03-display-board/display-board-creation.ipynb

   1 {
   2  "cells": [
   3   {
   4    "cell_type": "code",
   5    "execution_count": 52,
   6    "metadata": {
   7     "collapsed": true
   8    },
   9    "outputs": [],
  10    "source": [
  11     "import itertools\n",
  12     "import time\n",
  13     "import re\n",
  14     "from IPython.display import clear_output\n",
  15     "import random"
  16    ]
  17   },
  18   {
  19    "cell_type": "code",
  20    "execution_count": 2,
  21    "metadata": {
  22     "collapsed": true
  23    },
  24    "outputs": [],
  25    "source": [
  26     "WIDTH = 50\n",
  27     "HEIGHT = 8"
  28    ]
  29   },
  30   {
  31    "cell_type": "code",
  32    "execution_count": 3,
  33    "metadata": {
  34     "collapsed": true
  35    },
  36    "outputs": [],
  37    "source": [
  38     "def new_grid(w=WIDTH, h=HEIGHT):\n",
  39     "    return ['.' * w for r in range(1, h+1)]"
  40    ]
  41   },
  42   {
  43    "cell_type": "code",
  44    "execution_count": 56,
  45    "metadata": {
  46     "collapsed": true
  47    },
  48    "outputs": [],
  49    "source": [
  50     "def print_grid(grid, md=False, suppress_dots=False):\n",
  51     "    if md:\n",
  52     "        print('```')\n",
  53     "    for row in grid:\n",
  54     "        if suppress_dots:\n",
  55     "            print(re.sub(r'\\.', ' ', row))\n",
  56     "        else:\n",
  57     "            print(row)        \n",
  58     "    if md:\n",
  59     "        print('```')"
  60    ]
  61   },
  62   {
  63    "cell_type": "code",
  64    "execution_count": 5,
  65    "metadata": {
  66     "collapsed": true
  67    },
  68    "outputs": [],
  69    "source": [
  70     "def top(grid, l, r):\n",
  71     "    new_segment = ''\n",
  72     "    for i in range(l-1, r):\n",
  73     "        if grid[0][i] == '.':\n",
  74     "            new_segment += '*'\n",
  75     "        else:\n",
  76     "            new_segment += '.'\n",
  77     "    grid[0] = grid[0][:l-1] + new_segment + grid[0][r:]\n",
  78     "    return grid"
  79    ]
  80   },
  81   {
  82    "cell_type": "code",
  83    "execution_count": 6,
  84    "metadata": {
  85     "collapsed": true
  86    },
  87    "outputs": [],
  88    "source": [
  89     "def left(grid, t, b):\n",
  90     "    for i in range(t-1, b):\n",
  91     "        if grid[i][0] == '.':\n",
  92     "            grid[i] = '*' + grid[i][1:]\n",
  93     "        else:\n",
  94     "            grid[i] = '.' + grid[i][1:]\n",
  95     "    return grid"
  96    ]
  97   },
  98   {
  99    "cell_type": "code",
 100    "execution_count": 7,
 101    "metadata": {
 102     "collapsed": true
 103    },
 104    "outputs": [],
 105    "source": [
 106     "def rotate_column(grid, c, raw_n):\n",
 107     "    n = raw_n % len(grid)\n",
 108     "    col = [row[c-1] for row in grid]\n",
 109     "    new_col = col[-n:] + col[:-n]\n",
 110     "    for i in range(len(grid)):\n",
 111     "        grid[i] = grid[i][:c-1] + new_col[i] + grid[i][c:]\n",
 112     "    return grid"
 113    ]
 114   },
 115   {
 116    "cell_type": "code",
 117    "execution_count": 8,
 118    "metadata": {
 119     "collapsed": true
 120    },
 121    "outputs": [],
 122    "source": [
 123     "def rotate_row(grid, r, raw_n):\n",
 124     "    n = raw_n % len(grid[0])\n",
 125     "    grid[r-1] = grid[r-1][-n:] + grid[r-1][:-n]\n",
 126     "    return grid"
 127    ]
 128   },
 129   {
 130    "cell_type": "code",
 131    "execution_count": 9,
 132    "metadata": {
 133     "collapsed": true
 134    },
 135    "outputs": [],
 136    "source": [
 137     "command_dispatch = {'left': left, 'top': top,\n",
 138     "                   'rotate row': rotate_row,\n",
 139     "                   'rotate column': rotate_column}"
 140    ]
 141   },
 142   {
 143    "cell_type": "code",
 144    "execution_count": 10,
 145    "metadata": {
 146     "collapsed": true
 147    },
 148    "outputs": [],
 149    "source": [
 150     "def parse(command):\n",
 151     "    cmd, a, b = command.rsplit(maxsplit=2)\n",
 152     "    return cmd, int(a), int(b)  "
 153    ]
 154   },
 155   {
 156    "cell_type": "code",
 157    "execution_count": 59,
 158    "metadata": {
 159     "collapsed": true
 160    },
 161    "outputs": [],
 162    "source": [
 163     "def interpret(commands, grid=None, w=WIDTH, h=HEIGHT, \n",
 164     "              uninterpret=False,\n",
 165     "              show_each_step=False, md=False, overprint=False,\n",
 166     "              suppress_dots=False):\n",
 167     "    if grid is None:\n",
 168     "        grid = new_grid(w, h)\n",
 169     "    if uninterpret:\n",
 170     "        ordered_commands = reversed(commands)\n",
 171     "    else:\n",
 172     "        ordered_commands = commands\n",
 173     "    for c in ordered_commands:\n",
 174     "        cmd, a, b = parse(c)\n",
 175     "        if uninterpret and cmd in uncommand_dispatch:\n",
 176     "            uncommand_dispatch[cmd](grid, a, b)\n",
 177     "        elif not uninterpret and cmd in command_dispatch:\n",
 178     "            command_dispatch[cmd](grid, a, b)\n",
 179     "        else:\n",
 180     "            raise ValueError('Unknown command')\n",
 181     "        if show_each_step:\n",
 182     "            if overprint:\n",
 183     "                time.sleep(0.25)\n",
 184     "            if md: \n",
 185     "                print('`{}`'.format(c))\n",
 186     "            else:\n",
 187     "                print(c)\n",
 188     "            print_grid(grid, md=md, suppress_dots=suppress_dots)\n",
 189     "            print()\n",
 190     "            if overprint:\n",
 191     "                clear_output(wait=True)\n",
 192     "    if show_each_step: \n",
 193     "        print('Final')\n",
 194     "        print_grid(grid, md=md, suppress_dots=suppress_dots)\n",
 195     "    return grid\n",
 196     "    \n",
 197     "    \n",
 198     "# for i in range(10):\n",
 199     "#     time.sleep(0.25)\n",
 200     "#     print(i)\n",
 201     "#     clear_output(wait=True)"
 202    ]
 203   },
 204   {
 205    "cell_type": "markdown",
 206    "metadata": {},
 207    "source": [
 208     "For instance, with a smaller grid that is 10 pixels wide and 4 tall, this is what a sample sequence of instructions would do.\n",
 209     "\n",
 210     "* `toggle 1 6` turns on the first six pixels on the top row.\n",
 211     "```\n",
 212     "******....\n",
 213     "..........\n",
 214     "..........\n",
 215     "..........\n",
 216     "```\n",
 217     "\n",
 218     "* `rotate column 2 3` moves the lit pixel on the second column to the bottom row.\n",
 219     "```\n",
 220     "*.****....\n",
 221     "..........\n",
 222     "..........\n",
 223     ".*........\n",
 224     "```\n",
 225     "\n",
 226     "* `toggle 3 10` turns off the pixels in columns 4, 5, and 6, and turns on the pixels in columns 7 to 10.\n",
 227     "\n",
 228     "```\n",
 229     "*.....****\n",
 230     "..........\n",
 231     "..........\n",
 232     ".*........\n",
 233     "```\n",
 234     "\n",
 235     "* `rotate column 8 1` moves the one lit pixel in column 8 down one row.\n",
 236     "```\n",
 237     "*.....*.**\n",
 238     ".......*..\n",
 239     "..........\n",
 240     ".*........\n",
 241     "```\n",
 242     "\n",
 243     "* `rotate row 2 6` moves that pixel off the right edge of the display, to it wraps around to appear in column 4.\n",
 244     "```\n",
 245     "*.....*.**\n",
 246     "...*......\n",
 247     "..........\n",
 248     ".*........\n",
 249     "```\n",
 250     "\n",
 251     "* `left 1 3` toggles the pixels in rows 1, 2, and 3 of the first column. The top left pixel (previously on) turns off, while the pixels in rows 2 and 3 come on.\n",
 252     "\n",
 253     "```\n",
 254     "......*.**\n",
 255     "*..*......\n",
 256     "*.........\n",
 257     ".*........\n",
 258     "```"
 259    ]
 260   },
 261   {
 262    "cell_type": "code",
 263    "execution_count": 12,
 264    "metadata": {},
 265    "outputs": [
 266     {
 267      "name": "stdout",
 268      "output_type": "stream",
 269      "text": [
 270       "`top 1 6`\n",
 271       "```\n",
 272       "******....\n",
 273       "..........\n",
 274       "..........\n",
 275       "..........\n",
 276       "```\n",
 277       "\n",
 278       "`rotate column 2 3`\n",
 279       "```\n",
 280       "*.****....\n",
 281       "..........\n",
 282       "..........\n",
 283       ".*........\n",
 284       "```\n",
 285       "\n",
 286       "`top 3 10`\n",
 287       "```\n",
 288       "*.....****\n",
 289       "..........\n",
 290       "..........\n",
 291       ".*........\n",
 292       "```\n",
 293       "\n",
 294       "`rotate column 8 1`\n",
 295       "```\n",
 296       "*.....*.**\n",
 297       ".......*..\n",
 298       "..........\n",
 299       ".*........\n",
 300       "```\n",
 301       "\n",
 302       "`rotate row 2 6`\n",
 303       "```\n",
 304       "*.....*.**\n",
 305       "...*......\n",
 306       "..........\n",
 307       ".*........\n",
 308       "```\n",
 309       "\n",
 310       "`left 1 3`\n",
 311       "```\n",
 312       "......*.**\n",
 313       "*..*......\n",
 314       "*.........\n",
 315       ".*........\n",
 316       "```\n",
 317       "\n",
 318       "Final\n",
 319       "```\n",
 320       "......*.**\n",
 321       "*..*......\n",
 322       "*.........\n",
 323       ".*........\n",
 324       "```\n"
 325      ]
 326     },
 327     {
 328      "data": {
 329       "text/plain": [
 330        "['......*.**', '*..*......', '*.........', '.*........']"
 331       ]
 332      },
 333      "execution_count": 12,
 334      "metadata": {},
 335      "output_type": "execute_result"
 336     }
 337    ],
 338    "source": [
 339     "cmds = '''\n",
 340     "top 1 6\n",
 341     "rotate column 2 3\n",
 342     "top 3 10\n",
 343     "rotate column 8 1\n",
 344     "rotate row 2 6\n",
 345     "left 1 3\n",
 346     "'''.split('\\n')[1:-1]\n",
 347     "interpret(cmds, w=10, h=4, show_each_step=True, md=True)"
 348    ]
 349   },
 350   {
 351    "cell_type": "code",
 352    "execution_count": 13,
 353    "metadata": {
 354     "collapsed": true
 355    },
 356    "outputs": [],
 357    "source": [
 358     "def unrotate_column(grid, c, raw_n):\n",
 359     "    return rotate_column(grid, c, (-1 * raw_n) % len(grid))\n",
 360     "\n",
 361     "def unrotate_row(grid, r, raw_n):\n",
 362     "    return rotate_row(grid, r, (-1 * raw_n) % len(grid[0]))\n"
 363    ]
 364   },
 365   {
 366    "cell_type": "code",
 367    "execution_count": 14,
 368    "metadata": {
 369     "collapsed": true
 370    },
 371    "outputs": [],
 372    "source": [
 373     "uncommand_dispatch = {'left': left, 'top': top,\n",
 374     "                      'rotate row': unrotate_row,\n",
 375     "                      'rotate column': unrotate_column}"
 376    ]
 377   },
 378   {
 379    "cell_type": "code",
 380    "execution_count": 15,
 381    "metadata": {},
 382    "outputs": [
 383     {
 384      "data": {
 385       "text/plain": [
 386        "['..................................................',\n",
 387        " '..*****..****....***...*...*..*****...***...****..',\n",
 388        " '....*....*...*..*...*..**..*....*....*...*..*...*.',\n",
 389        " '....*....*..*...*...*..*.*.*....*....*...*..*..*..',\n",
 390        " '....*....****...*****..*.*.*....*....*...*..****..',\n",
 391        " '....*....*...*..*...*..*..**....*....*...*..*...*.',\n",
 392        " '....*....*...*..*...*..*...*....*.....***...*...*.',\n",
 393        " '..................................................']"
 394       ]
 395      },
 396      "execution_count": 15,
 397      "metadata": {},
 398      "output_type": "execute_result"
 399     }
 400    ],
 401    "source": [
 402     "trantor_grid = '''\n",
 403     "..................................................\n",
 404     "..*****..****....***...*...*..*****...***...****..\n",
 405     "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 406     "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 407     "....*....****...*****..*.*.*....*....*...*..****..\n",
 408     "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 409     "....*....*...*..*...*..*...*....*.....***...*...*.\n",
 410     "..................................................\n",
 411     "'''.split('\\n')[1:-1]\n",
 412     "trantor_grid"
 413    ]
 414   },
 415   {
 416    "cell_type": "code",
 417    "execution_count": 16,
 418    "metadata": {
 419     "collapsed": true
 420    },
 421    "outputs": [],
 422    "source": [
 423     "def tg():\n",
 424     "    return '''\n",
 425     "..................................................\n",
 426     "..*****..****....***...*...*..*****...***...****..\n",
 427     "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 428     "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 429     "....*....****...*****..*.*.*....*....*...*..****..\n",
 430     "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 431     "....*....*...*..*...*..*...*....*.....***...*...*.\n",
 432     "..................................................\n",
 433     "'''.split('\\n')[1:-1]"
 434    ]
 435   },
 436   {
 437    "cell_type": "code",
 438    "execution_count": 43,
 439    "metadata": {},
 440    "outputs": [
 441     {
 442      "name": "stdout",
 443      "output_type": "stream",
 444      "text": [
 445       "....................................................................................................\n",
 446       "....................................................................................................\n",
 447       "....................................................................................................\n",
 448       "....................................................................................................\n",
 449       "....................................................................................................\n",
 450       "....................................................................................................\n",
 451       "....................................................................................................\n",
 452       "....................................................................................................\n"
 453      ]
 454     }
 455    ],
 456    "source": [
 457     "print_grid(new_grid(100, 8))"
 458    ]
 459   },
 460   {
 461    "cell_type": "code",
 462    "execution_count": 45,
 463    "metadata": {
 464     "collapsed": true
 465    },
 466    "outputs": [],
 467    "source": [
 468     "def jantar_mantar():\n",
 469     "    return '''\n",
 470     "..*****.............................................................................................\n",
 471     ".....*..............................................................................................\n",
 472     ".....*..............................................................................................\n",
 473     ".....*..............................................................................................\n",
 474     ".....*..............................................................................................\n",
 475     ".....*..............................................................................................\n",
 476     ".*...*..............................................................................................\n",
 477     "..***...............................................................................................\n",
 478     "'''.split('\\n')[1:-1]"
 479    ]
 480   },
 481   {
 482    "cell_type": "code",
 483    "execution_count": 47,
 484    "metadata": {
 485     "collapsed": true
 486    },
 487    "outputs": [],
 488    "source": [
 489     "def jantar_mantar():\n",
 490     "    return '''\n",
 491     "...****..............*...................*.....*..............*.................\n",
 492     "......*..............*...................***..**..............*.................\n",
 493     "......*.*****.*****.****.*****..****.....*.*.***.*****.*****.****.*****..****...\n",
 494     "......*.....*.*...*..*.......*..*........*..**.*.....*.*...*..*.......*..*......\n",
 495     "......*.*****.*...*..*...*****..*........*..*..*.*****.*...*..*...*****..*......\n",
 496     "......*.*...*.*...*..*...*...*..*........*.....*.*...*.*...*..*...*...*..*......\n",
 497     "...*..*.*..**.*...*..**..*..**..*........*.....*.*..**.*...*..**..*..**..*......\n",
 498     "....**...**.*.*...*...**..**.*..*........*.....*..**.*.*...*...**..**.*..*......\n",
 499     "'''.split('\\n')[1:-1]"
 500    ]
 501   },
 502   {
 503    "cell_type": "code",
 504    "execution_count": 17,
 505    "metadata": {},
 506    "outputs": [
 507     {
 508      "name": "stdout",
 509      "output_type": "stream",
 510      "text": [
 511       "left 3 7\n",
 512       "..................................................\n",
 513       "..*****..****....***...*...*..*****...***...****..\n",
 514       "*...*....*...*..*...*..**..*....*....*...*..*...*.\n",
 515       "*...*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 516       "*...*....****...*****..*.*.*....*....*...*..****..\n",
 517       "*...*....*...*..*...*..*..**....*....*...*..*...*.\n",
 518       "*...*....*...*..*...*..*...*....*.....***...*...*.\n",
 519       "..................................................\n",
 520       "\n",
 521       "rotate column 1 1\n",
 522       "..................................................\n",
 523       "*.*****..****....***...*...*..*****...***...****..\n",
 524       "*...*....*...*..*...*..**..*....*....*...*..*...*.\n",
 525       "*...*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 526       "*...*....****...*****..*.*.*....*....*...*..****..\n",
 527       "*...*....*...*..*...*..*..**....*....*...*..*...*.\n",
 528       "....*....*...*..*...*..*...*....*.....***...*...*.\n",
 529       "..................................................\n",
 530       "\n",
 531       "left 3 7\n",
 532       "..................................................\n",
 533       "*.*****..****....***...*...*..*****...***...****..\n",
 534       "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 535       "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 536       "....*....****...*****..*.*.*....*....*...*..****..\n",
 537       "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 538       "*...*....*...*..*...*..*...*....*.....***...*...*.\n",
 539       "..................................................\n",
 540       "\n",
 541       "rotate column 3 1\n",
 542       "..*...............................................\n",
 543       "*..****..****....***...*...*..*****...***...****..\n",
 544       "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 545       "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 546       "....*....****...*****..*.*.*....*....*...*..****..\n",
 547       "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 548       "*...*....*...*..*...*..*...*....*.....***...*...*.\n",
 549       "..................................................\n",
 550       "\n",
 551       "Final\n",
 552       "..*...............................................\n",
 553       "*..****..****....***...*...*..*****...***...****..\n",
 554       "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 555       "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 556       "....*....****...*****..*.*.*....*....*...*..****..\n",
 557       "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 558       "*...*....*...*..*...*..*...*....*.....***...*...*.\n",
 559       "..................................................\n"
 560      ]
 561     },
 562     {
 563      "data": {
 564       "text/plain": [
 565        "['..*...............................................',\n",
 566        " '*..****..****....***...*...*..*****...***...****..',\n",
 567        " '....*....*...*..*...*..**..*....*....*...*..*...*.',\n",
 568        " '....*....*..*...*...*..*.*.*....*....*...*..*..*..',\n",
 569        " '....*....****...*****..*.*.*....*....*...*..****..',\n",
 570        " '....*....*...*..*...*..*..**....*....*...*..*...*.',\n",
 571        " '*...*....*...*..*...*..*...*....*.....***...*...*.',\n",
 572        " '..................................................']"
 573       ]
 574      },
 575      "execution_count": 17,
 576      "metadata": {},
 577      "output_type": "execute_result"
 578     }
 579    ],
 580    "source": [
 581     "trantor_grid = '''\n",
 582     "..................................................\n",
 583     "..*****..****....***...*...*..*****...***...****..\n",
 584     "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
 585     "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
 586     "....*....****...*****..*.*.*....*....*...*..****..\n",
 587     "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
 588     "....*....*...*..*...*..*...*....*.....***...*...*.\n",
 589     "..................................................\n",
 590     "'''.split('\\n')[1:-1]\n",
 591     "\n",
 592     "cmds = '''\n",
 593     "rotate column 3 1\n",
 594     "left 3 7\n",
 595     "rotate column 1 1\n",
 596     "left 3 7\n",
 597     "'''.split('\\n')[1:-1]\n",
 598     "interpret(cmds, trantor_grid, show_each_step=True, uninterpret=True)"
 599    ]
 600   },
 601   {
 602    "cell_type": "code",
 603    "execution_count": 18,
 604    "metadata": {
 605     "collapsed": true
 606    },
 607    "outputs": [],
 608    "source": [
 609     "def transpose(grid):\n",
 610     "    return list(zip(*grid))"
 611    ]
 612   },
 613   {
 614    "cell_type": "code",
 615    "execution_count": 19,
 616    "metadata": {
 617     "scrolled": true
 618    },
 619    "outputs": [
 620     {
 621      "data": {
 622       "text/plain": [
 623        "[('.', '*', '.', '.', '.', '.', '*', '.'),\n",
 624        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 625        " ('*', '.', '.', '.', '.', '.', '.', '.'),\n",
 626        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 627        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 628        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 629        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 630        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 631        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 632        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 633        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 634        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 635        " ('.', '*', '.', '*', '*', '.', '.', '.'),\n",
 636        " ('.', '.', '*', '.', '.', '*', '*', '.'),\n",
 637        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 638        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 639        " ('.', '.', '*', '*', '*', '*', '*', '.'),\n",
 640        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 641        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 642        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 643        " ('.', '.', '*', '*', '*', '*', '*', '.'),\n",
 644        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 645        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 646        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 647        " ('.', '.', '*', '.', '.', '.', '.', '.'),\n",
 648        " ('.', '.', '.', '*', '*', '.', '.', '.'),\n",
 649        " ('.', '.', '.', '.', '.', '*', '.', '.'),\n",
 650        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 651        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 652        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 653        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 654        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 655        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 656        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 657        " ('.', '*', '.', '.', '.', '.', '.', '.'),\n",
 658        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 659        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 660        " ('.', '.', '*', '*', '*', '*', '.', '.'),\n",
 661        " ('.', '*', '.', '.', '.', '.', '*', '.'),\n",
 662        " ('.', '*', '.', '.', '.', '.', '*', '.'),\n",
 663        " ('.', '*', '.', '.', '.', '.', '*', '.'),\n",
 664        " ('.', '.', '*', '*', '*', '*', '.', '.'),\n",
 665        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 666        " ('.', '.', '.', '.', '.', '.', '.', '.'),\n",
 667        " ('.', '*', '*', '*', '*', '*', '*', '.'),\n",
 668        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 669        " ('.', '*', '.', '.', '*', '.', '.', '.'),\n",
 670        " ('.', '*', '.', '*', '*', '.', '.', '.'),\n",
 671        " ('.', '.', '*', '.', '.', '*', '*', '.'),\n",
 672        " ('.', '.', '.', '.', '.', '.', '.', '.')]"
 673       ]
 674      },
 675      "execution_count": 19,
 676      "metadata": {},
 677      "output_type": "execute_result"
 678     }
 679    ],
 680    "source": [
 681     "transpose(trantor_grid)"
 682    ]
 683   },
 684   {
 685    "cell_type": "code",
 686    "execution_count": 20,
 687    "metadata": {
 688     "collapsed": true
 689    },
 690    "outputs": [],
 691    "source": [
 692     "def count_empty_rows(grid, col):\n",
 693     "    return len(list(itertools.takewhile(lambda c: c == '.', transpose(grid)[col-1])))"
 694    ]
 695   },
 696   {
 697    "cell_type": "code",
 698    "execution_count": 21,
 699    "metadata": {
 700     "scrolled": true
 701    },
 702    "outputs": [
 703     {
 704      "data": {
 705       "text/plain": [
 706        "[1,\n",
 707        " 8,\n",
 708        " 0,\n",
 709        " 1,\n",
 710        " 1,\n",
 711        " 1,\n",
 712        " 1,\n",
 713        " 8,\n",
 714        " 8,\n",
 715        " 1,\n",
 716        " 1,\n",
 717        " 1,\n",
 718        " 1,\n",
 719        " 2,\n",
 720        " 8,\n",
 721        " 8,\n",
 722        " 2,\n",
 723        " 1,\n",
 724        " 1,\n",
 725        " 1,\n",
 726        " 2,\n",
 727        " 8,\n",
 728        " 8,\n",
 729        " 1,\n",
 730        " 2,\n",
 731        " 3,\n",
 732        " 5,\n",
 733        " 1,\n",
 734        " 8,\n",
 735        " 8,\n",
 736        " 1,\n",
 737        " 1,\n",
 738        " 1,\n",
 739        " 1,\n",
 740        " 1,\n",
 741        " 8,\n",
 742        " 8,\n",
 743        " 2,\n",
 744        " 1,\n",
 745        " 1,\n",
 746        " 1,\n",
 747        " 2,\n",
 748        " 8,\n",
 749        " 8,\n",
 750        " 1,\n",
 751        " 1,\n",
 752        " 1,\n",
 753        " 1,\n",
 754        " 2,\n",
 755        " 8]"
 756       ]
 757      },
 758      "execution_count": 21,
 759      "metadata": {},
 760      "output_type": "execute_result"
 761     }
 762    ],
 763    "source": [
 764     "[count_empty_rows(trantor_grid, i) for i in range(1, WIDTH+1)]"
 765    ]
 766   },
 767   {
 768    "cell_type": "code",
 769    "execution_count": 22,
 770    "metadata": {
 771     "collapsed": true
 772    },
 773    "outputs": [],
 774    "source": [
 775     "def lift_cols(grid, randomise=False):\n",
 776     "    commands = []\n",
 777     "    h = len(grid)\n",
 778     "    for i in range(1, len(grid[0])+1):\n",
 779     "        n = count_empty_rows(grid, i)\n",
 780     "        if n != h:\n",
 781     "            commands.append('rotate column {} {}'.format(i, n))\n",
 782     "    if randomise:\n",
 783     "        random.shuffle(commands)\n",
 784     "    return commands"
 785    ]
 786   },
 787   {
 788    "cell_type": "code",
 789    "execution_count": 23,
 790    "metadata": {
 791     "scrolled": true
 792    },
 793    "outputs": [
 794     {
 795      "data": {
 796       "text/plain": [
 797        "['rotate column 3 1',\n",
 798        " 'rotate column 4 1',\n",
 799        " 'rotate column 5 1',\n",
 800        " 'rotate column 6 1',\n",
 801        " 'rotate column 7 1',\n",
 802        " 'rotate column 10 1',\n",
 803        " 'rotate column 11 1',\n",
 804        " 'rotate column 12 1',\n",
 805        " 'rotate column 13 1',\n",
 806        " 'rotate column 14 2',\n",
 807        " 'rotate column 17 2',\n",
 808        " 'rotate column 18 1',\n",
 809        " 'rotate column 19 1',\n",
 810        " 'rotate column 20 1',\n",
 811        " 'rotate column 21 2',\n",
 812        " 'rotate column 24 1',\n",
 813        " 'rotate column 25 2',\n",
 814        " 'rotate column 26 3',\n",
 815        " 'rotate column 27 5',\n",
 816        " 'rotate column 28 1',\n",
 817        " 'rotate column 31 1',\n",
 818        " 'rotate column 32 1',\n",
 819        " 'rotate column 33 1',\n",
 820        " 'rotate column 34 1',\n",
 821        " 'rotate column 35 1',\n",
 822        " 'rotate column 38 2',\n",
 823        " 'rotate column 39 1',\n",
 824        " 'rotate column 40 1',\n",
 825        " 'rotate column 41 1',\n",
 826        " 'rotate column 42 2',\n",
 827        " 'rotate column 45 1',\n",
 828        " 'rotate column 46 1',\n",
 829        " 'rotate column 47 1',\n",
 830        " 'rotate column 48 1',\n",
 831        " 'rotate column 49 2']"
 832       ]
 833      },
 834      "execution_count": 23,
 835      "metadata": {},
 836      "output_type": "execute_result"
 837     }
 838    ],
 839    "source": [
 840     "lift_cols(tg())"
 841    ]
 842   },
 843   {
 844    "cell_type": "code",
 845    "execution_count": 24,
 846    "metadata": {
 847     "scrolled": true
 848    },
 849    "outputs": [
 850     {
 851      "data": {
 852       "text/plain": [
 853        "['rotate column 19 1',\n",
 854        " 'rotate column 46 1',\n",
 855        " 'rotate column 10 1',\n",
 856        " 'rotate column 25 2',\n",
 857        " 'rotate column 39 1',\n",
 858        " 'rotate column 3 1',\n",
 859        " 'rotate column 4 1',\n",
 860        " 'rotate column 41 1',\n",
 861        " 'rotate column 47 1',\n",
 862        " 'rotate column 14 2',\n",
 863        " 'rotate column 21 2',\n",
 864        " 'rotate column 48 1',\n",
 865        " 'rotate column 34 1',\n",
 866        " 'rotate column 49 2',\n",
 867        " 'rotate column 28 1',\n",
 868        " 'rotate column 32 1',\n",
 869        " 'rotate column 18 1',\n",
 870        " 'rotate column 45 1',\n",
 871        " 'rotate column 12 1',\n",
 872        " 'rotate column 38 2',\n",
 873        " 'rotate column 24 1',\n",
 874        " 'rotate column 40 1',\n",
 875        " 'rotate column 17 2',\n",
 876        " 'rotate column 7 1',\n",
 877        " 'rotate column 31 1',\n",
 878        " 'rotate column 5 1',\n",
 879        " 'rotate column 26 3',\n",
 880        " 'rotate column 6 1',\n",
 881        " 'rotate column 35 1',\n",
 882        " 'rotate column 20 1',\n",
 883        " 'rotate column 42 2',\n",
 884        " 'rotate column 11 1',\n",
 885        " 'rotate column 33 1',\n",
 886        " 'rotate column 13 1',\n",
 887        " 'rotate column 27 5']"
 888       ]
 889      },
 890      "execution_count": 24,
 891      "metadata": {},
 892      "output_type": "execute_result"
 893     }
 894    ],
 895    "source": [
 896     "lift_cols(tg(), randomise=True)"
 897    ]
 898   },
 899   {
 900    "cell_type": "code",
 901    "execution_count": 25,
 902    "metadata": {
 903     "collapsed": true
 904    },
 905    "outputs": [],
 906    "source": [
 907     "def count_empty_cols(grid, row):\n",
 908     "    return len(list(itertools.takewhile(lambda r: r == '.', grid[row-1])))"
 909    ]
 910   },
 911   {
 912    "cell_type": "code",
 913    "execution_count": 26,
 914    "metadata": {},
 915    "outputs": [
 916     {
 917      "data": {
 918       "text/plain": [
 919        "[2, 0, 4, 4, 4, 4, 0, 50]"
 920       ]
 921      },
 922      "execution_count": 26,
 923      "metadata": {},
 924      "output_type": "execute_result"
 925     }
 926    ],
 927    "source": [
 928     "[count_empty_cols(trantor_grid, i) for i in range(1, HEIGHT+1)]"
 929    ]
 930   },
 931   {
 932    "cell_type": "code",
 933    "execution_count": 27,
 934    "metadata": {
 935     "collapsed": true
 936    },
 937    "outputs": [],
 938    "source": [
 939     "def slide_rows(grid, randomise=False):\n",
 940     "    commands = []\n",
 941     "    w = len(grid[0])\n",
 942     "    for i in range(1, len(grid)+1):\n",
 943     "        n = count_empty_cols(grid, i)\n",
 944     "        if n != w:\n",
 945     "            commands.append('rotate row {} {}'.format(i, n))\n",
 946     "    if randomise:\n",
 947     "        random.shuffle(commands)\n",
 948     "    return commands"
 949    ]
 950   },
 951   {
 952    "cell_type": "code",
 953    "execution_count": 28,
 954    "metadata": {
 955     "collapsed": true
 956    },
 957    "outputs": [],
 958    "source": [
 959     "def untop(grid, randomise=False):\n",
 960     "    groups = [(k, len(list(g))) for k, g in itertools.groupby(grid[0])]\n",
 961     "    commands = []\n",
 962     "    col = 1\n",
 963     "    for c, l in groups:\n",
 964     "        if c == '*':\n",
 965     "            commands.append('top {} {}'.format(col, col + l - 1))\n",
 966     "        col += l\n",
 967     "    if randomise:\n",
 968     "        random.shuffle(commands)\n",
 969     "    return commands"
 970    ]
 971   },
 972   {
 973    "cell_type": "code",
 974    "execution_count": 29,
 975    "metadata": {
 976     "collapsed": true
 977    },
 978    "outputs": [],
 979    "source": [
 980     "def unleft(grid, randomise=False):\n",
 981     "    groups = [(k, len(list(g))) for k, g in itertools.groupby(transpose(grid)[0])]\n",
 982     "    commands = []\n",
 983     "    row = 1\n",
 984     "    for c, l in groups:\n",
 985     "        if c == '*':\n",
 986     "            commands.append('left {} {}'.format(row, row + l - 1))\n",
 987     "        row += l\n",
 988     "    if randomise:\n",
 989     "        random.shuffle(commands)\n",
 990     "    return commands"
 991    ]
 992   },
 993   {
 994    "cell_type": "code",
 995    "execution_count": 30,
 996    "metadata": {},
 997    "outputs": [
 998     {
 999      "data": {
1000       "text/plain": [
1001        "['***********.******.*****.*..***********.******....',\n",
1002        " '*....*...*..*...*..*...*....*....*...*..*...*.....',\n",
1003        " '*....*..*...*...*..*.*.*....*....*...*..*..*......',\n",
1004        " '*....*.**...*..**..*.*.*....*....*...*..*.**......',\n",
1005        " '*....*...*..*...*..*...*....*........*..*...*.....',\n",
1006        " '*........*......*...........*.......*.......*.....',\n",
1007        " '..................................................',\n",
1008        " '..................................................']"
1009       ]
1010      },
1011      "execution_count": 30,
1012      "metadata": {},
1013      "output_type": "execute_result"
1014     }
1015    ],
1016    "source": [
1017     "trantor_grid = tg() \n",
1018     "\n",
1019     "cmds = []\n",
1020     "\n",
1021     "c = slide_rows(trantor_grid)\n",
1022     "cmds = c + cmds\n",
1023     "\n",
1024     "interpret(c, trantor_grid, uninterpret=True)\n",
1025     "\n",
1026     "c = lift_cols(trantor_grid)\n",
1027     "cmds = c + cmds\n",
1028     "\n",
1029     "interpret(c, trantor_grid, uninterpret=True)"
1030    ]
1031   },
1032   {
1033    "cell_type": "code",
1034    "execution_count": 31,
1035    "metadata": {},
1036    "outputs": [
1037     {
1038      "data": {
1039       "text/plain": [
1040        "['top 1 11', 'top 13 18', 'top 20 24', 'top 26 26', 'top 29 39', 'top 41 46']"
1041       ]
1042      },
1043      "execution_count": 31,
1044      "metadata": {},
1045      "output_type": "execute_result"
1046     }
1047    ],
1048    "source": [
1049     "g = interpret(cmds, tg(), uninterpret=True)\n",
1050     "untop(g)"
1051    ]
1052   },
1053   {
1054    "cell_type": "code",
1055    "execution_count": 32,
1056    "metadata": {},
1057    "outputs": [
1058     {
1059      "name": "stdout",
1060      "output_type": "stream",
1061      "text": [
1062       "..................................................\n",
1063       ".....*...*..*...*..*...*....*....*...*..*...*.....\n",
1064       ".....*..*...*...*..*.*.*....*....*...*..*..*......\n",
1065       ".....*.**...*..**..*.*.*....*....*...*..*.**......\n",
1066       ".....*...*..*...*..*...*....*........*..*...*.....\n",
1067       ".........*......*...........*.......*.......*.....\n",
1068       "..................................................\n",
1069       "..................................................\n"
1070      ]
1071     }
1072    ],
1073    "source": [
1074     "g = tg() \n",
1075     "\n",
1076     "cmds = []\n",
1077     "\n",
1078     "c = slide_rows(g, randomise=True)\n",
1079     "interpret(c, g, uninterpret=True)\n",
1080     "cmds = c + cmds\n",
1081     "\n",
1082     "c = lift_cols(g, randomise=True)\n",
1083     "interpret(c, g, uninterpret=True)\n",
1084     "cmds = c + cmds\n",
1085     "\n",
1086     "c = untop(g, randomise=True)\n",
1087     "interpret(c, g, uninterpret=True)\n",
1088     "cmds = c + cmds\n",
1089     "\n",
1090     "c = unleft(g, randomise=True)\n",
1091     "interpret(c, g, uninterpret=True)\n",
1092     "cmds = c + cmds\n",
1093     "\n",
1094     "print_grid(g)"
1095    ]
1096   },
1097   {
1098    "cell_type": "code",
1099    "execution_count": 33,
1100    "metadata": {},
1101    "outputs": [
1102     {
1103      "name": "stdout",
1104      "output_type": "stream",
1105      "text": [
1106       "..................................................\n",
1107       "..................................................\n",
1108       "..................................................\n",
1109       "..................................................\n",
1110       "..................................................\n",
1111       "..................................................\n",
1112       "..................................................\n",
1113       "..................................................\n"
1114      ]
1115     },
1116     {
1117      "data": {
1118       "text/plain": [
1119        "127"
1120       ]
1121      },
1122      "execution_count": 33,
1123      "metadata": {},
1124      "output_type": "execute_result"
1125     }
1126    ],
1127    "source": [
1128     "g = tg() \n",
1129     "cmds = []\n",
1130     "\n",
1131     "while '*' in ''.join(g):\n",
1132     "    if random.choice([True, False]):\n",
1133     "        c = slide_rows(g, randomise=True)\n",
1134     "        interpret(c, g, uninterpret=True)\n",
1135     "        cmds = c + cmds\n",
1136     "    \n",
1137     "        c = unleft(g, randomise=True)\n",
1138     "        interpret(c, g, uninterpret=True)\n",
1139     "        cmds = c + cmds\n",
1140     "        \n",
1141     "    else:\n",
1142     "        c = lift_cols(g, randomise=True)\n",
1143     "        interpret(c, g, uninterpret=True)\n",
1144     "        cmds = c + cmds\n",
1145     "    \n",
1146     "        c = untop(g, randomise=True)\n",
1147     "        interpret(c, g, uninterpret=True)\n",
1148     "        cmds = c + cmds\n",
1149     "    \n",
1150     "print_grid(g)\n",
1151     "len(cmds)"
1152    ]
1153   },
1154   {
1155    "cell_type": "code",
1156    "execution_count": 34,
1157    "metadata": {},
1158    "outputs": [
1159     {
1160      "data": {
1161       "text/plain": [
1162        "['..................................................',\n",
1163        " '..................................................',\n",
1164        " '..................................................',\n",
1165        " '..................................................',\n",
1166        " '..................................................',\n",
1167        " '..................................................',\n",
1168        " '..................................................',\n",
1169        " '..................................................']"
1170       ]
1171      },
1172      "execution_count": 34,
1173      "metadata": {},
1174      "output_type": "execute_result"
1175     }
1176    ],
1177    "source": [
1178     "g = tg()\n",
1179     "interpret(cmds, g, uninterpret=True)"
1180    ]
1181   },
1182   {
1183    "cell_type": "code",
1184    "execution_count": 35,
1185    "metadata": {},
1186    "outputs": [
1187     {
1188      "data": {
1189       "text/plain": [
1190        "['..................................................',\n",
1191        " '..*****..****....***...*...*..*****...***...****..',\n",
1192        " '....*....*...*..*...*..**..*....*....*...*..*...*.',\n",
1193        " '....*....*..*...*...*..*.*.*....*....*...*..*..*..',\n",
1194        " '....*....****...*****..*.*.*....*....*...*..****..',\n",
1195        " '....*....*...*..*...*..*..**....*....*...*..*...*.',\n",
1196        " '....*....*...*..*...*..*...*....*.....***...*...*.',\n",
1197        " '..................................................']"
1198       ]
1199      },
1200      "execution_count": 35,
1201      "metadata": {},
1202      "output_type": "execute_result"
1203     }
1204    ],
1205    "source": [
1206     "interpret(cmds)"
1207    ]
1208   },
1209   {
1210    "cell_type": "code",
1211    "execution_count": 36,
1212    "metadata": {},
1213    "outputs": [
1214     {
1215      "data": {
1216       "text/plain": [
1217        "['top 25 25',\n",
1218        " 'top 2 2',\n",
1219        " 'rotate column 2 2',\n",
1220        " 'rotate column 25 2',\n",
1221        " 'top 18 18',\n",
1222        " 'top 13 13',\n",
1223        " 'top 2 2',\n",
1224        " 'top 4 8',\n",
1225        " 'top 22 22',\n",
1226        " 'top 25 25',\n",
1227        " 'rotate column 7 2',\n",
1228        " 'rotate column 5 2',\n",
1229        " 'rotate column 4 2',\n",
1230        " 'rotate column 6 1',\n",
1231        " 'rotate column 8 2',\n",
1232        " 'rotate column 13 2',\n",
1233        " 'rotate column 22 1',\n",
1234        " 'rotate column 2 2',\n",
1235        " 'rotate column 18 2',\n",
1236        " 'rotate column 25 1',\n",
1237        " 'top 33 35',\n",
1238        " 'top 2 10',\n",
1239        " 'top 25 26',\n",
1240        " 'top 18 19',\n",
1241        " 'top 29 30',\n",
1242        " 'top 21 22',\n",
1243        " 'top 12 16',\n",
1244        " 'top 37 37',\n",
1245        " 'rotate column 19 1',\n",
1246        " 'rotate column 9 3',\n",
1247        " 'rotate column 25 1',\n",
1248        " 'rotate column 3 5',\n",
1249        " 'rotate column 33 3',\n",
1250        " 'rotate column 5 1',\n",
1251        " 'rotate column 2 1',\n",
1252        " 'rotate column 12 3',\n",
1253        " 'rotate column 21 3',\n",
1254        " 'rotate column 14 3',\n",
1255        " 'rotate column 22 1',\n",
1256        " 'rotate column 6 2',\n",
1257        " 'rotate column 26 3',\n",
1258        " 'rotate column 10 1',\n",
1259        " 'rotate column 35 3',\n",
1260        " 'rotate column 16 3',\n",
1261        " 'rotate column 18 2',\n",
1262        " 'rotate column 30 3',\n",
1263        " 'rotate column 13 2',\n",
1264        " 'rotate column 15 1',\n",
1265        " 'rotate column 37 3',\n",
1266        " 'rotate column 8 2',\n",
1267        " 'rotate column 4 2',\n",
1268        " 'rotate column 29 4',\n",
1269        " 'rotate column 7 3',\n",
1270        " 'rotate column 34 3',\n",
1271        " 'left 2 6',\n",
1272        " 'rotate row 5 4',\n",
1273        " 'rotate row 6 15',\n",
1274        " 'rotate row 2 3',\n",
1275        " 'rotate row 4 1',\n",
1276        " 'rotate row 3 4',\n",
1277        " 'left 2 6',\n",
1278        " 'rotate row 4 1',\n",
1279        " 'rotate row 2 4',\n",
1280        " 'rotate row 3 4',\n",
1281        " 'rotate row 6 7',\n",
1282        " 'rotate row 5 3',\n",
1283        " 'left 2 6',\n",
1284        " 'rotate row 2 7',\n",
1285        " 'rotate row 4 1',\n",
1286        " 'rotate row 6 7',\n",
1287        " 'rotate row 3 3',\n",
1288        " 'rotate row 5 4',\n",
1289        " 'top 42 45',\n",
1290        " 'top 21 21',\n",
1291        " 'top 24 25',\n",
1292        " 'top 28 33',\n",
1293        " 'top 36 40',\n",
1294        " 'top 2 5',\n",
1295        " 'top 15 19',\n",
1296        " 'top 7 12',\n",
1297        " 'rotate column 38 1',\n",
1298        " 'rotate column 33 2',\n",
1299        " 'rotate column 25 1',\n",
1300        " 'rotate column 3 1',\n",
1301        " 'rotate column 40 2',\n",
1302        " 'rotate column 31 1',\n",
1303        " 'rotate column 16 1',\n",
1304        " 'rotate column 42 1',\n",
1305        " 'rotate column 32 1',\n",
1306        " 'rotate column 19 2',\n",
1307        " 'rotate column 37 1',\n",
1308        " 'rotate column 10 1',\n",
1309        " 'rotate column 21 1',\n",
1310        " 'rotate column 18 5',\n",
1311        " 'rotate column 30 1',\n",
1312        " 'rotate column 44 1',\n",
1313        " 'rotate column 8 1',\n",
1314        " 'rotate column 4 1',\n",
1315        " 'rotate column 5 2',\n",
1316        " 'rotate column 36 1',\n",
1317        " 'rotate column 24 2',\n",
1318        " 'rotate column 29 1',\n",
1319        " 'rotate column 2 1',\n",
1320        " 'rotate column 15 1',\n",
1321        " 'rotate column 12 2',\n",
1322        " 'rotate column 9 1',\n",
1323        " 'rotate column 43 1',\n",
1324        " 'rotate column 45 1',\n",
1325        " 'rotate column 17 1',\n",
1326        " 'rotate column 11 4',\n",
1327        " 'rotate column 28 1',\n",
1328        " 'rotate column 7 1',\n",
1329        " 'rotate column 39 3',\n",
1330        " 'left 2 7',\n",
1331        " 'rotate row 2 1',\n",
1332        " 'rotate row 6 5',\n",
1333        " 'rotate row 5 5',\n",
1334        " 'rotate row 3 5',\n",
1335        " 'rotate row 4 5',\n",
1336        " 'rotate row 7 5',\n",
1337        " 'left 2 7',\n",
1338        " 'rotate row 4 4',\n",
1339        " 'rotate row 2 2',\n",
1340        " 'rotate row 3 4',\n",
1341        " 'rotate row 5 4',\n",
1342        " 'rotate row 7 4',\n",
1343        " 'rotate row 6 4']"
1344       ]
1345      },
1346      "execution_count": 36,
1347      "metadata": {},
1348      "output_type": "execute_result"
1349     }
1350    ],
1351    "source": [
1352     "cmds"
1353    ]
1354   },
1355   {
1356    "cell_type": "code",
1357    "execution_count": 37,
1358    "metadata": {},
1359    "outputs": [
1360     {
1361      "name": "stdout",
1362      "output_type": "stream",
1363      "text": [
1364       "Final\n",
1365       "..................................................\n",
1366       "..*****..****....***...*...*..*****...***...****..\n",
1367       "....*....*...*..*...*..**..*....*....*...*..*...*.\n",
1368       "....*....*..*...*...*..*.*.*....*....*...*..*..*..\n",
1369       "....*....****...*****..*.*.*....*....*...*..****..\n",
1370       "....*....*...*..*...*..*..**....*....*...*..*...*.\n",
1371       "....*....*...*..*...*..*...*....*.....***...*...*.\n",
1372       "..................................................\n"
1373      ]
1374     },
1375     {
1376      "data": {
1377       "text/plain": [
1378        "['..................................................',\n",
1379        " '..*****..****....***...*...*..*****...***...****..',\n",
1380        " '....*....*...*..*...*..**..*....*....*...*..*...*.',\n",
1381        " '....*....*..*...*...*..*.*.*....*....*...*..*..*..',\n",
1382        " '....*....****...*****..*.*.*....*....*...*..****..',\n",
1383        " '....*....*...*..*...*..*..**....*....*...*..*...*.',\n",
1384        " '....*....*...*..*...*..*...*....*.....***...*...*.',\n",
1385        " '..................................................']"
1386       ]
1387      },
1388      "execution_count": 37,
1389      "metadata": {},
1390      "output_type": "execute_result"
1391     }
1392    ],
1393    "source": [
1394     "g = new_grid()\n",
1395     "interpret(cmds, g, show_each_step=True, overprint=True)"
1396    ]
1397   },
1398   {
1399    "cell_type": "code",
1400    "execution_count": 38,
1401    "metadata": {},
1402    "outputs": [
1403     {
1404      "name": "stdout",
1405      "output_type": "stream",
1406      "text": [
1407       "Final\n",
1408       "..................................................\n",
1409       "..................................................\n",
1410       "..................................................\n",
1411       "..................................................\n",
1412       "..................................................\n",
1413       "..................................................\n",
1414       "..................................................\n",
1415       "..................................................\n"
1416      ]
1417     },
1418     {
1419      "data": {
1420       "text/plain": [
1421        "['..................................................',\n",
1422        " '..................................................',\n",
1423        " '..................................................',\n",
1424        " '..................................................',\n",
1425        " '..................................................',\n",
1426        " '..................................................',\n",
1427        " '..................................................',\n",
1428        " '..................................................']"
1429       ]
1430      },
1431      "execution_count": 38,
1432      "metadata": {},
1433      "output_type": "execute_result"
1434     }
1435    ],
1436    "source": [
1437     "g = tg()\n",
1438     "interpret(cmds, g, show_each_step=True, overprint=True, uninterpret=True)"
1439    ]
1440   },
1441   {
1442    "cell_type": "code",
1443    "execution_count": 39,
1444    "metadata": {},
1445    "outputs": [
1446     {
1447      "data": {
1448       "text/plain": [
1449        "98"
1450       ]
1451      },
1452      "execution_count": 39,
1453      "metadata": {},
1454      "output_type": "execute_result"
1455     }
1456    ],
1457    "source": [
1458     "sum(1 for c in ''.join(tg()) if c == '*')"
1459    ]
1460   },
1461   {
1462    "cell_type": "code",
1463    "execution_count": 41,
1464    "metadata": {},
1465    "outputs": [
1466     {
1467      "data": {
1468       "text/plain": [
1469        "2007"
1470       ]
1471      },
1472      "execution_count": 41,
1473      "metadata": {},
1474      "output_type": "execute_result"
1475     }
1476    ],
1477    "source": [
1478     "open('03-pixels.txt', 'w').write('\\n'.join(cmds))"
1479    ]
1480   },
1481   {
1482    "cell_type": "code",
1483    "execution_count": 48,
1484    "metadata": {},
1485    "outputs": [
1486     {
1487      "name": "stdout",
1488      "output_type": "stream",
1489      "text": [
1490       "................................................................................\n",
1491       "................................................................................\n",
1492       "................................................................................\n",
1493       "................................................................................\n",
1494       "................................................................................\n",
1495       "................................................................................\n",
1496       "................................................................................\n",
1497       "................................................................................\n"
1498      ]
1499     },
1500     {
1501      "data": {
1502       "text/plain": [
1503        "255"
1504       ]
1505      },
1506      "execution_count": 48,
1507      "metadata": {},
1508      "output_type": "execute_result"
1509     }
1510    ],
1511    "source": [
1512     "g = jantar_mantar() \n",
1513     "cmds = []\n",
1514     "\n",
1515     "while '*' in ''.join(g):\n",
1516     "    if random.choice([True, False]):\n",
1517     "        c = slide_rows(g, randomise=True)\n",
1518     "        interpret(c, g, uninterpret=True)\n",
1519     "        cmds = c + cmds\n",
1520     "    \n",
1521     "        c = unleft(g, randomise=True)\n",
1522     "        interpret(c, g, uninterpret=True)\n",
1523     "        cmds = c + cmds\n",
1524     "        \n",
1525     "    else:\n",
1526     "        c = lift_cols(g, randomise=True)\n",
1527     "        interpret(c, g, uninterpret=True)\n",
1528     "        cmds = c + cmds\n",
1529     "    \n",
1530     "        c = untop(g, randomise=True)\n",
1531     "        interpret(c, g, uninterpret=True)\n",
1532     "        cmds = c + cmds\n",
1533     "    \n",
1534     "print_grid(g)\n",
1535     "len(cmds)"
1536    ]
1537   },
1538   {
1539    "cell_type": "code",
1540    "execution_count": 61,
1541    "metadata": {},
1542    "outputs": [
1543     {
1544      "name": "stdout",
1545      "output_type": "stream",
1546      "text": [
1547       "Final\n",
1548       "...****..............*...................*.....*..............*.................\n",
1549       "......*..............*...................***..**..............*.................\n",
1550       "......*.*****.*****.****.*****..****.....*.*.***.*****.*****.****.*****..****...\n",
1551       "......*.....*.*...*..*.......*..*........*..**.*.....*.*...*..*.......*..*......\n",
1552       "......*.*****.*...*..*...*****..*........*..*..*.*****.*...*..*...*****..*......\n",
1553       "......*.*...*.*...*..*...*...*..*........*.....*.*...*.*...*..*...*...*..*......\n",
1554       "...*..*.*..**.*...*..**..*..**..*........*.....*.*..**.*...*..**..*..**..*......\n",
1555       "....**...**.*.*...*...**..**.*..*........*.....*..**.*.*...*...**..**.*..*......\n"
1556      ]
1557     },
1558     {
1559      "data": {
1560       "text/plain": [
1561        "['...****..............*...................*.....*..............*.................',\n",
1562        " '......*..............*...................***..**..............*.................',\n",
1563        " '......*.*****.*****.****.*****..****.....*.*.***.*****.*****.****.*****..****...',\n",
1564        " '......*.....*.*...*..*.......*..*........*..**.*.....*.*...*..*.......*..*......',\n",
1565        " '......*.*****.*...*..*...*****..*........*..*..*.*****.*...*..*...*****..*......',\n",
1566        " '......*.*...*.*...*..*...*...*..*........*.....*.*...*.*...*..*...*...*..*......',\n",
1567        " '...*..*.*..**.*...*..**..*..**..*........*.....*.*..**.*...*..**..*..**..*......',\n",
1568        " '....**...**.*.*...*...**..**.*..*........*.....*..**.*.*...*...**..**.*..*......']"
1569       ]
1570      },
1571      "execution_count": 61,
1572      "metadata": {},
1573      "output_type": "execute_result"
1574     }
1575    ],
1576    "source": [
1577     "g = new_grid(w=80)\n",
1578     "interpret(cmds, g, show_each_step=True, overprint=True)"
1579    ]
1580   },
1581   {
1582    "cell_type": "code",
1583    "execution_count": 50,
1584    "metadata": {},
1585    "outputs": [
1586     {
1587      "data": {
1588       "text/plain": [
1589        "80"
1590       ]
1591      },
1592      "execution_count": 50,
1593      "metadata": {},
1594      "output_type": "execute_result"
1595     }
1596    ],
1597    "source": [
1598     "len(jantar_mantar()[0])"
1599    ]
1600   },
1601   {
1602    "cell_type": "code",
1603    "execution_count": 51,
1604    "metadata": {},
1605    "outputs": [
1606     {
1607      "data": {
1608       "text/plain": [
1609        "4123"
1610       ]
1611      },
1612      "execution_count": 51,
1613      "metadata": {},
1614      "output_type": "execute_result"
1615     }
1616    ],
1617    "source": [
1618     "open('03-pixels.txt', 'w').write('\\n'.join(cmds))"
1619    ]
1620   },
1621   {
1622    "cell_type": "code",
1623    "execution_count": 57,
1624    "metadata": {},
1625    "outputs": [
1626     {
1627      "name": "stdout",
1628      "output_type": "stream",
1629      "text": [
1630       "   ****              *                   *     *              *                 \n",
1631       "      *              *                   ***  **              *                 \n",
1632       "      * ***** ***** **** *****  ****     * * *** ***** ***** **** *****  ****   \n",
1633       "      *     * *   *  *       *  *        *  ** *     * *   *  *       *  *      \n",
1634       "      * ***** *   *  *   *****  *        *  *  * ***** *   *  *   *****  *      \n",
1635       "      * *   * *   *  *   *   *  *        *     * *   * *   *  *   *   *  *      \n",
1636       "   *  * *  ** *   *  **  *  **  *        *     * *  ** *   *  **  *  **  *      \n",
1637       "    **   ** * *   *   **  ** *  *        *     *  ** * *   *   **  ** *  *      \n"
1638      ]
1639     }
1640    ],
1641    "source": [
1642     "print_grid(jantar_mantar(), suppress_dots=True)"
1643    ]
1644   },
1645   {
1646    "cell_type": "code",
1647    "execution_count": null,
1648    "metadata": {
1649     "collapsed": true
1650    },
1651    "outputs": [],
1652    "source": []
1653   }
1654  ],
1655  "metadata": {
1656   "kernelspec": {
1657    "display_name": "Python 3",
1658    "language": "python",
1659    "name": "python3"
1660   },
1661   "language_info": {
1662    "codemirror_mode": {
1663     "name": "ipython",
1664     "version": 3
1665    },
1666    "file_extension": ".py",
1667    "mimetype": "text/x-python",
1668    "name": "python",
1669    "nbconvert_exporter": "python",
1670    "pygments_lexer": "ipython3",
1671    "version": "3.5.2+"
1672   }
1673  },
1674  "nbformat": 4,
1675  "nbformat_minor": 2
1676 }