ORACC Reader.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "import json, pprint\n",
    "from oracc_reader import ORACC_text_reader"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "o \n",
      "o 1 𒁹 𒀸 𒌗𒉈 𒀭𒅎 𒅗𒋙 𒊒𒈠\n",
      "    1 ina {iti}NE {d}IM GU₃-šu₂ ŠUB-ma\n",
      "    1 ina Abi Adad rigimšu iddīma\n",
      "o 2 𒌓 𒋙 𒀭 𒋩𒉣 𒉏𒄈 𒅁𒍮\n",
      "    UD ŠU₂ AN ŠUR-nun NIM.GIR₂ ib-riq₂\n",
      "    ūmu erpi šamû iznun birqu ibriq\n",
      "o 3 𒀀𒈨𒌍 𒀸 𒅂 𒇲𒈨𒌍\n",
      "    A-MEŠ ina IDIM LA₂-MEŠ\n",
      "    mê ina nagbi imaṭṭû\n",
      "o 4 𒁹 𒀸 𒌓 𒆷 𒅕𒁉 𒀭𒅎 𒄑𒋛\n",
      "    1 ina UD la er-pi₂ {d}IM is-si\n",
      "    1 ina ūme lā erpi Adad issi\n",
      "o 5 𒁕𒌝𒈠𒌅 𒆠𒈫 𒋢𒅥 𒀸 𒆳 𒅅\n",
      "    da-um-ma-tu KI.MIN SU.KU₂ ina KUR GAL₂\n",
      "    daʾummatu KI.MIN bubūtu ina māti ibašši\n",
      "o 6 𒀸 𒌋𒅗 𒆷 𒂅𒌒 𒍜 𒀭𒉌𒄿\n",
      "    ina UGU la ṭu-ub UZU an-ni-i\n",
      "    ina muhhi lā ṭūb šīri annî\n",
      "o 7 𒈗 𒁁𒉌 𒋬 𒊮𒁉𒋙 𒆷 𒄿𒁕𒁍𒌒\n",
      "    LUGAL be-li₂ TA@v ŠA₃-bi-šu₂ la i-da-bu-ub\n",
      "    šarru bēlī issi libbīšu lā idabbub\n",
      "o 8 𒄯𒍮 𒈬𒀭𒈾 𒋗𒌑\n",
      "    mur-ṣu MU.AN.NA šu-u₂\n",
      "    murṣu šattu šû\n",
      "o 9 𒌦𒈨𒌍 𒄠𒈥 𒈥𒍮𒌋𒉌\n",
      "    UN-MEŠ am-mar mar-ṣu-u-ni\n",
      "    nišē ammar marṣūni\n",
      "o 10 𒃮𒁍 𒂄𒈬\n",
      "     gab-bu šul-mu\n",
      "     gabbu šulmu\n",
      "o 11 𒌅𒊏𒈠 𒈗 𒁁𒉌\n",
      "     tu-ra-ma LUGAL be-li₂\n",
      "     tūrāma šarru bēlī\n",
      "o 12 𒊭 𒉺𒈛 𒀭𒈨𒌍 𒋗𒌅𒌋𒉌\n",
      "     ša pa-lih₃ DINGIR-MEŠ šu-tu-u-ni\n",
      "     ša pālih ilāni šūtūni\n",
      "o 13 𒌓𒈬 𒅇 𒈬𒋙 𒀭𒈨𒌍 𒌑𒉌𒇻𒌋𒉌\n",
      "     UD-mu u₃ mu-šu₂ DINGIR-MEŠ u₂-ṣal-lu-u-ni\n",
      "     ūmu u mūšu ilāni uṣallûni\n",
      "r \n",
      "r 1 𒆤𒌅𒌑 𒈨𒈨𒉌\n",
      "    kit-tu-u₂ me-me-ni\n",
      "    kittû memmēni\n",
      "r 2 𒀀𒈾 𒈗 𒂗𒅀 𒅇 𒆰𒋙 𒅋𒆷𒅗\n",
      "    a-na LUGAL EN-ia u₃ NUMUN-šu₂ il-la-ka\n",
      "    ana šarri bēlīya u zarʾīšu[seed(s)]N illāka\n",
      "r 3 𒄿𒇻𒌓𒌅 𒀀𒋓𒌓\n",
      "    i-lu-ut-tu a-šir-tu₂\n",
      "    iluttu aširtu\n",
      "r 4 𒁲𒂊𒄿𒆥\n",
      "    de-e-i-qi\n",
      "    deʾīqi\n",
      "r 5 𒋗𒌑 𒆠𒄿 𒀭𒉌𒄿 𒋡𒀀𒁉\n",
      "    šu-u₂ ki-i an-ni-i qa-a-bi\n",
      "    šû kî annî qābi\n",
      "r 6 𒈠𒃲 𒀀𒊺𒅕 𒌓𒈨𒌍𒋙 𒆸𒁕𒈨𒌍\n",
      "    ma-gal a-še-er UD-MEŠ-šu₂ LUGUD₂.DA-MEŠ\n",
      "    magal ašer ūmēšu kurûti\n",
      "r 7 𒅎𒁕𒈾𒊏𒊍 𒌓𒈨𒌍𒋙 𒁍𒁕𒈨𒌍\n",
      "    im-da-na-ra-aṣ UD-MEŠ-šu₂ GID₂.DA-MEŠ\n",
      "    imdanarraṣ ūmēšu arkūti\n",
      "r 8 𒊭 𒁹𒀭𒌋𒐊𒈬𒄰𒌍\n",
      "    ša {1}{d}15--MU-KAM-eš\n",
      "    ša Issar-šumu-ereš\n"
     ]
    }
   ],
   "source": [
    "with open('P336558.json') as f:\n",
    "    json_text = f.read()\n",
    "tr = ORACC_text_reader(json_text)\n",
    "for c, t, n in zip(tr.output_cuneiform(),\n",
    "                   tr.output_translit(with_line_headers=False),\n",
    "                   tr.output_norm(with_line_headers=False)):\n",
    "    line_header = ' '.join(c.split()[:2])\n",
    "    spacing = ' ' * len(line_header)\n",
    "    print(line_header + ' ' + ' '.join(c.split()[2:]))\n",
    "    if t != '': print(spacing + t)\n",
    "    if n != '': print(spacing + n)"
   ]
  }
 ],
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   "language": "python",
   "name": "python3"
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  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.6.5"
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 },
 "nbformat": 4,
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}

oracc_reader.py

import json, pprint

class ORACC_text_reader:
    def __init__(self, json_string, DEBUG=False):
        self.DEBUG = DEBUG
        self.data = json.loads(json_string)
        try:
            for node in self.data['cdl'][0]['cdl']:
                if 'cdl' in node.keys():
                    self.text = node['cdl'][0]['cdl']
        except:
            if self.DEBUG: pprint.pprint(self.data)


    def output_translit(self, with_line_headers=True):
        output = []
        line = 'o' if with_line_headers else ''
        for node in self.text:
            if node['node'] == 'd' and 'label' in node.keys():
                output.append(line)
                line = node['label'] if with_line_headers else ''
            elif node['node'] == 'l':
                line += ' ' + node['frag']
        output.append(line)
        
        return output
    
    def output_norm(self, with_line_headers=True):
        output = []
        line = 'o' if with_line_headers else ''
        for node in self.text:
            if node['node'] == 'd' and 'label' in node.keys():
                output.append(line)
                line = node['label'] if with_line_headers else ''
            elif node['node'] == 'l':
                if 'norm' in node['f'].keys():
                    line += ' ' + node['f']['norm']
                else:
                    line += ' ' + node ['f']['form']
        output.append(line)

        return output
    
    def output_sense(self, with_line_headers=True):
        output = []
        line = 'o' if with_line_headers else ''
        for node in self.text:
            if node['node'] == 'd' and 'label' in node.keys():
                output.append(line)
                line = node['label'] if with_line_headers else ''
            elif node['node'] == 'l':
                if 'sense' in node['f'].keys():
                    line += ' ' + node['f']['sense']
                else:
                    line += ' ' + node ['f']['form']
        output.append(line)
        
        return output
    
    def output_cuneiform(self, with_line_headers=True):
        output = []
        line = 'o' if with_line_headers else ''
        for node in self.text:
            if node['node'] == 'd' and 'label' in node.keys():
                output.append(line)
                line = node['label'] if with_line_headers else ''
            elif node['node'] == 'l':
                translit = node['frag']
                gdl = node['f']['gdl']
                if len(gdl) == 1:
                    # single gdl
                    sign = ''
                    if 'group' in gdl[0].keys():
                        group = gdl[0]['group']
                        for el in group:
                            if 'gdl_utf8' in el.keys():
                                sign += el['gdl_utf8']
                            else:
                                sign += el['seq'][0]['gdl_utf8']
                    else:
                        sign = gdl[0]['gdl_utf8']
                    if self.DEBUG: print("Single gdl ✓ {} = {}".format(translit, sign))
                    line += ' ' + sign
                elif len(gdl) > 1:
                    sign = ''
                    for el in gdl:
                        if 'gdl_utf8' in el.keys():
                            sign += el['gdl_utf8']
                        elif 'seq' in el.keys():
                            for seq in el['seq']:
                                sign += seq['gdl_utf8']
                        elif 'group' in el.keys():
                            for el2 in el['group']:
                                sign += el2['gdl_utf8']
                        else:
                            if self.DEBUG: print("Error with multi-gdl ✗ {} = {}".format(translit, sign))
                            pprint.pprint(gdl)
                    if self.DEBUG: print("Multi-gdl ✓ {} = {}".format(translit, sign))
                    line += ' ' + sign
                else:
                    if self.DEBUG: print("Can't process ✗")
                    pprint.pprint(node)
                    print()
        output.append(line)
        
        return output

SAA8.ipynb

Compare with: http://oracc.museum.upenn.edu/saao/saa08/P336558/html