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advanced_inv.cpp
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#include "advanced_inv.h"
#include <algorithm>
#include <cassert>
#include <cstddef>
#include <initializer_list>
#include <list>
#include <memory>
#include <set>
#include <string>
#include <utility>
#include <vector>
#include "activity_actor.h"
#include "activity_actor_definitions.h"
#include "auto_pickup.h"
#include "avatar.h"
#include "calendar.h"
#include "cata_utility.h"
#include "catacharset.h"
#include "character.h"
#include "colony.h"
#include "color.h"
#include "debug.h"
#include "enums.h"
#include "examine_item_menu.h"
#include "game.h"
#include "game_constants.h"
#include "ime.h"
#include "input.h"
#include "inventory.h"
#include "item.h"
#include "item_category.h"
#include "item_contents.h"
#include "item_location.h"
#include "item_stack.h"
#include "map.h"
#include "map_selector.h"
#include "messages.h"
#include "optional.h"
#include "options.h"
#include "output.h"
#include "panels.h"
#include "player.h"
#include "player_activity.h"
#include "point.h"
#include "ret_val.h"
#include "string_formatter.h"
#include "string_input_popup.h"
#include "translations.h"
#include "type_id.h"
#include "ui.h"
#include "ui_manager.h"
#include "uistate.h"
#include "units.h"
#include "units_utility.h"
#include "vehicle.h"
#include "vehicle_selector.h"
#if defined(__ANDROID__)
# include <SDL_keyboard.h>
#endif
static const activity_id ACT_ADV_INVENTORY( "ACT_ADV_INVENTORY" );
static const activity_id ACT_WEAR( "ACT_WEAR" );
static const trait_id trait_DEBUG_STORAGE( "DEBUG_STORAGE" );
void create_advanced_inv()
{
advanced_inventory advinv;
advinv.display();
}
enum aim_exit {
exit_none = 0,
exit_okay,
exit_re_entry
};
// *INDENT-OFF*
advanced_inventory::advanced_inventory()
: inCategoryMode( false )
, recalc( true )
, src( left )
, dest( right )
, filter_edit( false )
// panes don't need initialization, they are recalculated immediately
, squares( {
{
// pos in window
{ AIM_INVENTORY, point( 22, 2 ), tripoint_zero, _( "Inventory" ), _( "IN" ), "I", "ITEMS_INVENTORY", AIM_INVENTORY},
{ AIM_SOUTHWEST, point( 27, 3 ), tripoint_south_west, _( "South West" ), _( "SW" ), "1", "ITEMS_SW", AIM_WEST},
{ AIM_SOUTH, point( 30, 3 ), tripoint_south, _( "South" ), _( "S" ), "2", "ITEMS_S", AIM_SOUTHWEST},
{ AIM_SOUTHEAST, point( 33, 3 ), tripoint_south_east, _( "South East" ), _( "SE" ), "3", "ITEMS_SE", AIM_SOUTH},
{ AIM_WEST, point( 27, 2 ), tripoint_west, _( "West" ), _( "W" ), "4", "ITEMS_W", AIM_NORTHWEST},
{ AIM_CENTER, point( 30, 2 ), tripoint_zero, _( "Directly below you" ), _( "DN" ), "5", "ITEMS_CE", AIM_CENTER},
{ AIM_EAST, point( 33, 2 ), tripoint_east, _( "East" ), _( "E" ), "6", "ITEMS_E", AIM_SOUTHEAST},
{ AIM_NORTHWEST, point( 27, 1 ), tripoint_north_west, _( "North West" ), _( "NW" ), "7", "ITEMS_NW", AIM_NORTH},
{ AIM_NORTH, point( 30, 1 ), tripoint_north, _( "North" ), _( "N" ), "8", "ITEMS_N", AIM_NORTHEAST},
{ AIM_NORTHEAST, point( 33, 1 ), tripoint_north_east, _( "North East" ), _( "NE" ), "9", "ITEMS_NE", AIM_EAST},
{ AIM_ABOVE, point( 36, 1 ), tripoint_above, _( "Above"), _( "UP"), "<", "ITEMS_UP", AIM_ABOVE },
{ AIM_BELOW, point( 36, 2 ), tripoint_below, _( "Below"), _( "DN"), ">", "ITEMS_DOWN", AIM_BELOW },
{ AIM_DRAGGED, point( 22, 1 ), tripoint_zero, _( "Grabbed Vehicle" ), _( "GR" ), "D", "ITEMS_DRAGGED_CONTAINER", AIM_DRAGGED},
{ AIM_ALL, point( 19, 3 ), tripoint_zero, _( "Surrounding area" ), _( "AL" ), "A", "ITEMS_AROUND", AIM_ALL},
{ AIM_CONTAINER, point( 19, 1 ), tripoint_zero, _( "Container" ), _( "CN" ), "C", "ITEMS_CONTAINER", AIM_CONTAINER},
{ AIM_WORN, point( 22, 3 ), tripoint_zero, _( "Worn Items" ), _( "WR" ), "W", "ITEMS_WORN", AIM_WORN}
}
} )
{
save_state = &uistate.transfer_save;
}
// *INDENT-ON*
advanced_inventory::~advanced_inventory()
{
save_settings( false );
if( save_state->exit_code != exit_re_entry ) {
save_state->exit_code = exit_okay;
}
// Only refresh if we exited manually, otherwise we're going to be right back
if( exit ) {
g->u.check_item_encumbrance_flag();
}
}
void advanced_inventory::save_settings( bool only_panes )
{
if( !only_panes ) {
save_state->active_left = ( src == left );
}
for( int i = 0; i < NUM_PANES; ++i ) {
panes[i].save_settings();
}
}
void advanced_inventory::load_settings()
{
aim_exit aim_code = static_cast<aim_exit>( save_state->exit_code );
panes[left].load_settings( save_state->saved_area, squares, aim_code == exit_re_entry );
panes[right].load_settings( save_state->saved_area_right, squares, aim_code == exit_re_entry );
save_state->exit_code = exit_none;
}
std::string advanced_inventory::get_sortname( advanced_inv_sortby sortby )
{
switch( sortby ) {
case SORTBY_NONE:
return _( "none" );
case SORTBY_NAME:
return _( "name" );
case SORTBY_WEIGHT:
return _( "weight" );
case SORTBY_VOLUME:
return _( "volume" );
case SORTBY_CHARGES:
return _( "charges" );
case SORTBY_CATEGORY:
return _( "category" );
case SORTBY_DAMAGE:
return _( "damage" );
case SORTBY_AMMO:
return _( "ammo/charge type" );
case SORTBY_SPOILAGE:
return _( "spoilage" );
case SORTBY_PRICE:
return _( "barter value" );
}
return "!BUG!";
}
bool advanced_inventory::get_square( const std::string &action, aim_location &ret )
{
for( advanced_inv_area &s : squares ) {
if( s.actionname == action ) {
ret = screen_relative_location( s.id );
return true;
}
}
return false;
}
aim_location advanced_inventory::screen_relative_location( aim_location area )
{
if( use_tiles && tile_iso ) {
return squares[area].relative_location;
} else {
return area;
}
}
inline std::string advanced_inventory::get_location_key( aim_location area )
{
return squares[area].minimapname;
}
void advanced_inventory::init()
{
for( auto &square : squares ) {
square.init();
}
panes[left].save_state = &save_state->pane;
panes[right].save_state = &save_state->pane_right;
load_settings();
src = ( save_state->active_left ) ? left : right;
dest = ( save_state->active_left ) ? right : left;
}
void advanced_inventory::print_items( const advanced_inventory_pane &pane, bool active )
{
const auto &items = pane.items;
const catacurses::window &window = pane.window;
const auto index = pane.index;
const int page = index / itemsPerPage;
bool compact = TERMX <= 100;
int columns = getmaxx( window );
std::string spaces( columns - 4, ' ' );
nc_color norm = active ? c_white : c_dark_gray;
//print inventory's current and total weight + volume
if( pane.get_area() == AIM_INVENTORY || pane.get_area() == AIM_WORN ) {
const double weight_carried = convert_weight( g->u.weight_carried() );
const double weight_capacity = convert_weight( g->u.weight_capacity() );
std::string volume_carried = format_volume( g->u.volume_carried() );
std::string volume_capacity = format_volume( g->u.volume_capacity() );
// align right, so calculate formatted head length
const std::string formatted_head = string_format( "%.1f/%.1f %s %s/%s %s",
weight_carried, weight_capacity, weight_units(),
volume_carried,
volume_capacity,
volume_units_abbr() );
const int hrightcol = columns - 1 - utf8_width( formatted_head );
nc_color color = weight_carried > weight_capacity ? c_red : c_light_green;
mvwprintz( window, point( hrightcol, 4 ), color, "%.1f", weight_carried );
wprintz( window, c_light_gray, "/%.1f %s ", weight_capacity, weight_units() );
color = g->u.volume_carried().value() > g->u.volume_capacity().value() ? c_red : c_light_green;
wprintz( window, color, volume_carried );
wprintz( window, c_light_gray, "/%s %s", volume_capacity, volume_units_abbr() );
} else {
//print square's current and total weight + volume
std::string formatted_head;
if( pane.get_area() == AIM_ALL ) {
formatted_head = string_format( "%3.1f %s %s %s",
convert_weight( squares[pane.get_area()].weight ),
weight_units(),
format_volume( squares[pane.get_area()].volume ),
volume_units_abbr() );
} else {
units::volume maxvolume = 0_ml;
auto &s = squares[pane.get_area()];
if( pane.get_area() == AIM_CONTAINER && s.get_container( pane.in_vehicle() ) != nullptr ) {
maxvolume = s.get_container( pane.in_vehicle() )->get_container_capacity();
} else if( pane.in_vehicle() ) {
maxvolume = s.veh->max_volume( s.vstor );
} else {
maxvolume = get_map().max_volume( s.pos );
}
formatted_head = string_format( "%3.1f %s %s/%s %s",
convert_weight( s.weight ),
weight_units(),
format_volume( s.volume ),
format_volume( maxvolume ),
volume_units_abbr() );
}
mvwprintz( window, point( columns - 1 - utf8_width( formatted_head ), 4 ), norm, formatted_head );
}
//print header row and determine max item name length
// Last printable column
const int lastcol = columns - 2;
const size_t name_startpos = compact ? 1 : 4;
const size_t src_startpos = lastcol - 18;
const size_t amt_startpos = lastcol - 15;
const size_t weight_startpos = lastcol - 10;
const size_t vol_startpos = lastcol - 4;
// Default name length
int max_name_length = amt_startpos - name_startpos - 1;
//~ Items list header (length type 1). Table fields length without spaces: amt - 4, weight - 5, vol - 4.
const int table_hdr_len1 = utf8_width( _( "amt weight vol" ) );
//~ Items list header (length type 2). Table fields length without spaces: src - 2, amt - 4, weight - 5, vol - 4.
const int table_hdr_len2 = utf8_width( _( "src amt weight vol" ) );
mvwprintz( window, point( compact ? 1 : 4, 5 ), c_light_gray, _( "Name (charges)" ) );
if( pane.get_area() == AIM_ALL && !compact ) {
mvwprintz( window, point( lastcol - table_hdr_len2 + 1, 5 ), c_light_gray,
_( "src amt weight vol" ) );
// 1 for space
max_name_length = src_startpos - name_startpos - 1;
} else {
mvwprintz( window, point( lastcol - table_hdr_len1 + 1, 5 ), c_light_gray, _( "amt weight vol" ) );
}
for( int i = page * itemsPerPage, x = 0 ; i < static_cast<int>( items.size() ) &&
x < itemsPerPage ; i++, x++ ) {
const auto &sitem = items[i];
if( sitem.is_category_header() ) {
mvwprintz( window, point( ( columns - utf8_width( sitem.name ) - 6 ) / 2, 6 + x ), c_cyan, "[%s]",
sitem.name );
continue;
}
if( !sitem.is_item_entry() ) {
// Empty entry at the bottom of a page.
continue;
}
const auto &it = *sitem.items.front();
const bool selected = active && index == i;
nc_color thiscolor = active ? it.color_in_inventory() : norm;
nc_color thiscolordark = c_dark_gray;
nc_color print_color;
if( selected ) {
thiscolor = inCategoryMode && pane.sortby == SORTBY_CATEGORY ? c_white_red : hilite( c_white );
thiscolordark = hilite( thiscolordark );
if( compact ) {
mvwprintz( window, point( 1, 6 + x ), thiscolor, " %s", spaces );
} else {
mvwprintz( window, point( 1, 6 + x ), thiscolor, ">>%s", spaces );
}
}
std::string item_name;
std::string stolen_string;
bool stolen = false;
if( !it.is_owned_by( g->u, true ) ) {
stolen_string = "<color_light_red>!</color>";
stolen = true;
}
if( it.is_money() ) {
//Count charges
// TODO: transition to the item_location system used for the normal inventory
unsigned int charges_total = 0;
for( const auto item : sitem.items ) {
charges_total += item->charges;
}
if( stolen ) {
item_name = string_format( "%s %s", stolen_string, it.display_money( sitem.items.size(),
charges_total ) );
} else {
item_name = it.display_money( sitem.items.size(), charges_total );
}
} else {
if( stolen ) {
item_name = string_format( "%s %s", stolen_string, it.display_name() );
} else {
item_name = it.display_name();
}
}
if( get_option<bool>( "ITEM_SYMBOLS" ) ) {
item_name = string_format( "%s %s", it.symbol(), item_name );
}
//print item name
trim_and_print( window, point( compact ? 1 : 4, 6 + x ), max_name_length, thiscolor, item_name );
//print src column
// TODO: specify this is coming from a vehicle!
if( pane.get_area() == AIM_ALL && !compact ) {
mvwprintz( window, point( src_startpos, 6 + x ), thiscolor, squares[sitem.area].shortname );
}
//print "amount" column
int it_amt = sitem.stacks;
if( it_amt > 1 ) {
print_color = thiscolor;
if( it_amt > 9999 ) {
it_amt = 9999;
print_color = selected ? hilite( c_red ) : c_red;
}
mvwprintz( window, point( amt_startpos, 6 + x ), print_color, "%4d", it_amt );
}
//print weight column
double it_weight = convert_weight( sitem.weight );
size_t w_precision;
print_color = it_weight > 0 ? thiscolor : thiscolordark;
if( it_weight >= 1000.0 ) {
if( it_weight >= 10000.0 ) {
print_color = selected ? hilite( c_red ) : c_red;
it_weight = 9999.0;
}
w_precision = 0;
} else if( it_weight >= 100.0 ) {
w_precision = 1;
} else {
w_precision = 2;
}
mvwprintz( window, point( weight_startpos, 6 + x ), print_color, "%5.*f", w_precision, it_weight );
//print volume column
bool it_vol_truncated = false;
double it_vol_value = 0.0;
std::string it_vol = format_volume( sitem.volume, 5, &it_vol_truncated, &it_vol_value );
if( it_vol_truncated && it_vol_value > 0.0 ) {
print_color = selected ? hilite( c_red ) : c_red;
} else {
print_color = sitem.volume.value() > 0 ? thiscolor : thiscolordark;
}
mvwprintz( window, point( vol_startpos, 6 + x ), print_color, it_vol );
if( active && sitem.autopickup ) {
mvwprintz( window, point( 1, 6 + x ), magenta_background( it.color_in_inventory() ),
compact ? it.tname().substr( 0, 1 ) : ">" );
}
}
}
struct advanced_inv_sorter {
advanced_inv_sortby sortby;
advanced_inv_sorter( advanced_inv_sortby sort ) {
sortby = sort;
}
bool operator()( const advanced_inv_listitem &d1, const advanced_inv_listitem &d2 ) {
// Note: the item pointer can only be null on sort by category, otherwise it is always valid.
switch( sortby ) {
case SORTBY_NONE:
if( d1.idx != d2.idx ) {
return d1.idx < d2.idx;
}
break;
case SORTBY_NAME:
// Fall through to code below the switch
break;
case SORTBY_WEIGHT:
if( d1.weight != d2.weight ) {
return d1.weight > d2.weight;
}
break;
case SORTBY_VOLUME:
if( d1.volume != d2.volume ) {
return d1.volume > d2.volume;
}
break;
case SORTBY_CHARGES:
if( d1.items.front()->charges != d2.items.front()->charges ) {
return d1.items.front()->charges > d2.items.front()->charges;
}
break;
case SORTBY_CATEGORY:
assert( d1.cat != nullptr );
assert( d2.cat != nullptr );
if( d1.cat != d2.cat ) {
return *d1.cat < *d2.cat;
} else if( d1.is_category_header() ) {
return true;
} else if( d2.is_category_header() ) {
return false;
}
break;
case SORTBY_DAMAGE:
if( d1.items.front()->damage() != d2.items.front()->damage() ) {
return d1.items.front()->damage() < d2.items.front()->damage();
}
break;
case SORTBY_AMMO: {
const std::string a1 = d1.items.front()->ammo_sort_name();
const std::string a2 = d2.items.front()->ammo_sort_name();
// There are many items with "false" ammo types (e.g.
// scrap metal has "components") that actually is not
// used as ammo, so we consider them as non-ammo.
const bool ammoish1 = !a1.empty() && a1 != "components" && a1 != "none" && a1 != "NULL";
const bool ammoish2 = !a2.empty() && a2 != "components" && a2 != "none" && a2 != "NULL";
if( ammoish1 != ammoish2 ) {
return ammoish1;
} else if( ammoish1 && ammoish2 ) {
if( a1 == a2 ) {
// For items with the same ammo type, we sort:
// guns > tools > magazines > ammunition
if( d1.items.front()->is_gun() && !d2.items.front()->is_gun() ) {
return true;
}
if( !d1.items.front()->is_gun() && d2.items.front()->is_gun() ) {
return false;
}
if( d1.items.front()->is_tool() && !d2.items.front()->is_tool() ) {
return true;
}
if( !d1.items.front()->is_tool() && d2.items.front()->is_tool() ) {
return false;
}
if( d1.items.front()->is_magazine() && d2.items.front()->is_ammo() ) {
return true;
}
if( d2.items.front()->is_magazine() && d1.items.front()->is_ammo() ) {
return false;
}
}
return localized_compare( a1, a2 );
}
}
break;
case SORTBY_SPOILAGE:
if( d1.items.front()->spoilage_sort_order() != d2.items.front()->spoilage_sort_order() ) {
return d1.items.front()->spoilage_sort_order() < d2.items.front()->spoilage_sort_order();
}
break;
case SORTBY_PRICE:
if( d1.items.front()->price( true ) != d2.items.front()->price( true ) ) {
return d1.items.front()->price( true ) > d2.items.front()->price( true );
}
break;
}
// secondary sort by name
const std::string *n1;
const std::string *n2;
if( d1.name_without_prefix == d2.name_without_prefix ) {
//if names without prefix equal, compare full name
n1 = &d1.name;
n2 = &d2.name;
} else {
//else compare name without prefix
n1 = &d1.name_without_prefix;
n2 = &d2.name_without_prefix;
}
return localized_compare( *n1, *n2 );
}
};
int advanced_inventory::print_header( advanced_inventory_pane &pane, aim_location sel )
{
const catacurses::window &window = pane.window;
int area = pane.get_area();
int wwidth = getmaxx( window );
int ofs = wwidth - 25 - 2 - 14;
int min_x = wwidth;
for( int i = 0; i < NUM_AIM_LOCATIONS; ++i ) {
int data_location = screen_relative_location( static_cast<aim_location>( i ) );
const char *bracket = squares[data_location].can_store_in_vehicle() ? "<>" : "[]";
bool in_vehicle = pane.in_vehicle() && squares[data_location].id == area && sel == area &&
area != AIM_ALL;
bool all_brackets = area == AIM_ALL && ( data_location >= AIM_SOUTHWEST &&
data_location <= AIM_NORTHEAST );
nc_color bcolor = c_red;
nc_color kcolor = c_red;
if( squares[data_location].canputitems( pane.get_cur_item_ptr() ) ) {
bcolor = in_vehicle ? c_light_blue :
area == data_location || all_brackets ? c_light_gray : c_dark_gray;
kcolor = area == data_location ? c_white : sel == data_location ? c_light_gray : c_dark_gray;
}
const std::string key = get_location_key( static_cast<aim_location>( i ) );
const point p( squares[i].hscreen + point( ofs, 0 ) );
mvwprintz( window, p, bcolor, "%c", bracket[0] );
wprintz( window, kcolor, "%s", in_vehicle && sel != AIM_DRAGGED ? "V" : key );
wprintz( window, bcolor, "%c", bracket[1] );
if( p.x < min_x ) {
min_x = p.x;
}
}
return min_x;
}
void advanced_inventory::recalc_pane( side p )
{
auto &pane = panes[p];
pane.recalc = false;
pane.items.clear();
// Add items from the source location or in case of all 9 surrounding squares,
// add items from several locations.
if( pane.get_area() == AIM_ALL ) {
auto &alls = squares[AIM_ALL];
auto &there = panes[-p + 1];
auto &other = squares[there.get_area()];
alls.volume = 0_ml;
alls.weight = 0_gram;
for( auto &s : squares ) {
// All the surrounding squares, nothing else
if( s.id < AIM_SOUTHWEST || s.id > AIM_NORTHEAST ) {
continue;
}
// To allow the user to transfer all items from all surrounding squares to
// a specific square, filter out items that are already on that square.
// e.g. left pane AIM_ALL, right pane AIM_NORTH. The user holds the
// enter key down in the left square and moves all items to the other side.
const bool same = other.is_same( s );
// Deal with squares with ground + vehicle storage
// Also handle the case when the other tile covers vehicle
// or the ground below the vehicle.
if( s.can_store_in_vehicle() && !( same && there.in_vehicle() ) ) {
bool do_vehicle = there.get_area() == s.id ? !there.in_vehicle() : true;
pane.add_items_from_area( s, do_vehicle );
alls.volume += s.volume;
alls.weight += s.weight;
}
// Add map items
if( !same || there.in_vehicle() ) {
pane.add_items_from_area( s );
alls.volume += s.volume;
alls.weight += s.weight;
}
}
} else {
pane.add_items_from_area( squares[pane.get_area()] );
}
// Insert category headers (only expected when sorting by category)
if( pane.sortby == SORTBY_CATEGORY ) {
std::set<const item_category *> categories;
for( auto &it : pane.items ) {
categories.insert( it.cat );
}
for( auto &cat : categories ) {
pane.items.push_back( advanced_inv_listitem( cat ) );
}
}
// Finally sort all items (category headers will now be moved to their proper position)
std::stable_sort( pane.items.begin(), pane.items.end(), advanced_inv_sorter( pane.sortby ) );
// itemsPerPage is 0 during processing
if( itemsPerPage > 0 ) {
pane.paginate( itemsPerPage );
}
}
void advanced_inventory::redraw_pane( side p )
{
input_context ctxt( "ADVANCED_INVENTORY" );
// don't update ui if processing demands
if( is_processing() ) {
return;
}
auto &pane = panes[p];
if( recalc || pane.recalc ) {
recalc_pane( p );
}
pane.fix_index();
const bool active = p == src;
const advanced_inv_area &square = squares[pane.get_area()];
auto w = pane.window;
werase( w );
print_items( pane, active );
auto itm = pane.get_cur_item_ptr();
// 2 for left border + 1 for padding between name & aim location selector
int width = print_header( pane, itm != nullptr ? itm->area : pane.get_area() ) - 2 - 1;
// only cardinals
// not where you stand, and pane is in vehicle
// make sure the offsets are the same as the grab point
bool same_as_dragged = ( square.id >= AIM_SOUTHWEST && square.id <= AIM_NORTHEAST ) &&
square.id != AIM_CENTER && panes[p].in_vehicle() &&
square.off == squares[AIM_DRAGGED].off;
const advanced_inv_area &sq = same_as_dragged ? squares[AIM_DRAGGED] : square;
bool car = square.can_store_in_vehicle() && panes[p].in_vehicle() && sq.id != AIM_DRAGGED;
trim_and_print( w, point( 2, 1 ), width, active ? c_green : c_light_gray,
car ? sq.veh->name : sq.name );
trim_and_print( w, point( 2, 2 ), width, active ? c_light_blue : c_dark_gray, sq.desc[car] );
trim_and_print( w, point( 2, 3 ), width, active ? c_cyan : c_dark_gray, square.flags );
const int max_page = ( pane.items.size() + itemsPerPage - 1 ) / itemsPerPage;
if( active && max_page > 1 ) {
const int page = pane.index / itemsPerPage;
mvwprintz( w, point( 2, 4 ), c_light_blue, _( "[<] page %1$d of %2$d [>]" ), page + 1, max_page );
}
if( active ) {
wattron( w, c_cyan );
}
// draw a darker border around the inactive pane
draw_border( w, active ? BORDER_COLOR : c_dark_gray );
mvwprintw( w, point( 3, 0 ), _( "< [%s] Sort: %s >" ), ctxt.get_desc( "SORT" ),
get_sortname( pane.sortby ) );
int max = square.max_size;
if( max > 0 ) {
int itemcount = square.get_item_count();
int fmtw = 7 + ( itemcount > 99 ? 3 : itemcount > 9 ? 2 : 1 ) +
( max > 99 ? 3 : max > 9 ? 2 : 1 );
mvwprintw( w, point( w_width / 2 - fmtw, 0 ), "< %d/%d >", itemcount, max );
}
std::string fprefix = string_format( _( "[%s] Filter" ), ctxt.get_desc( "FILTER" ) );
std::string fsuffix = string_format( _( "[%s] Reset" ), ctxt.get_desc( "RESET_FILTER" ) );
if( !filter_edit ) {
if( !pane.filter.empty() ) {
mvwprintw( w, point( 2, getmaxy( w ) - 1 ), "< %s: %s >", fprefix, pane.filter );
} else {
mvwprintw( w, point( 2, getmaxy( w ) - 1 ), "< %s >", fprefix );
}
}
if( active ) {
wattroff( w, c_white );
}
if( !filter_edit && !pane.filter.empty() ) {
mvwprintz( w, point( 6 + utf8_width( fprefix ), getmaxy( w ) - 1 ), c_white,
pane.filter );
mvwprintz( w, point( getmaxx( w ) - utf8_width( fsuffix ) - 2, getmaxy( w ) - 1 ), c_white, "%s",
fsuffix );
}
wnoutrefresh( w );
}
// be explicit with the values
enum aim_entry {
ENTRY_START = 0,
ENTRY_VEHICLE = 1,
ENTRY_MAP = 2,
ENTRY_RESET = 3
};
bool advanced_inventory::move_all_items( bool nested_call )
{
advanced_inventory_pane &spane = panes[src];
advanced_inventory_pane &dpane = panes[dest];
// AIM_ALL source area routine
if( spane.get_area() == AIM_ALL ) {
// move all to `AIM_WORN' doesn't make sense (see `MAX_WORN_PER_TYPE')
if( dpane.get_area() == AIM_WORN ) {
popup( _( "You look at the items, then your clothes, and scratch your head…" ) );
return false;
}
// if the source pane (AIM_ALL) is empty, then show a message and leave
if( !is_processing() && spane.items.empty() ) {
popup( _( "There are no items to be moved!" ) );
return false;
}
advanced_inv_area &sarea = squares[spane.get_area()];
advanced_inv_area &darea = squares[dpane.get_area()];
// Check first if the destination area still have enough room for moving all.
if( !is_processing() && sarea.volume > darea.free_volume( dpane.in_vehicle() ) &&
!query_yn( _( "There isn't enough room, do you really want to move all?" ) ) ) {
return false;
}
// make sure that there are items to be moved
bool done = false;
// copy the current pane, to be restored after the move is queued
advanced_inventory_pane shadow = panes[src];
// here we recursively call this function with each area in order to
// put all items in the proper destination area, with minimal fuss
int &loc = save_state->aim_all_location;
// re-entry nonsense
int &entry = save_state->re_enter_move_all;
// if we are just starting out, set entry to initial value
switch( static_cast<aim_entry>( entry++ ) ) {
case ENTRY_START:
++entry;
/* fallthrough */
case ENTRY_VEHICLE:
if( squares[loc].can_store_in_vehicle() ) {
// either do the inverse of the pane (if it is the one we are transferring to),
// or just transfer the contents (if it is not the one we are transferring to)
spane.set_area( squares[loc], dpane.get_area() == loc ? !dpane.in_vehicle() : true );
// add items, calculate weights and volumes... the fun stuff
recalc_pane( src );
// then move the items to the destination area
move_all_items( true );
}
break;
case ENTRY_MAP:
spane.set_area( squares[loc++], false );
recalc_pane( src );
move_all_items( true );
break;
case ENTRY_RESET:
if( loc > AIM_AROUND_END ) {
loc = AIM_AROUND_BEGIN;
entry = ENTRY_START;
done = true;
} else {
entry = ENTRY_VEHICLE;
}
break;
default:
debugmsg( "Invalid `aim_entry' [%d] reached!", entry - 1 );
entry = ENTRY_START;
loc = AIM_AROUND_BEGIN;
return false;
}
// restore the pane to its former glory
panes[src] = shadow;
// make it auto loop back, if not already doing so
if( !done && !g->u.activity ) {
do_return_entry();
}
return true;
}
// Check some preconditions to quickly leave the function.
size_t liquid_items = 0;
for( const advanced_inv_listitem &elem : spane.items ) {
for( const item *elemit : elem.items ) {
if( elemit->made_of( LIQUID ) ) {
liquid_items++;
}
}
}
if( spane.items.empty() || liquid_items == spane.items.size() ) {
return false;
}
bool restore_area = false;
if( dpane.get_area() == AIM_ALL ) {
auto loc = dpane.get_area();
// ask where we want to store the item via the menu
if( !query_destination( loc ) ) {
return false;
}
restore_area = true;
}
if( !squares[dpane.get_area()].canputitems() ) {
popup( _( "You can't put items there!" ) );
return false;
}
advanced_inv_area &sarea = squares[spane.get_area()];
advanced_inv_area &darea = squares[dpane.get_area()];
// Make sure source and destination are different, otherwise items will disappear
// Need to check actual position to account for dragged vehicles
if( dpane.get_area() == AIM_DRAGGED && sarea.pos == darea.pos &&
spane.in_vehicle() == dpane.in_vehicle() ) {
return false;
} else if( spane.get_area() == dpane.get_area() && spane.in_vehicle() == dpane.in_vehicle() ) {
return false;
}
if( nested_call || !get_option<bool>( "CLOSE_ADV_INV" ) ) {
// Why is this here? It's because the activity backlog can act
// like a stack instead of a single deferred activity in order to
// accomplish some UI shenanigans. The inventory menu activity is
// added, then an activity to drop is pushed on the stack, then
// the drop activity is repeatedly popped and pushed on the stack
// until all its items are processed. When the drop activity runs out,
// the inventory menu activity is there waiting and seamlessly returns
// the player to the menu. If the activity is interrupted instead of
// completing, both activities are canceled.
// Thanks to kevingranade for the explanation.
do_return_entry();
}
map &here = get_map();
if( spane.get_area() == AIM_INVENTORY || spane.get_area() == AIM_WORN ) {
drop_locations dropped;
// keep a list of favorites separated, only drop non-fav first if they exist
drop_locations dropped_favorite;
if( spane.get_area() == AIM_INVENTORY ) {
for( size_t index = 0; index < g->u.inv.size(); ++index ) {
const std::list<item> &stack = g->u.inv.const_stack( index );
const item &it = stack.front();
item_location indexed_item( g->u, const_cast<item *>( &it ) );
if( !spane.is_filtered( it ) ) {
int count;
if( it.count_by_charges() ) {
count = it.charges;
} else {
count = stack.size();
}
if( it.is_favorite ) {
dropped_favorite.emplace_back( indexed_item, count );
} else {
dropped.emplace_back( indexed_item, count );
}
}
}
} else if( spane.get_area() == AIM_WORN ) {
// do this in reverse, to account for vector item removal messing with future indices
auto iter = g->u.worn.rbegin();
for( size_t idx = 0; idx < g->u.worn.size(); ++idx, ++iter ) {
item &it = *iter;
if( !g->u.can_takeoff( it ).success() ) {
continue;
}
if( !spane.is_filtered( it ) ) {
item_location loc( g->u, &it );
if( it.is_favorite ) {
dropped_favorite.emplace_back( loc, it.count() );
} else {
dropped.emplace_back( loc, it.count() );
}
}
}
}
if( dropped.empty() ) {
if( !query_yn( _( "Really drop all your favorite items?" ) ) ) {
return false;
}
dropped = dropped_favorite;
}
g->u.drop( dropped, g->u.pos() + darea.off );
} else {
if( dpane.get_area() == AIM_WORN ) {
// TODO: Start ACT_WEAR in this case
debugmsg( "Wearing clothes using move all is not yet implemented" );
} else {
// Vehicle and map destinations are handled the same.
// Check first if the destination area still have enough room for moving all.
if( !is_processing() && sarea.volume > darea.free_volume( dpane.in_vehicle() ) &&
!query_yn( _( "There isn't enough room, do you really want to move all?" ) ) ) {
return false;
}
// Stash the destination
const tripoint relative_destination = darea.off;
// Find target items and quantities thereof for the new activity
std::vector<item_location> target_items;
std::vector<int> quantities;
item_stack::iterator stack_begin, stack_end;
if( panes[src].in_vehicle() ) {
vehicle_stack targets = sarea.veh->get_items( sarea.vstor );
stack_begin = targets.begin();
stack_end = targets.end();
} else {
map_stack targets = here.i_at( sarea.pos );
stack_begin = targets.begin();
stack_end = targets.end();
}
// If moving to vehicle, silently filter buckets
// Moving them would cause tons of annoying prompts or spills
const bool filter_buckets = dpane.in_vehicle();
bool filtered_any_bucket = false;
// Push item_locations and item counts for all items at placement
for( item_stack::iterator it = stack_begin; it != stack_end; ++it ) {
if( spane.is_filtered( *it ) ) {
continue;
}
if( filter_buckets && it->is_bucket_nonempty() ) {
filtered_any_bucket = true;
continue;
}
if( spane.in_vehicle() ) {
target_items.emplace_back( vehicle_cursor( *sarea.veh, sarea.vstor ), &*it );
} else {
target_items.emplace_back( map_cursor( sarea.pos ), &*it );
}
// quantity of 0 means move all
quantities.push_back( 0 );
}
if( filtered_any_bucket ) {
add_msg( m_info, _( "Skipping filled buckets to avoid spilling their contents." ) );
}
if( dpane.get_area() == AIM_INVENTORY ) {
std::vector<pickup::pick_drop_selection> targets = pickup::optimize_pickup( target_items,
quantities );
g->u.assign_activity( player_activity( pickup_activity_actor(
targets,
panes[src].in_vehicle() ? cata::nullopt : cata::optional<tripoint>( g->u.pos() )
) ) );
} else {
g->u.assign_activity( player_activity( move_items_activity_actor(
target_items,
quantities,
dpane.in_vehicle(),
relative_destination
) ) );
}
}
}
// if dest was AIM_ALL then we used query_destination and should undo that
if( restore_area ) {
dpane.restore_area();
}
return true;
}
bool advanced_inventory::show_sort_menu( advanced_inventory_pane &pane )
{
uilist sm;
sm.text = _( "Sort by…" );
sm.addentry( SORTBY_NONE, true, 'u', _( "Unsorted (recently added first)" ) );
sm.addentry( SORTBY_NAME, true, 'n', get_sortname( SORTBY_NAME ) );
sm.addentry( SORTBY_WEIGHT, true, 'w', get_sortname( SORTBY_WEIGHT ) );
sm.addentry( SORTBY_VOLUME, true, 'v', get_sortname( SORTBY_VOLUME ) );
sm.addentry( SORTBY_CHARGES, true, 'x', get_sortname( SORTBY_CHARGES ) );
sm.addentry( SORTBY_CATEGORY, true, 'c', get_sortname( SORTBY_CATEGORY ) );
sm.addentry( SORTBY_DAMAGE, true, 'd', get_sortname( SORTBY_DAMAGE ) );
sm.addentry( SORTBY_AMMO, true, 'a', get_sortname( SORTBY_AMMO ) );
sm.addentry( SORTBY_SPOILAGE, true, 's', get_sortname( SORTBY_SPOILAGE ) );
sm.addentry( SORTBY_PRICE, true, 'b', get_sortname( SORTBY_PRICE ) );
// Pre-select current sort.
sm.selected = pane.sortby - SORTBY_NONE;
// Calculate key and window variables, generate window,
// and loop until we get a valid answer.
sm.query();
if( sm.ret < SORTBY_NONE ) {
return false;
}
pane.sortby = static_cast<advanced_inv_sortby>( sm.ret );
return true;