Source:NetHack 3.1.0/attrib.c
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Below is the full text to attrib.c from the source code of NetHack 3.1.0. To link to a particular line, write [[NetHack 3.1.0/attrib.c#line123]], for example.
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1. /* SCCS Id: @(#)attrib.c 3.1 92/10/26 */ 2. /* Copyright 1988, 1989, 1990, 1992, M. Stephenson */ 3. /* NetHack may be freely redistributed. See license for details. */ 4. 5. /* attribute modification routines. */ 6. 7. #include "hack.h" 8. #include "artifact.h" 9. 10. /* #define DEBUG /* uncomment for debugging info */ 11. 12. #ifdef OVLB 13. 14. /* part of the output on gain or loss of attribute */ 15. static 16. const char *plusattr[] = { 17. "strong", "smart", "wise", "agile", "tough", "charismatic" 18. }, 19. *minusattr[] = { 20. "weak", "stupid", "foolish", "clumsy", "vulnerable", "ugly" 21. }; 22. 23. /* maximum and minimum values for the attributes */ 24. struct attribs attrmax = { 25. 118, 18, 18, 18, 18, 18 26. }, 27. attrmin = { 28. 3, 3, 3, 3, 3, 3 29. }; 30. 31. static 32. const struct innate { 33. schar ulevel; 34. long *ability; 35. const char *gainstr, *losestr; 36. } a_abil[] = { { 1, &(Stealth), "", "" }, 37. { 1, &(Fast), "", "" }, 38. { 10, &(Searching), "perceptive", "" }, 39. { 0, 0, 0, 0 } }, 40. 41. b_abil[] = { { 1, &(HPoison_resistance), "", "" }, 42. { 7, &(Fast), "quick", "slow" }, 43. { 15, &(Stealth), "stealthy", "" }, 44. { 0, 0, 0, 0 } }, 45. 46. c_abil[] = { { 7, &(Fast), "quick", "slow" }, 47. { 15, &(Warning), "sensitive", "" }, 48. { 0, 0, 0, 0 } }, 49. 50. e_abil[] = { { 1, &(Fast), "", "" }, 51. { 1, &(HSee_invisible), "", "" }, 52. { 1, &(Searching), "", "" }, 53. { 1, &(HSleep_resistance), "", "" }, 54. { 0, 0, 0, 0 } }, 55. 56. h_abil[] = { { 1, &(HPoison_resistance), "", "" }, 57. { 15, &(Warning), "sensitive", "" }, 58. { 0, 0, 0, 0 } }, 59. 60. k_abil[] = { { 7, &(Fast), "quick", "slow" }, 61. { 0, 0, 0, 0 } }, 62. 63. p_abil[] = { { 15, &(Warning), "sensitive", "" }, 64. { 20, &(HFire_resistance), "cool", "warmer" }, 65. { 0, 0, 0, 0 } }, 66. 67. r_abil[] = { { 1, &(Stealth), "", "" }, 68. { 10, &(Searching), "perceptive", "" }, 69. { 0, 0, 0, 0 } }, 70. 71. s_abil[] = { { 1, &(Fast), "", "" }, 72. { 15, &(Stealth), "stealthy", "" }, 73. { 0, 0, 0, 0 } }, 74. 75. t_abil[] = { { 10, &(Searching), "perceptive", "" }, 76. { 20, &(HPoison_resistance), "hardy", "" }, 77. { 0, 0, 0, 0 } }, 78. 79. v_abil[] = { { 1, &(HCold_resistance), "", "" }, 80. { 1, &(Stealth), "", "" }, 81. { 7, &(Fast), "quick", "slow" }, 82. { 0, 0, 0, 0 } }, 83. 84. w_abil[] = { { 15, &(Warning), "sensitive", "" }, 85. { 17, &(HTeleport_control), "controlled","uncontrolled" }, 86. { 0, 0, 0, 0 } }; 87. 88. static 89. const struct clattr { 90. struct attribs base, cldist; 91. align align; 92. schar shp, hd, xlev, ndx; 93. /* According to AD&D, HD for some classes (ex. Wizard) should be smaller 94. * (4-sided for wizards). But this is not AD&D, and using the AD&D 95. * rule here produces an unplayable character. This I have used a minimum 96. * of an 10-sided hit die for everything. Another AD&D change: wizards get 97. * a minimum strength of 6 since without one you can't teleport or cast 98. * spells. --KAA 99. */ 100. const struct innate *abil; 101. } a_attr = { { 7, 10, 10, 7, 7, 7 }, /* Archeologist */ 102. { 20, 20, 20, 10, 20, 10 }, 103. { A_LAWFUL, 10 }, 13, 10, 14, 2, a_abil }, 104. 105. b_attr = { { 16, 7, 7, 15, 16, 6 }, /* Barbarian */ 106. { 30, 6, 7, 20, 30, 7 }, 107. { A_NEUTRAL, 10 }, 16, 12, 10, 3, b_abil }, 108. 109. c_attr = { { 10, 7, 7, 7, 8, 6 }, /* Caveman (fighter) */ 110. { 30, 6, 7, 20, 30, 7 }, 111. { A_LAWFUL, 0 }, 16, 10, 10, 3, c_abil }, 112. 113. /* 114. e_attr = { { 13, 13, 14, 6, 14, 6 }, 115. */ 116. e_attr = { { 13, 13, 13, 9, 13, 7 }, /* Elf (ranger) */ 117. { 30, 10, 10, 20, 20, 10 }, 118. { A_CHAOTIC, 10 }, 15, 10, 11, 2, e_abil }, 119. 120. h_attr = { { 7, 7, 13, 7, 11, 16 }, /* Healer (druid) */ 121. { 15, 20, 20, 15, 25, 10 }, 122. { A_NEUTRAL, 10 }, 13, 10, 20, 2, h_abil }, 123. 124. k_attr = { { 13, 7, 14, 8, 10, 17 }, /* Knight (paladin) */ 125. { 20, 15, 15, 10, 20, 10 }, 126. { A_LAWFUL, 10 }, 16, 10, 10, 3, k_abil }, 127. 128. p_attr = { { 7, 7, 10, 7, 7, 7 }, /* Priest (cleric) */ 129. { 15, 10, 30, 15, 20, 10 }, 130. { A_NEUTRAL, 0 }, 14, 10, 10, 2, p_abil }, 131. 132. r_attr = { { 7, 7, 7, 10, 7, 6 }, /* Rogue (thief) */ 133. { 20, 10, 10, 30, 20, 10 }, 134. { A_CHAOTIC, 10 }, 12, 10, 11, 2, r_abil }, 135. 136. s_attr = { { 10, 8, 7, 10, 17, 6 }, /* Samurai (fighter/thief) */ 137. { 30, 10, 10, 30, 14, 10 }, 138. { A_LAWFUL, 10 }, 15, 10, 11, 2, s_abil }, 139. 140. #ifdef TOURIST 141. t_attr = { { 7, 10, 6, 7, 7, 10 }, /* Tourist */ 142. { 15, 10, 10, 15, 30, 20 }, 143. { A_NEUTRAL, 0 }, 10, 10, 14, 1, t_abil }, 144. #endif 145. 146. v_attr = { { 10, 7, 7, 7, 10, 7 }, /* Valkyrie (fighter) */ 147. { 30, 6, 7, 20, 30, 7 }, 148. { A_NEUTRAL, 0 }, 16, 10, 10, 3, v_abil }, 149. 150. w_attr = { { 7, 10, 7, 7, 7, 7 }, /* Wizard (magic-user) */ 151. { 10, 30, 10, 20, 20, 10 }, 152. { A_NEUTRAL, 0 }, 12, 10, 12, 1, w_abil }, 153. 154. X_attr = { { 3, 3, 3, 3, 3, 3 }, 155. { 20, 15, 15, 15, 20, 15 }, 156. { A_NEUTRAL, 0 }, 12, 10, 14, 1, 0 }; 157. 158. static long next_check = 600L; /* arbitrary first setting */ 159. static const struct clattr NEARDATA *NDECL(clx); 160. static void NDECL(init_align); 161. static void NDECL(exerper); 162. 163. /* adjust an attribute; return TRUE if change is made, FALSE otherwise */ 164. boolean 165. adjattrib(ndx, incr, msgflg) 166. int ndx, incr; 167. int msgflg; /* positive => no message, zero => message, and */ 168. { /* negative => conditional (msg if change made) */ 169. if (!incr) return FALSE; 170. 171. if (incr > 0) { 172. if ((AMAX(ndx) >= ATTRMAX(ndx)) && (ACURR(ndx) >= AMAX(ndx))) { 173. if (msgflg == 0 && flags.verbose) 174. pline("You're already as %s as you can get.", 175. plusattr[ndx]); 176. ABASE(ndx) = AMAX(ndx) = ATTRMAX(ndx); /* just in case */ 177. return FALSE; 178. } 179. 180. ABASE(ndx) += incr; 181. if(ABASE(ndx) > AMAX(ndx)) { 182. incr = ABASE(ndx) - AMAX(ndx); 183. AMAX(ndx) += incr; 184. if(AMAX(ndx) > ATTRMAX(ndx)) 185. AMAX(ndx) = ATTRMAX(ndx); 186. ABASE(ndx) = AMAX(ndx); 187. } 188. } else { 189. if (ABASE(ndx) <= ATTRMIN(ndx)) { 190. if (msgflg == 0 && flags.verbose) 191. pline("You're already as %s as you can get.", 192. minusattr[ndx]); 193. ABASE(ndx) = ATTRMIN(ndx); /* just in case */ 194. return FALSE; 195. } 196. 197. ABASE(ndx) += incr; 198. if(ABASE(ndx) < ATTRMIN(ndx)) { 199. incr = ABASE(ndx) - ATTRMIN(ndx); 200. ABASE(ndx) = ATTRMIN(ndx); 201. AMAX(ndx) += incr; 202. if(AMAX(ndx) < ATTRMIN(ndx)) 203. AMAX(ndx) = ATTRMIN(ndx); 204. } 205. } 206. if (msgflg <= 0) 207. You("feel %s%s!", 208. (incr > 1 || incr < -1) ? "very ": "", 209. (incr > 0) ? plusattr[ndx] : minusattr[ndx]); 210. flags.botl = 1; 211. return TRUE; 212. } 213. 214. void 215. gainstr(otmp, incr) 216. register struct obj *otmp; 217. register int incr; 218. { 219. int num = 1; 220. 221. if(incr) num = incr; 222. else { 223. if(ABASE(A_STR) < 18) num = (rn2(4) ? 1 : rnd(6) ); 224. else if (ABASE(A_STR) < 103) num = rnd(10); 225. } 226. (void) adjattrib(A_STR, (otmp && otmp->cursed) ? -num : num, TRUE); 227. } 228. 229. void 230. losestr(num) /* may kill you; cause may be poison or monster like 'a' */ 231. register int num; 232. { 233. int ustr = ABASE(A_STR) - num; 234. 235. while(ustr < 3) { 236. ustr++; 237. num--; 238. u.uhp -= 6; 239. u.uhpmax -= 6; 240. } 241. (void) adjattrib(A_STR, -num, TRUE); 242. } 243. 244. void 245. change_luck(n) 246. register schar n; 247. { 248. u.uluck += n; 249. if (u.uluck < 0 && u.uluck < LUCKMIN) u.uluck = LUCKMIN; 250. if (u.uluck > 0 && u.uluck > LUCKMAX) u.uluck = LUCKMAX; 251. } 252. 253. int 254. stone_luck(parameter) 255. boolean parameter; /* So I can't think up of a good name. So sue me. --KAA */ 256. { 257. register struct obj *otmp; 258. register long bonchance = 0; 259. 260. for(otmp = invent; otmp; otmp=otmp->nobj) 261. if (otmp->otyp == LUCKSTONE 262. || (otmp->oartifact && spec_ability(otmp, SPFX_LUCK))) { 263. if (otmp->cursed) bonchance -= otmp->quan; 264. else if (otmp->blessed) bonchance += otmp->quan; 265. else if (parameter) bonchance += otmp->quan; 266. } 267. 268. return sgn((int)bonchance); 269. } 270. 271. #endif /* OVLB */ 272. #ifdef OVL1 273. 274. void 275. restore_attrib() { 276. 277. int i; 278. 279. for(i = 0; i < A_MAX; i++) { /* all temporary losses/gains */ 280. 281. if(ATEMP(i) && ATIME(i)) { 282. if(!(--(ATIME(i)))) { /* countdown for change */ 283. ATEMP(i) += ATEMP(i) > 0 ? -1 : 1; 284. 285. if(ATEMP(i)) /* reset timer */ 286. ATIME(i) = 100 / ACURR(A_CON); 287. } 288. } 289. } 290. } 291. 292. #endif /* OVL1 */ 293. #ifdef OVLB 294. 295. #define AVAL 50 /* tune value for exercise gains */ 296. 297. void 298. exercise(i, inc_or_dec) 299. int i; 300. boolean inc_or_dec; 301. { 302. #ifdef DEBUG 303. pline("Exercise:"); 304. #endif 305. if (i == A_INT || i == A_CHA) return; /* can't exercise these */ 306. 307. #ifdef POLYSELF 308. /* no physical exercise while polymorphed; the body's temporary */ 309. if (u.umonnum >= 0 && i != A_WIS) return; 310. #endif 311. if(abs(AEXE(i)) < AVAL) { 312. /* 313. * Law of diminishing returns (Part I): 314. * 315. * Gain is harder at higher attribute values. 316. * 79% at "3" --> 0% at "18" 317. * Loss is even at all levels (50%). 318. * 319. * Note: *YES* ACURR is the right one to use. 320. */ 321. AEXE(i) += (inc_or_dec) ? (rn2(19) > ACURR(i)) : -rn2(2); 322. #ifdef DEBUG 323. pline("%s, %s AEXE = %d", 324. (i == A_STR) ? "Str" : (i == A_WIS) ? "Wis" : 325. (i == A_DEX) ? "Dex" : "Con", 326. (inc_or_dec) ? "inc" : "dec", AEXE(i)); 327. #endif 328. } 329. } 330. 331. /* hunger values - from eat.c */ 332. #define SATIATED 0 333. #define NOT_HUNGRY 1 334. #define HUNGRY 2 335. #define WEAK 3 336. #define FAINTING 4 337. #define FAINTED 5 338. #define STARVED 6 339. 340. static void 341. exerper() 342. { 343. if(!(moves % 10)) { 344. /* Hunger Checks */ 345. 346. int hs = (u.uhunger > 1000) ? SATIATED : 347. (u.uhunger > 150) ? NOT_HUNGRY : 348. (u.uhunger > 50) ? HUNGRY : 349. (u.uhunger > 0) ? WEAK : FAINTING; 350. 351. #ifdef DEBUG 352. pline("exerper: Hunger checks"); 353. #endif 354. switch (hs) { 355. case SATIATED: exercise(A_DEX, FALSE); break; 356. case NOT_HUNGRY: exercise(A_CON, TRUE); break; 357. case WEAK: exercise(A_STR, FALSE); break; 358. case FAINTING: 359. case FAINTED: exercise(A_CON, FALSE); break; 360. } 361. 362. /* Encumberance Checks */ 363. #ifdef DEBUG 364. pline("exerper: Encumber checks"); 365. #endif 366. switch (near_capacity()) { 367. case MOD_ENCUMBER: exercise(A_STR, TRUE); break; 368. case HVY_ENCUMBER: exercise(A_STR, TRUE); 369. exercise(A_DEX, FALSE); break; 370. case EXT_ENCUMBER: exercise(A_DEX, FALSE); 371. exercise(A_CON, FALSE); break; 372. } 373. 374. } 375. 376. /* status checks */ 377. if(!(moves % 5)) { 378. #ifdef DEBUG 379. pline("exerper: Status checks"); 380. #endif 381. if(Clairvoyant) exercise(A_WIS, TRUE); 382. if(HRegeneration) exercise(A_STR, TRUE); 383. 384. if(Sick || Vomiting) exercise(A_CON, FALSE); 385. if(Confusion || Hallucination) exercise(A_WIS, FALSE); 386. if(Wounded_legs || Fumbling || HStun) exercise(A_DEX, FALSE); 387. } 388. } 389. 390. void 391. exerchk() 392. { 393. int i, mod_val; 394. 395. /* Check out the periodic accumulations */ 396. exerper(); 397. 398. #ifdef DEBUG 399. if(moves >= next_check) 400. pline("exerchk: ready to test. multi = %d.", multi); 401. #endif 402. /* Are we ready for a test? */ 403. if(moves >= next_check && !multi) { 404. #ifdef DEBUG 405. pline("exerchk: testing."); 406. #endif 407. /* 408. * Law of diminishing returns (Part II): 409. * 410. * The effects of "exercise" and "abuse" wear 411. * off over time. Even if you *don't* get an 412. * increase/decrease, you lose some of the 413. * accumulated effects. 414. */ 415. for(i = 0; i < A_MAX; AEXE(i++) /= 2) { 416. 417. if(ABASE(i) >= 18 || !AEXE(i)) continue; 418. if(i == A_INT || i == A_CHA) continue;/* can't exercise these */ 419. 420. #ifdef DEBUG 421. pline("exerchk: testing %s (%d).", 422. (i == A_STR) ? "Str" : (i == A_WIS) ? "Wis" : 423. (i == A_DEX) ? "Dex" : "Con", AEXE(i)); 424. #endif 425. /* 426. * Law of diminishing returns (Part III): 427. * 428. * You don't *always* gain by exercising. 429. * [MRS 92/10/28 - Treat Wisdom specially for balance.] 430. */ 431. if(rn2(AVAL) > ((i != A_WIS) ? abs(AEXE(i)*2/3) : abs(AEXE(i)))) 432. continue; 433. mod_val = sgn(AEXE(i)); 434. 435. #ifdef DEBUG 436. pline("exerchk: changing %d.", i); 437. #endif 438. if(adjattrib(i, mod_val, -1)) { 439. #ifdef DEBUG 440. pline("exerchk: changed %d.", i); 441. #endif 442. /* if you actually changed an attrib - zero accumulation */ 443. AEXE(i) = 0; 444. /* then print an explanation */ 445. switch(i) { 446. case A_STR: You((mod_val >0) ? 447. "must have been exercising." : 448. "must have been abusing your body."); 449. break; 450. case A_WIS: You((mod_val >0) ? 451. "must have been very observant." : 452. "must not have been paying attention."); 453. break; 454. case A_DEX: You((mod_val >0) ? 455. "must have been working on your reflexes." : 456. "haven't been working on reflexes lately."); 457. break; 458. case A_CON: You((mod_val >0) ? 459. "must be leading a healthy life-style." : 460. "must not have been watching your health."); 461. break; 462. } 463. } 464. } 465. next_check += rn1(200,800); 466. #ifdef DEBUG 467. pline("exerchk: next check at %ld.", next_check); 468. #endif 469. } 470. } 471. 472. static const struct clattr * 473. clx() { 474. 475. register const struct clattr *attr; 476. 477. switch (pl_character[0]) { 478. 479. case 'A': attr = &a_attr; 480. break; 481. case 'B': attr = &b_attr; 482. break; 483. case 'C': attr = &c_attr; 484. break; 485. case 'E': attr = &e_attr; 486. break; 487. case 'H': attr = &h_attr; 488. break; 489. case 'K': attr = &k_attr; 490. break; 491. case 'P': attr = &p_attr; 492. break; 493. case 'R': attr = &r_attr; 494. break; 495. case 'S': attr = &s_attr; 496. break; 497. #ifdef TOURIST 498. case 'T': attr = &t_attr; 499. break; 500. #endif 501. case 'V': attr = &v_attr; 502. break; 503. case 'W': attr = &w_attr; 504. break; 505. default: /* unknown type */ 506. attr = &X_attr; 507. break; 508. } 509. return(attr); 510. } 511. 512. static void 513. init_align() { /* called from newhp if u.ulevel is 0 */ 514. 515. register const struct clattr *attr = clx(); 516. 517. u.ualign = attr->align; 518. /* there should be priests of every stripe */ 519. if(pl_character[0] == 'P') 520. u.ualign.type = (rn2(2)) ? attr->align.type : (rn2(2)) ? 1 : -1; 521. else u.ualign.type = attr->align.type; 522. } 523. 524. void 525. init_attr(np) 526. register int np; 527. { 528. register int i, x, tryct; 529. register const struct clattr *attr = clx(); 530. 531. for(i = 0; i < A_MAX; i++) { 532. 533. ABASE(i) = AMAX(i) = attr->base.a[i]; 534. ATEMP(i) = ATIME(i) = 0; 535. np -= attr->base.a[i]; 536. } 537. 538. tryct = 0; 539. while(np > 0 && tryct < 100) { 540. 541. x = rn2(100); 542. for (i = 0; (i < A_MAX) && ((x -= attr->cldist.a[i]) > 0); i++) ; 543. if(i >= A_MAX) continue; /* impossible */ 544. 545. if(ABASE(i) >= ATTRMAX(i)) { 546. 547. tryct++; 548. continue; 549. } 550. tryct = 0; 551. ABASE(i)++; 552. AMAX(i)++; 553. np--; 554. } 555. 556. tryct = 0; 557. while(np < 0 && tryct < 100) { /* for redistribution */ 558. 559. x = rn2(100); 560. for (i = 0; (i < A_MAX) && ((x -= attr->cldist.a[i]) > 0); i++) ; 561. if(i >= A_MAX) continue; /* impossible */ 562. 563. if(ABASE(i) <= ATTRMIN(i)) { 564. 565. tryct++; 566. continue; 567. } 568. tryct = 0; 569. ABASE(i)--; 570. AMAX(i)--; 571. np++; 572. } 573. } 574. 575. void 576. redist_attr() { 577. 578. register int i, tmp; 579. 580. for(i = 0; i < A_MAX; i++) { 581. if (i==A_INT || i==A_WIS) continue; 582. /* Polymorphing doesn't change your mind */ 583. tmp = AMAX(i); 584. AMAX(i) += (rn2(5)-2); 585. if (AMAX(i) > ATTRMAX(i)) AMAX(i) = ATTRMAX(i); 586. if (AMAX(i) < ATTRMIN(i)) AMAX(i) = ATTRMIN(i); 587. ABASE(i) = ABASE(i) * AMAX(i) / tmp; 588. /* ABASE(i) > ATTRMAX(i) is impossible */ 589. if (ABASE(i) < ATTRMIN(i)) ABASE(i) = ATTRMIN(i); 590. } 591. } 592. 593. void 594. adjabil(oldlevel,newlevel) 595. int oldlevel, newlevel; 596. { 597. register const struct clattr *attr = clx(); 598. #ifdef GCC_WARN 599. /* this is the "right" definition */ 600. register const struct innate *abil = attr->abil; 601. #else 602. /* this one satisfies more compilers */ 603. register struct innate *abil = (struct innate *)attr->abil; 604. #endif 605. 606. if(abil) { 607. for(; abil->ability; abil++) { 608. if(oldlevel < abil->ulevel && newlevel >= abil->ulevel) { 609. /* Abilities gained at level 1 can never be lost 610. * via level loss, only via means that remove _any_ 611. * sort of ability. A "gain" of such an ability from 612. * an outside source is devoid of meaning, so we set 613. * FROMOUTSIDE to avoid such gains. 614. */ 615. if (abil->ulevel == 1) 616. *(abil->ability) |= (FROMEXPER|FROMOUTSIDE); 617. else 618. *(abil->ability) |= FROMEXPER; 619. if(!(*(abil->ability) & FROMOUTSIDE)) { 620. if(*(abil->gainstr)) 621. You("feel %s!", abil->gainstr); 622. } 623. } else if (oldlevel >= abil->ulevel && newlevel < abil->ulevel) { 624. *(abil->ability) &= ~FROMEXPER; 625. if((*(abil->ability) & INTRINSIC)) { 626. if(*(abil->losestr)) 627. You("feel %s!", abil->losestr); 628. else if(*(abil->gainstr)) 629. You("feel less %s!", abil->gainstr); 630. } 631. } 632. } 633. } 634. } 635. 636. int 637. newhp() { 638. register const struct clattr *attr = clx(); 639. int hp, conplus; 640. 641. if(u.ulevel == 0) { 642. 643. hp = attr->shp; 644. init_align(); /* initialize alignment stuff */ 645. return hp; 646. } else { 647. 648. if(u.ulevel < attr->xlev) 649. hp = rnd(attr->hd); 650. else 651. hp = attr->ndx; 652. } 653. 654. switch(ACURR(A_CON)) { 655. case 3: conplus = -2; break; 656. case 4: 657. case 5: 658. case 6: conplus = -1; break; 659. case 15: 660. case 16: conplus = 1; break; 661. case 17: conplus = 2; break; 662. case 18: conplus = 3; break; 663. default: conplus = 0; 664. } 665. hp += conplus; 666. return((hp <= 0) ? 1 : hp); 667. } 668. 669. #endif /* OVLB */ 670. #ifdef OVL0 671. 672. schar 673. acurr(x) 674. int x; 675. { 676. register int tmp = (u.abon.a[x] + u.atemp.a[x] + u.acurr.a[x]); 677. 678. if (x == A_STR) { 679. if (uarmg && uarmg->otyp == GAUNTLETS_OF_POWER) return(125); 680. else return((tmp >= 125) ? 125 : (tmp <= 3) ? 3 : tmp); 681. } 682. #ifdef POLYSELF 683. else if(x == A_CHA) { 684. if (tmp < 18 && (u.usym == S_NYMPH || 685. u.umonnum==PM_SUCCUBUS || u.umonnum == PM_INCUBUS)) 686. return 18; 687. } 688. #endif 689. return((tmp >= 25) ? 25 : (tmp <= 3) ? 3 : tmp); 690. } 691. 692. schar 693. acurrstr() 694. /* condense clumsy ACURR(A_STR) value into value that fits into game formulas 695. */ 696. { 697. register int str = ACURR(A_STR); 698. 699. if (str <= 18) return str; 700. if (str <= 121) return (19 + str / 50); /* map to 19-21 */ 701. else return str - 100; 702. } 703. 704. #endif /* OVL0 */ 705. #ifdef OVL2 706. 707. /* avoid possible problems with alignment overflow, and provide a centralized 708. * location for any future alignment limits 709. */ 710. void 711. adjalign(n) 712. register int n; 713. { 714. register int newalign = u.ualign.record + n; 715. 716. if(n < 0) { 717. if(newalign < u.ualign.record) 718. u.ualign.record = newalign; 719. } else 720. if(newalign > u.ualign.record) { 721. u.ualign.record = newalign; 722. if(u.ualign.record > ALIGNLIM) 723. u.ualign.record = ALIGNLIM; 724. } 725. } 726. 727. #endif /* OVL2 */ 728. 729. /*attrib.c*/
