Upload tmpl_code/tc_tp5_1791579750_00001.jsonl with huggingface_hub
Browse files
tmpl_code/tc_tp5_1791579750_00001.jsonl
ADDED
|
@@ -0,0 +1,8 @@
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
| 1 |
+
{"tid": "ee855cbaae", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n question = \"The division\u2019s artillery regiment fired 9 rounds per gun per hour for 8 hours. If the regiment had 12 guns, how many rounds were fired in total?\"\n lines = [\n \"Rounds per gun = 9 \u00d7 8 = 72\",\n \"Total rounds = 72 \u00d7 12 = 864\",\n ]\n return question, lines, \"864\"\n\n scenarios = [\n (\"artillery regiment\", \"gun\", \"rounds\", \"fired\"),\n (\"factory\", \"machine\", \"widgets\", \"produced\"),\n (\"bakery\", \"oven\", \"loaves\", \"baked\"),\n (\"printing shop\", \"press\", \"pages\", \"printed\"),\n (\"farm\", \"tractor\", \"acres\", \"plowed\"),\n ]\n\n templates = [\n \"The {group} {verb} {rate} {plural} per {unit} per hour for {hours} hours. If the {group} had {units} {unit}s, how many {plural} were {verb} in total?\",\n \"If the {group} had {units} {unit}s, and each {unit} {verb} {rate} {plural} per hour for {hours} hours, how many {plural} were {verb} in total?\",\n \"The {group} had {units} {unit}s. Each {unit} {verb} {rate} {plural} per hour for {hours} hours. How many {plural} were {verb} in total?\",\n ]\n\n for _ in range(50):\n rate = rng.randint(3, 15)\n hours = rng.randint(3, 12)\n units = rng.randint(3, 20)\n\n if (rate, hours, units) == (9, 8, 12):\n continue\n\n per_unit = rate * hours\n total = per_unit * units\n\n if total < 200 or total > 3000:\n continue\n\n group, unit, plural, verb = rng.choice(scenarios)\n question = rng.choice(templates).format(\n group=group,\n unit=unit,\n plural=plural,\n verb=verb,\n rate=rate,\n hours=hours,\n units=units,\n )\n\n lines = [\n f\"{plural} per {unit} = {rate} \u00d7 {hours} = {per_unit}\",\n f\"Total {plural} = {per_unit} \u00d7 {units} = {total}\",\n ]\n\n return question, lines, str(total)\n\n return None\n"}
|
| 2 |
+
{"tid": "626c213169", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n qty, price, discount = 12, 8, 10\n total = qty * price\n final = total - discount\n question = (\n f\"In episode 4, the lead character buys {qty} tickets for a fan \"\n f\"meet\u2011and\u2011greet. Each ticket costs ${price}, but a bulk discount \"\n f\"reduces the total by ${discount}. What is the final amount paid?\"\n )\n lines = [\n f\"Cost before discount = {qty} \u00d7 ${price} = ${total}\",\n f\"Final cost = ${total} \u2212 ${discount} = ${final}\",\n ]\n return question, lines, str(final)\n\n names = [\"Maya\", \"Leo\", \"Sam\", \"Riley\", \"Jordan\", \"Casey\", \"Alex\", \"Taylor\"]\n items = [\n (\"tickets\", \"ticket\", \"for a fan meet-and-greet\"),\n (\"passes\", \"pass\", \"for a museum day\"),\n (\"shirts\", \"shirt\", \"for a team event\"),\n (\"copies\", \"copy\", \"for a book club\"),\n (\"apples\", \"apple\", \"for a picnic\"),\n ]\n\n name = rng.choice(names)\n plural, singular, context = rng.choice(items)\n qty = rng.randint(5, 15)\n price = rng.randint(4, 20)\n total = qty * price\n\n if total <= 1:\n return None\n\n max_discount = total // 4\n if max_discount < 1:\n return None\n\n discount = rng.randint(1, max_discount)\n final = total - discount\n\n if final <= 0 or final < 10:\n return None\n\n episode = rng.randint(1, 24)\n templates = [\n \"In episode {episode}, {name} buys {qty} {plural} {context}. Each {singular} costs ${price}, but a bulk discount reduces the total by ${discount}. What is the final amount paid?\",\n \"In episode {episode}, {name} buys {qty} {plural} {context}. A bulk discount reduces the total by ${discount}. Each {singular} costs ${price}. What is the final amount paid?\",\n \"In episode {episode}, {name} buys {qty} {plural} {context}, each costing ${price}. A bulk discount reduces the total by ${discount}. What is the final amount paid?\",\n ]\n\n question = rng.choice(templates).format(\n episode=episode,\n name=name,\n qty=qty,\n plural=plural,\n singular=singular,\n context=context,\n price=price,\n discount=discount,\n )\n\n lines = [\n f\"Cost before discount = {qty} \u00d7 ${price} = ${total}\",\n f\"Final cost = ${total} \u2212 ${discount} = ${final}\",\n ]\n\n return question, lines, str(final)\n"}
|
| 3 |
+
{"tid": "dbd32e09dd", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n question = 'The age of a specific K239 unit is defined as the sum of the number of days it has been in service and its current software version number. If the unit is currently on software version 239 and it has been in service for exactly 1 year (assuming a non-leap year of 365 days), what is the \"age\" of the unit in this defined system?'\n days = 365\n version = 239\n age = days + version\n lines = [\n f\"Days in service = {days}\",\n f\"Software version number = {version}\",\n f\"Age = {days} + {version}\",\n f\"Age = {age}\",\n ]\n return question, lines, str(age)\n\n name = rng.choice([\"Alpha\", \"Bravo\", \"Cobra\", \"Delta\", \"Echo\", \"Foxtrot\", \"Golf\", \"Hotel\"])\n years = rng.randint(2, 5)\n version = rng.randint(100, 999)\n if version == 239:\n return None\n\n days = years * 365\n age = days + version\n if age <= 0:\n return None\n\n version_first = rng.random() < 0.5\n def_phrase = rng.choice([\"is defined as\", \"is calculated as\", \"is computed as\"])\n service_phrase = rng.choice([\"in service\", \"operating\"])\n\n if version_first:\n clue = f\"the unit is currently on software version {version} and it has been {service_phrase} for exactly {years} years (assuming each year is a non-leap year of 365 days)\"\n lines = [\n f\"Software version number = {version}\",\n f\"Days in service = {years} * 365\",\n f\"Days in service = {days}\",\n f\"Age = {version} + {days}\",\n f\"Age = {age}\",\n ]\n else:\n clue = f\"the unit has been {service_phrase} for exactly {years} years (assuming each year is a non-leap year of 365 days) and is currently on software version {version}\"\n lines = [\n f\"Days in service = {years} * 365\",\n f\"Days in service = {days}\",\n f\"Software version number = {version}\",\n f\"Age = {days} + {version}\",\n f\"Age = {age}\",\n ]\n\n question = f'The age of a specific {name} unit {def_phrase} the sum of the number of days it has been {service_phrase} and its current software version number. If {clue}, what is the \"age\" of the unit in this defined system?'\n return question, lines, str(age)\n"}
|
| 4 |
+
{"tid": "360687b15a", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n d1, d2, d3 = 5, 7, 9\n h, m = 2, 15\n total = h * 60 + m\n cycle = d1 + d2 + d3\n q, r = divmod(total, cycle)\n\n question = (\n \"Three students practice Siddhasana daily. Student X can hold the pose for 5 minutes, \"\n \"Student Y for 7 minutes, and Student Z for 9 minutes. If they practice in a relay format \"\n \"where each student holds the pose for their full duration before passing to the next, \"\n \"starting with X, and the total relay time is 2 hours and 15 minutes, how many complete \"\n \"relay cycles (one each of X, Y, and Z) are completed before the final partial cycle begins?\"\n )\n lines = [\n f\"Total relay time in minutes: 2 hours 15 minutes = {total}\",\n f\"Duration of one complete relay cycle: {d1} + {d2} + {d3} = {cycle}\",\n f\"Number of complete cycles in {total} minutes: {total} / {cycle} = {q} remainder {r}\",\n f\"Complete cycles finished before the final partial cycle begins: {q}\",\n ]\n return question, lines, str(q)\n\n names_pool = [\"Ava\", \"Ben\", \"Cleo\", \"Dana\", \"Eli\", \"Fay\", \"Gus\", \"Hana\", \"Ivan\", \"Judy\"]\n objects = [\n (\"runner\", \"runners\"),\n (\"musician\", \"musicians\"),\n (\"climber\", \"climbers\"),\n (\"swimmer\", \"swimmers\"),\n ]\n\n def time_phrase(h, m):\n parts = []\n if h == 1:\n parts.append(\"1 hour\")\n elif h > 1:\n parts.append(f\"{h} hours\")\n if m == 1:\n parts.append(\"1 minute\")\n elif m > 1:\n parts.append(f\"{m} minutes\")\n if not parts:\n return \"0 minutes\"\n return \" and \".join(parts)\n\n for _ in range(100):\n names = rng.sample(names_pool, 3)\n durations = rng.sample(range(3, 13), 3)\n d1, d2, d3 = durations\n singular, plural = rng.choice(objects)\n h = rng.randint(1, 3)\n m = rng.randint(0, 59)\n\n if (h, m) == (2, 15) or sorted(durations) == [5, 7, 9]:\n continue\n\n total = h * 60 + m\n cycle = d1 + d2 + d3\n q, r = divmod(total, cycle)\n\n if not (2 <= q <= 12 and r > 0):\n continue\n\n tp = time_phrase(h, m)\n\n if rng.random() < 0.5:\n question = (\n f\"Three {plural} practice a relay task daily. {names[0]} can perform the task for {d1} minutes, \"\n f\"{names[1]} for {d2} minutes, and {names[2]} for {d3} minutes. If they practice in a relay format \"\n f\"where each {singular} performs the task for their full duration before passing to the next in the \"\n f\"order listed, starting with {names[0]}, and the total relay time is {tp}, how many complete relay \"\n f\"cycles (one each of {names[0]}, {names[1]}, and {names[2]}) are completed before the final partial \"\n f\"cycle begins?\"\n )\n else:\n question = (\n f\"Three {plural} practice a relay task daily. The total relay time is {tp}. \"\n f\"{names[0]} can perform the task for {d1} minutes, {names[1]} for {d2} minutes, and \"\n f\"{names[2]} for {d3} minutes. If they practice in a relay format where each {singular} performs \"\n f\"the task for their full duration before passing to the next in the order listed, starting with \"\n f\"{names[0]}, how many complete relay cycles (one each of {names[0]}, {names[1]}, and {names[2]}) \"\n f\"are completed before the final partial cycle begins?\"\n )\n\n lines = [\n f\"Total relay time in minutes: {tp} = {total}\",\n f\"Duration of one complete relay cycle: {d1} + {d2} + {d3} = {cycle}\",\n f\"Number of complete cycles in {total} minutes: {total} / {cycle} = {q} remainder {r}\",\n f\"Complete cycles finished before the final partial cycle begins: {q}\",\n ]\n return question, lines, str(q)\n\n return None\n"}
|
| 5 |
+
{"tid": "f7204d3ca0", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n base = 120\n pct = 15\n question = (\n \"A coastal aquifer in California loses 120 million gallons of fresh water per day to saltwater intrusion. \"\n \"If a mitigation project can reduce this loss by 15%, how many million gallons per day will still be lost after the project?\"\n )\n reduced = base * pct // 100\n remaining = base - reduced\n lines = [\n f\"{pct} % of {base} = 0.{pct:02d} \u00d7 {base} = {reduced}\",\n f\"{base} \u2212 {reduced} = {remaining}\",\n ]\n return question, lines, str(remaining)\n\n states = [\n \"Texas\", \"Florida\", \"Washington\", \"Oregon\", \"Maine\", \"Massachusetts\",\n \"New York\", \"North Carolina\", \"South Carolina\", \"Georgia\", \"Alabama\",\n \"Mississippi\", \"Louisiana\", \"Arkansas\", \"Oklahoma\", \"New Mexico\",\n \"Arizona\", \"Nevada\", \"Utah\", \"Colorado\", \"Montana\", \"Wyoming\",\n \"Idaho\", \"Alaska\", \"Hawaii\", \"Rhode Island\", \"Connecticut\",\n \"Vermont\", \"New Hampshire\", \"Delaware\", \"Maryland\", \"Virginia\",\n \"West Virginia\", \"Pennsylvania\", \"New Jersey\", \"Ohio\", \"Indiana\",\n \"Illinois\", \"Michigan\", \"Wisconsin\", \"Minnesota\", \"Iowa\", \"Missouri\",\n \"Kansas\", \"Nebraska\", \"South Dakota\", \"North Dakota\",\n ]\n objects = [\n \"coastal well\", \"coastal reservoir\", \"coastal intake\",\n \"coastal water supply\",\n ]\n\n for _ in range(50):\n base = rng.randint(6, 49) * 20\n pct = rng.randint(1, 18) * 5\n\n if base == 120 and pct == 15:\n continue\n\n reduced = base * pct // 100\n remaining = base - reduced\n\n if remaining <= 0:\n continue\n\n state = rng.choice(states)\n obj = rng.choice(objects)\n\n if rng.random() < 0.5:\n question = (\n f\"A {obj} in {state} loses {base} million gallons of fresh water per day to saltwater intrusion. \"\n f\"If a mitigation project can reduce this loss by {pct}%, how many million gallons per day will still be lost after the project?\"\n )\n else:\n question = (\n f\"A {obj} in {state} currently loses {base} million gallons of fresh water per day to saltwater intrusion. \"\n f\"A mitigation project is expected to cut this loss by {pct}%. How many million gallons per day will still be lost after the project?\"\n )\n\n lines = [\n f\"{pct} % of {base} = 0.{pct:02d} \u00d7 {base} = {reduced}\",\n f\"{base} \u2212 {reduced} = {remaining}\",\n ]\n return question, lines, str(remaining)\n\n return None\n"}
|
| 6 |
+
{"tid": "b864a09cf6", "cat": "finance", "code": "def make(rng, original=False):\n from fractions import Fraction\n\n def fmt(frac):\n if frac.denominator == 1:\n return str(frac.numerator)\n d = frac.denominator\n p = 1\n while p % d:\n p *= 10\n if p > 10**12:\n return None\n k = len(str(p)) - 1\n n = frac.numerator * p // d\n s = f\"{n // p}.{n % p:0{k}d}\" if k else str(n)\n return s.rstrip(\"0\").rstrip(\".\")\n\n if original:\n p0, p1, div = 100, 110, 2\n inc = p1 - p0\n gain = inc + div\n rate_str = fmt(Fraction(gain, p0))\n pct_str = fmt(Fraction(gain * 100, p0))\n if rate_str is None or pct_str is None:\n return None\n question = (\n \"An investor purchases a stock for $100. One year later, the stock price \"\n \"rises to $110, and the investor receives a dividend of $2 during that \"\n \"period. What is the total annual percentage return on this investment?\"\n )\n lines = [\n f\"Price increase: {p1} - {p0} = {inc}\",\n f\"Total gain: {inc} + {div} = {gain}\",\n f\"Return rate: {gain} / {p0} = {rate_str}\",\n f\"Annual percentage return: {rate_str} * 100% = {pct_str}%\",\n ]\n return question, lines, f\"{pct_str}%\"\n\n p0 = rng.choice([100, 200, 250, 500, 1000])\n price_gain = rng.randint(5, 50)\n div = rng.randint(1, 20)\n p1 = p0 + price_gain\n gain = price_gain + div\n\n if p0 <= 0 or p1 <= p0 or gain <= 0:\n return None\n if (p0, price_gain, div) == (100, 10, 2):\n return None\n\n rate_str = fmt(Fraction(gain, p0))\n pct_str = fmt(Fraction(gain * 100, p0))\n if rate_str is None or pct_str is None:\n return None\n\n names = [\"Alpha\", \"Beta\", \"Gamma\", \"Delta\", \"Omega\", \"Nova\", \"Apex\", \"Zenith\"]\n name = rng.choice(names)\n templates = [\n \"An investor purchases a {name} stock for ${p0}. One year later, the stock price rises to ${p1}, and the investor receives a dividend of ${div} during that period. What is the total annual percentage return on this investment?\",\n \"A {name} stock is bought for ${p0}. After one year, the price is ${p1}, and a dividend of ${div} is paid. What is the total annual percentage return on the investment?\",\n \"An investor buys one share of {name} for ${p0}. During the next year, a dividend of ${div} is received, and the share ends at ${p1}. What is the total annual percentage return?\",\n ]\n question = rng.choice(templates).format(name=name, p0=p0, p1=p1, div=div)\n\n lines = [\n f\"Price increase: {p1} - {p0} = {price_gain}\",\n f\"Total gain: {price_gain} + {div} = {gain}\",\n f\"Return rate: {gain} / {p0} = {rate_str}\",\n f\"Annual percentage return: {rate_str} * 100% = {pct_str}%\",\n ]\n return question, lines, f\"{pct_str}%\"\n"}
|
| 7 |
+
{"tid": "85209dd996", "cat": "probability", "code": "import math\n\ndef make(rng, original=False):\n def c(n, k):\n if k < 0 or k > n:\n return 0\n return math.comb(n, k)\n\n if original:\n total, k, north, south = 12, 4, 5, 7\n question = ('A coastal maintenance team has a fleet of 12 lighthouses, each staffed by one keeper. '\n 'The team must select a committee of 4 keepers to oversee a new lighting protocol. '\n 'The committee must include at least one keeper from the \"Northern Sector\" (which contains 5 of the lighthouses) '\n 'and at least one keeper from the \"Southern Sector\" (which contains the remaining 7 lighthouses). '\n 'If the keepers are indistinguishable within their sectors for the purpose of committee roles but distinct as individuals, '\n 'what is the exact number of possible committees that satisfy these conditions?')\n t = c(total, k)\n all_south = c(south, k)\n all_north = c(north, k)\n valid = t - all_south - all_north\n lines = [\n f\"Total committees of {k} from {total} keepers: C({total},{k}) = {t}\",\n f\"Committees with no Northern keepers (all Southern): C({south},{k}) = {all_south}\",\n f\"Committees with no Southern keepers (all Northern): C({north},{k}) = {all_north}\",\n f\"Valid committees = Total - All Southern - All Northern\",\n f\"Valid committees = {t} - {all_south} - {all_north}\",\n f\"Valid committees = {valid}\",\n ]\n return question, lines, str(valid)\n\n objects = [\n (\"lighthouses\", \"lighthouse\"),\n (\"beacons\", \"beacon\"),\n (\"towers\", \"tower\"),\n (\"stations\", \"station\"),\n (\"outposts\", \"outpost\"),\n (\"buoys\", \"buoy\"),\n ]\n staffs = [\n (\"keepers\", \"keeper\"),\n (\"operators\", \"operator\"),\n (\"technicians\", \"technician\"),\n (\"guards\", \"guard\"),\n (\"watchers\", \"watcher\"),\n ]\n sectors = [\"Northern\", \"Southern\", \"Eastern\", \"Western\", \"Harbor\", \"Ridge\", \"Bay\", \"Headland\"]\n templates = [\n \"The committee must include at least one {s} from the {a} Sector (which contains {na} of the {obj}) and at least one {s} from the {b} Sector (which contains the remaining {nb} {obj}).\",\n \"At least one {s} must come from the {a} Sector (containing {na} of the {obj}) and at least one {s} must come from the {b} Sector (containing the remaining {nb} {obj}).\",\n \"The selection must contain a {s} from the {a} Sector (which has {na} of the {obj}) and a {s} from the {b} Sector (which has the remaining {nb} {obj}).\",\n ]\n\n for _ in range(200):\n total = rng.randint(8, 16)\n north = rng.randint(3, total - 3)\n south = total - north\n max_k = min(north, south, total - 1)\n if max_k < 3:\n continue\n k = rng.randint(3, max_k)\n if total == 12 and k == 4 and {north, south} == {5, 7}:\n continue\n\n obj, obj_s = rng.choice(objects)\n staff, staff_s = rng.choice(staffs)\n sec = rng.sample(sectors, 2)\n if obj == \"lighthouses\" and staff == \"keepers\" and set(sec) == {\"Northern\", \"Southern\"}:\n continue\n\n if rng.random() < 0.5:\n a, na = sec[0], north\n b, nb = sec[1], south\n else:\n a, na = sec[0], south\n b, nb = sec[1], north\n\n t = c(total, k)\n all_a = c(na, k)\n all_b = c(nb, k)\n valid = t - all_a - all_b\n if valid <= 0:\n continue\n\n question = (\n f\"A coastal maintenance team has a fleet of {total} {obj}, each staffed by one {staff_s}. \"\n f\"The team must select a committee of {k} {staff} to oversee a new lighting protocol. \"\n f\"{rng.choice(templates).format(s=staff_s, a=a, na=na, b=b, nb=nb, obj=obj)} \"\n f\"If the {staff} are indistinguishable within their sectors for the purpose of committee roles but distinct as individuals, \"\n f\"what is the exact number of possible committees that satisfy these conditions?\"\n )\n lines = [\n f\"Total committees of {k} from {total} {staff}: C({total},{k}) = {t}\",\n f\"Committees with no {a} Sector {staff} (all {b} Sector {staff}): C({nb},{k}) = {all_b}\",\n f\"Committees with no {b} Sector {staff} (all {a} Sector {staff}): C({na},{k}) = {all_a}\",\n f\"Valid committees = Total - All {b} Sector {staff} - All {a} Sector {staff}\",\n f\"Valid committees = {t} - {all_b} - {all_a}\",\n f\"Valid committees = {valid}\",\n ]\n return question, lines, str(valid)\n\n return None\n"}
|
| 8 |
+
{"tid": "35c5b7efbb", "cat": "wordproblem", "code": "def make(rng, original=False):\n if original:\n total_tracks = 12\n first = 3\n repeat = 2\n question = f'The album \"Broke\" has {total_tracks} tracks. If a listener plays the first {first} tracks twice each and the remaining tracks once, how many total track plays occur?'\n remaining = total_tracks - first\n first_plays = first * repeat\n remaining_plays = remaining * 1\n total_plays = first_plays + remaining_plays\n lines = [\n f\"First {first} tracks played twice each: {first} * {repeat} = {first_plays} plays\",\n f\"Remaining tracks = {total_tracks} - {first} = {remaining}\",\n f\"Remaining tracks played once: {remaining} * 1 = {remaining_plays} plays\",\n f\"Total plays = {first_plays} + {remaining_plays} = {total_plays}\",\n ]\n return question, lines, str(total_plays)\n\n objects = [\"playlist\", \"mixtape\", \"compilation\", \"song list\", \"tracklist\"]\n titles = [\"Neon Drive\", \"Quiet Hours\", \"Paper Sun\", \"Blue Static\", \"Glass Road\", \"Night Market\", \"Silver Rain\", \"Low Tide\"]\n obj = rng.choice(objects)\n title = rng.choice(titles)\n\n total_tracks = rng.choice([10, 11, 13, 14, 15, 16])\n first = rng.choice([2, 4, 5])\n repeat = rng.choice([3, 4])\n\n if first >= total_tracks:\n return None\n\n remaining = total_tracks - first\n first_plays = first * repeat\n remaining_plays = remaining * 1\n total_plays = first_plays + remaining_plays\n\n if total_plays == 15:\n return None\n\n repeat_words = {3: \"three\", 4: \"four\"}\n repeat_text = f\"{repeat_words[repeat]} times\"\n\n question = rng.choice([\n f'The {obj} \"{title}\" has {total_tracks} tracks. If a listener plays the first {first} tracks {repeat_text} each and the remaining tracks once, how many total track plays occur?',\n f'A {obj} called \"{title}\" contains {total_tracks} tracks. The first {first} tracks are played {repeat_text} each, and the remaining tracks are played once. How many total track plays occur?',\n f'A listener plays the first {first} tracks of the {obj} \"{title}\" {repeat_text} each and the remaining tracks once. If the {obj} has {total_tracks} tracks, how many total track plays occur?',\n ])\n\n line_first = f\"First {first} tracks played {repeat_text} each: {first} * {repeat} = {first_plays} plays\"\n line_remaining_tracks = f\"Remaining tracks = {total_tracks} - {first} = {remaining}\"\n line_remaining_plays = f\"Remaining tracks played once: {remaining} * 1 = {remaining_plays} plays\"\n line_total = f\"Total plays = {first_plays} + {remaining_plays} = {total_plays}\"\n\n if rng.random() < 0.5:\n lines = [line_first, line_remaining_tracks, line_remaining_plays, line_total]\n else:\n lines = [line_remaining_tracks, line_remaining_plays, line_first, line_total]\n\n return question, lines, str(total_plays)\n"}
|