[ViewVC] Diff of: cvs/deliantra/server/common/item.C

Comparing deliantra/server/common/item.C (file contents):
Revision 1.43 by root, Sun Apr 13 20:21:50 2008 UTC vs.
Revision 1.89 by root, Sat May 15 23:41:05 2010 UTC

…		…
1	/*	1	/*
2	* This file is part of Deliantra, the Roguelike Realtime MMORPG.	2	* This file is part of Deliantra, the Roguelike Realtime MMORPG.
3	*	3	*
4	* Copyright (©) 2005,2006,2007 Marc Alexander Lehmann / Robin Redeker / the Deliantra team	4	* Copyright (©) 2005,2006,2007,2008,2009,2010 Marc Alexander Lehmann / Robin Redeker / the Deliantra team
5	* Copyright (©) 2002,2007 Mark Wedel & Crossfire Development Team	5	* Copyright (©) 2002 Mark Wedel & Crossfire Development Team
6	* Copyright (©) 1992,2007 Frank Tore Johansen	6	* Copyright (©) 1992 Frank Tore Johansen
7	*	7	*
8	* Deliantra is free software: you can redistribute it and/or modify	8	* Deliantra is free software: you can redistribute it and/or modify it under
9	* it under the terms of the GNU General Public License as published by	9	* the terms of the Affero GNU General Public License as published by the
10	* the Free Software Foundation, either version 3 of the License, or	10	* Free Software Foundation, either version 3 of the License, or (at your
11	* (at your option) any later version.	11	* option) any later version.
12	*	12	*
13	* This program is distributed in the hope that it will be useful,	13	* This program is distributed in the hope that it will be useful,
14	* but WITHOUT ANY WARRANTY; without even the implied warranty of	14	* but WITHOUT ANY WARRANTY; without even the implied warranty of
15	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the	15	* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
16	* GNU General Public License for more details.	16	* GNU General Public License for more details.
17	*	17	*
18	* You should have received a copy of the GNU General Public License	18	* You should have received a copy of the Affero GNU General Public License
19	* along with this program. If not, see <http://www.gnu.org/licenses/>.	19	* and the GNU General Public License along with this program. If not, see
		20	* <http://www.gnu.org/licenses/>.
20	*	21	*
21	* The authors can be reached via e-mail to <support@deliantra.net>	22	* The authors can be reached via e-mail to <support@deliantra.net>
22	*/	23	*/
23		24
24	#include <global.h>	25	#include <global.h>
25	#include <funcpoint.h>
26	#include <living.h>	26	#include <living.h>
27	#include <spells.h>	27	#include <spells.h>
28		28
29	const char *const coins[NUM_COINS + 1] = { "royalty", "platinacoin", "goldcoin", "silvercoin", 0 };	29	const char *const coins[NUM_COINS + 1] = { "royalty", "platinacoin", "goldcoin", "silvercoin", 0 };
30		30
47	* Note that using the term 'human' may not be very accurate, humanoid	47	* Note that using the term 'human' may not be very accurate, humanoid
48	* may be better.	48	* may be better.
49	* Basically, for the use/nonuse, the code does something like:	49	* Basically, for the use/nonuse, the code does something like:
50	* "This item goes %s\n", with the use/nonuse values filling in the %s	50	* "This item goes %s\n", with the use/nonuse values filling in the %s
51	*/	51	*/
		52	// see include/object.h
52	Body_Locations body_locations[NUM_BODY_LOCATIONS] = {	53	Body_Locations body_locations[NUM_BODY_LOCATIONS] = {
53	{KW_body_skill , "You can use it as your skill" , "It is used as a skill"},	54	{KW_body_skill , "You can use it as your skill" , "It is used as a skill"},
54	{KW_body_combat , "You can wield it as your weapon" , "It is used as a combat weapon"},	55	{KW_body_combat , "You can wield it as your weapon" , "It is used as a combat weapon"},
55	{KW_body_range , "You can use it as your range weapon" , "It is used as a range weapon"},	56	{KW_body_range , "You can use it as your range weapon" , "It is used as a range weapon"},
56	{KW_body_shield , "You can wield it as a shield" , "It is used as a shield"},	57	{KW_body_shield , "You can wield it as a shield" , "It is used as a shield"},
…		…
65	{KW_body_wrist , "You can wear it around your wrist" , "It goes around a human's wrist"},	66	{KW_body_wrist , "You can wear it around your wrist" , "It goes around a human's wrist"},
66	{KW_body_waist , "You can wear it around your waist" , "It goes around a human's waist"},	67	{KW_body_waist , "You can wear it around your waist" , "It goes around a human's waist"},
67	/{"body_dragon_torso", "your body", "a dragon's body"} /	68	/{"body_dragon_torso", "your body", "a dragon's body"} /
68	};	69	};
69		70
70	static char numbers[21][20] = {
71	"no", "", "two", "three", "four", "five", "six", "seven", "eight", "nine", "ten",
72	"eleven", "twelve", "thirteen", "fourteen", "fifteen", "sixteen", "seventeen",
73	"eighteen", "nineteen", "twenty"
74	};
75
76	static char numbers_10[10][20] = {	71	static char numbers_10[10][20] = {
77	"zero", "ten", "twenty", "thirty", "fourty", "fifty", "sixty", "seventy",	72	"zero", "ten", "twenty", "thirty", "fourty", "fifty", "sixty", "seventy",
78	"eighty", "ninety"	73	"eighty", "ninety"
79	};	74	};
80		75
81	static char levelnumbers[21][20] = {	76	static char ordnumbers[21][20] = {
82	"zeroth", "first", "second", "third", "fourth", "fifth", "sixth", "seventh",	77	"zeroth", "first", "second", "third", "fourth", "fifth", "sixth", "seventh",
83	"eighth", "ninth", "tenth", "eleventh", "twelfth", "thirteenth",	78	"eighth", "ninth", "tenth", "eleventh", "twelfth", "thirteenth",
84	"fourteenth", "fifteenth", "sixteenth", "seventeenth", "eighteen",	79	"fourteenth", "fifteenth", "sixteenth", "seventeenth", "eighteenth",
85	"nineteen", "twentieth"	80	"nineteenth", "twentieth"
86	};	81	};
87		82
88	static char levelnumbers_10[11][20] = {	83	static char ordnumbers_10[11][20] = {
89	"zeroth", "tenth", "twentieth", "thirtieth", "fortieth", "fiftieth", "sixtieth",	84	"zeroth", "tenth", "twentieth", "thirtieth", "fortieth", "fiftieth", "sixtieth",
90	"seventieth", "eightieth", "ninetieth"	85	"seventieth", "eightieth", "ninetieth"
91	};	86	};
92		87
93	/* The following is a large table of item types, the fields are:	88	/* The following is a large table of item types, the fields are:
…		…
156	{EXIT, "exit", "exits", 0, 0},	151	{EXIT, "exit", "exits", 0, 0},
157	{ENCOUNTER, "encounter", "encounters", 0, 0},	152	{ENCOUNTER, "encounter", "encounters", 0, 0},
158	{SHOP_FLOOR, "shop floor", "shop floors", 0, 0},	153	{SHOP_FLOOR, "shop floor", "shop floors", 0, 0},
159	{SHOP_MAT, "shop mat", "shop mats", 0, 0},	154	{SHOP_MAT, "shop mat", "shop mats", 0, 0},
160	{RING, "ring", "rings", SK_JEWELER, 0},	155	{RING, "ring", "rings", SK_JEWELER, 0},
161	{FLOOR, "floor", "floors", 0, 0},	156	// {FLOOR, "floor", "floors", 0, 0},
162	{FLESH, "flesh", "flesh", SK_WOODSMAN, 0},	157	{FLESH, "flesh", "flesh", SK_WOODSMAN, 0},
163	{INORGANIC, "inorganic", "inorganics", SK_ALCHEMY, 0},	158	{INORGANIC, "inorganic", "inorganics", SK_ALCHEMY, 0},
164	{SKILL_TOOL, "skill tool", "skill tools", 0, 0},	159	{SKILL_TOOL, "skill tool", "skill tools", 0, 0},
165	{LIGHTER, "lighter", "lighters", 0, 0},	160	{LIGHTER, "lighter", "lighters", 0, 0},
166	{BUILDABLE_WALL, "buildable wall", "buildable walls", 0, 0},	161	{BUILDABLE_WALL, "buildable wall", "buildable walls", 0, 0},
…		…
170	{SPELLBOOK, "spellbook", "spellbooks", SK_LITERACY, 0},	165	{SPELLBOOK, "spellbook", "spellbooks", SK_LITERACY, 0},
171	{CLOAK, "cloak", "cloaks", SK_SMITHERY, 0},	166	{CLOAK, "cloak", "cloaks", SK_SMITHERY, 0},
172	{SPINNER, "spinner", "spinners", 0, 0},	167	{SPINNER, "spinner", "spinners", 0, 0},
173	{GATE, "gate", "gates", 0, 0},	168	{GATE, "gate", "gates", 0, 0},
174	{BUTTON, "button", "buttons", 0, 0},	169	{BUTTON, "button", "buttons", 0, 0},
175	{CF_HANDLE, "cf handle", "cf handles", 0, 0},	170	{T_HANDLE, "cf handle", "cf handles", 0, 0},
176	{HOLE, "hole", "holes", 0, 0},	171	{HOLE, "hole", "holes", 0, 0},
177	{TRAPDOOR, "trapdoor", "trapdoors", 0, 0},	172	{TRAPDOOR, "trapdoor", "trapdoors", 0, 0},
178	{SIGN, "sign", "signs", 0, 0},	173	{SIGN, "sign", "signs", 0, 0},
179	{BOOTS, "boots", "boots", SK_SMITHERY, 0},	174	{BOOTS, "boots", "boots", SK_SMITHERY, 0},
180	{GLOVES, "gloves", "gloves", SK_SMITHERY, 0},	175	{GLOVES, "gloves", "gloves", SK_SMITHERY, 0},
…		…
207	{BUILDER, "item builder", "item builders", 0, 0},	202	{BUILDER, "item builder", "item builders", 0, 0},
208	{MATERIAL, "building material", "building materials", 0, 0},	203	{MATERIAL, "building material", "building materials", 0, 0},
209	{ITEM_TRANSFORMER, "item_transformer", "item_transformers", 0, 0},	204	{ITEM_TRANSFORMER, "item_transformer", "item_transformers", 0, 0},
210	};	205	};
211		206
212	const int item_types_size = sizeof (item_types) / sizeof (*item_types);	207	static const int item_types_size = array_length (item_types);
213
214	materialtype_t *materialt;
215
216	/*
217	materialtype material[NROFMATERIALS] = {
218	* P M F E C C A D W G P S P T F C D D C C G H B I *
219	* H A I L O O C R E H O L A U E A E E H O O O L N *
220	* Y G R E L N I A A O I O R R A N P A A U D L I T *
221	* S I E C D F D I P S S W A N R C L T O N Y N R *
222	* I C T U N O T O L E E H S T P D N *
223	{"paper", {15,10,17, 9, 5, 7,13, 0,20,15, 0,0,0,0,0,10,0,0,0,0,0,0,0,0}},
224	{"metal", { 2,12, 3,12, 2,10, 7, 0,20,15, 0,0,0,0,0,10,0,0,0,0,0,0,0,0}},
225	{"glass", {14,11, 8, 3,10, 5, 1, 0,20,15, 0,0,0,0,0, 0,0,0,0,0,0,0,0,0}},
226	{"leather", { 5,10,10, 3, 3,10,10, 0,20,15, 0,0,0,0,0,12,0,0,0,0,0,0,0,0}},
227	{"wood", {10,11,13, 2, 2,10, 9, 0,20,15, 0,0,0,0,0,12,0,0,0,0,0,0,0,0}},
228	{"organics", { 3,12, 9,11, 3,10, 9, 0,20,15, 0,0,0,0,0, 0,0,0,0,0,0,0,0,0}},
229	{"stone", { 2, 5, 2, 2, 2, 2, 1, 0,20,15, 0,0,0,0,0, 5,0,0,0,0,0,0,0,0}},
230	{"cloth", {14,11,13, 4, 4, 5,10, 0,20,15, 0,0,0,0,0, 5,0,0,0,0,0,0,0,0}},
231	{"adamant", { 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,0,0,0,0, 0,0,0,0,0,0,0,0,0}},
232	{"liquid", { 0, 8, 9, 6,17, 0,15, 0,20,15,12,0,0,0,0,11,0,0,0,0,0,0,0,0}},
233	{"soft metal",{ 6,12, 6,14, 2,10, 1, 0,20,15, 0,0,0,0,0,10,0,0,0,0,0,0,0,0}},
234	{"bone", {10, 9, 4, 5, 3,10,10, 0,20,15, 0,0,0,0,0, 2,0,0,0,0,0,0,0,0}},
235	{"ice", {14,11,16, 5, 0, 5, 6, 0,20,15, 0,0,0,0,0, 7,0,0,0,0,0,0,0,0}}
236	};
237	*/
238		208
239	/* This curve may be too steep. But the point is that there should	209	/* This curve may be too steep. But the point is that there should
240	* be tough choices - there is no real point to this if everyone can	210	* be tough choices - there is no real point to this if everyone can
241	* wear whatever they want with no worries. Perhaps having the steep	211	* wear whatever they want with no worries. Perhaps having the steep
242	* curve is good (maybe even steeper), but allowing players to	212	* curve is good (maybe even steeper), but allowing players to
…		…
244	* able to use 2-3 of the most powerful items.	214	* able to use 2-3 of the most powerful items.
245	* note that this table is only really used for program generated items -	215	* note that this table is only really used for program generated items -
246	* custom objects can use whatever they want.	216	* custom objects can use whatever they want.
247	*/	217	*/
248	static int enc_to_item_power[21] = {	218	static int enc_to_item_power[21] = {
		219	0,
249	0, 0, 1, 2, 3, 4, /* 5 */	220	0, 1, 2, 3, 4, // 5
250	5, 7, 9, 11, 13, /* 10 */	221	5, 7, 9, 11, 13, // 10
251	15, 18, 21, 24, 27, /* 15 */	222	15, 18, 21, 24, 27, // 15
252	30, 35, 40, 45, 50 /* 20 */	223	30, 35, 40, 45, 50 // 20
253	};	224	};
254		225
255	int	226	int
256	get_power_from_ench (int ench)	227	get_power_from_ench (int ench)
257	{	228	{
258	if (ench < 0) ench = 0;
259	if (ench > 20) ench = 20;
260
261	return enc_to_item_power[ench];	229	return enc_to_item_power [clamp (ench, 0, 20)];
		230	}
		231
		232	static const struct need_identify_types : typeset
		233	{
		234	need_identify_types ()
		235	{
		236	set (RING);
		237	set (WAND);
		238	set (ROD);
		239	set (HORN);
		240	set (SCROLL);
		241	set (SKILL);
		242	set (SKILLSCROLL);
		243	set (SPELLBOOK);
		244	set (FOOD);
		245	set (POTION);
		246	set (BOW);
		247	set (ARROW);
		248	set (WEAPON);
		249	set (ARMOUR);
		250	set (SHIELD);
		251	set (HELMET);
		252	set (AMULET);
		253	set (BOOTS);
		254	set (GLOVES);
		255	set (BRACERS);
		256	set (GIRDLE);
		257	set (CONTAINER);
		258	set (DRINK);
		259	set (FLESH);
		260	set (INORGANIC);
		261	set (CLOSE_CON);
		262	set (CLOAK);
		263	set (GEM);
		264	set (POWER_CRYSTAL);
		265	set (POISON);
		266	set (BOOK);
		267	set (SKILL_TOOL);
		268	}
		269	} need_identify_types;
		270
		271	bool
		272	object::need_identify () const
		273	{
		274	return need_identify_types [type];
262	}	275	}
263		276
264	/* This takes an object 'op' and figures out what its item_power	277	/* This takes an object 'op' and figures out what its item_power
265	* rating should be. This should only really be used by the treasure	278	* rating should be. This should only really be used by the treasure
266	* generation code, and when loading legacy objects. It returns	279	* generation code, and when loading legacy objects. It returns
…		…
300	if (op->type == WEAPON)	313	if (op->type == WEAPON)
301	{	314	{
302	for (i = 1; i < NROFATTACKS; i++)	315	for (i = 1; i < NROFATTACKS; i++)
303	if (op->attacktype & (1 << i))	316	if (op->attacktype & (1 << i))
304	enc++;	317	enc++;
		318
305	if (op->slaying)	319	if (op->slaying)
306	enc += 2; /* What it slays is probably more relevent */	320	enc += 2; /* What it slays is probably more relevent */
307	}	321	}
		322
308	/* Items the player can equip */	323	/* Items the player can equip */
309	if ((op->type == WEAPON) \|\| (op->type == ARMOUR) \|\| (op->type == HELMET) \|\|	324	if ((op->type == WEAPON) \|\| (op->type == ARMOUR) \|\| (op->type == HELMET) \|\|
310	(op->type == SHIELD) \|\| (op->type == RING) \|\|	325	(op->type == SHIELD) \|\| (op->type == RING) \|\|
311	(op->type == BOOTS) \|\| (op->type == GLOVES) \|\|	326	(op->type == BOOTS) \|\| (op->type == GLOVES) \|\|
312	(op->type == AMULET) \|\| (op->type == GIRDLE) \|\| (op->type == BRACERS) \|\| (op->type == CLOAK))	327	(op->type == AMULET) \|\| (op->type == GIRDLE) \|\| (op->type == BRACERS) \|\| (op->type == CLOAK))
…		…
315	enc += op->stats.hp; /* hp regen */	330	enc += op->stats.hp; /* hp regen */
316	enc += op->stats.sp; /* mana regen */	331	enc += op->stats.sp; /* mana regen */
317	enc += op->stats.grace; /* grace regen */	332	enc += op->stats.grace; /* grace regen */
318	enc += op->stats.exp; /* speed bonus */	333	enc += op->stats.exp; /* speed bonus */
319	}	334	}
		335
320	enc += op->stats.luck;	336	enc += op->stats.luck;
321		337
322	/* Do spell paths now */	338	/* Do spell paths now */
323	for (i = 1; i < NRSPELLPATHS; i++)	339	for (i = 1; i < NRSPELLPATHS; i++)
324	{
325	if (op->path_attuned & (1 << i))	340	if (op->path_attuned & (1 << i))
326	enc++;	341	enc++;
327	else if (op->path_denied & (1 << i))	342	else if (op->path_denied & (1 << i))
328	enc -= 2;	343	enc -= 2;
329	else if (op->path_repelled & (1 << i))	344	else if (op->path_repelled & (1 << i))
330	enc--;	345	enc--;
331	}
332		346
333	if (QUERY_FLAG (op, FLAG_LIFESAVE))	347	if (op->flag [FLAG_LIFESAVE ]) enc += 5;
334	enc += 5;	348	if (op->flag [FLAG_REFL_SPELL ]) enc += 3;
335	if (QUERY_FLAG (op, FLAG_REFL_SPELL))	349	if (op->flag [FLAG_REFL_MISSILE]) enc += 2;
336	enc += 3;	350	if (op->flag [FLAG_XRAYS ]) enc += 2;
337	if (QUERY_FLAG (op, FLAG_REFL_MISSILE))	351	if (op->flag [FLAG_STEALTH ]) enc += 1;
338	enc += 2;	352	if (op->flag [FLAG_SEE_IN_DARK ]) enc += 1;
339	if (QUERY_FLAG (op, FLAG_STEALTH))	353	if (op->flag [FLAG_MAKE_INVIS ]) enc += 1;
340	enc += 1;
341	if (QUERY_FLAG (op, FLAG_XRAYS))
342	enc += 2;
343	if (QUERY_FLAG (op, FLAG_SEE_IN_DARK))
344	enc += 1;
345	if (QUERY_FLAG (op, FLAG_MAKE_INVIS))
346	enc += 1;
347		354
348	return get_power_from_ench (enc);	355	return get_power_from_ench (enc);
349	}	356	}
		357
		358	static const struct get_typedata
		359	{
		360	const typedata *data [NUM_TYPES];
		361
		362	get_typedata ()
		363	{
		364	for (int i = 0; i < item_types_size; i++)
		365	data [item_types[i].number] = &item_types [i];
		366	}
		367
		368	const typedata *operator ()(int itemtype) const
		369	{
		370	return data [itemtype];
		371	}
		372	} get_typedata_;
350		373
351	/* returns the typedata that has a number equal to itemtype, if there	374	/* returns the typedata that has a number equal to itemtype, if there
352	* isn't one, returns NULL */	375	* isn't one, returns NULL */
353	const typedata *	376	const typedata *
354	get_typedata (int itemtype)	377	get_typedata (int itemtype)
355	{	378	{
356	int i;	379	return get_typedata_ (itemtype);
357
358	for (i = 0; i < item_types_size; i++)
359	if (item_types[i].number == itemtype)
360	return &item_types[i];
361	return NULL;
362	}	380	}
363		381
364	/* returns the typedata that has a name equal to itemtype, if there	382	/* returns the typedata that has a name equal to itemtype, if there
365	* isn't one, return the plural name that matches, if there still isn't	383	* isn't one, return the plural name that matches, if there still isn't
366	* one return NULL */	384	* one return NULL */
367	const typedata *	385	const typedata *
368	get_typedata_by_name (const char *name)	386	get_typedata_by_name (const char *name)
369	{	387	{
370	int i;
371
372	for (i = 0; i < item_types_size; i++)	388	for (int i = 0; i < item_types_size; i++)
373	if (!strcmp (item_types[i].name, name))	389	if (!strcmp (item_types[i].name, name))
374	return &item_types[i];	390	return &item_types[i];
		391
375	for (i = 0; i < item_types_size; i++)	392	for (int i = 0; i < item_types_size; i++)
376	if (!strcmp (item_types[i].name_pl, name))	393	if (!strcmp (item_types[i].name_pl, name))
377	{	394	{
378	LOG (llevInfo,	395	LOG (llevInfo,
379	"get_typedata_by_name: I have been sent the plural %s, the singular form %s is preffered\n", name, item_types[i].name);	396	"get_typedata_by_name: I have been sent the plural %s, the singular form %s is prefered\n", name, item_types[i].name);
380	return &item_types[i];	397	return &item_types[i];
381	}	398	}
		399
382	return NULL;	400	return 0;
383	}	401	}
384		402
385	/* describe_resistance generates the visible naming for resistances.	403	/* describe_resistance generates the visible naming for resistances.
386	* returns a static array of the description. This can return	404	* returns a static array of the description. This can return
387	* a big buffer.	405	* a big buffer.
…		…
389	* but do put a newline at the end. Useful when dumping to files	407	* but do put a newline at the end. Useful when dumping to files
390	*/	408	*/
391	const char *	409	const char *
392	describe_resistance (const object *op, int newline)	410	describe_resistance (const object *op, int newline)
393	{	411	{
394	static char buf[VERY_BIG_BUF];	412	static dynbuf_text buf; buf.clear ();
395	char buf1[VERY_BIG_BUF];
396	int tmpvar;
397		413
398	buf[0] = 0;	414	for (int i = 0; i < NROFATTACKS; i++)
399	for (tmpvar = 0; tmpvar < NROFATTACKS; tmpvar++)
400	{
401	if (op->resist[tmpvar] && (op->type != FLESH \|\| atnr_is_dragon_enabled (tmpvar) == 1))	415	if (op->resist[i] && (op->type != FLESH \|\| atnr_is_dragon_enabled (i) == 1))
402	{	416	buf.printf (newline ? "%s %d\n" : "(%s %+d)", resist_plus[i], op->resist[i]);
403	if (!newline)
404	sprintf (buf1, "(%s %+d)", resist_plus[tmpvar], op->resist[tmpvar]);
405	else
406	sprintf (buf1, "%s %d\n", resist_plus[tmpvar], op->resist[tmpvar]);
407		417
408	strcat (buf, buf1);
409	}
410	}
411	return buf;	418	return buf;
412	}	419	}
413
414		420
415	/*	421	/*
416	* query_weight(object) returns a character pointer to a static buffer	422	* query_weight(object) returns a character pointer to a static buffer
417	* containing the text-representation of the weight of the given object.	423	* containing the text-representation of the weight of the given object.
418	* The buffer will be overwritten by the next call to query_weight().	424	* The buffer will be overwritten by the next call to query_weight().
		425	*
		426	* Seems to be used only by unimportant stuff. Remove?
419	*/	427	*/
420	const char *	428	const char *
421	query_weight (const object *op)	429	query_weight (const object *op)
422	{	430	{
423	static char buf[10];	431	static char buf[10];
424	sint32 i = (op->nrof ? op->nrof : 1) * op->weight + op->carrying;	432	sint32 i = op->total_weight ();
425		433
426	if (op->weight < 0)	434	if (op->weight < 0)
427	return " ";	435	return " ";
428		436
429	if (i % 1000)	437	if (i % 1000)
…		…
437	/*	445	/*
438	* Returns the pointer to a static buffer containing	446	* Returns the pointer to a static buffer containing
439	* the number requested (of the form first, second, third...)	447	* the number requested (of the form first, second, third...)
440	*/	448	*/
441	const char *	449	const char *
442	get_levelnumber (int i)	450	ordinal (int i)
443	{	451	{
444	static char buf[MAX_BUF];	452	if (i < 0)
445		453	return format ("minus %s", ordinal (-i));
446	if (i > 99)
447	{
448	sprintf (buf, "%d.", i);
449	return buf;
450	}
451		454
452	if (i < 21)	455	if (i < 21)
453	return levelnumbers[i];
454	if (!(i % 10))
455	return levelnumbers_10[i / 10];
456
457	strcpy (buf, numbers_10[i / 10]);
458	strcat (buf, levelnumbers[i % 10]);
459	return buf;
460	}
461
462	/*
463	* get_number(integer) returns the text-representation of the given number
464	* in a static buffer. The buffer might be overwritten at the next
465	* call to get_number().
466	* It is currently only used by the query_name() function.
467	*/
468	const char *
469	get_number (int i)
470	{
471	if (i <= 20)
472	return numbers[i];	456	return ordnumbers[i];
		457
		458	int digit = i % 10;
		459
		460	if (i >= 100)
		461	return format (
		462	digit == 1 ? "%dst"
		463	: digit == 2 ? "%dnd"
		464	: digit == 3 ? "%drd"
		465	: "%dth",
		466	i
		467	);
		468
		469	if (digit == 0)
		470	return ordnumbers_10[i / 10];
473	else	471	else
474	{	472	return format ("%s%s", numbers_10[i / 10], ordnumbers[i % 10]);
475	static char buf[MAX_BUF];
476
477	sprintf (buf, "%d", i);
478	return buf;
479	}
480	}	473	}
481		474
482	/*	475	/*
483	* Returns pointer to static buffer containing ring's or amulet's	476	* Returns pointer to static buffer containing ring's or amulet's
484	* abilities	477	* abilities
…		…
490	*/	483	*/
491		484
492	/* Aug 95 modified this slightly so that Skill tools don't have magic bonus	485	/* Aug 95 modified this slightly so that Skill tools don't have magic bonus
493	* from stats.sp - b.t.	486	* from stats.sp - b.t.
494	*/	487	*/
495	const char *	488	static const char *
496	ring_desc (const object *op)	489	ring_desc (const object *op)
497	{	490	{
498	static dynbuf_text buf; buf.clear ();	491	static dynbuf_text buf; buf.clear ();
499	int attr, val, len;	492	int attr, val, len;
500		493
501	if (QUERY_FLAG (op, FLAG_IDENTIFIED))	494	if (op->flag [FLAG_IDENTIFIED])
502	{	495	{
503	for (attr = 0; attr < NUM_STATS; attr++)	496	for (attr = 0; attr < NUM_STATS; attr++)
504	if ((val = op->stats.stat (attr)))	497	if ((val = op->stats.stat (attr)))
505	buf.printf ("(%s%+d)", short_stat_name[attr], val);	498	buf.printf ("(%s%+d)", short_stat_name[attr], val);
506		499
507	if (op->stats.exp) buf.printf ("(speed %+lld)", (long long)op->stats.exp);	500	if (op->stats.exp) buf.printf ("(speed %+d)", (int)op->stats.exp);
508	if (op->stats.wc) buf.printf ("(wc%+d)", op->stats.wc);	501	if (op->stats.wc) buf.printf ("(wc%+d)", op->stats.wc);
509	if (op->stats.dam) buf.printf ("(dam%+d)", op->stats.dam);	502	if (op->stats.dam) buf.printf ("(dam%+d)", op->stats.dam);
510	if (op->stats.ac) buf.printf ("(ac%+d)", op->stats.ac);	503	if (op->stats.ac) buf.printf ("(ac%+d)", op->stats.ac);
511		504
512	buf << describe_resistance (op, 0);	505	buf << describe_resistance (op, 0);
…		…
515	if (op->stats.grace) buf.printf ("(grace%+d)", op->stats.grace);	508	if (op->stats.grace) buf.printf ("(grace%+d)", op->stats.grace);
516	if (op->stats.sp && op->type != SKILL) buf.printf ("(magic%+d)", op->stats.sp);	509	if (op->stats.sp && op->type != SKILL) buf.printf ("(magic%+d)", op->stats.sp);
517	if (op->stats.hp) buf.printf ("(regeneration%+d)", op->stats.hp);	510	if (op->stats.hp) buf.printf ("(regeneration%+d)", op->stats.hp);
518	if (op->stats.luck) buf.printf ("(luck%+d)", op->stats.luck);	511	if (op->stats.luck) buf.printf ("(luck%+d)", op->stats.luck);
519		512
520	if (QUERY_FLAG (op, FLAG_LIFESAVE)) buf << "(lifesaving)";	513	if (op->flag [FLAG_LIFESAVE]) buf << "(lifesaving)";
521	if (QUERY_FLAG (op, FLAG_REFL_SPELL)) buf << "(reflect spells)";	514	if (op->flag [FLAG_REFL_SPELL]) buf << "(reflect spells)";
522	if (QUERY_FLAG (op, FLAG_REFL_MISSILE)) buf << "(reflect missiles)";	515	if (op->flag [FLAG_REFL_MISSILE]) buf << "(reflect missiles)";
523	if (QUERY_FLAG (op, FLAG_STEALTH)) buf << "(stealth)";	516	if (op->flag [FLAG_STEALTH]) buf << "(stealth)";
524		517
525	buf.add_paths ("Attuned" , op->path_attuned);	518	buf.add_paths ("Attuned" , op->path_attuned);
526	buf.add_paths ("Repelled", op->path_repelled);	519	buf.add_paths ("Repelled", op->path_repelled);
527	buf.add_paths ("Denied" , op->path_denied);	520	buf.add_paths ("Denied" , op->path_denied);
528		521
…		…
534	}	527	}
535		528
536	/*	529	/*
537	* query_short_name(object) is similar to query_name, but doesn't	530	* query_short_name(object) is similar to query_name, but doesn't
538	* contain any information about object status (worn/cursed/etc.)	531	* contain any information about object status (worn/cursed/etc.)
		532	*
		533	* It is sometimes used when printing messages, so should fit well into a sentence.
539	*/	534	*/
540	const char *	535	const char *
541	query_short_name (const object *op)	536	query_short_name (const object *op)
542	{	537	{
543	if (op->name == 0)	538	if (!op->name)
544	return "(null)";	539	return "(null)";
545		540
546	if (!op->nrof	541	if (!op->nrof
547	&& !op->weight	542	&& !op->weight
548	&& !op->title	543	&& !op->title
…		…
552		547
553	static dynbuf_text buf; buf.clear ();	548	static dynbuf_text buf; buf.clear ();
554		549
555	buf << (op->nrof <= 1 ? op->name : op->name_pl);	550	buf << (op->nrof <= 1 ? op->name : op->name_pl);
556		551
557	if (op->title && QUERY_FLAG (op, FLAG_IDENTIFIED))	552	if (op->title && op->flag [FLAG_IDENTIFIED])
558	buf << ' ' << op->title;	553	buf << ' ' << op->title;
559		554
560	switch (op->type)	555	switch (op->type)
561	{	556	{
562	case SPELLBOOK:	557	case SPELLBOOK:
563	case SCROLL:	558	case SCROLL:
564	case WAND:	559	case WAND:
565	case ROD:	560	case ROD:
566	if (QUERY_FLAG (op, FLAG_IDENTIFIED) \|\| QUERY_FLAG (op, FLAG_BEEN_APPLIED))	561	if (op->flag [FLAG_IDENTIFIED] \|\| op->flag [FLAG_BEEN_APPLIED])
567	{	562	{
568	if (!op->title)	563	if (!op->title)
569	buf << " of " << (op->inv ? &op->inv->name : "bug, please report");	564	buf << " of " << (op->inv ? &op->inv->name : "bug, please report");
570		565
571	if (op->type != SPELLBOOK)	566	if (op->type != SPELLBOOK)
572	buf.printf (" (lvl %d)", op->level);	567	buf.printf (" (lvl %d)", op->level);
573	}	568	}
574	break;	569	break;
575		570
576	case ALTAR:	571	case ALTAR:
577	case TRIGGER_ALTAR:	572	case TRIGGER_ALTAR:
578	case IDENTIFY_ALTAR:	573	case IDENTIFY_ALTAR:
579	case CONVERTER:	574	case CONVERTER:
580	if (op->slaying == shstr_money)	575	if (op->slaying == shstr_money)
581	{	576	{
582	bool wrap = !!buf.size ();	577	bool wrap = !!buf.size ();
583		578
584	if (wrap) buf << " [";	579	if (wrap) buf << " [";
585		580
586	archetype *coin = 0;	581	archetype *coin = 0;
587		582
588	for (char const const c = coins; *coins; ++c)	583	for (char const const c = coins; *coins; ++c)
589	if ((coin = archetype::find (*c)))	584	if ((coin = archetype::find (*c)))
590	if (op->stats.food % coin->value == 0)	585	if (op->stats.food % coin->value == 0)
591	break;	586	break;
592		587
593	sint32 coins = op->stats.food / coin->value;	588	sint32 coins = op->stats.food / coin->value;
594		589
595	buf.printf ("drop %d %s", coins, coins == 1 ? &coin->name : &coin->name_pl);	590	buf.printf ("drop %d %s (or equivalent)", coins, coins == 1 ? &coin->name : &coin->name_pl);
596		591
597	if (wrap) buf << ']';	592	if (wrap) buf << ']';
598	}	593	}
599	break;	594	break;
600		595
601	case SKILL:	596	case SKILL:
602	case AMULET:	597	case AMULET:
603	case RING:	598	case RING:
604	if (!op->title)	599	if (!op->title)
…		…
610	buf << " " << s;	605	buf << " " << s;
611	}	606	}
612	break;	607	break;
613		608
614	default:	609	default:
615	if (op->magic && ((QUERY_FLAG (op, FLAG_BEEN_APPLIED) && need_identify (op)) \|\| QUERY_FLAG (op, FLAG_IDENTIFIED)))	610	if (op->magic
		611	&& ((op->flag [FLAG_BEEN_APPLIED] && op->need_identify ())
		612	\|\| op->flag [FLAG_IDENTIFIED]))
616	buf.printf (" %+d", op->magic);	613	buf.printf (" %+d", op->magic);
617	}	614	}
618		615
619	return buf;	616	return buf;
620	}	617	}
…		…
627	* you can make several calls to query_name before the bufs start getting	624	* you can make several calls to query_name before the bufs start getting
628	* overwritten. This may be a bad thing (it may be easier to assume the value	625	* overwritten. This may be a bad thing (it may be easier to assume the value
629	* returned is good forever.) However, it makes printing statements that	626	* returned is good forever.) However, it makes printing statements that
630	* use several names much easier (don't need to store them to temp variables.)	627	* use several names much easier (don't need to store them to temp variables.)
631	*	628	*
		629	* It is used extensively within messages, so should return only a prose
		630	* and short description of the item.
		631	* It is also used by examine/ex and similar functions.
632	*/	632	*/
633	const char *	633	const char *
634	query_name (const object *op)	634	query_name (const object *op)
635	{	635	{
636	int len = 0;	636	int len = 0;
…		…
641	use_buf %= 5;	641	use_buf %= 5;
642		642
643	dynbuf_text &buf = bufs [use_buf];	643	dynbuf_text &buf = bufs [use_buf];
644	buf.clear ();	644	buf.clear ();
645		645
		646	#if 0
646	if ((op->is_armor () \|\| op->is_weapon ()) && op->materialname)	647	if ((op->is_armor () \|\| op->is_weapon ()) && op->material)
647	if (materialtype_t *mt = name_to_material (op->materialname))
648	buf << mt->description << ' ';	648	buf << op->material->description << ' ';
		649	#endif
649		650
650	buf << query_short_name (op);	651	buf << query_short_name (op);
651		652
652	if (QUERY_FLAG (op, FLAG_INV_LOCKED))	653	if (op->flag [FLAG_INV_LOCKED])
653	buf << " *";	654	buf << " *";
654	if (op->type == CONTAINER && ((op->env && op->env->container == op) \|\| (!op->env && QUERY_FLAG (op, FLAG_APPLIED))))	655	if (op->is_open_container ())
655	buf << " (open)";	656	buf << " (open)";
656		657
657	if (QUERY_FLAG (op, FLAG_KNOWN_CURSED))	658	if (op->flag [FLAG_KNOWN_CURSED])
658	{	659	{
659	if (QUERY_FLAG (op, FLAG_DAMNED))	660	if (op->flag [FLAG_DAMNED])
660	buf << " (damned)";	661	buf << " (damned)";
661	else if (QUERY_FLAG (op, FLAG_CURSED))	662	else if (op->flag [FLAG_CURSED])
662	buf << " (cursed)";	663	buf << " (cursed)";
663	}	664	}
664		665
665	/* Basically, if the object is known magical (detect magic spell on it),	666	/* Basically, if the object is known magical (detect magic spell on it),
666	* and it isn't identified, print out the fact that	667	* and it isn't identified, print out the fact that
…		…
669	*	670	*
670	* Changed in V 0.91.4 - still print that the object is magical even	671	* Changed in V 0.91.4 - still print that the object is magical even
671	* if it has been applied. Equipping an item does not tell full	672	* if it has been applied. Equipping an item does not tell full
672	* abilities, especially for artifact items.	673	* abilities, especially for artifact items.
673	*/	674	*/
674	if (QUERY_FLAG (op, FLAG_KNOWN_MAGICAL) && !QUERY_FLAG (op, FLAG_IDENTIFIED))	675	if (op->flag [FLAG_KNOWN_MAGICAL] && !op->flag [FLAG_IDENTIFIED])
675	buf << " (magic)";	676	buf << " (magic)";
676		677
677	#if 0	678	#if 0
678	/* item_power will be returned in desribe_item - it shouldn't really	679	/* item_power will be returned in describe_item - it shouldn't really
679	* be returned in the name.	680	* be returned in the name.
680	*/	681	*/
681	if (op->item_power)	682	if (op->item_power)
682	sprintf (buf[use_buf] + strlen (buf[use_buf]), "(item_power %+d)", op->item_power);	683	sprintf (buf[use_buf] + strlen (buf[use_buf]), "(item_power %+d)", op->item_power);
683		684
684	#endif	685	#endif
685		686
686	if (QUERY_FLAG (op, FLAG_APPLIED))	687	if (op->flag [FLAG_APPLIED])
687	{	688	{
688	switch (op->type)	689	switch (op->type)
689	{	690	{
		691	case RANGED:
690	case BOW:	692	case BOW:
691	case WAND:	693	case WAND:
692	case ROD:	694	case ROD:
693	case HORN:	695	case HORN:
694	buf << (op->env && op->env->current_weapon == op ? " (readied)" : " (applied)");
695	break;
696	case WEAPON:	696	case WEAPON:
697	buf << (op->env && op->env->current_weapon == op ? " (wielded)" : " (applied)");	697	buf << " (applied)";
698	break;	698	break;
699	case ARMOUR:	699	case ARMOUR:
700	case HELMET:	700	case HELMET:
701	case SHIELD:	701	case SHIELD:
702	case RING:	702	case RING:
…		…
715	default:	715	default:
716	buf << " (applied)";	716	buf << " (applied)";
717	}	717	}
718	}	718	}
719		719
720	if (QUERY_FLAG (op, FLAG_UNPAID))	720	switch (op->type)
		721	{
		722	case LAMP:
		723	if (op->glow_radius)
		724	buf << " (on)";
		725	else if (op->stats.food <= 0)
		726	buf << " (empty)";
		727	else
		728	buf << " (off)";
		729	break;
		730
		731	case TORCH:
		732	if (op->glow_radius)
		733	buf << " (burning)";
		734	else if (op->stats.food <= 0)
		735	buf << " (burned out)";
		736	break;
		737	}
		738
		739	if (op->flag [FLAG_UNPAID])
721	buf << " (unpaid)";	740	buf << " (unpaid)";
722		741
723	return buf;	742	return buf;
724	}	743	}
725		744
…		…
729	* of the given object. The buffer will be overwritten at the next	748	* of the given object. The buffer will be overwritten at the next
730	* call to query_base_name(). This is a lot like query_name, but we	749	* call to query_base_name(). This is a lot like query_name, but we
731	* don't include the item count or item status. Used for inventory sorting	750	* don't include the item count or item status. Used for inventory sorting
732	* and sending to client.	751	* and sending to client.
733	* If plural is set, we generate the plural name of this.	752	* If plural is set, we generate the plural name of this.
		753	*
		754	* It is sometimes used to display messages, and usually only used to match stuff,
		755	* so maybe this function should be removed.
		756	* It is also used for client-side inventory/item descriptions.
734	*/	757	*/
735	const char *	758	const char *
736	query_base_name (const object *op, int plural)	759	query_base_name (const object *op, int plural)
737	{	760	{
738	if ((!plural && !op->name) \|\| (plural && !op->name_pl))	761	if ((!plural && !op->name) \|\| (plural && !op->name_pl))
739	return "(null)";	762	return "(null)";
740		763
741	if (!op->nrof && !op->weight && !op->title && !is_magical (op))	764	if (!op->nrof && !op->weight && !op->title && !is_magical (op)
		765	&& op->type != EXIT)
742	return op->name; /* To speed things up (or make things slower?) */	766	return op->name; /* To speed things up (or make things slower?) */
743		767
744	static dynbuf_text buf; buf.clear ();	768	static dynbuf_text buf; buf.clear ();
745		769
		770	#if 0
746	if ((op->is_armor () \|\| op->is_weapon ()) && op->materialname)	771	if ((op->is_armor () \|\| op->is_weapon ()) && op->material)
747	if (materialtype_t *mt = name_to_material (op->materialname))
748	if (op->arch->materialname != mt->name)	772	if (op->arch->material != op->material)
749	buf << mt->description << ' ';	773	buf << op->material->description << ' ';
		774	#endif
750		775
751	buf << (plural ? op->name_pl : op->name);	776	buf << (plural ? op->name_pl : op->name);
752		777
753	if (op->title && QUERY_FLAG (op, FLAG_IDENTIFIED))	778	if (op->title && op->flag [FLAG_IDENTIFIED])
754	buf << ' ' << op->title;	779	buf << ' ' << op->title;
755		780
756	switch (op->type)	781	switch (op->type)
757	{	782	{
758	case SPELLBOOK:	783	case SPELLBOOK:
759	case SCROLL:	784	case SCROLL:
760	case WAND:	785	case WAND:
761	case ROD:	786	case ROD:
762	if (QUERY_FLAG (op, FLAG_IDENTIFIED) \|\| QUERY_FLAG (op, FLAG_BEEN_APPLIED))	787	if (op->flag [FLAG_IDENTIFIED] \|\| op->flag [FLAG_BEEN_APPLIED])
763	{	788	{
764	if (!op->title)	789	if (!op->title)
765	buf << " of " << (op->inv ? &op->inv->name : "bug, please report");	790	buf << " of " << (op->inv ? &op->inv->name : "bug, please report");
766		791
767	if (op->type != SPELLBOOK)	792	if (op->type != SPELLBOOK)
…		…
781	if (s && *s)	806	if (s && *s)
782	buf << ' ' << s;	807	buf << ' ' << s;
783	}	808	}
784	break;	809	break;
785		810
		811	case EXIT:
		812	// random map exits "unfortunately" get patched, so this only works before entering
		813	if (EXIT_PATH (op) == shstr_random_map_exit)
		814	buf << " (random map)";
		815	else if (!EXIT_PATH (op))
		816	buf << " (closed)";
		817	break;
		818
786	default:	819	default:
787	if (op->magic && ((QUERY_FLAG (op, FLAG_BEEN_APPLIED) && need_identify (op)) \|\| QUERY_FLAG (op, FLAG_IDENTIFIED)))	820	if (op->magic
		821	&& ((op->flag [FLAG_BEEN_APPLIED] && op->need_identify ())
		822	\|\| op->flag [FLAG_IDENTIFIED]))
788	buf.printf (" %+d", op->magic);	823	buf.printf (" %+d", op->magic);
789	}	824	}
790		825
791	return buf;	826	return buf;
792	}	827	}
…		…
805	/* Note that the resolution this provides for players really isn't	840	/* Note that the resolution this provides for players really isn't
806	* very good. Any player with a speed greater than .67 will	841	* very good. Any player with a speed greater than .67 will
807	* fall into the 'lightning fast movement' category.	842	* fall into the 'lightning fast movement' category.
808	*/	843	*/
809	if (op->has_active_speed ())	844	if (op->has_active_speed ())
810	switch ((int) ((FABS (op->speed)) * 15))	845	switch ((int)(op->speed * 15.))
811	{	846	{
812	case 0:	847	case 0:
813	buf << "(very slow movement";	848	buf << "(very slow movement)";
814	break;	849	break;
815	case 1:	850	case 1:
816	buf << "(slow movement)";	851	buf << "(slow movement)";
817	break;	852	break;
818	case 2:	853	case 2:
…		…
835	default:	870	default:
836	buf << "(lightning fast movement)";	871	buf << "(lightning fast movement)";
837	break;	872	break;
838	}	873	}
839		874
840	if (QUERY_FLAG (op, FLAG_UNDEAD)) buf << "(undead)";	875	if (op->flag [FLAG_UNDEAD]) buf << "(undead)";
841	if (QUERY_FLAG (op, FLAG_SEE_INVISIBLE)) buf << "(see invisible)";	876	if (op->flag [FLAG_SEE_INVISIBLE]) buf << "(see invisible)";
842	if (QUERY_FLAG (op, FLAG_USE_WEAPON)) buf << "(wield weapon)";	877	if (op->flag [FLAG_USE_WEAPON]) buf << "(wield weapon)";
843	if (QUERY_FLAG (op, FLAG_USE_BOW)) buf << "(archer)";	878	if (op->flag [FLAG_USE_BOW]) buf << "(archer)";
844	if (QUERY_FLAG (op, FLAG_USE_ARMOUR)) buf << "(wear armour)";	879	if (op->flag [FLAG_USE_ARMOUR]) buf << "(wear armour)";
845	if (QUERY_FLAG (op, FLAG_USE_RING)) buf << "(wear ring)";	880	if (op->flag [FLAG_USE_RING]) buf << "(wear ring)";
846	if (QUERY_FLAG (op, FLAG_USE_SCROLL)) buf << "(read scroll)";	881	if (op->flag [FLAG_USE_SCROLL]) buf << "(read scroll)";
847	if (QUERY_FLAG (op, FLAG_USE_RANGE)) buf << "(fires wand/rod/horn)";	882	if (op->flag [FLAG_USE_RANGE]) buf << "(fires wand/rod/horn)";
848	if (QUERY_FLAG (op, FLAG_CAN_USE_SKILL)) buf << "(skill user)";	883	if (op->flag [FLAG_CAN_USE_SKILL]) buf << "(skill user)";
849	if (QUERY_FLAG (op, FLAG_CAST_SPELL)) buf << "(spellcaster)";	884	if (op->flag [FLAG_CAST_SPELL]) buf << "(spellcaster)";
850	if (QUERY_FLAG (op, FLAG_FRIENDLY)) buf << "(friendly)";	885	if (op->flag [FLAG_FRIENDLY]) buf << "(friendly)";
851	if (QUERY_FLAG (op, FLAG_UNAGGRESSIVE)) buf << "(unaggressive)";	886	if (op->flag [FLAG_UNAGGRESSIVE]) buf << "(unaggressive)";
852	if (QUERY_FLAG (op, FLAG_HITBACK)) buf << "(hitback)";	887	if (op->flag [FLAG_HITBACK]) buf << "(hitback)";
853	if (QUERY_FLAG (op, FLAG_STEALTH)) buf << "(stealthy)";	888	if (op->flag [FLAG_STEALTH]) buf << "(stealthy)";
854		889
855	if (op->randomitems)	890	if (op->randomitems)
856	{	891	{
857	bool first = 1;	892	bool first = 1;
858		893
…		…
885	if (op->stats.luck)	920	if (op->stats.luck)
886	buf.printf ("(luck%+d)", op->stats.luck);	921	buf.printf ("(luck%+d)", op->stats.luck);
887	}	922	}
888		923
889	/* describe attacktypes */	924	/* describe attacktypes */
890	if (is_dragon_pl (op))	925	if (op->is_dragon ())
891	{	926	{
892	/* for dragon players display the attacktypes from clawing skill	927	/* for dragon players display the attacktypes from clawing skill
893	* Break apart the for loop - move the comparison checking down -	928	* Break apart the for loop - move the comparison checking down -
894	* this makes it more readable.	929	* this makes it more readable.
895	*/	930	*/
…		…
933	* wouldn't need to use the SEE_INVISIBLE flag to know it is	968	* wouldn't need to use the SEE_INVISIBLE flag to know it is
934	* a dragon player examining food. Could have things like	969	* a dragon player examining food. Could have things like
935	* a dwarven axe, in which the full abilities are only known to	970	* a dwarven axe, in which the full abilities are only known to
936	* dwarves, etc.	971	* dwarves, etc.
937	*	972	*
938	* This function is really much more complicated than it should
939	* be, because different objects have different meanings
940	* for the same field (eg, wands use 'food' for charges). This
941	* means these special cases need to be worked out.
942	*
943	* Add 'owner' who is the person examining this object.	973	* Add 'owner' who is the person examining this object.
944	* owner can be null if no one is being associated with this	974	* owner can be null if no one is being associated with this
945	* item (eg, debug dump or the like)	975	* item (eg, debug dump or the like)
946	*/	976	*/
947	const char *	977	const char *
948	describe_item (const object op, object owner)	978	describe_item (const object op, object owner)
949	{	979	{
950	if (QUERY_FLAG (op, FLAG_MONSTER) \|\| op->type == PLAYER)	980	if (op->flag [FLAG_MONSTER] \|\| op->type == PLAYER)
951	return describe_monster (op);	981	return describe_monster (op);
952		982
953	static dynbuf_text buf; buf.clear ();	983	static dynbuf_text buf; buf.clear ();
954	int identified, i;	984	int identified, i;
955		985
956	/* figure this out once, instead of making multiple calls to need_identify.	986	/* figure this out once, instead of making multiple calls to need_identify.
957	* also makes the code easier to read.	987	* also makes the code easier to read.
958	*/	988	*/
959	identified = !need_identify (op) \|\| QUERY_FLAG (op, FLAG_IDENTIFIED);	989	identified = !op->need_identify () \|\| op->flag [FLAG_IDENTIFIED];
960	if (!identified)	990	if (!identified)
961	buf << "(unidentified)";	991	buf << "(unidentified)";
962		992
963	switch (op->type)	993	switch (op->type)
964	{	994	{
		995	case RANGED:
965	case BOW:	996	case BOW:
966	case ARROW:	997	case ARROW:
967	case WAND:	998	case WAND:
968	case ROD:	999	case ROD:
969	case HORN:	1000	case HORN:
…		…
983	if (op->stats.maxsp > 1000)	1014	if (op->stats.maxsp > 1000)
984	{ /higher capacity crystals /	1015	{ /higher capacity crystals /
985	i = (op->stats.maxsp % 1000) / 100;	1016	i = (op->stats.maxsp % 1000) / 100;
986		1017
987	if (i)	1018	if (i)
988	buf.printf ("(capacity %d.%dk). It is ", op->stats.maxsp / 1000, i);	1019	buf.printf ("(capacity %d.%dk; it is ", op->stats.maxsp / 1000, i);
989	else	1020	else
990	buf.printf ("(capacity %dk). It is ", op->stats.maxsp / 1000);	1021	buf.printf ("(capacity %dk; it is ", op->stats.maxsp / 1000);
991	}	1022	}
992	else	1023	else
993	buf.printf ("(capacity %d). It is ", op->stats.maxsp);	1024	buf.printf ("(capacity %d; it is ", op->stats.maxsp);
994		1025
995	i = (op->stats.sp * 10) / op->stats.maxsp;	1026	i = (op->stats.sp * 10) / op->stats.maxsp;
996	if (op->stats.sp == 0)	1027	if (op->stats.sp == 0)
997	buf << "empty.";	1028	buf << "empty";
998	else if (i == 0)	1029	else if (i == 0)
999	buf << "almost empty.";	1030	buf << "almost empty";
1000	else if (i < 3)	1031	else if (i < 3)
1001	buf << "partially filled.";	1032	buf << "partially filled";
1002	else if (i < 6)	1033	else if (i < 6)
1003	buf << "half full.";	1034	buf << "half full";
1004	else if (i < 9)	1035	else if (i < 9)
1005	buf << "well charged.";	1036	buf << "well charged";
1006	else if (op->stats.sp == op->stats.maxsp)	1037	else if (op->stats.sp == op->stats.maxsp)
1007	buf << "fully charged.";	1038	buf << "fully charged";
1008	else	1039	else
1009	buf << "almost full.";	1040	buf << "almost full";
		1041
		1042	buf << ')';
		1043	break;
		1044
		1045	case LAMP:
		1046	{
		1047	int percent = ((double) 100 / op->arch->stats.food) * op->stats.food;
		1048	buf << "(fuel: ";
		1049	if (percent == 0)
		1050	buf << "empty";
		1051	else if (percent < 10)
		1052	buf << "very low";
		1053	else if (percent < 25)
		1054	buf << "low";
		1055	else if (percent < 50)
		1056	buf << "half empty";
		1057	else if (percent < 75)
		1058	buf << "half full";
		1059	else if (percent < 95)
		1060	buf << "well filled";
		1061	else if (percent <= 100)
		1062	buf << "full";
		1063	buf << ")";
		1064	}
1010	break;	1065	break;
1011		1066
1012	case FOOD:	1067	case FOOD:
1013	case FLESH:	1068	case FLESH:
1014	case DRINK:	1069	case DRINK:
1015	if (identified \|\| QUERY_FLAG (op, FLAG_BEEN_APPLIED))	1070	if (identified \|\| op->flag [FLAG_BEEN_APPLIED])
1016	{	1071	{
1017	buf.printf ("(food+%d)", op->stats.food);	1072	buf.printf ("(food+%d)", op->stats.food);
1018		1073
1019	if (op->type == FLESH && op->last_eat > 0 && atnr_is_dragon_enabled (op->last_eat))	1074	if (op->type == FLESH && op->last_eat > 0 && atnr_is_dragon_enabled (op->last_eat))
1020	buf.printf ("(%s metabolism)", change_resist_msg[op->last_eat]);	1075	buf.printf ("(%s metabolism)", change_resist_msg[op->last_eat]);
1021		1076
1022	if (!QUERY_FLAG (op, FLAG_CURSED))	1077	if (!op->flag [FLAG_CURSED])
1023	{	1078	{
1024	if (op->stats.hp) buf << "(heals)";	1079	if (op->stats.hp) buf << "(heals)";
1025	if (op->stats.sp) buf << "(spellpoint regen)";	1080	if (op->stats.sp) buf << "(spellpoint regen)";
1026	}	1081	}
1027	else	1082	else
…		…
1048	}	1103	}
1049		1104
1050	/* Down here, we more further describe equipment type items.	1105	/* Down here, we more further describe equipment type items.
1051	* only describe them if they have been identified or the like.	1106	* only describe them if they have been identified or the like.
1052	*/	1107	*/
1053	if (identified \|\| QUERY_FLAG (op, FLAG_BEEN_APPLIED))	1108	if (identified \|\| op->flag [FLAG_BEEN_APPLIED])
1054	{	1109	{
1055	int attr, val;
1056
1057	for (attr = 0; attr < NUM_STATS; attr++)	1110	for (int attr = 0; attr < NUM_STATS; attr++)
1058	if ((val = op->stats.stat (attr)))	1111	if (int val = op->stats.stat (attr))
1059	buf.printf ("(%s%+d)", short_stat_name[attr], val);	1112	buf.printf ("(%s%+d)", short_stat_name[attr], val);
1060		1113
1061	if (op->stats.exp)	1114	if (op->stats.exp)
1062	buf.printf ("(speed %+lld)", (long long) op->stats.exp);	1115	buf.printf ("(speed %+lld)", (long long) op->stats.exp);
1063		1116
1064	switch (op->type)	1117	switch (op->type)
1065	{	1118	{
		1119	case RANGED:
1066	case BOW:	1120	case BOW:
1067	case ARROW:	1121	case ARROW:
1068	case GIRDLE:	1122	case GIRDLE:
1069	case HELMET:	1123	case HELMET:
1070	case SHIELD:	1124	case SHIELD:
…		…
1089		1143
1090	default:	1144	default:
1091	break;	1145	break;
1092	}	1146	}
1093		1147
1094	if (QUERY_FLAG (op, FLAG_XRAYS)) buf << "(xray-vision)";	1148	if (op->flag [FLAG_XRAYS]) buf << "(xray-vision)";
1095	if (QUERY_FLAG (op, FLAG_SEE_IN_DARK)) buf << "(infravision)";	1149	if (op->flag [FLAG_SEE_IN_DARK]) buf << "(infravision)";
1096		1150
1097	/* levitate was what is was before, so we'll keep it */	1151	/* levitate was what is was before, so we'll keep it */
1098	if (op->move_type & MOVE_FLY_LOW) buf << "(levitate)";	1152	if (op->move_type & MOVE_FLY_LOW) buf << "(levitate)";
1099	if (op->move_type & MOVE_FLY_HIGH) buf << "(fly)";	1153	if (op->move_type & MOVE_FLY_HIGH) buf << "(fly)";
1100	if (op->move_type & MOVE_SWIM) buf << "(swim)";	1154	if (op->move_type & MOVE_SWIM) buf << "(swim)";
…		…
1113	{	1167	{
1114	int more_info = 0;	1168	int more_info = 0;
1115		1169
1116	switch (op->type)	1170	switch (op->type)
1117	{	1171	{
		1172	case RANGED:
1118	case ROD: /* These use stats.sp for spell selection and stats.food */	1173	case ROD: /* These use stats.sp for spell selection and stats.food */
1119	case HORN: /* and stats.hp for spell-point regeneration... */	1174	case HORN: /* and stats.hp for spell-point regeneration... */
1120	case BOW:	1175	case BOW:
1121	case ARROW:	1176	case ARROW:
1122	case WAND:	1177	case WAND:
…		…
1162	}	1217	}
1163		1218
1164	if (op->stats.luck)	1219	if (op->stats.luck)
1165	buf.printf ("(luck%+d)", op->stats.luck);	1220	buf.printf ("(luck%+d)", op->stats.luck);
1166		1221
1167	if (QUERY_FLAG (op, FLAG_LIFESAVE)) buf << "(lifesaving)";	1222	if (op->flag [FLAG_LIFESAVE]) buf << "(lifesaving)";
1168	if (QUERY_FLAG (op, FLAG_REFL_SPELL)) buf << "(reflect spells)";	1223	if (op->flag [FLAG_REFL_SPELL]) buf << "(reflect spells)";
1169	if (QUERY_FLAG (op, FLAG_REFL_MISSILE)) buf << "(reflect missiles)";	1224	if (op->flag [FLAG_REFL_MISSILE]) buf << "(reflect missiles)";
1170	if (QUERY_FLAG (op, FLAG_STEALTH)) buf << "(stealth)";	1225	if (op->flag [FLAG_STEALTH]) buf << "(stealth)";
1171		1226
1172	if (op->slaying && op->type != FOOD)	1227	if (op->slaying && op->type != FOOD)
1173	buf.printf ("(slay %s)", &op->slaying);	1228	buf.printf ("(slay %s)", &op->slaying);
		1229
		1230	if (op->type == SKILL_TOOL && op->skill)
		1231	buf.printf ("(%s)", &op->skill);
1174		1232
1175	buf.add_abilities ("Attacks", op->attacktype);	1233	buf.add_abilities ("Attacks", op->attacktype);
1176	/* resistance on flesh is only visible for quetzals. If	1234	/* resistance on flesh is only visible for quetzals. If
1177	* non flesh, everyone can see its resistances	1235	* non flesh, everyone can see its resistances
1178	*/	1236	*/
1179	if (op->type != FLESH \|\| (owner && is_dragon_pl (owner)))	1237	if (op->type != FLESH \|\| (owner && owner->is_dragon ()))
1180	buf << describe_resistance (op, 0);	1238	buf << describe_resistance (op, 0);
1181		1239
1182	buf.add_paths ("Attuned", op->path_attuned);	1240	buf.add_paths ("Attuned", op->path_attuned);
1183	buf.add_paths ("Repelled", op->path_repelled);	1241	buf.add_paths ("Repelled", op->path_repelled);
1184	buf.add_paths ("Denied", op->path_denied);	1242	buf.add_paths ("Denied", op->path_denied);
…		…
1191	object::describe_item (object *who)	1249	object::describe_item (object *who)
1192	{	1250	{
1193	return std::string (::describe_item (this, who));	1251	return std::string (::describe_item (this, who));
1194	}	1252	}
1195		1253
		1254	static void
		1255	describe_dump_object (dynbuf &buf, object *ob)
		1256	{
		1257	char *txt = dump_object (ob);
		1258	for (char p = txt; p; ++p) if (p == '\n') p = '\r';
		1259	buf << "\n" << txt << "\n";
		1260
		1261	if (!ob->is_arch ())
		1262	describe_dump_object (buf, ob->arch);
		1263	}
		1264
		1265	std::string
		1266	object::describe (object *who)
		1267	{
		1268	dynbuf_text buf (1024, 1024);
		1269
		1270	buf.printf ("That is: %s.\r", long_desc (who).c_str ());
		1271
		1272	if (custom_name)
		1273	buf.printf ("You call it %s.\r", &custom_name);
		1274
		1275	switch (type)
		1276	{
		1277	case SPELLBOOK:
		1278	if (flag [FLAG_IDENTIFIED] && inv)
		1279	buf.printf ("%s is a %s level %s spell.\r", &inv->name, ordinal (inv->level), &inv->skill);
		1280	break;
		1281
		1282	case BOOK:
		1283	if (msg)
		1284	buf << "Something is written in it.\r";
		1285	break;
		1286
		1287	case CONTAINER:
		1288	if (race)
		1289	{
		1290	if (weight_limit && stats.Str < 100)
		1291	buf.printf ("It can hold only %s and its weight limit is %.1f kg.\r",
		1292	&race, weight_limit / (10.0 * (100 - stats.Str)));
		1293	else
		1294	buf.printf ("It can hold only %s.\r", &race);
		1295	}
		1296	else if (weight_limit && stats.Str < 100)
		1297	buf.printf ("Its weight limit is %.1f kg.\r", weight_limit / (10.0 * (100 - stats.Str)));
		1298	break;
		1299
		1300	case WAND:
		1301	if (flag [FLAG_IDENTIFIED])
		1302	buf.printf ("It has %d %s left.\r", stats.food, stats.food == 1 ? "charge" : "charges");
		1303	break;
		1304	}
		1305
		1306	if (material != MATERIAL_NULL && !msg)
		1307	buf << (nrof > 1 ? "They are made of " : "It is made of ")
		1308	<< material->description
		1309	<< ".\r";
		1310
		1311	if (who)
		1312	/* Where to wear this item */
		1313	for (int i = 0; i < NUM_BODY_LOCATIONS; i++)
		1314	if (slot[i].info)
		1315	{
		1316	buf << (who->slot[i].info ? body_locations[i].use_name : body_locations[i].nonuse_name);
		1317
		1318	if (slot[i].info < -1 && who->slot[i].info)
		1319	buf.printf ("(%d)", -slot[i].info);
		1320
		1321	buf << ".\r";
		1322	}
		1323
		1324	if (weight)
		1325	buf.printf ("%s %3.3f kg.\r", nrof > 1 ? "They weigh" : "It weighs", weight * (nrof ? nrof : 1) / 1000.0);
		1326
		1327	if (flag [FLAG_STARTEQUIP])
		1328	buf << (nrof > 1 ? "They were" : "It was")
		1329	<< " given by a god and will vanish when dropped.\r";
		1330
		1331	if (value && !flag [FLAG_STARTEQUIP] && !flag [FLAG_NO_PICK] && who)
		1332	{
		1333	buf.printf ("You reckon %s worth %s.\r", nrof > 1 ? "they are" : "it is", query_cost_string (this, who, F_TRUE \| F_APPROX));
		1334
		1335	if (who->is_in_shop ())
		1336	{
		1337	if (flag [FLAG_UNPAID])
		1338	buf.printf ("%s would cost you %s.\r", nrof > 1 ? "They" : "It", query_cost_string (this, who, F_BUY \| F_SHOP));
		1339	else
		1340	buf.printf ("You are offered %s for %s.\r", query_cost_string (this, who, F_SELL + F_SHOP), nrof > 1 ? "them" : "it");
		1341	}
		1342	}
		1343
		1344	if (flag [FLAG_MONSTER])
		1345	buf << describe_monster (who);
		1346
		1347	/* Is this item buildable? */
		1348	if (flag [FLAG_IS_BUILDABLE])
		1349	buf << "This is a buildable item.\r";
		1350
		1351	/* Does the object have a message? Don't show message for all object
		1352	* types - especially if the first entry is a match
		1353	*/
		1354	if (msg)
		1355	{
		1356	if (type != EXIT && type != BOOK && type != CORPSE && !move_on && !has_dialogue ())
		1357	{
		1358	if (!need_identify ())
		1359	buf << '\r' << msg << '\n';
		1360	else if (flag [FLAG_IDENTIFIED])
		1361	buf << '\r' << "The object has a story:\r" << msg;
		1362	}
		1363	}
		1364	else if (inv
		1365	&& inv->msg
		1366	&& inv->type == SPELL
		1367	&& flag [FLAG_IDENTIFIED]
		1368	&& (type == SPELLBOOK \|\| type == ROD \|\| type == WAND
		1369	\|\| type == ROD \|\| type == POTION \|\| type == SCROLL))
		1370	// for spellbooks and other stuff that contains spells, print the spell message,
		1371	// unless the object has a custom message handled above.
		1372	buf << '\r' << inv->msg << '\n';
		1373
		1374	// try to display the duration for some potions and scrolls
		1375	// this includes change ability potions and group spells,
		1376	// but does not handle protection potions
		1377	if (inv && inv->type == SPELL && flag [FLAG_IDENTIFIED]
		1378	&& (type == POTION \|\| type == SCROLL))
		1379	{
		1380	object *spell = inv;
		1381
		1382	if (spell->subtype == SP_PARTY_SPELL)
		1383	spell = spell->other_arch;
		1384
		1385	if (spell->subtype == SP_CHANGE_ABILITY)
		1386	buf.printf ("\nH<The effect will last about %.10g seconds.>",
		1387	TICK2TIME (change_ability_duration (spell, this)));
		1388	}
		1389
		1390	// some help text for skill tools
		1391	if (type == SKILL_TOOL)
		1392	buf << "\nH<This item is a skill tool: as long as you have this item applied "
		1393	"you can use the " << &skill << " skill as if you had learned it.>";
		1394
		1395	// Display a hint about inscribable items [empty books]
		1396	// This includes the amount of text they can hold.
		1397	if (type == INSCRIBABLE)
		1398	{
		1399	if (other_arch && other_arch->type == SCROLL)
		1400	buf.printf ("\nH<You can use the inscription skill to inscribe a spell into it.>");
		1401	else
		1402	buf.printf ("\nH<You can use the inscription skill to inscribe text into it. It has room for up to %d characters.>",
		1403	weight_limit);
		1404	}
		1405
		1406	buf << '\n';
		1407
		1408	// the dungeon master additionally gets a complete dump
		1409	if (who && who->flag [FLAG_WIZLOOK])
		1410	{
		1411	buf << "\nT<Object>\n";
		1412	describe_dump_object (buf, this);
		1413
		1414	if (inv)
		1415	{
		1416	buf << "\nT<Top Inventory>\n";
		1417	describe_dump_object (buf, inv);
		1418	}
		1419	}
		1420
		1421	return std::string (buf.linearise (), buf.size ());
		1422	}
		1423
1196	void	1424	void
1197	examine (object op, object tmp)	1425	examine (object op, object tmp)
1198	{	1426	{
1199	std::string s = tmp->describe (op);	1427	std::string info = tmp->describe (op);
1200		1428
1201	new_draw_info (NDI_UNIQUE, 0, op, s.c_str ());	1429	op->contr->infobox (MSG_CHANNEL ("examine"), info.c_str ());
1202	}	1430	}
1203		1431
1204	/*	1432	/*
1205	* inventory prints object's inventory. If inv==NULL then print player's	1433	* inventory prints object's inventory. If inv==NULL then print player's
1206	* inventory.	1434	* inventory.
…		…
1210	object::query_inventory (object who, const char indent)	1438	object::query_inventory (object who, const char indent)
1211	{	1439	{
1212	static dynbuf_text buf; buf.clear ();	1440	static dynbuf_text buf; buf.clear ();
1213		1441
1214	for (object *tmp = inv; tmp; tmp = tmp->below)	1442	for (object *tmp = inv; tmp; tmp = tmp->below)
1215	if (who && QUERY_FLAG (who, FLAG_WIZ))	1443	if (who && who->flag [FLAG_WIZ])
1216	buf.printf ("%s- %-28.28s (%5d) %-8s\n", indent, query_name (tmp), tmp->count, query_weight (tmp));	1444	buf.printf ("%s- %-28.28s %-8s (%9d) %s\n", indent, tmp->query_name (), tmp->query_weight (), tmp->count, tmp->uuid.c_str ());
1217	else if (!tmp->invisible && (type == CONTAINER \|\| QUERY_FLAG (tmp, FLAG_APPLIED)))	1445	else if (!tmp->invisible && (type == CONTAINER \|\| tmp->flag [FLAG_APPLIED]))
1218	buf.printf ("%s- %-36.36s %-8s\n", indent, query_name (tmp), query_weight (tmp));	1446	buf.printf ("%s- %-36.36s %-8s\n", indent, tmp->query_name (), tmp->query_weight ());
1219		1447
1220	if (buf.size ())	1448	if (buf.size ())
1221	buf.printf ("%s(total weight: %s)\n", indent, query_weight (this));	1449	buf.printf ("%s(total weight: %s)\n", indent, query_weight ());
1222	else	1450	else
1223	buf.printf ("%s(empty)\n", indent);	1451	buf.printf ("%s(empty)\n", indent);
1224		1452
1225	return buf;	1453	return buf;
1226	}	1454	}
…		…
1235	is_magical (const object *op)	1463	is_magical (const object *op)
1236	{	1464	{
1237	int i;	1465	int i;
1238		1466
1239	/* living creatures are considered non magical */	1467	/* living creatures are considered non magical */
1240	if (QUERY_FLAG (op, FLAG_ALIVE))	1468	if (op->flag [FLAG_ALIVE])
1241	return 0;	1469	return 0;
1242		1470
1243	/* This is a test for it being an artifact, as artifacts have titles */	1471	/* This is a test for it being an artifact, as artifacts have titles */
1244	if (op->title != NULL)	1472	if (op->title != NULL)
1245	return 1;	1473	return 1;
…		…
1251	(op->stats.ac \|\| op->stats.food \|\| op->stats.exp \|\| op->stats.dam \|\| op->stats.wc \|\| op->stats.sp \|\| op->stats.hp \|\| op->stats.luck))	1479	(op->stats.ac \|\| op->stats.food \|\| op->stats.exp \|\| op->stats.dam \|\| op->stats.wc \|\| op->stats.sp \|\| op->stats.hp \|\| op->stats.luck))
1252	return 1;	1480	return 1;
1253		1481
1254	/* Check for stealty, speed, flying, or just plain magic in the boots */	1482	/* Check for stealty, speed, flying, or just plain magic in the boots */
1255	/* Presume any boots that hvae a move_type are special. */	1483	/* Presume any boots that hvae a move_type are special. */
1256	if (op->type == BOOTS && ((QUERY_FLAG (op, FLAG_STEALTH) \|\| op->move_type \|\| op->stats.exp)))	1484	if (op->type == BOOTS && ((op->flag [FLAG_STEALTH] \|\| op->move_type \|\| op->stats.exp)))
1257	return 1;	1485	return 1;
1258		1486
1259	/* Take care of amulet/shield that reflects spells/missiles */	1487	/* Take care of amulet/shield that reflects spells/missiles */
1260	if ((op->type == AMULET \|\| op->type == SHIELD) && (QUERY_FLAG (op, FLAG_REFL_SPELL) \|\| QUERY_FLAG (op, FLAG_REFL_MISSILE)))	1488	if ((op->type == AMULET \|\| op->type == SHIELD) && (op->flag [FLAG_REFL_SPELL] \|\| op->flag [FLAG_REFL_MISSILE]))
1261	return 1;	1489	return 1;
1262		1490
1263	/* Take care of helmet of xrays */	1491	/* Take care of helmet of xrays */
1264	if (op->type == HELMET && QUERY_FLAG (op, FLAG_XRAYS))	1492	if (op->type == HELMET && op->flag [FLAG_XRAYS])
1265	return 1;	1493	return 1;
1266		1494
1267	/* Potions & rods are always magical. Wands/staves are also magical,	1495	/* Potions & rods are always magical. Wands/staves are also magical,
1268	* assuming they still have any charges left.	1496	* assuming they still have any charges left.
1269	*/	1497	*/
…		…
1298	* be non magical.	1526	* be non magical.
1299	*/	1527	*/
1300	return 0;	1528	return 0;
1301	}	1529	}
1302		1530
1303	/* need_identify returns true if the item should be identified. This
1304	* function really should not exist - by default, any item not identified
1305	* should need it.
1306	*/
1307
1308	int
1309	need_identify (const object *op)
1310	{
1311	switch (op->type)
1312	{
1313	case RING:
1314	case WAND:
1315	case ROD:
1316	case HORN:
1317	case SCROLL:
1318	case SKILL:
1319	case SKILLSCROLL:
1320	case SPELLBOOK:
1321	case FOOD:
1322	case POTION:
1323	case BOW:
1324	case ARROW:
1325	case WEAPON:
1326	case ARMOUR:
1327	case SHIELD:
1328	case HELMET:
1329	case AMULET:
1330	case BOOTS:
1331	case GLOVES:
1332	case BRACERS:
1333	case GIRDLE:
1334	case CONTAINER:
1335	case DRINK:
1336	case FLESH:
1337	case INORGANIC:
1338	case CLOSE_CON:
1339	case CLOAK:
1340	case GEM:
1341	case POWER_CRYSTAL:
1342	case POISON:
1343	case BOOK:
1344	case SKILL_TOOL:
1345	return 1;
1346	}
1347
1348	/* Try to track down some stuff that may show up here. Thus, the
1349	* archetype file can be updated, and this function removed.
1350	*/
1351	#if 0
1352	LOG (llevDebug, "need_identify: %s does not need to be id'd\n", op->name);
1353	#endif
1354	return 0;
1355	}
1356
1357	/*	1531	/*
1358	* Supposed to fix face-values as well here, but later.	1532	* Supposed to fix face-values as well here, but later.
1359	*/	1533	*/
1360	void	1534	void
1361	identify (object *op)	1535	identify (object *op)
1362	{	1536	{
1363	object *pl;	1537	op->set_flag (FLAG_IDENTIFIED);
1364		1538	op->clr_flag (FLAG_KNOWN_MAGICAL);
1365	SET_FLAG (op, FLAG_IDENTIFIED);	1539	op->clr_flag (FLAG_NO_SKILL_IDENT);
1366	CLEAR_FLAG (op, FLAG_KNOWN_MAGICAL);
1367	CLEAR_FLAG (op, FLAG_NO_SKILL_IDENT);
1368		1540
1369	/*	1541	/*
1370	* We want autojoining of equal objects:	1542	* We want autojoining of equal objects:
1371	*/	1543	*/
1372	if (QUERY_FLAG (op, FLAG_CURSED) \|\| QUERY_FLAG (op, FLAG_DAMNED))	1544	if (op->flag [FLAG_CURSED] \|\| op->flag [FLAG_DAMNED])
1373	SET_FLAG (op, FLAG_KNOWN_CURSED);	1545	op->set_flag (FLAG_KNOWN_CURSED);
1374		1546
1375	if (op->type == POTION)	1547	if (op->type == POTION)
1376	{	1548	{
1377	if (op->inv && op->randomitems)	1549	if (op->inv && op->randomitems)
1378	op->title = op->inv->name;	1550	op->title = op->inv->name;
1379	else if (op->arch)	1551	else if (op->arch)
1380	{	1552	{
1381	op->name = op->arch->object::name;	1553	op->name = op->arch->object::name;
1382	op->name_pl = op->arch->object::name_pl;	1554	op->name_pl = op->arch->object::name_pl;
1383	}	1555	}
1384	}	1556	}
1385		1557
1386	/* If the object is on a map, make sure we update its face */	1558	/* If the object is on a map, make sure we update its face */
1387	if (op->map)	1559	if (op->map)
1388	update_object (op, UP_OBJ_CHANGE);	1560	update_object (op, UP_OBJ_CHANGE);
1389	else	1561
1390	{	1562	if (object *pl = op->visible_to ())
1391	pl = op->in_player ();
1392	if (pl)
1393	/* A lot of the values can change from an update - might as well send	1563	/* A lot of the values can change from an update - might as well send
1394	* it all.	1564	* it all.
1395	*/	1565	*/
1396	esrv_send_item (pl, op);	1566	esrv_send_item (pl, op);
1397	}
1398	}	1567	}
1399		1568

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Comparing deliantra/server/common/item.C (file contents): Revision 1.43 by root, Sun Apr 13 20:21:50 2008 UTC vs. Revision 1.89 by root, Sat May 15 23:41:05 2010 UTC

Diff Legend

Comparing deliantra/server/common/item.C (file contents):
Revision 1.43 by root, Sun Apr 13 20:21:50 2008 UTC vs.
Revision 1.89 by root, Sat May 15 23:41:05 2010 UTC