luulinh90s/Tabular-LLM-Study-Preference-Ranking

1<html><head>2<style>3body { font-family: Arial, sans-serif; margin: 20px; }4h1 { text-align: center; }5.cot-title { color: blue; }6.pos-title { color: green; }7h2 { color: black; text-align: left; }8h3 { color: black; text-align: left; }9h4 { color: darkslategray; }10table { width: 100%; border-collapse: collapse; margin: 20px 0; }11table, th, td { border: 1px solid #ddd; padding: 8px; }12th { background-color: #f2f2f2; }13tr:nth-child(even) { background-color: #f9f9f9; }14.highlight { background-color: #ffffcc; }15.true { color: green; }16.false { color: red; }17.highlighted-cell { background-color: yellow; cursor: pointer; }18.step-title { background-color: #f1f1f1; color: #444; padding: 10px; margin: 10px 0; font-size: 18px; border-left: 4px solid #888; }19.step { display: block; }20</style>21</head><body>22<hr>23<h3><span>Statement:</span> ngc 1574 has a deeper declination (or dec) of °58′29″ , than any other galaxy in the dorado group</h3>24<h3>Input Table: dorado group</h3>25<div class="step">26<div class="step">27<div class="step-title">Step 1: Select rows where 'name' is 'ngc 1574'.</div>28<div id="step-1" class="content">29<table>30<tr>31<td>name</td>32<td>type</td>33<td>ra___j2000__</td>34<td>dec___j2000__</td>35<td>redshift__km___s__</td>36<td>apparent_magnitude</td>37</tr>38<tr>39<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 2082</span></td>40<td>sab (rs + ) c</td>41<td>05h41 m51.1s</td>42<td>degree18′04″</td>43<td>1184 ± 6</td>44<td>12.6</td>45</tr>46<tr>47<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1947</span></td>48<td>s0 - pec</td>49<td>05h26 m47.6s</td>50<td>degree45′36″</td>51<td>1100 ± 24</td>52<td>11.7</td>53</tr>54<tr>55<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1796</span></td>56<td>(r) sb (r) dm :</td>57<td>05h02 m42.5s</td>58<td>degree08′24″</td>59<td>1014 ± 9</td>60<td>12.9</td>61</tr>62<tr>63<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1688</span></td>64<td>sb (rs) dm</td>65<td>04h48 m23.8s</td>66<td>degree48′01″</td>67<td>1228 ± 6</td>68<td>12.6</td>69</tr>70<tr>71<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1672</span></td>72<td>(r'_1: ) sb (r) bc sy2</td>73<td>04h45 m42.5s</td>74<td>degree14′50″</td>75<td>1331 ± 3</td>76<td>10.3</td>77</tr>78<tr>79<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ic 2056</span></td>80<td>sab (r) b</td>81<td>04h16 m24.5s</td>82<td>degree12′25″</td>83<td>1133 ± 10</td>84<td>12.5</td>85</tr>86<tr>87<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1559</span></td>88<td>sb (s) cd</td>89<td>04h17 m35.8s</td>90<td>degree47′01″</td>91<td>1304 ± 4</td>92<td>11.0</td>93</tr>94<tr>95<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1543</span></td>96<td>(r) sb (l) 0 0</td>97<td>04h12 m43.2s</td>98<td>degree44′17″</td>99<td>1176 ± 7</td>100<td>11.5</td>101</tr>102<tr>103<td><span class="highlighted-cell" title="Used in transformation" style="background-color:#90EE90;">ngc 1574</span></td>104<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">sa0 -</span></td>105<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">04h21 m58.8s</span></td>106<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">degree58′29″</span></td>107<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">1050 ± 25</span></td>108<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">11.4</span></td>109</tr>110<tr>111<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1533</span></td>112<td>(l) sb (rs) 0 0</td>113<td>04h09 m51.8s</td>114<td>degree07′06″</td>115<td>790 ± 5</td>116<td>11.7</td>117</tr>118<tr>119<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1546</span></td>120<td>sa0 +</td>121<td>04h14 m36.5s</td>122<td>degree03′39″</td>123<td>1284 ± 14</td>124<td>11.8</td>125</tr>126<tr>127<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1553</span></td>128<td>sa (rl) 0 0</td>129<td>04h16 m10.5s</td>130<td>degree46′49″</td>131<td>1080 ± 11</td>132<td>10.3</td>133</tr>134<tr>135<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1549</span></td>136<td>e0 1</td>137<td>04h15 m45.1s</td>138<td>degree35′32″</td>139<td>1220 ± 15</td>140<td>10.7</td>141</tr>142<tr>143<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1566</span></td>144<td>(r'_1) sab (rs) bcsy1</td>145<td>04h20 m00.4s</td>146<td>degree56′16″</td>147<td>1504 ± 2</td>148<td>10.3</td>149</tr>150<tr>151<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1617</span></td>152<td>(r') sab (rs) a</td>153<td>04h31 m39.5s</td>154<td>degree36′08″</td>155<td>1063 ± 21</td>156<td>11.4</td>157</tr>158<tr>159<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1515</span></td>160<td>sab (s) bc</td>161<td>04h04 m02.7s</td>162<td>degree06′00″</td>163<td>1175 ± 7</td>164<td>12.1</td>165</tr>166<tr>167<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1705</span></td>168<td>sa0 - pec</td>169<td>04h54 m13.5s</td>170<td>degree21′40″</td>171<td>633 ± 6</td>172<td>12.8</td>173</tr>174<tr>175<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1596</span></td>176<td>sa0: sp</td>177<td>04h27 m38.1s</td>178<td>degree01′40″</td>179<td>1510 ± 8</td>180<td>12.1</td>181</tr>182</table>183</div>184<hr>185<div class="step">186<div class="step-title">Step 2: Extract the numerical value of 'dec___j2000__' column then add column 'dec_deg' to existing table.</div>187<div id="step-0" class="content">188<table>189<tr>190<td>name</td>191<td>type</td>192<td>ra___j2000__</td>193<td>dec___j2000__</td>194<td>redshift__km___s__</td>195<td>apparent_magnitude</td>196</tr>197<tr>198<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1574</span></td>199<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">sa0 -</span></td>200<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">04h21 m58.8s</span></td>201<td><span class="highlighted-cell" title="Used in transformation" style="background-color:#90EE90;">degree58′29″</span></td>202<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">1050 ± 25</span></td>203<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">11.4</span></td>204</tr>205</table>206</div>207</div>208<hr>209<div class="step">210<div class="step-title">Step 3: Select rows where 'dec_deg' is greater than or equal to 58.</div>211<div id="step-1" class="content">212<table>213<tr>214<td>name</td>215<td>type</td>216<td>ra___j2000__</td>217<td>dec___j2000__</td>218<td>redshift__km___s__</td>219<td>apparent_magnitude</td>220<td>dec_deg</td>221</tr>222<tr>223<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1574</span></td>224<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">sa0 -</span></td>225<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">04h21 m58.8s</span></td>226<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">degree58′29″</span></td>227<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">1050 ± 25</span></td>228<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">11.4</span></td>229<td><span class="highlighted-cell" title="Used in transformation" style="background-color:#90EE90;">58.0</span></td>230</tr>231</table>232</div>233</div>234<hr>235<div class="step">236<div class="step-title">Step 4: Select rows where 'dec_deg' is less than or equal to 59.</div>237<div id="step-2" class="content">238<table>239<tr>240<td>name</td>241<td>type</td>242<td>ra___j2000__</td>243<td>dec___j2000__</td>244<td>redshift__km___s__</td>245<td>apparent_magnitude</td>246<td>dec_deg</td>247</tr>248<tr>249<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1574</span></td>250<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">sa0 -</span></td>251<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">04h21 m58.8s</span></td>252<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">degree58′29″</span></td>253<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">1050 ± 25</span></td>254<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">11.4</span></td>255<td><span class="highlighted-cell" title="Used in transformation" style="background-color:#90EE90;">58.0</span></td>256</tr>257</table>258</div>259</div>260<hr>261<div class="step">262<div class="step-title">Step 5: Extract the numerical value of 'dec___j2000__' column then add column 'dec_min' to existing table.</div>263<div id="step-3" class="content">264<table>265<tr>266<td>name</td>267<td>type</td>268<td>ra___j2000__</td>269<td>dec___j2000__</td>270<td>redshift__km___s__</td>271<td>apparent_magnitude</td>272<td>dec_deg</td>273</tr>274<tr>275<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">ngc 1574</span></td>276<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">sa0 -</span></td>277<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">04h21 m58.8s</span></td>278<td><span class="highlighted-cell" title="Used in transformation" style="background-color:#90EE90;">degree58′29″</span></td>279<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">1050 ± 25</span></td>280<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">11.4</span></td>281<td><span class="highlighted-cell" title="Used in transformation" style="background-color:yellow;">58.0</span></td>282</tr>283</table>284</div>285</div>286<hr>287<div class="step">288<div class="step-title">Step 6: Select rows where 'dec_min' is greater than or equal to 29.</div>289<div id="step-4" class="content">290<table>291<tr>292<td>name</td>293<td>type</td>294<td>ra___j2000__</td>295<td>dec___j2000__</td>296<td>redshift__km___s__</td>297<td>apparent_magnitude</td>298<td>dec_deg</td>299<td>dec_min</td>300</tr>301<tr>302<td>ngc 1574</td>303<td>sa0 -</td>304<td>04h21 m58.8s</td>305<td>degree58′29″</td>306<td>1050 ± 25</td>307<td>11.4</td>308<td>58.0</td>309<td>0.0</td>310</tr>311</table>312</div>313</div>314<hr>315<div class="step">316<div class="step-title">Step 7: Select rows where 'dec_min' is less than or equal to 30.</div>317<div id="step-5" class="content">318<table>319<tr>320<td>name</td>321<td>type</td>322<td>ra___j2000__</td>323<td>dec___j2000__</td>324<td>redshift__km___s__</td>325<td>apparent_magnitude</td>326<td>dec_deg</td>327<td>dec_min</td>328</tr>329</table>330</div>331</div>332<hr>333<div class="step">334<div class="step-title">Step 8: Extract the numerical value of 'dec___j2000__' column then add column 'dec_sec' to existing table.</div>335<div id="step-6" class="content">336<table>337<tr>338<td>name</td>339<td>type</td>340<td>ra___j2000__</td>341<td>dec___j2000__</td>342<td>redshift__km___s__</td>343<td>apparent_magnitude</td>344<td>dec_deg</td>345<td>dec_min</td>346</tr>347</table>348</div>349</div>350<hr>351<div class="step">352<div class="step-title">Step 9: Select rows where 'dec_sec' is greater than or equal to 0.</div>353<div id="step-7" class="content">354<table>355<tr>356<td>name</td>357<td>type</td>358<td>ra___j2000__</td>359<td>dec___j2000__</td>360<td>redshift__km___s__</td>361<td>apparent_magnitude</td>362<td>dec_deg</td>363<td>dec_min</td>364<td>dec_sec</td>365</tr>366</table>367</div>368</div>369<hr>370<div class="step">371<div class="step-title">Step 10: Select rows where 'dec_sec' is less than or</div>372<div id="step-8" class="content">373<table>374<tr>375<td>name</td>376<td>type</td>377<td>ra___j2000__</td>378<td>dec___j2000__</td>379<td>redshift__km___s__</td>380<td>apparent_magnitude</td>381<td>dec_deg</td>382<td>dec_min</td>383<td>dec_sec</td>384</tr>385</table>386</div>387</div>388<hr>389<table>390<tr>391<td>name</td>392<td>type</td>393<td>ra___j2000__</td>394<td>dec___j2000__</td>395<td>redshift__km___s__</td>396<td>apparent_magnitude</td>397<td>dec_deg</td>398<td>dec_min</td>399<td>dec_sec</td>400</tr>401</table>402</div>403</div>404<hr>405</body></html>406