A Swapper Array may only explode with an adjacent enemy piece.
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For general reference, here is the complete list of moves:
1. P e2-f3 1... p d7-c6 2. C e1-e3 2... l c8-g4 //Check! 3. L f1-e2 3... p c7-c5 4. P f3-g3 4... l g4-h3 5. P g2-f3 5... l h3-g4 6. S h1-g2 6... l g4-h5 7. P h2-f4 7... l h5-g4 8. P f3-e4 8... l g4-h3 9. g2-h3; @-h3 9... a b8-e5 10. L e2-b5 10... p f7-d7 11. L b5-h5 11... l f8-f7 12. L h5-f3 12... p g7-f8 13. P g3-f4 13... i h8-e5 14. C e3-d4 14... p e7-f6 15. P d2-e3 15... p f6-d4 16. P e3-e5 16... p d4-c3 17. L f3-b3 17... c d8-b6 18. A g1-g7 18... l f7-f1 19. L b3-e6 19... k e8-d8 20. A g7-f6 20... resignIf this is your settings file, you may edit it at https://www.chessvariants.com/play/pbm/play.php?game=Rococo+with+mirror+arrays&settings=Alfaerie&submit=Edit
Here is a code listing:
0 set k e8 1 set K d1 2 set i h8 3 set I a1 4 sub postauto1 5 set suicide and equal origin #oorigin equal moved #omoved 6 if and and isupper old not #suicide and not equal moved S or not equal moved C not equal old S 7 die You may not capture your own pieces, except by suicide. 8 endif 9 if and and islower old not #suicide and and and not equal moved K not equal moved S not equal moved P or not equal moved C not match old k p s 10 die Only the King and the Pawn (or the Chameleon) may capture by replacement, and only the Swapper (or the Chameleon) may capture by mutual destruction 11 endif 12 set border or or or equal filename dest x equal filename dest z equal rankname dest 0 equal rankname dest 9 13 set oborder or or or equal filename origin x equal filename origin z equal rankname origin 0 equal rankname origin 9 14 if and and equal origin #oorigin equal dest #odest match moved C S 15 die A swapped piece may not swap back immediately. 16 endif 17 set odest dest 18 set immobilized true 19 if and #i equal #i where origin 1 0 20 elseif and #i equal #i where origin 1 1 21 elseif and #i equal #i where origin 0 1 22 elseif and #i equal #i where origin neg 1 1 23 elseif and #i equal #i where origin neg 1 0 24 elseif and #i equal #i where origin neg 1 neg 1 25 elseif and #i equal #i where origin 0 neg 1 26 elseif and #i equal #i where origin 1 neg 1 27 elseif and equal moved I equal c what origin 1 0 28 elseif and equal moved I equal c what origin 1 1 29 elseif and equal moved I equal c what origin 0 1 30 elseif and equal moved I equal c what origin neg 1 1 31 elseif and equal moved I equal c what origin neg 1 0 32 elseif and equal moved I equal c what origin neg 1 neg 1 33 elseif and equal moved I equal c what origin 0 neg 1 34 elseif and equal moved I equal c what origin 1 neg 1 35 else 36 set immobilized false 37 endif 38 set simmobilized true 39 if equal i what dest 1 0 40 elseif equal i what dest 1 1 41 elseif equal i what dest 0 1 42 elseif equal i what dest neg 1 1 43 elseif equal i what dest neg 1 0 44 elseif equal i what dest neg 1 neg 1 45 elseif equal i what dest 0 neg 1 46 elseif equal i what dest 1 neg 1 47 elseif and equal dest #I equal c what dest 1 0 48 elseif and equal dest #I equal c what dest 1 1 49 elseif and equal dest #I equal c what dest 0 1 50 elseif and equal dest #I equal c what dest neg 1 1 51 elseif and equal dest #I equal c what dest neg 1 0 52 elseif and equal dest #I equal c what dest neg 1 neg 1 53 elseif and equal dest #I equal c what dest 0 neg 1 54 elseif and equal dest #I equal c what dest 1 neg 1 55 else 56 set simmobilized false 57 endif 58 if and #immobilized not #suicide 59 die An immobilized piece may only commit suicide. 60 endif 61 if and not #simmobilized #suicide 62 set pp space dest 63 die Only an immobilized piece may only commit suicide. 64 endif 65 if and unequal space dest moved not #suicide 66 set pp space dest 67 if and equal moved P unequal #pp P 68 if not match rankname dest 8 9 69 die You may not promote a Pawn until it reaches one of the last two ranks. 70 elseif not match #pp I A W L S C 71 die You may not promote your Pawn to a #pp . 72 else 73 add K dest 74 set f1 findpiece #pp x0 x1 x2 x3 x4 x5 x6 x7 x8 x9 a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 c0 c1 c2 c3 c4 c5 c6 c7 c8 c9 d0 d1 d2 d3 d4 d5 d6 d7 d8 d9 e0 e1 e2 e3 e4 e5 e6 e7 e8 e9 f0 f1 f2 f3 f4 f5 f6 f7 f8 f9 g0 g1 g2 g3 g4 g5 g6 g7 g8 g9 h0 h1 h2 h3 h4 h5 h6 h7 h8 h9 z0 z1 z2 z3 z4 z5 z6 z7 z8 z9 75 set f2 findpiece #pp last x0 x1 x2 x3 x4 x5 x6 x7 x8 x9 a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 c0 c1 c2 c3 c4 c5 c6 c7 c8 c9 d0 d1 d2 d3 d4 d5 d6 d7 d8 d9 e0 e1 e2 e3 e4 e5 e6 e7 e8 e9 f0 f1 f2 f3 f4 f5 f6 f7 f8 f9 g0 g1 g2 g3 g4 g5 g6 g7 g8 g9 h0 h1 h2 h3 h4 h5 h6 h7 h8 h9 z0 z1 z2 z3 z4 z5 z6 z7 z8 z9 76 if and onboard #f1 match #pp I W A S C 77 die You may not promote your Pawn to a #pp until one has been captured. 78 endif 79 if and unequal #f1 #f2 match #pp L 80 die You may not promote your Pawn to a #pp until one has been captured. 81 endif 82 add #pp dest 83 endif 84 if equal #pp I 85 set I dest 86 endif 87 elseif or and unequal moved S or unequal moved C unequal old s unequal #pp @ 88 die You may not change the type of this piece. 89 elseif or nor checkleap origin dest 1 0 checkleap origin dest 1 1 not islower old 90 die A Swapper (or a Chameleon) may only explode with an adjacent enemy piece. 91 endif 92 endif 93 set legal false 94 if #suicide 95 if equal #I dest 96 set I null 97 endif 98 elseif equal moved P 99 set necessity capture 100 set legal or and not capture or checkleap origin dest 1 0 checkleap origin dest 1 1 or and checkleap origin dest 2 0 checkhop origin dest 1 0 and checkleap origin dest 2 2 checkhop origin dest 1 1 101 if equal i old 102 set i null 103 endif 104 elseif equal moved I 105 set I dest 106 set necessity false 107 set legal or checkride origin dest 1 1 checkride origin dest 1 0 108 elseif equal moved W 109 set necessity or checkleap origin dest 1 0 checkleap origin dest 1 1 110 set legal or checkride origin dest 1 1 checkride origin dest 1 0 111 set target where origin cmp file origin file dest cmp rank origin rank dest 112 set necessity and #necessity islower space #target 113 if islower space #target 114 capture #target 115 endif 116 elseif equal moved A 117 set necessity false 118 set legal or checkride origin dest 1 1 checkride origin dest 1 0 119 set target where dest cmp file dest file origin cmp rank dest rank origin 120 if islower space #target 121 set necessity true 122 if equal #i #target 123 set i null 124 endif 125 capture #target 126 endif 127 elseif equal moved L 128 set legal or or equal file origin file dest equal rank origin rank dest equal abs minus file origin file dest abs minus rank origin rank dest 129 set necessity islower what dest cmp file origin file dest cmp rank origin rank dest 130 set screen1 null 131 set screen2 null 132 set screen3 null 133 set screen4 null 134 set step origin 135 if not or checkride origin dest 1 1 checkride origin dest 1 0 136 set screen1 where origin cmp file dest file origin cmp rank dest rank origin 137 if empty #screen1 138 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 139 if empty #screen1 140 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 141 if empty #screen1 142 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 143 if empty #screen1 144 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 145 if empty #screen1 146 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 147 if empty #screen1 148 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 149 if empty #screen1 150 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 151 endif 152 endif 153 endif 154 endif 155 endif 156 endif 157 endif 158 if isupper space #screen1 159 set legal false 160 endif 161 if equal #i #screen1 162 set i null 163 endif 164 capture #screen1 165 if not or checkride #screen1 dest 1 1 checkride #screen1 dest 1 0 166 set screen2 where #screen1 cmp file dest file origin cmp rank dest rank origin 167 if not empty #screen2 168 set legal false 169 endif 170 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 171 if empty #screen2 172 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 173 if empty #screen2 174 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 175 if empty #screen2 176 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 177 if empty #screen2 178 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 179 if empty #screen2 180 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 181 endif 182 endif 183 endif 184 endif 185 endif 186 if isupper space #screen2 187 set legal false 188 endif 189 if equal #i #screen2 190 set i null 191 endif 192 capture #screen2 193 if not or checkride #screen2 dest 1 1 checkride #screen2 dest 1 0 194 set screen3 where #screen2 cmp file dest file origin cmp rank dest rank origin 195 if not empty #screen3 196 set legal false 197 endif 198 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 199 if empty #screen3 200 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 201 if empty #screen3 202 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 203 if empty #screen3 204 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 205 endif 206 endif 207 endif 208 if isupper space #screen3 209 set legal false 210 endif 211 if equal #i #screen3 212 set i null 213 endif 214 capture #screen3 215 if not or checkride #screen3 dest 1 1 checkride #screen3 dest 1 0 216 set screen4 where #screen3 cmp file dest file origin cmp rank dest rank origin 217 if not empty #screen4 218 set legal false 219 endif 220 set screen4 where #screen4 cmp file dest file origin cmp rank dest rank origin 221 if empty #screen4 222 set screen4 where #screen4 cmp file dest file origin cmp rank dest rank origin 223 endif 224 if isupper space #screen4 225 set legal false 226 endif 227 if equal #i #screen4 228 set i null 229 endif 230 capture #screen4 231 if not or checkride #screen4 dest 1 1 checkride #screen4 dest 1 0 232 set legal false 233 endif 234 endif 235 endif 236 endif 237 endif 238 elseif equal moved S 239 set necessity capture 240 set legal or checkride origin dest 1 1 checkride origin dest 1 0 241 if equal i old 242 set i origin 243 endif 244 if equal I old 245 set I origin 246 endif 247 if equal k old 248 set k origin 249 endif 250 if equal K old 251 set K origin 252 endif 253 if unequal space dest @ 254 add old origin 255 endif 256 elseif equal moved C 257 set oldd old 258 set necessityw equal w what dest mult 2 cmp file origin file dest mult 2 cmp rank origin rank dest and equal w what origin cmp file origin file dest cmp rank origin rank dest 259 set necessitya equal a what dest cmp file dest file origin cmp rank dest rank origin 260 set necessityl equal l what dest cmp file origin file dest cmp rank origin rank dest 261 set necessity or or or capture #necessityl #necessityw #necessitya 262 set legal or or equal file origin file dest equal rank origin rank dest equal abs minus file origin file dest abs minus rank origin rank dest 263 set screen1 null 264 set screen2 null 265 if not equal old p 266 if not or checkride origin dest 1 1 checkride origin dest 1 0 267 set screen1 where origin cmp file dest file origin cmp rank dest rank origin 268 if empty #screen1 269 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 270 if empty #screen1 271 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 272 if empty #screen1 273 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 274 if empty #screen1 275 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 276 if empty #screen1 277 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 278 if empty #screen1 279 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 280 if empty #screen1 281 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 282 endif 283 endif 284 endif 285 endif 286 endif 287 endif 288 endif 289 if not equal l space #screen1 290 set legal false 291 endif 292 capture #screen1 293 if not or checkride #screen1 dest 1 1 checkride #screen1 dest 1 0 294 set screen2 where #screen1 cmp file dest file origin cmp rank dest rank origin 295 if not empty #screen2 296 set legal false 297 endif 298 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 299 if empty #screen2 300 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 301 if empty #screen2 302 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 303 if empty #screen2 304 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 305 if empty #screen2 306 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 307 if empty #screen2 308 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 309 endif 310 endif 311 endif 312 endif 313 endif 314 if not equal l space #screen2 315 set legal false 316 endif 317 capture #screen2 318 if not or checkride #screen2 dest 1 1 checkride #screen2 dest 1 0 319 set legal false 320 endif 321 endif 322 endif 323 else 324 set legal or and checkleap origin dest 2 0 checkhop origin dest 1 0 and checkleap origin dest 2 2 checkhop origin dest 1 1 325 set screen1 where dest cmp file origin file dest cmp rank origin rank dest 326 if equal l #screen1 327 capture #screen1 328 endif 329 endif 330 if unequal space dest @ 331 set wtarget where origin cmp file origin file dest cmp rank origin rank dest 332 if equal w space #wtarget 333 capture #wtarget 334 endif 335 set atarget where dest cmp file dest file origin cmp rank dest rank origin 336 if equal a space #atarget 337 capture #atarget 338 endif 339 if match #oldd S s 340 add #oldd origin 341 endif 342 endif 343 elseif equal moved K 344 set K dest 345 set necessity capture 346 set legal or checkleap origin dest 1 1 checkleap origin dest 1 0 347 endif 348 set legal or #legal #suicide 349 if not var legal 350 die You may not move a moved from origin to #odest 351 endif 352 if and and #border not #necessity not #suicide 353 die You may move to a border square only to capture a piece which couldn't be captured otherwise. 354 endif 355 set legal false 356 set neigh1 where #I 1 0 357 set neigh2 where #I 1 1 358 set neigh3 where #I 0 1 359 set neigh4 where #I neg 1 1 360 set neigh5 where #I neg 1 0 361 set neigh6 where #I neg 1 neg 1 362 set neigh7 where #I 0 neg 1 363 set neigh8 where #I 1 neg 1 364 convert #neigh1 a b k q p o l m s t w v c y 365 convert #neigh2 a b k q p o l m s t w v c y 366 convert #neigh3 a b k q p o l m s t w v c y 367 convert #neigh4 a b k q p o l m s t w v c y 368 convert #neigh5 a b k q p o l m s t w v c y 369 convert #neigh6 a b k q p o l m s t w v c y 370 convert #neigh7 a b k q p o l m s t w v c y 371 convert #neigh8 a b k q p o l m s t w v c y 372 if and not equal a what #K 1 0 match insight #K 1 0 a 373 elseif and not equal a what #K 1 1 match insight #K 1 1 a 374 elseif and not equal a what #K 0 1 match insight #K 0 1 a 375 elseif and not equal a what #K neg 1 1 match insight #K neg 1 1 a 376 elseif and not equal a what #K neg 1 0 match insight #K neg 1 0 a 377 elseif and not equal a what #K neg 1 neg 1 match insight #K neg 1 neg 1 a 378 elseif and not equal a what #K 0 neg 1 match insight #K 0 neg 1 a 379 elseif and not equal a what #K 1 neg 1 match insight #K 1 neg 1 a 380 elseif and equal w what #K 1 0 empty where #K 2 0 381 elseif and equal w what #K 1 1 empty where #K 2 2 382 elseif and equal w what #K 0 1 empty where #K 0 2 383 elseif and equal w what #K neg 1 1 empty where #K neg 2 2 384 elseif and equal w what #K neg 1 0 empty where #K neg 2 0 385 elseif and equal w what #K neg 1 neg 1 empty where #K neg 2 neg 2 386 elseif and equal w what #K 0 neg 1 empty where #K 0 neg 2 387 elseif and equal w what #K 1 neg 1 empty where #K 2 neg 2 388 elseif and equal l insight #K 1 0 empty where #K neg 1 0 389 elseif and equal l insight #K 1 1 empty where #K neg 1 neg 1 390 elseif and equal l insight #K 0 1 empty where #K 0 neg 1 391 elseif and equal l insight #K neg 1 1 empty where #K 1 neg 1 392 elseif and equal l insight #K neg 1 0 empty where #K 1 0 393 elseif and equal l insight #K neg 1 neg 1 empty where #K 1 1 394 elseif and equal l insight #K 0 neg 1 empty where #K 0 1 395 elseif and equal l insight #K 1 neg 1 empty where #K neg 1 1 396 elseif and and and equal l behindscreen #K 1 0 isupper insight #K 1 0 empty where #K neg 1 0 empty where #K 1 0 397 elseif and and and equal l behindscreen #K 1 1 isupper insight #K 1 1 empty where #K neg 1 neg 1 empty where #K 1 1 398 elseif and and and equal l behindscreen #K 0 1 empty where #K 0 neg 1 empty where #K 0 1 isupper insight #K 0 1 399 elseif and and and equal l behindscreen #K neg 1 1 isupper insight #K neg 1 1 empty where #K 1 neg 1 empty where #K neg 1 1 400 elseif and and and equal l behindscreen #K neg 1 0 isupper insight #K neg 1 0 empty where #K 1 0 empty where #K neg 1 0 401 elseif and and and equal l behindscreen #K neg 1 neg 1 isupper insight #K neg 1 neg 1 empty where #K 1 1 empty where #K neg 1 neg 1 402 elseif and and and equal l behindscreen #K 0 neg 1 isupper insight #K 0 neg 1 empty where #K 0 1 empty where #K 0 neg 1 403 elseif and and and equal l behindscreen #K 1 neg 1 isupper insight #K 1 neg 1 empty where #K neg 1 1 empty where #K 1 neg 1 404 elseif and and and and and and and equal l what #K 6 0 empty where #K neg 1 0 empty where #K 1 0 isupper what #K 2 0 empty where #K 3 0 isupper what #K 4 0 empty where #K 5 0 405 elseif and and and and and and and equal l what #K 6 6 empty where #K neg 1 neg 1 empty where #K 1 1 isupper what #K 2 2 empty where #K 3 3 isupper what #K 4 4 empty where #K 5 5 406 elseif and and and and and and and equal l what #K 0 6 empty where #K 0 neg 1 empty where #K 0 1 isupper what #K 0 2 empty where #K 0 3 isupper what #K 0 4 empty where #K 0 5 407 elseif and and and and and and and equal l what #K neg 6 6 empty where #K 1 neg 1 empty where #K neg 1 1 isupper what #K neg 2 2 empty where #K neg 3 3 isupper what #K neg 4 4 empty where #K neg 5 5 408 elseif and and and and and and and equal l what #K neg 6 0 empty where #K 1 0 empty where #K neg 1 0 isupper what #K neg 2 0 empty where #K neg 3 0 isupper what #K neg 4 0 empty where #K neg 5 0 409 elseif and and and and and and and equal l what #K neg 6 neg 6 empty where #K 1 1 empty where #K neg 1 neg 1 isupper what #K neg 2 neg 2 empty where #K neg 3 neg 3 isupper what #K neg 4 neg 4 empty where #K neg 5 neg 5 410 elseif and and and and and and and equal l what #K 0 neg 6 empty where #K 0 1 empty where #K 0 neg 1 isupper what #K 0 neg 2 empty where #K 0 neg 3 isupper what #K 0 neg 4 empty where #K 0 neg 5 411 elseif and and and and and and and equal l what #K 6 neg 6 empty where #K neg 1 1 empty where #K 1 neg 1 isupper what #K 2 neg 2 empty where #K 3 neg 3 isupper what #K 4 neg 4 empty where #K 5 neg 5 412 elseif match what #K 1 0 k c s 413 elseif match what #K 1 1 k c s 414 elseif match what #K 0 1 k c s 415 elseif match what #K neg 1 1 k c s 416 elseif match what #K neg 1 0 k c s 417 elseif match what #K neg 1 neg 1 k c s 418 elseif match what #K 0 neg 1 k c s 419 elseif match what #K 1 neg 1 k c s 420 elseif and not empty where #K 1 0 equal p what #K 2 0 421 elseif and not empty where #K 1 1 equal p what #K 2 2 422 elseif and not empty where #K 0 1 equal p what #K 0 2 423 elseif and not empty where #K neg 1 1 equal p what #K neg 2 2 424 elseif and not empty where #K neg 1 0 equal p what #K neg 2 0 425 elseif and not empty where #K neg 1 neg 1 equal p what #K neg 2 neg 2 426 elseif and not empty where #K 0 neg 1 equal p what #K 0 neg 2 427 elseif and not empty where #K 1 neg 1 equal p what #K 2 neg 2 428 else 429 set legal true 430 endif 431 if not var legal 432 die You may not move into check 433 endif 434 set l null 435 set dirv cond less 6 rank #K neg 1 1 436 set dirh cond less 6 file #K neg 1 1 437 if and empty where #K 0 1 empty where #K 0 neg 1 438 set l findpiece l where #K 0 mult 6 #dirv where #K 0 mult 7 #dirv where #K 0 mult 8 #dirv where #K 0 mult 9 #dirv 439 set step where #l 0 neg #dirv 440 set step cond islower space #step null where #step 0 neg #dirv 441 set step cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 442 set step cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 443 set step cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 444 set step cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 445 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 446 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 447 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step 0 #dirv null where #step 0 neg #dirv 448 if and onboard #l equal #step #K 449 die You may not move into check 450 endif 451 endif 452 if and empty where #K 1 0 empty where #K neg 1 0 453 set l findpiece l where #K mult 6 #dirh 0 where #K mult 7 #dirh 0 where #K mult 8 #dirh 0 where #K mult 9 #dirh 0 454 set step where #l neg #dirh 0 455 set step cond islower space #step null where #step neg #dirh 0 456 set step cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 457 set step cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 458 set step cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 459 set step cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 460 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 461 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 462 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh 0 null where #step neg #dirh 0 463 if and onboard #l equal #step #K 464 die You may not move into check 465 endif 466 endif 467 if and empty where #K #dirh #dirv empty where #K neg #dirh neg #dirv 468 set l findpiece l where #K mult 6 #dirh mult 6 #dirv where #K mult 7 #dirh mult 7 #dirv where #K mult 8 #dirh mult 8 #dirv where #K mult 9 #dirh mult 9 #dirv 469 set step where #l neg #dirh neg #dirv 470 set step cond islower space #step null where #step neg #dirh neg #dirv 471 set step cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 472 set step cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 473 set step cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 474 set step cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 475 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 476 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 477 set step cond equal #step #K #K cond or islower space #step and isupper space #step isupper what #step #dirh #dirv null where #step neg #dirh neg #dirv 478 if and onboard #l equal #step #K 479 die You may not move into check 480 endif 481 endif 482 convert #neigh1 b a q k o p m l t s v w y c 483 convert #neigh2 b a q k o p m l t s v w y c 484 convert #neigh3 b a q k o p m l t s v w y c 485 convert #neigh4 b a q k o p m l t s v w y c 486 convert #neigh5 b a q k o p m l t s v w y c 487 convert #neigh6 b a q k o p m l t s v w y c 488 convert #neigh7 b a q k o p m l t s v w y c 489 convert #neigh8 b a q k o p m l t s v w y c 490 set oorigin origin 491 set omoved moved 492 endsub 493 sub postauto2 494 set suicide and equal origin #oorigin equal moved #omoved 495 if and and islower old not #suicide and not equal moved s or not equal moved c not equal old s 496 die You may not capture your own pieces, except by suicide. 497 endif 498 if and and isupper old not #suicide and and and not equal moved k not equal moved s not equal moved p or not equal moved c not match old K P S 499 die Only the King and the Pawn (or the Chameleon) may capture by replacement, and only the Swapper (or the Chameleon) may capture by mutual destruction 500 endif 501 set border or or or equal filename dest x equal filename dest z equal rankname dest 0 equal rankname dest 9 502 set oborder or or or equal filename origin x equal filename origin z equal rankname origin 0 equal rankname origin 9 503 if and and equal origin #oorigin equal dest #odest match moved c s 504 die A swapped piece may not swap back immediately. 505 endif 506 set odest dest 507 set immobilized true 508 if and #I equal #I where origin 1 0 509 elseif and #I equal #I where origin 1 1 510 elseif and #I equal #I where origin 0 1 511 elseif and #I equal #I where origin neg 1 1 512 elseif and #I equal #I where origin neg 1 0 513 elseif and #I equal #I where origin neg 1 neg 1 514 elseif and #I equal #I where origin 0 neg 1 515 elseif and #I equal #I where origin 1 neg 1 516 elseif and equal moved i equal C what origin 1 0 517 elseif and equal moved i equal C what origin 1 1 518 elseif and equal moved i equal C what origin 0 1 519 elseif and equal moved i equal C what origin neg 1 1 520 elseif and equal moved i equal C what origin neg 1 0 521 elseif and equal moved i equal C what origin neg 1 neg 1 522 elseif and equal moved i equal C what origin 0 neg 1 523 elseif and equal moved i equal C what origin 1 neg 1 524 else 525 set immobilized false 526 endif 527 set simmobilized true 528 if equal I what dest 1 0 529 elseif equal I what dest 1 1 530 elseif equal I what dest 0 1 531 elseif equal I what dest neg 1 1 532 elseif equal I what dest neg 1 0 533 elseif equal I what dest neg 1 neg 1 534 elseif equal I what dest 0 neg 1 535 elseif equal I what dest 1 neg 1 536 elseif and equal dest #i equal C what dest 1 0 537 elseif and equal dest #i equal C what dest 1 1 538 elseif and equal dest #i equal C what dest 0 1 539 elseif and equal dest #i equal C what dest neg 1 1 540 elseif and equal dest #i equal C what dest neg 1 0 541 elseif and equal dest #i equal C what dest neg 1 neg 1 542 elseif and equal dest #i equal C what dest 0 neg 1 543 elseif and equal dest #i equal C what dest 1 neg 1 544 else 545 set simmobilized false 546 endif 547 if and #immobilized not #suicide 548 die An immobilized piece may only commit suicide. 549 endif 550 if and not #simmobilized #suicide 551 die Only an immobilized piece may only commit suicide. 552 endif 553 if and unequal space dest moved not #suicide 554 set pp space dest 555 if and equal moved p unequal #pp p 556 if not match rankname dest 0 1 557 die You may not promote a Pawn until it reaches one of the last two ranks. 558 elseif not match #pp i a w l s c 559 die You may not promote your Pawn to a #pp . 560 else 561 add k dest 562 set f1 findpiece #pp x0 x1 x2 x3 x4 x5 x6 x7 x8 x9 a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 c0 c1 c2 c3 c4 c5 c6 c7 c8 c9 d0 d1 d2 d3 d4 d5 d6 d7 d8 d9 e0 e1 e2 e3 e4 e5 e6 e7 e8 e9 f0 f1 f2 f3 f4 f5 f6 f7 f8 f9 g0 g1 g2 g3 g4 g5 g6 g7 g8 g9 h0 h1 h2 h3 h4 h5 h6 h7 h8 h9 z0 z1 z2 z3 z4 z5 z6 z7 z8 z9 563 set f2 findpiece #pp last x0 x1 x2 x3 x4 x5 x6 x7 x8 x9 a0 a1 a2 a3 a4 a5 a6 a7 a8 a9 b0 b1 b2 b3 b4 b5 b6 b7 b8 b9 c0 c1 c2 c3 c4 c5 c6 c7 c8 c9 d0 d1 d2 d3 d4 d5 d6 d7 d8 d9 e0 e1 e2 e3 e4 e5 e6 e7 e8 e9 f0 f1 f2 f3 f4 f5 f6 f7 f8 f9 g0 g1 g2 g3 g4 g5 g6 g7 g8 g9 h0 h1 h2 h3 h4 h5 h6 h7 h8 h9 z0 z1 z2 z3 z4 z5 z6 z7 z8 z9 564 if and onboard #f1 match #pp i a w l s c 565 die You may not promote your Pawn to a #pp until one has been captured. 566 endif 567 add #pp dest 568 endif 569 if equal #pp i 570 set i dest 571 endif 572 elseif or and unequal moved s or unequal moved c unequal old S unequal #pp @ 573 die You may not change the type of this piece. 574 elseif or nor checkleap origin dest 1 0 checkleap origin dest 1 1 not isupper old 575 die A Swapper (or a Chameleon) may only explode with an adjacent enemy piece. 576 endif 577 endif 578 set legal false 579 if #suicide 580 if equal #i dest 581 set i null 582 endif 583 elseif equal moved p 584 set necessity capture 585 set legal or and not capture or checkleap origin dest 1 0 checkleap origin dest 1 1 or and checkleap origin dest 2 0 checkhop origin dest 1 0 and checkleap origin dest 2 2 checkhop origin dest 1 1 586 if equal I old 587 set I null 588 endif 589 elseif equal moved i 590 set i dest 591 set necessity false 592 set legal or checkride origin dest 1 1 checkride origin dest 1 0 593 elseif equal moved w 594 set necessity or or checkleap origin dest 1 0 checkleap origin dest 1 1 #oborder 595 set legal or checkride origin dest 1 1 checkride origin dest 1 0 596 set target where origin cmp file origin file dest cmp rank origin rank dest 597 set necessity and #necessity isupper space #target 598 if isupper space #target 599 capture #target 600 endif 601 elseif equal moved a 602 set necessity false 603 set legal or checkride origin dest 1 1 checkride origin dest 1 0 604 set target where dest cmp file dest file origin cmp rank dest rank origin 605 if isupper space #target 606 set necessity true 607 if equal #I #target 608 set I null 609 endif 610 capture #target 611 endif 612 elseif equal moved l 613 set legal or or equal file origin file dest equal rank origin rank dest equal abs minus file origin file dest abs minus rank origin rank dest 614 set necessity isupper what dest cmp file origin file dest cmp rank origin rank dest 615 set screen1 null 616 set screen2 null 617 set screen3 null 618 set screen4 null 619 set step origin 620 if not or checkride origin dest 1 1 checkride origin dest 1 0 621 set screen1 where origin cmp file dest file origin cmp rank dest rank origin 622 if empty #screen1 623 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 624 if empty #screen1 625 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 626 if empty #screen1 627 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 628 if empty #screen1 629 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 630 if empty #screen1 631 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 632 if empty #screen1 633 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 634 if empty #screen1 635 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 636 endif 637 endif 638 endif 639 endif 640 endif 641 endif 642 endif 643 if islower space #screen1 644 set legal false 645 endif 646 if equal #I #screen1 647 set I null 648 endif 649 capture #screen1 650 if not or checkride #screen1 dest 1 1 checkride #screen1 dest 1 0 651 set screen2 where #screen1 cmp file dest file origin cmp rank dest rank origin 652 if not empty #screen2 653 set legal false 654 endif 655 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 656 if empty #screen2 657 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 658 if empty #screen2 659 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 660 if empty #screen2 661 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 662 if empty #screen2 663 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 664 if empty #screen2 665 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 666 endif 667 endif 668 endif 669 endif 670 endif 671 if islower space #screen2 672 set legal false 673 endif 674 if equal #I #screen2 675 set I null 676 endif 677 capture #screen2 678 if not or checkride #screen2 dest 1 1 checkride #screen2 dest 1 0 679 set screen3 where #screen2 cmp file dest file origin cmp rank dest rank origin 680 if not empty #screen3 681 set legal false 682 endif 683 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 684 if empty #screen3 685 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 686 if empty #screen3 687 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 688 if empty #screen3 689 set screen3 where #screen3 cmp file dest file origin cmp rank dest rank origin 690 endif 691 endif 692 endif 693 if islower space #screen3 694 set legal false 695 endif 696 if equal #I #screen3 697 set I null 698 endif 699 capture #screen3 700 if not or checkride #screen3 dest 1 1 checkride #screen3 dest 1 0 701 set screen4 where #screen3 cmp file dest file origin cmp rank dest rank origin 702 if not empty #screen4 703 set legal false 704 endif 705 set screen4 where #screen4 cmp file dest file origin cmp rank dest rank origin 706 if empty #screen4 707 set screen4 where #screen4 cmp file dest file origin cmp rank dest rank origin 708 endif 709 if islower space #screen4 710 set legal false 711 endif 712 if equal #I #screen4 713 set I null 714 endif 715 capture #screen4 716 if not or checkride #screen4 dest 1 1 checkride #screen4 dest 1 0 717 set legal false 718 endif 719 endif 720 endif 721 endif 722 endif 723 elseif equal moved s 724 set necessity capture 725 set legal or checkride origin dest 1 1 checkride origin dest 1 0 726 if equal I old 727 set I origin 728 endif 729 if equal i old 730 set i origin 731 endif 732 if equal K old 733 set K origin 734 endif 735 if equal k old 736 set k origin 737 endif 738 if unequal space dest @ 739 add old origin 740 endif 741 elseif equal moved c 742 set oldd old 743 set necessityw equal W what dest mult 2 cmp file origin file dest mult 2 cmp rank origin rank dest and equal W what origin cmp file origin file dest cmp rank origin rank dest 744 set necessitya equal A what dest cmp file dest file origin cmp rank dest rank origin 745 set necessityl equal L what dest cmp file origin file dest cmp rank origin rank dest 746 set necessity or or or capture #necessityl #necessityw #necessitya 747 set legal or or equal file origin file dest equal rank origin rank dest equal abs minus file origin file dest abs minus rank origin rank dest 748 set screen1 null 749 set screen2 null 750 if not equal old P 751 if not or checkride origin dest 1 1 checkride origin dest 1 0 752 set screen1 where origin cmp file dest file origin cmp rank dest rank origin 753 if empty #screen1 754 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 755 if empty #screen1 756 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 757 if empty #screen1 758 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 759 if empty #screen1 760 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 761 if empty #screen1 762 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 763 if empty #screen1 764 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 765 if empty #screen1 766 set screen1 where #screen1 cmp file dest file origin cmp rank dest rank origin 767 endif 768 endif 769 endif 770 endif 771 endif 772 endif 773 endif 774 if not equal L space #screen1 775 set legal false 776 endif 777 capture #screen1 778 if not or checkride #screen1 dest 1 1 checkride #screen1 dest 1 0 779 set screen2 where #screen1 cmp file dest file origin cmp rank dest rank origin 780 if not empty #screen2 781 set legal false 782 endif 783 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 784 if empty #screen2 785 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 786 if empty #screen2 787 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 788 if empty #screen2 789 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 790 if empty #screen2 791 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 792 if empty #screen2 793 set screen2 where #screen2 cmp file dest file origin cmp rank dest rank origin 794 endif 795 endif 796 endif 797 endif 798 endif 799 if not equal L space #screen2 800 set legal false 801 endif 802 capture #screen2 803 if not or checkride #screen2 dest 1 1 checkride #screen2 dest 1 0 804 set legal false 805 endif 806 endif 807 endif 808 else 809 set legal and equal old P or and checkleap origin dest 2 0 checkhop origin dest 1 0 and checkleap origin dest 2 2 checkhop origin dest 1 1 810 set screen1 where dest cmp file origin file dest cmp rank origin rank dest 811 if equal L #screen1 812 capture #screen1 813 endif 814 endif 815 if unequal space dest @ 816 set wtarget where origin cmp file origin file dest cmp rank origin rank dest 817 if equal W space #wtarget 818 capture #wtarget 819 endif 820 set atarget where dest cmp file dest file origin cmp rank dest rank origin 821 if equal A space #atarget 822 capture #atarget 823 endif 824 if match #oldd S s 825 add #oldd origin 826 endif 827 endif 828 elseif equal moved k 829 set k dest 830 set necessity capture 831 set legal or checkleap origin dest 1 1 checkleap origin dest 1 0 832 endif 833 set legal or #legal #suicide 834 if not var legal 835 die You may not move a moved from origin to #odest 836 endif 837 if and and #border not #necessity not #suicide 838 die You may move to a border square only to capture a piece which couldn't be captured otherwise. 839 endif 840 set legal false 841 set neigh1 where #i 1 0 842 set neigh2 where #i 1 1 843 set neigh3 where #i 0 1 844 set neigh4 where #i neg 1 1 845 set neigh5 where #i neg 1 0 846 set neigh6 where #i neg 1 neg 1 847 set neigh7 where #i 0 neg 1 848 set neigh8 where #i 1 neg 1 849 convert #neigh1 A B K Q P O L M S T W V C Y 850 convert #neigh2 A B K Q P O L M S T W V C Y 851 convert #neigh3 A B K Q P O L M S T W V C Y 852 convert #neigh4 A B K Q P O L M S T W V C Y 853 convert #neigh5 A B K Q P O L M S T W V C Y 854 convert #neigh6 A B K Q P O L M S T W V C Y 855 convert #neigh7 A B K Q P O L M S T W V C Y 856 convert #neigh8 A B K Q P O L M S T W V C Y 857 if and not equal A what #k 1 0 match insight #k 1 0 A 858 elseif and not equal A what #k 1 1 match insight #k 1 1 A 859 elseif and not equal A what #k 0 1 match insight #k 0 1 A 860 elseif and not equal A what #k neg 1 1 match insight #k neg 1 1 A 861 elseif and not equal A what #k neg 1 0 match insight #k neg 1 0 A 862 elseif and not equal A what #k neg 1 neg 1 match insight #k neg 1 neg 1 A 863 elseif and not equal A what #k 0 neg 1 match insight #k 0 neg 1 A 864 elseif and not equal A what #k 1 neg 1 match insight #k 1 neg 1 A 865 elseif and equal W what #k 1 0 empty where #k 2 0 866 elseif and equal W what #k 1 1 empty where #k 2 2 867 elseif and equal W what #k 0 1 empty where #k 0 2 868 elseif and equal W what #k neg 1 1 empty where #k neg 2 2 869 elseif and equal W what #k neg 1 0 empty where #k neg 2 0 870 elseif and equal W what #k neg 1 neg 1 empty where #k neg 2 neg 2 871 elseif and equal W what #k 0 neg 1 empty where #k 0 neg 2 872 elseif and equal W what #k 1 neg 1 empty where #k 2 neg 2 873 elseif and equal L insight #k 1 0 empty where #k neg 1 0 874 elseif and equal L insight #k 1 1 empty where #k neg 1 neg 1 875 elseif and equal L insight #k 0 1 empty where #k 0 neg 1 876 elseif and equal L insight #k neg 1 1 empty where #k 1 neg 1 877 elseif and equal L insight #k neg 1 0 empty where #k 1 0 878 elseif and equal L insight #k neg 1 neg 1 empty where #k 1 1 879 elseif and equal L insight #k 0 neg 1 empty where #k 0 1 880 elseif and equal L insight #k 1 neg 1 empty where #k neg 1 1 881 elseif and and and equal L behindscreen #k 1 0 islower insight #k 1 0 empty where #k neg 1 0 empty where #k 1 0 882 elseif and and and equal L behindscreen #k 1 1 islower insight #k 1 1 empty where #k neg 1 neg 1 empty where #k 1 1 883 elseif and and and equal L behindscreen #k 0 1 empty where #k 0 neg 1 empty where #k 0 1 islower insight #k 0 1 884 elseif and and and equal L behindscreen #k neg 1 1 islower insight #k neg 1 1 empty where #k 1 neg 1 empty where #k neg 1 1 885 elseif and and and equal L behindscreen #k neg 1 0 islower insight #k neg 1 0 empty where #k 1 0 empty where #k neg 1 0 886 elseif and and and equal L behindscreen #k neg 1 neg 1 islower insight #k neg 1 neg 1 empty where #k 1 1 empty where #k neg 1 neg 1 887 elseif and and and equal L behindscreen #k 0 neg 1 islower insight #k 0 neg 1 empty where #k 0 1 empty where #k 0 neg 1 888 elseif and and and equal L behindscreen #k 1 neg 1 islower insight #k 1 neg 1 empty where #k neg 1 1 empty where #k 1 neg 1 889 elseif and and and and and and and equal L what #k 6 0 empty where #k neg 1 0 empty where #k 1 0 islower what #k 2 0 empty where #k 3 0 islower what #k 4 0 empty where #k 5 0 890 elseif and and and and and and and equal L what #k 6 6 empty where #k neg 1 neg 1 empty where #k 1 1 islower what #k 2 2 empty where #k 3 3 islower what #k 4 4 empty where #k 5 5 891 elseif and and and and and and and equal L what #k 0 6 empty where #k 0 neg 1 empty where #k 0 1 islower what #k 0 2 empty where #k 0 3 islower what #k 0 4 empty where #k 0 5 892 elseif and and and and and and and equal L what #k neg 6 6 empty where #k 1 neg 1 empty where #k neg 1 1 islower what #k neg 2 2 empty where #k neg 3 3 islower what #k neg 4 4 empty where #k neg 5 5 893 elseif and and and and and and and equal L what #k neg 6 0 empty where #k 1 0 empty where #k neg 1 0 islower what #k neg 2 0 empty where #k neg 3 0 islower what #k neg 4 0 empty where #k neg 5 0 894 elseif and and and and and and and equal L what #k neg 6 neg 6 empty where #k 1 1 empty where #k neg 1 neg 1 islower what #k neg 2 neg 2 empty where #k neg 3 neg 3 islower what #k neg 4 neg 4 empty where #k neg 5 neg 5 895 elseif and and and and and and and equal L what #k 0 neg 6 empty where #k 0 1 empty where #k 0 neg 1 islower what #k 0 neg 2 empty where #k 0 neg 3 islower what #k 0 neg 4 empty where #k 0 neg 5 896 elseif and and and and and and and equal L what #k 6 neg 6 empty where #k neg 1 1 empty where #k 1 neg 1 islower what #k 2 neg 2 empty where #k 3 neg 3 islower what #k 4 neg 4 empty where #k 5 neg 5 897 elseif match what #k 1 0 K C S 898 elseif match what #k 1 1 K C S 899 elseif match what #k 0 1 K C S 900 elseif match what #k neg 1 1 K C S 901 elseif match what #k neg 1 0 K C S 902 elseif match what #k neg 1 neg 1 K C S 903 elseif match what #k 0 neg 1 K C S 904 elseif match what #k 1 neg 1 K C S 905 elseif and not empty where #k 1 0 equal P what #k 2 0 906 elseif and not empty where #k 1 1 equal P what #k 2 2 907 elseif and not empty where #k 0 1 equal P what #k 0 2 908 elseif and not empty where #k neg 1 1 equal P what #k neg 2 2 909 elseif and not empty where #k neg 1 0 equal P what #k neg 2 0 910 elseif and not empty where #k neg 1 neg 1 equal P what #k neg 2 neg 2 911 elseif and not empty where #k 0 neg 1 equal P what #k 0 neg 2 912 elseif and not empty where #k 1 neg 1 equal P what #k 2 neg 2 913 else 914 set legal true 915 endif 916 if not var legal 917 die You may not move into check 918 endif 919 set L null 920 set dirv cond less 6 rank #k neg 1 1 921 set dirh cond less 6 file #k neg 1 1 922 if and empty where #k 0 1 empty where #k 0 neg 1 923 set L findpiece L where #k 0 mult 6 #dirv where #k 0 mult 7 #dirv where #k 0 mult 8 #dirv where #k 0 mult 9 #dirv 924 set step where #L 0 neg #dirv 925 set step cond isupper space #step null where #step 0 neg #dirv 926 set step cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 927 set step cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 928 set step cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 929 set step cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 930 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 931 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 932 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step 0 #dirv null where #step 0 neg #dirv 933 if and onboard #L equal #step #k 934 die You may not move into check 935 endif 936 endif 937 if and empty where #k 1 0 empty where #k neg 1 0 938 set L findpiece L where #k mult 6 #dirh 0 where #k mult 7 #dirh 0 where #k mult 8 #dirh 0 where #k mult 9 #dirh 0 939 set step where #L neg #dirh 0 940 set step cond isupper space #step null where #step neg #dirh 0 941 set step cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 942 set step cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 943 set step cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 944 set step cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 945 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 946 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 947 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh 0 null where #step neg #dirh 0 948 if and onboard #L equal #step #k 949 die You may not move into check 950 endif 951 endif 952 if and empty where #k #dirh #dirv empty where #k neg #dirh neg #dirv 953 set L findpiece L where #k mult 6 #dirh mult 6 #dirv where #k mult 7 #dirh mult 7 #dirv where #k mult 8 #dirh mult 8 #dirv where #k mult 9 #dirh mult 9 #dirv 954 set step where #L neg #dirh neg #dirv 955 set step cond isupper space #step null where #step neg #dirh neg #dirv 956 set step cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 957 set step cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 958 set step cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 959 set step cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 960 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 961 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 962 set step cond equal #step #k #k cond or isupper space #step and islower space #step islower what #step #dirh #dirv null where #step neg #dirh neg #dirv 963 if and onboard #L equal #step #k 964 die You may not move into check 965 endif 966 endif 967 convert #neigh1 B A Q K O P M L T S V W Y C 968 convert #neigh2 B A Q K O P M L T S V W Y C 969 convert #neigh3 B A Q K O P M L T S V W Y C 970 convert #neigh4 B A Q K O P M L T S V W Y C 971 convert #neigh5 B A Q K O P M L T S V W Y C 972 convert #neigh6 B A Q K O P M L T S V W Y C 973 convert #neigh7 B A Q K O P M L T S V W Y C 974 convert #neigh8 B A Q K O P M L T S V W Y C 975 set oorigin origin 976 set omoved moved 977 endsub 978 moveindex 0 979 MOVE: P e2-f3 980 postauto1 981 moveindex 1 982 MOVE: p d7-c6 983 postauto2 984 moveindex 2 985 MOVE: C e1-e3 986 postauto1 987 moveindex 3 988 MOVE: l c8-g4 989 postauto2 990 moveindex 4 991 MOVE: L f1-e2 992 postauto1 993 moveindex 5 994 MOVE: p c7-c5 995 postauto2 996 moveindex 6 997 MOVE: P f3-g3 998 postauto1 999 moveindex 7 1000 MOVE: l g4-h3 1001 postauto2 1002 moveindex 8 1003 MOVE: P g2-f3 1004 postauto1 1005 moveindex 9 1006 MOVE: l h3-g4 1007 postauto2 1008 moveindex 10 1009 MOVE: S h1-g2 1010 postauto1 1011 moveindex 11 1012 MOVE: l g4-h5 1013 postauto2 1014 moveindex 12 1015 MOVE: P h2-f4 1016 postauto1 1017 moveindex 13 1018 MOVE: l h5-g4 1019 postauto2 1020 moveindex 14 1021 MOVE: P f3-e4 1022 postauto1 1023 moveindex 15 1024 MOVE: l g4-h3 1025 postauto2 1026 moveindex 16 1027 MOVE: g2-h3 1028 MOVE: @-h3 1029 postauto1 1030 moveindex 17 1031 MOVE: a b8-e5 1032 postauto2 1033 moveindex 18 1034 MOVE: L e2-b5 1035 postauto1 1036 moveindex 19 1037 MOVE: p f7-d7 1038 postauto2 1039 moveindex 20 1040 MOVE: L b5-h5 1041 postauto1 1042 moveindex 21 1043 MOVE: l f8-f7 1044 postauto2 1045 moveindex 22 1046 MOVE: L h5-f3 1047 postauto1 1048 moveindex 23 1049 MOVE: p g7-f8 1050 postauto2 1051 moveindex 24 1052 MOVE: P g3-f4 1053 postauto1 1054 moveindex 25 1055 MOVE: i h8-e5 1056 postauto2 1057 moveindex 26 1058 MOVE: C e3-d4 1059 postauto1 1060 moveindex 27 1061 MOVE: p e7-f6 1062 postauto2 1063 moveindex 28 1064 MOVE: P d2-e3 1065 postauto1 1066 moveindex 29 1067 MOVE: p f6-d4 1068 postauto2 1069 moveindex 30 1070 MOVE: P e3-e5 1071 postauto1 1072 moveindex 31 1073 MOVE: p d4-c3 1074 postauto2 1075 moveindex 32 1076 MOVE: L f3-b3 1077 postauto1 1078 moveindex 33 1079 MOVE: c d8-b6 1080 postauto2 1081 moveindex 34 1082 MOVE: A g1-g7 1083 postauto1 1084 moveindex 35 1085 MOVE: l f7-f1 1086 postauto2 1087 moveindex 36 1088 MOVE: L b3-e6 1089 postauto1 1090 moveindex 37 1091 MOVE: k e8-d8 1092 postauto2 1093 moveindex 38 1094 MOVE: A g7-f6 1095 postauto1 1096 moveindex 39 1097 MOVE: resign 1098 postauto2 1099 end 1100