,!=2.1.2,!=2.1.6,>=2.0.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mpl-finance) (3.0.9)\n",
            "Requirement already satisfied: kiwisolver>=1.0.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mpl-finance) (1.4.4)\n",
            "Requirement already satisfied: cycler>=0.10 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mpl-finance) (0.11.0)\n",
            "Requirement already satisfied: six>=1.5 in /usr/local/lib/python3.8/dist-packages (from python-dateutil>=2.1->matplotlib->mpl-finance) (1.15.0)\n",
            "Installing collected packages: mpl-finance\n",
            "Successfully installed mpl-finance-0.10.1\n"
          ]
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "pip install --upgrade mplfinance"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "I-q_SLhS4vzC",
        "outputId": "5dd930bb-237b-4dfa-aa54-fbd2e6186e36"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stdout",
          "text": [
            "Looking in indexes: https://pypi.org/simple, https://us-python.pkg.dev/colab-wheels/public/simple/\n",
            "Collecting mplfinance\n",
            "  Downloading mplfinance-0.12.9b7-py3-none-any.whl (73 kB)\n",
            "\u001b[2K     \u001b[90m━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━\u001b[0m \u001b[32m73.1/73.1 KB\u001b[0m \u001b[31m3.4 MB/s\u001b[0m eta \u001b[36m0:00:00\u001b[0m\n",
            "\u001b[?25hRequirement already satisfied: pandas in /usr/local/lib/python3.8/dist-packages (from mplfinance) (1.3.5)\n",
            "Requirement already satisfied: matplotlib in /usr/local/lib/python3.8/dist-packages (from mplfinance) (3.2.2)\n",
            "Requirement already satisfied: cycler>=0.10 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mplfinance) (0.11.0)\n",
            "Requirement already satisfied: numpy>=1.11 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mplfinance) (1.21.6)\n",
            "Requirement already satisfied: pyparsing!=2.0.4,!=2.1.2,!=2.1.6,>=2.0.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mplfinance) (3.0.9)\n",
            "Requirement already satisfied: python-dateutil>=2.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mplfinance) (2.8.2)\n",
            "Requirement already satisfied: kiwisolver>=1.0.1 in /usr/local/lib/python3.8/dist-packages (from matplotlib->mplfinance) (1.4.4)\n",
            "Requirement already satisfied: pytz>=2017.3 in /usr/local/lib/python3.8/dist-packages (from pandas->mplfinance) (2022.7.1)\n",
            "Requirement already satisfied: six>=1.5 in /usr/local/lib/python3.8/dist-packages (from python-dateutil>=2.1->matplotlib->mplfinance) (1.15.0)\n",
            "Installing collected packages: mplfinance\n",
            "Successfully installed mplfinance-0.12.9b7\n"
          ]
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "import mplfinance as mpf"
      ],
      "metadata": {
        "id": "ceThLHAx4jj3"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "candle_names = talib.get_function_groups()['Pattern Recognition']"
      ],
      "metadata": {
        "id": "VPbcVOw5SXKY"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "candle_names"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "86SRpAI3Siu5",
        "outputId": "deee646f-0065-4f06-d7c9-8c818aba0580"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "['CDL2CROWS',\n",
              " 'CDL3BLACKCROWS',\n",
              " 'CDL3INSIDE',\n",
              " 'CDL3LINESTRIKE',\n",
              " 'CDL3OUTSIDE',\n",
              " 'CDL3STARSINSOUTH',\n",
              " 'CDL3WHITESOLDIERS',\n",
              " 'CDLABANDONEDBABY',\n",
              " 'CDLADVANCEBLOCK',\n",
              " 'CDLBELTHOLD',\n",
              " 'CDLBREAKAWAY',\n",
              " 'CDLCLOSINGMARUBOZU',\n",
              " 'CDLCONCEALBABYSWALL',\n",
              " 'CDLCOUNTERATTACK',\n",
              " 'CDLDARKCLOUDCOVER',\n",
              " 'CDLDOJI',\n",
              " 'CDLDOJISTAR',\n",
              " 'CDLDRAGONFLYDOJI',\n",
              " 'CDLENGULFING',\n",
              " 'CDLEVENINGDOJISTAR',\n",
              " 'CDLEVENINGSTAR',\n",
              " 'CDLGAPSIDESIDEWHITE',\n",
              " 'CDLGRAVESTONEDOJI',\n",
              " 'CDLHAMMER',\n",
              " 'CDLHANGINGMAN',\n",
              " 'CDLHARAMI',\n",
              " 'CDLHARAMICROSS',\n",
              " 'CDLHIGHWAVE',\n",
              " 'CDLHIKKAKE',\n",
              " 'CDLHIKKAKEMOD',\n",
              " 'CDLHOMINGPIGEON',\n",
              " 'CDLIDENTICAL3CROWS',\n",
              " 'CDLINNECK',\n",
              " 'CDLINVERTEDHAMMER',\n",
              " 'CDLKICKING',\n",
              " 'CDLKICKINGBYLENGTH',\n",
              " 'CDLLADDERBOTTOM',\n",
              " 'CDLLONGLEGGEDDOJI',\n",
              " 'CDLLONGLINE',\n",
              " 'CDLMARUBOZU',\n",
              " 'CDLMATCHINGLOW',\n",
              " 'CDLMATHOLD',\n",
              " 'CDLMORNINGDOJISTAR',\n",
              " 'CDLMORNINGSTAR',\n",
              " 'CDLONNECK',\n",
              " 'CDLPIERCING',\n",
              " 'CDLRICKSHAWMAN',\n",
              " 'CDLRISEFALL3METHODS',\n",
              " 'CDLSEPARATINGLINES',\n",
              " 'CDLSHOOTINGSTAR',\n",
              " 'CDLSHORTLINE',\n",
              " 'CDLSPINNINGTOP',\n",
              " 'CDLSTALLEDPATTERN',\n",
              " 'CDLSTICKSANDWICH',\n",
              " 'CDLTAKURI',\n",
              " 'CDLTASUKIGAP',\n",
              " 'CDLTHRUSTING',\n",
              " 'CDLTRISTAR',\n",
              " 'CDLUNIQUE3RIVER',\n",
              " 'CDLUPSIDEGAP2CROWS',\n",
              " 'CDLXSIDEGAP3METHODS']"
            ]
          },
          "metadata": {},
          "execution_count": 20
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "open = df['Open'].values\n",
        "high = df['High'].values\n",
        "low = df['Low'].values\n",
        "close = df['Close'].values\n",
        "\n",
        "\n",
        "\n",
        "result1 = [talib.CDLCLOSINGMARUBOZU(open,high,low,close)]\n",
        "result2 = [talib.CDLMARUBOZU(open,high,low,close)]\n",
        "result3 = [talib.CDLTAKURI(open,high,low,close)]\n",
        "result4 = [talib.CDLHAMMER(open,high,low,close)]\n",
        "result5 = [talib.CDLDOJI(open,high,low,close)]\n",
        "result6= [talib.CDLINVERTEDHAMMER(open,high,low,close)]\n",
        "result7 = [talib.CDLEVENINGDOJISTAR(open,high,low,close)]\n",
        "result8 = [talib.CDLMORNINGDOJISTAR(open,high,low,close)]\n",
        "\n",
        "\n",
        "\n",
        "result9 = [talib.CDLCOUNTERATTACK(open,high,low,close)]\n",
        "result10 = [talib.CDLPIERCING(open,high,low,close)]\n",
        "result11 = [talib.CDL2CROWS(open,high,low,close)]\n",
        "result12 = [talib.CDL2CROWS(open,high,low,close)]\n",
        "result13 =  [talib.CDLHARAMI(open,high,low,close)]\n",
        "\n",
        "\n",
        "result14 = [talib.CDL3STARSINSOUTH(open,high,low,close)]\n",
        "result15 =[talib.CDL3WHITESOLDIERS(open,high,low,close)]#unique 3 river\n",
        "result16 = [talib.CDLGAPSIDESIDEWHITE(open,high,low,close)]\n",
        "result17 = [talib.CDLRISEFALL3METHODS(open,high,low,close)]\n",
        "result18 = [talib.CDLMATCHINGLOW(open,high,low,close)]\n",
        "result19 = [talib.CDLADVANCEBLOCK(open,high,low,close)]\n",
        "result20 = [talib.CDLEVENINGSTAR(open,high,low,close)]\n",
        "result21 = [talib.CDLDARKCLOUDCOVER(open,high,low,close)]\n",
        "result22 = [talib.CDLSHOOTINGSTAR(open,high,low,close)]\n",
        "\n",
        "\n",
        "\n",
        "result23 = [talib.CDLBELTHOLD(open,high,low,close)]\n",
        "result24 = [talib.CDLBREAKAWAY(open,high,low,close)]\n",
        "result25 = [talib.CDLABANDONEDBABY(open,high,low,close)]\n",
        "result26 = [talib.CDLCONCEALBABYSWALL(open,high,low,close)]\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n"
      ],
      "metadata": {
        "id": "Kqe0lkRDAGkl"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "import numpy as np\n",
        "import matplotlib.pyplot as plt\n",
        "import pandas as pd\n"
      ],
      "metadata": {
        "id": "EuPh3acfX8bE"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt1a = []\n",
        "plt1b = []\n",
        "for i in range(0,len(result1)):\n",
        " days1a = np.where(result1[i]> 0)[0]\n",
        " days1b = np.where(result1[i]< 0)[0]\n",
        "for i in days1a :\n",
        "  plt1a.append(i)\n",
        "for i in days1b :\n",
        "  plt1b.append(i)\n",
        "\n",
        "\n",
        "  \n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n",
        "\n"
      ],
      "metadata": {
        "id": "0-1PJ9WJdPyZ"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "result1"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "KlkLq3XgiqNv",
        "outputId": "c0d3f848-03c6-413b-8eec-55e2bc38b0c3"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
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              "       dtype=int32)]"
            ]
          },
          "metadata": {},
          "execution_count": 86
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "result1[0][0]"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "BKSvRlysl15T",
        "outputId": "15581abc-896e-4947-ad27-90ecf932883e"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "0"
            ]
          },
          "metadata": {},
          "execution_count": 87
        }
      ]
    },
    {
      "metadata": {
        "id": "fmsOQJQPvuOI"
      },
      "cell_type": "code",
      "source": [
        "plt1a =[]\n",
        "plt1b = []\n",
        "for i in range(0,len(result1[0])) :\n",
        "  if(result1[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result1[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "   \n",
        "for i in range(0,len(result2[0])) :\n",
        "  if(result2[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result2[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "\n",
        "for i in range(0,len(result3[0])) :\n",
        "  if(result3[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result3[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "\n",
        "for i in range(0,len(result4[0])) :\n",
        "  if(result4[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result4[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "   \n",
        "for i in range(0,len(result5[0])) :\n",
        "  if(result5[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result5[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "\n",
        "for i in range(0,len(result6[0])) :\n",
        "  if(result6[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result6[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "\n",
        "for i in range(0,len(result7[0])) :\n",
        "  if(result7[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result7[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "\n",
        "for i in range(0,len(result8[0])) :\n",
        "  if(result8[0][i]>0):\n",
        "   plt1a.append(i)\n",
        "  if(result8[0][i]<0):\n",
        "   plt1b.append(i)\n",
        "  \n",
        "\n",
        "  \n",
        "\n",
        "\n",
        "\n"
      ],
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt1a1 = sorted(set(plt1a))\n",
        "plt1b1 = sorted(set(plt1b))\n"
      ],
      "metadata": {
        "id": "9DvyA1rQnUSW"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt1a1"
      ],
      "metadata": {
        "id": "cDIgAtXHnyL4",
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "outputId": "5cd8a95f-aefe-48aa-ef3a-c6ceb28767b3"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "[10,\n",
              " 13,\n",
              " 18,\n",
              " 22,\n",
              " 26,\n",
              " 29,\n",
              " 30,\n",
              " 34,\n",
              " 36,\n",
              " 38,\n",
              " 41,\n",
              " 42,\n",
              " 44,\n",
              " 45,\n",
              " 46,\n",
              " 50,\n",
              " 52,\n",
              " 61,\n",
              " 62,\n",
              " 63,\n",
              " 72,\n",
              " 82,\n",
              " 84,\n",
              " 85,\n",
              " 87,\n",
              " 89,\n",
              " 92,\n",
              " 96,\n",
              " 99,\n",
              " 103,\n",
              " 104,\n",
              " 113,\n",
              " 118,\n",
              " 131,\n",
              " 138,\n",
              " 141,\n",
              " 149,\n",
              " 151,\n",
              " 160,\n",
              " 163,\n",
              " 165,\n",
              " 175,\n",
              " 190,\n",
              " 191,\n",
              " 193,\n",
              " 198,\n",
              " 218,\n",
              " 221,\n",
              " 225,\n",
              " 226,\n",
              " 235,\n",
              " 237,\n",
              " 239,\n",
              " 240,\n",
              " 249,\n",
              " 251,\n",
              " 255,\n",
              " 257,\n",
              " 261,\n",
              " 262,\n",
              " 263,\n",
              " 281,\n",
              " 283,\n",
              " 284,\n",
              " 292,\n",
              " 295,\n",
              " 297,\n",
              " 301,\n",
              " 304,\n",
              " 306,\n",
              " 311,\n",
              " 312,\n",
              " 314,\n",
              " 315,\n",
              " 317,\n",
              " 318,\n",
              " 319,\n",
              " 321,\n",
              " 324,\n",
              " 330,\n",
              " 333,\n",
              " 337,\n",
              " 338,\n",
              " 340,\n",
              " 343,\n",
              " 344,\n",
              " 349,\n",
              " 353,\n",
              " 355,\n",
              " 356,\n",
              " 361,\n",
              " 368,\n",
              " 376,\n",
              " 378,\n",
              " 382,\n",
              " 384,\n",
              " 392,\n",
              " 396,\n",
              " 397,\n",
              " 404,\n",
              " 420,\n",
              " 430,\n",
              " 431,\n",
              " 432,\n",
              " 434,\n",
              " 445,\n",
              " 447,\n",
              " 455,\n",
              " 458,\n",
              " 464,\n",
              " 466,\n",
              " 468,\n",
              " 470,\n",
              " 472,\n",
              " 478,\n",
              " 480,\n",
              " 483,\n",
              " 485,\n",
              " 490,\n",
              " 497,\n",
              " 498,\n",
              " 499,\n",
              " 504,\n",
              " 511,\n",
              " 516,\n",
              " 522,\n",
              " 528,\n",
              " 537,\n",
              " 538,\n",
              " 540,\n",
              " 543,\n",
              " 545,\n",
              " 547,\n",
              " 548,\n",
              " 551,\n",
              " 560,\n",
              " 561,\n",
              " 562,\n",
              " 563,\n",
              " 564,\n",
              " 568,\n",
              " 570,\n",
              " 574,\n",
              " 575,\n",
              " 578,\n",
              " 579,\n",
              " 581,\n",
              " 582,\n",
              " 590,\n",
              " 591,\n",
              " 595,\n",
              " 597,\n",
              " 600,\n",
              " 602]"
            ]
          },
          "metadata": {},
          "execution_count": 90
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "import numpy as np\n",
        "import matplotlib.pyplot as plt\n",
        "import pandas as pd\n",
        "\n",
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in plt1a1:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in plt1b1:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')\n"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 483
        },
        "id": "ll__5yKM51KB",
        "outputId": "c167defb-d310-40df-dd9b-ef59a3ef7687"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "import plotly.graph_objects as go\n",
        "\n",
        "import pandas as pd\n",
        "from datetime import datetime\n",
        "fig = go.Figure(data=[go.Candlestick(x=df.index,\n",
        "                open=df['Open'],\n",
        "                high=df['High'],\n",
        "                low=df['Low'],\n",
        "                close=df['Close'])])\n",
        "\n",
        "fig.show()"
      ],
      "metadata": {
        "id": "GSBV6t92AD1h",
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 542
        },
        "outputId": "5b3b5bae-840e-485d-85dd-14d4c7d76f43"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/html": [
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          "metadata": {}
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      ]
    },
    {
      "cell_type": "code",
      "source": [
        "plt2a =[]\n",
        "plt2b = []\n",
        "for i in range(0,len(result9[0])) :\n",
        "  if(result9[0][i]>0):\n",
        "   plt2a.append(i)\n",
        "  if(result9[0][i]<0):\n",
        "   plt2b.append(i)\n",
        "   \n",
        "for i in range(0,len(result10[0])) :\n",
        "  if(result10[0][i]>0):\n",
        "   plt2a.append(i)\n",
        "  if(result10[0][i]<0):\n",
        "   plt2b.append(i)\n",
        "\n",
        "for i in range(0,len(result11[0])) :\n",
        "  if(result11[0][i]>0):\n",
        "   plt2a.append(i)\n",
        "  if(result11[0][i]<0):\n",
        "   plt2b.append(i)\n",
        "\n",
        "for i in range(0,len(result12[0])) :\n",
        "  if(result12[0][i]>0):\n",
        "   plt2a.append(i)\n",
        "  if(result12[0][i]<0):\n",
        "   plt2b.append(i)\n",
        "   \n",
        "for i in range(0,len(result13[0])) :\n",
        "  if(result13[0][i]>0):\n",
        "   plt2a.append(i)\n",
        "  if(result13[0][i]<0):\n",
        "   plt2b.append(i)\n",
        "\n",
        "\n",
        "  "
      ],
      "metadata": {
        "id": "JJCtBjxHAFbB"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt2a1 = sorted(set(plt2a))\n",
        "plt2b1 = sorted(set(plt2b))\n"
      ],
      "metadata": {
        "id": "xdMfqWQFotAf"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in plt2a1:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in plt2b1:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 483
        },
        "id": "1YDW7NcBowAB",
        "outputId": "00d0fe5e-3bfd-457a-ca26-fd8cbca970a0"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "plt3a =[]\n",
        "plt3b = []\n",
        "for i in range(0,len(result14[0])) :\n",
        "  if(result14[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result14[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "   \n",
        "for i in range(0,len(result15[0])) :\n",
        "  if(result15[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result15[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "for i in range(0,len(result16[0])) :\n",
        "  if(result16[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result16[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "for i in range(0,len(result17[0])) :\n",
        "  if(result17[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result17[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "   \n",
        "for i in range(0,len(result18[0])) :\n",
        "  if(result18[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result18[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "for i in range(0,len(result19[0])) :\n",
        "  if(result19[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result19[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "for i in range(0,len(result20[0])) :\n",
        "  if(result20[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result20[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "for i in range(0,len(result21[0])) :\n",
        "  if(result21[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result21[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "  \n",
        "for i in range(0,len(result22[0])) :\n",
        "  if(result22[0][i]>0):\n",
        "   plt3a.append(i)\n",
        "  if(result22[0][i]<0):\n",
        "   plt3b.append(i)\n",
        "\n",
        "\n",
        "  \n",
        "  \n",
        "\n",
        "  \n",
        "\n"
      ],
      "metadata": {
        "id": "XOdhXCrwpp_D"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt3a1 = sorted(set(plt3a))\n",
        "plt3b1 = sorted(set(plt3b))\n"
      ],
      "metadata": {
        "id": "emNPLNAmrxz7"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in plt3a1:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in plt3b1:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')"
      ],
      "metadata": {
        "id": "ZCWz60MhpqBe",
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 483
        },
        "outputId": "b2cf7df6-0a9d-4e11-ce8b-af32dd597988"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [],
      "metadata": {
        "id": "RLY3Sq1GpEmR"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt4a =[]\n",
        "plt4b = []\n",
        "for i in range(0,len(result23[0])) :\n",
        "  if(result23[0][i]>0):\n",
        "   plt4a.append(i)\n",
        "  if(result23[0][i]<0):\n",
        "   plt4b.append(i)\n",
        "   \n",
        "for i in range(0,len(result24[0])) :\n",
        "  if(result24[0][i]>0):\n",
        "   plt4a.append(i)\n",
        "  if(result24[0][i]<0):\n",
        "   plt4b.append(i)\n",
        "\n",
        "for i in range(0,len(result25[0])) :\n",
        "  if(result25[0][i]>0):\n",
        "   plt4a.append(i)\n",
        "  if(result25[0][i]<0):\n",
        "   plt4b.append(i)\n",
        "\n",
        "for i in range(0,len(result26[0])) :\n",
        "  if(result26[0][i]>0):\n",
        "   plt4a.append(i)\n",
        "  if(result26[0][i]<0):\n",
        "   plt4b.append(i)"
      ],
      "metadata": {
        "id": "jxHkdISspEq1"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "plt4a1 = sorted(set(plt4a))\n",
        "plt4b1 = sorted(set(plt4b))\n"
      ],
      "metadata": {
        "id": "IB1jMdRMpS12"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in plt4a1:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in plt4b1:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 483
        },
        "id": "D0qHu4GmpZWB",
        "outputId": "117524c7-5c18-4b70-b4ee-b669f027cdab"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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MSG/EJE+VszGncCYiIiIiIiPSG4mpcjYOFM5ERERERGRY2oJhIrF4oiGI2uiPOYUzERERERE5rmA4xnt/vJpf1O5Od2uUsaVwJiIiIiIix/XMxka6+qI0doXoCcfI17TGMadwJiIiIiIix/Xo2oMABEMxAqEYBbkKZ2NN4UxERERERI5pzZ49bDjQCUBXX5RgOEZBbk6GRzX1DCucGYZRbBjGE4ZhbDcMY5thGO80DKPEMIwXDMPYmfw6Y7wHKyIiIiIiE++2Z5/FIoYnP0BzdwiAQlXOxtxwK2d3A89ZlrUEOAvYBnwDWGVZ1iJgVfK6iIiIiIhMIQe7GtndWEqv7Q3aIttp7OwFwONSOBtrxw1nhmEUAZcC9wNYlhWxLKsT+CDwYPK0B4HrxmuQIiIiIiKSGf/x1x9js4oI2ddj0kN3yATQtMZxMJzK2SlAC1BtGMYGwzB+ZRiGG6i0LMufPKcJqByvQYqIiIiIyMTzB/w8+fYqAGJGK6YVTN+mhiBjbzjhzAGcC/yvZVnnAD0cNoXRsiwLsIa6s2EYNxuGsdYwjLUtLS2jHa+IiIiIiEwQb60Xw0y0ljCNVuJGX/o2hbOxN5xw5gN8lmW9kbz+BImw1mwYRhVA8uuhoe5sWdYvLMtablnW8vLy8rEYs4iIiIiITICa+hqseBEAptFGnN70bZrWOPaOG84sy2oCDhqGcWry0OXAVqAGuDF57EZg5biMUEREREREMsK3wsfXL/wuLoeN2B3d3HPtD9K3qXI29ob7E/0X4HeGYTiBPcBnSQS7xwzD+CdgP3DD+AxRREREREQypak7zMyiXAzDGBTIFM7G3rB+opZl1QHLh7jp8rEdjoiIiIiIZIvuUJT1+zuYW5oPgMfVP5UxL8eeqWFNWcPd50xERERERKaZx946SENnH1+5YjEAC8rdOB02llYVYhhGhkc39agWKSIiIiIiQ/J19FHgcnDBKSUAzC/3UO99f4ZHNXUpnImIiIiIyJBaAmHKC12DjqliNn40rVFERERERI7gD/h5tv5VivMVxiaKwpmIiIiIiBzBW+slFs2nqbc+00OZNhTORERERERkEH/Az0PranFYVezqXEdTsCnTQ5oWFM5ERERERGSQb6/2Utr7nwDEjC68q70ZHtH0oHAmIiIiIiJp/oCfhzY8l74esZqprqtW9WwCKJyJiIiIiEiat9aLI3YqAC0536fHXotpmaqeTQCFMxERERERSaupr8EROxWTLnrtr4IRJ2JGWFm/MtNDm/K0z5mIiIiIiKT5Vvh4749eZn65m1/daGV6ONOKKmciIiIiIpLWGgyzp7WH5fNKMj2UaUfhTERERERE0v66fQ8Ap1SoajbRFM5ERERERCTtvtf+ikWEp3bdnemhTDsKZyIiIiIiAiTa6Nf7Y4RtO/nNpvvVPn+CKZyJiIiIiExTX3tsI9fd+zeq/7aXzt4Id7z4XXLi8wnbtqp9fgYonImIiIiITFOv7mphm7+bb/1xK9f//FUe27AZAwd9tvVEzIg2n55gCmciIiIiItNUT9jkk+84mbs/fja7DvVRFPoycfoI27YBqHo2wRTORERERESmIcuy6InE8Lgc/P1Zs7BsLRg46bOvBSMGoM2nJ5g2oRYRERERmYZ6IyaWBW6XA8MwuG7ZWaysa+TBj3+Za878fqaHNy0pnImIiIiITEPBcKI65nElIsHtHziNheUerjytMpPDmtYUzkREREREpqHDw1mZx8W/XL4ok0Oa9rTmTERERERkGupJhjO3S/WabKFwJiIiIiIyDR1eOZPMUzgTEREREZmGgiGFs2yjcCYiIiIiMg31RFLTGu0ZHomkKJyJiIiIiExDwbAJgCdXlbNsoXAmIiIiIjIN9WjNWdZROBMRERERmYZ6wjFsBuTlaFpjtlA4ExERERGZhjp7oxTk5mAYRqaHIkkKZyIiItOIP+BnwU8X0BRsyvRQRCTDmrtDVBa6Mj0MGUDhTEREZBrx1nrZ17kP72pvpociIhmWCGe5mR6GDKBwJiIiMk34A36eWjOLir4fUV1XreqZyDTX1B1ipsJZVlE4ExERmSa8tV5c5jm4rMWYlqnqmcg0ZsYtWgJhVc6yjMKZiIjINOAP+Kmuq05fj5gRVc9EprHWYJi4BZVFCmfZRJsaiIiITAPeWi9W3Nl/wHKkq2f3Xntv5gYmIhPmiXU+nt7QQCAcw+1MtM/XtMbsosqZiIjINFBTX4MZK0xft1NIxIywsn5lBkclIhPp4Tf2s7mhi9ZAmDW72wCoUuUsqyiciYiITAO+FT5WfWp9+vrGm/dg3WHhW+HL4KhEZCIFwzEunF/Cpy48OX3spOK8DI5IDqdwJiIiMk00dPalL7f3RDI4EhHJhJ6widvlGBTIivNzMjgiOZzCmYiIyDSxt7UnfVnhTGT6CYZjeA4LZ4ZhZHBEcjiFMxERkSxkxi0efuMAl/7gJZ7aMDZTD3cdCqYX/7cFFc5EpgN/wM/8H1/CpsYD9IRjuF0OZmkqY9ZSOBMREckydQc7ufanr/DNpzZzsKOXP28em3b3uw4FOXduMXabQVtPeEweU0Sy23+s+h7xllv5xC9fIxa38Lgc6b3NPC41bs82CmciIiJZ5ranNtPeE+FnnzqXD541iw0HO7Esa1SPGYqaHOzoZVFFATPynZrWKDIJ9YRjhGPmsM/3B/z8YX0rAMG+RCBzO+3YbQb/+6lzeeZfLhmXccqJUzgTERHJIpZlsb+tl2vOrOKaM6s45+QZtATCNHaFRvW4v6zdg2XBO+aXUOp2pqc1rt3Xzvf+tG0shi4i4+wD97zKcu9ficeH92GNt9ZLjrkYgLgRBMCTm2gAcvWZVcwrc4/PQOWEKZyJiIhkka6+KMFwjNkzEmtCFlV4ADjQ1jvovKc3NPDrv+0d1mPubglyz4u7uHZZFRctKKPE3V85u/7nr3Ff7Z5RV+ZEZPztbe0hEI7xUv2h9LGtjd1DVsL9AT/VddU44vMAsFvFAEStwISMVU6MwpmIiEgW8XUk2t2nwlmpxwVwxBqxrzxax51/3Hrcx4vHLW79w2Zyc2zc8XenAVDiOXJaY8SMj3rsIjIxDrQnPqyJxy2u+ekr3HDfa0ec4631YsXzcVjlg44/tf2RCRmjnBiFMxERkSzSH87yASj1OIGjd1eMHSdUvbj9EG/ubefWa5ZSUZBYc1LqdtIaHBz2wjGFM5Fs57Al2t539EYB8HcnpjvvOhQ84tya+hqM6GwAIsb+9PE1DS+O9zBlFBTOREREsoivI/GJeKpyNiPfiWFAW3Do7opN3cdei/a7N/ZTUeDi+vNmp4+Vul10h2JEBwS7iMKZSFaLmnFiybVmnb2JD2t2Dwhlh09N9q3wcc+VTwHw2QvelT7+4k1/Gu+hyigonImIiGSRfW09FOY6KMpLLNq32wxK8p20HqW7YqrSdjRr93fwvtNnkmPvf8kvSVbjBlbPVDkTyW69kf4ujZ3Jytmelv5wNvD/BU+s89HcHWKbP0BFgYtTBjT+cKt9flZTOBMREckiuw4FWVjhwTCM9LFSj3NQ5ezQgGrZscJZzIwTCMUoS65bS5md3ID2y4/UpY+Fo8Nvzy0iE683Ektf7uiN4A/4+daq+9LHdieDWmdvhH99fCM/e2kXW/3dLK0qHLSfmfY2y24KZyIiIllkd0sPC8o9g46Vul3pBh6HAiEu+O6q9G0H2nqO+lhdfYlP14vzcwYdf/ficr5x9RK2+7vTx1Q5E8luh1fOvvXyXcR6T8eTn+i+eCiQ+ACnuTvx9a/bDrHrUCARznL7A1lhrsJZNlM4ExERyRJdfVFaAmEWVBwWzjz9+5J19EQH3ba75ejhrPMo4cxmM/jndy+g9pbLuO7sWYDCmUi26w0nwllBroPWYB+PrW3ETgkN8V8C0JIMZ6mvDZ19RE2L02YVUpDc28xhMwZV5SX7KJyJiIhkif3JKtj8wzaGrSrKxdfZR8yM0zNgahMM3aUtJbUuJbV+7XDF+U5uWD4HOP60xoffOMCDa/Yd8xwRGT+pv/2TivNo6g5REL6JPttaeu1/w2GPpqc7twQHNwk6raoAj8sOQFVx7sQOWkZM4UxERCRLpKYjzSwa/Abq1JmFRGJx9rX1Egj1h7MlMwvY0xocsp1+V2+UO2veBhIh7GhcOYm3Aq3BCC9tT2xsW98UYNW25kHnffOpzdyRfLyB9rX28KPn67WJtcg4S605K/EYWJaNqNFIi/MHROJhQlYz+zu6aA2GeWKdD0h8qJObY+OUMg8OW+Lv/Jw5MzI2fhkeTToVERHJEs3JT75T+5GlLJlZAMD2pu5Bx88pc7G9KcCB9l7mH7ZO7VvPrGdzQxcAM/KHrpwBuByJT9QfX3eQl+tbqP23y7jhvtfo6ouy5Vvvw+NyYMaPHrw+88AbHGzv4x/eOZeKQn0qLzJeepLTGtvN14kZxbQ4vVhGYusN02hn7f6D3HBflD3Jqc5fvXIxe1p6sNsMls0u4j8/ciYfWDYrY+OX4VHlTEREJEscCoQxDCjzDK50LazwYLcZbPcHBlXOznkrsZnsziGmNtbu2Za+XJx3jMqZI/FWILVOZaOvM12JS1XPGo7REdLfeex91kRkbPQlG4Js6X6Ihtybidn86duitBHsK6Cxs/9v9Yblc/jG1UsAMAyDj51/stroTwIKZyIiIlmiJRCi1O3EYR/88pybY+f0WYW8squVwKH29PFzn3gAOHLdmT/gp7mr/3qP2XrU50xVzlLr0zY3dLEw2ZDkrX2J59rdcvR1balNcaPHqK6JyOil1pxt/vxarDusQf9ue8/NOB027r/x/AyPUkZL4UxERCRLHOoOU14w9NTA958xk40HO6l/8XUAnrv/CyxsPUBVvO+IcPb1536C3SpPX/9O7V1HfU5nsnLW0ZvoBrnJ15muznX3Jb7WbGw87tij6vYoMq5SrfTzk809Bvr8ZQt45ZbLuHhhGa/d+l7WfOO9Ez08GSMKZyIiIlniUCBMZaFryNuuPqMKgD8Z5RSGgixp3Q+RCAt9O9jV0AHAl36/gf+oWcuzmw8C0JZzN+2OX1FdV01TsGnIx01Na0y98dvS0J0Oat2hKCvrGnhqQ0P6/Oe2NA3Z/CM6RFMSERk7wXAMh83AaT/y7bvLYacyueazqiiPWcmN5mXyUTgTERHJEv6uEJVHqZydUuZmidlNX04uBeH+vc0Wth5kV3M3MTNOzcZGfrOmGVfsfMLGLoKOFwjkPI1pmXhXe4d83FS3xpRgOEZHcorj243d3PbUFpbPncEt7z8VgH/+7Tpe3ZWYJjkwpEVNTWsUGU/NXSEqC3O1T9kUp3AmIiKSBVqDYVqDYRZVeo56ztVbXgagINybPrbo0F76DAdrdrelj+XEF9Nnfz19PWJGWFm/csjHHPgpfGqKY0pLIEw4ZvJfHzubggGNBJq6Ek1AguH+5iSqnImML19HHyfNUEVsqlM4ExERyQLb/QEATqsqPOo51/z6RwAUXHAuWBZYFgufehhg0AbRBjbWfP6+QQ0DfCt8Qz6mw27DYUt8Er90ZgG5yUpa8hCVhbnMKcknz9kfziLJINYWjKSPKZyJjK+DHb3MVjib8hTOREREssA2f2IPsyXHCGeLKgtYMrOAqqL+N2iLkp0VVyU3kAY4qTiPpVUFw37u1LozT66DM2YVATCnJB8gvY4l39nfhKCrLzHtsTsUTR/TtEaR8ROJxWnqDjF7Rn6mhyLjTOFMRERkgmw82MlDr+8/4rhlWTy72c/JJfmUuI++JxnAw//3Qu760Bnp6zPcTgpzHRTkOnjgpuUAXHla5YjWpbhyEsErL8fBmbOT4Sz5JjC1gXXegHDWGkhUzAbuuabKmcj4aezsw7JQ5WwaUDgTERGZIL99fT+3P72FHc2BQcef29JE3cFOvnjZwuM+RonbSWFuzqBjf/3au3nrtiu4dFE5n714Hp+9eN6IxpVad5bvtHPuyTMA0nud9Qe3/nDWEkxsWB0YUDmLxRXORMZDbyTGvz+9BYDTZx29si5Tg7YJFxERmSCpFvW/qN3Djz56FpCoOP3g+XoWV3r4yHmzT+hxKwZ0eLzj704f8f1THRvzcuxce2YVs4pz08t0kWIAACAASURBVHun5SY3qR44rbElkGgI0j2gchaJaVqjyFhbWdfAfav3sL2pmx999CxOT047lqlLlTMREZEJkmpRv7KugebuRMB55M0D7G3t4evvX4LdlpkW2ak1Z3lOOzabwXlzSwhFE5WwVIOQgeHsUCBROQtqWqPIuAmGY3z5kTq2+ru55xPncv0Jfngjk4vCmYiIyATp6I2wbHYRZtyi+m/7CMdM/uelXZw/bwbvXVKRsXGlNqwdGMBS0xovOKUEYFC3xn2tPQTDsUFrzjStUaabzt7I8U8awm9f38+Cb/6Jv25tPuZ5HT2Jx//Oh87g2mVVJ/RcMvkonImIiEyQjp5EOLv6zCp+9/p+bnliE83dYb50+aKMbiw7vyy5vszRH84uXljG6n97Dx88+yQA8gesOYtbsH5/x6A1Z1FNa5RpZMOBDs7+9gs8t8U/4vu+vqcNM27xyFsHjnleezKczSwcemN6mZoUzkRERCaAGbfo6osyI9/Jv111KgAr6xq5+oyZXLKwLKNjm1OSqJwdSq4lS5lb6k5fTnVrvGJpBTYD3trXPrhboypnMo1sPNgJwKu7Wkd8X19HHwDh2LH/ZtqTlbni/GN3cJWpRQ1BREREJsDOFh9xCxyOEPPK3Dz9xYvZ5u/miqUja3s/HuYlQ1hPOHbUc3Jz7Lxyy2VUFLq4/n9f48297ZR6nJS6nbT1RIge542myFSSqhMbjPxvd39bDwDh6LH/ZlLTJo+3vYZMLaqciYiITIDv1v4UgBf3PwPAgnIPH1g2i9wB0wUz5dLF5XzpvQu59ZqlxzxvTkk+Loed8+eVUHewk7ZghBnJN47ahFqmEzOe+H0f6ecqnb2RdGOgcMw85rntPYnzSlQ5m1YUzkRERMaZP+Dn6W1/AWD1gWdpCjZleESD2W0GK646lcphrm254JQZhGNx3tjbnv5UX9Mapyd/Vx+/fX0/ljW9wnlqG4n4CL5vy7J433/XAmAzjj+tsaMngt1mUJCriW7TicKZiIjIOPPWeiFeAECMLryrvRke0egsn1eSvjzTmXhzqoYg09Njb/n496e3UH/YxupTXWrK4cB1l0PxB/ws+OkCmoJNHGjvpbk7zIXzS7jqtJmEosepnPVGmJGfgy1DW2xIZiiciYiIjCN/wE91XTWWWQhAyGqiuq4666pnI1HmcaUvv7vuZWyGWulPV76OXgBe3H4owyOZWKlOip290WOe5631sq9zH97VXt7Y05449sEzKMh1HFE5i5rxQRXIjp4IMzSlcdpROBMRERlH3lovcSuOwyrFwsSkE9MyJ3f1zO/n9EN7ALjsobtx2Awi2oR62rmz5m0eX+cD4KVpFM6eXOfjmU2JFvqdfUcPZ/WHDvKnV67FFXsH1XXVvLzDR6nbycIKD7k59iPC2TV3v8IH7nmVvkiiotbW07+mU6YPhTMREZFxVFNfQ8SMYLdKMekAI07EjLCyfmWmh3bivF6qn/4Ov3vkNkp6OnHGIprWOA39es2+9OV1+zvSmyZPZcFwDO+zW9PXu46xEfWdq34OQFH0I5iWyUs7GrjglBIMw8DlsA2a1hgz4+w8FOTtxm4efjOx/1lrMEz5gCq1TA9aYSgiIjKOfCsSlYXP3P8G3aEYvi9M8hDj90N1NRWhEBUdzQDkhPqIBYMZHphkypknFbG5oYvanS3pTcunkq8/sYk9rUHu/eS5PLm+YdBUxqNVzvwBP8/srKGUiwA7ZrSYvnAep52UA4ArxzaoctY+INg+9No+PnvRPFoDYcoXKZxNN6qciYiITICmrhAzC6fAGy2vFw5bX+aIm0TfWpehAUmmnTWniFK3c0quO/N1NfLo2oO8ta+DX6/Zxy9f2cO7F5dz59+dxkULSunqixKPH/mBi7fWS2r5mIGd3PiZALzZ8jAAuQ47ZtwilpwO3BIMA/D+02eyr62XVdsP0R2KUebRtMbpRuFMRERknJlxKxnOhteqPqvV1EBk8FQuZyxK5KAvfT2m9WfTgj3ZRfBrV57Ku08t5+X6lin33/7W5/87fflnL++mvSfCly5fxE0Xn8LlSyuxrKE7NtbU12CaqbfZdnLjZ2DSxUsHfwckKmfQ306/JZAIZ/9w0VxK3U7+64UdwODmOzI9KJyJiIiMswfX7CMQjnHh/NJMD2X0fD6wrEH/HPPnEfvI9QAcaOtl4W1/pmZjY4YHKuPJsizMuMWXL1/EDLeTixaU0dUXZV9bb6aHNmb8AT/PbN0MQMyW+PDhogWlnDd3BgDFeYkpih1DrDvzrfDx7CcTexsuLTuNpUV/zzWnL8b3tYMAuByJzedDUZM/rPexpaELgJOK8/j4BXPY6u8GFM6mo2GFM8Mw9hmGsdkwjDrDMNYmj5UYhvGCYRg7k19njO9QRUREJp943OL+V/dy4fwS3n/GzEwPZ1zk2G1EkxWTvW09AHz10bpMDknGUNSMc7B9cOhKVXxSFaDSZFfB7tCxW8tPJt5aLw5zPnF6Cdu2AHDTRfPStxfnJ8LZ0dad9UUSP6OesMnB9j6WzS5O3+ZyJH5ue1p7WPHYRv77rzuBRBj75DvmktrarLxA4Wy6GUnl7DLLss62LGt58vo3gFWWZS0CViWvi4iIyACv7mqlobOPT1xwMoYxNTeTTYSzxAKbcLIDnRm30oFNJrdH3jzAu37wEk9t6J+6Go4mw1myAlSQm+gxFzzOpsyTRWp/QkdsPhHbbtodv6Hb9b+ccXL/+rLi5B5knUfp2JjqxtievD0V5gBycxI/t9odLQDE4hZ5OXbcLgcnFedx5WmVAJQpnE07o5nW+EHgweTlB4HrRj8cERGRyaslEOYnL+wgFDU5FAjRHYpy29ObOak4j6tOm5pVM4Acu5EOYj2R/jfnQ033kslne1MAgPtW70kfC8cSwSM3WTkryE0Ej6HWX01G3lov8biB05pP2LaTuNFNT84LfKf2rvQ5qbDVdbTKWTKcRZJVxuK8/uYeqcpZKpwBVBX3r0n916tO5Z8uOYWqqbBOVUZkuK30LeAvhmFYwH2WZf0CqLQsy5+8vQmoHI8BioiITAaBUJSbqt/k7cZuPC473/3TdkrcTrr6ojz2/y4kz2nP9BDHzcBpjQMrJx09USoK9OZysku1jt/T0kPMjOOw2wgdVjnzpCpn4ck/rXH9gQ7+9Mq12J11GDiJGIkph6n9Ce+99l6gf83ZwNb6Aw3cxwygKK+/cpaaDropudYM4Jw5/SuEFlUWcPsHThuD70Ymm+GGs0ssy2owDKMCeMEwjO0Db7Qsy0oGtyMYhnEzcDPAySefPKrBioiIZKMDnQ1c+pNHsUdPBeCRR1ZDYSXtPRFWXLmY8+aWZHiE48thM9KbUAfD/W9I23rCQEGGRiVjxd/VB0DEjLOvrZeFFZ505SxVAUpNa5zMlbM/b/Zz5x/fZlFF4nf2qsofUnewk61f+TNzS91HnF80mnCWDLXWgHfPiyo9oxq/TA3DmtZoWVZD8ush4CngAqDZMIwqgOTXITe3sCzrF5ZlLbcsa3l5efnYjFpERCSL/NPvH4XIqZyxaCPl8RB7ChOTSb56xWK+cNnCDI9u/JV5XDQHQgD0hAdXzmTya+oKcWplIrDsaE5McUw1BEmtnfI4sz+ctQbDRzQ2SYmZcb70yAaau8O8uqsVgO1N3RTmOji5JH/I+zjsNgpcDjr7hp6+23eMcJaaDgpwy/sTH+pcvqRi+N+MTFnHDWeGYbgNwyhIXQauArYANcCNydNuBFaO1yBFRESy1b6OBur3z6HXtobNO7wsbEhMgXqH722+fEZBei+oqWxhhYcD7b2EoibBAeGsvSecwVHJWDDjFs2BMJcsKsNpt7F2XwfQXxVKVc5sNgOPy5HV4ezm36zlXT94ievu/Ru9kcHjXFnXmG5qkxKKxlk2u/iYjXyK8nPoOmrlbHBDnKEqZwW5Dv7fpQvY/d1rWFSpKrMMr3JWCbxqGMZG4E3gWcuyngO+D1xpGMZO4IrkdRERkWnlWy/+GBv59Nrf4pYXI5znS7Tc/vjmF8DrzfDoJsbiygIsC3YdChIMx9Ltv9tVOZvULMvimU2NmHGLeWVu3rWojD9uauT/PLiW63/+GtAfziARNAJZ2kr/QGcD6w+0MrfURd3BTtbt70jfFjPj3PPiTk6rKuS7Hzpz0P2WzS465uPOyHemuzFC4meW2oj78MpZauon9P/c3nFKCXabMS0+xJHhOe6aM8uy9gBnDXG8Dbh8PAYlIiIyGfgDfh5/+xnKuJyiUC83bojjNH/PF9c8Tm4sAjv/BrffDjOnbqdGgMXJtTI7DwXoCccozsshHDVVOZvE3tjTxnf+tI1Nvi7ml7u5cmklhbkOVm0/xNr97enzUtMaATwux6DKaTb55vM/BS6lcMZajPYzWbe/g3ctKueh1/eztbGbfW29/OIz53H6SYPD2PHCWanHSWuw//f8K4/WsbKukX3fv/aINWe2AQEs1UBlSmxML2NqNK30RUREpjVvrResRDfCT27qxbDAbsUTwQzANKdF9WxuqRuHzWBnc6Jy5nY5KPW4aOtRK/3JqC0Y5h8eeJO2YIQfXr+Mv3zlUmYW5fL3Z83ilVsu49kvvSt9rivn8MpZ9oUzf8DPs9s2AfBy469YUJ7Huv0dmHGL25/ewu/fPECZx8WVp1VyUnEeP7h+GQvKEw1AzhywcfRQyjwuWgP9v+cr6xoB6OqNEoqa5OUM3aW1qiiPX/3Dcj594dyx+BZlClE4ExEROUE19TWYZmIdyeV7esk1DzshEoGVU39JttNh45QyNzuS4awg10Gp20m7wtmk9MhbBwnH4jz4jxfw0eVzcNgTbxcNw2BOST6l7oH7dfWHj4LcHNbubz+iYpRp3lovObHFxOkhYjQQsW2n7kDnoOYgy2YXpdeW3bB8DpedWsFJxXnMKjr2VhBlHhdtPWEsa/B6tbf9XYSicRZWHL0D4xWnVQ6qPIqAwpmIiMgJ863w8fj1fwRgwatvJfpiH/7P58vwKCfG4soCdiWnNbqdDsoLXLQENK1xMqo72MmiCs9Rg8XAQDGw62Cp20komli/lS38AT/VddXkmMsI2TYRiYfY0llDIBzjT1v86fMGNusA+NpVp7LyixcfsxkIQJnHSdS00htRl3kSwXXDgU76Iia5OTZe/Nq7ef4rl47xdyZTlcKZiIjIKKSmcXlyh7t16NS0qNLD/vZe2oIR3K5kOAsqnE1G7T2RdFOX4xlYOfvG1UsA2O4PjMu4ToS31othlpNjzSRk3whAyLYVgEffOpg+7yPnzh50vzynnTLP8X8GqZ9Tat1ZqrHHD5+vZ/2BDnJz7Mwv93DqTHVilOFROBMRERmFYCqcuaZ5OKtIdGxs64lQVuCk3OOiszea3qxYJo/2ngglA6YuHsvAbo0VhblcfcZM9rb2jNfQRqymvgZ79DQA+mx1ia/xg1i2Lva39VJe4GLv967hkkVlJ/T4qQDXGoxgWRYdvVE+ccEcPv+eBRgGzCrKG5tvRKaN6f1KIiIiMkqBZHc6t3N6v6SmOjYCzC9zk1qC0xaMMKtYb1Ank7ZgeNC6smMZGM4ATilz88LWZmJmPL1WLZN8K3x84eH1rNvXwd5bD6SnKd78m7X8ZWsz7zil5LhTF4+lP5yFCUXjRGJxTi5x87n3LODzly3EoRb5MkKZ/6sRERGZxIKhGB6XY1Cb7OloXpk7ffmUMk96upfWnWUvf8DP/LuXUNdwIH0sasbpDsUocQ9vWuPhAeyUMjexuIWvo29MxzpSMTNOR0+EeNxiza5WLl5YNiiEpX4/l1YVjup5SpNrzFoDYTqS+50V5yfWr3lcDjX8kBFTOBMRERmFYDg67ac0AuQMeJN+Splb4WwSuPOl79DT/Cmuu2dzeuPkjmSHzRLPsStnHzx71pDHUyF9X9vETm3c7OuisbM/EN721BbO8b7A7Su30NEb5eKFg/cTu/nS+Vwwr4Qbls8Z1fPOyHdiMxLTGlPhbEZ+znHuJXJ0CmciIiKjEAzHpn0zkMOVeZz94UxNQbLSwa5G/rzmEvLi5wKw47yLoakpvTfd8aY1/tcNZ7PjrquPOF6VbD3v7wqN8YiPzrIs/u5/XuWi77+YbmmfWvf2+zcTVcGLFw5eUza31M1j//zOYTc+ORq7zaDE7aI1GKarN9GxsShveFNCRYaiVxMREZFRCCSnNQq88NVL8XX0YRgGpW5VzrLZvz37M2y8M319WyyPpV4vb37q3wCO2xDEZjNwDjGVt7IwF5sB/s6Jm9a4sW53+vInf/kG584tZk9rEIC4BYsqPFQWHnu/stEo8zhpDYZpDiQCaXmBwpmcOL2aiIiIjEJPWOEsZVFlAYsqEy3DnQ4bM/JzFM6ykD/gZ9W2FtyAGX8Zu+09/ODdN/GLcJD6mrcBOOkEm7jk2G1UFOTS0DkxlbO39rXz0UfrAXhnrJVAuJB7X9o96JzDq2ZjLbFtRIQ9LT3YbQYnl7iPfyeRo9C0RhERkVEIx+JHdKyTBG1EnZ2+vdqLK3Y+fba13PrSj/jw5hc45JlBbiSEN7SF577yLuaU5J/w488qzsXfNTGVswN7GtOXf33fv/DH6xemN8aeW5r4Hi4Z53BW5nHRGgizuyXI3JJ8nPr/gYyCPuoTEREZhXAsjitHb8aGoo2os9Mft67FYV2LFXuSz9ZBXuxu/vO5/yEnbkJeHnzjRuDEuxhWFefxdkPX2A34GHpWPgt5Z3DrSw/gioThrrvwVF1HKBrhhuVzqCrK5bIlFeM6htS0xl2Hgswv9xz/DiLHoFcTERGRUYjE4jizYD+nbFTuUeUsG31j+e8AWN+7hDxbYn1UTjy5Wbhpgtc7qsevKszF3xVKN+cYN34/nXVbAPjHtSshEoHqalzJpXAVBS4+fO5s7OO8zUWZx0U4FmdHc5AF5ZrSKKOjVxMREZFRCMdMXA7tZTSU1LTGcX+TLiPywtZmzp5TTOXKxxOBZqBIBFauHNXjlybDSm/EHNXjHJfXS6fLjSfcOyhcurragUSb+4mQ2oga+rtVipwohTMREZFRiMTiWmNyFOUFLvqiJj3j/SZdhq0tGGajr4srllaAzweWdeQ/n29Uz5HamLm9J3KcM0eppobOnHyKQoH+Y5EIzq4OoH8z6PFWNqAdf6lndK35RfRqIiIiMgoKZ0enjaizz5t7E1Wldy4YvyYZqT3SWsd7vaHPR/cNn6B46aJB4bLyHYm923ImaLpx2YANu8sUzmSU9GoiIiIyCurWeHTlnsQUL4Wz8ecP+Fnw0wU0BZuOed4be9vJy7Fz5klF4zaW1B5p41E5a+4e3KK/szd6RIXsRx89i3+9avG4fo8DlQ8IZAODmsiJ0KuJiIjICTLjFrG4pcrZUahyNnG+tfou9nc041199GYedQc7efiNA1y6uGxcf2dT1aO2MQ5ne1qCvOO7q7j3pV3pY519UYrzBgei8gIXX3zvImzj3AgkZeCG3ZrWKKOlVxMREZETFInFAdQQ5Cj6w9nEbEg8XfkDfp563c3svkep3lB91OrZb9/YQSTex9feP3Ncx5MKK23BsQ1nO5oTa8t++Hw9D72+H0hUzoomaG3Z0TgGTJ8szsvsWGTyUzgTERE5QalwpsrZ0IrzcnDYDO11Ns68tV7yYu8GIG45j1o9e37bbkLGNu5+83vjOp58p53cHBvtPWP7331fW2/68v2v7GFLQxftPeGsWuc1UdU6mbr0aiIiInKCwmaiC6HC2dBsNoMy7XU2rvwBP9V11VgkfhfNWC7VdUdWz3a0HKS7x0PItmXI28eSYRiUul1jXjnb19pDqdvJrVcvYV9bL5/99VtUFeXxmQvnjunziGSSXk1EREROUDiamtaol9OjSe11JuPDW+slbsWxSAQhG0WYlnlE9ezOVT/DwEbEtnfI28daids55mvO9rb2MK/MzXlzZwDQE47xy39Ynp4+m0l//OIlPPHP78z0MGQK0KuJiIjICYqYCmfHU1noorFTa87GS019DREzkg5ndquQiBlhZX3/RtL+gJ8/bX8NgJjRQsSMjHv1rNTjHNNujaGoyTZ/NwvLPZw5u4j3Lqng3k+ey2mzCsfsOUbjzNlFLJ9XkulhyBSgVxMREZFh+v2bB/jOs1vT1/sbgujl9GgWlHvY29pDzIzzgXte4Wcv7zr+nWTYfCt8WHdYzC6qBOA3H3wK6w4L34r+jaS9tV6MeCkAptGa+DrO1bMSt5O25FrD4bb5P5bn326iOxTj78+ehcth54GbzueyJRVjNVyRrKFXExERyXqWZWV6CADc+ofN/PKVvby1L7GRb1gNQY5rYYWHiBmnvjnAloZufvBcfaaHNCWlPiDoGKJaVVNfgxGfQZwQcboBjqiujbXS5LRGy7Lw1nrZ17lvVGHw928e4OSSfN45v3QMRymSffRqIiIiWS0Si3Pdz9Zwz6qdGR1HPN4fEP+8OVEBSHdrtKuV/tEsriwA4IWtzRkeydRmMxJdAoda5+Vb4ePjSz/HwrJSrDstrDusI6prY63U4yIci7O7rYHH3whjM2ed8FTKva09vL6nnY+dP0fdEGXKUzgTEZGs9of1PjYe7OTHL+xgb2tPxsZxoL2/jXdzct+ucCzRIc+Vo5fTo1lY4QEUzsZbbyTxuzhU5cyyLPa19jKrOG/CxpPa6+ybz9+HO/JhqsL/fcJTKR996yB2m8FHz5s91sMUyTp6NRERkaz27GY/zuQmr2/saZvQ5x64VmabPzEdLC/HTkt3Yi1Nf+VML6dH43Y5cDlsvN3YnT7W1RfN4Iimpp5IDIBtTd1H3PbwmwfY6u/mPaeWT9h4yjyJcPZi/R4AbOQSi+XwwIYHRlw9e2qDj8tOraCiMHfMxymSbfRqIiIiWSset6g70MlHzpuN22lPB6TGzj4aOvvG/fkHrpXZcLATp93GpYvL0pUzbUI9PIV5OYOuN3SM/3+76cSyLHojJh6Xg02+Ljb5OtO3bW3s5lt/3Mqli8v5x4tPmbAxlbgT7e0d5uL0sVzzPCJmZETVs0gsTnN3mLPnFI35GEWykV5NREQka+1uCRIIxzhv7gyWVBWyzR8A4KLvv8jF339xXJ/bH/Dz27VvYTdnU11XzZrdzZw5u4g5TotDzR1Yfn+6IYi6NR5bQa5j0PWDHb1HOVNORDgWx4xbfPrCueTl2Pnt6/uBRGhb8VgdxXk5/OSGsyZ0vVZpclpjjnkqFhFMusiPX0CcOH/Y9odhP053KFFlPTzgi0xVejUREZGs9fi6RMOC8+fN4IxZhWw42MFtT21O3x5ZuBiaxm6vpq2N3QRCUYLhGJ/71QOU9N3JrPDPKOy9hbcbAiyfN4PK116mz+EicNf3VTkbpoLcxBvrJTMTzUF8qpyNqdR6s5mFLq475yRW1jXS2RvhQHsv25sCfOGyhZR5Jnaj5tLktEY7BRTkh4g4NuKKn47T7uTDSz887MdJTYEtUjiTaUKvJiIikpXqmwI88Opeblg+m7mlbr743kV8YNksfv/mgfQ5a003eMdmr6bfvbGfa376Chd+dxVX/OQl6prPTt9mi1fQ51jDVRW9VLz0PADNK/9MuL0DAJdD3RqPpTBZOZtX6sbttONT5WzM+AN+lt93EQD5LgefuXAu4VicJ9b5+NuuxBrNixeWTfi48p0OcpONctrCOwixF4dVTjRmH1HXxlQ4K8xVOJPpQeFMRESyjmVZ3P70Fjy5Dr5x9VIAygtc/NfHzubFr72Huy6bA8AnP3YXjY/XjKp69rs39vPY2oP87vUDnFZVyPtOn0lzVyh9e03154hHv0BH7k/ouf1GTj+0B3vc5NvvupHgcy8AqpwdT2pa4wx3DrNn5KtyNoa8tV4auhMbS7udDk6bVcjZc4q5r3YPd6/awUnFeSwod2dkbKXJdWcxo5Wo7SAAOdacEXVt7O7TtEaZXvRqIiIi42Jgp8ORev7tJt7c18433r8k3ZI7ZV6Zm0+t/Dkf3voyAJvL5p1w9awlEOa2p7ZwyxOb2Orv5qw5RfzkY2fzzb/dxEX71gOwsM3H7auhpDPCBS+8zcKmvXzvuXt4Ze7Z/KdrCaA1Z8dT4Eq8sS7KczJ7Rp7C2RjxB/w8/NZWiiI3ARCOJxrmnHNyMS2BMM3dYe791LkYRmb2BnO7EhXlCM1EjUTFOyc+e0QbYPdPa3Qc50yRqUGvJiIiMi4Gdjocqa2N3RgGXD/UvkZ+P0Z1Nd9+/l4AdhbPggceOKHq2cq6hkHXKwtzwe/n/67t5YEnvLx1z6fJNy2+8HYe/tYbybUlguINm//K11+uBuDTkf3k5mha47E47IlwUJyfkwhn7b1YlnWce8nx3PHSdykI30x+/HwAanb9CoBFFQXpc86anbkuhzEz8d/4/g/9hL7/OIjTbuPfL7qXrq9H2PUv+4f1GN2hxBYBqpzJdKFwJiIiY84f8PPE63YKI59Ory8ZSSXtUCBMqduFY6j9w7xeiMfxRPo4qesQO0tPhkjkhKpnT65vYNmAN6+Vhbnpx881o5T3JluSmyY88UTieZL++Y0n+cv9n+dbj39vxM873cSTOcztcjCnJJ9AOEZ3Xyyzg5rk/AE/T65txW71//4+tv1emoJNLKr0pI9lqmoGEDETDXOqinJx2G3MK8tn16EAy+78Cx/62ZphPUa31pzJNKNwJiIiY85b6yU/+n6K/j97dx4eVXk9cPx7Z5/sOwl7CJsgKKCgKIJ1V7TW1rZuVWtrq138lbrUtlbtqNVqW5dSl1pj3auoJXVfWKKIyr4T1kAmudm3SSaz398fdzIhZAVmkkDO53l4ZGbuzLxDZLjnnvOeE/guWjAVx3JHl5k0XyDEil3V+MMncqCXG2YmdtFdrqAgEiSNq97PR+NO4dtXPMgje0OdH9+Fwl272aY2cs7kpMh92Um2dq/ftkgfpKSApkV+KZrG+Kp9GEtKzet+kQAAIABJREFUDul9B6NQODozKgrDU+2AtNM/UncveYB43yV4lZ2R+4Loe7nGZenB2czRaf21PKBtDuCQ8PDocVmJ7KpsAojMLOxJQ4sfq8kg2WkxaEhwJoQQIqpUl0r+upcjtzPdT/DGShMvrv4Mc2Byu05tC5fuYvzv3+eqZ7/i7L8uZ/H6UkIhjUqXl6yugjOnUw+QbrqJm9e8zXk7V1Ibn8I/plxEINj7AO0P77+Hhp+NDc9hDpfdZSVZ217/4F9O5+H/oQxywXAJo0GB4alxgLTTP1Lvb3RjIIlay5MElArqTa9G9nKlxFl4/vqTefqaGf26xgun5ACQnawHZ3lZCeyrPbSgvLHFLyWNYlCR3ZVCCCGiylHoQAnpV+zrTa9h1JJJCJxHXOBcAFTz5TiWO7jlpAd5+MMiAC6bNoxt5S5ueW09+SuK2VvdzITsxC7fA1WF/HxmejzM3LuBV044j9+e/wuq9jjJGTeyxzWqLpXdZal4Dat4ecsznJBwEWqDj6xE25H/AYgO5o7PZNEaJ8cPS45kzqSd/pE5Of2HkA5v3VwUvueHwEuRx+dNyOqXdR3o9xcdx83z8kiw6qeb47ISONSthvVuv8w4E4OKBGdCCCGiqqCoAC2gnxh6DOvwGrdg9UzEouUCoPhzeWVVEe9+VgjAn789le+ePIJQSOOtdaXctmgDmkbXmTOI7Atrle3S5zmVP/4UOU880OXT1AY9W/OHpX/CqJ2Hx7iNoBZk/NiPuTLtx2QkWLp8rjh8F58wlDPGZ5JsN6NpGglWk2TOjtD+2hbOmtj/AVh3TEYDWUltFzzGZiW0e1zTtB73xKmNHr3cWIhBQsoahRBCRJVzgZPn5v8XgN0LVnHTSTcRMlRFHk8MXkii5yeR2/MmZgJgMCh8Z8ZwLpumd2g0Gro5aTtoX9iQpnBwtnpTl08JhjSueOZLbnltFa9t/ES/z1CBL+jjjR1/5/JZif3aPOFY15r9UBSFoSm2SKAsDp3bF6C6ycvI9Lj+Xsohyc2I58C/1k3enpvCqPUtDE2R4EwMHhKcCSGEiLrimmZMBoUhiVYKigoI0lbCFh+ch0aIQPpv+fyOMzuUEv7uouOYMy6Di6bmdP0GB+0Ly969DYCb5v6UrWWdNxp4f7NKcY2bzWo5SigDgIBSAXBIQ3HFkYuzmHD7gv29jKPW/vC+rZFpR1dwZjMb2625ttnXzdF6Q5GqJi85yfZYL02IAUOCMyGEEFG3uriOKcOTMRkNOBc4WXfrvcyfmsNrN55CRoKFf10zF+dtGyLNIQ6UFm/hxRtmMTE7qZNX7tyBg6r/+s5GyMtrN/dM0zT+sXQ3AM1eIwT1PXGtwdmhDMUVR85mNuD1d9+8xR8Mcc5fl/PeJrWPVnX02F9zdAZn0L60sbqp++CsotGDpiGZMzGoSHAmhBAiqty+ABtK6jllTHrkvuGpcfz9yumcMiadr397NudOzo7qex5YjrhlVzmh4n2RuWdf763l4r9/zla1kQlDElE0Gz+Zei8JVhOBuxvR7tbQ7tZwLpBujH3FbjbiCXSfOdtX42ZnZRPbe9lyfTDZFw7ORh1lZY0AZ07MItGmtzyoafJ2e2xZvV76KpkzMZhIcCaEECKqVuyqIRDSOPWA4OxAhu72kh2B92+Zw+/mDEM12Hn9+LMgPx/Ky7n/3a1sLtVP8G+Yozcl+eSL7YxLtcoes35iMxtp6aGscU+VPg+rxS/ljwfbXdVEeryFlLijr4HNVbNG8fGv5gJQ1UNwpjZ4ABiaIsGZGDwkOBNCCBFVb69zkh5v4dS8zoOzWDkuJ4kfvfsM08qK+Mcpl6MFg2y5/1E2OBsAeOVHsxgePsmrsyZw5d4v+nR9oo2tF5mz3VXNgARnndlV2UTeQZ0PjyYZCRYUBSoae8ichZvGSFmjGEwkOBNCCBEVqktlzMPn8sHmci6bPgyzsY//iVFVlPx8rlz3HvtTc1ibOYaL4ucA8PB3pjJ7bAZZXhcAGc11XPzcQ+32pYm+YzMb8fSw52x3a+bM1/vB4oPF7qom8jKP3uDMZDSQkWClstHT7XFl9S0k283EWWTykxg8JDgTQggRFXd9+iC+2quwWZu55ezxfb+A8Oyz83asxBLw8eSs7wBg0YKRPW45C/+Kze/l2jXvYPN5IvvSRN+ymQ14esiItZY19nTcYFPR6KHO7ScvM76/l3JEhiRZqeghOFPrPeQkS9ZMDC4SnAkhhDhiqkvlndXJGLVknIZ7afJX9/0iwrPPknxuztq9ik/GnQLA8588qs/YUlXi859l2TM38rOVr+tz0sL70kTf0jNnXQddmqZJWWMX/ruuFIC54zP7eSVHZkiijfIeyxo9DJP9ZmKQkeBMCCHEEbtn6f3YArNoNBXgNezqn5lhB8w++6bjl5G7c5e8q/8mnFnLbqrBgKbfFwxK9qwf2ExG/EGNYEjr9PHaZh8NLX6AHhuHDDYFG8qYMSqVcUMS+3spRyQrydZjWaPa0EKO7DcTg4wEZ0IIIY6I6lJ5ccMbAASVKnxBH/nr8ylv6r+M1LwJmSTaTNjMBoa0DrkOZ9ba8flgscw362t2i376cXD2bE9VE6+vLolkzUwGBbdkziKCIY2dlU3MGJXa30s5YtlJNmqafTR6/J0+3uILUu/2Sxt9MehIcCaEEOKIOAodoOktvUPo3dWCWrB/smdhNrORa04ZxdzxmW2t+w/IrLX75ZT5Zn3NZjYCHYOzn760htsXbWRVcS0A44ck4pHMWcRa5z58gRAZiUf/n8k3JmYB8Nzne9G0jhnU+hb9QkrqUTguQIgjIcGZEEKII1JQVEAgqJ9sa4pepuQL+lhc1L8ZqdvPn8jT15zUr2sQnbOZ9P9fDt5PZgjPnXtjdQkWk4GxWQmy5+wADy1/HoClzlf7dyFRMGV4Mmcfl8Wjn+zkuvxV7Kpsavd4szcAQLzV2B/LE6LfSHAmhBBHmfIGD6f+6VM+2VrR30sBwLnAycofrgPg3aveQrtbQ7tbw7lAMlKiczZLa+asfZv8MeEOhMU1bsZkxBNvNUlwFqa6VJbu2gZAwe5/9mvZcLQ8efUMfn/RcazdV8f5jxYy9+GlXPDYZwA0e/Wfe4JV2uiLwUWCMyGEOMr85aMi1AYPy3dU9fdSIty+1qvcciIlemYzdb7nLBBsK2/Ly0zAbjZKWWOYo9CBMTiUIHUEaOjXsuFoMRsN/GjOGJbeNo8xmfHsq3GzTW3EHwwdkDmT7xQxuEhwJoQQR5GtZY0sWqtnpDaVNvTzatq0XuWOs0gJkuhZ654zb6B94OU+KBCzWwySOUPPmuWvz8cQGorf4BwQTXeiKSPByvypQyO3q5u8NIWDM8mcicFGgjMhhDiK/On9bSTZzFw+Yzjb1EYCwVDPT+oDkcyZRU6kRM9ag7MWX/v/f5u8gchw5cumD8NuNhIIafgHyP/n/cVR6CAUCmEOjcCv6Bdn+rvpTrTdeMYY5k3QZ7dVNHpplmy8GKQkOBNCiAFEdankPZ7X6RXxvdXNfLazmpvm5XHa2Ay8gRA7D9pE31+awxmPONm8L3rB3kW3RrcvwLisRIofvIizjhvSFsQN8uyZ3nTHjpFE/IYSYGA03Ykmm9nIgnPGA1DZ6KEpnI2XhiBisJHgTAghBpB7l91Hcd3+Tq+IO+vcAEwbkcLxw5IB2HzVT6A8NqVN3QWKB3N7JXMmes9mDu85O6issdkbbBfg2y2tGbbBHZw5FzhZ8YPdALxzzbPHbNOdrPBMwkqXt23PmXyniEFGgjMhhOhBXbOv0zk80aa6VP638jgyvH/odD9JeYPepj4n2U5uRjx2LcDfx51FzX0PxWQ9jkIHxfXFvSqdas2ctWZEhOhOXLhUrWB9Wbu/W25foN3JuN08eIMzTdNoaGkb0Ly7Ss+S52Ul9NeSYi4jwYKi6JmzZm8ARZF9rGLwkeBMCCG68eD725nm+JhFa2J/hfq3Hz2COZSLPTQds++0DkFRa3CWlWTFWFHOqJpS9qXmcFtVatSzZ6pL5ZVVWzEGR/Wq8YDbGyDOYmwb+CxEN4Ym27jg+Gw+2lpBSW1L5P5mb7DdHqOUODMAZfUtHV7jWBYIhrht0UamOz7mnY1lAOyqbCLOYiQnydbPq4sdk9FAeryV/bVumrx6oK4o8p0iBhcJzoQQohtvr9ODsudWFMc0e6a6VBZv3AFAEBcp3p/x/LrX2gVF5Y0eUuPM+j4ch4M/f/R3jqvYw5LcGWy9/9GoruePyx2keG5jqPcJtGBij9mzZl9QNu6LXlMUhWtnjwZgb00zAL5ACF8wRPwBmZJZuelYTQY+GiAz/fqCxx/kJy+uYdEaJ8GQxj0FWwiGNHZXNTMmM/6YvwBy9nFZvLtJpajcJfvNxKAkwZkQQnTBHwxR6fIyJMnKNrWR/64vjdl7OQodmAMnEFAqqTU/iYIZQintgqKKRg/ZyXZQVcjPZ2rJNl597beYg37eLqqLWvZMdam8sO6tyG1DYGyP2TO9HE1OpETv5WboXRn3hYOzlkhTmbYgP95qYu74TN7frBIKxb60uD/5AiHO+1shJ933CZ9ur8Rx6fE8ccU0qpt8rN1fx+7KJsZmHrslja1uOXscBkXhi901csFHDEoSnAkhRBcqXV40DX7xjXGcNCqVuxdvoaLRE5P3Ktj+DtbgVFoMawgqNQCEAkks3l7Ae5tU1uyrQ23wkJ1kBYcDQnpr8RRPE/N2r2bx+NMJOqLTVttR6EAJZUZuG7T4Htt217v9xMnGfXEIshKtxFmM7K3Wg7OmyDiG9kH+hVNyqGj0sq6kvs/X2Feqm7zc8O9VFFW4aPIGGJUexzWnjOLMiVmYDArvbVIprW9h7DG836xVTrKdH56eC8iMMzE4SXAmhDhmHEp3wa54/EFe+Wo/jR4/anify7BUOw9ffgK+YIirn/2K9TE4SXzrsvUYiOflK35P0S1fAfCbk19iuvVVbn55Ld9+8gu2lDUyMi0OCgrA54s891tbl1GZkMbKr4qispaCogIIZERuG7SEbtt2f76zmuU7qpg2MiUq7y8GB0VRGJUez74aN5qmccur64COc62+cVwWZqPCp9uOvdJG1aUy5rGx/OTFr1i5uyZy/7isREAPTkZnxPPRFv2z5w2CzBnAT+fmkWw3k2w39/dShOhzEpwJIY4Zf1zuoLiud90Fu/K/DWX89u1NnP+3Qgo26Bvxh4a7I/7m/InsrGzippfWRGvJEct3VGI0KMwem86Q8Ib//BXFlNV7uP38CZHjxmcngtMJmhb59Y1Ny0m0mnj7Fw7Iyzvi8kbnAif3z30mcvuuOX/qtm33NrURgNvPm3hE7ysGn9yMOIqrm1m7v47V++qAjnOtkmxmMhKsVLm8/bHEQ1JS62bm/Z/wrX+s6NXxjkIHdVWzWbPPxQOXTcHxzclA2wgBgLzMeErDF4oGQ+YMINlu5sUbZvLbC4/r76UI0eckOBNCHBNUl8rilSNJ8d3cq+6CXdmmurCaDNjMRl5YuQ+AnBQ9WLp29mguPXEoaoMHfzAUtbUDLN9RxYyRqSTZzJHBuwD/uGo6N88bG7k9fkhih+fazEYunJJDwdZqqivr9LLHI1Dd5OWtdU5yM+JJiTO3a+fdGXd4r1CCTUqQxKEZlR7P/lo3+SuKsRgN3H3xJGbnZXQ4Lt5qojlc9jiQrS+pp9LlZd3+enyB7r8jVJfKS2tWkBz4Hi2mJZwx0cyU4Xr2+bS89MhxBwZko9LjY7PwAWjq8BSOy0nq72UI0eckOBNCxMy+mmZKat198l63vvcYluAUbKEpPe6P6s728kYm5iTx7i/ncN3s0Zx93BASw2VWiqIwa4x+0lQZxav4wZDGdtXFjNGpHR47uFRwfFbH4Azg26Pt+BUDZ97wJMHn/33Y2TO3L8ANz6+iotHDI5efQJLNTKOnh+DMH8BiMmA8xrvIiejLTY8nENJ4Z6PKlbNGcv1pue0uTrSKt5po8g78WWet4y5Av8jRHb0J0BQAGqz/wrHcwYkjUii87Uy+d/KIyHGjwwHZpJwkLCY5bRPiWCd/y4UQMfPdp1cy589LKQ5v+I8V1aXy8WY9CDRpOfgDCs+ve/WQs2dljWV8sXcfo9JN2C1G7rlkMs9ee1K7OTvZyXoWrfzci6PWHbGmyUsgpDE0xR657ydnjOH7J4/AbNS/pv9x1XQuPXEoyXGd78GY+dzfuGzrUly2BOrN9sPOnt351iY2lTbwxBXTmTEqlWR7z5mzFl9QOjWKwzI6oy0TdPUpI7s8LsFqpKmHiwQDgXpAcNbdBRzVpfKfr+pI9F2BXynHG2qIZPxHpse1+845Z9IQrj9tNC/9aFZM1y6EGBgkOBNCxESjx09Fo35ycnfBli5nhGmaxjf//jkT73qfCx/7jJLtxYe8b+rupQ9g888hQC0KBnK8fyez6UVuePXf3T6vpNbNDMfH3PfOVjz+ILe//ziEEtjbvKTL5+SEgzO1yXfE5YOtWk/oDhwue+eFx/Hgt6dGbl84JYdHvz+tixfQW+vP27UKgFqTHfLzDzl43FBSz+L1Zfz8zLGcM2kIAEl2E409BGfN3qB0ahSHZXRGHACnjklnbBdZYYB4i4nmoyBztremLvL7ym46u9677D4SfVcDEFD0ER1dZfxT4izcffFk0uItUV6tEGIgkuBMCBET6/brHQ3PnJDJ8h1V/PiFNdR0UubjrGthg7OBU8akU1rfwmXPrWFrM4cU+Ly/qRIDcdSbnwfArOUAsHm/tdvnrdlXR02zj2c/38s5f1vKko0ZaARZUvZYl1m3nJYGAMoT0g8rAOpMa3DWmpU7ZOHW+ulufW01cckQDB5y8PjptgoMCvz4jDGR+3qVOfMH2jUwEKK3MhOs/PC0XO64oPtmMgk2E03egb/nbF3pXvxKCdCWOfMHQ2xyNuANtAWX724ujvxeQb+w0V1HVCHE4CHBmRAiJt7ZUIbZqPDYFdO4a/4kCndUccFjn3UI0Fbu1ZtuXHVqGou+PRZTcxNXfu8+Wl58udeBz4yUXzJ+SAKuP37CnRdM5PSxGVx/2miMgXHUNfu6fN7OShcmg8Lz159Mg68SU3AkbuNnBJS6LvesJT38J+J8LaiJGYcVAHn8wQ6z0sob9E5sOYcbnIVb66eFg7PauGS91f7i3p/oPblsN48v2UVeZgKJtrbSSX3PWfcnxW5fkDgJzsRhUBSFP1w8iRNHdD+GIeEoaAiiulRqmkJ4DbsA+Hibk2BII3/FXi7+++dM+P0HXJ//Nd99aiXGhptJtJn4xsQsPrr5ZrS7tW47ogohBg8JzoQQUbe5tIFFa51cN3s0STYzN5yey9PXzKDS5WXt/vYzwp79+n0AFhU9zrh/PMLDH/2densSy4dP7VXg4/EH2eis5/zJ2SiKwk/m5vHSj2ZxyQlDCWlQuLOqy+fuqGhidEY8E4YG2ancQIn9e1RbHsEX9HXe8VFVUfLzyXZV68GZz3fI2bOHPtjOrAc+pSzcGhugvNGLxWg4/LKlcGv99F3bAKh5/mXQNCq37eKW19Z1mnFYvb+Y0Xc/zM5qZ2RdAGMy23eD603mzO0LYu+kiYMQ0RJvNdF8wP/HwZDG9flf8+Wemm6e1bfuXvoABi01Uqa4vKieBa+vZ92Otu+HpUVVVLo83HnBRJbeOo/nrjuZqcNlPqAQoo0EZ0KI6FFVtLw8/vjWetLiLPzirHGRh04IXxnff0D3RtWlsrG0Gr9Szscr/4mWn8+sPetIaWnk49wZvQp8ispdhDSYNDS53f0nDE8hPd7Cku2VXT53R4WLcVkJOAodhLT2ba873f8RLh/McdXowRkccvZsV2UTAFf+80te+Wo/Hn+Qkjo32cm2dk0ADkdqOLirve/PUF7O5zurWby+jE3Ohg7H3vhyIXgnced7/2q3H3B4aly74xKsJnyBULdtwVskcyZiLMFqwh/UIqWBe6ubWVpUxa9f39DPK9OpLpXX1q1AwYDPsItq86P4DXtYvL6M93fpF6Tu8G6n8LYzWfLrefxkbh4ZCd2XXQshBicJzoQQ0eNw8J5lGF+XNvHrcyeQdEB5XGqcmQSrqV1rfUehA0MonYBSzu1LfAQCPsyhIJMr9rA3bVi3gc+C19fz3adW8sEWPXibPLT9PByDQWHehCyW76gi0MlMsvc3qeyrcTM7L52CogJ8wfblj53u/wiXD2a7qilPDM8hOsTywSS7/meSYDPx27c3MfvBJby7UWXKsOQentkzs9FAkuan1hcChwNnnZ6da2hp/9lUl0p1gx6EfbpnKTur9Sv9s3LT+NU549sd27qXrMXXdTMGty8gDUFETLV2A20Kl9jurHABR7BPM8ochQ5MQX2vptewi2bTJ1TH3cqUzM0A3Ln0OW56+i5G+hsxyMgJIUQ35F9TIUR0qCqeF17mgWv+xsSqYr43Ynq7hxVFYURaXCRzprpU8tfnk64txGfYwvztIczhqqWM5npWD5/ErsQsxi5eDAsXtnstXyDEW2v1gOLr4loSrCaGp9o52DcmZvHmWifrSuo5eXRa5P73N6nc9PJabGYD35w2jGtO7eU+D6d+XM6HRVQu300gEMRkPLRrXC5PgBOGJ/Pfn53GV3tr+f4zXwIwfVTHGWeHTFVJa6imxp4E+U/gPOUaAOrc7csS7112HwYuBEDT4rlv6RPAGVx9yigSrO3/WYgP33b7AyTTeRt/yZyJWGv9/3Cjs4HHPthCyrpVkDOZ7KSBEZwVFBVgDF5BQKkkpOiZMl/Qx3fecnBPaS5TSraDyaBfbDro+0wIIQ4kmTMhRHQ4HHw+4nhKk4dwx+cvYbz/vg6HjEyzR4IzR6GDUEjDqKURVGoY8WuwOiz87J2byfjJ9ZQmZ3H2j55i3RebOrzOquLadrefu+7kTksC54zPwGRQOpQ2/vOzPSgKvHTDrHbZvd7KTrYRDGn8Y9nuQ35uk8dPos2MoiicMiadq2bps52mj4zCvhOHg6ymWioT0iAYxLmhCIA6d1vmTHWpvLj+v5HbWjCOxduWAzCkkxPd1qCruzbmzRKciRhLtOnB2S9eXcf6cjfLciYDeifEgcC5wMnxqRdx0aQpkeYe2o1lXLs2yIx9m7GEAoe1R1UIMfhIcCaEOHLhOVvVlgQAxqu7Oz0JGZUez67KJu4p2ELB1mUEglYUzAQVfVN/aynhgXsx/rOqpMPbfbqtEovJgOObk1l+2zxm5qZ1OAb0ToMnj05j6fZK3lhdwrKiSjaU1LN2fz1/mD+Jk0Z3/ryetHZV/OvHO7qdZdQZlycQOdEEuPviyfz7hzOZNvIIM2fhn8GIOpX9Kdng8+Fs1lOR9QdkzhyFDpRQWyBoIBElpJdUDknquAcmPlyu6O6mU16LL4hdyhpFDLVmzgLBIONq2r4TXI3urp7Spxpa/Oytbm7f3CO8R7Wdw+jwKoQYXCQ4E0IcufBJSJ1dHyKb6mns9CRkRJq+z+n5L4o5L/PfbLxxPwD/+e4z7VpJZyYeEJytLqHwy6LIYGpN0/h0ewWz89K55tTRjEpv313wYN+YmMX2che3LdrI9c+v4vkviom3GPnOjOGH/XGnjUxlaDhAW7aj626QnXF5Au1KBy0mA3PHZx72WiLCP4OR9eWUJ2bgNlspS9CbltQfkDkrKCogFGwb9mvUEiGYBUBW4qFnzgLBEL5gSDJnIqZyM+LJTrLxeOMqFr77CNetLuD0fRtw7RsYree3lOpNd9rtHQ3vUW3nEPeoCiEGHwnOhBBHLnwSUm9PwhLwYfd7Oz0JGZnW1glw2Y4qXvhCn3E25KBN/RkJetdBq8nAhCGJ/PKtrXojEYeDPdXN7Ktxc9bErF4t7fzjsyMZIU2Dd9bs4/JJae1meR2qtHgLK37zDYYkWVlW1HU3yM64wmWNURf+GYyq17OVa4YdR8CoB4EH7jlzLnDy9IX/AfTPMW/49xhpupo54zI6HSQdFw4kW/ydZ87cfj1ok+BMxNLw1Di+vH4S5/7zQcaru7nn02dIb6rD5WoZEGWCGzsLzsIjLjr8cg6MgFIIMTD1OjhTFMWoKMo6RVHeCd/OVRTlK0VRdimK8h9FUQ5zQI8Q4qgXPgmp+9ktpKYlonRxEnJgcJYaZ+E/q0swGhRGHNS+vbWsMSPBylPnjSDo9/ODy+9lw7uFLPla3+d1Zi+DsxFpcXz127O5/1vHA+A3mLj28zcO+6O2UhSFeeOz+Gxnda/3vQRDGs2+YLuyxqgJ/wxGvPcWAF88+SoABqV95gygstGDQYGxmQms3ldHsy/IH+ZP6vRl43vInLV2cewssBMiqg4qE0z0NuOy2AdEmeBGZz0j0+Ii4yyEEOJwHUrm7BZg2wG3HwL+pmnaWKAOuCGaCxNCHH3q3H5S47o+ORmW0tZRcfXvz2b1789m2a3z2pUxApHb50wawugnHubpgodwWeP45vcf5P7PnEwYkthhHldPJpr0AOXM3avIfW5hVK62nzkxE5cnwNp9db06vnUYdEyCs7ARafqfcetw3nFZiR26NVY0eshIsJIezlBee+poxg1JpDOtmbOu9py17mdLsctJqYixg8oEE71uXNY4tH4uEwyGNFburmHK8CMfhyGEEL0KzhRFGQ5cBDwbvq0A3wAWhQ/5N3BpLBYohDh61Lt9pMR1XbJnMelfOXPG6XuhMhKskX1oBxqSZOOTBWfw+xmpkJ/P7D1ruf9Dvf30CeU7cZyRc8hrm/yvxzhrzyr+7/NXorYp/7SxGZgMsOxXjl4Fey6PHsjcv+IuyptiU4qVFg6Ot5Q1AjBleDLVTd52xzjrWshJtjEyLY7MRCu3nD2uw+u06ilzVhN+7TTJGIhYO6hMMPHXt+A3mvF++TUef/CQm/NEy4LX11Pn9jNtRBQ6rgohBr3eZs4eBW4HWusJ0oF6TdNaL6U6gWFRXpsQ4iixrKiSE/+sAq8oAAAgAElEQVT4Ec66lh5P0rc7zue5607u8TXHZiViuv++SBnTeTu/5IN//Yw3X7uTmc89emgLVFVs+f/iX2/cywnlO6PW0jrRZuYkXw1L08f2KthrzZxVuffhWB6bUiyT0UBqnBlfIERmopXjcpKod/sZ+9v3eHLZbjRNY5vayMTsJG49bwKfLJhLsr3rgLq1XLGrzFl1s57JaN0nKERfSfz0QwAaH3yYG19cw8wHPu3zNbT4gry/qZw54zK45tRRff7+QohjT4/BmaIo84FKTdPWHM4bKIpyo6IoqxVFWV1VdWhdzYQQR4eHPiii3u1HbfCQ0k1ZI4DNbMTc28HNB5UxTazeh8nrOfRuZ7Fqaa2qnLnyXbZn5bLx3eU8/c56giGty8P31lTob00T+evzY5c9CwfIw1PtTMzWyxUDIY2HPtjOT19aQ53bz+RhSZiNhm4DMwCL0YDJoOD2dZ45qw1nztITOrbhFyJmVJWkZZ8AUPbupxSGu6Z6/F3P44uFr4tr8QVD/GjOGKwm2XcphDhyvTlDOg24RFGUYuA19HLGx4AURVFaN04MB0o7e7Kmac9omnaSpmknZWZGoV20EGLAOTDWSg35uj7wUEWr21msWlo7HMzbuxaAS77/EH/6vJQdFa4uD3961WsABJU6glowZtmz9Hg9UBqWYmdCdtteslvOGseHW/QAcfLQpF69lqIoxFmMXQZnNc0+DAqk9BDkCRFVDgen7dtIkqeJB2dfGbnb5el6Hl8sbA2XD88YdYRzCoUQIqzH4EzTtDs1TRuuadpo4PvAEk3TrgKWAt8JH3YtIIM7hBikvP62hhOTC9/rx5V0IRYtrcNDn8eru9rd7VY7b62vulQ+27sJgIBSgy/oi1n2rLXRx/DUuEjny4nZifzqnPE89v0TueD4bCYP7X3zgniriWZvQP/M4XlzrfbX1RNSGql0V0T3QwjRlfDfvYyGKn6zLJ8vR0yJPNTo8XfzxOhrzdTFS7dSIUSUHMmcszuABYqi7ELfg/av6CxJCHE00TSN4uqGyO3ZLzwxIOYOxVy4VFIBnlj8EJdv/BiA5udf7PzwQgdKKJUQLWg0A8Qse3ZgWSPAl3eexaKbZgPwzROH8eTVM7CZe38yabcYcda14HXcD8XF7cpBv9y/Gb9WF7MsoBAdHFCm/P0NH3GSc0vkocaWvg3OvIEQFpMBvU+aEEIcuUMKzjRNW6Zp2vzw7/domjZT07SxmqZdrmmat6fnCyGOPVsrSvCH9GAgzd1AsrthQMwdirkDSiUv3v4Z168uAMC9qvPtuQVFBSihVIJKDYTP43xBH4uLol90kH5QcJadbCPBevjt++eMzWDlnhrmKjP5JPekSDMV1aVSUl9HUKmP6R46Ido54O+eAY0HP3gi8lBjH5c1egNBrL3dQyuEEL0g3yhCiCNy/6KnAXjjpdv5cuG1KFHqhDjgHVQqGbdVL1l0L3yq88MXODlj+CXMHXMC2t1a5JdzwRGUVnahtTnHoc6C68o9l0zmpeYvsQe8/OnM6yPNVO5Zdj+m4Cj8SllM99AJ0c5Bf/fGVpfw8a/OAPonc2Y1y6mUECJ65BtFCHHYVJeK+2sXCd5mppVtxxLSr1prUZojdjSJs7a2nO+6W1x5g4fsJFvM1zJ/ag5/mD+JvMz4qLyeUl7O6c8+wrlFX1CSnE25JZEtBZ/y4YoNGIjDbVwZ0z10QvQkKdyQpq8bgvgCIenSKISIKgnOhBCHzVHooDLhBE7dtxGT1taqXolGJ8SjTJxFLxvsah6Y2xdAbWjpdOh2tKUnWPnh6bnR2wcT3uMzul7FZzJzys/+zUVX/YXJ5acQpBGPYQMQuz10QvQkyaYHZ33dEMQbCGE1yamUECJ65BtFCHHYCrZ8QVlSNq9NXo9yD5Ffw/8y7Mg6IR6F7ObuM2dbyxoJaTBlWO+7JA4Y4T0+o+rK2t29M+NUWoxfgqJ/5ljtoROiJzazPo+vz8sa/UEsEpwJIaLo8HeICyFirqTWTUWjh5NGp/X3Ujr10NzF/O7tzaz/5WvkZSb093L6ldGgYDMbugzONpXqHS2nDD8Kg7NwoJ3b0AJ/WhK522eysugHv2PehMf6a2VCAPo8viS7WTJnQoijnnyjCDEAqS6VMX89hXkPL+U7T63k3Y1qfy+pU5/vrGZoso0xGdHZ23S0i7eYImWNuypdqA0tkce2lDWSkWBlSB/sOYuVIYk25k3I5L5Ljwcg2W7mtLEZ/bwqIXRJNhMNLbLnTAhxdJPgTIgByFHooKlmHiEtRKLVxB8Wb6amaWBNqwiGNL7YXcNpYzNkxk+Y3WLE7dUzZ2f/tZBTD8gy7apsYkL20Z1dNBgUnr9+JlfNGsmwFDvzp+ZgljbiYoBIibNQ7/b16Xt6A0Hp1iiEiCr5RhFigFFdKq+s2kxccA4uyxs8de14XJ4Adxds6fnJfWhnpYuGFj+zx6b391IGjHiLieZOGoJomsbuqibGZBzdwVkrRVEo+Plp3DV/Un8vRYiItHgLtc19HZxJWaMQIrrkG0WIAcZR6MASOJkgDbjMb/DKtke45exxvLNR5f1NA6e8sfUkKDvJ3s8rGTjsFmOne86qmry4PIGotbYfCNITrNjMUs4lBo60eAt1/RCcSUMQIUQ0yTeKEH0sGNK6fEx1qeSvz8ccnIDXsBVfyEP++ny+OSOeKcOSWfD6Bv67rrQPV9u11nlCiTbpK9Qq3qoHZ5rW9jPWNI09Vc0A5GUdG5kzIQaitHgLtf1R1ih7zoQQUSTBmRAxpLpU8h7Piwzm3V7eSN5v32P5jqpOj3cUOiCYglkbhtewHdBnR/3ps/t45gczyMuK557/baHJG2Cjs57vPr2yz8t4WrUGZ63zhQTYzSbcviAt/rbsWZM3wO6qJgDGDPKOlkLEUmqcBY8/REs3g+CjzSdljUKIKJNvFCFiyFHooLi+ODKYtzAclN3Txf6xgqIC4r1XoOHHbVwJtM2Oykm2c/fFk6l3+1myvZK/fryDr/fWsnDprr75MAdxhVtWS+asTbzViMvjp8nbtu+satYcdhdXYjcbyTmKOzUKMdClxesXimqaO2+epGkaG0rqee7zvVQ2eg77fRo9fkLhCgjZcyaEiDb5RhEiRlSXyr/X/o94/4Xkr8+nvKmc3ZV6edu+mmYCwVDkuNbs2tPnLiEheBaNprcIGPSBv3aTndU3rgbg+KH6jKxdlU2sKa4D4L/rStuV0UWTy+PnnoItnZ7ItGbOEiQ4ixiXlYCzroXSurYW+lX1bvas2syYzHgMBulqKUSspMVbAahr7nzW2RNLdvHNhSv44ztb+e/6wy8PP/evhdy2aCMAXr/sORNCRJd8owgRI45CB+nNfybN/1NCITuO5Q62qo0AhDSobtLLEf+43EFldS4//k8+d7y1loBSSYPp9cjrBLVgJPNmtxhJj7fwxuoSXN4AF58wlJpmH5/trObrvbVR/wyPfbKT578o5uEPizo85vL4sZkN0kr9ADNz9c6Vy4raylYr41LY3awxJkH2pQgRS62ZswP3nf3fa+t4fVUJOypcPLFkJ+dNHgLoQVVveAPByIU00MsYyxs9vLnWyafbKmTPmRAi6uSsSogYUF0q+etewEASAMGAhefXvsk2tZHxQ/R9R+WNHr1t/pqNpPt+xaadU2lyJ1JrfgpNaSvLaS1rbDU81Y7a4CEt3sKvzxkPwE9eXMP3nlnJsqLKqH2GFl+QV77eD8A7G9UOjUxcngCJst+snRNGJGMxGViyve3nUJ6YgTMpk7xNX/XjyoQ49qXGWQCoDZc1aprGf9eXcfubG/nNmxtJsJp44FtTAPB305iplaZpXLrwC3739ubIfY2etqzc7Ys2EtKQskYhRFTJN4oQMeAodGAMjo3cNpCA1T+PQEjj5nn6/eUNHhyFDkzBUZHj4mzNNN/7JdrdWrtfzgXOyDHDU+MAuOD4bEZnxDM81U6LP4imwS9eXceecPOJI7W0qBK3L8j5k7Np8QepO6gLmh6cSUnjgawmI9NGpLCptCFy37qhE9AUA2OWvAvl5f24OiGOba0Xi5rCJdcHNuZZu7+eu+ZPIj3BismgtMuGdWVzaSPb1EYWbyiN7LFtbNH/e8PpudSEmzHJEGohRDTJN4oQMVBQVIDJ3zag16AlEec/l5B5O6ePywCg7Fd38N5nz6EEMwhQS7nlNvYZb6GiuaLb1x6eqs8Vmz91KACnjtFL6b4zYzhmo4Fv/GU5D76//Yg/w7sbVTISLFwwJRuAmqb2wVmjxy+Zs07MGtN+KPfqYccBkFdTAg5HfyxJiEEhwapfLGry6kFZY0tbY56fnzmWb00bBoDJqBDoIXOmulQuyb8HAI8/xPub9QsrjeHA77Sx6UzK0SsjpKxRCBFNEpwJEQPOBU7OGf7zSLnLTcf/C5M2hKe+eyVpcRbMWohKv8JvlvoxakMIGCrwGrcRUGoj+8u6cuGUHK6YOZKZuWkAzB6rBwMXHJ/N89efDMCS7d0HeD1x+wJ8ur2CC47PYUi4w2BNk14q1NrApM7dQpJkzjqYFf65AJiCASoT9Z/PmIp9sHhxV08TQhwhm9mA0aDQHO6W2lqCuPDK6dx63gQURW/IYzYa8AW6z5z9cbkDv3sqmamV5GbE8/ZavYFIa+YsyWaOlKgr0udHCBFFEpwJEQP7appZVVzHZdOHA/DW2lKGJFk5Z9IQDBXl5DRUsnLkCVxQlIw1OISgogdTB+8v68wJI1L402VTMIY7/100ZSh/umwKc8dnMnV4CtfNHo1a7zmiDo6fbqvE4w9x0dQcMhL0DmhV4eCsdTxAcW25lDV2YvrIVEzhn83wLP3K+rAUO3a/B5zO7p4qhDgCiqIQbzFGRlm0BlIHf0+ZjQYCoa6DM9Wl8tLaQkxaFrtb/sM5k5NZuaeG0voWGlqDM7uZ8dmJAOytbo7FxxFCDFISnAkRA698vR+jQeHHc3Ij910+Y4Te2dDh4NdfvMLGnLHM/emLGJRsbj/jhk73l/WGxWTgipkjMYW7Jg5LsePyBtqV9ByqdzeqZCZaOXl0GhkJ+ib7miZfuNHJS9j9Z9LYYsBsOvz3OFbZLUamDtdHHrTuDxyTGd+fSxJi0Ei0mduCM09bIHUgfc9Z1xev9L3A+ne3x7CZne6XAX1sSeQ1bWbmT9FLy8+ZNCS6H0IIMajJZW8hoiQU0iitbyErycobq52cc9wQcjPaTspPGJECqgr5+XzT42FS2U4+GncKq0dO4dzvT4zaOlr3pDnr3STHJR/yZ9iqNrK0qJIrZo7EaFBIspkxGRRqmr04Ch/G7ptPkv8qAPa5PwFmRW3tx4qzJw2h0uUlJU4/KZwYvsIuhIiteKsx0hCk9QLVweXXZqMB/0HBWUmtm2VFlZw12UL++nzsgWsJ4aYlVMp/tv+Dc0dc3G6kSLLdjN1ipPjBi2L8iYQQg40EZ6JPqC6V0/NPZ8UPV5CdkN3fy4mJ/6wu4c63NnH9aaOpbfZx1SkjI3scAMbQAo4/Q7icZlxNCeNqSmDtYsgoh4ULo7KOYeHgrLSuhclDuw/ODv65PPTBdp4u3APARVNzADAYFAwGhYVLd+M2m7EHzow8/+PSv1LedMMx+zM9XD89I48bTs/lxhfWADB+iARnQvSFBKuJZl8PmTOj0q6sMRjSmPPnpQB8WrqEkBbCoo3Cr+wHRZ81GbR9AUyNPMcmHRqFEDEi3y6iT7TuU+qp2cXRbHel3sI+f0Uxo5KtnJaX0e7xkQsfgYIC8LXveojPF9VGEcNSwpmzupYej239udz54cPc9saGSGAGMGNkauT3KeGTG2tgFiYti0ZjAZWWewjQdEz/TA+XwaBgNRmpdOn79PKyEvp5RUIMDvFWEy5Pz3vO/Ae00t9R4Yr8/tMdu/EFfZhDI/EZ9gH6XuB1df8iPd4SOU6RLiBCiBiR4EzEnOpSeeNLjZyWf/H6V242lO7v7yXFRGtXQ4ArK9ZjMCh6GWOYOf85WL0aNK3jryg2ikiLt2A3Gymt7z44U10qr6zaRlbLwyxZdToFG0q5bNow3vjpqXz0qzP09Yc9d93JBNL+iNN2Ffttl1JneYYW4+peNTAZzG6elwfABMmcCdEnEm2mSLdGlyeAzWzo0OreZFDalTWWHnAh68dTHuDGaT/DSAoBpRyL0cLNJ92M89ZdrLnrnL75EEKIQU3KGkXMOQodWIJTMGhxxPku41sL15N/nZ254zN79fy/L9nJvAlZHD8smSqXl7X76zhv8sAro2uprQfAEArynRcfgd9cDQ4Hd62tIKhpEAzqc66iVL7YFUVRGJZqx1nn7vY4R6EDm38uVm0CbtOnnDVd4a+X/aXTY48flozz9q9isdxj2sUnDOXiE4b29zKEGDTiLaZ2DUGSOpnFaDYa2g2hbr2QNSYznmU7VL52v0sGFxBUavEFfeSvz+euuXeRnZDNqt+djdsnjZCEELEjmTMRU6pL5bm1z2MK5eAyfUCZ9ccEtGZe/XpXr55f1+zjkY92cPPLa2nxBbnjzY385MU1vPr1wMu+uZd/BsCj7/yF9KY6+M1vID+fG756ixu/flsvX8zPh/LymK9luN1A6eer273XquJavIEgvkCIkvoy3v4iG1vwZJqNhVSZ/8Zr256kvCn2axNCiFhJsB0QnLUEOuw3g45DqEvrW7CYDNw4Zwx7qjxY/acBEFRq9P9qwUj5dmailVHp0n1VCBE7EpyJmHIUOggFU1CwEFBKCRgqCCrVrC3b1v5AVYW8vA6By94afX7M/lo39727lRW7qgF4f/MACyJUFff2naS0NHLJtkI9EHvppUjzj4jW7FmMDdu5iVJrcuS9CjYWcflTK5nw+w+Y9sePuOQfn2INzgDAr+j7Kg48ARFCiKNRglUva9Q0LZw561ggdPAQ6tL6Foal2Ll02jA0pYl43yVAW3Am5dtCiL4kwZmIqbe3v40xpHf98yulAARxUeFqjBzz2c4qFj34HA1qFcX3tS+rKw4P9zxtbDovf7UfbyBEvMUY2VMwYDgcNJusxPs8bfcFgzFv/tEpVWXYqs+oi0ui+aVXobycvy3/KPLwcTlJ1Da17cEIKJX60uQERAhxlEuwmghp0OwL0tji7zRzZj44c1anB2c2s5GfzpmKAT0zVn3n7sOePymEEIdL9pyJmJo/9nLeWh0OxMwqN0+/mUDtuRRX6/uhFq1xcusbG8B+IvzyVQCmP7YMt2YgENLITLBiUOCJK6bznSe/4LSxGVS6PJHn9xdnQxlnPHUzn930JMOScqCgAPfJPyDOf1ATjmHDotrso1ccDnJrywDYmZzDuLt+w87MWZG/7Pd9eyQTMk+lotHLA+9tw3HphyR3cgIjhBBHm9bZkltKG2j0BDotQTQZDASCbRf4yupbmDdB3wN99SmjeOazPdhMRhKtcookhOh7kjkTMbNeXc8HK08m0X85PmUf3lAt+evzMZsCNHr8vPzVPm59YwOnB6r47uZPAFC0EPaSfYxIi6Oi0cPKPTUMS7WTFm/ho1+dgePS40mwmiN7CvrLdS+9Tqjux/zy7X/qdzidNF98KXHTTohZF8ZeCQ+5PrFkCwDrM8dgePEVjMEcGkxvUh5/LU+s+hOKopCdbOPxK6ZJYCaEOGbMzE1DUeCrvbXhzFlnZY1t3Rq9gSCVLi/DUuIAGJEWx3mTssnLipd2+UKIfiGXhUTMXPn6rzByKwBBpUr/rxZkS/Uq1IYx3FOwhXmjknjqtiswu5u5es07TCnfhWK3w5493P65mddXO5k/Ve92ZzLq1xISbSZc4eGi/cHZUMbOkhEowNI9qylvKic7IRu3N0C8xdjj82PK4YBQiBxXDdmuatYNnci83StRFDMBpRxvqKZd5zEhhDiWpMRZmJidxJd7amj0+Ensoltj65wztV4vRR+a0jYK5W/fO7HdnjQhhOhLkjkTMaG6VEqr9DIRn7KXevMr+u+DPnbVbwIgENJ4ZPOb2PxejFqIqeW7UCDSNOOO8ydy7yWT+fU549u9doJV78alaRr94aZFz6Og/0OuhNIiTTSafUHiLP18veOAIdczSzbz6diZrB5xAgABpQKQxh9CiGPbrNw0VhfX4Q9qnbbSNxkNkT1nZeE2+sNS7ZHH7RYjyXFSUSCE6B8SnImYcBQ6iNNOxKfspSb+1/xo5tmRjdWOb9wJQFqchYzFi7psmpGeYOXa2aMjGbNWiTZ9w3eLP9hXHyeiuK6U9buG4lWKCFCNEkolf30+5U3ltPgCxFv7OXPmdEZKKm//9724bBoLLvoZ0BacSeMPIcSx7JQx6fjCmbFOyxoNCnurm/nPqv1sLG0AYHi4rFEIIfqbBGci6lSXSv66FzAHJ+AxbIkM8WydodXaPSst3tIumOjtXq2EcGvkJk/f7TsrqXWjaRo/ff0VjFomdebnCRiqMGqZkUyUnjnr5+DsAMNT43jqyjkYsALg+v0+6TwmhDjmzcxNi/y+88yZvpfsjjc38eD721EUyE62dThOCCH6gwRnIuochQ6MwVwM2PAa9RLGA0vpEsIdsNLiLYf1+q3Pd/VRU5AdFS7m/HkpD7y3jW3FI2kxrMVr3ERQqcKkZUQyUW5voP/LGg9ywZQcfjwnl+kjU7CZB07gKIQQsZIWb2HCkESALlrp66c+uRnx/PzMsdxy1jgsJjkdEkIMDPJtJKKuoKgAo38CAB6D3jXwwFK61nLEww3OEvs4c/bfdfp8tn9+thdFS+DTn/0S7W6NBadfR7xhBO47A+z/vxLc/mD/NwTpxO8umsSbN83u72UIIUSfOWWMnj3ragg16E1Abj1vAv939vgOxwghRH+R4ExEnXOBk8vybmdMZjzBe+o6lNKdPjaDUelx3HL2uMN6/QSrfiW06btXQHl51NbdmYYWP6+vdpKdZOPk0an8eE4uxw9LBmDO2Ex8wRCf7ayi0eNH09pKLgcaaQkthBhMzpmUjdVkaNfoo5XJoH8fxg+wSgchhABppS9iwNlQxtId+7n0xBGdPp6eYGX5bWce9utHyhrrGvXW8QsXHvZrdUXTND7cUs4jH+2gttnL4p+dzpThye2OmTUmjUSbiaeW76ahRW/t3xq4CSGE6D+nj8tgy73ndWgoBW1jWQbqxTQhxOAmmTMRdXd88Dhodordn8Tk9RMbawFotMRDfn7Us2eqS2XM/bfw05fWomka//zBSR0CM9BLY+679Hg2lzVy26KNWIwGpo9MjepahBBCHJ7OAjPQh1BD24U+IYQYSCQ4E1GlulQ+2LobgE+cT0Y6NEZT9uMPk+B1s27o+MhMtGhyFDrwNU8hI6WaD//vDM46bkiXx37zxGG8+dPZDE+1c8b4DGm6IYQQA5zJoJ/62OX7WggxAElwJqJK79Q4mgDV+JWq6A87VlXM+c9x6r4NFOZOR/P5opo9U10q/177P8zaUPa2/I/qlsoenzNleDLLbzuThVdNj8oahBBCxE5I0wdQWyU4E0IMQBKciahRXSr56/MxhLIIGMo6zDeLCocDQiHO2LuW0uQh7Ekb1iF7prpU8h7PO6z3dRQ6MAX0zl0ew6ZeB5dGg4LVJP/QCyHEQOcJ6B2DrdI+XwgxAMk3k4ia2957FFNgIuZQDn5FBdrPN4uKggLw+Zi7dy0AhbnTweeDxYsjhzgKHRTXFx/y+0aCy+BQNIK4tT3RDy6FEEL0K68/BEhwJoQYmOSbSUTNZ5tGk9byB4ykElD0gObA+WZR4XSCpjGyvpzR6XG8fOWv+dHzq2jYsRfQA6wX1nxIKAT56/PZUeXs9Us7Ch2EtBCm0AgCShkogegHl0IIIfqVNxAOzqSsUQgxAElwJqJid1UTSmAkCvpg6Ze/+2iH+WbRdsb4THZVNvHJtgo+uPg6KC/njg/+Sob7cX655kYyGs/n3L9s4Opnv+KLXdU0eQN4wgOwO1NQVIAv6MOijcSv6GuOenAphBCiX3nDZY02yZwJIQYg+WYSUfHOBhVFgT/Mn4TFaGDy0NjP+zpjXGbk99sMCTTf9Rve2bwNgMWT52NQbiCo1LCtvJ4rn/2K4+/+kPlPfN7l6zkXOPno8nJsykhum3t1zINLIYQQfS9S1iiZMyHEACTB2SB2JI0zDqRpGv/bWMbJo9P44em5bLr3XHIz4qO0yq6dmpce+f3qYZMwv/ASmU0T2h2jhB7mxMkfRG7vqmzq8Dqtfw4r9uzlF6+uZWJ2Ij84dXTM1i2EEKL/zB6r/9sxMTuxn1cihBAdSXA2iB1u4wxoH9gVVbjYVdnExScMBeizroXxVhPrGz/i1hUvszl7LMWJWSR7JkUe//wfV3PHks18uOeNds8LhrR2tx2FDspqbFz33HoSrGaeu+5khiTZ+uQzCCGE6FtXzhzJmt+fzfghEpwJIQYeCc4GKdWl8vy6N0j2/ojn171+yNmze5fdh6ekHOO4CfxvxU6MBoULjs+O0Wq7oKqk5D/Dd9Z/hCEU5NmZl1OZmM3dnzzN3ofmM9xVz8+22HFetbrd095YXUIopKFpGq+v2carq3aT6XXQEqzh6WvHSWAmhBDHMEVRSE+w9vcyhBCiUxKcDSItviCbSxsAPVtk951LUvAS7N7LDil7prpU3v4qAbPxdeKr3RR8uYvZeelk9PU/duGZZ9lNNYyv3s/bk88EYGbJZpTWYw6agQbwm7c2ceHjn/Hr1zdw+xt7SPb8Eo0WauLu5LmNf+7bzyCEEEIIIUSYBGeDhD8Y4spnv2T+E59zXf4KXl21C4t/JgB2/zxeWPNRr7Nn9yy9H3vgDAAm/fq/lBgTuHh07PeYdRCeeQYwrno/fqOZRE8TE6v2tR0TnoH22o2n8L2TRnDSqFR+fuZYPP4gb60rJaQ0AuAxbMETqpa5ZkIIIYQQot9IcDZIbClrZN3+evIy41leVEuy5xas2liajJ8AQVJa/sA1L7zG+0R5JjAAABMnSURBVJvUSJvhg6kulVGPjmLR6rp298f5Wjj9P4/1wac4SHjmGZrG2F/+GICTTxyDMRSM3I+mgdPJKWPSeeg7U1l002xuPW8CHy+Yy+nTC2k2vQ9AUKnV/ytzzYQQQgghRD8x9fcCRN9Q61sAePyKaZz38mwqmurRFA9BajGbRpLhu40d+/O46eW13DV/EjecntvhNRyFDsrr7GR7v8eFRcv5y7uPEzAY8JisJAdc8EcHZPfxvrOwcUMSAJiZm9ar481GA8ucL9Ng9GAJTMNl0meZtc41W3jRwpitVQghhBBCiM5IcHaMUl0qp+efzoofriA7IZuyBg8AQ5PtOG/b0ulzWnxBzvnbctbsq+0QnJU0lPHmlzZy/H8h2VPOvR8txB7wApDoa8FrRN/btbB/gpqZuWmcNCr1kJqStJ9f9qvoL0oIIYQQQohDIGWNx6iD2+Sr9S3YzAZS4sxdPsduMXLiiBTe21ROUbkLgGZvgMXrS7n9vb9j958FwJ/ff4TMFne751qDwOLFsfkwvZCRYGXRTbMZld4Pe9+EEEIIIYSIAgnOjkH/WrGZ174uI8H3LfLXvUh5Uzlqg4ehyXYURen2udNGpgJwyd8/5621Ts76y3JueW09KzeMAcAb+D/Ov2o7cffZKXepHfZ2CSGEEEIIIQ6PBGfHEK2sjA0nncl9/9tLkvfHpAauJ957FXd++DC7KpvISel5ftf3Tx7Bt6cPxxsIseD1DaQnWMhMqwBysPk9/Hb5HkAaZwghhBBCCBFtsufsGODxB/n/9u49TK66vuP4+5fNbrIJCeRGIAkxJgTC/ZKABEXbpFrAKCigGBW0+PhYq2h9bKG21MuCj1CqrbXVKjTgBagVqrE+qIhAROSSQALhkhshhLC5AAlJCMludr/9Y07IRjdmNzuz58zs+/U88+zsmbPn/M4nM/PLd37n/OYTNz3Ms4tXECe+h+hQcw9uncVdDwFs4S1HTtzntgYP6M+1FxzP6KEDGDdsEO895TCmfvEjDN5xJZNffJZLFrZz1Vtg3RAnzpAkSZLKyeKs4La3tlFf14+29qChf+cDnXc8sY5fPbke6obAyCFctODHfHfqubSxhU3136d/qmfWMUdy+Zlnd2mfKSX+9swpr/2+cMNMHrr9SgZs38agfg2sffUjcK1FmSRJklROFmcF1trWzpQrfg7AoIY6Lpg6jjEHNXLS+GF7TBm/YNVGBkYbZ6yYz5HrVzL7kbl8d+q5vFJ3D1v7/wyAu9aMpV+/r3S/Ec3NMGcOp2zfvnvZnDlwxRW5TZsvSZIk1SKLswJb+/Lugmj44AZuevBZWtuCgfX9+OibJzFv6Qa2bG9lxYZXmNq8jO/cuvsasLtv/CRj5/+W+rHf7FkjmpqgvX3PZW1tuU6bL0mSJNUiJwQpsDXZF0cDfOsDU7n3shl89T0nsL21na/fuYwdO9s5YvQQBsdOzlp63x5/O+GlNdR/+cqeN2LuXGhp2XNZS0uu0+ZLkiRJtciRswJ7PivO5n7ijRw79kAA3n1y6dTGny56nn94+9E0NtQR486BNWv2/ONdBVRPR7ecHl+SJEnqFRZnBbarODti9JA9lp82cQSnTRzx2u/JAkqSJEmqep7WWCD3rXiB55eugkmTYO1a1mx6lRGDGxhYX5d30yRJkiRVmCNnBfGzR5v5q5seBmD25LN48J/vZnndEE4af1DOLZMkSZLUGyzOctays51rfv4U19278rVltx4zg+mrH+f8D7yDs6cfkWPrJEmSJPUWi7OctLcH67Zs52PfW8Ci517moumv43O/+BbLf3onhzevYGBdghFrYZbT1UuSJEl9QYqIXtvZtGnTYv78+b22v6Jq2dnOBf/5Oxat3sTghjquveAEzhoJTJwIHb/subERnn7aL3uWJEmSakRKaUFETOvsMScEycEPHljFotWbOGToQK7/0Cmcddyhf/zLniVJkiTVPIuzHDy48iXGDx/E/Z+buXtKfL/sWZIkSerTvOYsB48/v5ljxgzdc6HfVSZJkiT1aY6c9bLN21t59qVtf1icSZIkSerTLM562X/ctQKAk8cPy7klkiRJkorE0xp7ye2PNfPYmpf51j0reP8bxjN90oi8myRJkiSpQCzOKqx5SzNv/M67aF9/BQBnTB7JF955DCmlnFsmSZIkqUg8rbHCmuY1sXHjRADOO3kc35h9MvV1xi5JkiRpT1YJFdS8pZkbH76NA1rfQUvdo/zN2aM5sLE+72ZJkiRJKiCLswpqmtfEgNYZ1DGUlwd8h6Z7/EJpSZIkSZ2zOKuQ5i3NzFk4h4adx9GSVrAtVjJn4RzWbl2bd9MkSZIkFZDFWYU0zWuCtiEMaD+KV+sWAtAWbY6eSZIkSeqUxVmZNW9pZtLXJ/G/T87lwO2fJWjjlbo7AWhpa+EnS36ScwslSZIkFdE+p9JPKQ0E5gEDsvV/FBGfTym9HrgFGAEsAD4YES2VbGw1aJrXxDMbn+H0of/O6vbD+Mbsk5h1/Kq8myVJkiSp4LoycrYDmBERJwAnAmemlE4Drga+FhGHAxuBSyrXzOrQvKWZ7y64g5E7/pHV6w7jQ288hFnHj8m7WZIkSZKqwD6LsyjZmv1an90CmAH8KFt+I3BuRVpYRZrmNTG45d00tk+jtd8zrE//lXeTJEmSJFWJLl1zllKqSyktBNYDdwArgE0RsTNb5Tlg7F7+9qMppfkppfkbNmwoR5sLadfsjO1R+n1dw+e5YZGzM0qSJEnqmi4VZxHRFhEnAuOAU4EpXd1BRHw7IqZFxLRRo0btZzOLr2leE+3RTopGdqTltKUXnZ1RkiRJUpd1a7bGiNgE3AVMBw5KKe2aUGQcsKbMbasqc5fMpaWthX4MJNKrgLMzSpIkSeq6rszWOApojYhNKaVG4K2UJgO5Czif0oyNFwN9ugp57jPPAfCOf7uXEQc0cMOHI+cWSZIkSaom+yzOgEOBG1NKdZRG2n4YEf+XUnoCuCWldCXwCHB9BdtZNba17GR8w6C8myFJkiSpyuyzOIuIR4GTOln+NKXrz9TBtpY2Ghvq8m6GJEmSpCrTrWvOtG/bWtoYbHEmSZIkqZsszspsW8tOGhu6craoJEmSJO1mcVZGrW3ttLaFI2eSJEmSus3irIy2tbQBeM2ZJEmSpG6zOCujbS07ARg8wNMaJUmSJHWPxVkZ7Ro5G+TImSRJkqRusjjroXWbt7N4zcu82tLGth27ijNHziRJkiR1j1VED3zv/lVc8ePFADTW1zF4QGnEzJEzSZIkSd3lyFkPPLjyJQ4eMoBvzD6J86aO5YWtLYDXnEmSJEnqPquIHliydjPHjT2QWcePYdbxY7h05mTmLnyeY8YMzbtpkiRJkqqMxVkXbdneSkqJiGDNpldZv3kHS9dtZeZRo19b5+AhA/nIGRNzbKUkSZKkamVx1onN21v54UOred+p42msr+P6e1dyzS+eorUt/mDdKYcMyaGFkiRJkmqNxdnviQi+/LMnueWh1dy9ZANB8NvlLzJjysEc2FjPjp1tvP24MQxt7M+6zTs489hD8m6yJEmSpBpgcdbBzrZ2PnnzI9y+eC0A9y5/gYa6flz1rmOZfep4Uko5t1CSJElSrbI4y7S3B5fd+hi3L17LpTMn8/E/mcT8ZzZy6EEDmTTqgLybJ0mSJKnGWZxl/uXOZdz68HN85q1HcOnMyQC8afLInFslSZIkqa/we84ojZp9//5VvO3o0XxyxuF5N0eSJElSH2RxBixZt4WXXmnhbccc4nVlkiRJknLR54uzTdta+PVT6wGYPmlEzq2RJEmS1Ff16WvOIoLzvnkfKza8whmTRzL2oMa8myRJkiSpj+rTxVlbe3Dx6RO4e8kGPnf2UXk3R5IkSVIf1qeLs/51/bho+gQumj4h76ZIkiRJ6uP6/DVnkiRJklQEFmeSJEmSVAAWZ5IkSZJUABZnkiRJklQAFmeSJEmSVAAWZ5IkSZJUABZnkiRJklQAFmeSJEmSVAAWZ5IkSZJUABZnkiRJklQAFmeSJEmSVAAWZ5IkSZJUABZnkiRJklQAFmeSJEmSVAAWZ5IkSZJUABZnkiRJklQAFmeSJEmSVAAWZ5IkSZJUACkiem9nKW0AVvXaDvdtJPBC3o2oIeZZGeZaGeZaXuZZGeZafmZaXuZZGeZafkXK9HURMaqzB3q1OCualNL8iJiWdztqhXlWhrlWhrmWl3lWhrmWn5mWl3lWhrmWX7Vk6mmNkiRJklQAFmeSJEmSVAB9vTj7dt4NqDHmWRnmWhnmWl7mWRnmWn5mWl7mWRnmWn5VkWmfvuZMkiRJkoqir4+cSZIkSVIhVFVxllI6LKV0V0rpiZTS4ymlT2XLh6eU7kgpLct+DsuWT0kp/S6ltCOl9NkO2zkypbSww21zSunTe9nnmSmlJSml5Smlyzss/0S2LFJKIyt97JVQsDxvSCmt7LCNEyt9/JVSsFxnpJQeTiktTindmFLqX+njr5Ry5Zo99tfZNhanlG5OKQ3cyz4vzra7LKV0cYflV6WUVqeUtlbymCupYHnenT1/dz3XD67ksVdSwXJ9b0rp0WwbV1fyuCupzJl+Ksvz8b29n2br2ff3Tp72/ZXJtSb6/v3I9P3Ze95jKaX7UkondNhWp1l1ss/8+/2IqJobcChwcnZ/CLAUOBq4Brg8W345cHV2/2DgFOAq4LN72WYdsJbS9w109tgKYCLQACwCjs4eOwmYADwDjMw7mxrI8wbg/LwzqaVcKX34sho4IlvvS8AleeeTd67AWGAl0Jj9/kPgQ53sbzjwdPZzWHZ/WPbYaVl7tuadS43keTcwLe9MailXYATwLDAqW+9GYGbe+eSc6bHAYmAQ0B/4FXB4J/uz7++9PG/Avr+suVJDff9+ZHo6u/uVs4AH9vUc/L39FaLfr6qRs4hojoiHs/tbgCcpdWDnUOp4yH6em62zPiIeAlr/yGZnAisiorMvxz4VWB4RT0dEC3BLti8i4pGIeKbnR5WfIuVZSwqU6wigJSKWZuvdAZzXo4PLUZlz7Q80Zp8mDgKe72SdPwfuiIiXImIjpfzOzLZ9f0Q0l+3gclCkPGtJgXKdCCyLiA3Zer+iSl//Zcz0KEr/WdsWETuBe4B3d7JL+/5eyrOWFCjXmun79yPT+7L3QYD7gXHZ/a4+BwvR71dVcdZRSmkCpU+wHgBGdwhsLTC6G5u6ELh5L4+NpfTpwy7PZctqTkHyvCobjv5aSmlAN/ZZWDnn+gLQP6W06wsXzwcO68Y+C6snuUbEGuBaSqMKzcDLEfHLTlb19d+7ec7JTmu6IqWU9uc4iibnXJcDR6aUJmTF3bnUwOu/h++pi4EzUkojUkqDgLPpPBNf+72bp33/nnqaa032/fuR6SXA7dn9rr6mC/Har8riLKV0AHAr8OmI2NzxsYgIoEtTUKaUGoB3Av9T9kZWkYLk+XfAFEpD/MOBy/ZjG4WSd67ZPi4EvpZSehDYArR1ZxtF1NNcs3PTzwFeD4wBBqeUPlCh5hZeQfJ8f0QcB5yR3T7Yzb8vnLxzzT71/Uvgv4HfUDoNr6pf/z3NNCKeBK4Gfgn8HFhIlWfSEwXJ077/9/Q011rs+7ubaUrpTykVZ1X5fKq64iylVE/pH+gHEXFbtnhdSunQ7PFDgfVd3NxZwMMRsS7728M6XJT6MWANe37aMC5bVjOKkmc2dB0RsQOYQ2kIumoVKNffRcQZEXEqMI/S+dpVq0y5/hmwMiI2REQrcBtwekrpDR1yfSe+/nstz2yUaNdpKzfh6x/Kk+tPI+INETEdWEIVv/7L9Z4aEddHxNSIeDOwEVhq359fnvb9nStDrjXT93c305TS8cB1wDkR8WK2uNOsitrvV9XsLdmpLtcDT0bEVzs8NBe4GPhK9vMnXdzk++hwqlhErAZemykoOxVkckrp9ZT+cS4EZvfkGIqkSHmmlA6NiOasTedSGtavSgXL9eCIWJ+dKnIZpQuPq1IZc30WOC07XeRVStfzzY+IB9gz1+HAl7MRDIC3UfqUtyYUJc/s+XtQRLyQdcKzKF0fVZWKkmv22K7X/zDg48B7enp8eSjne2qHTMZTuo7ntIjYhH0/5JCnff9et9XTXGui7+9uplletwEfjN3X3AE8RCdZRcTjFLHfjwLMxtLVG/AmSkOXj1Ia5l1I6VzcEcCdwDJKnfrwbP1DKJ0vuhnYlN0fmj02GHgROHAf+zyb0icOK4C/77D80mx7OyldpH1d3vlUeZ6/Bh6j9Mb8feCAvPOpkVz/idIFtEsonQ6Qez4FyfWLwFPZ8+17wIC97PMvKF27sxz4cIfl12Tba89+fiHvfKo1z+w5viBrx+PAvwJ1eedT7blmy28GnshuF+adTUEy/U2WxyL+yOyV2Pf3Vp72/ZXJtSb6/v3I9DpKI4271p2/r6w62Wfu/X7KdihJkiRJylHVXXMmSZIkSbXI4kySJEmSCsDiTJIkSZIKwOJMkiRJkgrA4kySJEmSCsDiTJIkSZIKwOJMkiRJkgrA4kySJEmSCuD/AQUotpAWQYwjAAAAAElFTkSuQmCC\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "df"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 455
        },
        "id": "bs31crJZaHtm",
        "outputId": "de310147-17ab-423a-dc55-232a872da409"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "                                Open       High        Low      Close  \\\n",
              "Date                                                                    \n",
              "2017-01-03 00:00:00-05:00  27.092867  27.216867  26.849545  27.174753   \n",
              "2017-01-04 00:00:00-05:00  27.104567  27.258983  27.081171  27.144341   \n",
              "2017-01-05 00:00:00-05:00  27.120944  27.340870  27.095208  27.282379   \n",
              "2017-01-06 00:00:00-05:00  27.322148  27.645018  27.249620  27.586527   \n",
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      "cell_type": "markdown",
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        "As indicated above 1 candlestick patterns give a lot of false points of local maxima and minima.\n",
        "3 4 candlestick patterns give better results\n",
        "4 candlestick patterns work verywell in prediction of bullish signals too"
      ],
      "metadata": {
        "id": "_GkZpgVdtR_z"
      }
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        "id": "CjnkkfortRTm",
        "outputId": "1a9593cb-8847-4920-cf3c-62dac9dcce42"
      },
      "execution_count": null,
      "outputs": [
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    {
      "cell_type": "code",
      "source": [
        "twsa = []\n",
        "twsb = []\n",
        "for i in range(0,len(result23[0])) :\n",
        "  if(result23[0][i]>0):\n",
        "   twsa.append(i)\n",
        "  if(result23[0][i]<0):\n",
        "   twsb.append(i)\n"
      ],
      "metadata": {
        "id": "YF8WZWPBZ85k"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in twsa:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in twsb:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 847
        },
        "id": "Njf_LkgLaI4X",
        "outputId": "c40e6e96-f7e9-4b4c-f7ac-3f8b0b0d4a16"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "error",
          "ename": "IndexError",
          "evalue": "ignored",
          "traceback": [
            "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m",
            "\u001b[0;31mIndexError\u001b[0m                                Traceback (most recent call last)",
            "\u001b[0;32m<ipython-input-98-2c3cbbcadf1b>\u001b[0m in \u001b[0;36m<module>\u001b[0;34m\u001b[0m\n\u001b[1;32m      5\u001b[0m \u001b[0mplt\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mplot\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mdf\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0;34m'Close'\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m      6\u001b[0m \u001b[0;32mfor\u001b[0m \u001b[0mi\u001b[0m \u001b[0;32min\u001b[0m \u001b[0mtwsa\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 7\u001b[0;31m  \u001b[0mplt\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mscatter\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mdf\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mindex\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mi\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0mdf\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0;34m'Close'\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mi\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mmarker\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0;34m'^'\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mcolor\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;34m'g'\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m      8\u001b[0m \u001b[0;32mfor\u001b[0m \u001b[0mi\u001b[0m \u001b[0;32min\u001b[0m \u001b[0mtwsb\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m      9\u001b[0m   \u001b[0mplt\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mscatter\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mdf\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mindex\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mi\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0mdf\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0;34m'Close'\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mi\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mmarker\u001b[0m\u001b[0;34m=\u001b[0m\u001b[0;34m'^'\u001b[0m\u001b[0;34m,\u001b[0m\u001b[0mcolor\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;34m'r'\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
            "\u001b[0;32m/usr/local/lib/python3.8/dist-packages/pandas/core/indexes/extension.py\u001b[0m in \u001b[0;36m__getitem__\u001b[0;34m(self, key)\u001b[0m\n\u001b[1;32m    277\u001b[0m \u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    278\u001b[0m     \u001b[0;32mdef\u001b[0m \u001b[0m__getitem__\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mself\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0mkey\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m--> 279\u001b[0;31m         \u001b[0mresult\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0mself\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0m_data\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mkey\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m    280\u001b[0m         \u001b[0;32mif\u001b[0m \u001b[0misinstance\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mresult\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0mtype\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mself\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0m_data\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    281\u001b[0m             \u001b[0;32mif\u001b[0m \u001b[0mresult\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mndim\u001b[0m \u001b[0;34m==\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
            "\u001b[0;32m/usr/local/lib/python3.8/dist-packages/pandas/core/arrays/datetimelike.py\u001b[0m in \u001b[0;36m__getitem__\u001b[0;34m(self, key)\u001b[0m\n\u001b[1;32m    320\u001b[0m         \u001b[0monly\u001b[0m \u001b[0mhandle\u001b[0m \u001b[0mlist\u001b[0m\u001b[0;34m-\u001b[0m\u001b[0mlikes\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0mslices\u001b[0m\u001b[0;34m,\u001b[0m \u001b[0;32mand\u001b[0m \u001b[0minteger\u001b[0m \u001b[0mscalars\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    321\u001b[0m         \"\"\"\n\u001b[0;32m--> 322\u001b[0;31m         \u001b[0mresult\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0msuper\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0m__getitem__\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mkey\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m    323\u001b[0m         \u001b[0;32mif\u001b[0m \u001b[0mlib\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mis_scalar\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mresult\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    324\u001b[0m             \u001b[0;32mreturn\u001b[0m \u001b[0mresult\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
            "\u001b[0;32m/usr/local/lib/python3.8/dist-packages/pandas/core/arrays/_mixins.py\u001b[0m in \u001b[0;36m__getitem__\u001b[0;34m(self, key)\u001b[0m\n\u001b[1;32m    192\u001b[0m         \u001b[0;32mif\u001b[0m \u001b[0mlib\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mis_integer\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mkey\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    193\u001b[0m             \u001b[0;31m# fast-path\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m--> 194\u001b[0;31m             \u001b[0mresult\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0mself\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0m_ndarray\u001b[0m\u001b[0;34m[\u001b[0m\u001b[0mkey\u001b[0m\u001b[0;34m]\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m\u001b[1;32m    195\u001b[0m             \u001b[0;32mif\u001b[0m \u001b[0mself\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0mndim\u001b[0m \u001b[0;34m==\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m:\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m    196\u001b[0m                 \u001b[0;32mreturn\u001b[0m \u001b[0mself\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0m_box_func\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0mresult\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n",
            "\u001b[0;31mIndexError\u001b[0m: index 619 is out of bounds for axis 0 with size 604"
          ]
        },
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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OPPo8w6HRilwoNjq1ksNOiPSFQY6IiIhK0gvHB3Dtd7Zk7RnL9LlHfwizuhwh0/NTTqycjCfgwZ7A1zFo/g6CxicRUfugIoyLF9vPeu0W0+hbOJvZgOV1WkWuzGpCLKG1SFY5R4Oc1ZRPRY6tlUR6wiBHREREJelwjx+nBkN4ZH/PuMc8AQ+eOwyoCCFofGbKiZWTadvahoQ0iJBpCyABkBIYcHwWp+O/Ouu1Z+7Bs5qMWLOwAgYJaKi0pw8Jr3bmqMiFWZEjmg8Y5IiIiKgk+SNaZerPe7rHPfYfT30b1sQGBExPQkgRAJNPrJzMpqObICvZVb+o6MUjxx86i1Vr4mok/bXNbMTiGide+OJ1uGp5DUQyj+WuyI2uJasixyBHpCumqW8hIiIimn/8US3I7e8cRnt/EMuS7YkA8OzhBCQAAeMj6WupiZV333T3tJ5nsuEoZ2uXZzuApQBGQ9rCyuxWzcyKXGZEy2ytDMYUmAwSEqqAwtZKIl1hkCMiIqKS5I8kUOkwIxBN4C97uvDFN64EAIRiCVSoN+GqC2tx9y39BV7leJ6ABwf696IsGeT8sheAY9x9mRW5zP1vYyty5XYzfCEZCVbkiHSFrZVERERUkgLROFrcDly1vAYP7ulO7xF7aF83AtEEPnz5kgKvcGJtW9ugYCj957te/s6E97mso5/Xp44WqCmzonsoglhC2xsXiimosJsBgEGOSGcY5IiIiKgk+aMJuGwmvOM1Tej1R7HthBcA8IcdnTi/oRyvaRl/HlyheQIebNy3EVGMtmvedzB7CMvDn74c//mWCyBJo0cUBGIhAMDKBhsSqsDxviCAZEXOpgW+BFsriXSFQY6IiIhKkj8SR7nNjDdcUA+XzYT7tp/Grg4fDnaP4L2XNGUFoWLRtrUNqlCRkDzpa4qIZQ1huai5Eh++IruauL/3MACgX94BADjUPQIACMkKylmRI9IlBjkiIiIqSf6oFuRsZiM+fPkSPHG4F//yu71YUG7Duy9pLvTyJpSagJmQRvfuyao2hCUXT8CDjuEzAICdfY/CaTXgcI8fABCOJVBmNcEgAQmFQY5ITxjkiIiIqCQFogmU27W2wk9esxRXLq+B0SDhm+9cA6e1OOfBdd3eBXGngPjq6OTJT13yqUknY7ZtbcOI5VcIGp9B2LgDVusADvVoFbmwrMBhMcFkNCCusrWSSE+K81WKiIiIaBbFFRVhWYHLprUV2sxG3PuR1xV4VfnzBEZbKzfu24ivXP0VLChbMOF9G/dtRFREEbV8H1CBLnkbQuEaKKpASE7AaTXCZJCgsCJHpCusyBEREVHJCUS1g7BTgz70pm1rG/yW3yBofGrSg8pTe+oyyYaTiCUETg4EEY4pcFpN6bPkiEg/GOSIiIio5PgjWmtiatCHnqSqbEPGB+C1/ACyImPjvuzJlSmpPXWZwjgKANjbOQxZUeG0GGEyGpBgayWRrujzYygiIiKic+CPJoOcTX9BbqIqW6oqd/dNd2ddn2jvXEJRserOJ7HzlA8AtD1yBonDTmjOCSEQjauwW4yFXoousSJHREREJSfVWunSYWvlRFU2WZl8cmUmk9GAlQ3leDkd5IxsraSCeOSAB+u/8QxGwvGpb6Zx9PfqRURERHSOfCEtCLmdlgKvZPomm1CZr1WN5fjdy9qRBIuqnVprJQ8Epzl2xONHIJbAzg4fXn9BfaGXozusyBEREVHJ8QZjAPQZ5GbC6sYKAIDFaMC6lkqYjKzI0dzr82v/He7s8BV4JfrEIEdEREQlxxuSYZCASkdpBrlVjeUAgLXNlbCZjdwjRwXRH4gCAHYwyJ0VtlYSERFRyRkMynA7LTAapEIvpSBWLHDBZTXh6hW1AACTwcCKHM2Zfn8U6//72fSfD3aNICIrHHoyTQxyREREVHJ8oVjJtlUC2gHoz/37Nah0aFM7tdZK7pGjudHhDae/bqqyo2sogr2dQ7hsaU0BV6U/bK0kIiKikuMNyqh2Wgu9jIKqdVlhNmpvBdlaSXPJZBythL9p9QJIErDz1FABV6RPDHJERERUcrwhGdVlpVuRG0trrWRFjuaGnBj9XVte58KKehd2dHgLuCJ9YpAjIiKikjMYjKGmrLQrcplMRlbkaO7EM466sFmMWL/EjT2nh7Ou09QY5IiIiKikyAkVgWiipPfIjWXkgeA0hzIrchcurMBrF7sRiSs43OMv4Kr0h0GOiIiISoo3pJ1dxdbKUWYjWytp7qSC3OO3XYnFNU6sX+IGAOw8xWMIpoNBjoiIiErKg3u7AQCrkodiU7Iil9FamVBUfOEvO9D6vYvRG+wt4MpoPpKTLZQWkxZF6sttaKqyY3/XcCGXpTsMckRERFQyonEFP91yAtetrMPa5spCL6domI3ZrZXH+oL4084BxPpvRdvzbQVcGc1HqYqcxTgaRarLrPBHE4Vaki4xyBEREVHJ2HbSC380gQ9cuqjQSykqRoMBSkaQ6/H3AwDMogkb9/6GVTmaUWMrcgDgtBgRjjHITQeDHBEREZWM517th91sxKWt1YVeSlExG6SsiYG/2P2b9NcGZRGrcjRt0biCW36xHc8fGxj32EQVOYfFhJCszNn65oO8gpwkSR2SJB2UJGmfJEm7ktfckiQ9LUnS8eQ/q2Z3qURERERnLywn8MThXlyxvAY2s7HQyykqJqOUrsh5Ah480b45/Zii2LFx30ZW5WhaOrwhvHTCiw/+egf6/NGsx9JBLrMiZzUiLLMiNx3TqchdK4RYK4S4JPnnLwF4VgixHMCzyT8TERERFdyh7hGMhONZ136y5QQGAjHcelVrgVZVvIwGA+LJYSdtW9sAdXSip0GUQREKq3I0Ld6gnP56V8dQ1mOp6q95TEUuzIrctJxLa+XbAaTq7r8BcPO5L4eIiIjo3Ozs8OFtP3oRP916Ap2+MP7jwYM41hfAz7aexM1rG/Haxe5CL7HoaMNOtDfXm45ugqKa0o8ZUAZZkfHw0YcLtTzSocFgLP11hzeU9ViqImc2SulrDu6Rm7Z8g5wA8JQkSbslSbo1ea1eCOFJft0LoH7GV0dEREQ0DcNhGbf9fi9UAZzoD+JXL57C714+g7f96EWYDBK+9KbzC73EomQ0SFCSFbmu27tw95t+nn7sm9d+D+JOga7buwq1PNKhgYAW5CxGA854w1mPxRQVFpMBkjQa5JwWI8JxBSoPps+baepbAABXCCG6JUmqA/C0JElHMh8UQghJkib8t54MfrcCQEtLyzktloiIiCgXIQS++JcDGAjG0FrrxBlfGJUOMwAgGlfxhTeuwIIKW4FXWZzMRgPiGQeCp1rcJAkYicRzfRtRTt6QDLNRwuqF5TjtG1+Rsxqz60kOqwlCANGEAocl34hS2vKqyAkhupP/7AfwIID1APokSWoAgOQ/+3N878+FEJcIIS6pra2dmVUTERERjfGnXZ148nAfvnDjSlx9Xi3O+MJo7w8CAN5wQT0+csWSAq+weDksRsQSarrlLSInIElAncvKIEdnZTAQQ7XTisU1TpweU5GLKyrMpuwY4rRoA4hCMe6Ty9eUQU6SJKckSa7U1wBuAHAIwCYAH0ze9kEAbJwmIiKiglBUgR9tbse6lkp85IolaHE7EJYV7DkzjPdvaMEv/ukSWE2cVJlLc5UDQgBdQ9ob7rCswG42osJuhj/CfUs0fd6QjBqXBYvcTvT6o4jGRwOanFCzjh4AkK7CcXJl/vKpyNUDeFGSpP0AdgB4TAjxBID/AfAGSZKOA3h98s9EREREc27zkX50+iK49cpWGAwSWtyO9GPLassKuDJ9aKnW/n2d8SWDXFyBw6IFOVbk6GwMBrWK3LK6MggBvOrxpx+TE2rW0QOAVhUGwMmV0zBlA6oQ4iSAiya47gVw/WwsioiIiGg6jvUHAADXrKgDACyqHg1ya1t41O1UFrmzg1xEVmBPBrme4ehk30o0IW9QxvI6Fza0alNiXzrhxbqWKnQMhjAUjo8PclZW5KaLOwmJiIhI98IxBQYJsJm1N4etNWX43BvOw4XNlVjbXFng1RW/WpcVNrMhvZcpLCfgMJtQbjPjSDRQ4NWR3jx+0IM+fxS1Liuqy6y4oKEcf9ndhacO92J/1wgA4PyG8qzv4R656TuXc+SIiIiIikJY1ibdpcaZGwwSPnP9clx9Hget5UOStHbUdGtlsiJXztZKmoY+fxQfv3cXPnn/HqxscOH9G7SJ9desqMXJwRCicRUVdm2S7PjWSlbkposVOSIiItK9sJxI77Ghs9PidqbP+4rI2h65crsZgWgCiipgNEhT/AQqZbtP+/DPG3dCTqj48ptW4iNXLIEpOdDks9cvx83rFmJ5XRne8ZOXsPfM8LjjB5xWVuSmi0GOiIiIdC+cDB509lrcDvy9fRBCCETiCirs5nT1JBCNo9JhKfAKqZj9ZMtJWE1GPPIvV2BxjTPrMZvZiPPqXQAwdUUuziCXL7ZWEhERke5pFTl+Pn0uFlU7EIkrGAjG0sNOKpNvuofDbK+k3IbDMp4/1o+b1zaOC3FjpYKc2Zhd4U1PrYyxtTJfDHJERESke6zInbv0EQTecPrfp9upVeGGwnIhl0ZFbtsJL+KKwJsvbJjy3lwVObtZ++/3W08eRX+Ak1LzwSBHREREupcazkFnryXjCIJUhbPSob3pZpCjyXhD2u/Hwkr7lPeW27TfKdOYPXIGg4SFlXYoqsBDe7tnfpHzEIMcERER6V5YTsDJ1spz0lRlhyQBp71hROJaME5X5EJsraTcUpNNU9W2yaTuiSfUcY9t+fw1cFiMPLswTwxyREREpHtsrTx3VpMRDeU2tA8EEVcEnBZjesAJK3I0GX9EO+DbZp76v8FUkItMMNTEbDSgxe1A11Bkxtc4HzHIERERke6FZQUOK4PcuWqpduDlkz4AQH25DeU2E4wGiUGOJjUSiedVjQOA8uR90RzTKRsr7egZZpDLB4McERER6R6nVs6MRW4nBoMxAMDCKjskSUKVwwwfWytpEsPh/INc6r6wPHGQW1hpR+dQCEt/sBS9wd4ZW+N8xCBHREREuqaoAtG4ytbKGZCaXAmMDq6odFgwzIocAfAEPBMGrJFIPH1UxVQma60EtIpcIKrg9FAf2p5vO7cFz3MMckRERKRrqTeEDHLnLjW5UpKAhgotyLkdFvhCDHIEtG1tQ8dwx7iANZ3WSpdNq5zH4uOHnQCA06YNOjGo1di4byOrcpNgkCMiIiJdSx0gzNbKc5cKcnUua/qcr0qHmQeCEzwBD+7ftQv1ke9h4977swLW2eyRW15fNuHjj5/6HQDAKGqhCIVVuUkwyBEREZGupfbasCJ37hYlWyszzwNzOy0cdkK445n/RXn0s7CIpTAoTVkByx+JpwPaVCrsZjzwiUvxg39YN+4xT8CDTe33AQCMogqyIrMqNwkGOSIiItK1kJyqyDHInatKhwUVdjMWVjmyrg2FZQghCrgyKqQdp0/h2ZffAKOo0i4katMBS1EFArFE3hU5AHjtYnf6YPBMbVvbkIA2NTX1XKzK5cYgR0RERLoWSVfk2Fo5E/7fey7Cv1y7LP1nt9OMuCIQyjFlkOa//3rqj1l/NoumdMDyT+Mw8KlsOroJshqEihCMohIAICsyHj768Dn/7PmIr3hERESka2ytnFnXn1+f9ef0oeAhGWVWvnUsRQe7YlnVH5ParAWsIw/j9Y1fBqDtpTxXXbd3AQCu/c4WrGr8BH50y8/P+WfOZ6zIERERka6lgpzNzCA3G9ypIMd9ciVJCIE682W4eW0jHvzUZXj9+XVYU30DHnp7Fy40/R7/9sf9AICmjHbcc1VbZsVAIDZjP2++4scqREREpGtxRRtjbjPz8+nZUOXUKi08gqA0tfcHMRiUcenSaqxrqcLqhRV45tV+3PaHfVha68T/vnMNLm2tyTqD8FzVuqx4tdc/Yz9vvmKQIyIiIl1LBTmzkUFuNqRaK3kEQWnaftILANjQWg0A+Jdrl2FdSxUkAFcsq4HBIM34c9a6rNh6nBW5qTDIERERka4xyM0utlaWtu0nfWissKXPGDQZDbj6vNpZfc5alxWBaALRuMKW6UnwFY+IiIh0TVa0sfgMcrOj3G6GJGnDTidZ878AACAASURBVKi0CCGw/aQXG1qrIUkzX3nLpbbMCgDcJzcFvuIRERGRrsUTWkXOwiA3K4wGCZV2M4bYWllyjvcH4Q3J2LC0ek6fNzUBk+28k+MrHhEREelaurXSNHcVg1JT5bDAx9bKkpPaH3dp61wHueS+zAh/5ybDIEdERES6xj1ys6/KacEwg1zJ2X7Si4WVdjRV2ef0eVOHi49EWJGbDF/xiIiISNdSe+RMszA9jzRVDjN8Ib6pLjX7zgzj4kVVc7o/DhhtrWSQmxyDHBEREelaXFFhMRrm/M1mKal0sCJXarzBGHpGolizsGLOnztVkeMeuckxyBEREZGuxRMqzEaGuNnkdlp4IHiJOdg9AgBYXYAgZzMbYTEZ4GdFblIMckRERKRrcUWF2cS3NLOp0mFGLKEiIiuFXgrNkUPJILdqYXlBnr/SbmZr5RT4qkdERES6JiuCg05mGQ8FLy3eYAz3bT+DCxrKUW4zF2QNFXYzWyunwFc9IiIi0rXUHjmaPalx8Gyv1K8jvX6cGAjmde9vXurAQDCGb73rwlleVW4VrMhNia96REREpGtxhXvkZpvbmTzXixUS3Xrj91/A9d99Pq97D3SP4Lx6V0H2x6VUOhjkpsIgR0RERLqmBTm+pZlNVclx8DwUfP4TQuBQ9whWNxZmb1xKOStyU+KrHhEREemanOAeudlWla7IMcjNd/2BGAaDckGrcQBbK/PBVz0iIiLSNU6tnH2VyXO9uEdu/ktPqyxwRa7SbkEwlkBCUQu6jmLGVz0iIiLSNW3YCffIzSaT0QCXzcQ9cvOAEGLSx7uGIgCAxTXOuVhOThV2EwDAH00UdB3FjEGOiIiIdI175OaG22nh8QPzQGiKswAHAjEYDRKqkpNKC6UiuS+T7by58VWPiIiIdI3nyM2N2jIrekeihV4GnYV4RnviVPvOBgIxVDstMBoKW+WutGtBkvvkcuOrHhEREemCogp0+sLjrscTrMjNhRa3I/3vP5ZQ8NgBz5RtelQcovHRKpx/imA0GIyh1mWd7SVNqTy5L5NBLje+6hEREZEu3LutA1d+azMOdo1kXY8rKiwm7pGbbc1uBzz+KGIJBU8c6sWnf7cHr3oChV4W5SEyjSA3UCRBroJBbkoMckRERKQLh3v8AID7Xz6ddZ175ObGomoHhNCGYZz2apU5z0ikwKuifMTi02utrC0rfJCrdDDITYWvekRERCVu85F+dA8X/xvyoeTExE37e7Ja+uLcIzcnWtwOAMAZXxjdycmGff5YIZdEecqqyE0yBVJVRdG0VqYrcpyUmhNf9YiIiEpYz3AEH/nNTnz+gf2FXsqUOrwhAEBYVhCMjb4ZlVmRmxMt1ckg5w2ja1iryPX5OfxEDzL3yE1W4RqJxBFXRFEEObPRAIfFiOFIHKoq8JYfvoA/7jxT6GUVFb7qERERlbAHdnVBFcBLJ7zYccpX6OXk1DXSg/b+Ybid2tlSmQdT8xy5uVFbZoXVZEDXUGZFjkFODyJyfnvkBoJahbWmCForAe0g+pFIHIOhGA51+/HFvxws9JKKCoMcERFRCXvsYA/WtVRCkoBtJ7yFXk5OdzzzXQAmmG1dAABvZpDj1Mo5IUkSKpJvrHuGtQDHIKcPma2VmR+CjPXArk5IErBygWsuljWl8uTvm2d49PeM58qN4qseERFRiYrGFbT3B3Hlsho0VthxajBY6CVNyBPw4MFDfwcAtAefAgD4gpkVOQGziW9p5kKZ1YSOwTDk5Llk3COnD9HksJOaMgteOD4w7tgIT8CD1u9egV+/eArve20zltcXR5CrsJsxEo6jJ2MP7/PHBgq4ouLCVz0iIqIS1d4fhCqAlQ3laK114tRgqNBLmlDb1jYYlUUAgKhB28uXqioIIbhHbg45rEacTAb+OpcV/QFW5PQgtUfunRc3ocMbTk+ATfna820Ie98Kg1HGF25cWYglTqjSkawAZxxE/3IRt4DPNb7qERERlagjvdoZYCsWuLCkxomTA6H0J/U/3tKOH29pL+TyAGiVgo37NsKotCAh9SMiOgAAHUNaG2hC1dbLPXJzw2ExYTBZDV1eX4bBoIy4ok7xXVRoqSD39osWwmSQ8OgBT/oxT8CDP+w6AZu6Gl7jrxETxROUKtKtlRHYzUZcs6K2qPfyzjUGOSIiohJ1xOOH1WTA4monWmucCMQSGAzKUFWBbz1xFN964mjB1nasL4AnDvWibWsbVKHCoi6FLJ2AkGIQiOGJoy8AQDpEsCI3N8qspvTXS2vLAGjnjlFxS+2Ra6y04fJlNXjs4OgRHm1b2+CMvQMx6RhCpqfR9nxbIZeapdJhwXBERs9IBA2VNrx2sRvt/UF4g/ydAxjkiIiISpKqCmw5NoBVjeUwGiQsSb4p/9WLp7LarjKn3c0VOaHiU/fvwSfu241H9nfBErseJtEI2XAKAKBII2j39gIA4gntzSiD3NxwWIzpr5fVab8zHHhS/FJBzmY24qYLG9Dpi+BA1wg8AQ/u2fsATKIJYeNLkNUYNu7biN5gb4FXrKmwmxGNq+gYDKOxwo7XtFQBAF7x+Kf4ztLAVz0iIqIS9LdDHrT3B/HPly8BAFzaWo03r1mAnz5/Au/52bb0fScGZncAihACd29ux13PHEcgGsefd3fhvDseR3u/9rxG/8dRHf806lwObP3E3RB3CqxtXIbrF70dANJDNzjsZG44LeMrcgxyxS817MRqMuDGCxbAbJTw2EGPtv80ob0GyIZjAABFKEVTlStPHgre3h/EggobFiXPMuz0RSb7tpJhmvoWIiIimk9UVeCHz7Zjaa0TN61pAABYTAb8+B8vxtZjA/jqpsM44wsjoQoc6wtg9cKKWVvLvdtP49tPai2c97x0CkPh0TOurjyvAu+5uBVrmyvRVGWHJGn74NxOa/r4gVRrJffIzQ3nBK2VnFxZ/KJxBTazQTtCwmHGlctr8dgBD06bN8GYuAICKmIGbU+srMh4+OjDuPumuwu8au0cOUD7wKbWZUV9uQ0WowFnfOECr6w48OMrIiKiEvPk4V4c7Qvgs9cvh9GQHYCuOq8Wz9x+NQ589QYAwO1/2o8nDnkm+jHnpDc5he6pw31YUe/CQ5++HKsaswNjyLgZb72oEc1uRzrEAcD5DS4c7B7BSycGuUdujjmtWmul3WxEncsKo0FiRU4HonEFdvNoW+ybVi9A93AEv3/bXqyr/ARW1JdD/WoI4k4BcadA1+1dBVztqIpkkAOAaqcFRoOEhVV2dDLIAWCQIyIiKimqKnDXs8fRWuPEWy5snPAeg0GCw2LCLa9rAQBsPT44o2vYfLQfG775LP7z4UPwhmQ0u+1Y21yJ+z76Ojx625r0fU+fuWfCvTq3Xb8crTVO/Osf9sGTDIQMcnPDkWytdNlMMBgk1LmsrMjpQETODnLnN5QDAD7/wAF0D0fwtbevLtTSJpUZ5GpdVgBAs9uBziEGOYBBjoiIqKTs6PDhSG8An7522bhq3Fj//X/W4KKmihn/9Pux5Ojz3247jRMDQbidlvRjP97zP/Da/gthw8uQ0TPhXh2HxYQf3fIaDEfi+NyftHPlXDbuFpkLqYpcWfLfd325jWfJFbHDPSP4xL27MRiMwZHRFtuS3GvW649idWM5NrRWF2qJk6p0ZFbktCDX4raztTKJQY6IiKiEdA1pQwIuWVyV1/0t1c4ZfdOkqAKbj/TDlXxTKSdUuJNv0FJnxgWlnRiwtkFWozkn6J3fUI6vvOUCdA9HcPGiKly5vHbG1ki5OdMVOe0Ndn25la2VRewHzx7HE4d78cLxQSxOhjcAKLeZUZUMSam9jsUosyJX49I+8GmucmA4HIc/Gs/1bSWDQY6IiKiEDCWHhFRlVMEm0+K2o3sogsQMHfq8r3MI3pCMWza0pK/VlGlrSZ0Zl2myCXrvf10LfvgP6/DT9188ZXWRZkaqIpcK4vXlNrZWFqnekSieebUfAJBQBZbWZQe2FrcW7FqLOMilPjAAMityqcmVYRzqHkF7f6AgaysGDHJERERF7tlX+7D4S4/NSAubLyzDZJDSb8Sn0uJ2IKGK9F60c/XMq/0wGSS855Lm9LVUa+Wmo5sgK3LW/akJehORJAlvvagxvXeGZl/mHjlAC3IjkTii8bk/b5Am9/sdZ6AKAUty/+iyMYGtORmIltY653xt+TIaJJTbTJCk0deJ5owg96W/HsA3Hnu1kEssKDaUExERFbm/7NEmyG3a14OPXtl6Tj9rKCSjymnJmgI5mdSbpgd2deLyZTVYscCFSkd+1byJPPtqH9YvcWNJtRNmo4S4IlBdpgWxYpmUR7mljh8oS/6zLhmi+/xRLKou3kBQauKKij/sPIOrltdiJBLHvs7h9AHuKanK1thKXbGpcJhhNhrSVffRIBfBYECGMc/Xsvko74qcJElGSZL2SpL0aPLP90iSdEqSpH3J/1s7e8skIiIqXang9MCuLgwE8mtj6x6O4LtPHR1XxfOFZLinEcRWLiiHy2rCD55rx3t/vh1v+N5WCCHyX3yGM94wjvUFcf359cmJhzYA2lhx0od0a2V6j5z2vyHbK4vLs6/2oc8fw/s3LMKKeheA8YHtxlUL8Pa1jVjkdkz0I4pGhd2MmjJr1p8r7Gac8YUxFJYxEindvXLTqcjdBuBVAOUZ1z4vhPjzzC6JiIiIMvUn3ySfGAjimm9vxievWYqPXtmKU4MhrFzgyqquhWIJ3HrvLvy93QsA+M1LHbjjLRfg3Rc3QZIkDIXlrCmRU3E7Ldj1ldejZziKX794CvduP42wrGQdDJ2vZ17tAwC8/vw6AMCCChu6hyPTWg8VVmrYSebUSgAceFJk7tt+Bgsr7bhuZR0WlNuwqMaB8oz9ZgBwUXMl7nrfugKtMH/rF1dDHfPhUYvbgWN9AcQSakkHubwqcpIkNQG4CcAvZ3c5RERENNZAIIorl9fgqX+7Cpcvq8F3njqGD/56B9501wu4b/vprHt3nR5Kh7hPXrMUKxvK8YU/H8AHfrUDPcMRrSI3zeBkNRmxpMaJi5orAQDeoDzFd0zs2SN9WFZXlm7BW5AMAQxy+lFuM2v7lRyjUysBBrliEo0r+PuJQbx9bSOMBglrmirwqWuWFXpZZ+0/33oBvvq2VVnXmt12HOoeAQCMROJQ1bPrEtC7fFsrvw/gCwDGjqz6hiRJByRJ+p4kSdxpTERENAv6AzHUuWxorS3Dz//pEqxqLMfLp3wAgC1HB9L37Tjlw4PJ/XS//9gGfOHGFfjDxzbg6zevxr7OYXzst7vQH4ihymme8HmmUp2cLjkYOrs2ugOdI7g047yq8+pdWFhphy3joGIqbhUOM+750Hq88+Im7c92M6wmA/rzbPml2dfvj0EIYEnN/N2z2Ox2ICRrA3ZUAQTlRIFXVBhTBjlJkt4CoF8IsXvMQ18GsBLAawG4AXwxx/ffKknSLkmSdg0MDEx0CxEREeWgqgIDgVi68gFkn/s0GNTeQJ8aDOH9v3wZD+3rQWutE5curYYkSTAYJLx/wyJ8590X4nCPH4FoAvcf+vmEZ7NNpSY5/vtsKnKhWAKBWAINlbb0tU9esxR/++yV0/5ZVFhXn1eb3iMnSVLyCAJW5IqFZ0Q7K3JBhW2KO/WrZcy+vpFwabZX5lORuxzA2yRJ6gDwBwDXSZJ0nxDCIzQxABsBrJ/om4UQPxdCXCKEuKS2lod1EhERTYcvLCOhivR0QABozRgX/mpvAHJCxVc3HU5fqy0b3yTzxtUNaE1+Qu+LdeU8m20yqYqcN5hf9eXF44O4+tubEYjG0xWbetfom0uLyYAKx9lVB6l41Ll4KHgx6U3+b9Ewj4Ncc9WYIFei++SmDHJCiC8LIZqEEIsBvA/Ac0KI90uS1AAAkrbD+mYAh2Z1pURERCUoNeikrnz0TVnmAb5yQsWK//4ynj82gC+8cQXabl6N/37Hmgl/1psu1Pa4CQhs3Ldx2lW51F42byi/itwvXzyJ094wzvjC6Tf69eXz981lqXLZTAjFeI5csUid+bigwl7glcyecRU5Brlpu1+SpIMADgKoAfD1mVkSERERpaTapLJbK7XK2j9dughmkwwRvgpljgA+eNlifGDDoqzWy0wn5F9gxPJzBI1PQRHKtKtyNrMRLqsJ333qKP66Z/Iz33pHoth6TNtS4QvJ6SC3oIJb6ucbq8mIWIJBrlj0jkThsprSZ/3NR42Vdhgyjo9jkMuDEGKLEOItya+vE0KsEUKsFkK8XwgRnJ0lEhERla7DPX5IkjYYJGVpbRnWLKzAaxabMSI9AwDoFN+BN9Kf8+d4Ah78Zv+vMWzcBCFFICvyWVXlHFYjVAH88Ln2Se/7y54upAbJZQa5Olbk5h2LyQA5MXYeXm49wxG8dGJwFldU2npHoqifx22VgPY715BRcRzmHjkiIiIqNge6RtBa40wPlwC0ytgjn7kCT3XdBb/ld+i1fBlR48FJK2xtW9ugiuw322dTlUsd/HxqMITekYn3RQkh8OfdXTivXqsMeoMyTg76ACmGUJxv4Ocbq8mA2DSC3I+3tOOT9+2ZxRWVNo8/Oq/3x6U0u+2oSu6xZUWOiIiIis6h7hGsWVgx7ron4MHGfRsRU4cRMx6cssK26egmyEr23jZZkfHw0YentZ7Mdq3tJ73jHt9zZggP7O7CqcEQPnpFKwwSMBSW8fzJfYjDi69v5U6M+Wa6FbnT3jDCJToufi70DEfSZzTOZ++6uBkfvGwxLEZDyQa5+ds8S0REpHP9/ih6/VGsaaoc99hkFba7b7p73P1dt0++py1fj37mCgyFZXz4np147KAHN69bmPX4O378Uvrrmy5swP8+cQSdQ8M44wtDkSLYuG8jvnL1V7CgbMGMrIcKT9sjl3+Q6x6KIK4IKKqAMXOjE52zaFzBQCCG5jHDQOajdyXPMrz/5TMYynMA03zDihwREVGR2npca0N83RL3uMdmqsI2XYtrnFjXUoUPXLoYT7/ShyO9/vRj/Rkj6G+4oB5OqwlupwXPHW+HWV2GiGHPWbVzUnGbTkVOVQW6hrUBPtOp4lF+uobCALS2w1JR7bTkPUl3vmFFjoiIqEg9d6QP9eVWrGosH/fYTFXYztaHL1+Mn245gT/v6sIdb7kAgDaYBQDuuOl8vPviZgCA0wb4+7WKYsj4PJRkCyircvOH1WSArKhQVQHDFBW2wWAsHeCicQV2i3EullgyOn1aSB57ztp8Vl1mgS+U39mW8w0rckREREXIH41j67FBXLeyDtqRrcWl0mHB+iVubEkeMfDArk586J6dAID3rW9JH/TdGzoOAIgaDkMxaFM1WZWbXywm7e2krExdYesciqS/nk47JuWnM12RK50g53Za4SvRihyDHBERURH63tPHEJIT+MfXLSr0UnK6ZkUt2vuD6BoK40+7OtPXMwei9ISOAQBCxi3pa3PRAkpzx5oMcvkEs1Trn3Y/z56baZ2+MCwmA2rLSue8RrZWEhERUdE40uvHb7edxi3rW7B6gomVxeKaFXX4+mOvYsvRAcQVAZvZgN98aH3WPV+65lbc9cxxnP7SQ3A7LQVaKc2mVJDLZ89bFytys6rTF0FTlX3KFtf5pNppQSCaQCyhwGoqrVZdBjkiIqIiIoTAnQ8fhstmwr/fsKLQy5nU0lonmt12bDk6gJ7hCN52USNe11qddc+HLluCN69uYIibx1JvnvOpsGUFuTiD3ExSVIGdHT5ctqym0EuZU+4y7bVlKBTHgorSCnJsrSQiIioijx7w4OVTPnzhxpWoKvLwI0kSrjmvDn9vH8RAMIbGyvGT8uwWIxbXOAuwOporlmlV5EZbK6NsrZxROzt88IZkvHFVaQ0Rqk6+TnpLcOAJgxwREVERee5IP2pdVrz3tc2FXkperl1Zi0hcgRCYMMjR/De9PXIR1Jdr+7dYkZtZz7zSB6vJgGtW1BZ6KXPK7dR+n9563z+gN9hb4NXMLQY5IiKiIhKRFVQ5zLo5KPnS1pp0RWYhg1xJyrcip6oC3UMRLK0tA8BhJzOtfSCIZXVlcFpLa+dUdbK1ciAYKblpuAxyRERERSQSV2A362efh91iTB9Y3lBhK/BqqBBG98hNHOSePNyLY30BDARjkBU1I8ixIjeTOn3hkjo/LkXBEADAqC7Axn0bS6oqxyBHRERURKJxBTYdBTkAuHntQtSUWdhaWaKmqsh9/N7duOF7W9P745bWansmo3FW5GaKEAJdQxE0u0vvv8Hv7/gmZMOrcChXQVFL64xKBjkiIqIioscg986Lm7Dz/75ed+ummTG6R27yYJaaWLmszpW8nxW5mTIQiCGWUEvqIHAA8AQ82LhvIwLGp2ERLbDIV5dUVY5BjoiIqIjorbUyRZL0saePZt5kFTlVFemvj/QGAACtyYpcjBW5GdOZrHaWWmtl29Y2qEJFyPg8oobDqI7fBlfkM/jPZ79Z6KXNCQY5IiKal144PoCH9nYXehnTFokrsFv0F+SodE02tTLz2rOv9qGmzIJKhznn/XR2On1atbPUWis3Hd0EWZEhpBj6LF/GsOk+2BKX48mXX4N9ncOFXt6sK62xNkREVBLkhIrPP3AACVXFzesWFno50xKNq2xRJF2ZrCIXyai6HesL4qLmyvRwlCiPH5gxqf2HTSVWkeu6vWvctd2nh/CZ3+3Bv/1xH5773NXzuluAFTkiIpp3/nbQg15/FINBGcNhudDLmZaorMBm5l/PpB+jUyvHt0pGxrRPNlXZYTRIMBslHj8wgzp9EdS6rPwQCMDFi6rwqWuX4dRgCCcGgoVezqzi3xRERDSvCCHwixdOwmzUPoVt79fXX+R63SNHpcsySWtlRNbCmsWYfdag1WRka+UM6hwKo7mqtNoqJ3P9+XUAgKdf6S/wSmYXgxwREc0r2056cbjHj49d2QoAePfvP6ubCWZxRUVCFQxypCuT7ZFLHTGwtqVSuyf5Z6vJwIrcDOocCpfcxMrJNFTYsXphOY72+gu9lFnFIEdERPPKr144hWqnBZ+5bjkMBgX+kF035wql3vRy2AnpSaraNtEeudTv9D9fthg3rqrHR67QPmCxmgyIcY/cjEgoKnqGoyU3sXIqf7j1Unz/fesKvYxZxSBHRETzRqcvjGeP9OMDly7CcKwfMZyBSW3SzblCqf1EVlbkSEcMBgkWo2Hi1srk73Sdy4qffeAStFRrYcNqNiLK1soZ4RmJQlFFyU2snEqZdf7PdGSQIyKieSO1H+7q82rRtrUNCUMnzKIZilB0UZWLytobW7ZWkt5YTIaJp1Ym98iNHcKhVeTYWjkTOkt0YiUxyBER0TwyEIwBAIQ0go37NmoVOVGPeELSRVUumtwzxCBHepNrz1skR7uw1cxhJzOlK3WGHINcyWGQIyIiXdh8pB+bDhzF0h8szRnIvEHtqIGf7v0uVKEibugEAJhFky6qcqnqhd3Cv55JX3JV5NL7PieqyHHYyYzoHArDIAENlbZCL4XmGP+mICKiSSUUNf1mrJA+dM9OfPZ37egY6s4ZyLzBGBwWI/7W/iBkRUZcOgMAqIp/FImEAw8ffXgulzxtqeqFzcSKHOlLY6Udfzvowe7Tvqzr6Q8nJghyPBB8+oQQ416PO31hNFTYYTbybX2p4f/iRESU05FePy77n+fwnp9tK+g6eoYj6a+diTfkbJP0hmRUl1nQdXsXxJ0Cwa90AABs6hrcdv5mdN3eNSfrFUKc1UHk6SDHqZWkMz+6ZR0EgEf2e7KuR5JhbWxrZYXdjH5/FEKIuVqi7qmqwO1/2o8N33w263zMzqEIB52UKAY5IiLK6Q87OtEfiOFA1wiO9QUKto7dp4cAACpCqIp/FIbE8gmrcoPBGGrKrOk/W0wGfO3tq1BTZsVjBz0YCk0/XJ2NRw54sPZrT2PbCe+0vi+Wow2NqNg1VNjRXOXI+tAFyJjEasp+y/m6JW70jERxxheeszXq3f8+cQQP7u1GRFbwuT/tS1/v9IW5P65EMcgREVFOA4EYXDYTJAl47IBn6m+YJVuPd0Egim7bRyHBBFN81YRVucGgjGqnNevaP126GL/98HrEEir+dmhu/n840DkMALjjoYPT+r4IgxzpWGOlDT0j2UEuGldgMxsgSVLW9cuW1QAAXmwfnLP16dk9fz+Fn209iQ9sWITbXr8c+7tGMBCIIRpX0B+I8TDwEsUgR0REOQ0EYzi/oRyXL63B/S+fQSiWKMg6njxyHLLxOFQpAAV+GEXFhMNLvMEYasos477//AYXmqrs2HxkYE7WG0z+ezoxEIKi5t86FkkePzB2VDuRHjRU2tEzHM26FpGVCT+YaK1xoqHChr8zyE3qKw8dwt2b2/G1R1/BGy6ox1fftgqXLdVC8PaTXnQnK6BsrSxNDHJERJTTYDCG2jIrbr/hPAwGY/jlC6fmfA1hOYGRoAtR6RUAgCqNwCAqISty1vASVRXwJffIjSVJEq5dUYe/tw/OyeAWz8jom9ngNMIvK3KkZwsr7fCF5PSAE0D7nZ7o91mSJFy+rAYvnfBO68OOUrKrw4d7t5/Gt588ClUAH7p8MYwGCasby+GymvDSiUF0JltT2VpZmhjkiIgop4FADLUuK17TUoU3rV6An209gYFAbE7XsK9zGBKM+Ov7vwNxp8Dliy7CdYveBnGnQNftXdh2wovHD3owHIkjoYpxrZUp162sQySuYMcp34SPz6TejCA3nSqmPxIHANh4/ADpUGNy/H1me2UkruQc3nPFshoMh+N4pcc/J+vTk2de6cOn7t+TdW1JjRMAYDIacGFzBV7xBNA5lKrIMciVIv5NQUREE4rGFQSiiXSr4udvXIFYQsUPnj0+p+vYkxx0sq6lEgBQXWaBNyRDUQX+31NHccsvt+OT9+/Bv/5R2/zfWDlxi9GG1mpYTQY8d6R/1tfsGYmg2qn9e8u3ItfpC+NXs4EPlQAAIABJREFUL57C2uZKWDhGnHSosUL7b8+TbK883DOCxw54claYL1taDQB46QTbKzN5gzF87oH9qHJYcO2KWgDasJh61+g5cc1VDnT5wujyhWExGVBbNvEHWDS/8W8KIiJK+8g9O/Hxe3chEI3Dm5zwmJoC2VpbhlvWt+De7afx1h++iJFk9Wi27T49hGV1Zah0aMHI7bSgayiMf964Az94rh3vfE0TLllUha3HtP1vi6on/mTabjHisqXV2HJ0doNcWE7AH01gaV0ZgPyD3LaTXgRjCfzPO9eMGwxBpAepD1FSkytv+cXLAICjvRNPvK0rt8FlM2W1Is8H0biCVz1+JJSzOyfvG397FWE5gbv/cR3ec0kzAGBxtRMGw+jrQrPbAW9IxtG+AJqq7FmPUelgkCMiIgBAXFGx5dgAnjzch3f/dFt68mKta/ST3ttevxxOixEHu+fmOIJufw82HzuNCxpHP4muLrMiGlfxwvFBtL19Fb79rguxemFF+vFcQQ4Arl1Zhw5vGCcHgjnvOVeptsrlqSAXzS/IpY4eyNUaSlTsFlTYIElA93AE3cOR9Ic9FzZV5Pweh8WYtaduPrj625vxprtewCMHeqb9vS+dGMRf93Tj1qtasazOhSW1Wjvl2Ne1piotNG874UUT98eVLAY5IiIdemR/D/7rkcMz+jO7hiJQVIF3XdyE7uEIPvP7vQCQdS5bTZkVD3ziMgDA4BzslfvSE98HhAMdoecy1jA6zOQfX7cIkiRhWTI01bqscFhMOX/etSvqAACbj87e9MpUZXBlQzmA/PfIReOpiZX8q5n0yWw0oM5lRc9wBI8f1I76ePBTl2HjP6/P+T0OiwnhORhANFdCsQT6/NprY/dQZIq7s8kJFXc8dAgtbgc+c91yAFolzmyU0hX+lNSeuFhCRXMVJ1aWKv5tQUSkQ3dvbse9206fdevORE4NalWqf1jfjL9+8jI0JAcX1Jfbsu6rcWlBajA4u0HOE/Dg0Ve0c9g2d/8qfWacO7n3rKHClm4nSgW5RVNs+G92O7CsrgwP7+tOT3ubScf6Avjm40dw5fIaXL1c29uSb2tlapomjx4gPWustKNnJIJHD3iwemE51rVUocJhznm/3WxERC7MsSazIfN10ReaXvv53jNDODkQwudvXJF+HbCZjfjDrRtw65WtWfdmTqlsrc0OeVQ6GOSIiPIkhMBIeG72hU2mYzCEI70BJFQx7symc3FqUAs2S2rKsLzehYc/fQV+9oGLsaAiO8i5HRZIEjAQlGfsuSfStrUNkloFAJClvvSZcTaT9gYnc0pbOshVO6f8ubesb8GBrhH8W3I4ykyJxhV85nd74bKZ8N33XASXTasM5h3kEgqMBglmDjohHWustONQtx/7Oodx05rGKe+3W4wIz6PWysGM18Wh8PReI097tdfgsa2oFy9yo8qZfaxKZmfCe1/bPN1l0jzBvy2IiPK0+Wg/LvraU3jiUG9B1/F4xvN3eENn9TM8gf/P3n2Ht1WYix//Hm3Je9uJs/cOIYMVVllltaUXum9Laen4tRdKd0sLrbvLbQu90EILAUoHlBYImyZAElZCQpy9Hccj8l7a65zfH0eS7Vhe8ZBlv5/n4SGxjqTjRLH0nnc5mXXPrHiWC/SMXKbNRE706nlumoXLFxX3uK/JaCDXYRnRjJzT5WRd+TqIZKDiJai6WVe+jjp3HUuiH3K+dsnc+PF5aRYuX1TEpQsL+33sz543gwvnFdA4zOf/8xcOcKjexV3XL6Mww0aaVQ/kBlNaaTPJ27JIbZOz7fHeuNWzei9zjnFYjPH9ieNB7Oei0aDEB0YNxMG6DnbXtmE0KL1O3u1KURR++5FlPPP/ziXd2v+fsxif5B1DCCEG6M2jzQB888ldA86yhCIq7kCYYHj4SiBf2uuMN7qfaPZQ1+7nYF0H6iCW6t7x2s+obK2MZ7kAjja4mVGQPqCJiXnplhHtkSvbXIaqqRjJIqLoQ1ciWoSyTWUUZdqo/MVVnB0dXQ76h5r7P7WSKxaXDOjxp+Q4hnXqZk2rl8e2VvGps6ZxYbQPz2IyYDEZcA2itFLKKkWqK4lm8IOGIzy0+1f9Hq+XVo6/QG5OYTqtAwzkgmGVD9/3Fo+9U8XkbPuAs/IfOqOUZVOyT/tcReqTQE4IIQboWHTSocsf5vF3q/s9vq7dz7IfvcLiO15m1U83sLumbcjnUNPqZVdNOx9fMxW72ciumnYuvOs1rvjdFp4urx3QY5zsOMmLb6+g0P8rHnnvKercdfhDEd6rauPMqTkDeowMu8IrR97pltEbTusPrScYCWLUsoko+h65YCTIM4eeGZbHz7Kb6fCFBhX89uXRt08A8MULZ3X7errVNLiMnARyIsXZrXq5t8ewJZ5F74tjvJVWuvTgbU5RBi2nBHKJKiEA9p5sxxP9M5gqi73FIEggJ4QQA3TA2cF1Z0xm9fRc7n3tKHtr2/s8fm9tO95ghM+dN4MMm4kb173L8abTK4WMiZV1Xrm4hGl5Dp7cUROfdvjG0YEt1f3Bxl9h1AqxavPJ8f6Crz93D9srWwmGVdbOyR/QY5z0HCQUtnXL6A2nmttq0O7QWFpwLh9YcDHaHRraHRo1t9UMy+Nn2c2oGriHacjCG0eaOGdWHpNPKYlKsxoHvH7AH47IxEqR8jbW/AGv6XXcpg3xLHpfxl+PXIAsu5miDGuPHrmyzWVUtlX2+DN593hL/NeRYbq4JCYGeccQQogBaHYHqO8IsKAkk59dtwS72cgN97/d53LpWP/aVy6ezaOfXY0G/PdDW2lwnf6Akpf21jG/OIPp+Wm8P1pGOLswncsXFfFuZUs/99avCP9zz2sAtJoeQSPMm+XnctMj2zAbFVbPyB3QYxxt24lRyxrQFfehaHIHu60/GC5Zdr0PcDiG16iqRkWTm7lFGT1uS7eacQcG9iE1IKWVIsU5XU4e2/cnGs13oSodBCPBfn9G2M2m+MTW8aDZEyA/3UJuugVvMMLMu+dT567D6XLyt+17MEam8sh7T+F06esZGl0BXtpXR0a0z216vmTkxMBJICeEEAPwyv56AFZMy2Z2YTr//vI5TM9L46ZHtrPlSOKdZBVNHrIdZrIdFmYWpPPQZ1bR5ApS9tyB0zqHBpefHVWt8QDulkvm8PCNq7j/U2eyanou1S0+nO197y0q21yGEtF7uLzGt3Fav0aH5S8U5Z/gO+9fEB/Q0d9jRJRWDDiIqMYRy8qFIyqt3iB5IxDIZcYCuSH2ye2paecLj+3AH1KZlWAEeLrVKKWVYsKI9bZ21V9WTi+tDKNp4yMT1eTSLz7lOvSpkjWtrZRtKuPHm8rI9n2HSYH/I9/zJz7y4NP8+Nn9rP3Vq+yqbuNrl87l8ZvP4varFib5OxCpRAI5IYToR0TVeGBzBUtLs1gR7SEryrTxxBfPxmoy8NrBxIFcZZOH6V3G4S+fks1VS0vYcqTxtHqz9ta2o2lwzuzOIR8XzitkVkE6a2boX9t2vO+s3PpD61EievlkWKlHVTpoNT5OhfpTbjpvRr/nEJsmGdT0wS9qOG3IWbnD9S6u/v3rzPztim6P0+INomlQkG7p496nJ5aR6+gSyEVUrd+gq8kd6Bb8/ejZffwnGuTPLOi5+iDdahrUHjkprRSpLNbb2lV/va12ixFV0xdbd1Xb5hvWgUSjpa7DT2GmDQx6RcYk/0M8suMlHn3v+W7HVdVN5ZG3jnP10kls/PqFfPa8GayZmTegi2lCxMg7hhBC9OPlfXUcb/LwxQtmdZvomG41UZxlo76XUsnjTR5m5nf/cH/OrDzavCH2OzsGfR4VjfoHg0SZnwUlGaRZjP2WV9bcVsNNS79DcaYN7c7goHvPYlfc1egkSQPZA+qD6curBxvYW+vB3XRZt8dpju5jGtHSyi4fFP+69QQX/Pr1PoPslT/ZwFX3bIn/vuuOvUR/L2mDGXYSjsR35AmRimK9raf+19fPF3s0C31qeeW5v3iVD9775oie73DzhyJUt3qZVZDGcxUPx7+e5fsmhvDs+O/dxo10WB7m/DNf467rlzEjv//9l0IkIoGcEEL0QdM0/rjpGDPy0xLuVCvMsNLQ0TOQ84ciONv9PRZUnztbz4a9fax50OcSK9XMTeuZoTIZDayYlsO7x1v7fZyqFg9T806vDyN2xT22EsCoZQ95mmQwok8DdUTW8vjWNipbTwL6lW2AgowRCOQcPQO5A04XTe4Anl4GoMT66WpaO8tXu66VyE+QObSbB74jS0orxUTksOiv+a4DT2LrCIY6HGq0HWt0o2mQnxnmX0fuocb2aeos38WkTSIn+EUA6izfpsV8H63GJ/lP1T+SfMYi1UkgJ4QQfXj7WDO7a9r5/NqZGA0996sVZdqo7+i5Ty22S6g4y9rj+GyHmepW74Cef29tO28c0adRVjS6+7xyu3p6LofqXbR5e99d5PKH2FXTzqJJmQN6/lPFrrgf/9puAP581RNDnib5/OENAPgM75Ee/DhX/PYtnthezf6TetZyTmHPISJDlSgjFwvIO3qZMrmzumeQ3OIJMi3Pwb+/fE7C/Xs2s3HAgxz8oQhWKa0UE4w9QSB3oiW1AriYI/X6RamXKx9G1VQiSjMB4x5azQ9iwIHD5sH/472od/qHdQqvmLikEFcIIXrhdDn5+F/+Sm7aEq5bMTnhMUWZNhpcfjRN6/ZBPrY/KDetZzYpx2GhdYDTEn/07D6ONrh58Zbz2Xa8hQ+dUdrrsauiEye3V7ZyycKiHrcHwyoPv1lJMKxy5ZKBLc7uTV40+xQLWE+X0+Vkx8m9pDGHBssPsaqLyAt/jm89qY/xn5xtj2fPhlOaxYjRoHQL5GIlsi5/CLD3uM97VXoWsmtGtMUTZPGkzt7JU9ktkpEToi8Oi/5RtOtS8Mom/UKXxZRaFzaONLgwGRReq368W6+gy7gek1ZAxAhwQ9LOT4w/EsgJIUQvvvHC3RBYS0HJXmzmyxMeU5hhxR9S6fCH41ke6OzvyktQbpftMPeZNYvxhyLsqm4nGFE56+cbAX3VQG+WT8nGbFR4t7IlYSD3ixcP8tCbxynKtA548XdvrCYjmTYTzUMM5Mo2l6FoNjR8oEDAuI8m87dZZPwzLR25LCgZ/mwcgKIoZNnN3QO5aGbV1UtG7kC0r1HtMl2v2RNMWOoaYzMZ8IfUHoF+Iv6Q9MiJiSfWI+cLRXj1YD1P7TzJwhK9YqBgBPpjR9KRejfT89PYcNuJZJ+KmCBS61KHEEKMEqfLyYY9IVS8vNH0816nMhZm6sMuTu2Ta45m5PISfMjPtpupaPTwqQe3UtNHieWu6jaCkc4erE+fPY2PrZ7S6/E2s5GlpdlsSzDwJBRRebq8lvx0K3/675UYEpSJDlZ+hpUmd/8BaV/WH1qPqppR6fzzC6pBGlW93NJkGLm3qWy7mbZoIBeOqPHsop6R66nzdn1Ueiii0u4L9R3IRcvGTp3Il4hMrRQTUay0sqLRza3/KOfZXSd5ca++Y20E//mPiCMNbub0cbFNiOGWYv9EhBBidJRtLsOolhA0HCGMq9epjEXRQRyn9snFMlWJdqDlOCzUtvnYcqSJ25/e2+s5bDvegqLoQzTmF2fwow8sJtvR9yj+VdNz2VPT3q1MCeCNo020eIL87EOLWVqa3edjDFR+mpXn9zh57J3Tv/pcc1sNH1v0GeYWTOs25a781geYX5zBzRfMHJZzTaQo0xYPwJs9+qoDgA5f4oxcrFw2omr4QhFavbGpmn1l5BJP5DtVOKISVjUprRQTTmzYyU+fP0Aoov8j3F3TDoA3kDqLwv2hCCeaPcwpGpkqAiESkUBOCCFOEduVhuZAxUMwEux1V1pRNCNX1eLtNvq/xRPEYjKQZun5wbxrMLYz2neVyLbKFuYVZbDlWxfz9P87d0DnvmZGLmFVY2d1K5VNnvikxWfLT5JpM3HBvIIBPc5AxDJUtz+9d0jLfL3BCGmW7pX+eelWXrr1/F57z4ZDSZYNZ7seyNV3yaj2lpFrcQfjPTsdvnCffZAxsWxDf31y/mjGTjJyYqKJBXKuQJgfXbso/vX8dEuvE2THouNNHlQNyciJUSXvGEIIcYrYrjQDDlRFn57W26602B6x7z21h+v/+DYz77qQOncdzZ4g+WmWhH1ROV2Gd7T7Qrx5tKnHMeGIyo4TrayekYvdYhxwpmbFtBwUBV7Y4+TCu17n6/8sxxeM8PK+Ot6/uATrMPZgfWB55wCYriP5B8sTCMc/zI2moiwb9R1+VFXrllFNNLUyEI7gCoSZHl3b4PKHaHHHArneM3KdO7L6Lq2MZewkIycmmgyb/vPw8kVFXL+ylDuuWcj75hfyiTXT8IdUIn3sdRxLDte7AJhTJIGcGD0SyAkhxCliu9IMWhoqeiDX2640m9nYrbSupT2fsk1lNLsD5PZScpfd5YP/tDwH339qT4/Su30nO/AGI6yOTqIcqCy7mfnFmTz2ThUAe2s7ePVgA55ghA8snzSox+rP/7xvNuu/omcKd5zof39db7zBCGnW0Z+9VZJlIxTRaPYET8nI9QzkWj16lm56dC9ghz/MkQZ91HhhZu8ZuViG7dRS11PFAzkZdiImmNw0C3/93Bp+c8NyFEXhxnNn8OBnVpFh038meFMkK3e0wY3RoMhybzGqJJATQohT1NxWQ/gHekbuBxd+M9631dvOn0nZnaPqbZGVrNv5GPUuD3m9lNzFMnKZNhM/+9ASKpu93LPxSLdjth3XyzRXTx9cIAfw8dVTmF+s92loaDxTXkthhpU1M/MG/Vh9URSFRZOySLMYea/q9AM5TzA5GbniaFlsXbufhg4/BkUPhDsSlFY2e/SM3fToh7Q2b5AH3zjOstIsZvbxwS2WYfOH+wvk9Izdtzfe1utgHSHGq3Nn5/e4mBNbS+BJkT65I/VupuU5hrXqQYj+SCAnhBAJuKNZmUx7/zvMJmV1CeTUJRS4H+GA051wYiXow05A7586d3Y+/3VmKQ9sroiPtwe9P256niM+FXMwPnX2dF669Xy+cdlc6jsCvH6okauXTkq40HyojAaF5VOzh5aRC/TskRsNJdG/N2e7j/qOAPnpVnIc5oQZuVg/3LRoaeXft1VT1eLlSxfO7nOtQDyQG2BGrtFb2+tgHSEmkjSr/m8nVfrkDje4mFsog07E6JJATgghEohlZWLlPX3JStOzKS7jyzRYfkqH6WkChj2cNTtxEBbbNxf7kP/9KxeQZTfzmXXb2Ha8BVXVeLeyZdBllaeKZY+CEZVrh7mssqsVU3M4WOc67RIoTzCMw5qEjFy0v7Guw0+9y09Rpo0MmznhsJNYIBcrrdxwoJ7ZhelclmBfX1f2AWbkajsaAIgQ6HWwjhATSSwjN9YnVzpdTmbePY8TTR7pjxOjTgI5IYRIIBbIZdr6z8jtbnodgJChCp/xbdrMj9Bs/xGb6n6f8PhYcBhbA5CTZuHhG1djNhr4zr93c/sze2nzhlg9Y2ilkLGgY1qeg2WlWUN6rL6smJpDRNXYVd0+6PtqmoY3GElKaWVemgWTQaGu3U99R4CiTCsZNlPCjFxswfv0LmWUX7pgVr/7+GLBui/Y97CTP21/DABVcfc6WEeIiSRVMnJlm8s42RokosFsmVgpRtmAAzlFUYyKouxUFOW56O9nKIqyVVGUo4qiPK4oSt/LjYQQIoXEdoll2vvPyO1t2gxAWKmPf6234SgA0/LSWPeZVfzyw0viX1tSmsVXLppNRaOHv22tYtmUbC4c4qqA6flpWE0GrjujtM/yv6E6Y6oekJ5On1wgrE+lcyShtNJgUMiKLgVvdPkpzLSRaTPT4UuckTMoel+d0aAwOds+oCxn59TK3rMKTpeTjcfeBkDF3ee6CyEmili59VgeduJ0OVm3cx228FkA5GYE+rmHEMNrMO+ctwAHgMzo738J/FbTtH8oivJH4CbgD8N8fkIIkRSuQWTk9tz6L3787H7uuHZzvGyyPxfNL+zxtQ8sn8xft1Zx9dISvnDBrMGdcALpVhP/+doFlGQPvs9uMLIdFmYVpPHeafTJeaO9Y4n27Y2GLIeZZneAJneQogz9z+md4z0/jNW2+eJB3KfOmsY5s/IwG/u/FmqzRKdW9hHIlW0uA1XP9KmKPgkzlpW796p7B/09CTEexDNyY7i0smxzGebwmWSHP0lYqeOv+19i7azElRhCjIQBZeQURSkFrgL+HP29AlwMPBk95BHggyNxgkIIMZravSF+88ohWr16Kd1AArlsh4XffGT5gIO43tgtRp796nnDEsTFTM1zDCjgGKoVU3N4r6p10IvBPQH9arsjCesHQO9X7LpGYHqegzZviB8/u5+nd9bGjzvW6GZWtGzqzmsXcdmi4gE9vm0AGbn1h9ajqfrgFRX9XPrK6AoxEXROrdR/RvzshQNM/87zyTylbpwuJ+vK12EKLUDFT631izy6+0HJpItRNdB3998B3wJiRf55QJumabF8dw0wOdEdhRAilbyyv457Xj3K5iP6ku6BDDsR+iLyVm+I402eQd2vMyOXvEDuRLMXgKJMK9OifYUPvXmcrz1Rzr/fq0HTNCoaPX2uGejNQEora26r4Wtrvk+G1YR2Z6TfdRdCTASxdQSe6M+IBzZXABCO9N1vOlrKNpehaipWdT5Bw1FQwtLfKkZdv4GcoihXAw2apu04nSdQFOVmRVG2K4qyvbGx8XQeQgghRs3JNn0xdGwVgARyA3PmtBwAtp9opbbNx0t7nQO6nzugl7CmJWFqJeiBXETVs4iFGbb4gBj991a+8c9dPPxWJe5AOJ6RGwyz0YDRoMT3xPWm3RsiyzG0jK4Q40maxYiiwMk2X7eve/pZ5TFa1h9aTzCsYtFmETAcAiSTLkbfQDJy5wLXKopSCfwDvaTybiBbUZTYJ5xSoDbRnTVNe0DTtJWapq0sKBha474QQow0Z7v+oaGi0YPDYsQ0CmWJ48HsgnTy0ixsPFDPub94lS8+9h6q2n+ZZVN0GmR+euLl6SMtu0s5bFGmLb4nDuCvn1vDiqk5/OjZ/QDMzD+9iXR2s7HPHjmAdl9oyKW5QownJqOBKxYV88S71bRFS92hs9Qy2Wpuq+HgF1tQMPPI9T+RTLpIin4/oWia9l1N00o1TZsOfBR4VdO0TwCvAf8VPezTgFyCEEKkvJPt/vivi05jGfdEZTAonDs7n5f3dU7u7G93GnSO9U9WIBcLnowGhbw0S7ynDWBWQToP3biKpdHVDac7WtxmNvRZWgnQ5guRLRk5Ibq59ZK5uINh/vD6sfjXxtIUy9gFmowk9fgKMZRLzd8GblMU5Sh6z9yDw3NKQgiRPF3LeOYVJye4SFVrZnZfYN5fOSFAk1ufEJmblpwNNpnRQK4wwxrfCbd6Ri5rZuSiKAqZNjOPfW4Nf7lpdXyB+GDZBpCRa/MGJSMnxCnmFWdw1ZISHnzjePxr7jE0xTIU7dcbjYFSQiQyqEsImqa9Drwe/XUFsHr4T0kIIZJD0zScXQK5at8W4OzknVCKuWbZJI7UuynIsPLrlw/1m4UCaHYHyLSZsJiS80Eoq0sgF/PEF7r/nWfazKydc/qtAXazkUB/PXK+MFl2WccqxKluvWQOz+/p7LkdK6WVAKFwLJAbuT2dQvRFLiEIIURUhz/crZF+i/NRGSU9CJk2M3deu4jJ2foo/f6yUABNniD5GcnLfGY79OCpcATLaB0WI3tPtnOk3pXwdk3TaPdJRk6IRGYXZvCBZZPiv3ePoUAuGMvIJelClBDyyhNCiKiaVn0Mvcf0En7DbgLKcRklfRoGsjstpskVID8teYFcLHgqyhy5c/jqxXNo84Z4/91b+PmLB3qMT/eFIoQimvTICdGL269eyOfXzgDGVkYuGM3IWaS0UiSJvPKEECLqjWNVALQZ/0299XsEVS/rytdJVm6QbGb9rWUgPXLNniD5GckrKYwHchkjl5G7ZGERr379Aq5dPon7N1Ww4UBDt9tje+wKk5iZFGIsy0+38vnzZwJjK5ALRfTJvMkqDRdCXnlCCBH12I43UHERVk7GvyYLXgdvMBm5ZneAvCRm5IqzbKRZjCyclDmiz5OXbuXOaxcBUNXSfWn6m0f15fNnzcwb0XMQIpWlRydDyrATITrJK08IIaKqGg36Ytcufeuy4HXw7AMM5EIRlVZviLz05Gbk3vvhpVw8v3DEnyvTZibdaoovnY/ZcqSJmQVpTIr2FgoherKbjRiUsZWRi5dWSkZOJIksvhBCCPQGeoNaynffdxG3XnJHsk8npXVm5PourWxw6asHCkewrHEgrCZj/wcNk0nZNk62+fj5iwfYdryFf9x8FluPN/ORlVNG7RyESEWKopBmMeEZQ3vk4sNOZGqlSBIJ5IQQAthd3YamwRlTc5J9KikvlpHrb2rl0QY3ALMK0kb8nMaKkiw7h+tdvLJfX5z+xpEm/CGV84aw3kCIicJhNY6pjFystFKGnYhkkVeeEEIAO6vbAFhemp3kM0l9ncNO+g7kYuP4Zxemj/g5jRWTsm1URoebAPxtaxVGg8JZpyxTF0L0lGY14RlDPXLBsPTIieSSV54QQgA7q9qYWZBGloyAHzLrAHvkjjW6yU2zkJc+caY1lmR174N77VADZ0zJJsMmrzsh+pNuNY2pPXLxjJz0yIkkkVeeEGJIDte72FnVmuzTGBJN0yivbuOMKVJWORxipZWBcN89ckfq3cwumDjZOABTtJfmE2umAqBqcN6c/GSekhApI81iGlOllcHo+gGTQXrkRHJIICeEOG2v7Kvjst9u5kP3vcXumrZkn85pq2n10eQOsHyqlFUOB7NRwaCAL9h/Rm7WBCqrBLj+zCl8fM1UvnvlAnKi2d+1EsgJMSBpYywjFwyrWIwGFEUCOZEcEsgJIU7bQ28eJ8dhxmRQ+MWLB9E0LdkNL3MCAAAgAElEQVSndFpi/XFnTJFAbjgoioLNbIyXVrZ5g5z1s43squ4M9jv8IVq9IabnOZJ1mklRkGHlZx9aQrrVxLS8NDKsJpZJX6YQA5JpM+Hyj51ALhRRpaxSJJW8+oQQp2VvbTvvVLRw8/mz+P5VC3jrWDObjzQl+7ROS3lVGzazgfnFGck+lXHDbjbiD+uB3LuVrdR1+PndhsPx22tbfQCU5kysQK6rz5wzna9fNheTDEoQYkAy7WY6/KFkn0ZcKKLK6gGRVLJ+QAgxaJqm8YNn9pKfbuHja6ZiMxt46M3j/OLFg6ydnY8hxfoF9tS2sWRylnygHkY2sxFfUI3+Wv9z7dozVxMP5CbuEuwPnjE52acgRErJtJtxB8KoqjYm3mf0QE7eN0TyyKtPCDFo1S0+dla18aULZ5NlN2M1GfnGZfM44Oxg/a6TyT69QWvxBCnMTO5S6vHGajbEM3KxituuUyyrW/QR/FNyJ25GTggxOJk2E5rGmCmvDISltFIkl7z6hBCDtt/ZAcCKLsNBrlk6iUWTMrnrlUMEwmNnz89AeIMR0izGZJ/GuGI3GwlEAzdf/P/dM3IOizE+8EMIIfqTZdd/XoyV8spQRJNl4CKp5NUnhBi0A84OFAXmdekpMxgUvvP++dS0+rj9qb397hAbSzyBMA6LVJoPJ5vZGA/gYq+FQJfXRE2rl9Icu0x7E0IMWGY0kGv3jZFALiyllSK55NUnhACgvLptwFMnDzg7mJGf1iP4WTungC+cP5N/7qjh/k0VI3Gaw07TND0jZ5WM3HCymQ34oxk4b7B7QAd6Rm4iDzoRQgxePCM3RgK5YETFbJKLUSJ5JJATQrDteAsfvPdN7n3taL/HqqrG3tp2FpRkJrz9u1cu4Py5Bfx9WxXhiP5B/ttP7ua2J8qH9ZyHSzCiElY1ycgNM3uX9QOxfXL+bsNOvBN60IkQYvAybWMsIxdRpbRSJJW8+oQQVDS6AXjwjeP9HvvSvjpOtvu5bGFRr8d8bNUU6jr8bD/Rij8U4fHt1fz7vdr4gIuxxBvQgwzpkRte1i6llaeWWLb7QnT4wxLICSEGJcsxtnrkglJaKZJMXn1CCI43eQBo9Yaoau492FJVjXs2HmFmQRpXL53U63GxbF1tq49tx1viX3/83ephOuPh4wnq088cVsnIDaf8NAv17X5UVYtn5LzBELUdTtkhJ4Q4LZk2/ed0h6/vqZWapvFMeS2fWbeNTz24ddiev8UTZMeJ1vjvg7IQXCSZvPqEmGDavMEeKwKONXriv3a2+3q97yv76zhY5+KrF8/G2McOn8JMKwD1Lj+bDzdiMRlYPDmTtyuah3j2g3e43sV9rx/ttf8v1r+VJqWVw2rRpCw8wQiVzZ54Rg4M3PnqL6lu1S8WSEZOCDEY6VYTBqX/0sond9Rwyz/KefNoE1uONKGqA+v/7s+6N49z/R/f4nC9C5DSSpF88uoTYoL51IPb+J+/76TJHYh/raLJzbQ8PTvS7AkmvJ+mady98Sgz8tO4po9sHIDDYiLDaqKhI8Cmw42snp7LObPy2VPbTrBLn9Ro+PGz+/nVS4fYU9ue8HZ3IJaRk9LK4bRosp6V3VPbTpPHFf/6P/Y8y4G6ekAyckKIwVEUhUy7uUdpZV27n/eq9ExZMKzyuw1HWDI5i/+5eA4A4WEK5Fq9QVQNfv3yIQBCYU1KK0VSyatPiAkmFtC4owtVwxGVqmYvq6bnAtDcJcAD+OOmY6z8yX+497WjHHB28JWLZmMawBtXYaaV8uo2jjS4OX9uPmdMySYYVnnjaCPfe2pPj+cZCQecHbxxtAnQr9Am0tkjJxm54TS3KAOLycDe2nbere0cdKOpDp7et4U02SEnhDgNWXZzj4zcJx/cynX3vcWJ1lrm/fpGatt8fOPyeZijZY+RQQZy7kA4YXVK7H3zP/vr2XGiJTq1Uj5Ki+SRV58QE0hrl2xbLBO140QrYVVj7Zx8AJrcncdUt3j5xYsHaXIHueuVw0zJtfOB5X1n42KKMm2UV7cBcP7cAs6YmgPAb/5zmL9treKH6/cNy/fUlxf3ODEocPbMPDYeaEh4TLxHToadDCuz0cCC4gzeq2qkoqUziI5ELBxqaKQ4yyw75IQQg5ZpM/dYP3CyTQ+6Vvz+I4Ta30dOZgvnz8nHFG0BCKuDqwT50fp9XPt/b/YIAN2BCDPy0yjIsPKLFw9Gh53IzzGRPBLICTGBbD3e2aMWC+Se3+PEajJwyYIichxmWroEezXRoRT56XrP2+fOmzmgbBzogZz+fyvzijIozrJRmGFlb22H/ry7nby014nT5WTWPbOoc9cN/Rs8xeYjTSybks3iyZndvq+uvNFALk2GnQy7xZOz2FXTiqJZUdH74gxaOga1AFfkRJLPTgiRiuwWY7y3OWbRJL2UO937LUzkURH6HfWe+s5ALjLwjJyqarx6sIFGV4CdVa3dbvMEwuSnW7jlfXN4t7KV2jYfVsnIiSSSV58QE0h5dWefmCcQJqJqvLCnjovnF5JmNZGXbqXZ01nyWN/hB+COaxby/sXFXL+ydMDPFRt4snZOQTzzEnuzxVTH3GI7tz+9jx9s/AWVbZWUbSob6rfXTZs3yO6aNtbOKSDbYcEXinRbSB3jkfUDI2bx5CzCETPGyFQiij691IADo1pAnW9/ks9OCJGKHBZjlwFKuoimZ+gUjPgM2/Eb91K2qQxj9MLjYHrk9js74r3irx7sXsnhCYZJs5r4yKop8Quc0iMnkklefUJMILuq20iPZp7cgTDbjrfQ5A7EVwnkpVm6lVbGArmL5hfyh0+eOail2UUZekbugrkF8a8tnpwFgFc7TFHJK7R6Amx45zIygjewrnzdsGbl3jrWjKrBBXPzybJHdw8lmHTmlfUDI2ZJ9O/bRB7nTV8KwO3n/hYD6fzgoi8n89SEECnKkSAjd7ipijBNNJp/RaPl5wQjQdaVr8MT1CtABtMjt+lwIwDzijJ6BHLugB7ImY0GFpRkABLIieSSV58QE0RE1dhT2845s/IA/Q3pud0nsZuNXDRfD7by063dhpDUdfhJt5riwd9gnDUzj9UzcrlgXmcgNylH71MIKlX86+g9zJq+AwCbuoKIFhnWrNyWI41kWE0sK80mOzpUoy1BIBfLyDnMkpEbbnOLMuL9I3npFkwGhZ1V+oekNPvID7sRQow/drMpvpsSwOly0ur1ETDux2vajKboP1siWoQXjj4LDK5HbvPhRhaUZHL9ylIO1rmoae3crer2h0mPXtCcXZgOgEl65EQSSSAnxARxsK4DdyDMedGhJh2+MC/trePiBYXxTFteuqXb+oGGjkC8RHKwFk7K5IkvnE2mrXMy4Yaa+4korfgNuwirYV6t/zEe4+sYtZz4FdThyMppmsbmw02cMzsPk9FAtt0CQJs3cUbOYTFi6GMvnjg9FpOBecX6VWu72USGzcTOav0K9wvHHk3mqQkhUpSeketcCF62uQxFs6HSfcpkMBJkZ51+sXCgPXLuQJgdJ1o5f24+F80vBOC1Llk5TyBMuq17INfkStx/LcRokEBOiAni5b11GBS4YnExABsP1NPsCXL1kpL4MYUZVtq8ISoa3YCekSuODi0ZKqfLyd/230+N7VMEjAcIqSEiWoSw0oJRywGNYcvKVTR5qG3zsXaOng2MZ+S8Pd9wPcHIoEpGxeDEyivtFgMOq4FASH89PXX0wREZcCOEGN9OLa1cf2g9BuxopwRykzMmc+9VvwcG3iO37XgzYVXjgjkFzMxPY3qeg43RQE5VNTzBSHww1vS8NECf7ixEskggJ8QE8cLeOtbMyKMww0a61cT2E604LEYunFcYP+bDZ5aS4zDzyT9v5f9ePUJ1izc+fXKoyjaXoWo9y1sitGDAhkIawUiQZw49M+Tn2hLtcTg/GsjFeuQSlVZ6A2HSZBn4iIn1RdrNRlyh6AcivIS19mEfcCOEGP/sFiOBsBrve6u6tRoDDm6/4Btod2jx/2puq4lPrRxoj9zRBv0i5qLJWSiKwsXzi3jrWDPeYBhvdMBKevT9IpaRm5rnGNbvT4jBkEBOiAngcL2Low1urlyiZ+NigcuSyVnYu0xrLMmy86f/XklproO7XjlMgytAcdbwBHLrD60nGOmZEcuKvgce/rIz/uY7VFuONDE9zxF/g41l5Nq7lFaebPPx+41HOFzvHrZgVfQUy8hFNB+NvioAwoqToDp8pbRCiIkjtvMzNrkyFmAlWiEz2D1ylc1ectMs8Yt/71tQSDCs8tbRZjyB7qtqijJtPPuV8/jxBxYN4bsRYmiknkiICeCFPU4UBS5fFAvkTECAKbk9rySunJ7LE184m+oWL68ebOCShUXDcg69BWjvVDTz0Qfeob4jwOzCjCE/TzCs8nZFMx9e0bkqId1qwmhQaPN1BpIPv1XJA5srAPjaJXOH/LwisXnFGUzPc7Cz6QU09D//kOIEOktp773q3mSeohAihdijpfDeYJh0q6lHgNVVbBBJoh65YFil3ReiIKOzD/xEs4epXd4XV03PJd1q4unyWp4urwXoNvxrSWnWMHxHQpw+ycgJMU6VV7fx8xcPAPDinjpWTculMJp5skTHJU/Otvd6/ym5Dj59zvQ+jxkOhdE30QaXf8iP9dAbx/n4n97BG4ywNjrUBUBRFLLt5m7DTl4/1NnAft6cvCE/t0jMajLy+jcv4t2W+wlHl4KHDXogN1yltEKIicMenTAcm1zpjgZyiaYrGw2975H72J/eYdVPN6BpnbdVNnmZ3qVU0mIycP7cfJ7b7eS53c5en0eIZJFXoxDj1M2PbqfBFeDieYUcqndx5zUL47e5/PobX2nOyAZpAxELLus7hjaO3hMI85v/HI6/qZ89q3twZjUZ+OvWKvY7O8hPt3K43o3FZCAYVllWmj2k5xb9q7mthpsf3c4r++v5w7U/5qOrH072KQkhUtCppZV9ZuR66ZE7VOdix4lWAGpafUzJdRAIRzjZ7mNaXmm3Yy+eX8QLezpLwANqBzA8lSpCDJVk5IQYp2J9Yb/bcASAKxZ3Tqdsjw79mDwGArl0q4k0i5GGIQRyx5s8fOtfu+NBnMmgkNFl7QHo0ykBbCZjvHxmw9cuYP+PL8ckC11HRUt0tUVpjgwHEEKcnlhft/eUjFyioVW99ci91qUi43C9C4DqFh+aBtPzu/98et/8wvhgE4C/7X1oqN+CEMNGMnIipdW2+XD7w/FdVaLT1FwHh+vdvF3RzJnTcroNLYm98U0ZIx+oizJt1J9GaaWqajzydiW/fOkgmgY3rCzluhWl5DgsPY79wydXEAirXNRlSqcYXaU5drafaB0TmWAhRGpynFJa6QnEpkkOvEeu64XDQ/Uu3regiPoO/T2oOLP7z6ecNAt/+fxc1vzsNQxaFs8cepI69y0UpxcP03ckxOmTQE6ktO/8azdbjjTxvvmF3HLJHJZKiVxc1ze1K7vsiutquCZSDlVBhpXGQWbkrv/jWxxwunAHwlw0r4BffHhpn9Mnz5mV3+ttYnSUfXAx160oZXp+WrJPRQiRohzxYSfRqZXB3ksrYz1yp5ZWNrj8TM9zEAyrHK7TM3JNbv09qCCj54XAss1ltFnLyfR/kZBSL0OaxJgh9UQipVU0epiRn8aOqlau/b83+fmLB7o1Lg9UMKzibPf1f2AK8Yc6S0liS8Bj/vWlc/j2FfMxj5GSwsFm5PyhCO9WtuIOhPnVh5fy0GdWyQqBFJBhM3P+3IJkn4YQIoV1llbqAVxfw046SytPDeQCFGRYmV+Sye6adjRNi5d+56VZux3rdDlZV74Ol/I2tfZPE1BdsjpFjBlj41OcEKchHFGp6/BzzdIStnzrIm5YWcr9myrYXdM+6Mda9+ZxLvz161S36FP1Gl0B1v7qVV7Zl7o/qGON4B9bPbXH5Mkzp+XwpQtnJeO0EirMsNLQERhQEK5pGlXRv6e7P7qcG1ZNQVGUkT5FIYQQY0B82Emw/2Enxviwk+49ck2uAIUZNi6aX0hFk4dD9S6a3UGMBiW+Qy6mbHMZqtb9/rHVKUIkmwRyImU52/1EVI3SHAcZNjMfXzMNgGbP4IdmHG1wEwir8cEgGw7UU93i4+a/7KDN23OJdSrwhSKsnpHLz69bkuxT6VdRpg1fKIIr+oYc0+QOxN+kY77+z11c9tvNAEzLkxI9IYSYSBw9hp3o/4/1znVljvbIhU7tkYtm5N6/uBiDAs/tctLsCZDjsGAwdL8wuP7QeoKR7p8DZHWKGCukR06krJpWvRQyNnkxPTqxKvZDfTBORssqn9pZwxcvmMlrBzsnWh2qc7FmZurtGQuEImQnGPoxFhVm6qUsy+89n7e+8FS8ifyGP77NzII0OnxhZhelc/WSEv79Xm38fnabG5C+SCGEmChipZVlm37JlcvvxBMIk2Yx9gjAIHGPnDcYxh0IU5hpJT/dyrmz83l290nmFmWQn97zPbPmtpoR+k6EGDrJyImUVdOql9fFJuDFyipOzeAMxMk2P+fMysNhMVH2/AHePNrEwpJMALyhwQeGY4EvFIkvTh3rCjP0/ra6Dn+8XKW6xUtFk4cNBxrYVtnCP7dX8/E/b+12v3u2/XzUz1UIIUTyWIwGFFTafT7KNpXhCYRx9LKkO1GPXGxiZex95+qlJZxo9rK1opm8BIGcEGOZBHIiZdW0+lAUKMnqHsi5/Z2BnKZpPL2zlqpmPegLR9Qej6NpGrVtPhZPzuLza2ey+XAjnmCEG8+dDoD3NDJ8Y4E/pGIzp8Y/ccXYAYBBzY43kW873hK/vSjTyvbbL+UnH1zMly6aFP+6NJwLIcTEUueuI4IPNDvrytfR5HEnHHQCnT1yXd/7G1yxQE6vBLl8UTFmo0KHP0zuKYNOhBjrpLRSpKzKZg8lmTYsJj1YSYuOJHZ3ycjds/Eov91wGIfFyAeWT+a5XSf5wdULybCZcPnDBMIRzp2dTzCsMinLxn+tnMJf3jnBymk5nBUtp4xNxko1vlAkXoIy1j20+zfAFZi0InzRJvI0381kWE34QhEuX1RMlt3MJ8+axpef/yVt1kpCqifecC5joIUQYmIo21xG2DAPszYVjxZhl/MQRY7ZCY+N75HrmpGLTkiOlfRnOyysnVPAqwcbyEuTjJxILRLIiZQTCEfYdKiRPTXtLJqcFf+60aBgNxvjpZVP7azhtxsOc/XSEt6tbOHv26oA+Na/dnd7vEsWFAEwKdtOutXEy7euxWEx4YkGcL4xXlq58UA95dVtfP2yed2+7g9GsKVAaaXT5eQve/5MrrIMszaN9kiQdeXruDjzepZOyeJbl8+P7x2LjYH2G/x6PUFEz8r94IIfyHJWIYQY52LvAQ7lJhyRtQTDQWp9TZRmzEx4vClBj9yppZUA1ywr4dWDDQl75IQYy1Kj7kqILp7YXsPNf9lBRZOHpV0COYB0mx6AbTvewref3MNZM3P5zQ3L+cHVC3FYjPz982fxry+dzYu3rGXLty5iWWkWGw7UA3ogB5CXbsVuMcYzfJ4xXFqpaRo3PbKd3796tMfofn84NQK52GjnkFKJWZ0O6KOdjzU1UZRpY9mU7Pg4aBkDLYQQE1fsPSBoOIqRdExaMYpmo9Z9LOHxxgQ9co3uAGajQnaXNQOXLixmWWkWZ07LHdlvQIhhJhk5kXI2H26M/3px6SmBnNVEhy/Md/69m0nZNu7/5EosJgNXL53EJQuKegQ2F84rZFdNO2kWI3OK0rvdZjMbUBTwjeHSyn0nO+K/dgXCZNr0N6ZQRCUU0VJi2ElstHPQcAJ7eDVoZoLhEN6AmeJTlnz3NQZayiuFEGJ8i70HaAZ9VZBFnQOajTrPiYTHmxL1yHUEyE+3dptymW418cxXzhvBMxdiZEggJ1JKKKLy9rHm+O+XnJKRS7MaeX6PE4A/fnIFWY7OK26JslPXLJvEo29X8vuPrcBq6n67oig4zMb4rpqx6G/RclHQF5zGAjl/tBw0FYadxEY7P7f7JF/52072fL6R4iwbK3+ygaJTAjkZAy2EEBNX7D0gGFZZfMfL3H72/fzrvVouXXhWwuN765GLDToRItVJICdSyp7adtyBMD/70BJKsm3kp3f/YRwrh8yym7l8Uf89U7ML09n5w8t6vd1uMeEZo4FcmzfIv9+rYXK2ndo2H42uADML9KyiP6RffUyFjFzMmdNyMBsVHn6rMj4xtChT3myFEEJ0ZzEZWFCSwe6adjyBcHyP7KkS9cg1ugKU5jhG5TyFGGlj/3K9EF3sqWkH4KL5BVw0r7DH7bERxKU5dhSl53LQwXJYjGO2tPLxd6vxh1S+dYU+5KTRHYjf1pmRS51AriTLzk3nzeTJHTW8tFdfKVB4SkZOCCGEAFg8OYu9te34QpH4+qFTxaonu2fkAvGJlUKkOgnkRErZU9tOfrqlR+9UTOyHeWxwyVA5LMYxmZELR1QeffsEZ83M5bzZ+YBeWhnjS8FADuCrF8+mONPGva8dBej171kIIcTEtmRyFq7olOre9sgpioLJoPDo25V899+72VnVSosnKKWVYtyQQE6klL217SyenNVrti0eyGUNTwCgZ+TGXiD3n/311Lb5uPHcGeQ4LBgNSsKMXCqVVoL+9/f9qxYQu3haIG+2QgghEljSZdhZbxk50Pvk2rwh/r6tmg/d9xbQffWAEKlMAjmRMvyhCEca3D0GnHSnRwDDl5EzjZmF4H/fVsUvXjwIwLo3KynNsXPJgiIMBoW8NAtNrs5pjrHgM1UWgnd19dISzp6Zx+RsO2aj/IgSQgjR09yiDCwm/T2iz0Au2id3/twC7rhmIefOzuPsWXmjco5CjDQZdiJSxn5nBxFVY3EfgVy7LwTQY9rh6XJYjDR1yXQl0x83HaOqxcsZU7PZVtnC969cEN+RU5Bh7ZaR86XQ1MpTKYrCA/99Jq2eULJPRQghxBhlNhpYUJLJruq2XoedQOcuufx0CzeeO4Mbz50xWqcoxIhLvU95YsLaV6sPOhlIINd17cBQOCxjY/3A8SYPJ5q9aBp84S87sJuN3LBqSvz24kwbVS3e+O9jUytTrUcuJsNmZmqeTBUTQgjRuyWTM4HOidWJxHbJOVKwQkWI/kggJ1LGntp2ctMsffa/XThXn2Q5pzC912MGwz5GSitfPdgAwKULiwD42OqpZNk7g9UV03I42uCmOZqVS8WplUIIIcRgLJ2cDegX/3oT2yXn6CPYEyJVyatapIw9tR19DjoBuOm8GfzXmaXkpFmG5TnTxkBGLhhWWffmcZaVZvGn/16JOxDuMcQkVu+/9XgLVy4pobbNB9Bjz54QQggxXly7fBJGg8KCkoxej1HQPzOk2vAvIQZCMnIiJfhDEY7Uu+JlFL0xGJRhC+IgOrUyFEHtsoNmNDW6AvzP33dS0+rj1kvnAvqY5VjNf8ySyVk4LEaeKa9FVTX21LQzPc/RLWsnhBBCjCc2s5EPn1na5wXeUERvNZDSSjEe9RvIKYpiUxRlm6IouxRF2acoyo+iX39YUZTjiqKUR/9bPvKnKyaqg3UuwqrWz8TK4eewmtA08IdHPyv33O6TXPrbTbx6sIFvXTGPC+cW9Hqs2Wjg5vNn8vK+er71r93srmljSWn2KJ6tEEIIMfYEJZAT49hASisDwMWaprkVRTEDbyiK8mL0tm9qmvbkyJ2eELq9Axh0MhJiS0bbvKFRra/v8Ie45R/lLJ6Uyf/esIzZhb2XjcTc8r45aBrcvfEIADeO8p+VEEIIMdYEw3ogZ5ceOTEO9ZuR03Tu6G/N0f+SU2cmJqy9te3kOMxMHqb9cAMVq7vfXdM+qs+7p6adiKrxjcvnDSiIA31s/9cuncu3r5iPxWiQPTlCCCEmPMnIifFsQD1yiqIYFUUpBxqA/2iatjV6008VRdmtKMpvFUWRqQpixOx39j/oZCQsmpSFxWhgZ1XrqD5veXUb0DmRazC+dOEs9vzoslHPXgohhBBjjRZNPdglkBPj0IACOU3TIpqmLQdKgdWKoiwGvgvMB1YBucC3E91XUZSbFUXZrijK9sbGxmE6bTHR1LT6mJo7+nvFbGYjiydnsuPE6AZyu6rbmJGfdtr78KwmecMSQgghYhwytVKMQ4OaWqlpWhvwGnCFpmnOaNllAFgHrO7lPg9omrZS07SVBQW9D2sQojf+UIQWT5CSPvbHjaQVU3PYXdser7MfDftOdoz6YBchhBBivJI9cmI8GsjUygJFUbKjv7YDlwIHFUUpiX5NAT4I7B3JExUTV32HH4DirNHtj4s5c1oOwbDKvpOj0ycXCEc42e5jRn7aqDyfEEIIMd5JaaUYjwZyeaIEeERRFCN64PeEpmnPKYryqqIoBYAClANfHMHzFBOQyx9ie2Vr/Idv0jJy03IAeK+qjTOm5oz489W2+tA0klJKKoQQQoxHMuxEjEf9BnKapu0Gzkjw9YtH5IyEiPrfVw7z8FuVXLWkBIDiJAVyRZk2Jmfbee9EKyun5TA5x05++sjN9qlu9QEwRQI5IYQQYlhIICfGo0H1yAkxmmIDRp7f4wSSl5EDvbxyW2ULH33gHX7zn8PdbnvrWBOvH2oAQFU1XjvYgDcYPu3nqmrxApKRE0IIIYaLlFaK8UgCOTEmtXtD7DvZzrLSzoEfyWxUXjE1m0ZXAF8owr7a7r1yP3nuAHes34emaTy1s5YbH36Xi+/axNM7a9G0wa9crG7xYjEZKMyQjR5CCCHEcLAY5SOvGH9khI8Yk9442oSqwQ+vWciH//A2aUm+knbmtNz4rw/UdTDz7jm8ddMWcmwFHK53EVY1Vv10A03uIJOz7eSmWbj18XI2HW4krGqsnZ3PDaum9Ps8mqZxsM5FaY4dg2F0d+YJIYQQ49Vo76EVYjRIICfGpM2HG8mwmVhWms2uOy4b1dH/icwvycBuNuILRQiGNZytQco2lUk+qi4AABpaSURBVPHFZT8jrOpZtyZ3EIAvXjiLT6yeyq2Pl/PKvjr8YZVgODKgQO6uVw6x+XAjnztvxoh+P0IIIYQQIrVJnlmMOZqmsflII+fNzsdkNJBlN1OQ5DJDs9HAR1ZN4dKF+tRKU2QG68rX8WZFVbfjXv/GhXxyzVQMBoWlpVl4ghEiqkZNdIBJXyoa3dy/qYLrzpjM969aMCLfhxBCCDGRfPXi2ayekdv/gUKkIAnkxJhztMGNs93P+XPH1gL5O69dhDH3r6h4sKvL8YV9PLr9NTJtemJ7Rn4a0/PT4uUbpTmdw0r6C+TavEG+8Jcd2C1GvnvlAikBEUIIIYbB1y+bxxNfODvZpyHEiJDSSjHmbDrcCDDmAjmny8kjux4i3ejAHlkFmoHKpgjnTLXzh0+s6TERa0pu5wLzdl8Ilz9Ehs3c43F9wQifffhdTrR4efSzq5OefRRCCCGEEGOfZOTEadt2vIW3jzUP++NuPtLErII0Jmfb+z94FJVtLkPVVLyGrRjJxqouwKxOpz6wnYIMK+nW7tdFumbkoGdWrr7DT5s3yFf+9h7l1W3c89HlnDUzb8S/DyGEEEIIkfokkBOn7Yb73+Zjf3qHiDr4EftdbTvewu1P70HTNPyhCFsrmsdcNg5g/aH1BCNBAoaDADgi56FgYV/bSwmPz7Kb42WXAO+/ews/eHov7kCYw/UuLv3NJj76wDtsPNjA1y+bxxWLS0bl+xBCCCGEEKlPSivFgGw50si03DSm5ulZpr3OziEf71Q0c+7s/NN+7Ac2V7DhQD0fXTWVZk+QQFgdk4FczW01OF1OZt49Gy0QxhE5B4CQ4Rh17jqK04t73GdGfhqBsMrBOhcAj209wcYD9UQ0jQ5/mI7o1y+aVzh634gQQgghhEh5EsiJfj276yRf/ftO7GYj93zsDC5ZUMj3X3oUOAOAP246xtkz805r75k/FOGNo3pP3F2vHELVwGIycNaMsVliWLa5DJUwYaUBszYJFS9BainbVMa9V93b4/j/vWEZRoOBTYcaOH9uAa3eEN/+124aOvz815mlPLmjBrNRYXZhehK+GyGEEEIIkaokkBP9+v2rR1hQkonFZODmv2xHAVTtDFQ8eKz/YMuRm/jdxiPcduncQT/264ca8YdU0ixGXj+kB3RrZuT2GBwyVsTKK8NKHWZtEkHDMYJqgGcOPZMwkJtdmAHAjPzOvXAv3bIWbyjC3tp2ntxRw6yCdCwmqXIWQgghhBADJ4Gc6Fddu58PnTGZr18+j4feOM6zh15gZ/07eNmPZjrEguzLuWcj7DjRwvIp2Vw0r5CV0/vf2RIMq/z65YNMy3Nw3ydWcMDpos0bZNUA7pssNbfVAPC9p/bwt61VfPnsa/nhNd8Z1GOYjAYyjQYWTcoCYGFJ5rCfpxBCCCGEGN8kkBN98ocidPjDFGRYybSZ+ciaDL679bv4jX79ABXe83ybW9b8hz01fu7fVMGftxxnz52X95tlevTtSo41enjw0ytZNCkrHtikgqm5eq/g4smnH4Rl2c1878r5rBmjZaRCCCGEEGLsknou0admTxCA/HR9t1lsBH9XEXx0WB7mua+u5a7rlxEIqxxv8vT5uA0uP7/bcIQL5xVw8fzUG/SxZHIWZqPCmdNyhvQ4N58/i2VTsofprIQQQgghxEQhgZzoU5MrABBfUh3rEesqGAnyzKFnAJhXrPeEHap39fqY//P3naz+6UY8wTA/uHohijL4ISnJdu7sfLbffinT8tKSfSpCCCGEEGICktJK0afGaCAXy8jFesR6M7MgDaNB4VBdByyb1ON2VdVYv+skAF+9eA6zClJ3WmOW3ZzsUxBCCCGEEBOUBHKiT03u7hm5/lhNRgozrNz72jH8YQ8PH7uBDZ/czAOvN/NORQv3fWIFAGUfXMwn10wdsfMWQgghhBBiPJNATgBw94YjZNpNNLkDrJll5sYXLuPNz74Zz8jlpVsG/FgXzy/kr1ureHBLHfVWK1f//g08Pj3z9quXDgIwuyA9JUsqhRBCCCGEGAskkBPsrW3ntxsOk2U30+4Lce9rUG2vpGxTGfnhL5FlN2M1DXyv253XLmLVTAu3/v0oRYFf06G0cN8n5vDwG028Ft0VN6tQesuEEEIIIYQ4XTLsZIKKqBp7a9vRNI2fv3gAgHZfKH57ZujjPL7VxQt7T5I/iGwcgNlo4OXquwkajuA1vEOT4zZeqrqbL5w/M35MQfrASjWFEEIIIYQQPUlGbgJSVY2bHnmX1w818vE1U3nzaDPLp2RTXt0GQMC4i6zwR9FQCVkbuO3S9w3q8Z0uJw/vWoff2rlrbl35Om4//3ZMBoWiTJuUVQohhBBCCDEEEshNQPudHbweLXH829YqpuY6+OE1C7nuvrcI00yd+Q5sxuUEDYdpJMSZMysG9fgJd81pEX6y+Sfs/OHvUNVe7iiEEEIIIYQYECmtHAc0TeP1Qw20+0JsrWhG0zScLiez7plFnbuux/EH6/Qdb1cuKQbgm5fPIyfdq2fgDCdACeM3bkdVOohoEco2lQ3qfPraNZdhM5PlkLH9QgghhBBCDIVk5MaBjQca+Nyj21EU0DRYPiUbS/ZLNDbN43uv/JqHrvvfbscfcHZgNRn4+XVLuXxRMVcvLeH/vfD/8Bqy8RvLux0bC8DuvereAZ9Pf7vmhBBCCCGEEEMjgdw40OHXh5RoGswvzqCm1UNT9VnkchYv7niP2kucHHYaaXQFaPeGeGJ7NfOKM8iym/nA8sk4XU7WlXfpaQPsJjsVt1RQnF6crG9LCCGEEEII0QsJ5MaB2NJugC9fNJvnT/yMJ7afxBpehS2ygmvve4Xmtvxu95mZ3zn+v7eetrJNZYPKxAkhhBBCCCFGhwRy40BsafcVi4pZXKrykecexG/0oxheoCTwO5rbpnDV0jy+c8VSLCYDD75xnGuWTorfv6+eNgnkhBBCCCGEGHskkBsHGlwBpuY6+OOnzuTLz385nl3TlAANlh+RrV5H0GFmSu5ZAHzvygXd7i89bUIIIYQQQqQWmVo5DjS6AhRk6Au2T82uhQ11NJnu48WKJ5N1ekIIIYQQQohhJhm5ceBku4dK9zvUuWdKdk0IIYQQQogJQDJy40BtWweucO2g970JIYQQQgghUpMEcimkusXLj5/djzsQjn/tSGMNobCFMM2sK1+XcAG4EEIIIYQQYnyR0soUEVE1bnuinHcrW7GaDUzLdbDhQD2vHnICRsJKnawMEEIIIYQQYoJQNE0btSdbuXKltn379lF7vvEiEI7wtcfLeWFPHQUZ1vi6geIsCxXep3Apb+I37AZFFnkLIYQQQggxlimKskPTtJVDfRwprRzjXP4QN657lxf21HH7VQt47KY1fPrsaaz/yrmcseQp2q0P4jfqQRx0LvIWQgghhBBCjF8SyI1hTe4AH/vTO2w93sJvbljG59bOZF5xBj/6wGKWlmbz7OHeF3kLIYQQQgghxi/pkRuDmtwBnt5Zy/9v796D9KrrO46/v8kmIRcgdxJyIQmpRkBCAAGv1dhqpAWp1TaKI1aZju04Sh2no9PpqAWdeqXVWjpacRhrIaK2RHCoqKDBCxclpEmAwJKQC5sruSebbHZ//eM5kSfb3ezuc9lzTvb9mnlmnz3nPOd8z2eey/k+5/Lc/vBGtuw5zNffcwmLF5z1/6bzpwYkSZKkoclGroA+sXwN96xqA+CWay/usYmTJEmSNHTZyBXMum37uWdVG4sXTOVtF8/gLS+fnndJkiRJkgrGRq5gHtu4G4BPXnU+syeNybkaSZIkSUXkxU4KpnXHQUa2DGPGhNF5lyJJkiSpoGzkCqZ1+wHmTR7L8GGRdymSJEmSCspGrmCe3XmQeVPG5l2GJEmSpAKzkSuQI8c62fjCIc6dMi7vUiRJkiQVmI1cgfzwf9vo7EosmHZG3qVIkiRJKjAbuYJo23uYT9y1hkvOmcCSC6blXY4kSZKkAvPnB3K2YedB1u88yK2/WE9HZ+KL71johU4kSZIknZSNXM4+8B+/4cmt+wG46ZoLmDPZC51IkiRJOjkPrcxRe0cn67ZVmrirF57NtZfPzrkiSZIkSWXgHrkc/frZXXQluO19l/H7L5mSdzmSJEmSSsI9cjm64+FNjBvVwuVzJ+ZdiiRJkqQSsZHLyeote7l3zVauf+1cThsxPO9yJEmSJJWIjVxOfvrkdiLgva+ak3cpkiRJkkrGRi4nKzftYf6UcYwfMzLvUiRJkiSVjI1cDlJKPLZxN4tmj8+7FEmSJEklZCOXg9YdB9h9qIOLZk3IuxRJkiRJJWQjN8hSSnzqB2sZM3I4b1jgTw5IkiRJGjgbuUG27JFNrHh6Jx+/8mVMP3N03uVIkiRJKiEbuUG0Zc9hbrrnCV45bxLXXjY773IkSZIklVSfjVxEnBYRD0fE4xGxJiI+lQ2fGxEPRcQzEbEsIrz84km07W/j1Td/mc6uLj739gsZNizyLkmSJElSSfVnj9wRYHFKaSFwEbAkIq4APgvcnFKaD+wG3t+8Msvtx2u3sfgLD8KRCzhnxlpmTRyTd0mSJEmSSqzPRi5VHMj+HZHdErAY+G42/DbgmqZUeAq487etHD4yhkQnK3Z+mq0HtuZdkiRJkqQS69c5chExPCJWAtuB+4BWYE9K6Vg2yWZgRnNKLL/V21cB0DbqQxzjIDf+7MacK5IkSZJUZv1q5FJKnSmli4CZwGXAgv4uICL+MiIejYhHd+zYUWOZ5dW2v43WFzbSEZvoGPYcRzuP8s2V33SvnCRJkqSaDeiqlSmlPcD9wCuB8RHRko2aCWzp5TFfSyldmlK6dMqUofe7aTf+/EZII0kc/d2wztTpXjlJkiRJNevPVSunRMT47P5o4A+BJ6g0dG/PJrsOuKtZRZbZ8qeWk1ILXfFiI3e08yh3PWVckiRJkmrT0vckTAdui4jhVBq/76SU7o6ItcAdEXET8BjwjSbWWVqbP7KZP73ll5w2Yhjfvj7lXY4kSZKkU0CfjVxKaRWwqIfhz1I5X059aO/oZPzoEXmXIUmSJOkUMaBz5FSb9o5OThsxPO8yJEmSJJ0ibOQGQXtHl42cJEmSpIaxkRsElT1yRi1JkiSpMewuBoGHVkqSJElqJBu5Jkspcbijk9E2cpIkSZIaxEauyTo6E10JD62UJEmS1DB2F03WfqwTwEMrJUmSJDWMjVyTtXfYyEmSJElqLBu5Jms/2gXYyEmSJElqHBu5Jnvx0EqjliRJktQYdhdNdvzQSq9aKUmSJKlRbOSa7PBRz5GTJEmS1Fg2ck3Wfsxz5CRJkiQ1lo1ck7141UqjliRJktQYLXkXcCpZ8fQObnmgla372jlv+hm867LZHlopSZIkqeFs5Bro1gfX88vWXSw5fxornt7J3avafjfOi51IkiRJahQbuQZ6btchrnz5NP712kto7+jk3tVbuWHZSsBGTpIkSVLj2Mg1yLHOLjbtPsSSC6YBlUMpr1k0gwtnnslPn9zOhLEjc65QkiRJ0qnCRq5B2va209GZmDNp7AnD500Zx7wp43KqSpIkSdKpyEspNsiGXQcBOGfSmJwrkSRJknSqc4/cAD264QX+Z81WLp49gU27D7H2+X1s23eEXz27C4A5k8f2MQdJkiRJqo+N3Enc8kAr48eM4J2XzQbgrpVb+Oidj9OV4Osr1gMwc8JozjrjNOZPHUcAU08flWPFkiRJkoYCG7lebN3bzhd/9BTDhwVveOlUlj++hc/88EkunzuRW959CXc8spFZE8Zw1cKz8y5VkiRJ0hBjI9eDvYc7+MwPn6AzJSLBW7/6INv2HeGPLpzOl/5sIaNahvPXr5+fd5mSJEmShigvdtLNsc4urr/tEX6w6nne9+q5/Mu7LubosS6uf81cvrJ0EaNa/D04SZIkSflyj1w3N/94HY9s2M3Nf76QP1k0E4A3nXcWEZFzZZIkSZJU4R65Kj9bt4Ov3t/K0lfM+l0TB9jESZIkSSoUG7nM/vYOPrJsJS8963Q+cdX5eZcjSZIkSb2ykcs8+txudh08yt//8XmMHul5cJIkSZKKy0Yus2rTXiLgotnj8y5FkiRJkk7KRi6zavMezp0yjnGjvP6LJEmSpGKzkQNSSjy+eS8Xzjwz71IkSZIkqU9DfvfT+p0HWbdtPzsPHOFV507OuxxJkiRJ6tOQbuRSStywbCWPb9rDxLEjuWrh9LxLkiRJkqQ+DelGLiL4h6vP59ZfrGfxgqmMavFqlZIkSZKKb0g3cgALZ43nn5cuyrsMSZIkSeo3L3YiSZIkSSVjIydJkiRJJWMjJ0mSJEklYyMnSZIkSSVjIydJkiRJJWMjJ0mSJEklYyMnSZIkSSVjIydJkiRJJWMjJ0mSJEklYyMnSZIkSSVjIydJkiRJJWMjJ0mSJEklYyMnSZIkSSVjIydJkiRJJWMjJ0mSJEklYyMnSZIkSSVjIydJkiRJJWMjJ0mSJEklEymlwVtYxA7guUFbYN8mAzvzLqKEzK12Zlcf86uP+dXG3GpndvUxv/qYX23MrXb9ze6clNKUehc2qI1c0UTEoymlS/Ouo2zMrXZmVx/zq4/51cbcamd29TG/+phfbcytdoOdnYdWSpIkSVLJ2MhJkiRJUskM9Ubua3kXUFLmVjuzq4/51cf8amNutTO7+phffcyvNuZWu0HNbkifIydJkiRJZTTU98hJkiRJUumUqpGLiFkRcX9ErI2INRHx4Wz4xIi4LyKezv5OyIYviIhfRcSRiPho1XxeGhErq277IuKGXpa5JCKeiohnIuJjVcM/mA1LETG52etejyLlVjX+yxFxoFnr3ChFyi4iVlQ9/vmI+O9mr3+9csrv1ojYHhGruw3vcZlF1qj8snF/k81jdUTcHhGn9bLM67L5Ph0R11UN/3REbBpKr9tsXF25VY1f3v05WURFyS4iTu/2mt8ZEf/U7PWvV0753RsReyLi7m7D50bEQ1H5LFkWESObtd6N0uD8PpxltyZ6+bzIpnM778R51ZVb1fghtZ2Xjav3OTfw7byUUmluwHTg4uz+6cA64Dzgc8DHsuEfAz6b3Z8KvAL4NPDRXuY5HNhK5fccehrXCswDRgKPA+dl4xYBc4ANwOS8sylLbtn4S4FvAQfyzqZs2VVN9z3gPXnnU7T8svGvAy4GVncb3uMyi3xrVH7ADGA9MDr7/zvAe3tY3kTg2ezvhOz+hGzcFVk9Q+Z124jcsvFvA/6z+3OyiLeiZVc13W+A1+WdT9Hyy8a9EbgKuLvb8O8AS7P7/wb8Vd75DGJ+FwCrgTFAC/BjYH4Py3M7r8G5ZeOH3HZeo7Krmq5f23ml2iOXUmpLKf02u78feILKm91bgduyyW4Drsmm2Z5SegToOMls3wi0ppR6+qHyy4BnUkrPppSOAndkyyKl9FhKaUP9a9V8RcotIoYDnwf+tu4VGwRFyu64iDgDWAwUfo9cDvmRUvo58EIPo3pcZpE1OL8WYHREtFD5oHm+h2neDNyXUnohpbQbuA9Yks371ymltoatXBMVKbeIGAd8BLipQavXVEXK7riIeAmVjacVda5e0+WQHymlnwD7q4dFRFD5nPhu92UWWQPzexnwUErpUErpGPAzKl+odOd23onqzm0Ib+fVnd1xA9nOK1UjVy0i5lD5tuQh4KyqDYytwFkDmNVS4PZexs0ANlX9vzkbVloFyO2DwPKybBBWK0B2x10D/CSltG8Ay8zdIOV3MvUsM3f15JdS2gJ8AdgItAF7U0o/6mFS3/OqNCi3G4EvAodqW4P8FCC745YCy1L2NXVZDFJ+vZkE7Mk2KKGEr+U6PzNWA6+NiEkRMQa4EpjVw3S+552oEbkN1e28Rj7n+r2dV8pGLvuG83vADd1XMnuj79ebfXa8+NXAnQ0vsoDyzi0izgbeAXxlII8rgryz6+ad1NbI5KZg+Q1omUVQb37Zsf1vBeYCZwNjI+LdTSq3MPLOLSIuAs5NKf3XQGvPW97ZdVPrlze5KVh+pVNvfimlJ4DPAj8C7gVWAp3NqbY48s5tKG/nNfg51+/tvNI1chExgkrQ304pfT8bvC0ipmfjpwPb+zm7twC/TSltyx47q+okww8AWzixm56ZDSudguS2CJgPPBMRG4AxEfFMnavWdAXJ7ngtk6nslr+nnnUaTIOc38nUusxcNSi/PwDWp5R2pJQ6gO8Dr4qIy6vyuxrf87qrN7dXApdm73cPAi+JiAcas4bNU5DsjteyEGhJKf2mISs3CAY5v97sAsZnh2VCiV7LjfrMSCl9I6V0SUrpdcBuYJ3beU3PbUhv5zXiOTfQ7byWvicpjogI4BvAEymlL1WNWg5cB/xj9veufs7yhI43pbQJuKhqeS3A70XEXCohLwXeVc865KEouaWU1gDTqqY7kFKaX9NKDZKiZFf1+LdTOaG9feBrM/gGO78+1LrM3DQwv43AFVE53OMwlfMMH00pPcSJz7+JwGfixSt6vgn4eCPWZTAVJbeU0gvALdk0c6i8dl9f18o1WVGyq5pPqY5AGOz8epNSShFxP5XPjDv6uczcNfIzIyKmppS2R8RsKucqXZFS2oPbeX3Nq+bchvp2XoOecwPbzksFuGJMf2/Aa6js2lxFZZflSirHoE4CfgI8TeUqMROz6adROfZ0H7Anu39GNm4slW+szuxjmVdSuYJNK/B3VcM/lM3vGJUTkP8973zKkFu3acpwNaNCZQc8ACzJO5eC53c7lXNKOrLHvz8b3uMyi3xrcH6fAp6kchz/t4BRvSzzfcAz2e0vqoZ/LptfV/b3k3nnU4bcqsbPoRxXrSxUdlSuYrkg71wKnt8KYAeVhm8z8OZs+Dzg4SzXO3t7fJFuDc5vBbCWylUB33iSZbqd18Dcuk0z1Lbz6s6OAW7nRfYgSZIkSVJJlO4cOUmSJEka6mzkJEmSJKlkbOQkSZIkqWRs5CRJkiSpZGzkJEmSJKlkbOQkSZIkqWRs5CRJkiSpZGzkJEmSJKlk/g88BiADEgx1ewAAAABJRU5ErkJggg==\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "df['a'] = 0"
      ],
      "metadata": {
        "id": "cSs01_alef8i"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "df"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 455
        },
        "id": "pAaqi0WpejsZ",
        "outputId": "8c19e687-fa0e-4130-e0e2-6ea7f9b6b55d"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "                                Open       High        Low      Close  \\\n",
              "Date                                                                    \n",
              "2010-01-04 00:00:00-05:00   6.497555   6.530129   6.465589   6.515212   \n",
              "2010-01-05 00:00:00-05:00   6.533175   6.563314   6.492075   6.526477   \n",
              "2010-01-06 00:00:00-05:00   6.526476   6.552354   6.415966   6.422664   \n",
              "2010-01-07 00:00:00-05:00   6.446411   6.454022   6.364213   6.410791   \n",
              "2010-01-08 00:00:00-05:00   6.402267   6.454021   6.364517   6.453412   \n",
              "...                              ...        ...        ...        ...   \n",
              "2019-05-22 00:00:00-04:00  44.920755  45.176180  44.407472  44.463421   \n",
              "2019-05-23 00:00:00-04:00  43.738509  43.918521  43.254416  43.704453   \n",
              "2019-05-24 00:00:00-04:00  43.835806  44.307734  43.451451  43.536594   \n",
              "2019-05-28 00:00:00-04:00  43.524438  43.930685  43.278745  43.356586   \n",
              "2019-05-29 00:00:00-04:00  42.916285  43.629045  42.814116  43.149818   \n",
              "\n",
              "                              Volume  Dividends  Stock Splits  a  \n",
              "Date                                                              \n",
              "2010-01-04 00:00:00-05:00  493729600        0.0           0.0  0  \n",
              "2010-01-05 00:00:00-05:00  601904800        0.0           0.0  0  \n",
              "2010-01-06 00:00:00-05:00  552160000        0.0           0.0  0  \n",
              "2010-01-07 00:00:00-05:00  477131200        0.0           0.0  0  \n",
              "2010-01-08 00:00:00-05:00  447610800        0.0           0.0  0  \n",
              "...                              ...        ...           ... ..  \n",
              "2019-05-22 00:00:00-04:00  118994400        0.0           0.0  0  \n",
              "2019-05-23 00:00:00-04:00  146118800        0.0           0.0  0  \n",
              "2019-05-24 00:00:00-04:00   94858800        0.0           0.0  0  \n",
              "2019-05-28 00:00:00-04:00  111792800        0.0           0.0  0  \n",
              "2019-05-29 00:00:00-04:00  113924800        0.0           0.0  0  \n",
              "\n",
              "[2366 rows x 8 columns]"
            ],
            "text/html": [
              "\n",
              "  <div id=\"df-9301230d-1001-4bf5-8381-800e9b09ac38\">\n",
              "    <div class=\"colab-df-container\">\n",
              "      <div>\n",
              "<style scoped>\n",
              "    .dataframe tbody tr th:only-of-type {\n",
              "        vertical-align: middle;\n",
              "    }\n",
              "\n",
              "    .dataframe tbody tr th {\n",
              "        vertical-align: top;\n",
              "    }\n",
              "\n",
              "    .dataframe thead th {\n",
              "        text-align: right;\n",
              "    }\n",
              "</style>\n",
              "<table border=\"1\" class=\"dataframe\">\n",
              "  <thead>\n",
              "    <tr style=\"text-align: right;\">\n",
              "      <th></th>\n",
              "      <th>Open</th>\n",
              "      <th>High</th>\n",
              "      <th>Low</th>\n",
              "      <th>Close</th>\n",
              "      <th>Volume</th>\n",
              "      <th>Dividends</th>\n",
              "      <th>Stock Splits</th>\n",
              "      <th>a</th>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>Date</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>2010-01-04 00:00:00-05:00</th>\n",
              "      <td>6.497555</td>\n",
              "      <td>6.530129</td>\n",
              "      <td>6.465589</td>\n",
              "      <td>6.515212</td>\n",
              "      <td>493729600</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2010-01-05 00:00:00-05:00</th>\n",
              "      <td>6.533175</td>\n",
              "      <td>6.563314</td>\n",
              "      <td>6.492075</td>\n",
              "      <td>6.526477</td>\n",
              "      <td>601904800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2010-01-06 00:00:00-05:00</th>\n",
              "      <td>6.526476</td>\n",
              "      <td>6.552354</td>\n",
              "      <td>6.415966</td>\n",
              "      <td>6.422664</td>\n",
              "      <td>552160000</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2010-01-07 00:00:00-05:00</th>\n",
              "      <td>6.446411</td>\n",
              "      <td>6.454022</td>\n",
              "      <td>6.364213</td>\n",
              "      <td>6.410791</td>\n",
              "      <td>477131200</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2010-01-08 00:00:00-05:00</th>\n",
              "      <td>6.402267</td>\n",
              "      <td>6.454021</td>\n",
              "      <td>6.364517</td>\n",
              "      <td>6.453412</td>\n",
              "      <td>447610800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>...</th>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "      <td>...</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2019-05-22 00:00:00-04:00</th>\n",
              "      <td>44.920755</td>\n",
              "      <td>45.176180</td>\n",
              "      <td>44.407472</td>\n",
              "      <td>44.463421</td>\n",
              "      <td>118994400</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2019-05-23 00:00:00-04:00</th>\n",
              "      <td>43.738509</td>\n",
              "      <td>43.918521</td>\n",
              "      <td>43.254416</td>\n",
              "      <td>43.704453</td>\n",
              "      <td>146118800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2019-05-24 00:00:00-04:00</th>\n",
              "      <td>43.835806</td>\n",
              "      <td>44.307734</td>\n",
              "      <td>43.451451</td>\n",
              "      <td>43.536594</td>\n",
              "      <td>94858800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2019-05-28 00:00:00-04:00</th>\n",
              "      <td>43.524438</td>\n",
              "      <td>43.930685</td>\n",
              "      <td>43.278745</td>\n",
              "      <td>43.356586</td>\n",
              "      <td>111792800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "    <tr>\n",
              "      <th>2019-05-29 00:00:00-04:00</th>\n",
              "      <td>42.916285</td>\n",
              "      <td>43.629045</td>\n",
              "      <td>42.814116</td>\n",
              "      <td>43.149818</td>\n",
              "      <td>113924800</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0.0</td>\n",
              "      <td>0</td>\n",
              "    </tr>\n",
              "  </tbody>\n",
              "</table>\n",
              "<p>2366 rows × 8 columns</p>\n",
              "</div>\n",
              "      <button class=\"colab-df-convert\" onclick=\"convertToInteractive('df-9301230d-1001-4bf5-8381-800e9b09ac38')\"\n",
              "              title=\"Convert this dataframe to an interactive table.\"\n",
              "              style=\"display:none;\">\n",
              "        \n",
              "  <svg xmlns=\"http://www.w3.org/2000/svg\" height=\"24px\"viewBox=\"0 0 24 24\"\n",
              "       width=\"24px\">\n",
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              "  </svg>\n",
              "      </button>\n",
              "      \n",
              "  <style>\n",
              "    .colab-df-container {\n",
              "      display:flex;\n",
              "      flex-wrap:wrap;\n",
              "      gap: 12px;\n",
              "    }\n",
              "\n",
              "    .colab-df-convert {\n",
              "      background-color: #E8F0FE;\n",
              "      border: none;\n",
              "      border-radius: 50%;\n",
              "      cursor: pointer;\n",
              "      display: none;\n",
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              "      fill: #174EA6;\n",
              "    }\n",
              "\n",
              "    [theme=dark] .colab-df-convert {\n",
              "      background-color: #3B4455;\n",
              "      fill: #D2E3FC;\n",
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              "\n",
              "    [theme=dark] .colab-df-convert:hover {\n",
              "      background-color: #434B5C;\n",
              "      box-shadow: 0px 1px 3px 1px rgba(0, 0, 0, 0.15);\n",
              "      filter: drop-shadow(0px 1px 2px rgba(0, 0, 0, 0.3));\n",
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              "        buttonEl.style.display =\n",
              "          google.colab.kernel.accessAllowed ? 'block' : 'none';\n",
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              "        async function convertToInteractive(key) {\n",
              "          const element = document.querySelector('#df-9301230d-1001-4bf5-8381-800e9b09ac38');\n",
              "          const dataTable =\n",
              "            await google.colab.kernel.invokeFunction('convertToInteractive',\n",
              "                                                     [key], {});\n",
              "          if (!dataTable) return;\n",
              "\n",
              "          const docLinkHtml = 'Like what you see? Visit the ' +\n",
              "            '<a target=\"_blank\" href=https://colab.research.google.com/notebooks/data_table.ipynb>data table notebook</a>'\n",
              "            + ' to learn more about interactive tables.';\n",
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              "    </div>\n",
              "  </div>\n",
              "  "
            ]
          },
          "metadata": {},
          "execution_count": 45
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "for i in range(0,len(df)) :\n",
        "  if i in plt4a1:\n",
        "    df['a'][i] = 1\n",
        "  elif i in plt4b1:\n",
        "    df['a'][i] = -1\n",
        "\n",
        "  \n"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "KHpcnfFFc-gW",
        "outputId": "16da6772-e8c7-479d-be50-e116959861d3"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "stream",
          "name": "stderr",
          "text": [
            "<ipython-input-145-6c60ff4bbfb1>:3: SettingWithCopyWarning:\n",
            "\n",
            "\n",
            "A value is trying to be set on a copy of a slice from a DataFrame\n",
            "\n",
            "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
            "\n",
            "<ipython-input-145-6c60ff4bbfb1>:5: SettingWithCopyWarning:\n",
            "\n",
            "\n",
            "A value is trying to be set on a copy of a slice from a DataFrame\n",
            "\n",
            "See the caveats in the documentation: https://pandas.pydata.org/pandas-docs/stable/user_guide/indexing.html#returning-a-view-versus-a-copy\n",
            "\n"
          ]
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [],
      "metadata": {
        "id": "GhV2UrK6hV6m"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "def profits2(df,price,signal):\n",
        "  bbBuy = []\n",
        "  bbSell = []\n",
        "  bbBuy2 = []\n",
        "  bbSell2 = []\n",
        "  position = False\n",
        "  for i in range(1, len(price)):\n",
        "    if signal[i] ==1:\n",
        "      if position == False :\n",
        "       bbBuy.append(df['Close'][i])\n",
        "       bbBuy2.append(i)\n",
        "       position = True\n",
        "    elif signal[i] == -1:\n",
        "      if position == True :\n",
        "       bbSell.append(df['Close'][i])\n",
        "       bbSell2.append(i)\n",
        "       position = False\n",
        "  n = min(len(bbBuy),len(bbSell))\n",
        "  profitsrel = []\n",
        "  for i in range(0,n):\n",
        "    profits = (bbSell[i]-bbBuy[i])*100/(bbBuy[i]+bbSell[i])\n",
        "    profitsrel.append(profits)\n",
        "  return profitsrel,bbBuy2,bbSell2\n",
        "\n",
        "\n",
        "\n",
        "                \n",
        "              \n"
      ],
      "metadata": {
        "id": "rfHxbH3_0Y7a"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "profitsg1 , buy , sell = profits2(df,df['Close'],df['a'])"
      ],
      "metadata": {
        "id": "VLQkUbdRaEE2"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "profitsg1"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "tC1xL--jbBfU",
        "outputId": "678b0d94-778e-4397-f701-7a69ae8c67f4"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "[6.663221122748453,\n",
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              " 2.15573891946466,\n",
              " 5.010140462009343,\n",
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              " 0.4332086716074426,\n",
              " -0.17204033994714482]"
            ]
          },
          "metadata": {},
          "execution_count": 148
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "close = df['Close'].values\n",
        "dates = df.index\n",
        "\n",
        "plt.figure(figsize=(15, 8))\n",
        "plt.plot(df['Close'])\n",
        "for i in buy:\n",
        " plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'g')\n",
        "for i in sell:\n",
        "  plt.scatter(df.index[i], df['Close'][i],marker='^',color = 'r')"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/",
          "height": 483
        },
        "id": "IVt_Hn06Z2Nb",
        "outputId": "8a5fe409-fef6-4160-88a8-ca1be7e8fb46"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "display_data",
          "data": {
            "text/plain": [
              "<Figure size 1080x576 with 1 Axes>"
            ],
            "image/png": 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\n"
          },
          "metadata": {
            "needs_background": "light"
          }
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [
        "capital = [100000]\n",
        "for i in range(1,len(profitsg1)):\n",
        "      capital.append(capital[i-1]*(1+(profitsg1[i]/100)))"
      ],
      "metadata": {
        "id": "pPl1VCJjTXDo"
      },
      "execution_count": null,
      "outputs": []
    },
    {
      "cell_type": "code",
      "source": [
        "capital"
      ],
      "metadata": {
        "colab": {
          "base_uri": "https://localhost:8080/"
        },
        "id": "XKyagDRhPIwE",
        "outputId": "7ff3a54f-3b9b-4070-c11f-b9b91d63956a"
      },
      "execution_count": null,
      "outputs": [
        {
          "output_type": "execute_result",
          "data": {
            "text/plain": [
              "[100000,\n",
              " 101203.67717188003,\n",
              " 102111.22708975537,\n",
              " 101922.88526361951,\n",
              " 102364.59595323277,\n",
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              " 108518.19566455556,\n",
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              " 120638.57834959184,\n",
              " 122436.83954097547,\n",
              " 120714.52913127863,\n",
              " 120883.98467888638,\n",
              " 116695.18429962236,\n",
              " 114900.56605898579,\n",
              " 115195.02306487547,\n",
              " 125310.18950489967,\n",
              " 125853.0441122426,\n",
              " 125636.52610731807]"
            ]
          },
          "metadata": {},
          "execution_count": 151
        }
      ]
    },
    {
      "cell_type": "code",
      "source": [],
      "metadata": {
        "id": "ikxQ7zOJRxWF"
      },
      "execution_count": null,
      "outputs": []
    }
  ]
}