/*
* This file is part of Deliantra, the Roguelike Realtime MMORPG.
*
* Copyright (©) 2017,2018 Marc Alexander Lehmann / the Deliantra team
* Copyright (©) 2005,2006,2007,2008,2009,2010,2011,2012,2013,2014,2015,2016 Marc Alexander Lehmann / Robin Redeker / the Deliantra team
* Copyright (©) 2002 Mark Wedel & Crossfire Development Team
* Copyright (©) 1992 Frank Tore Johansen
*
* Deliantra is free software: you can redistribute it and/or modify it under
* the terms of the Affero GNU General Public License as published by the
* Free Software Foundation, either version 3 of the License, or (at your
* option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the Affero GNU General Public License
* and the GNU General Public License along with this program. If not, see
* .
*
* The authors can be reached via e-mail to
*/
#include
#include
#include
const char *const coins[NUM_COINS + 1] = { "royalty", "platinacoin", "goldcoin", "silvercoin", 0 };
/* the ordering of this is actually doesn't make a difference
* However, for ease of use, new entries should go at the end
* so those people that debug the code that get used to something
* being in the location 4 don't get confused.
*
* The ordering in save_name, use_name, nonuse_name.
* save_name is the name used to load/save it from files. It should
* match that of the doc/Developers/objects. The only
* real limitation is that it shouldn't have spaces or other characters
* that may mess up the match code. It must also start with body_
* use_name is how we describe the location if we can use it.
* nonuse_name is how we describe it if we can't use it. I think
* the values below will make it pretty clear how those work out
* They are basically there to make life a little easier - if a character
* examines an item and it says it goes on 'your arm', its pretty clear
* they can use it. See the last sample (commented out) for a dragon
* Note that using the term 'human' may not be very accurate, humanoid
* may be better.
* Basically, for the use/nonuse, the code does something like:
* "This item goes %s\n", with the use/nonuse values filling in the %s
*/
// see include/object.h
Body_Locations body_locations[NUM_BODY_LOCATIONS] = {
# define def(name, use, nonuse) { # name, KW_body_ ## name, use, nonuse },
# include "slotinc.h"
# undef def
};
static char numbers_10[10][20] = {
"zero", "ten", "twenty", "thirty", "fourty", "fifty", "sixty", "seventy",
"eighty", "ninety"
};
static char ordnumbers[21][20] = {
"zeroth", "first", "second", "third", "fourth", "fifth", "sixth", "seventh",
"eighth", "ninth", "tenth", "eleventh", "twelfth", "thirteenth",
"fourteenth", "fifteenth", "sixteenth", "seventeenth", "eighteenth",
"nineteenth", "twentieth"
};
static char ordnumbers_10[11][20] = {
"zeroth", "tenth", "twentieth", "thirtieth", "fortieth", "fiftieth", "sixtieth",
"seventieth", "eightieth", "ninetieth"
};
/* The following is a large table of item types, the fields are:
* item number, item name, item name (plural), and two numbers that are the skills
* used to identify them. Anytime a new item type is added or removed, this list
* should be altered to reflect that. The defines for the numerical values are in
* define.h
*/
static const typedata item_types[] = {
{PLAYER, "player", "players", 0, 0},
{ROD, "rod", "rods", SK_THAUMATURGY, 0},
{TREASURE, "treasure", "treasure", 0, 0},
{POTION, "potion", "potions", SK_ALCHEMY, 0},
{FOOD, "food", "food", SK_WOODSMAN, 0},
{POISON, "poison", "poisons", SK_ALCHEMY, 0},
{BOOK, "book", "books", SK_LITERACY, 0},
{CLOCK, "clock", "clocks", 0, 0},
{ARROW, "arrow", "arrows", SK_BOWYER, 0},
{BOW, "bow", "bows", SK_BOWYER, 0},
{WEAPON, "weapon", "weapons", SK_SMITHERY, 0},
{ARMOUR, "armour", "armour", SK_SMITHERY, 0},
{PEDESTAL, "pedestal", "pedestals", 0, 0},
{ALTAR, "altar", "altars", 0, 0},
{LOCKED_DOOR, "locked door", "locked doors", 0, 0},
{SPECIAL_KEY, "special key", "special keys", 0, 0},
{MAP, "map", "maps", 0, 0},
{DOOR, "door", "doors", 0, 0},
{KEY, "key", "keys", 0, 0},
{TIMED_GATE, "timed_gate", "timed_gates", 0, 0},
{TRIGGER, "trigger", "triggers", 0, 0},
{GRIMREAPER, "grimreaper", "grimreapers", 0, 0},
{MAGIC_EAR, "magic ear", "magic ears", 0, 0},
{TRIGGER_BUTTON, "trigger button", "trigger buttons", 0, 0},
{TRIGGER_ALTAR, "trigger altar", "trigger altars", 0, 0},
{TRIGGER_PEDESTAL, "trigger pedestal", "trigger pedestals", 0, 0},
{SHIELD, "shield", "shields", SK_SMITHERY, 0},
{HELMET, "helmet", "helmets", SK_SMITHERY, 0},
{HORN, "horn", "horns", SK_THAUMATURGY, 0},
{MONEY, "money", "money", 0, 0},
{CLASS, "class", "classes", 0, 0},
{GRAVESTONE, "gravestone", "gravestones", 0, 0},
{AMULET, "amulet", "amulets", SK_JEWELER, 0},
{PLAYERMOVER, "player mover", "player movers", 0, 0},
{TELEPORTER, "teleporter", "teleporters", 0, 0},
{CREATOR, "creator", "creators", 0, 0},
{SKILL, "skill", "skills", 0, 0},
{EARTHWALL, "earthwall", "earthwalls", 0, 0},
{GOLEM, "golem", "golems", 0, 0},
{THROWN_OBJ, "projectile", "projectiles", 0, 0},
{BLINDNESS, "blindness", "blindness", 0, 0},
{GOD, "god", "gods", 0, 0},
{DETECTOR, "detector", "detectors", 0, 0},
{TRIGGER_MARKER, "trigger marker", "trigger markers", 0, 0},
{DEAD_OBJECT, "dead object", "dead objects", 0, 0},
{DRINK, "drink", "drinks", SK_WOODSMAN, SK_ALCHEMY},
{MARKER, "marker", "markers", 0, 0},
{HOLY_ALTAR, "holy altar", "holy altars", 0, 0},
{PLAYER_CHANGER, "player changer", "player changers", 0, 0},
{BATTLEGROUND, "battleground", "battlegrounds", 0, 0},
{PEACEMAKER, "peacemaker", "peacemakers", 0, 0},
{GEM, "gem", "gems", SK_JEWELER, 0},
{FIREWALL, "firewall", "firewalls", 0, 0},
{ANVIL, "anvil", "anvils", 0, 0},
{CHECK_INV, "inventory checker", "inventory checkers", 0, 0},
{MOOD_FLOOR, "mood floor", "mood floors", 0, 0},
{EXIT, "exit", "exits", 0, 0},
{ENCOUNTER, "encounter", "encounters", 0, 0},
{SHOP_FLOOR, "shop floor", "shop floors", 0, 0},
{SHOP_MAT, "shop mat", "shop mats", 0, 0},
{RING, "ring", "rings", SK_JEWELER, 0},
// {FLOOR, "floor", "floors", 0, 0},
{FLESH, "flesh", "flesh", SK_WOODSMAN, 0},
{INORGANIC, "inorganic", "inorganics", SK_ALCHEMY, 0},
{SKILL_TOOL, "skill tool", "skill tools", 0, 0},
{LIGHTER, "lighter", "lighters", 0, 0},
{BUILDABLE_WALL, "buildable wall", "buildable walls", 0, 0},
{MISC_OBJECT, "bric-a-brac", "bric-a-brac", 0, 0},
{TORCH, "torch", "torches", 0, 0},
{LAMP, "lamp", "lamps", 0, 0},
{DUPLICATOR, "duplicator", "duplicators", 0, 0},
{SPELLBOOK, "spellbook", "spellbooks", SK_LITERACY, 0},
{CLOAK, "cloak", "cloaks", SK_SMITHERY, 0},
{SPINNER, "spinner", "spinners", 0, 0},
{GATE, "gate", "gates", 0, 0},
{BUTTON, "button", "buttons", 0, 0},
{T_HANDLE, "cf handle", "cf handles", 0, 0},
{HOLE, "hole", "holes", 0, 0},
{TRAPDOOR, "trapdoor", "trapdoors", 0, 0},
{SIGN, "sign", "signs", 0, 0},
{BOOTS, "boots", "boots", SK_SMITHERY, 0},
{GLOVES, "gloves", "gloves", SK_SMITHERY, 0},
{SPELL, "spell", "spells", 0, 0},
{SPELL_EFFECT, "spell effect", "spell effects", 0, 0},
{CONVERTER, "converter", "converters", 0, 0},
{BRACERS, "bracers", "bracers", SK_SMITHERY, 0},
{POISONING, "poisoning", "poisonings", 0, 0},
{SAVEBED, "savebed", "savebeds", 0, 0},
{WAND, "wand", "wands", SK_THAUMATURGY, 0},
{SCROLL, "scroll", "scrolls", SK_LITERACY, 0},
{DIRECTOR, "director", "directors", 0, 0},
{GIRDLE, "girdle", "girdles", SK_SMITHERY, 0},
{FORCE, "force", "forces", 0, 0},
{POTION_EFFECT, "potion effect", "potion effects", 0, 0},
{CLOSE_CON, "closed container", "closed container", 0, 0},
{CONTAINER, "container", "containers", SK_ALCHEMY, 0},
{ARMOUR_IMPROVER, "armour improver", "armour improvers", 0, 0},
{WEAPON_IMPROVER, "weapon improver", "weapon improvers", 0, 0},
{SKILLSCROLL, "skillscroll", "skillscrolls", 0, 0},
{DEEP_SWAMP, "deep swamp", "deep swamps", 0, 0},
{IDENTIFY_ALTAR, "identify altar", "identify altars", 0, 0},
{MENU, "inventory list", "inventory lists", 0, 0},
{RUNE, "rune", "runes", 0, 0},
{TRAP, "trap", "traps", 0, 0},
{POWER_CRYSTAL, "power_crystal", "power_crystals", 0, 0},
{CORPSE, "corpse", "corpses", 0, 0},
{DISEASE, "disease", "diseases", 0, 0},
{SYMPTOM, "symptom", "symptoms", 0, 0},
{BUILDER, "item builder", "item builders", 0, 0},
{MATERIAL, "building material", "building materials", 0, 0},
{ITEM_TRANSFORMER, "item_transformer", "item_transformers", 0, 0},
};
static const int item_types_size = array_length (item_types);
/* This curve may be too steep. But the point is that there should
* be tough choices - there is no real point to this if everyone can
* wear whatever they want with no worries. Perhaps having the steep
* curve is good (maybe even steeper), but allowing players to
* have 2 * level instead. Ideally, top level characters should only be
* able to use 2-3 of the most powerful items.
* note that this table is only really used for program generated items -
* custom objects can use whatever they want.
*/
static int enc_to_item_power[21] = {
0,
0, 1, 2, 3, 4, // 5
5, 7, 9, 11, 13, // 10
15, 18, 21, 24, 27, // 15
30, 35, 40, 45, 50 // 20
};
int
get_power_from_ench (int ench)
{
return enc_to_item_power [clamp (ench, 0, 20)];
}
static const struct need_identify_types : typeset
{
need_identify_types ()
{
set (RING);
set (WAND);
set (ROD);
set (HORN);
set (SCROLL);
set (SKILL);
set (SKILLSCROLL);
set (SPELLBOOK);
set (FOOD);
set (POTION);
set (BOW);
set (ARROW);
set (WEAPON);
set (ARMOUR);
set (SHIELD);
set (HELMET);
set (AMULET);
set (BOOTS);
set (GLOVES);
set (BRACERS);
set (GIRDLE);
set (CONTAINER);
set (DRINK);
set (FLESH);
set (INORGANIC);
set (CLOSE_CON);
set (CLOAK);
set (GEM);
set (POWER_CRYSTAL);
set (POISON);
set (BOOK);
set (SKILL_TOOL);
}
} need_identify_types;
bool
object::need_identify () const
{
return need_identify_types [type];
}
/* This takes an object 'op' and figures out what its item_power
* rating should be. This should only really be used by the treasure
* generation code, and when loading legacy objects. It returns
* the item_power it calculates.
* If flag is 1, we return the number of enchantment, and not the
* the power. This is used in the treasure code.
*/
int
calc_item_power (const object *op, int flag)
{
int i, tmp, enc;
enc = 0;
for (i = 0; i < NUM_STATS; i++)
enc += op->stats.stat (i);
/* This protection logic is pretty flawed. 20% fire resistance
* is much more valuable than 20% confusion, or 20% slow, or
* several others. Start at 1 - ignore physical - all that normal
* armour shouldn't be counted against
*/
tmp = 0;
for (i = 1; i < NROFATTACKS; i++)
tmp += op->resist[i];
/* Add/substract 10 so that the rounding works out right */
if (tmp > 0)
enc += (tmp + 10) / 20;
else if (tmp < 0)
enc += (tmp - 10) / 20;
enc += op->magic;
/* For each attacktype a weapon has, one more encantment. Start at 1 -
* physical doesn't count against total.
*/
if (op->type == WEAPON)
{
for (i = 1; i < NROFATTACKS; i++)
if (op->attacktype & (1 << i))
enc++;
if (op->slaying)
enc += 2; /* What it slays is probably more relevent */
}
/* Items the player can equip */
if ((op->type == WEAPON) || (op->type == ARMOUR) || (op->type == HELMET) ||
(op->type == SHIELD) || (op->type == RING) ||
(op->type == BOOTS) || (op->type == GLOVES) ||
(op->type == AMULET) || (op->type == GIRDLE) || (op->type == BRACERS) || (op->type == CLOAK))
{
enc += op->stats.food; /* sustenance */
enc += op->stats.hp; /* hp regen */
enc += op->stats.sp; /* mana regen */
enc += op->stats.grace; /* grace regen */
enc += op->stats.exp; /* speed bonus */
}
enc += op->stats.luck;
/* Do spell paths now */
for (i = 1; i < NRSPELLPATHS; i++)
if (op->path_attuned & (1 << i))
enc++;
else if (op->path_denied & (1 << i))
enc -= 2;
else if (op->path_repelled & (1 << i))
enc--;
if (op->flag [FLAG_LIFESAVE ]) enc += 5;
if (op->flag [FLAG_REFL_SPELL ]) enc += 3;
if (op->flag [FLAG_REFL_MISSILE]) enc += 2;
if (op->flag [FLAG_XRAYS ]) enc += 2;
if (op->flag [FLAG_STEALTH ]) enc += 1;
if (op->flag [FLAG_SEE_IN_DARK ]) enc += 1;
if (op->flag [FLAG_MAKE_INVIS ]) enc += 1;
return get_power_from_ench (enc);
}
static const struct get_typedata
{
const typedata *data [NUM_TYPES];
get_typedata ()
{
for (int i = 0; i < item_types_size; i++)
data [item_types[i].number] = &item_types [i];
}
const typedata *operator ()(int itemtype) const
{
return data [itemtype];
}
} get_typedata_;
/* returns the typedata that has a number equal to itemtype, if there
* isn't one, returns NULL */
const typedata *
get_typedata (int itemtype)
{
return get_typedata_ (itemtype);
}
/* returns the typedata that has a name equal to itemtype, if there
* isn't one, return the plural name that matches, if there still isn't
* one return NULL */
const typedata *
get_typedata_by_name (const char *name)
{
for (int i = 0; i < item_types_size; i++)
if (!strcmp (item_types[i].name, name))
return &item_types[i];
for (int i = 0; i < item_types_size; i++)
if (!strcmp (item_types[i].name_pl, name))
{
LOG (llevInfo,
"get_typedata_by_name: I have been sent the plural %s, the singular form %s is prefered\n", name, item_types[i].name);
return &item_types[i];
}
return 0;
}
/* describe_resistance generates the visible naming for resistances.
* returns a static array of the description. This can return
* a big buffer.
* if newline is true, we don't put parens around the description
* but do put a newline at the end. Useful when dumping to files
*/
const char *
describe_resistance (const object *op, int newline)
{
static dynbuf_text buf; buf.clear ();
for (int i = 0; i < NROFATTACKS; i++)
if (op->resist[i] && (op->type != FLESH || atnr_is_dragon_enabled (i) == 1))
buf.printf (newline ? "%s %d\n" : "(%s %+d)", resist_plus[i], op->resist[i]);
return buf;
}
/*
* query_weight(object) returns a character pointer to a static buffer
* containing the text-representation of the weight of the given object.
* The buffer will be overwritten by the next call to query_weight().
*
* Seems to be used only by unimportant stuff. Remove?
*/
const char *
query_weight (const object *op)
{
static char buf[10];
sint32 i = op->total_weight ();
if (op->weight < 0)
return " ";
if (i % 1000)
sprintf (buf, "%6.1f", i / 1000.0);
else
sprintf (buf, "%4d ", i / 1000);
return buf;
}
/*
* Returns the pointer to a static buffer containing
* the number requested (of the form first, second, third...)
*/
const char *
ordinal (int i)
{
if (i < 0)
return format ("minus %s", ordinal (-i));
if (i < 21)
return ordnumbers[i];
int digit = i % 10;
if (i >= 100)
return format (
digit == 1 ? "%dst"
: digit == 2 ? "%dnd"
: digit == 3 ? "%drd"
: "%dth",
i
);
if (digit == 0)
return ordnumbers_10[i / 10];
else
return format ("%s%s", numbers_10[i / 10], ordnumbers[i % 10]);
}
/*
* Returns pointer to static buffer containing ring's or amulet's
* abilities
* These are taken from old query_name(), but it would work better
* if describle_item() would be called to get this information and
* caller would handle FULL_RING_DESCRIPTION definition.
* Or make FULL_RING_DESCRIPTION standard part of a game and let
* client handle names.
*/
/* Aug 95 modified this slightly so that Skill tools don't have magic bonus
* from stats.sp - b.t.
*/
static const char *
ring_desc (const object *op)
{
static dynbuf_text buf; buf.clear ();
int attr, val;
if (op->flag [FLAG_IDENTIFIED])
{
for (attr = 0; attr < NUM_STATS; attr++)
if ((val = op->stats.stat (attr)))
buf.printf ("(%s%+d)", short_stat_name[attr], val);
if (op->stats.exp) buf.printf ("(speed %+d)", (int)op->stats.exp);
if (op->stats.wc) buf.printf ("(wc%+d)", op->stats.wc);
if (op->stats.dam) buf.printf ("(dam%+d)", op->stats.dam);
if (op->stats.ac) buf.printf ("(ac%+d)", op->stats.ac);
buf << describe_resistance (op, 0);
if (op->stats.food) buf.printf ("(sustenance%+d)", op->stats.food);
if (op->stats.grace) buf.printf ("(grace%+d)", op->stats.grace);
if (op->stats.sp && op->type != SKILL) buf.printf ("(magic%+d)", op->stats.sp);
if (op->stats.hp) buf.printf ("(regeneration%+d)", op->stats.hp);
if (op->stats.luck) buf.printf ("(luck%+d)", op->stats.luck);
if (op->flag [FLAG_LIFESAVE]) buf << "(lifesaving)";
if (op->flag [FLAG_REFL_SPELL]) buf << "(reflect spells)";
if (op->flag [FLAG_REFL_MISSILE]) buf << "(reflect missiles)";
if (op->flag [FLAG_STEALTH]) buf << "(stealth)";
buf.add_paths ("Attuned" , op->path_attuned);
buf.add_paths ("Repelled", op->path_repelled);
buf.add_paths ("Denied" , op->path_denied);
if (buf.empty ())
buf << "of adornment";
}
return buf;
}
/*
* query_short_name(object) is similar to query_name, but doesn't
* contain any information about object status (worn/cursed/etc.)
*
* It is sometimes used when printing messages, so should fit well into a sentence.
*/
const char *
query_short_name (const object *op)
{
if (!op->name)
return "(null)";
if (!op->nrof
&& !op->weight
&& !op->title
&& !is_magical (op)
&& op->slaying != shstr_money)
return op->name; /* To speed things up (or make things slower?) */
static dynbuf_text buf; buf.clear ();
buf << (op->nrof <= 1 ? op->name : op->name_pl);
if (op->title && op->flag [FLAG_IDENTIFIED])
buf << ' ' << op->title;
switch (op->type)
{
case SPELLBOOK:
case SCROLL:
case WAND:
case ROD:
if (op->flag [FLAG_IDENTIFIED] || op->flag [FLAG_BEEN_APPLIED])
{
if (!op->title)
buf << " of " << (op->inv ? &op->inv->name : "bug, please report");
if (op->type != SPELLBOOK)
buf.printf (" (lvl %d)", op->level);
}
break;
case ALTAR:
case TRIGGER_ALTAR:
case IDENTIFY_ALTAR:
case CONVERTER:
if (op->slaying == shstr_money)
{
bool wrap = !!buf.size ();
if (wrap) buf << " [";
archetype *coin = 0;
for (char const *const *c = coins; *coins; ++c)
if ((coin = archetype::find (*c)))
if (op->stats.food % coin->value == 0)
break;
sint32 coins = op->stats.food / coin->value;
buf.printf ("drop %d %s (or equivalent)", coins, coins == 1 ? &coin->name : &coin->name_pl);
if (wrap) buf << ']';
}
break;
case SKILL:
case AMULET:
case RING:
if (!op->title)
{
/* If ring has a title, full description isn't so useful */
const char *s = ring_desc (op);
if (s && *s)
buf << " " << s;
}
break;
default:
if (op->magic
&& ((op->flag [FLAG_BEEN_APPLIED] && op->need_identify ())
|| op->flag [FLAG_IDENTIFIED]))
buf.printf (" %+d", op->magic);
}
return buf;
}
/*
* query_name(object) returns a character pointer pointing to a static
* buffer which contains a verbose textual representation of the name
* of the given object.
* cf 0.92.6: Put in 5 buffers that it will cycle through. In this way,
* you can make several calls to query_name before the bufs start getting
* overwritten. This may be a bad thing (it may be easier to assume the value
* returned is good forever.) However, it makes printing statements that
* use several names much easier (don't need to store them to temp variables.)
*
* It is used extensively within messages, so should return only a prose
* and short description of the item.
* It is also used by examine/ex and similar functions.
*/
const char *
query_name (const object *op)
{
static dynbuf_text bufs[5];
static int use_buf = 0;
use_buf++;
use_buf %= 5;
dynbuf_text &buf = bufs [use_buf];
buf.clear ();
#if 0
if ((op->is_armor () || op->is_weapon ()) && op->material)
buf << op->material->description << ' ';
#endif
buf << query_short_name (op);
if (op->flag [FLAG_INV_LOCKED])
buf << " *";
if (op->is_open_container ())
buf << " (open)";
if (op->flag [FLAG_KNOWN_CURSED])
{
if (op->flag [FLAG_DAMNED])
buf << " (damned)";
else if (op->flag [FLAG_CURSED])
buf << " (cursed)";
}
/* Basically, if the object is known magical (detect magic spell on it),
* and it isn't identified, print out the fact that
* it is magical. Assume that the detect magical spell will only set
* KNOWN_MAGICAL if the item actually is magical.
*
* Changed in V 0.91.4 - still print that the object is magical even
* if it has been applied. Equipping an item does not tell full
* abilities, especially for artifact items.
*/
if (op->flag [FLAG_KNOWN_MAGICAL] && !op->flag [FLAG_IDENTIFIED])
buf << " (magic)";
#if 0
/* item_power will be returned in describe_item - it shouldn't really
* be returned in the name.
*/
if (op->item_power)
sprintf (buf[use_buf] + strlen (buf[use_buf]), "(item_power %+d)", op->item_power);
#endif
if (op->flag [FLAG_APPLIED])
{
switch (op->type)
{
case RANGED:
case BOW:
case WAND:
case ROD:
case HORN:
case WEAPON:
buf << " (applied)";
break;
case ARMOUR:
case HELMET:
case SHIELD:
case RING:
case BOOTS:
case GLOVES:
case AMULET:
case GIRDLE:
case BRACERS:
case CLOAK:
buf << " (worn)";
break;
case CONTAINER:
buf << " (active)";
break;
case SKILL:
default:
buf << " (applied)";
}
}
switch (op->type)
{
case LAMP:
if (op->glow_radius)
buf << " (on)";
else if (op->stats.food <= 0)
buf << " (empty)";
else
buf << " (off)";
break;
case TORCH:
if (op->glow_radius)
buf << " (burning)";
else if (op->stats.food <= 0)
buf << " (burned out)";
break;
}
if (op->flag [FLAG_UNPAID])
buf << " (unpaid)";
return buf;
}
/*
* query_base_name(object) returns a character pointer pointing to a static
* buffer which contains a verbose textual representation of the name
* of the given object. The buffer will be overwritten at the next
* call to query_base_name(). This is a lot like query_name, but we
* don't include the item count or item status. Used for inventory sorting
* and sending to client.
* If plural is set, we generate the plural name of this.
*
* It is sometimes used to display messages, and usually only used to match stuff,
* so maybe this function should be removed.
* It is also used for client-side inventory/item descriptions.
*/
const char *
query_base_name (const object *op, int plural)
{
if ((!plural && !op->name) || (plural && !op->name_pl))
return "(null)";
if (!op->nrof && !op->weight && !op->title && !is_magical (op)
&& op->type != EXIT)
return op->name; /* To speed things up (or make things slower?) */
static dynbuf_text buf; buf.clear ();
#if 0
if ((op->is_armor () || op->is_weapon ()) && op->material)
if (op->arch->material != op->material)
buf << op->material->description << ' ';
#endif
buf << (plural ? op->name_pl : op->name);
if (op->title && op->flag [FLAG_IDENTIFIED])
buf << ' ' << op->title;
switch (op->type)
{
case SPELLBOOK:
case SCROLL:
case WAND:
case ROD:
if (op->flag [FLAG_IDENTIFIED] || op->flag [FLAG_BEEN_APPLIED])
{
if (!op->title)
buf << " of " << (op->inv ? &op->inv->name : "bug, please report");
if (op->type != SPELLBOOK)
buf.printf (" (lvl %d)", op->level);
}
break;
case SKILL:
case AMULET:
case RING:
if (!op->title)
{
/* If ring has a title, full description isn't so useful */
const char *s = ring_desc (op);
if (s && *s)
buf << ' ' << s;
}
break;
case EXIT:
// random map exits "unfortunately" get patched, so this only works before entering
if (EXIT_PATH (op) == shstr_random_map_exit)
buf << " (random map)";
else if (!EXIT_PATH (op))
buf << " (closed)";
break;
default:
if (op->magic
&& ((op->flag [FLAG_BEEN_APPLIED] && op->need_identify ())
|| op->flag [FLAG_IDENTIFIED]))
buf.printf (" %+d", op->magic);
}
return buf;
}
/* Break this off from describe_item - that function was way
* too long, making it difficult to read. This function deals
* with describing the monsters & players abilities. It should only
* be called with monster & player objects. Returns a description
* in a static buffer.
*/
static const char *
describe_monster (const object *op)
{
static dynbuf_text buf; buf.clear ();
/* Note that the resolution this provides for players really isn't
* very good. Any player with a speed greater than .67 will
* fall into the 'lightning fast movement' category.
*/
if (op->has_active_speed ())
switch ((int)(op->speed * 15.))
{
case 0:
buf << "(very slow movement)";
break;
case 1:
buf << "(slow movement)";
break;
case 2:
buf << "(normal movement)";
break;
case 3:
case 4:
buf << "(fast movement)";
break;
case 5:
case 6:
buf << "(very fast movement)";
break;
case 7:
case 8:
case 9:
case 10:
buf << "(extremely fast movement)";
break;
default:
buf << "(lightning fast movement)";
break;
}
if (op->flag [FLAG_UNDEAD]) buf << "(undead)";
if (op->flag [FLAG_SEE_INVISIBLE]) buf << "(see invisible)";
if (op->flag [FLAG_USE_WEAPON]) buf << "(wield weapon)";
if (op->flag [FLAG_USE_BOW]) buf << "(archer)";
if (op->flag [FLAG_USE_ARMOUR]) buf << "(wear armour)";
if (op->flag [FLAG_USE_RING]) buf << "(wear ring)";
if (op->flag [FLAG_USE_SCROLL]) buf << "(read scroll)";
if (op->flag [FLAG_USE_RANGE]) buf << "(fires wand/rod/horn)";
if (op->flag [FLAG_CAN_USE_SKILL]) buf << "(skill user)";
if (op->flag [FLAG_CAST_SPELL]) buf << "(spellcaster)";
if (op->flag [FLAG_FRIENDLY]) buf << "(friendly)";
if (op->flag [FLAG_UNAGGRESSIVE]) buf << "(unaggressive)";
if (op->flag [FLAG_HITBACK]) buf << "(hitback)";
if (op->flag [FLAG_STEALTH]) buf << "(stealthy)";
if (op->randomitems)
{
bool first = 1;
for (treasure *t = op->randomitems->items; t; t = t->next)
if (t->item && t->item->type == SPELL)
{
if (first)
buf << "(Spell abilities:)";
first = 0;
buf << '(' << t->item->object::name << ')';
}
}
if (op->type == PLAYER)
{
if (op->contr->digestion)
buf.printf ("(sustenance%+d)", op->contr->digestion);
if (op->contr->gen_grace)
buf.printf ("(grace%+d)", op->contr->gen_grace);
if (op->contr->gen_sp)
buf.printf ("(magic%+d)", op->contr->gen_sp);
if (op->contr->gen_hp)
buf.printf ("(regeneration%+d)", op->contr->gen_hp);
if (op->stats.luck)
buf.printf ("(luck%+d)", op->stats.luck);
}
/* describe attacktypes */
if (op->is_dragon ())
{
/* for dragon players display the attacktypes from clawing skill
* Break apart the for loop - move the comparison checking down -
* this makes it more readable.
*/
object *tmp;
for (tmp = op->inv; tmp; tmp = tmp->below)
if (tmp->type == SKILL && tmp->name == shstr_clawing)
break;
if (tmp && tmp->attacktype)
buf.add_abilities ("Claws", tmp->attacktype);
else
buf.add_abilities ("Attacks", op->attacktype);
}
else
buf.add_abilities ("Attacks", op->attacktype);
buf.add_paths ("Attuned" , op->path_attuned);
buf.add_paths ("Repelled", op->path_repelled);
buf.add_paths ("Denied" , op->path_denied);
for (int i = 0; i < NROFATTACKS; i++)
if (op->resist[i])
buf.printf ("(%s %+d)", resist_plus[i], op->resist[i]);
return buf;
}
/*
* Returns a pointer to a static buffer which contains a
* description of the given object.
* If it is a monster, lots of information about its abilities
* will be returned.
* If it is an item, lots of information about which abilities
* will be gained about its user will be returned.
* If it is a player, it writes out the current abilities
* of the player, which is usually gained by the items applied.
* It would be really handy to actually pass another object
* pointer on who is examining this object. Then, you could reveal
* certain information depending on what the examiner knows, eg,
* wouldn't need to use the SEE_INVISIBLE flag to know it is
* a dragon player examining food. Could have things like
* a dwarven axe, in which the full abilities are only known to
* dwarves, etc.
*
* Add 'owner' who is the person examining this object.
* owner can be null if no one is being associated with this
* item (eg, debug dump or the like)
*/
const char *
describe_item (const object *op, object *owner)
{
if (op->flag [FLAG_MONSTER] || op->type == PLAYER)
return describe_monster (op);
static dynbuf_text buf; buf.clear ();
int identified, i;
/* figure this out once, instead of making multiple calls to need_identify.
* also makes the code easier to read.
*/
identified = !op->need_identify () || op->flag [FLAG_IDENTIFIED];
if (!identified)
buf << "(unidentified)";
switch (op->type)
{
case RANGED:
case BOW:
case ARROW:
case WAND:
case ROD:
case HORN:
case WEAPON:
case ARMOUR:
case HELMET:
case SHIELD:
case BOOTS:
case GLOVES:
case GIRDLE:
case BRACERS:
case CLOAK:
case SKILL_TOOL:
break; /* We have more information to do below this switch */
case POWER_CRYSTAL:
if (op->stats.maxsp > 1000)
{ /*higher capacity crystals */
i = (op->stats.maxsp % 1000) / 100;
if (i)
buf.printf ("(capacity %d.%dk; it is ", op->stats.maxsp / 1000, i);
else
buf.printf ("(capacity %dk; it is ", op->stats.maxsp / 1000);
}
else
buf.printf ("(capacity %d; it is ", op->stats.maxsp);
i = op->stats.sp * 10 / max (op->stats.maxsp, 1);
if (op->stats.sp == 0) buf << "empty";
else if (i <= 0) buf << "almost empty";
else if (i <= 2) buf << "partially filled";
else if (i <= 5) buf << "half full";
else if (i <= 8) buf << "well charged";
else if (op->stats.sp < op->stats.maxsp) buf << "almost full";
else buf << "fully charged";
buf << ')';
break;
case LAMP:
{
int percent = ((double) 100 / op->arch->stats.food) * op->stats.food;
buf << "(fuel: ";
if (percent == 0)
buf << "empty";
else if (percent < 10)
buf << "very low";
else if (percent < 25)
buf << "low";
else if (percent < 50)
buf << "half empty";
else if (percent < 75)
buf << "half full";
else if (percent < 95)
buf << "well filled";
else if (percent <= 100)
buf << "full";
buf << ")";
}
break;
case FOOD:
case FLESH:
case DRINK:
if (identified || op->flag [FLAG_BEEN_APPLIED])
{
buf.printf ("(food+%d)", op->stats.food);
if (op->type == FLESH && op->last_eat > 0 && atnr_is_dragon_enabled (op->last_eat))
buf.printf ("(%s metabolism)", change_resist_msg[op->last_eat]);
if (!op->flag [FLAG_CURSED])
{
if (op->stats.hp) buf << "(heals)";
if (op->stats.sp) buf << "(spellpoint regen)";
}
else
{
if (op->stats.hp) buf << "(damages)";
if (op->stats.sp) buf << "(spellpoint depletion)";
}
}
break;
case SKILL:
case RING:
case AMULET:
if (op->item_power)
buf.printf ("(item_power %+d)", op->item_power);
if (op->title)
buf << ring_desc (op);
return buf;
default:
return buf;
}
/* Down here, we more further describe equipment type items.
* only describe them if they have been identified or the like.
*/
if (identified || op->flag [FLAG_BEEN_APPLIED])
{
for (int attr = 0; attr < NUM_STATS; attr++)
if (int val = op->stats.stat (attr))
buf.printf ("(%s%+d)", short_stat_name[attr], val);
if (op->stats.exp)
buf.printf ("(speed %+lld)", (long long) op->stats.exp);
switch (op->type)
{
case RANGED:
case BOW:
case ARROW:
case GIRDLE:
case HELMET:
case SHIELD:
case BOOTS:
case GLOVES:
case WEAPON:
case SKILL:
case RING:
case AMULET:
case ARMOUR:
case BRACERS:
case FORCE:
case CLOAK:
if (op->stats.wc) buf.printf ("(wc%+d)", op->stats.wc);
if (op->stats.dam) buf.printf ("(dam%+d)", op->stats.dam);
if (op->stats.ac) buf.printf ("(ac%+d)", op->stats.ac);
if ((op->type == WEAPON || op->type == BOW) && op->level > 0)
buf.printf ("(improved %d/%d)", op->last_eat, op->level);
break;
default:
break;
}
if (op->flag [FLAG_XRAYS]) buf << "(xray-vision)";
if (op->flag [FLAG_SEE_IN_DARK]) buf << "(infravision)";
/* levitate was what is was before, so we'll keep it */
if (op->move_type & MOVE_FLY_LOW) buf << "(levitate)";
if (op->move_type & MOVE_FLY_HIGH) buf << "(fly)";
if (op->move_type & MOVE_SWIM) buf << "(swim)";
/* walking is presumed as 'normal', so doesn't need mentioning */
if (op->item_power)
buf.printf ("(item_power %+d)", op->item_power);
} /* End if identified or applied */
/* This blocks only deals with fully identified object.
* it is intentional that this is not an 'else' from a above -
* in this way, information is added.
*/
if (identified)
{
int more_info = 0;
switch (op->type)
{
case RANGED:
case ROD: /* These use stats.sp for spell selection and stats.food */
case HORN: /* and stats.hp for spell-point regeneration... */
case BOW:
case ARROW:
case WAND:
case FOOD:
case FLESH:
case DRINK:
more_info = 0;
break;
/* Armor type objects */
case ARMOUR:
case HELMET:
case SHIELD:
case BOOTS:
case GLOVES:
case GIRDLE:
case BRACERS:
case CLOAK:
if (ARMOUR_SPEED (op)) buf.printf ("(Max speed %1.2f)", ARMOUR_SPEED (op) / 10.0);
if (ARMOUR_SPELLS (op)) buf.printf ("(Spell regen penalty %d)", ARMOUR_SPELLS (op));
more_info = 1;
break;
case WEAPON:
/* Calculate it the same way fix_player does so the results
* make sense.
*/
i = (WEAPON_SPEED (op) * 2 - op->magic) / 2;
if (i < 0)
i = 0;
buf.printf ("(weapon speed %d)", i);
more_info = 1;
break;
}
if (more_info)
{
if (op->stats.food) buf.printf ("(sustenance%+d)", op->stats.food);
if (op->stats.grace) buf.printf ("(grace%+d)", op->stats.grace);
if (op->stats.sp) buf.printf ("(magic%+d)", op->stats.sp);
if (op->stats.hp) buf.printf ("(regeneration%+d)", op->stats.hp);
}
if (op->stats.luck)
buf.printf ("(luck%+d)", op->stats.luck);
if (op->flag [FLAG_LIFESAVE]) buf << "(lifesaving)";
if (op->flag [FLAG_REFL_SPELL]) buf << "(reflect spells)";
if (op->flag [FLAG_REFL_MISSILE]) buf << "(reflect missiles)";
if (op->flag [FLAG_STEALTH]) buf << "(stealth)";
if (op->slaying && op->type != FOOD)
buf.printf ("(slay %s)", &op->slaying);
if (op->type == SKILL_TOOL && op->skill)
buf.printf ("(%s)", &op->skill);
buf.add_abilities ("Attacks", op->attacktype);
/* resistance on flesh is only visible for quetzals. If
* non flesh, everyone can see its resistances
*/
if (op->type != FLESH || (owner && owner->is_dragon ()))
buf << describe_resistance (op, 0);
buf.add_paths ("Attuned", op->path_attuned);
buf.add_paths ("Repelled", op->path_repelled);
buf.add_paths ("Denied", op->path_denied);
}
return buf;
}
std::string
object::describe_item (object *who)
{
return std::string (::describe_item (this, who));
}
static void
describe_dump_object (dynbuf &buf, object *ob)
{
char *txt = dump_object (ob);
for (char *p = txt; *p; ++p) if (*p == '\n') *p = '\r';
buf << "\n" << txt << "\n";
if (!ob->is_arch ())
describe_dump_object (buf, ob->arch);
}
std::string
object::describe (object *who)
{
dynbuf_text buf (1024, 1024);
buf.printf ("That is: %s.\r", long_desc (who).c_str ());
if (custom_name)
buf.printf ("You call it %s.\r", &custom_name);
switch (type)
{
case SPELLBOOK:
if (flag [FLAG_IDENTIFIED] && inv)
buf.printf ("%s is a %s level %s spell.\r", &inv->name, ordinal (inv->level), &inv->skill);
break;
case BOOK:
if (msg)
buf << "Something is written in it.\r";
break;
case CONTAINER:
if (race)
{
if (weight_limit && stats.Str < 100)
buf.printf ("It can hold only %s and its weight limit is %.1f kg.\r",
&race, weight_limit / (10.0 * (100 - stats.Str)));
else
buf.printf ("It can hold only %s.\r", &race);
}
else if (weight_limit && stats.Str < 100)
buf.printf ("Its weight limit is %.1f kg.\r", weight_limit / (10.0 * (100 - stats.Str)));
break;
case WAND:
if (flag [FLAG_IDENTIFIED])
buf.printf ("It has %d %s left.\r", stats.food, stats.food == 1 ? "charge" : "charges");
break;
}
if (material != MATERIAL_NULL && !msg)
buf << (nrof > 1 ? "They are made of " : "It is made of ")
<< material->description
<< ".\r";
if (who)
/* Where to wear this item */
for (int i = 0; i < NUM_BODY_LOCATIONS; i++)
if (slot[i].info)
{
buf << (who->slot[i].info ? body_locations[i].use_name : body_locations[i].nonuse_name);
if (slot[i].info < -1 && who->slot[i].info)
buf.printf ("(%d)", -slot[i].info);
buf << ".\r";
}
if (weight)
buf.printf ("%s %3.3f kg.\r", nrof > 1 ? "They weigh" : "It weighs", weight * (nrof ? nrof : 1) / 1000.0);
if (flag [FLAG_STARTEQUIP])
buf << (nrof > 1 ? "They were" : "It was")
<< " given by a god and will vanish when dropped.\r";
if (value && !flag [FLAG_STARTEQUIP] && !flag [FLAG_NO_PICK] && who)
{
buf.printf ("You reckon %s worth %s.\r", nrof > 1 ? "they are" : "it is", query_cost_string (this, who, F_TRUE | F_APPROX));
if (who->is_in_shop ())
{
if (flag [FLAG_UNPAID])
buf.printf ("%s would cost you %s.\r", nrof > 1 ? "They" : "It", query_cost_string (this, who, F_BUY | F_SHOP));
else
buf.printf ("You are offered %s for %s.\r", query_cost_string (this, who, F_SELL + F_SHOP), nrof > 1 ? "them" : "it");
}
}
if (flag [FLAG_MONSTER])
buf << describe_monster (who);
/* Is this item buildable? */
if (flag [FLAG_IS_BUILDABLE])
buf << "This is a buildable item.\r";
/* Does the object have a message? Don't show message for all object
* types - especially if the first entry is a match
*/
if (msg)
{
if (type != EXIT && type != BOOK && type != CORPSE && !move_on && !has_dialogue ())
{
if (!need_identify ())
buf << '\r' << msg << '\n';
else if (flag [FLAG_IDENTIFIED])
buf << '\r' << "The object has a story:\r" << msg;
}
}
else if (inv
&& inv->msg
&& inv->type == SPELL
&& flag [FLAG_IDENTIFIED]
&& (type == SPELLBOOK || type == ROD || type == WAND
|| type == POTION || type == SCROLL))
// for spellbooks and other stuff that contains spells, print the spell message,
// unless the object has a custom message handled above.
buf << '\r' << inv->msg << '\n';
// try to display the duration for some potions and scrolls
// this includes change ability potions and group spells,
// but does not handle protection potions
if (inv && inv->type == SPELL && flag [FLAG_IDENTIFIED]
&& (type == POTION || type == SCROLL))
{
object *spell = inv;
if (spell->subtype == SP_PARTY_SPELL)
spell = spell->other_arch;
if (spell->subtype == SP_CHANGE_ABILITY)
buf.printf ("\nH",
TICK2TIME (change_ability_duration (spell, this)));
}
// some help text for skill tools
if (type == SKILL_TOOL)
buf << "\nH";
// Display a hint about inscribable items [empty books]
// This includes the amount of text they can hold.
if (type == INSCRIBABLE)
{
if (other_arch && other_arch->type == SCROLL)
buf.printf ("\nH");
else
buf.printf ("\nH",
weight_limit);
}
buf << '\n';
// the dungeon master additionally gets a complete dump
if (who && who->flag [FLAG_WIZLOOK])
{
buf << "\nT