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Cataclysm-DDA/src/item.cpp

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#include "item.h"
#include "flag.h"
#include "string_formatter.h"
#include "advanced_inv.h"
#include "player.h"
#include "enums.h"
#include "damage.h"
#include "dispersion.h"
#include "output.h"
#include "skill.h"
#include "vitamin.h"
#include "bionics.h"
#include "bodypart.h"
#include "game.h"
#include "gun_mode.h"
#include "map.h"
#include "debug.h"
#include "cursesdef.h"
#include "text_snippets.h"
#include "material.h"
#include "item_factory.h"
#include "projectile.h"
#include "effect.h" // for weed_msg
#include "item_group.h"
#include "options.h"
#include "messages.h"
#include "artifact.h"
#include "itype.h"
#include "ammo.h"
#include "iuse_actor.h"
#include "compatibility.h"
#include "translations.h"
#include "crafting.h"
#include "recipe_dictionary.h"
#include "requirements.h"
#include "martialarts.h"
#include "npc.h"
#include "ui.h"
#include "vehicle.h"
#include "mtype.h"
#include "ranged.h"
#include "field.h"
#include "fire.h"
#include "weather.h"
#include "catacharset.h"
#include "cata_utility.h"
#include "input.h"
#include "fault.h"
#include "vehicle_selector.h"
#include "units.h"
#include "ret_val.h"
#include <cmath> // floor
#include <sstream>
#include <algorithm>
#include <unordered_set>
#include <set>
#include <array>
#include <tuple>
#include <iterator>
#include <cassert>
static const std::string GUN_MODE_VAR_NAME( "item::mode" );
const skill_id skill_survival( "survival" );
const skill_id skill_melee( "melee" );
const skill_id skill_bashing( "bashing" );
const skill_id skill_cutting( "cutting" );
const skill_id skill_stabbing( "stabbing" );
const skill_id skill_unarmed( "unarmed" );
const quality_id quality_jack( "JACK" );
const quality_id quality_lift( "LIFT" );
const species_id FISH( "FISH" );
const species_id BIRD( "BIRD" );
const species_id INSECT( "INSECT" );
const species_id ROBOT( "ROBOT" );
const efftype_id effect_cig( "cig" );
const efftype_id effect_shakes( "shakes" );
const efftype_id effect_sleep( "sleep" );
const efftype_id effect_weed_high( "weed_high" );
const material_id mat_leather( "leather" );
const material_id mat_kevlar( "kevlar" );
std::string const& rad_badge_color(int const rad)
{
using pair_t = std::pair<int const, std::string const>;
static std::array<pair_t, 6> const values = {{
pair_t { 0, _("green") },
pair_t { 30, _("blue") },
pair_t { 60, _("yellow")},
pair_t {120, pgettext("color", "orange")},
pair_t {240, _("red") },
pair_t {500, _("black") },
}};
for (auto const &i : values) {
if (rad <= i.first) {
return i.second;
}
}
return values.back().second;
}
light_emission nolight = {0, 0, 0};
// Returns the default item type, used for the null item (default constructed),
// the returned pointer is always valid, it's never cleared by the @ref Item_factory.
static const itype *nullitem()
{
static itype nullitem_m;
return &nullitem_m;
}
item &null_item_reference()
{
static item result{};
// reset it, in case a previous caller has changed it
result = item();
return result;
}
const long item::INFINITE_CHARGES = std::numeric_limits<long>::max();
item::item() : bday( calendar::time_of_cataclysm )
{
type = nullitem();
}
item::item( const itype *type, time_point turn, long qty ) : type( type ), bday( turn )
{
corpse = typeId() == "corpse" ? &mtype_id::NULL_ID().obj() : nullptr;
item_counter = type->countdown_interval;
if( qty >= 0 ) {
charges = qty;
} else {
if( type->tool && type->tool->rand_charges.size() > 1 ) {
const auto charge_roll = rng( 1, type->tool->rand_charges.size() - 1 );
charges = rng( type->tool->rand_charges[charge_roll - 1], type->tool->rand_charges[charge_roll] );
} else {
charges = type->charges_default();
}
}
if( type->gun ) {
for( const auto &mod : type->gun->built_in_mods ){
emplace_back( mod, turn, qty ).item_tags.insert( "IRREMOVABLE" );
}
for( const auto &mod : type->gun->default_mods ) {
emplace_back( mod, turn, qty );
}
} else if( type->magazine ) {
if( type->magazine->count > 0 ) {
emplace_back( type->magazine->default_ammo, calendar::turn, type->magazine->count );
}
} else if( type->comestible ) {
active = goes_bad() && !rotten();
} else if( type->tool ) {
if( ammo_remaining() && ammo_type() ) {
ammo_set( ammo_type()->default_ammotype(), ammo_remaining() );
}
}
if( ( type->gun || type->tool ) && !magazine_integral() ) {
set_var( "magazine_converted", true );
}
if( !type->snippet_category.empty() ) {
note = SNIPPET.assign( type->snippet_category );
}
}
item::item( const itype_id& id, time_point turn, long qty )
: item( find_type( id ), turn, qty ) {}
item::item( const itype *type, time_point turn, default_charges_tag )
: item( type, turn, type->charges_default() ) {}
item::item( const itype_id& id, time_point turn, default_charges_tag tag )
: item( find_type( id ), turn, tag ) {}
item::item( const itype *type, time_point turn, solitary_tag )
: item( type, turn, type->count_by_charges() ? 1 : -1 ) {}
item::item( const itype_id& id, time_point turn, solitary_tag tag )
: item( find_type( id ), turn, tag ) {}
item item::make_corpse( const mtype_id& mt, time_point turn, const std::string &name )
{
if( !mt.is_valid() ) {
debugmsg( "tried to make a corpse with an invalid mtype id" );
}
item result( "corpse", turn );
result.corpse = &mt.obj();
result.active = result.corpse->has_flag( MF_REVIVES );
if( result.active && one_in( 20 ) ) {
result.item_tags.insert( "REVIVE_SPECIAL" );
}
// This is unconditional because the item constructor above sets result.name to
// "human corpse".
result.corpse_name = name;
return result;
}
item& item::convert( const itype_id& new_type )
{
type = find_type( new_type );
return *this;
}
item& item::deactivate( const Character *ch, bool alert )
{
if( !active ) {
return *this; // no-op
}
if( is_tool() && type->tool->revert_to != "null" ) {
if( ch && alert && !type->tool->revert_msg.empty() ) {
ch->add_msg_if_player( m_info, _( type->tool->revert_msg.c_str() ), tname().c_str() );
}
convert( type->tool->revert_to );
active = false;
}
return *this;
}
item& item::activate()
{
if( active ) {
return *this; // no-op
}
if( type->countdown_interval > 0 ) {
item_counter = type->countdown_interval;
}
active = true;
return *this;
}
item& item::ammo_set( const itype_id& ammo, long qty )
{
if( qty < 0 ) {
// completely fill an integral or existing magazine
if( magazine_integral() || magazine_current() ) {
qty = ammo_capacity();
// else try to add a magazine using default ammo count property if set
} else if( magazine_default() != "null" ) {
item mag( magazine_default() );
if( mag.type->magazine->count > 0 ) {
qty = mag.type->magazine->count;
} else {
qty = item( magazine_default() ).ammo_capacity();
}
}
}
if( qty <= 0 ) {
ammo_unset();
return *this;
}
// handle reloadable tools and guns with no specific ammo type as special case
if( ammo == "null" && !ammo_type() ) {
if( ( is_tool() || is_gun() ) && magazine_integral() ) {
curammo = nullptr;
charges = std::min( qty, ammo_capacity() );
}
return *this;
}
// check ammo is valid for the item
const itype *atype = item_controller->find_template( ammo );
if( !atype->ammo || !atype->ammo->type.count( ammo_type() ) ) {
debugmsg( "Tried to set invalid ammo of %s for %s", atype->nname( qty ).c_str(), tname().c_str() );
return *this;
}
if( is_magazine() ) {
ammo_unset();
emplace_back( ammo, calendar::turn, std::min( qty, ammo_capacity() ) );
if( has_flag( "NO_UNLOAD" ) ) {
contents.back().item_tags.insert( "NO_DROP" );
contents.back().item_tags.insert( "IRREMOVABLE" );
}
} else if( magazine_integral() ) {
curammo = atype;
charges = std::min( qty, ammo_capacity() );
} else {
if( !magazine_current() ) {
const itype *mag = find_type( magazine_default() );
if( !mag->magazine ) {
debugmsg( "Tried to set ammo of %s without suitable magazine for %s",
atype->nname( qty ).c_str(), tname().c_str() );
return *this;
}
// if default magazine too small fetch instead closest available match
if( mag->magazine->capacity < qty ) {
// as above call to magazine_default successful can infer minimum one option exists
auto iter = type->magazines.find( ammo_type() );
std::vector<itype_id> opts( iter->second.begin(), iter->second.end() );
std::sort( opts.begin(), opts.end(), []( const itype_id &lhs, const itype_id &rhs ) {
return find_type( lhs )->magazine->capacity < find_type( rhs )->magazine->capacity;
} );
mag = find_type( opts.back() );
for( const auto &e : opts ) {
if( find_type( e )->magazine->capacity >= qty ) {
mag = find_type( e );
break;
}
}
}
emplace_back( mag );
}
magazine_current()->ammo_set( ammo, qty );
}
return *this;
}
item& item::ammo_unset()
{
if( !is_tool() && !is_gun() && !is_magazine() ) {
; // do nothing
} else if( is_magazine() ) {
contents.clear();
} else if( magazine_integral() ) {
curammo = nullptr;
charges = 0;
} else if( magazine_current() ) {
magazine_current()->ammo_unset();
}
return *this;
}
item& item::set_damage( double qty )
{
damage_ = std::max( std::min( qty, double( max_damage() ) ), double( min_damage() ) );
return *this;
}
item item::split( long qty )
{
if( !count_by_charges() || qty <= 0 || qty >= charges ) {
return item();
}
item res = *this;
res.charges = qty;
charges -= qty;
return res;
}
bool item::is_null() const
{
static const std::string s_null("null"); // used a lot, no need to repeat
// Actually, type should never by null at all.
return (type == nullptr || type == nullitem() || typeId() == s_null);
}
bool item::covers( const body_part bp ) const
{
return get_covered_body_parts().test( bp );
}
body_part_set item::get_covered_body_parts() const
{
return get_covered_body_parts( get_side() );
}
body_part_set item::get_covered_body_parts( const side s ) const
{
body_part_set res;
if( is_gun() ) {
// Currently only used for guns with the should strap mod, other guns might
// go on another bodypart.
res.set( bp_torso );
}
const auto armor = find_armor_data();
if( armor == nullptr ) {
return res;
}
res |= armor->covers;
if( !armor->sided ) {
return res; // Just ignore the side.
}
switch( s ) {
case side::BOTH:
break;
case side::LEFT:
res.reset(bp_arm_r);
res.reset(bp_hand_r);
res.reset(bp_leg_r);
res.reset(bp_foot_r);
break;
case side::RIGHT:
res.reset(bp_arm_l);
res.reset(bp_hand_l);
res.reset(bp_leg_l);
res.reset(bp_foot_l);
break;
}
return res;
}
bool item::is_sided() const {
auto t = find_armor_data();
return t ? t->sided : false;
}
side item::get_side() const {
// MSVC complains if directly cast double to enum
return static_cast<side>( static_cast<int>( get_var( "lateral", static_cast<int>( side::BOTH ) ) ) );
}
bool item::set_side (side s) {
if( !is_sided() ) {
return false;
}
if( s == side::BOTH ) {
erase_var("lateral");
} else {
set_var("lateral", static_cast<int>( s ) );
}
return true;
}
bool item::swap_side()
{
return set_side( opposite_side( get_side() ) );
}
bool item::is_worn_only_with( const item &it ) const
{
return is_power_armor() && it.is_power_armor() && it.covers( bp_torso );
}
item item::in_its_container() const
{
return in_container( type->default_container );
}
item item::in_container( const itype_id &cont ) const
{
if( cont != "null" ) {
item ret( cont, birthday() );
ret.contents.push_back( *this );
if( made_of( LIQUID ) && ret.is_container() ) {
// Note: we can't use any of the normal container functions as they check the
// container being suitable (seals, watertight etc.)
ret.contents.back().charges = charges_per_volume( ret.get_container_capacity() );
}
ret.invlet = invlet;
return ret;
} else {
return *this;
}
}
long item::charges_per_volume( const units::volume &vol ) const
{
if( type->volume == 0 ) {
return INFINITE_CHARGES; // TODO: items should not have 0 volume at all!
}
return count_by_charges() ? vol / type->volume : vol / volume();
}
bool item::stacks_with( const item &rhs ) const
{
if( type != rhs.type ) {
return false;
}
// This function is also used to test whether items counted by charges should be merged, for that
// check the, the charges must be ignored. In all other cases (tools/guns), the charges are important.
if( !count_by_charges() && charges != rhs.charges ) {
return false;
}
if( damage_ != rhs.damage_ ) {
return false;
}
if( burnt != rhs.burnt ) {
return false;
}
if( active != rhs.active ) {
return false;
}
if( item_tags != rhs.item_tags ) {
return false;
}
if( faults != rhs.faults ) {
return false;
}
if( techniques != rhs.techniques ) {
return false;
}
if( item_vars != rhs.item_vars ) {
return false;
}
if( goes_bad() ) {
// If this goes bad, the other item should go bad, too. It only depends on the item type.
if( bday != rhs.bday ) {
return false;
}
// Because spoiling items are only processed every processing_speed()-th turn
// the rotting value becomes slightly different for items that have
// been created at the same time and place and with the same initial rot.
if( std::abs( to_turns<int>( rot - rhs.rot ) ) > processing_speed() ) {
return false;
} else if( rotten() != rhs.rotten() ) {
// just to be save that rotten and unrotten food is *never* stacked.
return false;
}
}
if( ( corpse == nullptr && rhs.corpse != nullptr ) ||
( corpse != nullptr && rhs.corpse == nullptr ) ) {
return false;
}
if( corpse != nullptr && rhs.corpse != nullptr && corpse->id != rhs.corpse->id ) {
return false;
}
if( contents.size() != rhs.contents.size() ) {
return false;
}
return std::equal( contents.begin(), contents.end(), rhs.contents.begin(), []( const item& a, const item& b ) {
return a.charges == b.charges && a.stacks_with( b );
} );
}
bool item::merge_charges( const item &rhs )
{
if( !count_by_charges() || !stacks_with( rhs ) ) {
return false;
}
// Prevent overflow when either item has "near infinite" charges.
if( charges >= INFINITE_CHARGES / 2 || rhs.charges >= INFINITE_CHARGES / 2 ) {
charges = INFINITE_CHARGES;
return true;
}
// We'll just hope that the item counter represents the same thing for both items
if( item_counter > 0 || rhs.item_counter > 0 ) {
item_counter = ( static_cast<double>( item_counter ) * charges + static_cast<double>( rhs.item_counter ) * rhs.charges ) / ( charges + rhs.charges );
}
charges += rhs.charges;
return true;
}
void item::put_in(item payload)
{
contents.push_back(payload);
}
void item::set_var( const std::string &name, const int value )
{
std::ostringstream tmpstream;
tmpstream.imbue( std::locale::classic() );
tmpstream << value;
item_vars[name] = tmpstream.str();
}
void item::set_var( const std::string &name, const long value )
{
std::ostringstream tmpstream;
tmpstream.imbue( std::locale::classic() );
tmpstream << value;
item_vars[name] = tmpstream.str();
}
void item::set_var( const std::string &name, const double value )
{
item_vars[name] = string_format( "%f", value );
}
double item::get_var( const std::string &name, const double default_value ) const
{
const auto it = item_vars.find( name );
if( it == item_vars.end() ) {
return default_value;
}
return atof( it->second.c_str() );
}
void item::set_var( const std::string &name, const std::string &value )
{
item_vars[name] = value;
}
std::string item::get_var( const std::string &name, const std::string &default_value ) const
{
const auto it = item_vars.find( name );
if( it == item_vars.end() ) {
return default_value;
}
return it->second;
}
std::string item::get_var( const std::string &name ) const
{
return get_var( name, "" );
}
bool item::has_var( const std::string &name ) const
{
return item_vars.count( name ) > 0;
}
void item::erase_var( const std::string &name )
{
item_vars.erase( name );
}
void item::clear_vars()
{
item_vars.clear();
}
const char ivaresc = 001;
bool itag2ivar( std::string &item_tag, std::map<std::string, std::string> &item_vars )
{
size_t pos = item_tag.find('=');
if(item_tag.at(0) == ivaresc && pos != std::string::npos && pos >= 2 ) {
std::string var_name, val_decoded;
int svarlen, svarsep;
svarsep = item_tag.find('=');
svarlen = item_tag.size();
val_decoded.clear();
var_name = item_tag.substr(1, svarsep - 1); // will assume sanity here for now
for(int s = svarsep + 1; s < svarlen; s++ ) { // cheap and temporary, AFAIK stringstream IFS = [\r\n\t ];
if(item_tag[s] == ivaresc && s < svarlen - 2 ) {
if ( item_tag[s + 1] == '0' && item_tag[s + 2] == 'A' ) {
s += 2;
val_decoded.append(1, '\n');
} else if ( item_tag[s + 1] == '0' && item_tag[s + 2] == 'D' ) {
s += 2;
val_decoded.append(1, '\r');
} else if ( item_tag[s + 1] == '0' && item_tag[s + 2] == '6' ) {
s += 2;
val_decoded.append(1, '\t');
} else if ( item_tag[s + 1] == '2' && item_tag[s + 2] == '0' ) {
s += 2;
val_decoded.append(1, ' ');
} else {
val_decoded.append(1, item_tag[s]); // hhrrrmmmmm should be passing \a?
}
} else {
val_decoded.append(1, item_tag[s]);
}
}
item_vars[var_name]=val_decoded;
return true;
} else {
return false;
}
}
// @todo Get rid of, handle multiple types gracefully
static int get_ranged_pierce( const common_ranged_data &ranged )
{
if( ranged.damage.empty() ) {
return 0;
}
return ranged.damage.damage_units.front().res_pen;
}
std::string item::info( bool showtext ) const
{
std::vector<iteminfo> dummy;
return info( showtext, dummy );
}
std::string item::info( bool showtext, std::vector<iteminfo> &iteminfo ) const {
return info( showtext, iteminfo, 1 );
}
std::string item::info( bool showtext, std::vector<iteminfo> &info, int batch ) const
{
std::stringstream temp1, temp2;
std::string space = " ";
const bool debug = g != nullptr && debug_mode;
info.clear();
auto insert_separation_line = [&]() {
if( info.back().sName != "--" ) {
info.push_back( iteminfo( "DESCRIPTION", "--" ) );
}
};
if( !is_null() ) {
info.push_back( iteminfo( "BASE", _( "Category: " ), "<header>" + get_category().name + "</header>",
-999, true, "", false ) );
const int price_preapoc = price( false ) * batch;
const int price_postapoc = price( true ) * batch;
info.push_back( iteminfo( "BASE", space + _( "Price: " ), "<num>",
( double )price_preapoc / 100, false, "$", true, true ) );
if( price_preapoc != price_postapoc ) {
info.push_back( iteminfo( "BASE", space + _( "Barter value: " ), "<num>",
( double )price_postapoc / 100, false, "$", true, true ) );
}
int converted_volume_scale = 0;
const double converted_volume = round_up( convert_volume( volume().value(),
&converted_volume_scale ) * batch, 2 );
info.push_back( iteminfo( "BASE", _( "<bold>Volume</bold>: " ),
string_format( "<num> %s", volume_units_abbr() ),
converted_volume, converted_volume_scale == 0,
"", false, true ) );
info.push_back( iteminfo( "BASE", space + _( "Weight: " ),
string_format( "<num> %s", weight_units() ),
convert_weight( weight() ) * batch, false, "", true, true ) );
if( !type->rigid ) {
info.emplace_back( "BASE", _( "<bold>Rigid</bold>: " ), _( "No (contents increase volume)" ) );
}
int dmg_bash = damage_melee( DT_BASH );
int dmg_cut = damage_melee( DT_CUT );
int dmg_stab = damage_melee( DT_STAB );
if( dmg_bash ) {
info.emplace_back( "BASE", _( "Bash: " ), "", dmg_bash, true, "", false );
}
if( dmg_cut ) {
info.emplace_back( "BASE", ( dmg_bash ? space : std::string() ) + _( "Cut: " ),
"", dmg_cut, true, "", false );
}
if( dmg_stab ) {
info.emplace_back( "BASE", ( ( dmg_bash || dmg_cut ) ? space : std::string() ) + _( "Pierce: " ),
"", dmg_stab, true, "", false );
}
if( dmg_bash || dmg_cut || dmg_stab ) {
info.push_back( iteminfo( "BASE", space + _( "To-hit bonus: " ),
( ( type->m_to_hit > 0 ) ? "+" : "" ),
type->m_to_hit, true, "" ) );
info.push_back( iteminfo( "BASE", _( "Moves per attack: " ), "",
attack_time(), true, "", true, true ) );
}
insert_separation_line();
// Display any minimal stat or skill requirements for the item
std::vector<std::string> req;
if( type->min_str > 0 ) {
req.push_back( string_format( "%s %d", _( "strength" ), type->min_str ) );
}
if( type->min_dex > 0 ) {
req.push_back( string_format( "%s %d", _( "dexterity" ), type->min_dex ) );
}
if( type->min_int > 0 ) {
req.push_back( string_format( "%s %d", _( "intelligence" ), type->min_int ) );
}
if( type->min_per > 0 ) {
req.push_back( string_format( "%s %d", _( "perception" ), type->min_per ) );
}
for( const auto &sk : type->min_skills ) {
req.push_back( string_format( "%s %d", skill_id( sk.first )->name().c_str(), sk.second ) );
}
if( !req.empty() ) {
info.emplace_back( "BASE", _("<bold>Minimum requirements:</bold>") );
info.emplace_back( "BASE", enumerate_as_string( req ) );
insert_separation_line();
}
const std::vector<const material_type*> mat_types = made_of_types();
if( !mat_types.empty() ) {
const std::string material_list = enumerate_as_string( mat_types.begin(), mat_types.end(),
[]( const material_type *material ) {
return string_format( "<stat>%s</stat>", _( material->name().c_str() ) );
}, false );
info.push_back( iteminfo( "BASE", string_format( _( "Material: %s" ), material_list.c_str() ) ) );
}
if( has_var( "contained_name" ) ) {
info.push_back( iteminfo( "BASE", string_format( _( "Contains: %s" ),
get_var( "contained_name" ).c_str() ) ) );
}
if( count_by_charges() && !is_food() ) {
info.push_back( iteminfo( "BASE", _( "Amount: " ), "<num>", charges * batch, true, "", true, false, true ) );
}
if( debug == true ) {
if( g != NULL ) {
info.push_back( iteminfo( "BASE", _( "age: " ), "",
to_hours<int>( age() ), true, "", true, true ) );
const item *food = is_food_container() ? &contents.front() : this;
if( food && food->goes_bad() ) {
info.push_back( iteminfo( "BASE", _( "bday rot: " ), "",
to_turns<int>( food->age() ), true, "", true, true ) );
info.push_back( iteminfo( "BASE", _( "temp rot: " ), "",
to_turns<int>( food->rot ), true, "", true, true ) );
info.push_back( iteminfo( "BASE", space + _( "max rot: " ), "",
to_turns<int>( food->type->comestible->spoils ), true, "", true, true ) );
info.push_back( iteminfo( "BASE", space + _( "fridge: " ), "",
to_turn<int>( food->fridge ), true, "", true, true ) );
info.push_back( iteminfo( "BASE", _( "last rot: " ), "",
to_turn<int>( food->last_rot_check ), true, "", true, true ) );
}
}
info.push_back( iteminfo( "BASE", _( "burn: " ), "", burnt, true, "", true, true ) );
}
}
const item *food_item = nullptr;
if( is_food() ) {
food_item = this;
} else if( is_food_container() ) {
food_item = &contents.front();
}
if( food_item != nullptr ) {
if( g->u.nutrition_for( *food_item ) != 0 || food_item->type->comestible->quench != 0 ) {
info.push_back( iteminfo( "FOOD", _( "<bold>Nutrition</bold>: " ), "", g->u.nutrition_for( *food_item ),
true, "", false, true ) );
info.push_back( iteminfo( "FOOD", space + _( "Quench: " ), "", food_item->type->comestible->quench ) );
}
if( food_item->type->comestible->fun != 0 ) {
info.push_back( iteminfo( "FOOD", _( "Enjoyability: " ), "", g->u.fun_for( *food_item ).first ) );
}
info.push_back( iteminfo( "FOOD", _( "Portions: " ), "", abs( int( food_item->charges ) * batch ) ) );
if( food_item->corpse != NULL && ( debug == true || ( g != NULL &&
( g->u.has_bionic( bionic_id( "bio_scent_vision" ) ) || g->u.has_trait( trait_id( "CARNIVORE" ) ) ||
g->u.has_artifact_with( AEP_SUPER_CLAIRVOYANCE ) ) ) ) ) {
info.push_back( iteminfo( "FOOD", _( "Smells like: " ) + food_item->corpse->nname() ) );
}
const auto vits = g->u.vitamins_from( *food_item );
const std::string required_vits = enumerate_as_string( vits.begin(), vits.end(), []( const std::pair<vitamin_id, int> &v ) {
return ( g->u.vitamin_rate( v.first ) > 0 && v.second != 0 ) // only display vitamins that we actually require
? string_format( "%s (%i%%)", v.first.obj().name().c_str(), int( v.second / ( DAYS( 1 ) / float( g->u.vitamin_rate( v.first ) ) ) * 100 ) )
: std::string();
} );
if( !required_vits.empty() ) {
info.emplace_back( "FOOD", _( "Vitamins (RDA): " ), required_vits.c_str() );
}
if( food_item->has_flag( "CANNIBALISM" ) ) {
if( !g->u.has_trait_flag( "CANNIBAL" ) ) {
info.emplace_back( "DESCRIPTION", _( "* This food contains <bad>human flesh</bad>." ) );
} else {
info.emplace_back( "DESCRIPTION", _( "* This food contains <good>human flesh</good>." ) );
}
}
if( food_item->is_tainted() ) {
info.emplace_back( "DESCRIPTION", _( "* This food is <bad>tainted</bad> and will poison you." ) );
}
///\EFFECT_SURVIVAL >=3 allows detection of poisonous food
if( food_item->has_flag( "HIDDEN_POISON" ) && g->u.get_skill_level( skill_survival ) >= 3 ) {
info.emplace_back( "DESCRIPTION", _( "* On closer inspection, this appears to be <bad>poisonous</bad>." ) );
}
///\EFFECT_SURVIVAL >=5 allows detection of hallucinogenic food
if( food_item->has_flag( "HIDDEN_HALLU" ) && g->u.get_skill_level( skill_survival ) >= 5 ) {
info.emplace_back( "DESCRIPTION", _( "* On closer inspection, this appears to be <neutral>hallucinogenic</neutral>." ) );
}
if( food_item->goes_bad() ) {
const std::string rot_time = to_string_clipped( food_item->type->comestible->spoils );
info.emplace_back( "DESCRIPTION",
string_format( _( "* This food is <neutral>perishable</neutral>, and takes <info>%s</info> to rot from full freshness, at room temperature." ),
rot_time.c_str() ) );
if( food_item->rotten() ) {
if( g->u.has_bionic( bionic_id( "bio_digestion" ) ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "This food has started to <neutral>rot</neutral>, but <info>your bionic digestion can tolerate it</info>." ) ) );
} else if( g->u.has_trait( trait_id( "SAPROVORE" ) ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "This food has started to <neutral>rot</neutral>, but <info>you can tolerate it</info>." ) ) );
} else {
info.push_back( iteminfo( "DESCRIPTION",
_( "This food has started to <bad>rot</bad>. <info>Eating</info> it would be a <bad>very bad idea</bad>." ) ) );
}
}
}
}
if( is_magazine() && !has_flag( "NO_RELOAD" ) ) {
info.emplace_back( "MAGAZINE", _( "Capacity: " ),
string_format( ngettext( "<num> round of %s", "<num> rounds of %s", ammo_capacity() ),
ammo_type()->name().c_str() ), ammo_capacity(), true );
info.emplace_back( "MAGAZINE", _( "Reload time: " ), _( "<num> per round" ),
type->magazine->reload_time, true, "", true, true );
insert_separation_line();
}
if( !is_gun() ) {
if( ammo_data() ) {
if( ammo_remaining() > 0 ) {
info.emplace_back( "AMMO", _( "Ammunition: " ), ammo_data()->nname( ammo_remaining() ) );
} else if( is_ammo() ) {
info.emplace_back( "AMMO", _( "Types: " ),
enumerate_as_string( type->ammo->type.begin(), type->ammo->type.end(),
[]( const ammotype &e ) { return e->name(); }, false ) );
}
const auto& ammo = *ammo_data()->ammo;
if( !ammo.damage.empty() ) {
info.emplace_back( "AMMO", _( "<bold>Damage</bold>: " ), "", ammo.damage.total_damage(), true, "", false, false );
info.emplace_back( "AMMO", space + _( "Armor-pierce: " ), "", get_ranged_pierce( ammo ), true, "", true, false );
info.emplace_back( "AMMO", _( "Range: " ), "", ammo.range, true, "", false, false );
info.emplace_back( "AMMO", space + _( "Dispersion: " ), "", ammo.dispersion, true, "", true, true );
info.emplace_back( "AMMO", _( "Recoil: " ), "", ammo.recoil, true, "", true, true );
}
std::vector<std::string> fx;
if( ammo.ammo_effects.count( "RECYCLED" ) ) {
fx.emplace_back( _( "This ammo has been <bad>hand-loaded</bad>" ) );
}
if( ammo.ammo_effects.count( "NEVER_MISFIRES" ) ) {
fx.emplace_back( _( "This ammo <good>never misfires</good>" ) );
}
if( ammo.ammo_effects.count( "INCENDIARY" ) ) {
fx.emplace_back( _( "This ammo <neutral>starts fires</neutral>" ) );
}
if( !fx.empty() ) {
insert_separation_line();
for( const auto& e : fx ) {
info.emplace_back( "AMMO", e );
}
}
}
} else {
const item *mod = this;
const auto aux = gun_current_mode();
// if we have an active auxiliary gunmod display stats for this instead
if( aux && aux->is_gunmod() && aux->is_gun() ) {
mod = &*aux;
info.emplace_back( "DESCRIPTION", string_format( _( "Stats of the active <info>gunmod (%s)</info> are shown." ),
mod->tname().c_str() ) );
}
// many statistics are dependent upon loaded ammo
// if item is unloaded (or is RELOAD_AND_SHOOT) shows approximate stats using default ammo
item *aprox = nullptr;
item tmp;
if( mod->ammo_required() && !mod->ammo_remaining() ) {
tmp = *mod;
tmp.ammo_set( tmp.ammo_default() );
aprox = &tmp;
}
const islot_gun &gun = *mod->type->gun;
const auto curammo = mod->ammo_data();
bool has_ammo = curammo && mod->ammo_remaining();
damage_instance ammo_dam = has_ammo ? curammo->ammo->damage : damage_instance();
// @todo This doesn't cover multiple damage types
int ammo_pierce = has_ammo ? get_ranged_pierce( *curammo->ammo ) : 0;
int ammo_range = has_ammo ? curammo->ammo->range : 0;
int ammo_dispersion = has_ammo ? curammo->ammo->dispersion : 0;
const Skill &skill = *mod->gun_skill();
info.push_back( iteminfo( "GUN", _( "Skill used: " ), "<info>" + skill.name() + "</info>" ) );
if( mod->magazine_integral() ) {
if( mod->ammo_capacity() ) {
info.emplace_back( "GUN", _( "<bold>Capacity:</bold> " ),
string_format( ngettext( "<num> round of %s", "<num> rounds of %s", mod->ammo_capacity() ),
mod->ammo_type()->name().c_str() ), mod->ammo_capacity(), true );
}
} else {
info.emplace_back( "GUN", _( "Type: " ), mod->ammo_type()->name() );
if( mod->magazine_current() ) {
info.emplace_back( "GUN", _( "Magazine: " ), string_format( "<stat>%s</stat>", mod->magazine_current()->tname().c_str() ) );
}
}
if( mod->ammo_data() ) {
info.emplace_back( "AMMO", _( "Ammunition: " ), string_format( "<stat>%s</stat>", mod->ammo_data()->nname( mod->ammo_remaining() ).c_str() ) );
}
if( mod->get_gun_ups_drain() ) {
info.emplace_back( "AMMO", string_format( ngettext( "Uses <stat>%i</stat> charge of UPS per shot",
"Uses <stat>%i</stat> charges of UPS per shot", mod->get_gun_ups_drain() ),
mod->get_gun_ups_drain() ) );
}
insert_separation_line();
int max_gun_range = mod->gun_range( &g->u );
if( max_gun_range > 0 ) {
info.emplace_back( "GUN", space + _( "Maximum range: " ), "<num>", max_gun_range );
}
info.emplace_back( "GUN", _( "Base aim speed: " ), "<num>", g->u.aim_per_move( *mod, MAX_RECOIL ), true, "", true, true );
for( const aim_type type : g->u.get_aim_types( *mod ) ) {
// Nameless aim levels don't get an entry.
if( type.name.empty() ) {
continue;
}
info.emplace_back( "GUN", _( type.name.c_str() ) );
int max_dispersion = g->u.get_weapon_dispersion( *mod ).max();
int range = range_with_even_chance_of_good_hit( max_dispersion + type.threshold );
info.emplace_back( "GUN", _( "Even chance of good hit at range: " ),
_( "<num>" ), range );
int aim_mv = g->u.gun_engagement_moves( *mod, type.threshold );
info.emplace_back( "GUN", _( "Time to reach aim level: " ), _( "<num> seconds" ),
TICKS_TO_SECONDS( aim_mv ), false, "", true, true );
}
info.push_back( iteminfo( "GUN", _( "Damage: " ), "", mod->gun_damage( false ).total_damage(), true, "", false, false ) );
if( has_ammo ) {
temp1.str( "" );
temp1 << ( ammo_dam.total_damage() >= 0 ? "+" : "" );
// ammo_damage and sum_of_damage don't need to translate.
info.push_back( iteminfo( "GUN", "ammo_damage", "",
ammo_dam.total_damage(), true, temp1.str(), false, false, false ) );
info.push_back( iteminfo( "GUN", "sum_of_damage", _( " = <num>" ),
mod->gun_damage( true ).total_damage(), true, "", false, false, false ) );
}
info.push_back( iteminfo( "GUN", space + _( "Armor-pierce: " ), "",
get_ranged_pierce( gun ), true, "", !has_ammo, false ) );
if( has_ammo ) {
temp1.str( "" );
temp1 << ( ammo_pierce >= 0 ? "+" : "" );
// ammo_armor_pierce and sum_of_armor_pierce don't need to translate.
info.push_back( iteminfo( "GUN", "ammo_armor_pierce", "",
ammo_pierce, true, temp1.str(), false, false, false ) );
info.push_back( iteminfo( "GUN", "sum_of_armor_pierce", _( " = <num>" ),
get_ranged_pierce( gun ) + ammo_pierce, true, "", true, false, false ) );
}
info.push_back( iteminfo( "GUN", _( "Dispersion: " ), "",
mod->gun_dispersion( false ), true, "", !has_ammo, true ) );
if( has_ammo ) {
temp1.str( "" );
temp1 << ( ammo_range >= 0 ? "+" : "" );
// ammo_dispersion and sum_of_dispersion don't need to translate.
info.push_back( iteminfo( "GUN", "ammo_dispersion", "",
ammo_dispersion, true, temp1.str(), false, true, false ) );
info.push_back( iteminfo( "GUN", "sum_of_dispersion", _( " = <num>" ),
mod->gun_dispersion( true ), true, "", true, true, false ) );
}
// if effective sight dispersion differs from actual sight dispersion display both
int act_disp = mod->sight_dispersion();
int eff_disp = g->u.effective_dispersion( act_disp );
int adj_disp = eff_disp - act_disp;
if( adj_disp < 0 ) {
info.emplace_back( "GUN", _( "Sight dispersion: " ),
string_format( "%i-%i = <num>", act_disp, -adj_disp), eff_disp, true, "", true, true );
} else if( adj_disp > 0 ) {
info.emplace_back( "GUN", _( "Sight dispersion: " ),
string_format( "%i+%i = <num>", act_disp, adj_disp), eff_disp, true, "", true, true );
} else {
info.emplace_back( "GUN", _( "Sight dispersion: " ), "", eff_disp, true, "", true, true );
}
bool bipod = mod->has_flag( "BIPOD" );
if( aprox ) {
if( aprox->gun_recoil( g->u ) ) {
info.emplace_back( "GUN", _( "Approximate recoil: " ), "",
aprox->gun_recoil( g->u ), true, "", !bipod, true );
if( bipod ) {
info.emplace_back( "GUN", "bipod_recoil", _( " (with bipod <num>)" ),
aprox->gun_recoil( g->u, true ), true, "", true, true, false );
}
}
} else {
if( mod->gun_recoil( g->u ) ) {
info.emplace_back( "GUN", _( "Effective recoil: " ), "",
mod->gun_recoil( g->u ), true, "", !bipod, true );
if( bipod ) {
info.emplace_back( "GUN", "bipod_recoil", _( " (with bipod <num>)" ),
mod->gun_recoil( g->u, true ), true, "", true, true, false );
}
}
}
auto fire_modes = mod->gun_all_modes();
if( std::any_of( fire_modes.begin(), fire_modes.end(),
[]( const std::pair<gun_mode_id, gun_mode>& e ) {
return e.second.qty > 1 && !e.second.melee();
} ) ) {
info.emplace_back( "GUN", _( "Recommended strength (burst): "), "",
ceil( mod->type->weight / 333.0_gram ), true, "", true, true );
}
info.emplace_back( "GUN", _( "Reload time: " ),
has_flag( "RELOAD_ONE" ) ? _( "<num> seconds per round" ) : _( "<num> seconds" ),
int( gun.reload_time / 16.67 ), true, "", true, true );
std::vector<std::string> fm;
for( const auto &e : fire_modes ) {
if( e.second.target == this && !e.second.melee() ) {
fm.emplace_back( string_format( "%s (%i)", e.second.name(), e.second.qty ) );
}
}
if( !fm.empty() ) {
insert_separation_line();
info.emplace_back( "GUN", _( "<bold>Fire modes:</bold> " ) + enumerate_as_string( fm ) );
}
if( !magazine_integral() ) {
insert_separation_line();
const auto compat = magazine_compatible();
info.emplace_back( "DESCRIPTION", _( "<bold>Compatible magazines:</bold> " ) +
enumerate_as_string( compat.begin(), compat.end(), []( const itype_id &id ) {
return item_controller->find_template( id )->nname( 1 );
} ) );
}
if( !gun.valid_mod_locations.empty() ) {
insert_separation_line();
temp1.str( "" );
temp1 << _( "<bold>Mods:<bold> " );
int iternum = 0;
for( auto &elem : gun.valid_mod_locations ) {
if( iternum != 0 ) {
temp1 << "; ";
}
const int free_slots = ( elem ).second - get_free_mod_locations( ( elem ).first );
temp1 << "<bold>" << free_slots << "/" << ( elem ).second << "</bold> " << elem.first.name();
bool first_mods = true;
for( const auto mod : gunmods() ) {
if( mod->type->gunmod->location == ( elem ).first ) { // if mod for this location
if( first_mods ) {
temp1 << ": ";
first_mods = false;
} else {
temp1 << ", ";
}
temp1 << "<stat>" << mod->tname() << "</stat>";
}
}
iternum++;
}
temp1 << ".";
info.push_back( iteminfo( "DESCRIPTION", temp1.str() ) );
}
if( mod->casings_count() ) {
insert_separation_line();
std::string tmp = ngettext( "Contains <stat>%i</stat> casing",
"Contains <stat>%i</stat> casings", mod->casings_count() );
info.emplace_back( "DESCRIPTION", string_format( tmp, mod->casings_count() ) );
}
}
if( is_gunmod() ) {
const auto &mod = *type->gunmod;
if( is_gun() ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "This mod <info>must be attached to a gun</info>, it can not be fired separately." ) ) );
}
if( has_flag( "REACH_ATTACK" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "When attached to a gun, <good>allows</good> making <info>reach melee attacks</info> with it." ) ) );
}
if( mod.dispersion != 0 ) {
info.push_back( iteminfo( "GUNMOD", _( "Dispersion modifier: " ), "",
mod.dispersion, true, ( ( mod.dispersion > 0 ) ? "+" : "" ), true, true ) );
}
if( mod.sight_dispersion != -1 ) {
info.push_back( iteminfo( "GUNMOD", _( "Sight dispersion: " ), "",
mod.sight_dispersion, true, "", true, true ) );
}
if( mod.aim_speed >= 0 ) {
info.push_back( iteminfo( "GUNMOD", _( "Aim speed: " ), "",
mod.aim_speed, true, "", true, true ) );
}
int total_damage = static_cast<int>( mod.damage.total_damage() );
if( total_damage != 0 ) {
info.push_back( iteminfo( "GUNMOD", _( "Damage: " ), "", total_damage, true,
( ( total_damage > 0 ) ? "+" : "" ) ) );
}
int pierce = get_ranged_pierce( mod );
if( get_ranged_pierce( mod ) != 0 ) {
info.push_back( iteminfo( "GUNMOD", _( "Armor-pierce: " ), "", pierce, true,
( ( pierce > 0 ) ? "+" : "" ) ) );
}
if( mod.handling != 0 ) {
info.emplace_back( "GUNMOD", _( "Handling modifier: " ), mod.handling > 0 ? "+" : "", mod.handling, true );
}
if( type->mod->ammo_modifier ) {
info.push_back( iteminfo( "GUNMOD",
string_format( _( "Ammo: <stat>%s</stat>" ), type->mod->ammo_modifier->name().c_str() ) ) );
}
temp1.str( "" );
temp1 << _( "Used on: " ) << enumerate_as_string( mod.usable.begin(), mod.usable.end(), []( const gun_type_type &used_on ) {
return string_format( "<info>%s</info>", used_on.name().c_str() );
} );
temp2.str( "" );
temp2 << _( "Location: " );
temp2 << mod.location.name();
info.push_back( iteminfo( "GUNMOD", temp1.str() ) );
info.push_back( iteminfo( "GUNMOD", temp2.str() ) );
}
if( is_armor() ) {
temp1.str( "" );
temp1 << _( "Covers: " );
if( covers( bp_head ) ) {
temp1 << _( "The <info>head</info>. " );
}
if( covers( bp_eyes ) ) {
temp1 << _( "The <info>eyes</info>. " );
}
if( covers( bp_mouth ) ) {
temp1 << _( "The <info>mouth</info>. " );
}
if( covers( bp_torso ) ) {
temp1 << _( "The <info>torso</info>. " );
}
if( is_sided() && ( covers( bp_arm_l ) || covers( bp_arm_r ) ) ) {
temp1 << _( "Either <info>arm</info>. " );
} else if( covers( bp_arm_l ) && covers( bp_arm_r ) ) {
temp1 << _( "The <info>arms</info>. " );
} else if( covers( bp_arm_l ) ) {
temp1 << _( "The <info>left arm</info>. " );
} else if( covers( bp_arm_r ) ) {
temp1 << _( "The <info>right arm</info>. " );
}
if( is_sided() && ( covers( bp_hand_l ) || covers( bp_hand_r ) ) ) {
temp1 << _( "Either <info>hand</info>. " );
} else if( covers( bp_hand_l ) && covers( bp_hand_r ) ) {
temp1 << _( "The <info>hands</info>. " );
} else if( covers( bp_hand_l ) ) {
temp1 << _( "The <info>left hand</info>. " );
} else if( covers( bp_hand_r ) ) {
temp1 << _( "The <info>right hand</info>. " );
}
if( is_sided() && ( covers( bp_leg_l ) || covers( bp_leg_r ) ) ) {
temp1 << _( "Either <info>leg</info>. " );
} else if( covers( bp_leg_l ) && covers( bp_leg_r ) ) {
temp1 << _( "The <info>legs</info>. " );
} else if( covers( bp_leg_l ) ) {
temp1 << _( "The <info>left leg</info>. " );
} else if( covers( bp_leg_r ) ) {
temp1 << _( "The <info>right leg</info>. " );
}
if( is_sided() && ( covers( bp_foot_l ) || covers( bp_foot_r ) ) ) {
temp1 << _( "Either <info>foot</info>. " );
} else if( covers( bp_foot_l ) && covers( bp_foot_r ) ) {
temp1 << _( "The <info>feet</info>. " );
} else if( covers( bp_foot_l ) ) {
temp1 << _( "The <info>left foot</info>. " );
} else if( covers( bp_foot_r ) ) {
temp1 << _( "The <info>right foot</info>. " );
}
info.push_back( iteminfo( "ARMOR", temp1.str() ) );
temp1.str( "" );
temp1 << _( "Layer: " );
if( has_flag( "SKINTIGHT" ) ) {
temp1 << _( "<stat>Close to skin</stat>. " );
} else if( has_flag( "BELTED" ) ) {
temp1 << _( "<stat>Strapped</stat>. " );
} else if( has_flag( "OUTER" ) ) {
temp1 << _( "<stat>Outer</stat>. " );
} else if( has_flag( "WAIST" ) ) {
temp1 << _( "<stat>Waist</stat>. " );
} else {
temp1 << _( "<stat>Normal</stat>. " );
}
info.push_back( iteminfo( "ARMOR", temp1.str() ) );
info.push_back( iteminfo( "ARMOR", _( "Coverage: " ), "<num>%", get_coverage(), true, "", false ) );
info.push_back( iteminfo( "ARMOR", space + _( "Warmth: " ), "", get_warmth() ) );
insert_separation_line();
if( has_flag( "FIT" ) ) {
info.push_back( iteminfo( "ARMOR", _( "<bold>Encumbrance</bold>: " ),
_( "<num> <info>(fits)</info>" ),
get_encumber(), true, "", false, true ) );
} else {
info.push_back( iteminfo( "ARMOR", _( "<bold>Encumbrance</bold>: " ), "",
get_encumber(), true, "", false, true ) );
}
int converted_storage_scale = 0;
const double converted_storage = round_up( convert_volume( get_storage().value(),
&converted_storage_scale ), 2 );
info.push_back( iteminfo( "ARMOR", space + _( "Storage: " ),
string_format( "<num> %s", volume_units_abbr() ),
converted_storage, converted_storage_scale == 0 ) );
info.push_back( iteminfo( "ARMOR", _( "Protection: Bash: " ), "", bash_resist(), true, "",
false ) );
info.push_back( iteminfo( "ARMOR", space + _( "Cut: " ), "", cut_resist(), true, "", false ) );
info.push_back( iteminfo( "ARMOR", space + _( "Acid: " ), "", acid_resist(), true, "", true ) );
info.push_back( iteminfo( "ARMOR", space + _( "Fire: " ), "", fire_resist(), true, "", true ) );
info.push_back( iteminfo( "ARMOR", _( "Environmental protection: " ), "", get_env_resist() ) );
}
if( is_book() ) {
insert_separation_line();
const auto &book = *type->book;
// Some things about a book you CAN tell by it's cover.
if( !book.skill && !type->can_use( "MA_MANUAL" )) {
info.push_back( iteminfo( "BOOK", _( "Just for fun." ) ) );
}
if( type->can_use( "MA_MANUAL" )) {
info.push_back( iteminfo( "BOOK", _( "Some sort of <info>martial arts training manual</info>." ) ) );
}
if( book.req == 0 ) {
info.push_back( iteminfo( "BOOK", _( "It can be <info>understood by beginners</info>." ) ) );
}
if( g->u.has_identified( typeId() ) ) {
if( book.skill ) {
if( g->u.get_skill_level_object( book.skill ).can_train() ) {
info.push_back( iteminfo( "BOOK", "",
string_format( _( "Can bring your <info>%s skill to</info> <num>" ),
book.skill.obj().name().c_str() ), book.level ) );
}
if( book.req != 0 ) {
info.push_back( iteminfo( "BOOK", "",
string_format( _( "<info>Requires %s level</info> <num> to understand." ),
book.skill.obj().name().c_str() ),
book.req, true, "", true, true ) );
}
}
if( book.intel != 0 ) {
info.push_back( iteminfo( "BOOK", "",
_( "Requires <info>intelligence of</info> <num> to easily read." ),
book.intel, true, "", true, true ) );
}
if( book.fun != 0 ) {
info.push_back( iteminfo( "BOOK", "",
_( "Reading this book affects your morale by <num>" ),
book.fun, true, ( book.fun > 0 ? "+" : "" ) ) );
}
info.push_back( iteminfo( "BOOK", "",
ngettext( "A chapter of this book takes <num> <info>minute to read</info>.",
"A chapter of this book takes <num> <info>minutes to read</info>.",
book.time ),
book.time, true, "", true, true ) );
if( book.chapters > 0 ) {
const int unread = get_remaining_chapters( g->u );
info.push_back( iteminfo( "BOOK", "", ngettext( "This book has <num> <info>unread chapter</info>.",
"This book has <num> <info>unread chapters</info>.",
unread ),
unread ) );
}
std::vector<std::string> recipe_list;
for( auto const &elem : book.recipes ) {
const bool knows_it = g->u.knows_recipe( elem.recipe );
// If the player knows it, they recognize it even if it's not clearly stated.
if( elem.is_hidden() && !knows_it ) {
continue;
}
if( knows_it ) {
// In case the recipe is known, but has a different name in the book, use the
// real name to avoid confusing the player.
const std::string name = elem.recipe->result_name();
recipe_list.push_back( "<bold>" + name + "</bold>" );
} else {
recipe_list.push_back( "<dark>" + elem.name + "</dark>" );
}
}
if( !recipe_list.empty() ) {
std::string recipe_line = string_format(
ngettext( "This book contains %1$d crafting recipe: %2$s",
"This book contains %1$d crafting recipes: %2$s", recipe_list.size() ),
recipe_list.size(), enumerate_as_string( recipe_list ).c_str() );
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION", recipe_line ) );
}
if( recipe_list.size() != book.recipes.size() ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "It might help you figuring out some <good>more recipes</good>." ) ) );
}
} else {
info.push_back( iteminfo( "BOOK",
_( "You need to <info>read this book to see its contents</info>." ) ) );
}
}
if( is_container() ) {
const auto &c = *type->container;
info.push_back( iteminfo( "ARMOR", temp1.str() ) );
temp1.str( "" );
temp1 << _( "This container " );
if( c.seals ) {
temp1 << _( "can be <info>resealed</info>, " );
}
if( c.watertight ) {
temp1 << _( "is <info>watertight</info>, " );
}
if( c.preserves ) {
temp1 << _( "<good>preserves spoiling</good>, " );
}
temp1 << string_format( _( "can store <info>%s %s</info>." ),
format_volume( c.contains ).c_str(),
volume_units_long() );
info.push_back( iteminfo( "CONTAINER", temp1.str() ) );
}
if( is_tool() ) {
if( ammo_capacity() != 0 ) {
info.emplace_back( "TOOL", string_format( _( "<bold>Charges</bold>: %d" ), ammo_remaining() ) );
}
if( !magazine_integral() ) {
if( magazine_current() ) {
info.emplace_back( "TOOL", _( "Magazine: " ), string_format( "<stat>%s</stat>", magazine_current()->tname().c_str() ) );
}
insert_separation_line();
const auto compat = magazine_compatible();
info.emplace_back( "TOOL", _( "<bold>Compatible magazines:</bold> " ),
enumerate_as_string( compat.begin(), compat.end(), []( const itype_id &id ) {
return item_controller->find_template( id )->nname( 1 );
} ) );
} else if( ammo_capacity() != 0 ) {
std::string tmp;
if( ammo_type() ) {
//~ "%s" is ammunition type. This types can't be plural.
tmp = ngettext( "Maximum <num> charge of %s.", "Maximum <num> charges of %s.", ammo_capacity() );
tmp = string_format( tmp, ammo_type()->name().c_str() );
} else {
tmp = ngettext( "Maximum <num> charge.", "Maximum <num> charges.", ammo_capacity() );
}
info.emplace_back( "TOOL", "", tmp, ammo_capacity() );
}
}
if( !components.empty() ) {
info.push_back( iteminfo( "DESCRIPTION", string_format( _( "Made from: %s" ),
_( components_to_string().c_str() ) ) ) );
} else {
const auto &dis = recipe_dictionary::get_uncraft( typeId() );
const auto &req = dis.disassembly_requirements();
if( !req.is_empty() ) {
const auto components = req.get_components();
const std::string components_list = enumerate_as_string( components.begin(), components.end(),
[]( const std::vector<item_comp> &comps ) {
return comps.front().to_string();
} );
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "Disassembling this item takes %s and might yield: %s." ),
to_string_approx( time_duration::from_turns( dis.time / 100 ) ), components_list.c_str() ) ) );
}
}
auto name_quality = [&info]( const std::pair<quality_id,int>& q ) {
std::string str;
if( q.first == quality_jack || q.first == quality_lift ) {
str = string_format( _( "Has level <info>%1$d %2$s</info> quality and is rated at <info>%3$d</info> %4$s" ),
q.second, q.first.obj().name.c_str(), (int)convert_weight( q.second * TOOL_LIFT_FACTOR ),
weight_units() );
} else {
str = string_format( _( "Has level <info>%1$d %2$s</info> quality." ),
q.second, q.first.obj().name.c_str() );
}
info.emplace_back( "QUALITIES", "", str );
};
for( const auto& q : type->qualities ) {
name_quality( q );
}
if( std::any_of( contents.begin(), contents.end(), []( const item& e ) { return !e.type->qualities.empty(); } ) ) {
info.emplace_back( "QUALITIES", "", _( "Contains items with qualities:" ) );
}
for( const auto& e : contents ) {
for( const auto& q : e.type->qualities ) {
name_quality( q );
}
}
if( showtext && !is_null() ) {
const std::map<std::string, std::string>::const_iterator idescription =
item_vars.find( "description" );
insert_separation_line();
if( !type->snippet_category.empty() ) {
// Just use the dynamic description
info.push_back( iteminfo( "DESCRIPTION", SNIPPET.get( note ) ) );
} else if( idescription != item_vars.end() ) {
info.push_back( iteminfo( "DESCRIPTION", idescription->second ) );
} else {
info.push_back( iteminfo( "DESCRIPTION", _( type->description.c_str() ) ) );
}
auto all_techniques = type->techniques;
all_techniques.insert( techniques.begin(), techniques.end() );
if( !all_techniques.empty() ) {
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION", _( "Techniques: " ) +
enumerate_as_string( all_techniques.begin(), all_techniques.end(), []( const matec_id &tid ) {
return string_format( "<stat>%s:</stat> <info>%s</info>", tid.obj().name.c_str(), tid.obj().description.c_str() );
} ) ) );
}
if( !is_gunmod() && has_flag( "REACH_ATTACK" ) ) {
insert_separation_line();
if( has_flag( "REACH3" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This item can be used to make <stat>long reach attacks</stat>." ) ) );
} else {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This item can be used to make <stat>reach attacks</stat>." ) ) );
}
}
///\EFFECT_MELEE >2 allows seeing melee damage stats on weapons
if( debug_mode || ( g->u.get_skill_level( skill_melee ) > 2 && ( damage_melee( DT_BASH ) > 0 ||
damage_melee( DT_CUT ) > 0 || damage_melee( DT_STAB ) > 0 || type->m_to_hit > 0 ) ) ) {
damage_instance non_crit;
g->u.roll_all_damage( false, non_crit, true, *this );
damage_instance crit;
g->u.roll_all_damage( true, crit, true, *this );
int attack_cost = g->u.attack_speed( *this );
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION", string_format( _( "<bold>Average melee damage:</bold>" ) ) ) );
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "Critical hit chance %d%% - %d%%" ),
int( g->u.crit_chance( 0, 100, *this ) * 100 ),
int( g->u.crit_chance( 100, 0, *this ) * 100 ) ) ) );
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "%d bashing (%d on a critical hit)" ),
int( non_crit.type_damage( DT_BASH ) ),
int( crit.type_damage( DT_BASH ) ) ) ) );
if( non_crit.type_damage( DT_CUT ) > 0.0f || crit.type_damage( DT_CUT ) > 0.0f ) {
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "%d cutting (%d on a critical hit)" ),
int( non_crit.type_damage( DT_CUT ) ),
int( crit.type_damage( DT_CUT ) ) ) ) );
}
if( non_crit.type_damage( DT_STAB ) > 0.0f || crit.type_damage( DT_STAB ) > 0.0f ) {
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "%d piercing (%d on a critical hit)" ),
int( non_crit.type_damage( DT_STAB ) ),
int( crit.type_damage( DT_STAB ) ) ) ) );
}
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "%d moves per attack" ), attack_cost ) ) );
}
//lets display which martial arts styles character can use with this weapon
const auto &styles = g->u.ma_styles;
const std::string valid_styles = enumerate_as_string( styles.begin(), styles.end(),
[ this ]( const matype_id &mid ) {
return mid.obj().has_weapon( typeId() ) ? mid.obj().name : std::string();
} );
if( !valid_styles.empty() ) {
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION",
std::string( _( "You know how to use this with these martial arts styles: " ) ) +
valid_styles ) );
}
for( const auto &method : type->use_methods ) {
insert_separation_line();
method.second.dump_info( *this, info );
}
insert_separation_line();
const auto &rep = repaired_with();
if( !rep.empty() ) {
info.emplace_back( "DESCRIPTION", _( "<bold>Repaired with</bold>: " ) +
enumerate_as_string( rep.begin(), rep.end(), []( const itype_id &e ) {
return item::find_type( e )->nname( 1 ); } ) );
insert_separation_line();
} else {
info.emplace_back( "DESCRIPTION", _( "* This item is <bad>not repairable</bad>." ) );
}
if( !conductive () ) {
info.push_back( iteminfo( "BASE", string_format( _( "* This item <good>does not conduct</good> electricity." ) ) ) );
} else if( has_flag( "CONDUCTIVE" ) ) {
info.push_back( iteminfo( "BASE", string_format( _( "* This item effectively <bad>conducts</bad> electricity, as it has no guard." ) ) ) );
} else {
info.push_back( iteminfo( "BASE", string_format( _( "* This item <bad>conducts</bad> electricity." ) ) ) );
}
// concatenate base and acquired flags...
std::vector<std::string> flags;
std::set_union( type->item_tags.begin(), type->item_tags.end(),
item_tags.begin(), item_tags.end(),
std::back_inserter( flags ) );
// ...and display those which have an info description
for( const auto &e : flags ) {
auto &f = json_flag::get( e );
if( !f.info().empty() ) {
info.emplace_back( "DESCRIPTION", string_format( "* %s", _( f.info().c_str() ) ) );
}
}
if( is_armor() ) {
if( has_flag( "HELMET_COMPAT" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This item can be <info>worn with a helmet</info>." ) ) );
}
if( has_flag( "FIT" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This piece of clothing <info>fits</info> you perfectly." ) ) );
} else if( has_flag( "VARSIZE" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This piece of clothing <info>can be refitted</info>." ) ) );
}
if( is_sided() ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This item can be worn on <info>either side</info> of the body." ) ) );
}
if( is_power_armor() ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This gear is a part of power armor." ) ) );
if( covers( bp_head ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* When worn with a power armor suit, it will <good>fully protect</good> you from <info>radiation</info>." ) ) );
} else {
info.push_back( iteminfo( "DESCRIPTION",
_( "* When worn with a power armor helmet, it will <good>fully protect</good> you from <info>radiation</info>." ) ) );
}
}
if( typeId() == "rad_badge" ) {
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "* The film strip on the badge is %s." ),
rad_badge_color( irridation ).c_str() ) ) );
}
}
if( is_tool() ) {
if( has_flag( "USE_UPS" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This tool has been modified to use a <info>universal power supply</info> and is <neutral>not compatible</neutral> with <info>standard batteries</info>." ) ) );
} else if( has_flag( "RECHARGE" ) && has_flag( "NO_RELOAD" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This tool has a <info>rechargeable power cell</info> and is <neutral>not compatible</neutral> with <info>standard batteries</info>." ) ) );
} else if( has_flag( "RECHARGE" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This tool has a <info>rechargeable power cell</info> and can be recharged in any <neutral>UPS-compatible recharging station</neutral>. You could charge it with <info>standard batteries</info>, but unloading it is impossible." ) ) );
}
}
if( has_flag( "RADIO_ACTIVATION" ) ) {
if( has_flag( "RADIO_MOD" ) ) {
info.emplace_back( "DESCRIPTION", _( "* This item has been modified to listen to <info>radio signals</info>. It can still be activated manually." ) );
} else {
info.emplace_back( "DESCRIPTION", _( "* This item can only be activated by a <info>radio signal</info>." ) );
}
std::string signame;
if( has_flag( "RADIOSIGNAL_1" ) ) {
signame = "<color_c_red>red</color> radio signal.";
} else if( has_flag( "RADIOSIGNAL_2" ) ) {
signame = "<color_c_blue>blue</color> radio signal.";
} else if( has_flag( "RADIOSIGNAL_3" ) ) {
signame = "<color_c_green>green</color> radio signal.";
}
info.emplace_back( "DESCRIPTION", string_format( _( "* It will be activated by the %s." ), signame.c_str() ) );
if( has_flag( "RADIO_INVOKE_PROC" ) ) {
info.emplace_back( "DESCRIPTION",_( "* Activating this item with a <info>radio signal</info> will <neutral>detonate</neutral> it immediately." ) );
}
}
// @todo: Unhide when enforcing limits
if( is_bionic() && g->u.has_trait( trait_id( "DEBUG_CBM_SLOTS" ) ) ) {
info.push_back( iteminfo( "DESCRIPTION", list_occupied_bps( type->bionic->id,
_( "This bionic is installed in the following body part(s):" ) ) ) );
}
if( is_gun() && has_flag( "FIRE_TWOHAND" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This weapon needs <info>two free hands</info> to fire." ) ) );
}
if( is_gunmod() && has_flag( "DISABLE_SIGHTS" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This mod <bad>obscures sights</bad> of the base weapon." ) ) );
}
if( has_flag( "LEAK_DAM" ) && has_flag( "RADIOACTIVE" ) && damage() > 0 ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* The casing of this item has <neutral>cracked</neutral>, revealing an <info>ominous green glow</info>." ) ) );
}
if( has_flag( "LEAK_ALWAYS" ) && has_flag( "RADIOACTIVE" ) ) {
info.push_back( iteminfo( "DESCRIPTION",
_( "* This object is <neutral>surrounded</neutral> by a <info>sickly green glow</info>." ) ) );
}
if( is_brewable() || ( !contents.empty() && contents.front().is_brewable() ) ) {
const item &brewed = !is_brewable() ? contents.front() : *this;
const time_duration btime = brewed.brewing_time();
if( btime <= 2_days ) {
info.push_back( iteminfo( "DESCRIPTION",
string_format( ngettext( "* Once set in a vat, this will ferment in around %d hour.",
"* Once set in a vat, this will ferment in around %d hours.", to_hours<int>( btime ) ),
to_hours<int>( btime ) ) ) );
} else {
info.push_back( iteminfo( "DESCRIPTION",
string_format( ngettext( "* Once set in a vat, this will ferment in around %d day.",
"* Once set in a vat, this will ferment in around %d days.", to_days<int>( btime ) ),
to_days<int>( btime ) ) ) );
}
for( const auto &res : brewed.brewing_results() ) {
info.push_back( iteminfo( "DESCRIPTION",
string_format( _( "* Fermenting this will produce <neutral>%s</neutral>." ),
nname( res, brewed.charges ).c_str() ) ) );
}
}
for( const auto &e : faults ) {
//~ %1$s is the name of a fault and %2$s is the description of the fault
info.emplace_back( "DESCRIPTION", string_format( _( "* <bad>Faulty %1$s</bad>. %2$s" ),
e.obj().name().c_str(), e.obj().description().c_str() ) );
}
// does the item fit in any holsters?
auto holsters = Item_factory::find( [this]( const itype &e ) {
if( !e.can_use( "holster" ) ) {
return false;
}
auto ptr = dynamic_cast<const holster_actor *>( e.get_use( "holster" )->get_actor_ptr() );
return ptr->can_holster( *this );
} );
if( !holsters.empty() ) {
insert_separation_line();
info.emplace_back( "DESCRIPTION", _( "<bold>Can be stored in:</bold> " ) +
enumerate_as_string( holsters.begin(), holsters.end(),
[]( const itype *e ) { return e->nname( 1 ); } ) );
}
for( auto &u : type->use_methods ) {
const auto tt = dynamic_cast<const delayed_transform_iuse *>( u.second.get_actor_ptr() );
if( tt == nullptr ) {
continue;
}
const int time_to_do = tt->time_to_do( *this );
if( time_to_do <= 0 ) {
info.push_back( iteminfo( "DESCRIPTION", _( "It's done and <info>can be activated</info>." ) ) );
} else {
const auto time = to_string_clipped( time_duration::from_turns( time_to_do ) );
info.push_back( iteminfo( "DESCRIPTION", string_format( _( "It will be done in %s." ),
time.c_str() ) ) );
}
}
std::map<std::string, std::string>::const_iterator item_note = item_vars.find( "item_note" );
std::map<std::string, std::string>::const_iterator item_note_type =
item_vars.find( "item_note_type" );
if( item_note != item_vars.end() ) {
insert_separation_line();
std::string ntext = "";
if( item_note_type != item_vars.end() ) {
ntext += string_format( _( "%1$s on the %2$s is: " ),
item_note_type->second.c_str(), tname().c_str() );
} else {
ntext += _( "Note: " );
}
info.push_back( iteminfo( "DESCRIPTION", ntext + item_note->second ) );
}
// describe contents
if( !contents.empty() ) {
for( const auto mod : is_gun() ? gunmods() : toolmods() ) {
if( mod->type->gunmod ) {
temp1.str( "" );
if( mod->is_irremovable() ) {
temp1 << _( "Integrated mod: " );
} else {
temp1 << _( "Mod: " );
}
temp1 << "<bold>" << mod->tname() << "</bold> (" << mod->type->gunmod->location.name() << ")";
}
insert_separation_line();
info.emplace_back( "DESCRIPTION", temp1.str() );
info.emplace_back( "DESCRIPTION", _( mod->type->description.c_str() ) );
}
if( !contents.front().type->mod ) {
info.emplace_back( "DESCRIPTION", _( contents.front().type->description.c_str() ) );
}
}
// list recipes you could use it in
itype_id tid;
if( contents.empty() ) { // use this item
tid = typeId();
} else { // use the contained item
tid = contents.front().typeId();
}
const auto &known_recipes = g->u.get_learned_recipes().of_component( tid );
if( !known_recipes.empty() ) {
temp1.str( "" );
const inventory &inv = g->u.crafting_inventory();
if( known_recipes.size() > 24 ) {
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION",
_( "You know dozens of things you could craft with it." ) ) );
} else if( known_recipes.size() > 12 ) {
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION", _( "You could use it to craft various other things." ) ) );
} else {
const std::string recipes = enumerate_as_string( known_recipes.begin(), known_recipes.end(),
[ &inv ]( const recipe *r ) {
if( r->requirements().can_make_with_inventory( inv ) ) {
return r->result_name();
} else {
return string_format( "<dark>%s</dark>", r->result_name() );
}
} );
if( !recipes.empty() ) {
insert_separation_line();
info.push_back( iteminfo( "DESCRIPTION", string_format( _( "You could use it to craft: %s" ),
recipes.c_str() ) ) );
}
}
}
}
if( !info.empty() && info.back().sName == "--" ) {
info.pop_back();
}
temp1.str( "" );
for( auto &elem : info ) {
if( elem.sType == "DESCRIPTION" ) {
temp1 << "\n";
}
if( elem.bDrawName ) {
temp1 << elem.sName;
}
size_t pos = elem.sFmt.find( "<num>" );
std::string sPost = "";
if( pos != std::string::npos ) {
temp1 << elem.sFmt.substr( 0, pos );
sPost = elem.sFmt.substr( pos + 5 );
} else {
temp1 << elem.sFmt.c_str();
}
if( elem.sValue != "-999" ) {
temp1 << elem.sPlus << "<neutral>" << elem.sValue << "</neutral>";
}
temp1 << sPost;
temp1 << ( ( elem.bNewLine ) ? "\n" : "" );
}
return replace_colors( temp1.str() );
}
int item::get_free_mod_locations( const gunmod_location &location ) const
{
if( !is_gun() ) {
return 0;
}
const islot_gun &gt = *type->gun;
const auto loc = gt.valid_mod_locations.find( location );
if( loc == gt.valid_mod_locations.end() ) {
return 0;
}
int result = loc->second;
for( const auto &elem : contents ) {
const auto &mod = elem.type->gunmod;
if( mod && mod->location == location ) {
result--;
}
}
return result;
}
int item::engine_displacement() const
{
return type->engine ? type->engine->displacement : 0;
}
const std::string &item::symbol() const
{
return type->sym;
}
nc_color item::color_in_inventory() const
{
player &u = g->u; // TODO: make a const reference
nc_color ret = c_light_gray;
if(has_flag("WET")) {
ret = c_cyan;
} else if(has_flag("LITCIG")) {
ret = c_red;
} else if( is_filthy() ) {
ret = c_brown;
} else if ( has_flag("LEAK_DAM") && has_flag("RADIOACTIVE") && damage() > 0 ) {
ret = c_light_green;
} else if (active && !is_food() && !is_food_container()) { // Active items show up as yellow
ret = c_yellow;
} else if( is_food() || is_food_container() ) {
const bool preserves = type->container && type->container->preserves;
const item &to_color = is_food() ? *this : contents.front();
// Default: permafood, drugs
// Brown: rotten (for non-saprophages) or non-rotten (for saprophages)
// Dark gray: inedible
// Red: morale penalty
// Yellow: will rot soon
// Cyan: will rot eventually
const auto rating = u.will_eat( to_color );
// TODO: More colors
switch( rating.value() ) {
case EDIBLE:
case TOO_FULL:
if( preserves ) {
// Nothing, canned food won't rot
} else if( to_color.is_going_bad() ) {
ret = c_yellow;
} else if( to_color.goes_bad() ) {
ret = c_cyan;
}
break;
case INEDIBLE:
case INEDIBLE_MUTATION:
ret = c_dark_gray;
break;
case ALLERGY:
case ALLERGY_WEAK:
case CANNIBALISM:
ret = c_red;
break;
case ROTTEN:
ret = c_brown;
break;
case NAUSEA:
ret = c_pink;
break;
case NO_TOOL:
break;
}
} else if( is_gun() ) {
// Guns are green if you are carrying ammo for them
// ltred if you have ammo but no mags
// Gun with integrated mag counts as both
ammotype amtype = ammo_type();
// get_ammo finds uncontained ammo, find_ammo finds ammo in magazines
bool has_ammo = !u.get_ammo( amtype ).empty() || !u.find_ammo( *this, false, -1 ).empty();
bool has_mag = magazine_integral() || !u.find_ammo( *this, true, -1 ).empty();
if( has_ammo && has_mag ) {
ret = c_green;
} else if( has_ammo || has_mag ) {
ret = c_light_red;
}
} else if( is_ammo() ) {
// Likewise, ammo is green if you have guns that use it
// ltred if you have the gun but no mags
// Gun with integrated mag counts as both
bool has_gun = u.has_item_with( [this]( const item &i ) {
return i.is_gun() && type->ammo->type.count( i.ammo_type() );
} );
bool has_mag = u.has_item_with( [this]( const item &i ) {
return ( i.is_gun() && i.magazine_integral() && type->ammo->type.count( i.ammo_type() ) ) ||
( i.is_magazine() && type->ammo->type.count( i.ammo_type() ) );
} );
if( has_gun && has_mag ) {
ret = c_green;
} else if( has_gun || has_mag ) {
ret = c_light_red;
}
} else if( is_magazine() ) {
// Magazines are green if you have guns and ammo for them
// ltred if you have one but not the other
ammotype amtype = ammo_type();
bool has_gun = u.has_item_with( [this]( const item & it ) {
return it.is_gun() && it.magazine_compatible().count( typeId() ) > 0;
} );
bool has_ammo = !u.find_ammo( *this, false, -1 ).empty();
if( has_gun && has_ammo ) {
ret = c_green;
} else if( has_gun || has_ammo ) {
ret = c_light_red;
}
} else if (is_book()) {
if(u.has_identified( typeId() )) {
auto &tmp = *type->book;
if( tmp.skill && // Book can improve skill: blue
u.get_skill_level_object( tmp.skill ).can_train() &&
u.get_skill_level( tmp.skill ) >= tmp.req &&
u.get_skill_level( tmp.skill ) < tmp.level ) {
ret = c_light_blue;
} else if( tmp.skill && // Book can't improve skill right now, but maybe later: pink
u.get_skill_level_object( tmp.skill ).can_train() &&
u.get_skill_level( tmp.skill ) < tmp.level ) {
ret = c_pink;
} else if( !u.studied_all_recipes( *type ) ) { // Book can't improve skill anymore, but has more recipes: yellow
ret = c_yellow;
}
} else {
ret = c_red; // Book hasn't been identified yet: red
}
} else if (is_bionic()) {
if( !u.has_bionic( type->bionic->id ) ) {
ret = u.bionic_installation_issues( type->bionic->id ).empty() ? c_green : c_red;
}
}
return ret;
}
void item::on_wear( Character &p )
{
if( is_sided() && get_side() == side::BOTH ) {
// for sided items wear the item on the side which results in least encumbrance
int lhs = 0, rhs = 0;
set_side( side::LEFT );
const auto left_enc = p.get_encumbrance( *this );
for( const body_part bp : all_body_parts ) {
lhs += left_enc[bp].encumbrance;
}
set_side( side::RIGHT );
const auto right_enc = p.get_encumbrance( *this );
for( const body_part bp : all_body_parts ) {
rhs += right_enc[bp].encumbrance;
}
set_side( lhs <= rhs ? side::LEFT : side::RIGHT );
}
// TODO: artifacts currently only work with the player character
if( &p == &g->u && type->artifact ) {
g->add_artifact_messages( type->artifact->effects_worn );
}
p.on_item_wear( *this );
}
void item::on_takeoff( Character &p )
{
p.on_item_takeoff( *this );
if (is_sided()) {
set_side( side::BOTH );
}
}
void item::on_wield( player &p, int mv )
{
// TODO: artifacts currently only work with the player character
if( &p == &g->u && type->artifact ) {
g->add_artifact_messages( type->artifact->effects_wielded );
}
// weapons with bayonet/bipod or other generic "unhandiness"
if( has_flag("SLOW_WIELD") && !is_gunmod() ) {
float d = 32.0; // arbitrary linear scaling factor
if( is_gun() ) {
d /= std::max( p.get_skill_level( gun_skill() ), 1 );
} else if( is_melee() ) {
d /= std::max( p.get_skill_level( melee_skill() ), 1 );
}
int penalty = get_var( "volume", type->volume / units::legacy_volume_factor ) * d;
p.moves -= penalty;
mv += penalty;
}
// firearms with a folding stock or tool/melee without collapse/retract iuse
if( has_flag( "NEEDS_UNFOLD" ) && !is_gunmod() ) {
int penalty = 50; // 200-300 for guns, 50-150 for melee, 50 as fallback
if( is_gun() ) {
penalty = std::max( 0, 300 - p.get_skill_level( gun_skill() ) * 10 );
} else if( is_melee() ) {
penalty = std::max( 0, 150 - p.get_skill_level( melee_skill() ) * 10 );
}
p.moves -= penalty;
mv += penalty;
}
std::string msg;
if( mv > 500 ) {
msg = _( "It takes you an extremely long time to wield your %s." );
} else if( mv > 250 ) {
msg = _( "It takes you a very long time to wield your %s." );
} else if( mv > 100 ) {
msg = _( "It takes you a long time to wield your %s." );
} else if( mv > 50 ) {
msg = _( "It takes you several seconds to wield your %s." );
} else {
msg = _( "You wield your %s." );
}
p.add_msg_if_player( msg.c_str(), tname().c_str() );
}
void item::on_pickup( Character &p )
{
// Fake characters are used to determine pickup weight and volume
if( p.is_fake() ) {
return;
}
// TODO: artifacts currently only work with the player character
if( &p == &g->u && type->artifact ) {
g->add_artifact_messages( type->artifact->effects_carried );
}
if( is_bucket_nonempty() ) {
for( const auto &it : contents ) {
g->m.add_item_or_charges( p.pos(), it );
}
contents.clear();
}
}
void item::on_contents_changed()
{
if( is_non_resealable_container() ) {
convert( type->container->unseals_into );
}
}
void item::on_damage( double, damage_type )
{
}
std::string item::tname( unsigned int quantity, bool with_prefix ) const
{
std::stringstream ret;
// MATERIALS-TODO: put this in json
std::string damtext;
if( ( damage() != 0 || ( get_option<bool>( "ITEM_HEALTH_BAR" ) && is_armor() ) ) && !is_null() && with_prefix ) {
if( damage() < 0 ) {
if( get_option<bool>( "ITEM_HEALTH_BAR" ) ) {
damtext = "<color_" + string_from_color( damage_color() ) + ">" + damage_symbol() + " </color>";
} else if( is_gun() ) {
damtext = pgettext( "damage adjective", "accurized " );
} else {
damtext = pgettext( "damage adjective", "reinforced " );
}
} else if( typeId() == "corpse" ) {
if( damage() > 0 ) {
switch( damage() ) {
case 1:
damtext = pgettext( "damage adjective", "bruised " );
break;
case 2:
damtext = pgettext( "damage adjective", "damaged " );
break;
case 3:
damtext = pgettext( "damage adjective", "mangled " );
break;
default:
damtext = pgettext( "damage adjective", "pulped " );
break;
}
}
} else if( get_option<bool>( "ITEM_HEALTH_BAR" ) ) {
damtext = "<color_" + string_from_color( damage_color() ) + ">" + damage_symbol() + " </color>";
} else {
damtext = string_format( "%s ", get_base_material().dmg_adj( damage() ).c_str() );
}
}
if( !faults.empty() ) {
damtext.insert( 0, _( "faulty " ) );
}
std::string vehtext = "";
if( is_engine() && engine_displacement() > 0 ) {
vehtext = string_format( pgettext( "vehicle adjective", "%2.1fL " ), engine_displacement() / 100.0f );
} else if( is_wheel() && type->wheel->diameter > 0 ) {
vehtext = string_format( pgettext( "vehicle adjective", "%d\" " ), type->wheel->diameter );
}
std::string burntext;
if( with_prefix && !made_of( LIQUID ) ) {
if( volume() >= 1000_ml && burnt * 125_ml >= volume() ) {
burntext = pgettext( "burnt adjective", "badly burnt " );
} else if( burnt > 0 ) {
burntext = pgettext( "burnt adjective", "burnt " );
}
}
std::string maintext;
if( is_corpse() || typeId() == "blood" || item_vars.find( "name" ) != item_vars.end() ) {
maintext = type_name( quantity );
} else if( is_gun() || is_tool() || is_magazine() ) {
ret.str("");
ret << label( quantity );
for( const auto mod : is_gun() ? gunmods() : toolmods() ) {
if( !type->gun || !type->gun->built_in_mods.count( mod->typeId() ) ) {
ret << "+";
}
}
maintext = ret.str();
} else if( is_armor() && item_tags.count( "wooled" ) + item_tags.count( "furred" ) +
item_tags.count( "leather_padded" ) + item_tags.count( "kevlar_padded" ) > 0 ) {
ret.str("");
ret << label( quantity );
ret << "+";
maintext = ret.str();
} else if( contents.size() == 1 ) {
if( contents.front().made_of( LIQUID ) ) {
maintext = string_format( pgettext( "item name", "%s of %s" ), label( quantity ).c_str(),
contents.front().tname( quantity, with_prefix ).c_str() );
} else if( contents.front().is_food() ) {
const unsigned contents_count = contents.front().charges > 1 ? contents.front().charges : quantity;
maintext = string_format( pgettext( "item name", "%s of %s" ), label( quantity ).c_str(),
contents.front().tname( contents_count, with_prefix ).c_str() );
} else {
maintext = string_format( pgettext( "item name", "%s with %s" ), label( quantity ).c_str(),
contents.front().tname( quantity, with_prefix ).c_str() );
}
} else if( !contents.empty() ) {
maintext = string_format( pgettext( "item name", "%s, full" ), label( quantity ).c_str() );
} else {
maintext = label( quantity );
}
ret.str( "" );
if( is_food() ) {
if( rotten() ) {
ret << _( " (rotten)" );
} else if( is_going_bad() ) {
ret << _( " (old)" );
} else if( is_fresh() ) {
ret << _( " (fresh)" );
}
if( has_flag( "HOT" ) ) {
ret << _( " (hot)" );
}
if( has_flag( "COLD" ) ) {
ret << _( " (cold)" );
}
}
if( has_flag( "FIT" ) ) {
ret << _( " (fits)" );
}
if( is_filthy() ) {
ret << _( " (filthy)" );
}
if( is_tool() && has_flag( "USE_UPS" ) ){
ret << _( " (UPS)" );
}
if( has_flag( "RADIO_MOD" ) ) {
ret << _( " (radio:" );
if( has_flag( "RADIOSIGNAL_1" ) ) {
ret << pgettext( "The radio mod is associated with the [R]ed button.", "R)" );
} else if( has_flag( "RADIOSIGNAL_2" ) ) {
ret << pgettext( "The radio mod is associated with the [B]lue button.", "B)" );
} else if( has_flag( "RADIOSIGNAL_3" ) ) {
ret << pgettext( "The radio mod is associated with the [G]reen button.", "G)" );
} else {
debugmsg( "Why is the radio neither red, blue, nor green?" );
ret << "?)";
}
}
if( has_flag( "WET" ) ) {
ret << _( " (wet)" );
}
if( has_flag( "LITCIG" ) ) {
ret << _( " (lit)" );
}
if( already_used_by_player( g->u ) ) {
ret << _( " (used)" );
}
if( active && !is_food() && !is_corpse() && ( typeId().length() < 3 || typeId().compare( typeId().length() - 3, 3, "_on" ) != 0 ) ) {
// Usually the items whose ids end in "_on" have the "active" or "on" string already contained
// in their name, also food is active while it rots.
ret << _( " (active)" );
}
const std::string tagtext = ret.str();
std::string modtext;
if( gunmod_find( "barrel_small" ) ) {
modtext += _( "sawn-off " );
}
if( has_flag( "DIAMOND" ) ) {
modtext += std::string( _( "diamond" ) ) + " ";
}
ret.str( "" );
//~ This is a string to construct the item name as it is displayed. This format string has been added for maximum flexibility. The strings are: %1$s: Damage text (e.g. "bruised"). %2$s: burn adjectives (e.g. "burnt"). %3$s: tool modifier text (e.g. "atomic"). %4$s: vehicle part text (e.g. "3.8-Liter"). $5$s: main item text (e.g. "apple"). %6s: tags (e.g. "(wet) (fits)").
ret << string_format( _( "%1$s%2$s%3$s%4$s%5$s%6$s" ), damtext.c_str(), burntext.c_str(),
modtext.c_str(), vehtext.c_str(), maintext.c_str(), tagtext.c_str() );
if( item_vars.find( "item_note" ) != item_vars.end() ) {
//~ %s is an item name. This style is used to denote items with notes.
return string_format( _( "*%s*" ), ret.str().c_str() );
} else {
return ret.str();
}
}
std::string item::display_name( unsigned int quantity ) const
{
std::string name = tname( quantity );
std::string sidetxt;
std::string amt;
switch( get_side() ) {
case side::BOTH:
break;
case side::LEFT:
sidetxt = string_format( " (%s)", _( "left" ) );
break;
case side::RIGHT:
sidetxt = string_format( " (%s)", _( "right" ) );
break;
}
int amount = 0;
bool has_item = is_container() && contents.size() == 1;
bool has_ammo = is_ammo_container() && !contents.empty();
bool contains = has_item || has_ammo;
bool show_amt = false;
// We should handle infinite charges properly in all cases.
if( contains ) {
amount = contents.front().charges;
} else if( is_book() && get_chapters() > 0 ) {
// a book which has remaining unread chapters
amount = get_remaining_chapters( g->u );
} else if( ammo_capacity() > 0 ) {
// anything that can be reloaded including tools, magazines, guns and auxiliary gunmods
amount = ammo_remaining();
show_amt = true;
} else if( count_by_charges() && !has_infinite_charges() ) {
// A chargeable item
amount = charges;
}
if( amount || show_amt ) {
if( ammo_type() == "money" ) {
amt = string_format( " ($%.2f)", ( double ) amount / 100 );
} else {
amt = string_format( " (%i)", amount );
}
}
return string_format( "%s%s%s", name.c_str(), sidetxt.c_str(), amt.c_str() );
}
nc_color item::color() const
{
if( is_null() )
return c_black;
if( is_corpse() ) {
return corpse->color;
}
return type->color;
}
int item::price( bool practical ) const
{
int res = 0;
visit_items( [&res, practical]( const item *e ) {
if( e->rotten() ) {
// @todo: Special case things that stay useful when rotten
return VisitResponse::NEXT;
}
int child = practical ? e->type->price_post : e->type->price;
if( e->damage() > 0 ) {
// maximal damage is 4, maximal reduction is 40% of the value.
child -= child * static_cast<double>( e->damage() ) / 10;
}
if( e->count_by_charges() || e->made_of( LIQUID ) ) {
// price from json data is for default-sized stack
child *= e->charges / static_cast<double>( e->type->stack_size );
} else if( e->magazine_integral() && e->ammo_remaining() && e->ammo_data() ) {
// items with integral magazines may contain ammunition which can affect the price
child += item( e->ammo_data(), calendar::turn, e->charges ).price( practical );
} else if( e->is_tool() && !e->ammo_type() && e->ammo_capacity() ) {
// if tool has no ammo (e.g. spray can) reduce price proportional to remaining charges
child *= e->ammo_remaining() / double( std::max( e->type->charges_default(), 1 ) );
}
res += child;
return VisitResponse::NEXT;
} );
return res;
}
// MATERIALS-TODO: add a density field to materials.json
units::mass item::weight( bool include_contents ) const
{
if( is_null() ) {
return 0;
}
// Items that don't drop aren't really there, they're items just for ease of implementation
if( has_flag( "NO_DROP" ) ) {
return 0;
}
units::mass ret = units::from_gram( get_var( "weight", to_gram( type->weight ) ) );
if( has_flag( "REDUCED_WEIGHT" ) ) {
ret *= 0.75;
}
if( count_by_charges() ) {
ret *= charges;
} else if( is_corpse() ) {
switch( corpse->size ) {
case MS_TINY: ret = 1000_gram; break;
case MS_SMALL: ret = 40750_gram; break;
case MS_MEDIUM: ret = 81500_gram; break;
case MS_LARGE: ret = 120000_gram; break;
case MS_HUGE: ret = 200000_gram; break;
}
if( made_of( material_id( "veggy" ) ) ) {
ret /= 3;
}
if( corpse->in_species( FISH ) || corpse->in_species( BIRD ) || corpse->in_species( INSECT ) || made_of( material_id( "bone" ) ) ) {
ret /= 8;
} else if ( made_of( material_id( "iron" ) ) || made_of( material_id( "steel" ) ) || made_of( material_id( "stone" ) ) ) {
ret *= 7;
}
} else if( magazine_integral() && !is_magazine() ) {
if ( ammo_type() == ammotype( "plutonium" ) ) {
ret += ammo_remaining() * find_type( ammo_type()->default_ammotype() )->weight / PLUTONIUM_CHARGES;
} else if( ammo_data() ) {
ret += ammo_remaining() * ammo_data()->weight;
}
}
// if this is an ammo belt add the weight of any implicitly contained linkages
if( is_magazine() && type->magazine->linkage != "NULL" ) {
item links( type->magazine->linkage, calendar::turn );
links.charges = ammo_remaining();
ret += links.weight();
}
// reduce weight for sawn-off weapons capped to the apportioned weight of the barrel
if( gunmod_find( "barrel_small" ) ) {
const units::volume b = type->gun->barrel_length;
const units::mass max_barrel_weight = units::from_gram( to_milliliter( b ) );
const units::mass barrel_weight = units::from_gram( b.value() * type->weight.value() / type->volume.value() );
ret -= std::min( max_barrel_weight, barrel_weight );
}
if( include_contents ) {
for( auto &elem : contents ) {
ret += elem.weight();
}
}
return ret;
}
static units::volume corpse_volume( m_size corpse_size )
{
switch( corpse_size ) {
case MS_TINY: return 750_ml;
case MS_SMALL: return 30000_ml;
case MS_MEDIUM: return 62500_ml;
case MS_LARGE: return 92500_ml;
case MS_HUGE: return 875000_ml;
}
debugmsg( "unknown monster size for corpse" );
return 0;
}
units::volume item::base_volume() const
{
if( is_null() ) {
return 0;
}
if( is_corpse() ) {
return corpse_volume( corpse->size );
}
return type->volume;
}
units::volume item::volume( bool integral ) const
{
if( is_null() ) {
return 0;
}
if( is_corpse() ) {
return corpse_volume( corpse->size );
}
const int local_volume = get_var( "volume", -1 );
units::volume ret;
if( local_volume >= 0 ) {
ret = local_volume * units::legacy_volume_factor;
} else if( integral ) {
ret = type->integral_volume;
} else {
ret = type->volume;
}
if( count_by_charges() || made_of( LIQUID ) ) {
ret *= charges;
}
// Non-rigid items add the volume of the content
if( !type->rigid ) {
for( auto &elem : contents ) {
ret += elem.volume();
}
}
// Some magazines sit (partly) flush with the item so add less extra volume
if( magazine_current() != nullptr ) {
ret += std::max( magazine_current()->volume() - type->magazine_well, units::volume( 0 ) );
}
if (is_gun()) {
for( const auto elem : gunmods() ) {
ret += elem->volume( true );
}
// @todo: implement stock_length property for guns
if (has_flag("COLLAPSIBLE_STOCK")) {
// consider only the base size of the gun (without mods)
int tmpvol = get_var( "volume", ( type->volume - type->gun->barrel_length ) / units::legacy_volume_factor );
if ( tmpvol <= 3 ) ; // intentional NOP
else if( tmpvol <= 5 ) ret -= 250_ml;
else if( tmpvol <= 6 ) ret -= 500_ml;
else if( tmpvol <= 9 ) ret -= 750_ml;
else if( tmpvol <= 12 ) ret -= 1000_ml;
else if( tmpvol <= 15 ) ret -= 1250_ml;
else ret -= 1500_ml;
}
if( gunmod_find( "barrel_small" ) ) {
ret -= type->gun->barrel_length;
}
}
return ret;
}
int item::lift_strength() const
{
return std::max( weight() / 10000_gram, 1 );
}
int item::attack_time() const
{
int ret = 65 + volume() / 62.5_ml + weight() / 60_gram;
return ret;
}
int item::damage_melee( damage_type dt ) const
{
assert( dt >= DT_NULL && dt < NUM_DT );
if( is_null() ) {
return 0;
}
// effectiveness is reduced by 10% per damage level
int res = type->melee[ dt ];
res -= res * damage() * 0.1;
// apply type specific flags
switch( dt ) {
case DT_BASH:
if( has_flag( "REDUCED_BASHING" ) ) {
res *= 0.5;
}
break;
case DT_CUT:
case DT_STAB:
if( has_flag( "DIAMOND" ) ) {
res *= 1.3;
}
break;
default:
break;
}
// consider any melee gunmods
if( is_gun() ) {
std::vector<int> opts = { res };
for( const auto &e : gun_all_modes() ) {
if( e.second.target != this && e.second.melee() ) {
opts.push_back( e.second.target->damage_melee( dt ) );
}
}
return *std::max_element( opts.begin(), opts.end() );
}
return std::max( res, 0 );
}
damage_instance item::base_damage_melee() const
{
// @todo: Caching
damage_instance ret;
for( size_t i = DT_NULL + 1; i < NUM_DT; i++ ) {
damage_type dt = static_cast<damage_type>( i );
int dam = damage_melee( dt );
if( dam > 0 ) {
ret.add_damage( dt, dam );
}
}
return ret;
}
damage_instance item::base_damage_thrown() const
{
// @todo: Create a separate cache for individual items (for modifiers like diamond etc.)
return type->thrown_damage;
}
int item::reach_range( const player &p ) const
{
int res = 1;
if( has_flag( "REACH_ATTACK" ) ) {
res = has_flag( "REACH3" ) ? 3 : 2;
}
// for guns consider any attached gunmods
if( is_gun() && !is_gunmod() ) {
for( const auto &m : gun_all_modes() ) {
if( p.is_npc() && m.second.flags.count( "NPC_AVOID" ) ) {
continue;
}
if( m.second.melee() ) {
res = std::max( res, m.second.qty );
}
}
}
return res;
}
void item::unset_flags()
{
item_tags.clear();
}
bool item::has_flag( const std::string &f ) const
{
bool ret = false;
if( json_flag::get( f ).inherit() ) {
for( const auto e : is_gun() ? gunmods() : toolmods() ) {
// gunmods fired separately do not contribute to base gun flags
if( !e->is_gun() && e->has_flag( f ) ) {
return true;
}
}
}
// other item type flags
ret = type->item_tags.count(f);
if (ret) {
return ret;
}
// now check for item specific flags
ret = item_tags.count(f);
return ret;
}
bool item::has_any_flag( const std::vector<std::string>& flags ) const
{
for( auto &flag : flags ) {
if( has_flag( flag ) ) {
return true;
}
}
return false;
}
item& item::set_flag( const std::string &flag )
{
item_tags.insert( flag );
return *this;
}
item& item::unset_flag( const std::string &flag )
{
item_tags.erase( flag );
return *this;
}
bool item::has_property( const std::string& prop ) const {
return type->properties.find(prop) != type->properties.end();
}
std::string item::get_property_string( const std::string &prop, const std::string& def ) const
{
const auto it = type->properties.find(prop);
return it != type->properties.end() ? it->second : def;
}
long item::get_property_long( const std::string& prop, long def ) const
{
const auto it = type->properties.find( prop );
if (it != type->properties.end() ) {
char *e = nullptr;
long r = std::strtol( it->second.c_str(), &e, 10 );
if( it->second.size() && *e == '\0' ) {
return r;
}
debugmsg("invalid property '%s' for item '%s'", prop.c_str(), tname().c_str());
}
return def;
}
int item::get_quality( const quality_id &id ) const
{
int return_quality = INT_MIN;
/**
* EXCEPTION: Items with quality BOIL only count as such if they are empty,
* excluding items of their ammo type if they are tools.
*/
if ( id == quality_id( "BOIL" ) && !( contents.empty() ||
( is_tool() && std::all_of( contents.begin(), contents.end(),
[this]( const item & itm ) {
if ( !itm.is_ammo() ) {
return false;
}
auto& ammo_types = itm.type->ammo->type;
return ammo_types.find( ammo_type() ) != ammo_types.end();
} ) ) ) )
{
return INT_MIN;
}
for( const auto &quality : type->qualities ) {
if( quality.first == id ) {
return_quality = quality.second;
}
}
for( auto &itm : contents ) {
return_quality = std::max( return_quality, itm.get_quality( id ) );
}
return return_quality;
}
bool item::has_technique( const matec_id & tech ) const
{
return type->techniques.count( tech ) > 0 || techniques.count( tech ) > 0;
}
void item::add_technique( const matec_id & tech )
{
techniques.insert( tech );
}
std::vector<item *> item::toolmods()
{
std::vector<item *> res;
if( is_tool() ) {
res.reserve( contents.size() );
for( auto& e : contents ) {
if( e.is_toolmod() ) {
res.push_back( &e );
}
}
}
return res;
}
std::vector<const item *> item::toolmods() const
{
std::vector<const item *> res;
if( is_tool() ) {
res.reserve( contents.size() );
for( auto& e : contents ) {
if( e.is_toolmod() ) {
res.push_back( &e );
}
}
}
return res;
}
std::set<matec_id> item::get_techniques() const
{
std::set<matec_id> result = type->techniques;
result.insert( techniques.begin(), techniques.end() );
return result;
}
bool item::goes_bad() const
{
return is_food() && type->comestible->spoils != 0;
}
double item::get_relative_rot() const
{
return goes_bad() ? rot / type->comestible->spoils : 0;
}
void item::set_relative_rot( double val )
{
if( goes_bad() ) {
rot = type->comestible->spoils * val;
// calc_rot uses last_rot_check (when it's not time_of_cataclysm) instead of bday.
// this makes sure the rotting starts from now, not from bday.
last_rot_check = calendar::turn;
fridge = calendar::before_time_starts;
active = !rotten();
}
}
int item::spoilage_sort_order()
{
item *subject;
int bottom = std::numeric_limits<int>::max();
if ( type->container && !contents.empty() ) {
if ( type->container->preserves ) {
return bottom - 3;
}
subject = &contents.front();
} else {
subject = this;
}
if ( subject->goes_bad() ) {
return to_turns<int>( subject->type->comestible->spoils - subject->rot );
}
if ( subject->type->comestible ) {
if ( subject->type->category->id == "food" ) {
return bottom - 3;
} else if ( subject->type->category->id == "drugs" ) {
return bottom - 2;
} else {
return bottom - 1;
}
}
return bottom;
}
void item::calc_rot(const tripoint &location)
{
const time_point now = calendar::turn;
if( now - last_rot_check > 10_turns ) {
const time_point since = last_rot_check == calendar::time_of_cataclysm ? bday : last_rot_check;
const time_point until = fridge != calendar::before_time_starts ? fridge : now;
if ( since < until ) {
// rot (outside of fridge) from bday/last_rot_check until fridge/now
rot += get_rot_since( since, until, location );
}
last_rot_check = now;
if( fridge != calendar::before_time_starts ) {
// Flat 20%, rot from time of putting it into fridge up to now
rot += ( now - fridge ) * 0.2;
fridge = calendar::before_time_starts;
}
// item stays active to let the item counter work
if( item_counter == 0 && rotten() ) {
active = false;
}
}
}
units::volume item::get_storage() const
{
auto t = find_armor_data();
if( t == nullptr )
return 0;
return t->storage;
}
int item::get_env_resist() const
{
const auto t = find_armor_data();
if( t == nullptr ) {
return 0;
}
// it_armor::env_resist is unsigned char
return static_cast<int>( static_cast<unsigned int>( t->env_resist ) );
}
bool item::is_power_armor() const
{
const auto t = find_armor_data();
if( t == nullptr ) {
return false;
}
return t->power_armor;
}
int item::get_encumber() const
{
const auto t = find_armor_data();
if( t == nullptr ) {
// handle wearable guns (e.g. shoulder strap) as special case
return is_gun() ? volume() / 750_ml : 0;
}
// it_armor::encumber is signed char
int encumber = static_cast<int>( t->encumber );
// Non-rigid items add additional encumbrance proportional to their volume
if( !type->rigid ) {
for( const auto &e : contents ) {
encumber += e.volume() / 250_ml;
}
}
// Fit checked before changes, fitting shouldn't reduce penalties from patching.
if( item_tags.count("FIT") && has_flag( "VARSIZE" ) ) {
encumber = std::max( encumber / 2, encumber - 10 );
}
const int thickness = get_thickness();
const int coverage = get_coverage();
if( item_tags.count("wooled") ) {
encumber += 1 + 3 * coverage / 100;
}
if( item_tags.count("furred") ){
encumber += 1 + 4 * coverage / 100;
}
if( item_tags.count( "leather_padded" ) ) {
encumber += ceil( 2 * thickness * coverage / 100.0f );
}
if( item_tags.count( "kevlar_padded" ) ) {
encumber += ceil( 2 * thickness * coverage / 100.0f );
}
return encumber;
}
int item::get_layer() const
{
if( has_flag("SKINTIGHT") ) {
return UNDERWEAR;
} else if( has_flag("WAIST") ) {
return WAIST_LAYER;
} else if( has_flag("OUTER") ) {
return OUTER_LAYER;
} else if( has_flag("BELTED") ) {
return BELTED_LAYER;
}
return REGULAR_LAYER;
}
int item::get_coverage() const
{
const auto t = find_armor_data();
if( t == nullptr ) {
return 0;
}
// it_armor::coverage is unsigned char
return static_cast<int>( static_cast<unsigned int>( t->coverage ) );
}
int item::get_thickness() const
{
const auto t = find_armor_data();
if( t == nullptr ) {
return 0;
}
// it_armor::thickness is unsigned char
return static_cast<int>( static_cast<unsigned int>( t->thickness) );
}
int item::get_warmth() const
{
int fur_lined = 0;
int wool_lined = 0;
const auto t = find_armor_data();
if( t == nullptr ){
return 0;
}
// it_armor::warmth is signed char
int result = static_cast<int>( t->warmth );
if( item_tags.count("furred") > 0 ) {
fur_lined = 35 * get_coverage() / 100;
}
if( item_tags.count("wooled") > 0 ) {
wool_lined = 20 * get_coverage() / 100;
}
return result + fur_lined + wool_lined;
}
time_duration item::brewing_time() const
{
return is_brewable() ? type->brewable->time * calendar::season_from_default_ratio() : 0_turns;
}
const std::vector<itype_id> &item::brewing_results() const
{
static const std::vector<itype_id> nulresult{};
return is_brewable() ? type->brewable->results : nulresult;
}
bool item::can_revive() const
{
if( is_corpse() && corpse->has_flag( MF_REVIVES ) && damage() < max_damage() ) {
return true;
}
return false;
}
bool item::ready_to_revive( const tripoint &pos ) const
{
if(can_revive() == false) {
return false;
}
int age_in_hours = to_hours<int>( age() );
age_in_hours -= int((float)burnt / ( volume() / 250_ml ) );
if( damage() > 0 ) {
age_in_hours /= ( damage() + 1 );
}
int rez_factor = 48 - age_in_hours;
if( age_in_hours > 6 && (rez_factor <= 0 || one_in(rez_factor)) ) {
// If we're a special revival zombie, wait to get up until the player is nearby.
const bool isReviveSpecial = has_flag("REVIVE_SPECIAL");
if( isReviveSpecial ) {
const int distance = rl_dist( pos, g->u.pos() );
if (distance > 3) {
return false;
}
if (!one_in(distance + 1)) {
return false;
}
}
return true;
}
return false;
}
bool item::count_by_charges() const
{
return type->count_by_charges();
}
bool item::craft_has_charges()
{
if (count_by_charges()) {
return true;
} else if( !ammo_type() ) {
return true;
}
return false;
}
#ifdef _MSC_VER
// Deal with MSVC compiler bug (#17791, #17958)
#pragma optimize( "", off )
#endif
int item::bash_resist( bool to_self ) const
{
if( is_null() ) {
return 0;
}
const int base_thickness = get_thickness();
float resist = 0;
float padding = 0;
int eff_thickness = 1;
// Armor gets an additional multiplier.
if( is_armor() ) {
// base resistance
// Don't give reinforced items +armor, just more resistance to ripping
const int dmg = damage();
const int eff_damage = to_self ? std::min( dmg , 0 ) : std::max( dmg, 0 );
eff_thickness = std::max( 1, get_thickness() - eff_damage );
}
if( item_tags.count( "leather_padded" ) > 0 ) {
padding += base_thickness;
}
if( item_tags.count("kevlar_padded") > 0 ) {
padding += base_thickness;
}
const std::vector<const material_type*> mat_types = made_of_types();
if( !mat_types.empty() ) {
for (auto mat : mat_types) {
resist += mat->bash_resist();
}
// Average based on number of materials.
resist /= mat_types.size();
}
return lround( ( resist * eff_thickness ) + padding );
}
int item::cut_resist( bool to_self ) const
{
if( is_null() ) {
return 0;
}
const int base_thickness = get_thickness();
float resist = 0;
float padding = 0;
int eff_thickness = 1;
// Armor gets an additional multiplier.
if( is_armor() ) {
// base resistance
// Don't give reinforced items +armor, just more resistance to ripping
const int dmg = damage();
const int eff_damage = to_self ? std::min(dmg, 0) : std::max(dmg, 0);
eff_thickness = std::max( 1, base_thickness - eff_damage );
}
if( item_tags.count( "leather_padded" ) > 0 ) {
padding += base_thickness;
}
if( item_tags.count("kevlar_padded") > 0 ) {
padding += base_thickness * 2;
}
const std::vector<const material_type*> mat_types = made_of_types();
if( !mat_types.empty() ) {
for( auto mat : mat_types ) {
resist += mat->cut_resist();
}
// Average based on number of materials.
resist /= mat_types.size();
}
return lround( ( resist * eff_thickness ) + padding );
}
#ifdef _MSC_VER
#pragma optimize( "", on )
#endif
int item::stab_resist(bool to_self) const
{
// Better than hardcoding it in multiple places
return (int)(0.8f * cut_resist( to_self ));
}
int item::acid_resist( bool to_self ) const
{
if( to_self ) {
// Currently no items are damaged by acid
return INT_MAX;
}
float resist = 0.0;
if( is_null() ) {
return 0.0;
}
const std::vector<const material_type*> mat_types = made_of_types();
if( !mat_types.empty() ) {
// Not sure why cut and bash get an armor thickness bonus but acid doesn't,
// but such is the way of the code.
for( auto mat : mat_types ) {
resist += mat->acid_resist();
}
// Average based on number of materials.
resist /= mat_types.size();
}
const int env = get_env_resist();
if( !to_self && env < 10 ) {
// Low env protection means it doesn't prevent acid seeping in.
resist *= env / 10.0f;
}
return lround(resist);
}
int item::fire_resist( bool to_self ) const
{
if( to_self ) {
// Fire damages items in a different way
return INT_MAX;
}
float resist = 0.0;
if( is_null() ) {
return 0.0;
}
const std::vector<const material_type*> mat_types = made_of_types();
if( !mat_types.empty() ) {
for( auto mat : mat_types ) {
resist += mat->fire_resist();
}
// Average based on number of materials.
resist /= mat_types.size();
}
const int env = get_env_resist();
if( !to_self && env < 10 ) {
// Iron resists immersion in magma, iron-clad knight won't.
resist *= env / 10.0f;
}
return lround(resist);
}
int item::chip_resistance( bool worst ) const
{
int res = worst ? INT_MAX : INT_MIN;
for( const auto &mat : made_of_types() ) {
const int val = mat->chip_resist();
res = worst ? std::min( res, val ) : std::max( res, val );
}
if( res == INT_MAX || res == INT_MIN ) {
return 2;
}
if( res <= 0 ) {
return 0;
}
return res;
}
int item::min_damage() const
{
return type->damage_min;
}
int item::max_damage() const
{
return type->damage_max;
}
bool item::mod_damage( double qty, damage_type dt )
{
bool destroy = false;
if( count_by_charges() ) {
charges -= std::min( type->stack_size * qty, double( charges ) );
destroy |= charges == 0;
}
if( qty > 0 ) {
on_damage( qty, dt );
}
if( !count_by_charges() ) {
destroy |= damage_ + qty > max_damage();
damage_ = std::max( std::min( damage_ + qty, double( max_damage() ) ), double( min_damage() ) );
}
return destroy;
}
bool item::mod_damage( const double qty )
{
return mod_damage( qty, DT_NULL );
}
bool item::inc_damage()
{
return inc_damage( DT_NULL );
}
nc_color item::damage_color() const
{
// @todo: unify with getDurabilityColor
// reinforced, undamaged and nearly destroyed items are special case
if( precise_damage() <= min_damage() ) {
return c_green;
}
if( damage() <= 0 ) {
return c_light_green;
}
if( damage() == max_damage() ) {
return c_red;
}
// assign other colors proportionally
auto q = precise_damage() / max_damage();
if( q > 0.66 ) {
return c_light_red;
}
if( q > 0.33 ) {
return c_magenta;
}
return c_yellow;
}
std::string item::damage_symbol() const
{
// reinforced, undamaged and nearly destroyed items are special case
if( damage() < 0 ) {
return _( R"(++)" );
}
if( damage() == 0 ) {
return _( R"(||)" );
}
if( damage() == max_damage() ) {
return _( R"(..)" );
}
// assign other symbols proportionally
auto q = precise_damage() / max_damage();
if( q > 0.66 ) {
return _( R"(\.)" );
}
if( q > 0.33 ) {
return _( R"(|.)" );
}
return _( R"(|\)" );
}
const std::set<itype_id>& item::repaired_with() const
{
static std::set<itype_id> no_repair;
return has_flag( "NO_REPAIR" ) ? no_repair : type->repair;
}
void item::mitigate_damage( damage_unit &du ) const
{
const resistances res = resistances( *this );
const float mitigation = res.get_effective_resist( du );
du.amount -= mitigation;
du.amount = std::max( 0.0f, du.amount );
}
int item::damage_resist( damage_type dt, bool to_self ) const
{
switch( dt ) {
case DT_NULL:
case NUM_DT:
return 0;
case DT_TRUE:
case DT_BIOLOGICAL:
case DT_ELECTRIC:
case DT_COLD:
// Currently hardcoded:
// Items can never be damaged by those types
// But they provide 0 protection from them
return to_self ? INT_MAX : 0;
case DT_BASH:
return bash_resist( to_self );
case DT_CUT:
return cut_resist ( to_self );
case DT_ACID:
return acid_resist( to_self );
case DT_STAB:
return stab_resist( to_self );
case DT_HEAT:
return fire_resist( to_self );
default:
debugmsg( "Invalid damage type: %d", dt );
}
return 0;
}
bool item::is_two_handed( const player &u ) const
{
if( has_flag("ALWAYS_TWOHAND") ) {
return true;
}
///\EFFECT_STR determines which weapons can be wielded with one hand
return ( ( weight() / 113_gram ) > u.str_cur * 4 );
}
const std::vector<material_id> &item::made_of() const
{
if( is_corpse() ) {
return corpse->mat;
}
return type->materials;
}
std::vector<const material_type*> item::made_of_types() const
{
std::vector<const material_type*> material_types_composed_of;
for (auto mat_id : made_of()) {
material_types_composed_of.push_back( &mat_id.obj() );
}
return material_types_composed_of;
}
bool item::made_of_any( const std::set<material_id> &mat_idents ) const
{
const auto mats = made_of();
if( mats.empty() ) {
return false;
}
return std::any_of( mats.begin(), mats.end(), [&mat_idents]( const material_id &e ) {
return mat_idents.count( e );
} );
}
bool item::only_made_of( const std::set<material_id> &mat_idents ) const
{
const auto mats = made_of();
if( mats.empty() ) {
return false;
}
return std::all_of( mats.begin(), mats.end(), [&mat_idents]( const material_id &e ) {
return mat_idents.count( e );
} );
}
bool item::made_of( const material_id &mat_ident ) const
{
const auto &materials = made_of();
return std::find( materials.begin(), materials.end(), mat_ident ) != materials.end();
}
bool item::made_of(phase_id phase) const
{
if (is_null()) {
return false;
}
return (type->phase == phase);
}
bool item::conductive() const
{
if( is_null() ) {
return false;
}
if( has_flag( "CONDUCTIVE" ) ) {
return true;
}
if( has_flag( "NONCONDUCTIVE" ) ) {
return false;
}
// If any material has electricity resistance equal to or lower than flesh (1) we are conductive.
const auto mats = made_of_types();
return std::any_of( mats.begin(), mats.end(), []( const material_type *mt ) {
return mt->elec_resist() <= 1;
} );
}
bool item::destroyed_at_zero_charges() const
{
return (is_ammo() || is_food());
}
bool item::is_gun() const
{
return type->gun.has_value();
}
bool item::is_firearm() const
{
static const std::string primitive_flag( "PRIMITIVE_RANGED_WEAPON" );
return is_gun() && !has_flag( primitive_flag );
}
bool item::is_silent() const
{
return gun_noise().volume < 5;
}
bool item::is_gunmod() const
{
return type->gunmod.has_value();
}
bool item::is_bionic() const
{
return type->bionic.has_value();
}
bool item::is_magazine() const
{
return type->magazine.has_value();
}
bool item::is_ammo_belt() const
{
return is_magazine() && has_flag( "MAG_BELT" );
}
bool item::is_bandolier() const
{
return type->can_use( "bandolier" );
}
bool item::is_ammo() const
{
return type->ammo.has_value();
}
bool item::is_comestible() const
{
return type->comestible.has_value();
}
bool item::is_food() const
{
return is_comestible() && ( type->comestible->comesttype == "FOOD" ||
type->comestible->comesttype == "DRINK" );
}
bool item::is_medication() const
{
return is_comestible() && type->comestible->comesttype == "MED";
}
bool item::is_brewable() const
{
return type->brewable.has_value();
}
bool item::is_food_container() const
{
return !contents.empty() && contents.front().is_food();
}
bool item::is_corpse() const
{
return typeId() == "corpse" && corpse != nullptr;
}
const mtype *item::get_mtype() const
{
return corpse;
}
void item::set_mtype( const mtype * const m )
{
// This is potentially dangerous, e.g. for corpse items, which *must* have a valid mtype pointer.
if( m == nullptr ) {
debugmsg( "setting item::corpse of %s to NULL", tname().c_str() );
return;
}
corpse = m;
}
bool item::is_ammo_container() const
{
return !is_magazine() && !contents.empty() && contents.front().is_ammo();
}
bool item::is_melee() const
{
for( auto idx = DT_NULL + 1; idx != NUM_DT; ++idx ) {
if( is_melee( static_cast<damage_type>( idx ) ) ) {
return true;
}
}
return false;
}
bool item::is_melee( damage_type dt ) const
{
return damage_melee( dt ) > MELEE_STAT;
}
const islot_armor *item::find_armor_data() const
{
if( type->armor ) {
return &*type->armor;
}
// Currently the only way to make a non-armor item into armor is to install a gun mod.
// The gunmods are stored in the items contents, as are the contents of a container, and the
// tools in a tool belt (a container actually), or the ammo in a quiver (container again).
for( const auto mod : gunmods() ) {
if( mod->type->armor ) {
return &*mod->type->armor;
}
}
return nullptr;
}
bool item::is_armor() const
{
return find_armor_data() != nullptr || has_flag( "IS_ARMOR" );
}
bool item::is_book() const
{
return type->book.has_value();
}
bool item::is_container() const
{
return type->container.has_value();
}
bool item::is_watertight_container() const
{
return type->container && type->container->watertight && type->container->seals;
}
bool item::is_non_resealable_container() const
{
return type->container && !type->container->seals && type->container->unseals_into != "null";
}
bool item::is_bucket() const
{
// That "preserves" part is a hack:
// Currently all non-empty cans are effectively sealed at all times
// Making them buckets would cause weirdness
return type->container &&
type->container->watertight &&
!type->container->seals &&
type->container->unseals_into == "null";
}
bool item::is_bucket_nonempty() const
{
return is_bucket() && !is_container_empty();
}
bool item::is_engine() const
{
return type->engine.has_value();
}
bool item::is_wheel() const
{
return type->wheel.has_value();
}
bool item::is_fuel() const
{
return type->fuel.has_value();
}
bool item::is_toolmod() const
{
return !is_gunmod() && type->mod;
}
bool item::is_faulty() const
{
return is_engine() ? !faults.empty() : false;
}
bool item::is_irremovable() const
{
return has_flag( "IRREMOVABLE" );
}
std::set<fault_id> item::faults_potential() const
{
std::set<fault_id> res;
if( type->engine ) {
res.insert( type->engine->faults.begin(), type->engine->faults.end() );
}
return res;
}
int item::wheel_area() const
{
return is_wheel() ? type->wheel->diameter * type->wheel->width : 0;
}
float item::fuel_energy() const
{
return is_fuel() ? type->fuel->energy : 0.0f;
}
bool item::is_container_empty() const
{
return contents.empty();
}
bool item::is_container_full( bool allow_bucket ) const
{
if( is_container_empty() ) {
return false;
}
return get_remaining_capacity_for_liquid( contents.front(), allow_bucket ) == 0;
}
bool item::can_reload_with( const itype_id& ammo ) const
{
return is_reloadable_helper( ammo, false );
}
bool item::is_reloadable_with( const itype_id& ammo ) const
{
return is_reloadable_helper( ammo, true );
}
bool item::is_reloadable_helper( const itype_id& ammo, bool now ) const
{
if( !is_reloadable() ) {
return false;
} else if( is_watertight_container() ) {
return ( now ? !is_container_full() : true ) &&
( ammo.empty() || is_container_empty() || contents.front().typeId() == ammo );
} else if( magazine_integral() ) {
if( !ammo.empty() ) {
if( ammo_data() ) {
if( ammo_current() != ammo ) {
return false;
}
} else {
auto at = find_type( ammo );
if( ( !at->ammo || !at->ammo->type.count( ammo_type() ) ) &&
!magazine_compatible().count( ammo ) ) {
return false;
}
}
}
return now ? ( ammo_remaining() < ammo_capacity() ) : true;
} else {
return ammo.empty() ? true : magazine_compatible().count( ammo );
}
}
bool item::is_salvageable() const
{
if( is_null() ) {
return false;
}
return !has_flag("NO_SALVAGE");
}
bool item::is_funnel_container(units::volume &bigger_than) const
{
if ( ! is_watertight_container() ) {
return false;
}
// @todo; consider linking funnel to item or -making- it an active item
if ( get_container_capacity() <= bigger_than ) {
return false; // skip contents check, performance
}
if (
contents.empty() ||
contents.front().typeId() == "water" ||
contents.front().typeId() == "water_acid" ||
contents.front().typeId() == "water_acid_weak") {
bigger_than = get_container_capacity();
return true;
}
return false;
}
bool item::is_emissive() const
{
return light.luminance > 0 || type->light_emission > 0;
}
bool item::is_tool() const
{
return type->tool.has_value();
}
bool item::is_tool_reversible() const
{
if( is_tool() && type->tool->revert_to != "null" ) {
item revert( type->tool->revert_to );
npc n;
revert.type->invoke( n, revert, tripoint(-999, -999, -999) );
return revert.is_tool() && typeId() == revert.typeId();
}
return false;
}
bool item::is_artifact() const
{
return type->artifact.has_value();
}
bool item::can_contain( const item &it ) const
{
// @todo: Volume check
return can_contain( *it.type );
}
bool item::can_contain( const itype &tp ) const
{
if( !type->container ) {
// @todo: Tools etc.
return false;
}
if( tp.phase == LIQUID && !type->container->watertight ) {
return false;
}
// @todo: Acid in waterskins
return true;
}
const item &item::get_contained() const
{
if( contents.empty() ) {
static const item null_item;
return null_item;
}
return contents.front();
}
bool item::spill_contents( Character &c )
{
if( !is_container() || is_container_empty() ) {
return true;
}
if( c.is_npc() ) {
return spill_contents( c.pos() );
}
while( !contents.empty() ) {
on_contents_changed();
if( contents.front().made_of( LIQUID ) ) {
if( !g->handle_liquid_from_container( *this, 1 ) ) {
return false;
}
} else {
c.i_add_or_drop( contents.front() );
contents.erase( contents.begin() );
}
}
return true;
}
bool item::spill_contents( const tripoint &pos )
{
if( !is_container() || is_container_empty() ) {
return true;
}
for( item &it : contents ) {
g->m.add_item_or_charges( pos, it );
}
contents.clear();
return true;
}
int item::get_chapters() const
{
if( !type->book ) {
return 0;
}
return type->book->chapters;
}
int item::get_remaining_chapters( const player &u ) const
{
const auto var = string_format( "remaining-chapters-%d", u.getID() );
return get_var( var, get_chapters() );
}
void item::mark_chapter_as_read( const player &u )
{
const int remain = std::max( 0, get_remaining_chapters( u ) - 1 );
const auto var = string_format( "remaining-chapters-%d", u.getID() );
set_var( var, remain );
}
const material_type &item::get_random_material() const
{
return random_entry( made_of(), material_id::NULL_ID() ).obj();
}
const material_type &item::get_base_material() const
{
const auto mats = made_of();
return mats.empty() ? material_id::NULL_ID().obj() : mats.front().obj();
}
bool item::operator<(const item& other) const
{
const item_category &cat_a = get_category();
const item_category &cat_b = other.get_category();
if(cat_a != cat_b) {
return cat_a < cat_b;
} else {
const item *me = is_container() && !contents.empty() ? &contents.front() : this;
const item *rhs = other.is_container() && !other.contents.empty() ? &other.contents.front() : &other;
if (me->typeId() == rhs->typeId()) {
return me->charges < rhs->charges;
} else {
std::string n1 = me->type->nname(1);
std::string n2 = rhs->type->nname(1);
return std::lexicographical_compare( n1.begin(), n1.end(),
n2.begin(), n2.end(), sort_case_insensitive_less() );
}
}
}
skill_id item::gun_skill() const
{
if( !is_gun() ) {
return skill_id::NULL_ID();
}
return type->gun->skill_used;
}
gun_type_type item::gun_type() const
{
static skill_id skill_archery( "archery" );
if( !is_gun() ) {
return gun_type_type( std::string() );
}
//@todo: move to JSON and remove extraction of this from "GUN" (via skill id)
//and from "GUNMOD" (via "mod_targets") in lang/extract_json_strings.py
if( gun_skill() == skill_archery ) {
if( ammo_type() == ammotype( "bolt" ) || typeId() == "bullet_crossbow" ) {
return gun_type_type( translate_marker_context( "gun_type_type", "crossbow" ) );
} else{
return gun_type_type( translate_marker_context( "gun_type_type", "bow" ) );
}
}
return gun_type_type( gun_skill().str() );
}
skill_id item::melee_skill() const
{
if( !is_melee() ) {
return skill_id::NULL_ID();
}
if( has_flag( "UNARMED_WEAPON" ) ) {
return skill_unarmed;
}
int hi = 0;
skill_id res = skill_id::NULL_ID();
for( auto idx = DT_NULL + 1; idx != NUM_DT; ++idx ) {
auto val = damage_melee( static_cast<damage_type>( idx ) );
auto sk = skill_by_dt ( static_cast<damage_type>( idx ) );
if( val > hi && sk ) {
hi = val;
res = sk;
}
}
return res;
}
int item::gun_dispersion( bool with_ammo ) const
{
if( !is_gun() ) {
return 0;
}
int dispersion_sum = type->gun->dispersion;
for( const auto mod : gunmods() ) {
dispersion_sum += mod->type->gunmod->dispersion;
}
int dispPerDamage = get_option< int >( "DISPERSION_PER_GUN_DAMAGE" );
dispersion_sum += damage() * dispPerDamage;
dispersion_sum = std::max( dispersion_sum, 0 );
if( with_ammo && ammo_data() ) {
dispersion_sum += ammo_data()->ammo->dispersion;
}
// Dividing dispersion by 3 temporarily as a gross adjustment,
// will bake that adjustment into individual gun definitions in the future.
// Absolute minimum gun dispersion is 45.
dispersion_sum = std::max( dispersion_sum / 3, 45 );
return dispersion_sum;
}
int item::sight_dispersion() const
{
if( !is_gun() ) {
return 0;
}
int res = has_flag( "DISABLE_SIGHTS" ) ? 500 : type->gun->sight_dispersion;
for( const auto e : gunmods() ) {
const auto &mod = *e->type->gunmod;
if( mod.sight_dispersion < 0 || mod.aim_speed < 0 ) {
continue; // skip gunmods which don't provide a sight
}
res = std::min( res, mod.sight_dispersion );
}
return res;
}
damage_instance item::gun_damage( bool with_ammo ) const
{
if( !is_gun() ) {
return damage_instance();
}
damage_instance ret = type->gun->damage;
if( with_ammo && ammo_data() ) {
ret.add( ammo_data()->ammo->damage );
}
for( const auto mod : gunmods() ) {
ret.add( mod->type->gunmod->damage );
}
int item_damage = damage();
if( item_damage != 0 ) {
// @todo This isn't a good solution for multi-damage guns/ammos
for( damage_unit &du : ret ) {
du.amount -= item_damage * 2;
}
}
return ret;
}
int item::gun_recoil( const player &p, bool bipod ) const
{
if( !is_gun() || ( ammo_required() && !ammo_remaining() ) ) {
return 0;
}
///\EFFECT_STR improves the handling of heavier weapons
// we consider only base weight to avoid exploits
double wt = std::min( type->weight, p.str_cur * 333_gram ) / 333.0_gram;
double handling = type->gun->handling;
for( const auto mod : gunmods() ) {
if( bipod || !mod->has_flag( "BIPOD" ) ) {
handling += mod->type->gunmod->handling;
}
}
// rescale from JSON units which are intentionally specified as integral values
handling /= 10;
// algorithm is biased so heavier weapons benefit more from improved handling
handling = pow( wt, 0.8 ) * pow( handling, 1.2 );
int qty = type->gun->recoil;
if( ammo_data() ) {
qty += ammo_data()->ammo->recoil;
}
// handling could be either a bonus or penalty dependent upon installed mods
if( handling > 1.0 ) {
return qty / handling;
} else {
return qty * ( 1.0 + std::abs( handling ) );
}
}
int item::gun_range( bool with_ammo ) const
{
if( !is_gun() ) {
return 0;
}
int ret = type->gun->range;
for( const auto mod : gunmods() ) {
ret += mod->type->gunmod->range;
}
if( with_ammo && ammo_data() ) {
ret += ammo_data()->ammo->range;
}
return std::min( std::max( 0, ret ), RANGE_HARD_CAP );
}
int item::gun_range( const player *p ) const
{
int ret = gun_range( true );
if( p == nullptr ) {
return ret;
}
if( !p->meets_requirements( *this ) ) {
return 0;
}
// Reduce bow range until player has twice minimm required strength
if( has_flag( "STR_DRAW" ) ) {
ret += std::max( 0.0, ( p->get_str() - type->min_str ) * 0.5 );
}
return std::max( 0, ret );
}
long item::ammo_remaining() const
{
const item *mag = magazine_current();
if( mag ) {
return mag->ammo_remaining();
}
if( is_tool() || is_gun() ) {
// includes auxiliary gunmods
return charges;
}
if( is_magazine() || is_bandolier() ) {
long res = 0;
for( const auto& e : contents ) {
res += e.charges;
}
return res;
}
return 0;
}
long item::ammo_capacity() const
{
long res = 0;
const item *mag = magazine_current();
if( mag ) {
return mag->ammo_capacity();
}
if( is_tool() ) {
res = type->tool->max_charges;
for( const auto e : toolmods() ) {
res *= e->type->mod->capacity_multiplier;
}
}
if( is_gun() ) {
res = type->gun->clip;
for( const auto e : gunmods() ) {
res *= e->type->mod->capacity_multiplier;
}
}
if( is_magazine() ) {
res = type->magazine->capacity;
}
if( is_bandolier() ) {
return dynamic_cast<const bandolier_actor *>( type->get_use( "bandolier" )->get_actor_ptr() )->capacity;
}
return res;
}
long item::ammo_required() const
{
if( is_tool() ) {
return std::max( type->charges_to_use(), 0 );
}
if( is_gun() ) {
if( !ammo_type() ) {
return 0;
} else if( has_flag( "FIRE_100" ) ) {
return 100;
} else if( has_flag( "FIRE_50" ) ) {
return 50;
} else if( has_flag( "FIRE_20" ) ) {
return 20;
} else {
return 1;
}
}
return 0;
}
bool item::ammo_sufficient( int qty ) const {
return ammo_remaining() >= ammo_required() * qty;
}
long item::ammo_consume( long qty, const tripoint& pos ) {
if( qty < 0 ) {
debugmsg( "Cannot consume negative quantity of ammo for %s", tname().c_str() );
return 0;
}
item *mag = magazine_current();
if( mag ) {
auto res = mag->ammo_consume( qty, pos );
if( res && ammo_remaining() == 0 ) {
if( mag->has_flag( "MAG_DESTROY" ) ) {
contents.erase( std::remove_if( contents.begin(), contents.end(), [&mag]( const item& e ) {
return mag == &e;
} ) );
} else if ( mag->has_flag( "MAG_EJECT" ) ) {
g->m.add_item( pos, *mag );
contents.erase( std::remove_if( contents.begin(), contents.end(), [&mag]( const item& e ) {
return mag == &e;
} ) );
}
}
return res;
}
if( is_magazine() ) {
auto need = qty;
while( contents.size() ) {
auto& e = *contents.rbegin();
if( need >= e.charges ) {
need -= e.charges;
contents.pop_back();
} else {
e.charges -= need;
need = 0;
break;
}
}
return qty - need;
} else if( is_tool() || is_gun() ) {
qty = std::min( qty, charges );
charges -= qty;
if( charges == 0 ) {
curammo = nullptr;
}
return qty;
}
return 0;
}
const itype * item::ammo_data() const
{
const item *mag = magazine_current();
if( mag ) {
return mag->ammo_data();
}
if( is_ammo() ) {
return type;
}
if( is_magazine() ) {
return !contents.empty() ? contents.front().ammo_data() : nullptr;
}
auto mods = is_gun() ? gunmods() : toolmods();
for( const auto e : mods ) {
if( e->type->mod->ammo_modifier &&
item_controller->has_template( itype_id( e->type->mod->ammo_modifier.str() ) ) ) {
return item_controller->find_template( itype_id( e->type->mod->ammo_modifier.str() ) );
}
}
return curammo;
}
itype_id item::ammo_current() const
{
const auto ammo = ammo_data();
return ammo ? ammo->get_id() : "null";
}
ammotype item::ammo_type( bool conversion ) const
{
if( conversion ) {
auto mods = is_gun() ? gunmods() : toolmods();
for( const auto e : mods ) {
if( e->type->mod->ammo_modifier ) {
return e->type->mod->ammo_modifier;
}
}
}
if( is_gun() ) {
return type->gun->ammo;
} else if( is_tool() ) {
return type->tool->ammo_id;
} else if( is_magazine() ) {
return type->magazine->type;
}
return ammotype::NULL_ID();
}
itype_id item::ammo_default( bool conversion ) const
{
auto res = ammo_type( conversion )->default_ammotype();
return !res.empty() ? res : "NULL";
}
std::set<std::string> item::ammo_effects( bool with_ammo ) const
{
if( !is_gun() ) {
return std::set<std::string>();
}
std::set<std::string> res = type->gun->ammo_effects;
if( with_ammo && ammo_data() ) {
res.insert( ammo_data()->ammo->ammo_effects.begin(), ammo_data()->ammo->ammo_effects.end() );
}
for( const auto mod : gunmods() ) {
res.insert( mod->type->gunmod->ammo_effects.begin(), mod->type->gunmod->ammo_effects.end() );
}
return res;
}
bool item::magazine_integral() const
{
// If a mod sets a magazine type, we're not integral.
for( const auto m : is_gun() ? gunmods() : toolmods() ) {
if( !m->type->mod->magazine_adaptor.empty() ) {
return false;
}
}
// We have an integral magazine if we're a gun with an ammo capacity (clip) or we have no magazines.
return ( is_gun() && type->gun->clip > 0 ) || type->magazines.empty();
}
itype_id item::magazine_default( bool conversion ) const
{
auto mag = type->magazine_default.find( ammo_type( conversion ) );
return mag != type->magazine_default.end() ? mag->second : "null";
}
std::set<itype_id> item::magazine_compatible( bool conversion ) const
{
// mods that define magazine_adaptor may override the items usual magazines
auto mods = is_gun() ? gunmods() : toolmods();
for( const auto m : mods ) {
if( !m->type->mod->magazine_adaptor.empty() ) {
auto mags = m->type->mod->magazine_adaptor.find( ammo_type( conversion ) );
return mags != m->type->mod->magazine_adaptor.end() ? mags->second : std::set<itype_id>();
}
}
auto mags = type->magazines.find( ammo_type( conversion ) );
return mags != type->magazines.end() ? mags->second : std::set<itype_id>();
}
item * item::magazine_current()
{
auto iter = std::find_if( contents.begin(), contents.end(), []( const item& it ) {
return it.is_magazine();
});
return iter != contents.end() ? &*iter : nullptr;
}
const item * item::magazine_current() const
{
return const_cast<item *>(this)->magazine_current();
}
std::vector<item *> item::gunmods()
{
std::vector<item *> res;
if( is_gun() ) {
res.reserve( contents.size() );
for( auto& e : contents ) {
if( e.is_gunmod() ) {
res.push_back( &e );
}
}
}
return res;
}
std::vector<const item *> item::gunmods() const
{
std::vector<const item *> res;
if( is_gun() ) {
res.reserve( contents.size() );
for( auto& e : contents ) {
if( e.is_gunmod() ) {
res.push_back( &e );
}
}
}
return res;
}
item * item::gunmod_find( const itype_id& mod )
{
auto mods = gunmods();
auto it = std::find_if( mods.begin(), mods.end(), [&mod]( item *e ) {
return e->typeId() == mod;
} );
return it != mods.end() ? *it : nullptr;
}
const item * item::gunmod_find( const itype_id& mod ) const
{
return const_cast<item *>( this )->gunmod_find( mod );
}
ret_val<bool> item::is_gunmod_compatible( const item& mod ) const
{
if( !mod.is_gunmod() ) {
debugmsg( "Tried checking compatibility of non-gunmod" );
return ret_val<bool>::make_failure();
}
static const gun_type_type pistol_gun_type( translate_marker_context( "gun_type_type", "pistol" ) );
if( !is_gun() ) {
return ret_val<bool>::make_failure( _( "isn't a weapon" ) );
} else if( is_gunmod() ) {
return ret_val<bool>::make_failure( _( "is a gunmod and cannot be modded" ) );
} else if( gunmod_find( mod.typeId() ) ) {
return ret_val<bool>::make_failure( _( "already has a %s" ), mod.tname( 1 ).c_str() );
} else if( !type->gun->valid_mod_locations.count( mod.type->gunmod->location ) ) {
return ret_val<bool>::make_failure( _( "doesn't have a slot for this mod" ) );
} else if( get_free_mod_locations( mod.type->gunmod->location ) <= 0 ) {
return ret_val<bool>::make_failure( _( "doesn't have enough room for another %s mod" ),
mod.type->gunmod->location.name().c_str() );
} else if( !mod.type->gunmod->usable.count( gun_type() ) ) {
return ret_val<bool>::make_failure( _( "cannot have a %s" ), mod.tname().c_str() );
} else if( typeId() == "hand_crossbow" && !!mod.type->gunmod->usable.count( pistol_gun_type ) ) {
return ret_val<bool>::make_failure( _("isn't big enough to use that mod") );
} else if ( !mod.type->mod->acceptable_ammo.empty() && !mod.type->mod->acceptable_ammo.count( ammo_type( false ) ) ) {
//~ %1$s - name of the gunmod, %2$s - name of the ammo
return ret_val<bool>::make_failure( _( "%1$s cannot be used on %2$s" ), mod.tname( 1 ).c_str(),
ammo_type( false )->name().c_str() );
} else if( mod.typeId() == "waterproof_gunmod" && has_flag( "WATERPROOF_GUN" ) ) {
return ret_val<bool>::make_failure( _( "is already waterproof" ) );
} else if( mod.typeId() == "tuned_mechanism" && has_flag( "NEVER_JAMS" ) ) {
return ret_val<bool>::make_failure( _( "is already eminently reliable" ) );
} else if( mod.typeId() == "brass_catcher" && has_flag( "RELOAD_EJECT" ) ) {
return ret_val<bool>::make_failure( _( "cannot have a brass catcher" ) );
} else if( ( mod.type->mod->ammo_modifier || !mod.type->mod->magazine_adaptor.empty() )
&& ( ammo_remaining() > 0 || magazine_current() ) ) {
return ret_val<bool>::make_failure( _( "must be unloaded before installing this mod" ) );
}
return ret_val<bool>::make_success();
}
std::map<gun_mode_id, gun_mode> item::gun_all_modes() const
{
std::map<gun_mode_id, gun_mode> res;
if( !is_gun() || is_gunmod() ) {
return res;
}
auto opts = gunmods();
opts.push_back( this );
for( const auto e : opts ) {
// handle base item plus any auxiliary gunmods
if( e->is_gun() ) {
for( auto m : e->type->gun->modes ) {
// prefix attached gunmods, e.g. M203_DEFAULT to avoid index key collisions
std::string prefix = e->is_gunmod() ? ( std::string( e->typeId() ) += "_" ) : "";
std::transform( prefix.begin(), prefix.end(), prefix.begin(), (int(*)(int))std::toupper );
auto qty = m.second.qty();
if( m.first == gun_mode_id( "AUTO" ) && e == this && has_flag( "RAPIDFIRE" ) ) {
qty *= 1.5;
}
res.emplace( gun_mode_id( prefix + m.first.str() ), gun_mode( m.second.name(), const_cast<item *>( e ),
qty, m.second.flags() ) );
};
// non-auxiliary gunmods may provide additional modes for the base item
} else if( e->is_gunmod() ) {
for( auto m : e->type->gunmod->mode_modifier ) {
res.emplace( m.first, gun_mode { m.second.name(), const_cast<item *>( e ),
m.second.qty(), m.second.flags() } );
}
}
}
return res;
}
gun_mode item::gun_get_mode( const gun_mode_id &mode ) const
{
if( is_gun() ) {
for( auto e : gun_all_modes() ) {
if( e.first == mode ) {
return e.second;
}
}
}
return gun_mode();
}
gun_mode item::gun_current_mode() const
{
return gun_get_mode( gun_get_mode_id() );
}
gun_mode_id item::gun_get_mode_id() const
{
if( !is_gun() || is_gunmod() ) {
return gun_mode_id();
}
return gun_mode_id( get_var( GUN_MODE_VAR_NAME, "DEFAULT" ) );
}
bool item::gun_set_mode( const gun_mode_id &mode )
{
if( !is_gun() || is_gunmod() || !gun_all_modes().count( mode ) ) {
return false;
}
set_var( GUN_MODE_VAR_NAME, mode.str() );
return true;
}
void item::gun_cycle_mode()
{
if( !is_gun() || is_gunmod() ) {
return;
}
auto cur = gun_get_mode_id();
auto modes = gun_all_modes();
for( auto iter = modes.begin(); iter != modes.end(); ++iter ) {
if( iter->first == cur ) {
if( std::next( iter ) == modes.end() ) {
break;
}
gun_set_mode( std::next( iter )->first );
return;
}
}
gun_set_mode( modes.begin()->first );
return;
}
const use_function *item::get_use( const std::string &use_name ) const
{
if( type != nullptr && type->get_use( use_name ) != nullptr ) {
return type->get_use( use_name );
}
for( const auto &elem : contents ) {
const auto fun = elem.get_use( use_name );
if( fun != nullptr ) {
return fun;
}
}
return nullptr;
}
item *item::get_usable_item( const std::string &use_name )
{
if( type != nullptr && type->get_use( use_name ) != nullptr ) {
return this;
}
for( auto &elem : contents ) {
const auto fun = elem.get_use( use_name );
if( fun != nullptr ) {
return &elem;
}
}
return nullptr;
}
int item::units_remaining( const Character& ch, int limit ) const
{
if( count_by_charges() ) {
return std::min( int( charges ), limit );
}
auto res = ammo_remaining();
if( res < limit && has_flag( "USE_UPS" ) ) {
res += ch.charges_of( "UPS", limit - res );
}
return std::min( int( res ), limit );
}
bool item::units_sufficient( const Character &ch, int qty ) const
{
if( qty < 0 ) {
qty = count_by_charges() ? 1 : ammo_required();
}
return units_remaining( ch, qty ) == qty;
}
item::reload_option::reload_option( const reload_option &rhs ) :
who( rhs.who ), target( rhs.target ), ammo( rhs.ammo.clone() ),
qty_( rhs.qty_ ), max_qty( rhs.max_qty ), parent( rhs.parent ) {}
item::reload_option &item::reload_option::operator=( const reload_option &rhs )
{
who = rhs.who;
target = rhs.target;
ammo = rhs.ammo.clone();
qty_ = rhs.qty_;
max_qty = rhs.max_qty;
parent = rhs.parent;
return *this;
}
item::reload_option::reload_option( const player *who, const item *target, const item *parent,
item_location&& ammo ) :
who( who ), target( target ), ammo( std::move( ammo ) ), parent( parent )
{
if( this->target->is_ammo_belt() && this->target->type->magazine->linkage != "NULL" ) {
max_qty = this->who->charges_of( this->target->type->magazine->linkage );
}
qty( max_qty );
}
int item::reload_option::moves() const
{
int mv = ammo.obtain_cost( *who, qty() ) + who->item_reload_cost( *target, *ammo, qty() );
if( parent != target ) {
if( parent->is_gun() ) {
mv += parent->type->gun->reload_time;
} else if( parent->is_tool() ) {
mv += 100;
}
}
return mv;
}
void item::reload_option::qty( long val )
{
bool ammo_in_container = ammo->is_ammo_container();
bool ammo_in_liquid_container = ammo->is_watertight_container();
item &ammo_obj = ( ammo_in_container || ammo_in_liquid_container ) ?
ammo->contents.front() : *ammo;
if( ( ammo_in_container && !ammo_obj.is_ammo() ) ||
( ammo_in_liquid_container && !ammo_obj.made_of( LIQUID ) ) ) {
debugmsg( "Invalid reload option: %s", ammo_obj.tname().c_str() );
return;
}
// Checking ammo capacity implicitly limits guns with removable magazines to capacity 0.
// This gets rounded up to 1 later.
long remaining_capacity = target->is_watertight_container() ?
target->get_remaining_capacity_for_liquid( ammo_obj, true ) :
target->ammo_capacity() - target->ammo_remaining();
if( target->has_flag( "RELOAD_ONE" ) && !ammo->has_flag( "SPEEDLOADER" ) ) {
remaining_capacity = 1;
}
if( target->ammo_type() == ammotype( "plutonium" ) ) {
remaining_capacity = remaining_capacity / PLUTONIUM_CHARGES +
( remaining_capacity % PLUTONIUM_CHARGES != 0 );
}
bool ammo_by_charges = ammo_obj.is_ammo() || ammo_in_liquid_container;
long available_ammo = ammo_by_charges ? ammo_obj.charges : ammo_obj.ammo_remaining();
// constrain by available ammo, target capacity and other external factors (max_qty)
// @ref max_qty is currently set when reloading ammo belts and limits to available linkages
qty_ = std::min( { val, available_ammo, remaining_capacity, max_qty } );
// always expect to reload at least one charge
qty_ = std::max( qty_, 1L );
}
int item::casings_count() const
{
int res = 0;
const_cast<item *>( this )->casings_handle( [&res]( item & ) {
++res;
return false;
} );
return res;
}
void item::casings_handle( const std::function<bool(item &)> &func )
{
if( !is_gun() ) {
return;
}
for( auto it = contents.begin(); it != contents.end(); ) {
if( it->has_flag( "CASING" ) ) {
it->unset_flag( "CASING" );
if( func( *it ) ) {
it = contents.erase( it );
continue;
}
// didn't handle the casing so reset the flag ready for next call
it->set_flag( "CASING" );
}
++it;
}
}
bool item::reload( player &u, item_location loc, long qty )
{
if( qty <= 0 ) {
debugmsg( "Tried to reload zero or less charges" );
return false;
}
item *ammo = loc.get_item();
if( ammo == nullptr || ammo->is_null() ) {
debugmsg( "Tried to reload using non-existent ammo" );
return false;
}
item *container = nullptr;
if ( ammo->is_ammo_container() || ammo->is_watertight_container() || ammo->is_non_resealable_container() ) {
container = ammo;
ammo = &ammo->contents.front();
}
if( !is_reloadable_with( ammo->typeId() ) ) {
return false;
}
// limit quantity of ammo loaded to remaining capacity
long limit = is_watertight_container()
? get_remaining_capacity_for_liquid( *ammo )
: ammo_capacity() - ammo_remaining();
if( ammo_type() == ammotype( "plutonium" ) ) {
limit = limit / PLUTONIUM_CHARGES + ( limit % PLUTONIUM_CHARGES != 0 );
}
qty = std::min( qty, limit );
casings_handle( [&u]( item &e ) {
return u.i_add_or_drop( e );
} );
if( is_magazine() ) {
qty = std::min( qty, ammo->charges );
if( is_ammo_belt() && type->magazine->linkage != "NULL" ) {
if( !u.use_charges_if_avail( type->magazine->linkage, qty ) ) {
debugmsg( "insufficient linkages available when reloading ammo belt" );
}
}
contents.emplace_back( *ammo );
contents.back().charges = qty;
ammo->charges -= qty;
} else if ( is_watertight_container() ) {
if( !ammo->made_of( LIQUID ) ) {
debugmsg( "Tried to reload liquid container with non-liquid." );
return false;
}
if ( container ){
container->on_contents_changed();
}
fill_with( *ammo, qty );
} else if ( !magazine_integral() ) {
// if we already have a magazine loaded prompt to eject it
if( magazine_current() ) {
std::string prompt = string_format( _( "Eject %s from %s?" ),
magazine_current()->tname().c_str(), tname().c_str() );
// eject magazine to player inventory and try to dispose of it from there
item &mag = u.i_add( *magazine_current() );
if( !u.dispose_item( item_location( u, &mag ), prompt ) ) {
u.remove_item( mag ); // user canceled so delete the clone
return false;
}
remove_item( *magazine_current() );
}
contents.emplace_back( *ammo );
loc.remove_item();
return true;
} else {
if( ammo->has_flag( "SPEEDLOADER" ) ) {
curammo = find_type( ammo->contents.front().typeId() );
qty = std::min( qty, ammo->ammo_remaining() );
ammo->ammo_consume( qty, { 0, 0, 0 } );
charges += qty;
} else if( ammo_type() == ammotype( "plutonium" ) ) {
curammo = find_type( ammo->typeId() );
ammo->charges -= qty;
// any excess is wasted rather than overfilling the item
charges += qty * PLUTONIUM_CHARGES;
charges = std::min( charges, ammo_capacity() );
} else {
curammo = find_type( ammo->typeId() );
qty = std::min( qty, ammo->charges );
ammo->charges -= qty;
charges += qty;
}
}
if( ammo->charges == 0 && !ammo->has_flag( "SPEEDLOADER" ) ) {
if( container != nullptr ) {
container->contents.erase(container->contents.begin());
u.inv.restack( u ); // emptied containers do not stack with non-empty ones
} else {
loc.remove_item();
}
}
return true;
}
bool item::burn( fire_data &frd, bool contained)
{
const auto &mats = made_of();
float smoke_added = 0.0f;
float time_added = 0.0f;
float burn_added = 0.0f;
const int vol = base_volume() / units::legacy_volume_factor;
for( const auto &m : mats ) {
const auto &bd = m.obj().burn_data( frd.fire_intensity );
if( bd.immune ) {
// Made to protect from fire
return false;
}
// If fire is contained, burn all of it continuously
if( bd.chance_in_volume == 0 || !contained ) {
time_added += bd.fuel;
smoke_added += bd.smoke;
burn_added += bd.burn;
} else if( bd.chance_in_volume >= vol || x_in_y( bd.chance_in_volume, vol ) ){
time_added += bd.fuel;
smoke_added += bd.smoke;
burn_added += bd.burn;
}
}
// Liquids that don't burn well smother fire well instead
if( made_of( LIQUID ) && time_added < 200 ) {
time_added -= rng( 100 * vol, 300 * vol );
} else if( mats.size() > 1 ) {
// Average the materials
time_added /= mats.size();
smoke_added /= mats.size();
burn_added /= mats.size();
} else if( mats.empty() ) {
// Non-liquid items with no specified materials will burn at moderate speed
burn_added = 1;
}
frd.fuel_produced += time_added;
frd.smoke_produced += smoke_added;
if( burn_added <= 0 ) {
return false;
}
if( count_by_charges() ) {
burn_added *= rng( type->stack_size / 2, type->stack_size );
charges -= roll_remainder( burn_added );
if( charges <= 0 ) {
return true;
}
}
if( is_corpse() ) {
const mtype *mt = get_mtype();
if( active && mt != nullptr && burnt + burn_added > mt->hp &&
!mt->burn_into.is_null() && mt->burn_into.is_valid() ) {
corpse = &get_mtype()->burn_into.obj();
// Delay rezing
set_age( 0 );
burnt = 0;
return false;
}
if( burnt + burn_added > mt->hp ) {
active = false;
}
}
burnt += roll_remainder( burn_added );
return burnt >= vol * 3;
}
bool item::flammable( int threshold ) const
{
const auto &mats = made_of_types();
if( mats.empty() ) {
// Don't know how to burn down something made of nothing.
return false;
}
int flammability = 0;
int chance = 0;
for( const auto &m : mats ) {
const auto &bd = m->burn_data( 1 );
if( bd.immune ) {
// Made to protect from fire
return false;
}
flammability += bd.fuel;
chance += bd.chance_in_volume;
}
if( threshold == 0 || flammability <= 0 ) {
return flammability > 0;
}
chance /= mats.size();
int vol = base_volume() / units::legacy_volume_factor;
if( chance > 0 && chance < vol ) {
flammability = flammability * chance / vol;
} else {
// If it burns well, it provides a bonus here
flammability *= vol;
}
return flammability > threshold;
}
itype_id item::typeId() const
{
return type ? type->get_id() : "null";
}
bool item::getlight(float & luminance, int & width, int & direction ) const
{
luminance = 0;
width = 0;
direction = 0;
if ( light.luminance > 0 ) {
luminance = (float)light.luminance;
if ( light.width > 0 ) { // width > 0 is a light arc
width = light.width;
direction = light.direction;
}
return true;
} else {
const int lumint = getlight_emit();
if ( lumint > 0 ) {
luminance = (float)lumint;
return true;
}
}
return false;
}
int item::getlight_emit() const
{
float lumint = type->light_emission;
if ( lumint == 0 ) {
return 0;
}
if ( has_flag("CHARGEDIM") && is_tool() && !has_flag("USE_UPS")) {
// Falloff starts at 1/5 total charge and scales linearly from there to 0.
if( ammo_capacity() && ammo_remaining() < ( ammo_capacity() / 5 ) ) {
lumint *= ammo_remaining() * 5.0 / ammo_capacity();
}
}
return lumint;
}
units::volume item::get_container_capacity() const
{
if( !is_container() ) {
return 0;
}
return type->container->contains;
}
long item::get_remaining_capacity_for_liquid( const item &liquid, bool allow_bucket, std::string *err ) const
{
const auto error = [ &err ]( const std::string &message ) {
if( err != nullptr ) {
*err = message;
}
return 0;
};
long remaining_capacity = 0;
// TODO(sm): is_reloadable_with and this function call each other and can recurse for
// watertight containers.
if( !is_container() && is_reloadable_with( liquid.typeId() ) ) {
if( ammo_remaining() != 0 && ammo_current() != liquid.typeId() ) {
return error( string_format( _( "You can't mix loads in your %s." ), tname().c_str() ) );
}
remaining_capacity = ammo_capacity() - ammo_remaining();
} else if( is_container() ) {
if( !type->container->watertight ) {
return error( string_format( _( "That %s isn't water-tight." ), tname().c_str() ) );
} else if( !type->container->seals && ( !allow_bucket || !is_bucket() ) ) {
return error( string_format( is_bucket() ? _( "That %s must be on the ground or held to hold contents!" )
: _( "You can't seal that %s!" ), tname().c_str() ) );
} else if( !contents.empty() && contents.front().typeId() != liquid.typeId() ) {
return error( string_format( _( "You can't mix loads in your %s." ), tname().c_str() ) );
}
remaining_capacity = liquid.charges_per_volume( get_container_capacity() );
if( !contents.empty() ) {
remaining_capacity -= contents.front().charges;
}
} else {
return error( string_format( _( "That %1$s won't hold %2$s." ), tname().c_str(), liquid.tname().c_str() ) );
}
if( remaining_capacity <= 0 ) {
return error( string_format( _( "Your %1$s can't hold any more %2$s." ), tname().c_str(),
liquid.tname().c_str() ) );
}
return remaining_capacity;
}
long item::get_remaining_capacity_for_liquid( const item &liquid, const Character &p, std::string *err ) const
{
const bool allow_bucket = this == &p.weapon || !p.has_item( *this );
long res = get_remaining_capacity_for_liquid( liquid, allow_bucket, err );
if( res > 0 && !type->rigid && p.inv.has_item( *this ) ) {
const units::volume volume_to_expand = std::max( p.volume_capacity() - p.volume_carried(), units::volume( 0 ) );
res = std::min( liquid.charges_per_volume( volume_to_expand ), res );
if( res == 0 && err != nullptr ) {
*err = string_format( _( "That %s doesn't have room to expand." ), tname().c_str() );
}
}
return res;
}
bool item::use_amount(const itype_id &it, long &quantity, std::list<item> &used)
{
// Remember quantity so that we can unseal self
long old_quantity = quantity;
// First, check contents
for( auto a = contents.begin(); a != contents.end() && quantity > 0; ) {
if (a->use_amount(it, quantity, used)) {
a = contents.erase(a);
} else {
++a;
}
}
if( quantity != old_quantity ) {
on_contents_changed();
}
// Now check the item itself
if( typeId() == it && quantity > 0 && allow_crafting_component() ) {
used.push_back(*this);
quantity--;
return true;
} else {
return false;
}
}
bool item::allow_crafting_component() const
{
// vehicle batteries are implemented as magazines of charge
if( is_magazine() && ammo_type() == ammotype( "battery" ) ) {
return true;
}
// fixes #18886 - turret installation may require items with irremovable mods
if( is_gun() ) {
return std::all_of( contents.begin(), contents.end(), [&]( const item &e ) {
return e.is_magazine() || ( e.is_gunmod() && e.is_irremovable() );
} );
}
if( is_filthy() ) {
return false;
}
return contents.empty();
}
void item::fill_with( item &liquid, long amount )
{
amount = std::min( get_remaining_capacity_for_liquid( liquid, true ),
std::min( amount, liquid.charges ) );
if( amount <= 0 ) {
return;
}
if( !is_container() ) {
if( !is_reloadable_with( liquid.typeId() ) ) {
debugmsg( "Tried to fill %s which is not a container and can't be reloaded with %s.",
tname().c_str(), liquid.tname().c_str() );
return;
}
ammo_set( liquid.typeId(), ammo_remaining() + amount );
} else if( !is_container_empty() ) {
contents.front().mod_charges( amount );
} else {
item liquid_copy( liquid );
liquid_copy.charges = amount;
put_in( liquid_copy );
}
liquid.mod_charges( -amount );
on_contents_changed();
}
void item::set_countdown( int num_turns )
{
if( num_turns < 0 ) {
debugmsg( "Tried to set a negative countdown value %d.", num_turns );
return;
}
if( ammo_type() ) {
debugmsg( "Tried to set countdown on an item with ammo=%s.", ammo_type().c_str() );
return;
}
charges = num_turns;
}
bool item::use_charges( const itype_id& what, long& qty, std::list<item>& used, const tripoint& pos )
{
std::vector<item *> del;
// Remember qty to unseal self
long old_qty = qty;
visit_items( [&what, &qty, &used, &pos, &del] ( item *e ) {
if( qty == 0 ) {
// found sufficient charges
return VisitResponse::ABORT;
}
if( e->is_tool() ) {
if( e->typeId() == what ) {
int n = std::min( e->ammo_remaining(), qty );
qty -= n;
used.push_back( item( *e ).ammo_set( e->ammo_current(), n ) );
e->ammo_consume( n, pos );
}
return VisitResponse::SKIP;
} else if( e->count_by_charges() ) {
if( e->typeId() == what ) {
// if can supply excess charges split required off leaving remainder in-situ
item obj = e->split( qty );
if( !obj.is_null() ) {
used.push_back( obj );
qty = 0;
return VisitResponse::ABORT;
}
qty -= e->charges;
used.push_back( *e );
del.push_back( e );
}
// items counted by charges are not themselves expected to be containers
return VisitResponse::SKIP;
}
// recurse through any nested containers
return VisitResponse::NEXT;
} );
bool destroy = false;
for( auto e : del ) {
if( e == this ) {
destroy = true; // cannot remove ourselves...
} else {
remove_item( *e );
}
}
if( qty != old_qty || !del.empty() ) {
on_contents_changed();
}
return destroy;
}
void item::set_snippet( const std::string &snippet_id )
{
if( is_null() ) {
return;
}
if( type->snippet_category.empty() ) {
debugmsg("can not set description for item %s without snippet category", typeId().c_str() );
return;
}
const int hash = SNIPPET.get_snippet_by_id( snippet_id );
if( SNIPPET.get( hash ).empty() ) {
debugmsg("snippet id %s is not contained in snippet category %s", snippet_id.c_str(), type->snippet_category.c_str() );
return;
}
note = hash;
}
const item_category &item::get_category() const
{
if(is_container() && !contents.empty()) {
return contents.front().get_category();
}
static item_category null_category;
return type->category ? *type->category : null_category;
}
iteminfo::iteminfo(std::string Type, std::string Name, std::string Fmt,
double Value, bool _is_int, std::string Plus,
bool NewLine, bool LowerIsBetter, bool DrawName)
{
sType = Type;
sName = replace_colors(Name);
sFmt = replace_colors(Fmt);
is_int = _is_int;
dValue = Value;
std::stringstream convert;
if (_is_int) {
int dIn0i = int(Value);
convert << dIn0i;
} else {
convert.precision(2);
convert << std::fixed << Value;
}
sValue = convert.str();
sPlus = Plus;
bNewLine = NewLine;
bLowerIsBetter = LowerIsBetter;
bDrawName = DrawName;
}
bool item::will_explode_in_fire() const
{
if( type->explode_in_fire ) {
return true;
}
if( type->ammo && ( type->ammo->special_cookoff || type->ammo->cookoff ) ) {
return true;
}
// Most containers do nothing to protect the contents from fire
if( !is_magazine() || !type->magazine->protects_contents ) {
return std::any_of( contents.begin(), contents.end(), []( const item &it ) {
return it.will_explode_in_fire();
});
}
return false;
}
bool item::detonate( const tripoint &p, std::vector<item> &drops )
{
if( type->explosion.power >= 0 ) {
g->explosion( p, type->explosion );
return true;
} else if( type->ammo && ( type->ammo->special_cookoff || type->ammo->cookoff ) ) {
long charges_remaining = charges;
const long rounds_exploded = rng( 1, charges_remaining );
// Yank the exploding item off the map for the duration of the explosion
// so it doesn't blow itself up.
item temp_item = *this;
const islot_ammo &ammo_type = *type->ammo;
if( ammo_type.special_cookoff ) {
// If it has a special effect just trigger it.
apply_ammo_effects( p, ammo_type.ammo_effects );
} else if( ammo_type.cookoff ) {
// Ammo that cooks off, but doesn't have a
// large intrinsic effect blows up with shrapnel but no blast
g->explosion( p, sqrtf( ammo_type.damage.total_damage() / 10.0f ) * 5, 0.0f,
false, rounds_exploded / 5.0f );
}
charges_remaining -= rounds_exploded;
if( charges_remaining > 0 ) {
temp_item.charges = charges_remaining;
drops.push_back( temp_item );
}
return true;
} else if( !contents.empty() && ( !type->magazine || !type->magazine->protects_contents ) ) {
const auto new_end = std::remove_if( contents.begin(), contents.end(), [ &p, &drops ]( item &it ) {
return it.detonate( p, drops );
} );
if( new_end != contents.end() ) {
contents.erase( new_end, contents.end() );
// If any of the contents explodes, so does the container
return true;
}
}
return false;
}
bool item_ptr_compare_by_charges( const item *left, const item *right)
{
if(left->contents.empty()) {
return false;
} else if( right->contents.empty()) {
return true;
} else {
return right->contents.front().charges < left->contents.front().charges;
}
}
bool item_compare_by_charges( const item& left, const item& right)
{
return item_ptr_compare_by_charges( &left, &right);
}
static const std::string USED_BY_IDS( "USED_BY_IDS" );
bool item::already_used_by_player(const player &p) const
{
const auto it = item_vars.find( USED_BY_IDS );
if( it == item_vars.end() ) {
return false;
}
// USED_BY_IDS always starts *and* ends with a ';', the search string
// ';<id>;' matches at most one part of USED_BY_IDS, and only when exactly that
// id has been added.
const std::string needle = string_format( ";%d;", p.getID() );
return it->second.find( needle ) != std::string::npos;
}
void item::mark_as_used_by_player(const player &p)
{
std::string &used_by_ids = item_vars[ USED_BY_IDS ];
if( used_by_ids.empty() ) {
// *always* start with a ';'
used_by_ids = ";";
}
// and always end with a ';'
used_by_ids += string_format( "%d;", p.getID() );
}
bool item::can_holster ( const item& obj, bool ignore ) const {
if( !type->can_use("holster") ) {
return false; // item is not a holster
}
auto ptr = dynamic_cast<const holster_actor *>(type->get_use("holster")->get_actor_ptr());
if( !ptr->can_holster(obj) ) {
return false; // item is not a suitable holster for obj
}
if( !ignore && (int) contents.size() >= ptr->multi ) {
return false; // item is already full
}
return true;
}
std::string item::components_to_string() const
{
typedef std::map<std::string, int> t_count_map;
t_count_map counts;
for( const auto &elem : components ) {
const std::string name = elem.display_name();
counts[name]++;
}
return enumerate_as_string( counts.begin(), counts.end(),
[]( const std::pair<std::string, int> &entry ) -> std::string {
if( entry.second != 1 ) {
return string_format( _( "%d x %s" ), entry.second, entry.first.c_str() );
} else {
return entry.first;
}
}, false );
}
bool item::needs_processing() const
{
return active || has_flag("RADIO_ACTIVATION") ||
( is_container() && !contents.empty() && contents.front().needs_processing() ) ||
is_artifact();
}
int item::processing_speed() const
{
if( is_food() && !( item_tags.count("HOT") || item_tags.count("COLD") ) ) {
// Hot and cold food need turn-by-turn updates.
// If they ever become a performance problem, update process_food to handle them occasionally.
return 600;
}
if( is_corpse() ) {
return 100;
}
// Unless otherwise indicated, update every turn.
return 1;
}
bool item::process_food( player * /*carrier*/, const tripoint &pos )
{
calc_rot( g->m.getabs( pos ) );
if( item_tags.count( "HOT" ) > 0 ) {
if( item_counter == 0 ) {
item_tags.erase( "HOT" );
}
} else if( item_tags.count( "COLD" ) > 0 ) {
if( item_counter == 0 ) {
item_tags.erase( "COLD" );
}
}
return false;
}
void item::process_artifact( player *carrier, const tripoint & /*pos*/ )
{
if( !is_artifact() ) {
return;
}
// Artifacts are currently only useful for the player character, the messages
// don't consider npcs. Also they are not processed when laying on the ground.
// TODO: change game::process_artifact to work with npcs,
// TODO: consider moving game::process_artifact here.
if( carrier == &g->u ) {
g->process_artifact( *this, *carrier );
}
}
bool item::process_corpse( player *carrier, const tripoint &pos )
{
// some corpses rez over time
if( corpse == nullptr ) {
return false;
}
if( !ready_to_revive( pos ) ) {
return false;
}
active = false;
if( rng( 0, volume() / units::legacy_volume_factor ) > burnt && g->revive_corpse( pos, *this ) ) {
if( carrier == nullptr ) {
if( g->u.sees( pos ) ) {
if( corpse->in_species( ROBOT ) ) {
add_msg( m_warning, _( "A nearby robot has repaired itself and stands up!" ) );
} else {
add_msg( m_warning, _( "A nearby corpse rises and moves towards you!" ) );
}
}
} else {
//~ %s is corpse name
carrier->add_memorial_log( pgettext( "memorial_male", "Had a %s revive while carrying it." ),
pgettext( "memorial_female", "Had a %s revive while carrying it." ),
tname().c_str() );
if( corpse->in_species( ROBOT ) ) {
carrier->add_msg_if_player( m_warning, _( "Oh dear god, a robot you're carrying has started moving!" ) );
} else {
carrier->add_msg_if_player( m_warning, _( "Oh dear god, a corpse you're carrying has started moving!" ) );
}
}
// Destroy this corpse item
return true;
}
return false;
}
bool item::process_litcig( player *carrier, const tripoint &pos )
{
field_id smoke_type;
if( has_flag( "TOBACCO" ) ) {
smoke_type = fd_cigsmoke;
} else {
smoke_type = fd_weedsmoke;
}
// if carried by someone:
if( carrier != nullptr ) {
// only puff every other turn
if( item_counter % 2 == 0 ) {
time_duration duration = 1_minutes;
if( carrier->has_trait( trait_id( "TOLERANCE" ) ) ) {
duration = 5_turns;
} else if( carrier->has_trait( trait_id( "LIGHTWEIGHT" ) ) ) {
duration = 2_minutes;
}
carrier->add_msg_if_player( m_neutral, _( "You take a puff of your %s." ), tname().c_str() );
if( has_flag( "TOBACCO" ) ) {
carrier->add_effect( effect_cig, duration );
} else {
carrier->add_effect( effect_weed_high, duration / 2 );
}
carrier->moves -= 15;
}
if( ( carrier->has_effect( effect_shakes ) && one_in( 10 ) ) ||
( carrier->has_trait( trait_id( "JITTERY" ) ) && one_in( 200 ) ) ) {
carrier->add_msg_if_player( m_bad, _( "Your shaking hand causes you to drop your %s." ),
tname().c_str() );
g->m.add_item_or_charges( tripoint( pos.x + rng( -1, 1 ), pos.y + rng( -1, 1 ), pos.z ), *this );
return true; // removes the item that has just been added to the map
}
if( carrier->has_effect( effect_sleep ) ) {
carrier->add_msg_if_player( m_bad, _( "You fall asleep and drop your %s." ),
tname().c_str() );
g->m.add_item_or_charges( tripoint( pos.x + rng( -1, 1 ), pos.y + rng( -1, 1 ), pos.z ), *this );
return true; // removes the item that has just been added to the map
}
} else {
// If not carried by someone, but laying on the ground:
// release some smoke every five ticks
if( item_counter % 5 == 0 ) {
g->m.add_field( tripoint( pos.x + rng( -2, 2 ), pos.y + rng( -2, 2 ), pos.z ), smoke_type, 1 );
// lit cigarette can start fires
if( g->m.flammable_items_at( pos ) ||
g->m.has_flag( "FLAMMABLE", pos ) ||
g->m.has_flag( "FLAMMABLE_ASH", pos ) ) {
g->m.add_field( pos, fd_fire, 1 );
}
}
}
// cig dies out
if( item_counter == 0 ) {
if( carrier != nullptr ) {
carrier->add_msg_if_player( m_neutral, _( "You finish your %s." ), tname().c_str() );
}
if( typeId() == "cig_lit" ) {
convert( "cig_butt" );
} else if( typeId() == "cigar_lit" ) {
convert( "cigar_butt" );
} else { // joint
convert( "joint_roach" );
if( carrier != nullptr ) {
carrier->add_effect( effect_weed_high, 1_minutes ); // one last puff
g->m.add_field( tripoint( pos.x + rng( -1, 1 ), pos.y + rng( -1, 1 ), pos.z ), fd_weedsmoke, 2 );
weed_msg( *carrier );
}
}
active = false;
}
// Item remains
return false;
}
tripoint item::get_cable_target() const
{
if( get_var( "state" ) != "pay_out_cable" ) {
return tripoint_min;
}
int source_x = get_var( "source_x", 0 );
int source_y = get_var( "source_y", 0 );
int source_z = get_var( "source_z", 0 );
tripoint source( source_x, source_y, source_z );
tripoint relpos = g->m.getlocal( source );
return relpos;
}
bool item::process_cable( player *p, const tripoint &pos )
{
const tripoint &source = get_cable_target();
if( source == tripoint_min ) {
return false;
}
auto veh = g->m.veh_at( source );
if( veh == nullptr || ( source.z != g->get_levz() && !g->m.has_zlevels() ) ) {
if( p != nullptr && p->has_item( *this ) ) {
p->add_msg_if_player(m_bad, _("You notice the cable has come loose!"));
}
reset_cable(p);
return false;
}
int distance = rl_dist( pos, source );
int max_charges = type->maximum_charges();
charges = max_charges - distance;
if( charges < 1 ) {
if( p != nullptr && p->has_item( *this ) ) {
p->add_msg_if_player(m_bad, _("The over-extended cable breaks loose!"));
}
reset_cable(p);
}
return false;
}
void item::reset_cable( player* p )
{
int max_charges = type->maximum_charges();
set_var( "state", "attach_first" );
erase_var("source_x");
erase_var("source_y");
erase_var("source_z");
active = false;
charges = max_charges;
if ( p != nullptr ) {
p->add_msg_if_player(m_info, _("You reel in the cable."));
p->moves -= charges * 10;
}
}
bool item::process_wet( player * /*carrier*/, const tripoint & /*pos*/ )
{
if( item_counter == 0 ) {
if( is_tool() && type->tool->revert_to != "null" ) {
convert( type->tool->revert_to );
}
item_tags.erase( "WET" );
active = false;
}
// Always return true so our caller will bail out instead of processing us as a tool.
return true;
}
bool item::process_tool( player *carrier, const tripoint &pos )
{
if( type->tool->turns_per_charge > 0 && int( calendar::turn ) % type->tool->turns_per_charge == 0 ) {
auto qty = std::max( ammo_required(), 1L );
qty -= ammo_consume( qty, pos );
// for items in player possession if insufficient charges within tool try UPS
if( carrier && has_flag( "USE_UPS" ) ) {
if( carrier->use_charges_if_avail( "UPS", qty ) ) {
qty = 0;
}
}
// if insufficient available charges shutdown the tool
if( qty > 0 ) {
if( carrier && has_flag( "USE_UPS" ) ) {
carrier->add_msg_if_player( m_info, _( "You need an UPS to run the %s!" ), tname().c_str() );
}
auto revert = type->tool->revert_to; // invoking the object can convert the item to another type
type->invoke( carrier != nullptr ? *carrier : g->u, *this, pos );
if( revert == "null" ) {
return true;
} else {
deactivate( carrier );
return false;
}
}
}
type->tick( carrier != nullptr ? *carrier : g->u, *this, pos );
return false;
}
bool item::process( player *carrier, const tripoint &pos, bool activate )
{
const bool preserves = type->container && type->container->preserves;
for( auto it = contents.begin(); it != contents.end(); ) {
if( preserves ) {
// Simulate that the item has already "rotten" up to last_rot_check, but as item::rot
// is not changed, the item is still fresh.
it->last_rot_check = calendar::turn;
}
if( it->process( carrier, pos, activate ) ) {
it = contents.erase( it );
} else {
++it;
}
}
if( activate ) {
return type->invoke( carrier != nullptr ? *carrier : g->u, *this, pos );
}
// How this works: it checks what kind of processing has to be done
// (e.g. for food, for drying towels, lit cigars), and if that matches,
// call the processing function. If that function returns true, the item
// has been destroyed by the processing, so no further processing has to be
// done.
// Otherwise processing continues. This allows items that are processed as
// food and as litcig and as ...
// Remaining stuff is only done for active items.
if( !active ) {
return false;
}
if( item_counter > 0 ) {
item_counter--;
}
if( item_counter == 0 && type->countdown_action ) {
type->countdown_action.call( carrier ? *carrier : g->u, *this, false, pos );
if( type->countdown_destroy ) {
return true;
}
}
for( const auto &e : type->emits ) {
g->m.emit_field( pos, e );
}
if( is_food() && process_food( carrier, pos ) ) {
return true;
}
if( is_corpse() && process_corpse( carrier, pos ) ) {
return true;
}
if( has_flag( "WET" ) && process_wet( carrier, pos ) ) {
// Drying items are never destroyed, but we want to exit so they don't get processed as tools.
return false;
}
if( has_flag( "LITCIG" ) && process_litcig( carrier, pos ) ) {
return true;
}
if( has_flag( "CABLE_SPOOL" ) ) {
// DO NOT process this as a tool! It really isn't!
return process_cable(carrier, pos);
}
if( is_tool() ) {
return process_tool( carrier, pos );
}
return false;
}
void item::mod_charges( long mod )
{
if( has_infinite_charges() ) {
return;
}
if( !count_by_charges() ) {
debugmsg( "Tried to remove %s by charges, but item is not counted by charges.", tname().c_str() );
} else if( mod < 0 && charges + mod < 0 ) {
debugmsg( "Tried to remove charges that do not exist, removing maximum available charges instead." );
charges = 0;
} else if( mod > 0 && charges >= INFINITE_CHARGES - mod ) {
charges = INFINITE_CHARGES - 1; // Highly unlikely, but finite charges should not become infinite.
} else {
charges += mod;
}
}
bool item::has_effect_when_wielded( art_effect_passive effect ) const
{
if( !type->artifact ) {
return false;
}
auto &ew = type->artifact->effects_wielded;
if( std::find( ew.begin(), ew.end(), effect ) != ew.end() ) {
return true;
}
return false;
}
bool item::has_effect_when_worn( art_effect_passive effect ) const
{
if( !type->artifact ) {
return false;
}
auto &ew = type->artifact->effects_worn;
if( std::find( ew.begin(), ew.end(), effect ) != ew.end() ) {
return true;
}
return false;
}
bool item::has_effect_when_carried( art_effect_passive effect ) const
{
if( !type->artifact ) {
return false;
}
auto &ec = type->artifact->effects_carried;
if( std::find( ec.begin(), ec.end(), effect ) != ec.end() ) {
return true;
}
for( auto &i : contents ) {
if( i.has_effect_when_carried( effect ) ) {
return true;
}
}
return false;
}
bool item::is_seed() const
{
return type->seed.has_value();
}
time_duration item::get_plant_epoch() const
{
if( !type->seed ) {
return 0;
}
// Growing times have been based around real world season length rather than
// the default in-game season length to give
// more accuracy for longer season lengths
// Also note that seed->grow is the time it takes from seeding to harvest, this is
// divided by 3 to get the time it takes from one plant state to the next.
//@todo: move this into the islot_seed
return type->seed->grow * calendar::season_ratio() / 3;
}
std::string item::get_plant_name() const
{
if( !type->seed ) {
return std::string{};
}
return type->seed->plant_name;
}
bool item::is_dangerous() const
{
if( has_flag( "DANGEROUS" ) ) {
return true;
}
// Note: Item should be dangerous regardless of what type of a container is it
// Visitable interface would skip some options
return std::any_of( contents.begin(), contents.end(), []( const item &it ) {
return it.is_dangerous();
} );
}
bool item::is_tainted() const
{
return corpse && corpse->has_flag( MF_POISON );
}
bool item::is_soft() const
{
const auto mats = made_of();
return std::any_of( mats.begin(), mats.end(), []( const material_id &mid ) {
return mid.obj().soft();
} );
}
bool item::is_reloadable() const
{
if( has_flag( "NO_RELOAD") && !has_flag( "VEHICLE" ) ) {
return false; // turrets ignore NO_RELOAD flag
} else if( is_bandolier() ) {
return true;
} else if( is_container() ) {
return true;
} else if( !is_gun() && !is_tool() && !is_magazine() ) {
return false;
} else if( !ammo_type() ) {
return false;
}
return true;
}
std::string item::type_name( unsigned int quantity ) const
{
const auto iter = item_vars.find( "name" );
if( corpse != nullptr && typeId() == "corpse" ) {
if( corpse_name.empty() ) {
return string_format( npgettext( "item name", "%s corpse",
"%s corpses", quantity ),
corpse->nname().c_str() );
} else {
return string_format( npgettext( "item name", "%s corpse of %s",
"%s corpses of %s", quantity ),
corpse->nname().c_str(), corpse_name.c_str() );
}
} else if( typeId() == "blood" ) {
if( corpse == nullptr || corpse->id.is_null() ) {
return string_format( npgettext( "item name", "human blood",
"human blood", quantity ) );
} else {
return string_format( npgettext( "item name", "%s blood",
"%s blood", quantity ),
corpse->nname().c_str() );
}
} else if( iter != item_vars.end() ) {
return iter->second;
} else {
return type->nname( quantity );
}
}
std::string item::nname( const itype_id &id, unsigned int quantity )
{
const auto t = find_type( id );
return t->nname( quantity );
}
bool item::count_by_charges( const itype_id &id )
{
const auto t = find_type( id );
return t->count_by_charges();
}
bool item::type_is_defined( const itype_id &id )
{
return item_controller->has_template( id );
}
const itype * item::find_type( const itype_id& type )
{
return item_controller->find_template( type );
}
int item::get_gun_ups_drain() const
{
int draincount = 0;
if( type->gun ){
draincount += type->gun->ups_charges;
for( const auto mod : gunmods() ) {
draincount += mod->type->gunmod->ups_charges;
}
}
return draincount;
}
bool item::has_label() const
{
return has_var( "item_label" );
}
std::string item::label( unsigned int quantity ) const
{
if ( has_label() ) {
return get_var( "item_label" );
}
return type_name( quantity );
}
bool item::has_infinite_charges() const
{
return charges == INFINITE_CHARGES;
}
skill_id item::contextualize_skill( const skill_id &id ) const
{
if( id->is_contextual_skill() ) {
static const skill_id weapon_skill( "weapon" );
if( id == weapon_skill ) {
if( is_gun() ) {
return gun_skill();
} else if( is_melee() ) {
return melee_skill();
}
}
}
return id;
}
item_category::item_category() : id(), name(), sort_rank( 0 )
{
}
item_category::item_category( const std::string &id_, const std::string &name_,
int sort_rank_ )
: id( id_ ), name( name_ ), sort_rank( sort_rank_ )
{
}
bool item_category::operator<( const item_category &rhs ) const
{
if( sort_rank != rhs.sort_rank ) {
return sort_rank < rhs.sort_rank;
}
if( name != rhs.name ) {
return name < rhs.name;
}
return id < rhs.id;
}
bool item_category::operator==( const item_category &rhs ) const
{
return sort_rank == rhs.sort_rank && name == rhs.name && id == rhs.id;
}
bool item_category::operator!=( const item_category &rhs ) const
{
return !( *this == rhs );
}
bool item::is_filthy() const
{
return has_flag( "FILTHY" ) && ( get_option<bool>( "FILTHY_MORALE" ) || g->u.has_trait( trait_id( "SQUEAMISH" ) ) );
}
bool item::on_drop( const tripoint &pos )
{
return type->drop_action && type->drop_action.call( g->u, *this, false, pos );
}
time_duration item::age() const
{
return calendar::turn - birthday();
}
void item::set_age( const time_duration age )
{
set_birthday( time_point( calendar::turn ) - age );
}
time_point item::birthday() const
{
return bday;
}
void item::set_birthday( const time_point bday )
{
this->bday = bday;
}
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