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SimulationCore2
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Simulation Core
選択できるのは25トピックまでです。 トピックは、先頭が英数字で、英数字とダッシュ('-')を使用した35文字以内のものにしてください。
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SimulationCore2/helper.ipynb

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  1. {

  2.  "cells": [

  3.   {

  4.    "cell_type": "code",

  5.    "execution_count": 5,

  6.    "metadata": {},

  7.    "outputs": [

  8.     {

  9.      "name": "stdout",

  10.      "output_type": "stream",

  11.      "text": [

  12.       "{\"BitType\":0,\n",

  13.       "\"BitSize\":0,\n",

  14.       "\"BitCodeHundreds\":0,\n",

  15.       "\"BitCodeTens\":0,\n",

  16.       "\"BitCodeOnes\":0,\n",

  17.       "\"BitNozzleSize\":0,\n",

  18.       "\"BitLength\":0,\n",

  19.       "\"BitWeightPerLength\":0,\n",

  20.       "\"BitNozzleNo\":0,\n",

  21.       "\"FloatValve\":0,\n",

  22.       "\n"

  23.      ]

  24.     }

  25.    ],

  26.    "source": [

  27.     "input = open(\"Text1.txt\")\n",

  28.     "output = \"{\"\n",

  29.     "lines = input.readlines()\n",

  30.     "for line in lines:\n",

  31.     "    name =  line.split(\"::\")[-1].strip()\n",

  32.     "    type = line.split(\"::\")[0].strip()\n",

  33.     "    output += f\"\\\"{name}\\\":0,\\n\" \n",

  34.     "    # name = line.split(\"%\")[-1][:-1]\n",

  35.     "    # print(name)\n",

  36.     "print(output+\"}\")\n"

  37.    ]

  38.   },

  39.   {

  40.    "cell_type": "code",

  41.    "execution_count": 4,

  42.    "metadata": {},

  43.    "outputs": [

  44.     {

  45.      "name": "stdout",

  46.      "output_type": "stream",

  47.      "text": [

  48.       "call json%add(p,\"ActiveMudType\",data%Configuration%Mud%ActiveMudType)\n",

  49.       "call json%add(p,\"ActiveRheologyModel\",data%Configuration%Mud%ActiveRheologyModel)\n",

  50.       "call json%add(p,\"ActiveMudVolume\",data%Configuration%Mud%ActiveMudVolume)\n",

  51.       "call json%add(p,\"ActiveMudVolumeGal\",data%Configuration%Mud%ActiveMudVolumeGal)\n",

  52.       "call json%add(p,\"ActiveDensity\",data%Configuration%Mud%ActiveDensity)\n",

  53.       "call json%add(p,\"ActivePlasticViscosity\",data%Configuration%Mud%ActivePlasticViscosity)\n",

  54.       "call json%add(p,\"ActiveYieldPoint\",data%Configuration%Mud%ActiveYieldPoint)\n",

  55.       "call json%add(p,\"ActiveThetaThreeHundred\",data%Configuration%Mud%ActiveThetaThreeHundred)\n",

  56.       "call json%add(p,\"ActiveThetaSixHundred\",data%Configuration%Mud%ActiveThetaSixHundred)\n",

  57.       "call json%add(p,\"ReserveMudType\",data%Configuration%Mud%ReserveMudType)\n",

  58.       "call json%add(p,\"ReserveMudVolume\",data%Configuration%Mud%ReserveMudVolume)\n",

  59.       "call json%add(p,\"ReserveMudVolumeGal\",data%Configuration%Mud%ReserveMudVolumeGal)\n",

  60.       "call json%add(p,\"ReserveDensity\",data%Configuration%Mud%ReserveDensity)\n",

  61.       "call json%add(p,\"ReservePlasticViscosity\",data%Configuration%Mud%ReservePlasticViscosity)\n",

  62.       "call json%add(p,\"ReserveYieldPoint\",data%Configuration%Mud%ReserveYieldPoint)\n",

  63.       "call json%add(p,\"ReserveThetaThreeHundred\",data%Configuration%Mud%ReserveThetaThreeHundred)\n",

  64.       "call json%add(p,\"ReserveThetaSixHundred\",data%Configuration%Mud%ReserveThetaSixHundred)\n",

  65.       "call json%add(p,\"ActiveTotalTankCapacity\",data%Configuration%Mud%ActiveTotalTankCapacity)\n",

  66.       "call json%add(p,\"ActiveTotalTankCapacityGal\",data%Configuration%Mud%ActiveTotalTankCapacityGal)\n",

  67.       "call json%add(p,\"ActiveSettledContents\",data%Configuration%Mud%ActiveSettledContents)\n",

  68.       "call json%add(p,\"ActiveSettledContentsGal\",data%Configuration%Mud%ActiveSettledContentsGal)\n",

  69.       "call json%add(p,\"ActiveTotalContents\",data%Configuration%Mud%ActiveTotalContents)\n",

  70.       "call json%add(p,\"ActiveTotalContentsGal\",data%Configuration%Mud%ActiveTotalContentsGal)\n",

  71.       "call json%add(p,\"ActiveAutoDensity\",data%Configuration%Mud%ActiveAutoDensity)\n",

  72.       "call json%add(p,\"InitialTripTankMudVolume\",data%Configuration%Mud%InitialTripTankMudVolume)\n",

  73.       "call json%add(p,\"InitialTripTankMudVolumeGal\",data%Configuration%Mud%InitialTripTankMudVolumeGal)\n",

  74.       "call json%add(p,\"PedalFlowMeter\",data%Configuration%Mud%PedalFlowMeter)\n"

  75.      ]

  76.     }

  77.    ],

  78.    "source": [

  79.     "precode = \"\"\"call json%add(p,\"\",data%Configuration%Mud%\"\"\"\n",

  80.     "input = open(\"Text1.txt\")\n",

  81.     "lines = input.readlines()\n",

  82.     "for line in lines:\n",

  83.     "    name =  line.split(\"::\")[-1].strip()\n",

  84.     "    icoute = precode.index(\"\\\"\")+1\n",

  85.     "    # name = line.split(\"%\")[-1][:-1]\n",

  86.     "    # print(name)\n",

  87.     "    newline = precode[:icoute]+name+precode[icoute:]+name+\")\"\n",

  88.     "    print(newline)\n"

  89.    ]

  90.   },

  91.   {

  92.    "cell_type": "code",

  93.    "execution_count": 3,

  94.    "metadata": {},

  95.    "outputs": [

  96.     {

  97.      "name": "stdout",

  98.      "output_type": "stream",

  99.      "text": [

  100.       "\tGeo/GeoMain.f90 \\\n",

  101.       "\n"

  102.      ]

  103.     }

  104.    ],

  105.    "source": [

  106.     "##Replace space with _ in filenames and list them for put them in makefile\n",

  107.     "import os\n",

  108.     "dir = 'Geo'\n",

  109.     "files = os.listdir(dir)\n",

  110.     "fstring = ''\n",

  111.     "for f in files:\n",

  112.     "    if f.endswith('90'):\n",

  113.     "        newf = f.replace(' ','_')\n",

  114.     "        os.rename(os.path.join(dir,f),os.path.join(dir,newf))\n",

  115.     "        if newf.lower().endswith('variables.f90'):\n",

  116.     "            fstring = '\\t'+os.path.join(dir,newf).replace('\\\\','/') +' \\\\\\n' + fstring\n",

  117.     "        else:\n",

  118.     "            fstring = fstring + '\\t'+os.path.join(dir,newf).replace('\\\\','/') +' \\\\\\n'\n",

  119.     "\n",

  120.     "print(fstring)"

  121.    ]

  122.   },

  123.   {

  124.    "attachments": {},

  125.    "cell_type": "markdown",

  126.    "metadata": {},

  127.    "source": [

  128.     "## Extract variable names from definition lines"

  129.    ]

  130.   },

  131.   {

  132.    "cell_type": "code",

  133.    "execution_count": 1,

  134.    "metadata": {},

  135.    "outputs": [],

  136.    "source": [

  137.     "# %pwd\n",

  138.     "lines = input(\"Enter lines:\").split(\"    \")\n",

  139.     "lines = [l.strip() for l in lines if len(l.strip())>0]\n",

  140.     "vars = []\n",

  141.     "for l in lines:\n",

  142.     "    if '::' in l:\n",

  143.     "        vars.append(l.split('::')[1].strip())"

  144.    ]

  145.   },

  146.   {

  147.    "cell_type": "code",

  148.    "execution_count": 8,

  149.    "metadata": {},

  150.    "outputs": [

  151.     {

  152.      "data": {

  153.       "text/plain": [

  154.        "'abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ'"

  155.       ]

  156.      },

  157.      "execution_count": 8,

  158.      "metadata": {},

  159.      "output_type": "execute_result"

  160.     }

  161.    ],

  162.    "source": [

  163.     "import string\n",

  164.     "string.ascii_letters"

  165.    ]

  166.   },

  167.   {

  168.    "cell_type": "code",

  169.    "execution_count": 9,

  170.    "metadata": {},

  171.    "outputs": [

  172.     {

  173.      "name": "stdout",

  174.      "output_type": "stream",

  175.      "text": [

  176.       "var: AnnularRegulatorSetControl\n",

  177.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  178.       "Char before:  \n",

  179.       "Char after: \n",

  180.       "\n",

  181.       "var: AirMasterValve\n",

  182.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  183.       "Char before:  \n",

  184.       "Char after: \n",

  185.       "\n",

  186.       "var: ByePassValve\n",

  187.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  188.       "Char before:  \n",

  189.       "Char after: \n",

  190.       "\n",

  191.       "var: AnnularValve\n",

  192.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  193.       "Char before:  \n",

  194.       "Char after: \n",

  195.       "\n",

  196.       "var: UpperRamsValve\n",

  197.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  198.       "Char before:  \n",

  199.       "Char after: \n",

  200.       "\n",

  201.       "var: MiddleRamsValve\n",

  202.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  203.       "Char before:  \n",

  204.       "Char after: \n",

  205.       "\n",

  206.       "var: KillLineValve\n",

  207.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  208.       "Char before:  \n",

  209.       "Char after: \n",

  210.       "\n",

  211.       "var: ChokeLineValve\n",

  212.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  213.       "Char before:  \n",

  214.       "Char after: \n",

  215.       "\n",

  216.       "var: LowerRamsValve\n",

  217.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  218.       "Char before:  \n",

  219.       "Char after: \n",

  220.       "\n",

  221.       "var: ManifoldPressureGauge\n",

  222.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  223.       "Char before:  \n",

  224.       "Char after: \n",

  225.       "\n",

  226.       "var: AirSupplyPressureGauge\n",

  227.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  228.       "Char before:  \n",

  229.       "Char after: \n",

  230.       "\n",

  231.       "var: AccumulatorPressureGauge\n",

  232.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  233.       "Char before:  \n",

  234.       "Char after: \n",

  235.       "\n",

  236.       "var: AnnularPressureGauge\n",

  237.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  238.       "Char before:  \n",

  239.       "Char after: \n",

  240.       "\n",

  241.       "var: AnnularOpenLED\n",

  242.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  243.       "Char before:  \n",

  244.       "Char after: \n",

  245.       "\n",

  246.       "var: AnnularCloseLED\n",

  247.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  248.       "Char before:  \n",

  249.       "Char after: \n",

  250.       "\n",

  251.       "var: UpperRamsOpenLED\n",

  252.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  253.       "Char before:  \n",

  254.       "Char after: \n",

  255.       "\n",

  256.       "var: UpperRamsCloseLED\n",

  257.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  258.       "Char before:  \n",

  259.       "Char after: \n",

  260.       "\n",

  261.       "var: MiddleRamsOpenLED\n",

  262.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  263.       "Char before:  \n",

  264.       "Char after: \n",

  265.       "\n",

  266.       "var: MiddleRamsCloseLED\n",

  267.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  268.       "Char before:  \n",

  269.       "Char after: \n",

  270.       "\n",

  271.       "var: KillLineOpenLED\n",

  272.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  273.       "Char before:  \n",

  274.       "Char after: \n",

  275.       "\n",

  276.       "var: KillLineCloseLED\n",

  277.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  278.       "Char before:  \n",

  279.       "Char after: \n",

  280.       "\n",

  281.       "var: ChokeLineOpenLED\n",

  282.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  283.       "Char before:  \n",

  284.       "Char after: \n",

  285.       "\n",

  286.       "var: ChokeLineCloseLED\n",

  287.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  288.       "Char before:  \n",

  289.       "Char after: \n",

  290.       "\n",

  291.       "var: LowerRamsOpenLED\n",

  292.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  293.       "Char before:  \n",

  294.       "Char after: \n",

  295.       "\n",

  296.       "var: LowerRamsCloseLED\n",

  297.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  298.       "Char before:  \n",

  299.       "Char after: \n",

  300.       "\n",

  301.       "var: AnnularStatus\n",

  302.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  303.       "Char before:  \n",

  304.       "Char after: \n",

  305.       "\n",

  306.       "var: UpperRamsStatus\n",

  307.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  308.       "Char before:  \n",

  309.       "Char after: \n",

  310.       "\n",

  311.       "var: MiddleRamsStatus\n",

  312.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  313.       "Char before:  \n",

  314.       "Char after: \n",

  315.       "\n",

  316.       "var: LowerRamsStatus\n",

  317.       "file = .\\CSharp\\Equipments\\ControlPanels\\CBopControlPanelVariables.f90\n",

  318.       "Char before:  \n",

  319.       "Char after: \n",

  320.       "\n"

  321.      ]

  322.     }

  323.    ],

  324.    "source": [

  325.     "import os\n",

  326.     "import sys\n",

  327.     "import re\n",

  328.     "dir = '.'\n",

  329.     "varNameChars = string.ascii_letters + '_'\n",

  330.     "log = open(os.path.join(dir,'ReplaceVars.log',),'a')\n",

  331.     "end=False\n",

  332.     "for dir,subdirs,files in os.walk(dir):\n",

  333.     "    for filename in files:\n",

  334.     "        if filename.lower().endswith('.f90'):\n",

  335.     "            # print(filename)\n",

  336.     "            file = open(os.path.join(dir,filename))\n",

  337.     "            code = file.read()\n",

  338.     "            for var in vars:\n",

  339.     "                if var not in code:\n",

  340.     "                    continue\n",

  341.     "                occurs = [m.start() for m in re.finditer(var, code)]\n",

  342.     "                for occurance in occurs:\n",

  343.     "                    if code[occurs[0]-1] in varNameChars or code[occurs[0]+len(var)] in varNameChars:\n",

  344.     "                        continue\n",

  345.     "                    print(f\"var: {var}\")\n",

  346.     "                    print(f\"file = {os.path.join(dir,filename)}\")\n",

  347.     "                    print(f\"Char before: {code[occurs[0]-1]}\")\n",

  348.     "                    print(f\"Char after: {code[occurs[0]+len(var)]}\")\n",

  349.     "                    end = True\n",

  350.     "    if end:\n",

  351.     "        break"

  352.    ]

  353.   },

  354.   {

  355.    "cell_type": "code",

  356.    "execution_count": 9,

  357.    "metadata": {},

  358.    "outputs": [

  359.     {

  360.      "name": "stdout",

  361.      "output_type": "stream",

  362.      "text": [

  363.       "State\n",

  364.       "Hoisting\n",

  365.       "OperationScenario\n",

  366.       "notifications\n",

  367.       "permissions\n",

  368.       "unitySignals\n",

  369.       "StudentStation\n",

  370.       "BopStackInput\n",

  371.       "BopStackAcc\n",

  372.       "RamLine\n",

  373.       "AnnularComputational\n",

  374.       "Annular\n",

  375.       "PipeRam1\n",

  376.       "ShearRam\n",

  377.       "PipeRam2\n",

  378.       "ChokeLine\n",

  379.       "KillLine\n",

  380.       "Pumps\n",

  381.       "RAM\n",

  382.       "RAMS\n",

  383.       "Choke\n",

  384.       "AirDrivenPump\n",

  385.       "AirPumpLine\n",

  386.       "CHOOKE\n",

  387.       "Drawworks\n",

  388.       "MudSystem\n",

  389.       "MUD\n",

  390.       "PUMP\n",

  391.       "RTable\n",

  392.       "TDS\n",

  393.       "GasType(3)\n",

  394.       "PressureDisplay\n",

  395.       "ObservationPoint(:)\n",

  396.       "FricPressDrop\n",

  397.       "ROP_Spec\n",

  398.       "ROP_Bit\n",

  399.       "TDGeo\n",

  400.       "F_String(:)\n",

  401.       "F_Counts\n",

  402.       "F_Interval(:)\n",

  403.       "OD_Annulus(4)\n",

  404.       "TD_DrillStem\n",

  405.       "TD_DrillStems\n",

  406.       "TD_String\n",

  407.       "TD_Count\n",

  408.       "G_StringElement\n",

  409.       "TD_Vol\n",

  410.       "TD_General\n",

  411.       "TD_BOP\n",

  412.       "TD_BOPElement(4)\n",

  413.       "TD_StConn\n",

  414.       "TD_Load\n",

  415.       "TD_WellEl\n",

  416.       "TD_Casing\n",

  417.       "data%State%TD_Liner\n",

  418.       "TD_OpenHole\n",

  419.       "TD_ROPHole\n",

  420.       "TD_WellGeneral\n",

  421.       "TD_WellGeo(:)\n",

  422.       "EquipmentControl\n",

  423.       "BopControlPanel\n",

  424.       "ChokeControlPanel\n",

  425.       "ChokeManifold\n",

  426.       "DataDisplayConsole\n",

  427.       "DrillingConsole\n",

  428.       "Hook\n",

  429.       "StandPipeManifold\n",

  430.       "TopDrivePanel\n",

  431.       "DrillingWatch\n",

  432.       "Tank\n",

  433.       "Configuration\n",

  434.       "StringConfiguration\n",

  435.       "Formation\n",

  436.       "Reservoir\n",

  437.       "Shoe\n",

  438.       "Accumulator\n",

  439.       "BopStackSpecification\n",

  440.       "Hoisting\n",

  441.       "Power\n",

  442.       "PumpsSpecification\n",

  443.       "RigSize\n",

  444.       "CasingLinerChoke\n",

  445.       "PathGeneration\n",

  446.       "WellSurveyData\n",

  447.       "MudProperties\n",

  448.       "problems\n",

  449.       "BitProblems\n",

  450.       "BopProblems\n",

  451.       "ChokeProblems\n",

  452.       "DrillStemProblems\n",

  453.       "GaugesProblems\n",

  454.       "HoistingProblems\n",

  455.       "KickProblems\n",

  456.       "LostProblems\n",

  457.       "MudTreatmentProblems\n",

  458.       "OtherProblems\n",

  459.       "PumpProblems\n",

  460.       "RotaryProblems\n"

  461.      ]

  462.     },

  463.     {

  464.      "ename": "IndexError",

  465.      "evalue": "list index out of range",

  466.      "output_type": "error",

  467.      "traceback": [

  468.       "\u001b[1;31m---------------------------------------------------------------------------\u001b[0m",

  469.       "\u001b[1;31mIndexError\u001b[0m                                Traceback (most recent call last)",

  470.       "\u001b[1;32mc:\\Projects\\VSIM\\SimulationCore2\\helper.ipynb Cell 6\u001b[0m in \u001b[0;36m<cell line: 3>\u001b[1;34m()\u001b[0m\n\u001b[0;32m      <a href='vscode-notebook-cell:/c%3A/Projects/VSIM/SimulationCore2/helper.ipynb#W5sZmlsZQ%3D%3D?line=5'>6</a>\u001b[0m     nsp\u001b[39m+\u001b[39m\u001b[39m=\u001b[39m\u001b[39m1\u001b[39m\n\u001b[0;32m      <a href='vscode-notebook-cell:/c%3A/Projects/VSIM/SimulationCore2/helper.ipynb#W5sZmlsZQ%3D%3D?line=6'>7</a>\u001b[0m splits \u001b[39m=\u001b[39m line\u001b[39m.\u001b[39msplit(\u001b[39m\"\u001b[39m\u001b[39m::\u001b[39m\u001b[39m\"\u001b[39m)\n\u001b[1;32m----> <a href='vscode-notebook-cell:/c%3A/Projects/VSIM/SimulationCore2/helper.ipynb#W5sZmlsZQ%3D%3D?line=7'>8</a>\u001b[0m \u001b[39mprint\u001b[39m(splits[\u001b[39m1\u001b[39;49m]\u001b[39m.\u001b[39mstrip())\n",

  471.       "\u001b[1;31mIndexError\u001b[0m: list index out of range"

  472.      ]

  473.     }

  474.    ],

  475.    "source": [

  476.     "f = open(\"hier.txt\")\n",

  477.     "lines = f.readlines()\n",

  478.     "for line in lines[1:]:\n",

  479.     "    nsp=0\n",

  480.     "    while line[nsp]==' ':\n",

  481.     "        nsp+=1\n",

  482.     "    splits = line.split(\"::\")\n",

  483.     "    print(splits[1].strip())"

  484.    ]

  485.   },

  486.   {

  487.    "cell_type": "code",

  488.    "execution_count": 4,

  489.    "metadata": {},

  490.    "outputs": [

  491.     {

  492.      "data": {

  493.       "text/plain": [

  494.        "'type SimulationDataType     type(SimulationStateType)::State         Type(HoistingType)::Hoisting         type(OperationScenarioType)::OperationScenario         type(NotificationType)::notifications         type(PermissionsType):: permissions         type(UnitySignalsType):: unitySignals         type(StudentStationType)::StudentStation         type(BopStackInputType)::BopStackInput         type(BopStackAccType)::BopStackAcc         type(RamLineType)::RamLine         type(AnnularComputationalType)::AnnularComputational         type(AnnularType)::Annular         type(PipeRams1Type)::PipeRam1         type(ShearRamType)::ShearRam         type(PipeRam2Type)::PipeRam2         type(ChokeLineType)::ChokeLine         type(KillLineType)::KillLine         type(PumpsType)::Pumps         TYPE(BOP_TypeVars), DIMENSION(1:6) :: RAM         TYPE(BOP_TypeVars2D) :: RAMS                 type(ChokeType)::Choke         type(AirDrivenPumpType)::AirDrivenPump         type(AirPumpLineType)::AirPumpLine         TYPE(CHOKE_TypeVars), DIMENSION(1:2) :: CHOOKE         TYPE(Drawworks_Var) :: Drawworks         type(MudSystemType)::MudSystem             TYPE(MUD_TypeVars), DIMENSION(1:10) :: MUD           TYPE(Pump_Var), DIMENSION(1:3) :: PUMP         TYPE(RTable_Var) :: RTable         TYPE(TDS_Var) :: TDS         TYPE(GasData) :: GasType(3)         ! 1 = methane   ,   2 = Hydrogen sulfide   ,   3 = Carbon dioxid         TYPE(PressureDisplayVARIABLESTYPE) :: PressureDisplay         TYPE(ObservationAndGaugePointsInformations) , ALLOCATABLE :: ObservationPoint(:)         TYPE(FricPressDropVarsTYPE) :: FricPressDrop         TYPE(ROPSpecificationInfo) :: ROP_Spec         TYPE(ROPInfo) :: ROP_Bit         TYPE(Geo_Data) :: TDGeo         TYPE(F_StringData) , Allocatable :: F_String(:)         TYPE(F_IntervalsCountsData):: F_Counts         TYPE(F_IntervalData) , Allocatable :: F_Interval(:)         TYPE(OD_AnnulusData) :: OD_Annulus(4)             TYPE(TD_DrillStemInfo), ALLOCATABLE, DIMENSION(:) :: TD_DrillStem         TYPE(TD_SeparatedDrillStemInfo), ALLOCATABLE, DIMENSION(:) :: TD_DrillStems         TYPE(TD_StringInfo) :: TD_String         TYPE(TD_AddRemoveInfo) :: TD_Count         TYPE(CStringComponents), ALLOCATABLE, DIMENSION(:) :: G_StringElement         TYPE(TD_RemovedVolumeInfo) :: TD_Vol         TYPE(TD_GeneralInfo) :: TD_General         TYPE(TD_BOPInfo) :: TD_BOP         TYPE(CBopElement) :: TD_BOPElement(4)         TYPE(TD_StringconnectionInfo) :: TD_StConn         TYPE(TD_LoadInfo) :: TD_Load         TYPE(TD_WellElementsInfo) :: TD_WellEl         TYPE(TD_CasingInfo), ALLOCATABLE, DIMENSION(:) :: TD_Casing         TYPE(TD_LinerInfo), ALLOCATABLE, DIMENSION(:)  :: data%State%TD_Liner         TYPE(TD_OpenHoleInfo), ALLOCATABLE, DIMENSION(:) :: TD_OpenHole         TYPE(TD_ROPHoleInfo), ALLOCATABLE, DIMENSION(:) :: TD_ROPHole         TYPE(TD_WellGeneralInfo) :: TD_WellGeneral         TYPE(TD_WellGeometryData), Allocatable :: TD_WellGeo(:)     type(EquipmentControlType)::EquipmentControl         type(BopControlPanelType) :: BopControlPanel         Type(ChokeControlPanelType)::ChokeControlPanel         Type(ChokeManifoldType)::ChokeManifold         Type(DataDisplayConsoleType) :: DataDisplayConsole         TYPE(DrillingConsoleType) :: DrillingConsole         Type(HookType)::Hook         type(StandPipeManifoldType)::StandPipeManifold         Type(TopDrivePanelType)::TopDrivePanel         Type(DrillingWatchType)::DrillingWatch         Type(TankType)::Tank     type(ConfigurationType)::Configuration         Type(StringConfigurationType)::StringConfiguration         Type(FormationType) :: Formation         Type(ReservoirType)::Reservoir         Type(ShoeType)::Shoe         Type(AccumulatorType)::Accumulator         Type(BopStackSpecificationType)::BopStackSpecification         Type(HoistingType)::Hoisting         Type(PowerType)::Power         Type(PumpSpecificationType)::PumpsSpecification         Type(RigSizeType)::RigSize         Type(CasingLinerChokeType)::CasingLinerChoke         Type(PathGenerationType)::PathGeneration         Type(WellSurveyDataType)::WellSurveyData         Type(MudPropertiesType)::MudProperties     type(ProblemsType)::problems         type(BitProblemsType)::BitProblems         type(BopProblemsType)::BopProblems         type(ChokeProblemsType)::ChokeProblems         type(DrillStemProblemsType)::DrillStemProblems         type(GaugesProblemsType)::GaugesProblems         type(HoistingProblemsType):: HoistingProblems         type(KickProblemsType)::KickProblems         type(LostProblemsType)::LostProblems         type(MudTreatmentProblemsType)::MudTreatmentProblems         type(OtherProblemsType)::OtherProblems             type(PumpProblemsType)::PumpProblems         type(RotaryProblemsType)::RotaryProblems      end type SimulationDataType'"

  495.       ]

  496.      },

  497.      "execution_count": 4,

  498.      "metadata": {},

  499.      "output_type": "execute_result"

  500.     }

  501.    ],

  502.    "source": [

  503.     "line"

  504.    ]

  505.   },

  506.   {

  507.    "cell_type": "code",

  508.    "execution_count": null,

  509.    "metadata": {},

  510.    "outputs": [],

  511.    "source": [

  512.     "for fn in modules:\n",

  513.     "    f = open(fn)\n",

  514.     "    lines = f.readlines()\n",

  515.     "    module_filenames = {}\n",

  516.     "    used_modules = []\n",

  517.     "    mod_count = 0\n",

  518.     "    for l in lines:\n",

  519.     "        l = l.strip().lower()\n",

  520.     "        if l.startswith('module ') and not l.startswith('module procedure '):\n",

  521.     "            mod_name = l.split(' ')[1]\n",

  522.     "            module_filenames[mod_name] = fn\n",

  523.     "            mod_count +=1\n",

  524.     "        if l.startswith('use'):\n",

  525.     "            used_modules.append(l.split(' ')[1])\n",

  526.     "    if mod_count !=1:\n",

  527.     "        print(f\"{fn} has {mod_count} modules\")\n",

  528.     "    module_filenames,used_modules"

  529.    ]

  530.   }

  531.  ],

  532.  "metadata": {

  533.   "kernelspec": {

  534.    "display_name": "base",

  535.    "language": "python",

  536.    "name": "python3"

  537.   },

  538.   "language_info": {

  539.    "codemirror_mode": {

  540.     "name": "ipython",

  541.     "version": 3

  542.    },

  543.    "file_extension": ".py",

  544.    "mimetype": "text/x-python",

  545.    "name": "python",

  546.    "nbconvert_exporter": "python",

  547.    "pygments_lexer": "ipython3",

  548.    "version": "3.9.12"

  549.   },

  550.   "orig_nbformat": 4,

  551.   "vscode": {

  552.    "interpreter": {

  553.     "hash": "1ef4a26de7183d96d6da1045a38581e0a15b2215d0c1b98c7b273c6e514c6c7e"

  554.    }

  555.   }

  556.  },

  557.  "nbformat": 4,

  558.  "nbformat_minor": 2

  559. }