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advanced_inv.cpp
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advanced_inv.cpp
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#include "game.h"
#include "keypress.h"
#include "output.h"
#include "map.h"
#include <map>
#include <set>
#include <algorithm>
#include <string>
#include <fstream>
#include <sstream>
#include <math.h>
#include <vector>
#include "catacharset.h"
#include "translations.h"
#include "uistate.h"
#include "helper.h"
#include "auto_pickup.h"
#ifdef _MSC_VER
// MSVC doesn't have c99-compatible "snprintf", so do what picojson does and use _snprintf_s instead
#define snprintf _snprintf_s
#endif
#include "advanced_inv.h"
#define ADVINVOFS 7
// abstract of selected origin which can be inventory, or map tile / vehicle storage / aggregate
int getsquare(int c , int &off_x, int &off_y, std::string &areastring, advanced_inv_area *squares) {
int ret=-1;
if (!( c >= 0 && c <= 10 )) return ret;
ret=c;
off_x = squares[ret].offx;
off_y = squares[ret].offy;
areastring = squares[ret].name;
return ret;
}
int getsquare(char c , int &off_x, int &off_y, std::string &areastring, advanced_inv_area *squares) {
int ret=-1;
switch(c)
{
case '0':
case 'I':
ret=0;
break;
case '1':
case 'B':
ret=1;
break;
case '2':
case 'J':
ret=2;
break;
case '3':
case 'N':
ret=3;
break;
case '4':
case 'H':
ret=4;
break;
case '5':
case 'G':
ret=5;
break;
case '6':
case 'L':
ret=6;
break;
case '7':
case 'Y':
ret=7;
break;
case '8':
case 'K':
ret=8;
break;
case '9':
case 'U':
ret=9;
break;
case 'a':
ret=10;
break;
default :
return -1;
}
return getsquare(ret,off_x,off_y,areastring, squares);
}
void advanced_inventory::print_items(advanced_inventory_pane &pane, bool active)
{
std::vector<advanced_inv_listitem> &items = pane.items;
WINDOW* window = pane.window;
int page = pane.page;
int selected_index = pane.index;
bool isinventory = ( pane.area == 0 );
bool isall = ( pane.area == 10 );
int itemsPerPage;
itemsPerPage = getmaxy( window ) - ADVINVOFS; // fixme
int columns = getmaxx( window );
int rightcol = columns - 8;
int amount_column = columns - 15;
nc_color norm = active ? c_white : c_dkgray;
std::string spaces(getmaxx(window)-4, ' ');
bool compact=(TERMX<=100);
if(isinventory) {
int hrightcol=rightcol; // intentionally -not- shifting rightcol since heavy items are rare, and we're stingy on screenspace
if (g->u.convert_weight(g->u.weight_carried()) > 9.9 ) {
hrightcol--;
if (g->u.convert_weight(g->u.weight_carried()) > 99.9 ) { // not uncommon
hrightcol--;
if (g->u.convert_weight(g->u.weight_carried()) > 999.9 ) {
hrightcol--;
if (g->u.convert_weight(g->u.weight_carried()) > 9999.9 ) { // hohum. time to consider tile destruction and sinkholes elsewhere?
hrightcol--;
}
}
}
}
mvwprintz( window, 4, hrightcol, c_ltgreen, "%3.1f %3d", g->u.convert_weight(g->u.weight_carried()), g->u.volume_carried() );
} else {
int hrightcol=rightcol; // intentionally -not- shifting rightcol since heavy items are rare, and we're stingy on screenspace
if (g->u.convert_weight(squares[pane.area].weight) > 9.9 ) {
hrightcol--;
if (g->u.convert_weight(squares[pane.area].weight) > 99.9 ) { // not uncommon
hrightcol--;
if (g->u.convert_weight(squares[pane.area].weight) > 999.9 ) {
hrightcol--;
if (g->u.convert_weight(squares[pane.area].weight) > 9999.9 ) { // hohum. time to consider tile destruction and sinkholes elsewhere?
hrightcol--;
}
}
}
}
if ( squares[pane.area].volume > 999 ) { // pile 'o dead bears
hrightcol--;
if ( squares[pane.area].volume > 9999 ) { // theoretical limit; 1024*9
hrightcol--;
}
}
mvwprintz( window, 4, hrightcol, norm, "%3.1f %3d", g->u.convert_weight(squares[pane.area].weight), squares[pane.area].volume);
}
mvwprintz( window, 5, ( compact ? 1 : 4 ), c_ltgray, _("Name (charges)") );
if (isinventory) {
//~ advanced inventory; "amount", "weight", "volume"; 14 letters
mvwprintz( window, 5, rightcol - 7, c_ltgray, _("amt weight vol") );
} else if (isall) {
//~ advanced inventory; "source", "weight", "volume"; 14 letters
mvwprintz( window, 5, rightcol - 7, c_ltgray, _("src weight vol") );
} else {
//~ advanced inventory; "weight", "volume"; 14 letters, right-aligned
mvwprintz( window, 5, rightcol - 7, c_ltgray, _(" weight vol") );
}
for(int i = page * itemsPerPage , x = 0 ; i < items.size() && x < itemsPerPage ; i++ ,x++) {
if ( items[i].volume == -8 ) { // I'm a header!
mvwprintz(window,6+x,( columns - items[i].name.size()-6 )/2,c_cyan, "[%s]", items[i].name.c_str() );
} else {
nc_color thiscolor = active ? items[i].it->color(&g->u) : norm;
nc_color thiscolordark = c_dkgray;
if(active && selected_index == x)
{
thiscolor = hilite(thiscolor);
thiscolordark = hilite(thiscolordark);
if ( compact ) {
mvwprintz(window,6+x,1,thiscolor, " %s", spaces.c_str());
} else {
mvwprintz(window,6+x,1,thiscolor, ">>%s", spaces.c_str());
}
}
mvwprintz(window, 6 + x, ( compact ? 1 : 4 ), thiscolor, "%s", items[i].it->tname(g).c_str() );
if(items[i].it->charges > 0) {
wprintz(window, thiscolor, " (%d)",items[i].it->charges);
} else if(items[i].it->contents.size() == 1 && items[i].it->contents[0].charges > 0) {
wprintz(window, thiscolor, " (%d)",items[i].it->contents[0].charges);
}
if( isinventory && items[i].stacks > 1 ) {
mvwprintz(window, 6 + x, amount_column, thiscolor, "[%d]", items[i].stacks);
} else if ( isall ) {
mvwprintz(window, 6 + x, amount_column, thiscolor, "%s", squares[items[i].area].shortname.c_str());
}
//mvwprintz(window, 6 + x, amount_column-3, thiscolor, "%d", items[i].cat);
int xrightcol=rightcol;
if (g->u.convert_weight(items[i].weight) > 9.9 ) {
xrightcol--;
if (g->u.convert_weight(items[i].weight) > 99.9 ) {
xrightcol--;
if (g->u.convert_weight(items[i].weight) > 999.9 ) { // anything beyond this is excessive. Enjoy your clear plastic bottle of neutronium
xrightcol--;
}
}
}
if ( items[i].volume > 999 ) { // does not exist, but can fit in 1024 tile limit
xrightcol--;
if ( items[i].volume > 9999 ) { // oh hey what about z levels. best give up now
xrightcol--;
}
}
mvwprintz(window, 6 + x, xrightcol, (g->u.convert_weight(items[i].weight) > 0 ? thiscolor : thiscolordark),
"%3.1f", g->u.convert_weight(items[i].weight) );
wprintz(window, (items[i].volume > 0 ? thiscolor : thiscolordark), " %3d", items[i].volume );
if(active && items[i].autopickup==true) {
mvwprintz(window,6+x,1, magenta_background(items[i].it->color(&g->u)),"%s",(compact?items[i].it->tname(g).substr(0,1):">").c_str());
}
}
}
}
// should probably move to an adv_inv_pane class
enum advanced_inv_sortby {
SORTBY_NONE = 1 , SORTBY_NAME, SORTBY_WEIGHT, SORTBY_VOLUME, SORTBY_CHARGES, SORTBY_CATEGORY, NUM_SORTBY
};
struct advanced_inv_sort_case_insensitive_less : public std::binary_function< char,char,bool > {
bool operator () (char x, char y) const {
return toupper( static_cast< unsigned char >(x)) < toupper( static_cast< unsigned char >(y));
}
};
struct advanced_inv_sorter {
int sortby;
advanced_inv_sorter(int sort) { sortby=sort; };
bool operator()(const advanced_inv_listitem& d1, const advanced_inv_listitem& d2) {
if ( sortby != SORTBY_NAME ) {
switch(sortby) {
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.it->charges != d2.it->charges ) return d1.it->charges > d2.it->charges;
break;
}
case SORTBY_CATEGORY: {
if ( d1.cat != d2.cat ) {
return d1.cat < d2.cat;
} else if ( d1.volume == -8 ) {
return true;
} else if ( d2.volume == -8 ) {
return false;
}
break;
}
default: return d1.idx > d2.idx; break;
};
}
// secondary sort by name
std::string n1=d1.name;
std::string n2=d2.name;
return std::lexicographical_compare( n1.begin(), n1.end(),
n2.begin(), n2.end(), advanced_inv_sort_case_insensitive_less() );
};
};
void advanced_inv_menu_square(advanced_inv_area* squares, uimenu *menu ) {
int ofs=-25-4;
int sel=menu->selected+1;
for ( int i=1; i < 10; i++ ) {
char key=(char)(i+48);
char bracket[3]="[]";
if ( squares[i].vstor >= 0 ) strcpy(bracket,"<>");
bool canputitems=( squares[i].canputitems && menu->entries[i-1].enabled ? true : false);
nc_color bcolor = ( canputitems ? ( sel == i ? h_cyan : c_cyan ) : c_dkgray );
nc_color kcolor = ( canputitems ? ( sel == i ? h_ltgreen : c_ltgreen ) : c_dkgray );
mvwprintz(menu->window,squares[i].hscreenx+5,squares[i].hscreeny+ofs, bcolor, "%c", bracket[0]);
wprintz(menu->window, kcolor, "%c", key);
wprintz(menu->window, bcolor, "%c", bracket[1]);
}
}
void advanced_inv_print_header(advanced_inv_area* squares, advanced_inventory_pane &pane, int sel=-1 )
{
WINDOW* window=pane.window;
int area=pane.area;
int wwidth=getmaxx(window);
int ofs=wwidth-25-2-14;
for ( int i=0; i < 11; i++ ) {
char key=( i == 0 ? 'I' : ( i == 10 ? 'A' : (char)(i+48) ) );
char bracket[3]="[]";
if ( squares[i].vstor >= 0 ) strcpy(bracket,"<>");
nc_color bcolor = ( squares[i].canputitems ? ( area == i || ( area == 10 && i != 0 ) ? c_cyan : c_ltgray ) : c_red );
nc_color kcolor = ( squares[i].canputitems ? ( area == i ? c_ltgreen : ( i == sel ? c_cyan : c_ltgray ) ) : c_red );
mvwprintz(window,squares[i].hscreenx,squares[i].hscreeny+ofs, bcolor, "%c", bracket[0]);
wprintz(window, kcolor, "%c", key);
wprintz(window, bcolor, "%c", bracket[1]);
}
}
void advanced_inv_update_area( advanced_inv_area &area, game *g ) {
int i = area.id;
player u = g->u;
area.x = g->u.posx+area.offx;
area.y = g->u.posy+area.offy;
area.size = 0;
area.veh = NULL;
area.vstor = -1;
area.desc = "";
if( i > 0 && i < 10 ) {
int vp = 0;
area.veh = g->m.veh_at( u.posx+area.offx,u.posy+area.offy, vp );
if ( area.veh ) {
area.vstor = area.veh->part_with_feature(vp, "CARGO", false);
}
if ( area.vstor >= 0 ) {
area.desc = area.veh->name;
area.canputitems=true;
area.size = area.veh->parts[area.vstor].items.size();
area.max_size = MAX_ITEM_IN_VEHICLE_STORAGE;
area.max_volume = area.veh->max_volume(area.vstor);
} else {
area.canputitems=(!(g->m.has_flag(noitem,u.posx+area.offx,u.posy+area.offy)) && !(g->m.has_flag(sealed,u.posx+area.offx,u.posy+area.offy) ));
area.size = g->m.i_at(u.posx+area.offx,u.posy+area.offy).size();
area.max_size = MAX_ITEM_IN_SQUARE;
area.max_volume = g->m.max_volume(u.posx+area.offx,u.posy+area.offy);
if (g->m.graffiti_at(u.posx+area.offx,u.posy+area.offy).contents) {
area.desc = g->m.graffiti_at(u.posx+area.offx,u.posy+area.offy).contents->c_str();
}
}
} else if ( i == 0 ) {
area.size=u.inv.size();
area.canputitems=true;
} else {
area.desc = _("All 9 squares");
area.canputitems=true;
}
area.volume=0; // must update in main function
area.weight=0; // must update in main function
}
int advanced_inv_getinvcat(item *it) {
if ( it->is_gun() ) return 0;
if ( it->is_ammo() ) return 1;
if ( it->is_weap() ) return 2;
if ( it->is_tool() ) return 3;
if ( it->is_armor() ) return 4;
if ( it->is_food_container() ) return 5;
if ( it->is_food() ) {
it_comest* comest = dynamic_cast<it_comest*>(it->type);
return ( comest->comesttype != "MED" ? 5 : 6 );
}
if ( it->is_book() ) return 7;
if (it->is_gunmod() || it->is_bionic()) return 8;
return 9;
}
std::string center_text(const char *str, int width)
{
std::string spaces;
int numSpaces = width - strlen(str);
for (int i = 0; i < numSpaces / 2; i++) {
spaces += " ";
}
return spaces + std::string(str);
}
void advanced_inventory::init(game *gp, player *pp)
{
this->g = gp;
this->p = pp;
advanced_inv_area initsquares[11] = {
{0, 2, 25, 0, 0, 0, 0, _("Inventory"), "IN", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{1, 3, 30, -1, 1, 0, 0, _("South West"), "SW", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{2, 3, 33, 0, 1, 0, 0, _("South"), "S", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{3, 3, 36, 1, 1, 0, 0, _("South East"), "SE", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{4, 2, 30, -1, 0, 0, 0, _("West"), "W", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{5, 2, 33, 0, 0, 0, 0, _("Directly below you"), "DN", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{6, 2, 36, 1, 0, 0, 0, _("East"), "E", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{7, 1, 30, -1, -1, 0, 0, _("North West"), "NW", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{8, 1, 33, 0, -1, 0, 0, _("North"), "N", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{9, 1, 36, 1, -1, 0, 0, _("North East"), "NE", false, NULL, -1, 0, "", 0, 0, 0, 0 },
{10, 3, 25, 0, 0, 0, 0, _("Surrounding area"), "AL", false, NULL, -1, 0, "", 0, 0, 0, 0 }
};
for ( int i = 0; i < 11; i++ ) {
squares[i] = initsquares[i];
advanced_inv_update_area(squares[i], g);
}
panes[left].pos = 0;
panes[left].area = 5;
panes[right].pos = 1;
panes[right].area = isinventory;
panes[left].sortby = uistate.adv_inv_leftsort;
panes[right].sortby = uistate.adv_inv_rightsort;
panes[left].area = uistate.adv_inv_leftarea;
panes[right].area = uistate.adv_inv_rightarea;
bool moved = ( uistate.adv_inv_last_coords.x != p->posx || uistate.adv_inv_last_coords.y != p->posy );
if ( !moved || panes[left].area == isinventory ) {
panes[left].index = uistate.adv_inv_leftindex;
panes[left].page = uistate.adv_inv_leftpage;
}
if ( !moved || panes[right].area == isinventory ) {
panes[right].index = uistate.adv_inv_rightindex;
panes[right].page = uistate.adv_inv_rightpage;
}
panes[left].filter = uistate.adv_inv_leftfilter;
panes[right].filter = uistate.adv_inv_rightfilter;
checkshowmsg = false;
showmsg = false;
itemsPerPage = 10;
w_height = (TERMY < min_w_height + head_height) ? min_w_height : TERMY - head_height;
w_width = (TERMX < min_w_width) ? min_w_width : (TERMX > max_w_width) ? max_w_width : (int)TERMX;
headstart = 0; //(TERMY>w_height)?(TERMY-w_height)/2:0;
colstart = (TERMX > w_width) ? (TERMX - w_width) / 2 : 0;
// todo: awaiting ui::menu // last_tmpdest=-1;
exit = false;
redraw = true;
recalc = true;
lastCh = 0;
src = left; // the active screen , 0 for left , 1 for right.
dest = right;
max_inv = inv_chars.size() - p->worn.size() - ( p->is_armed() || p->weapon.is_style() ? 1 : 0 );
examineScroll = false;
filter_edit = false;
}
bool cached_lcmatch(const std::string &str, const std::string &findstr, std::map<std::string, bool> & filtercache)
{
if ( filtercache.find(str) == filtercache.end() ) {
std::string ret = "";
ret.reserve( str.size() );
transform( str.begin(), str.end(), std::back_inserter(ret), tolower );
bool ismatch = ( ret.find( findstr ) != -1 );
filtercache[ str ] = ismatch;
return ismatch;
} else {
return filtercache[ str ];
}
}
void advanced_inventory::recalc_pane(int i)
{
panes[i].recalc = false;
bool filtering = ( panes[i].filter.size() > 0 );
player &u = *p;
map &m = g->m;
std::string invcats[10] = { _("guns"), _("ammo"), _("weapons"), _("tools"), _("clothing"), _("food"), _("drugs"), _("books"), _("mods"), _("other") };
int idest = (i == left ? right : left);
panes[i].items.clear();
bool hascat[10] = {false, false, false, false, false, false, false, false, false, false};
panes[i].numcats = 0;
int avolume = 0;
int aweight = 0;
if(panes[i].area == isinventory) {
invslice stacks = u.inv.slice(0, u.inv.size());
for( int x = 0; x < stacks.size(); ++x ) {
item &item = stacks[x]->front();
advanced_inv_listitem it;
it.name = item.tname(g);
if ( filtering && ! cached_lcmatch(it.name, panes[i].filter, panes[i].filtercache ) ) {
continue;
}
it.idx = x;
// todo: for the love of gods create a u.inv.stack_by_int()
int size = u.inv.stack_by_letter(item.invlet).size();
if ( size < 1 ) {
size = 1;
}
it.autopickup = hasPickupRule(it.name);
it.stacks = size;
it.weight = item.weight() * size;
it.volume = item.volume() * size;
it.cat = advanced_inv_getinvcat(&item);
it.it = &item;
it.area = panes[i].area;
if( !hascat[it.cat] ) {
hascat[it.cat] = true;
panes[i].numcats++;
if(panes[i].sortby == SORTBY_CATEGORY) {
advanced_inv_listitem itc;
itc.idx = -8;
itc.stacks = -8;
itc.weight = -8;
itc.volume = -8;
itc.cat = it.cat;
itc.name = invcats[it.cat];
itc.area = panes[i].area;
panes[i].items.push_back(itc);
}
}
avolume += it.volume;
aweight += it.weight;
panes[i].items.push_back(it);
}
} else {
int s1 = panes[i].area;
int s2 = panes[i].area;
if ( panes[i].area == isall ) {
s1 = 1;
s2 = 9;
}
for(int s = s1; s <= s2; s++) {
int savolume = 0;
int saweight = 0;
advanced_inv_update_area(squares[s], g);
//mvprintw(s+(i*10), 0, "%d %d ",i,s);
if( panes[idest].area != s && squares[s].canputitems ) {
std::vector<item>& items = squares[s].vstor >= 0 ?
squares[s].veh->parts[squares[s].vstor].items :
m.i_at(squares[s].x , squares[s].y );
for(int x = 0; x < items.size() ; x++) {
advanced_inv_listitem it;
it.idx = x;
it.name = items[x].tname(g);
if ( filtering && ! cached_lcmatch(it.name, panes[i].filter, panes[i].filtercache ) ) {
continue;
}
it.autopickup = hasPickupRule(it.name);
it.stacks = 1;
it.weight = items[x].weight();
it.volume = items[x].volume();
it.cat = advanced_inv_getinvcat(&items[x]);
it.it = &items[x];
it.area = s;
if( ! hascat[it.cat] ) {
hascat[it.cat] = true;
panes[i].numcats++;
if(panes[i].sortby == SORTBY_CATEGORY) {
advanced_inv_listitem itc;
itc.idx = -8;
itc.stacks = -8;
itc.weight = -8;
itc.volume = -8;
itc.cat = it.cat;
itc.name = invcats[it.cat];
itc.area = s;
panes[i].items.push_back(itc);
}
}
savolume += it.volume;
saweight += it.weight;
panes[i].items.push_back(it);
} // for(int x = 0; x < items.size() ; x++)
} // if( panes[idest].area != s && squares[s].canputitems )
avolume += savolume;
aweight += saweight;
} // for(int s = s1; s <= s2; s++)
} // if(panes[i].area ?? isinventory)
advanced_inv_update_area(squares[panes[i].area], g);
squares[panes[i].area].volume = avolume;
squares[panes[i].area].weight = aweight;
panes[i].veh = squares[panes[i].area].veh; // <--v-- todo deprecate
panes[i].vstor = squares[panes[i].area].vstor;
panes[i].size = panes[i].items.size();
// sort the stuff
switch(panes[i].sortby) {
case SORTBY_NONE:
if ( i != isinventory ) {
std::sort( panes[i].items.begin(), panes[i].items.end(), advanced_inv_sorter(SORTBY_NONE) );
}
break;
default:
std::sort( panes[i].items.begin(), panes[i].items.end(), advanced_inv_sorter( panes[i].sortby ) );
break;
}
}
void advanced_inventory::redraw_pane( int i )
{
std::string sortnames[8] = { "-none-", _("none"), _("name"), _("weight"), _("volume"), _("charges"), _("category"), "-" };
// calculate the offset.
getsquare(panes[i].area, panes[i].offx, panes[i].offy, panes[i].area_string, squares);
if( recalc || panes[i].recalc == true ) {
recalc_pane(i);
}
panes[i].redraw = false;
// paginate (not sure why)
panes[i].max_page = (int)ceil(panes[i].size / (itemsPerPage + 0.0)); //(int)ceil(panes[i].size/20.0);
panes[i].max_index = panes[i].page == (-1 + panes[i].max_page) ? ((panes[i].size % itemsPerPage) == 0 ? itemsPerPage : panes[i].size % itemsPerPage) : itemsPerPage;
// check if things are out of bound
panes[i].index = (panes[i].index >= panes[i].max_index) ? panes[i].max_index - 1 : panes[i].index;
panes[i].page = panes[i].max_page == 0 ? 0 : ( panes[i].page >= panes[i].max_page ? panes[i].max_page - 1 : panes[i].page);
if( panes[i].sortby == SORTBY_CATEGORY && panes[i].items.size() > 0 ) {
int lpos = panes[i].index + (panes[i].page * itemsPerPage);
if ( lpos < panes[i].items.size() && panes[i].items[lpos].volume == -8 ) {
panes[i].index += ( panes[i].index + 1 >= itemsPerPage ? -1 : 1 );
}
}
// draw the stuff
werase(panes[i].window);
print_items( panes[i], (src == i) );
int sel = -1;
if ( panes[i].size > 0 ) {
sel = panes[i].items[panes[i].index].area;
}
advanced_inv_print_header(squares, panes[i], sel );
// todo move --v to --^
mvwprintz(panes[i].window, 1, 2, src == i ? c_cyan : c_ltgray, "%s", panes[i].area_string.c_str());
mvwprintz(panes[i].window, 2, 2, src == i ? c_green : c_dkgray , "%s", squares[panes[i].area].desc.c_str() );
///
if ( i == src ) {
if(panes[src].max_page > 1 ) {
mvwprintz(panes[src].window, 4, 2, c_ltblue, _("[<] page %d of %d [>]"), panes[src].page + 1, panes[src].max_page);
}
}
////////////
if ( src == i ) {
wattron(panes[i].window, c_cyan);
}
wborder(panes[i].window, LINE_XOXO, LINE_XOXO, LINE_OXOX, LINE_OXOX, LINE_OXXO, LINE_OOXX, LINE_XXOO, LINE_XOOX);
mvwprintw(panes[i].window, 0, 3, _("< [s]ort: %s >"), sortnames[ ( panes[i].sortby <= 6 ? panes[i].sortby : 0 ) ].c_str() );
int max = ( panes[i].area == isinventory ? max_inv : MAX_ITEM_IN_SQUARE );
if ( panes[i].area == isall ) {
max *= 9;
}
int fmtw = 7 + ( panes[i].size > 99 ? 3 : panes[i].size > 9 ? 2 : 1 ) + ( max > 99 ? 3 : max > 9 ? 2 : 1 );
mvwprintw(panes[i].window, 0 , (w_width / 2) - fmtw, "< %d/%d >", panes[i].size, max );
const char * fprefix = _("[F]ilter");
if ( ! filter_edit ) {
if ( panes[i].filter.size() > 0 ) {
mvwprintw(panes[i].window, getmaxy(panes[i].window) - 1, 2, "< %s: %s >", fprefix, panes[i].filter.c_str() );
} else {
mvwprintw(panes[i].window, getmaxy(panes[i].window) - 1, 2, "< %s >", fprefix );
}
}
if ( src == i ) {
wattroff(panes[i].window, c_white);
}
if ( ! filter_edit && panes[i].filter.size() > 0 ) {
mvwprintz(panes[i].window, getmaxy(panes[i].window) - 1, 6 + strlen(fprefix), c_white, "%s", panes[i].filter.c_str() );
}
////////////
}
void advanced_inventory::display(game * gp, player * pp) {
init(gp, pp);
player & u=*p;
map & m = g->m;
u.inv.sort();
u.inv.restack((&g->u));
std::string sortnames[8] = { "-none-", _("none"), _("name"), _("weight"), _("volume"), _("charges"), _("category"), "-" };
WINDOW *head = newwin(head_height,w_width, headstart, colstart);
WINDOW *left_window = newwin(w_height,w_width/2, headstart+head_height,colstart);
WINDOW *right_window = newwin(w_height,w_width/2, headstart+head_height,colstart+w_width/2);
itemsPerPage=getmaxy(left_window)-ADVINVOFS;
panes[left].window = left_window;
panes[right].window = right_window;
while(!exit)
{
dest = (src==left ? right : left);
for (int i = 0; i < 2; i++) {
if ( panes[i].recalc ) panes[i].redraw = true; // per pane recalc = per pane redraw
}
if ( recalc ) redraw=true; // global recalc = global redraw
if(redraw || panes[0].redraw || panes[1].redraw ) // any redraw = redraw everything except opposite
{
max_inv = inv_chars.size() - u.worn.size() - ( u.is_armed() || u.weapon.is_style() ? 1 : 0 );
for (int i = 0; i < 2; i++) {
if ( redraw || panes[i].redraw ) {
redraw_pane( i );
}
}
recalc=false;
werase(head);
{
wborder(head,LINE_XOXO,LINE_XOXO,LINE_OXOX,LINE_OXOX,LINE_OXXO,LINE_OOXX,LINE_XXOO,LINE_XOOX);
if ( ! showmsg ) {
mvwprintz(head,0,w_width-18,c_white,_("< [?] show log >"));
mvwprintz(head,1,2, c_white, _("hjkl or arrow keys to move cursor, [m]ove item between panes,"));
mvwprintz(head,2,2, c_white, _("1-9 (or GHJKLYUBNI) to select square for active tab, 0 for inventory,"));
mvwprintz(head,3,2, c_white, _("[e]xamine item, [s]ort display, toggle auto[p]ickup, [q]uit."));
} else {
mvwprintz(head,0,w_width-19,c_white,"< [?] show help >");
}
}
redraw = false;
}
int list_pos = panes[src].index + (panes[src].page * itemsPerPage);
int item_pos = panes[src].size > 0 ? panes[src].items[list_pos].idx : 0;
// todo refactor; this breaks if done in reverse
if (!examineScroll) {
wrefresh(head);
wrefresh(panes[right].window);
}
wrefresh(panes[left].window);
examineScroll = false;
int changex = -1;
int changey = 0;
bool donothing = false;
int c = lastCh ? lastCh : getch();
lastCh = 0;
int changeSquare;
if(c == 'i')
c = (char)'0';
if(c == 'a' ) c = (char)'a';
changeSquare = getsquare((char)c, panes[src].offx, panes[src].offy, panes[src].area_string, squares);
if(changeSquare != -1)
{
if(panes[left].area == changeSquare || panes[right].area == changeSquare) // do nthing
{
lastCh = (int)popup_getkey(_("same square!"));
if(lastCh == 'q' || lastCh == KEY_ESCAPE || lastCh == ' ' ) lastCh=0;
}
else if(squares[changeSquare].canputitems)
{
panes[src].area = changeSquare;
panes[src].page = 0;
panes[src].index = 0;
}
else
{
popup(_("You can't put items there"));
}
recalc = true;
}
else if('m' == c || 'M' == c)
{
// If the active screen has no item.
if( panes[src].size == 0 ) {
continue;
} else if ( item_pos == -8 ) {
continue; // category header
}
int destarea = panes[dest].area;
if ( panes[dest].area == isall || 'M' == c ) {
bool valid=false;
uimenu m; /* using new uimenu class */
m.text=_("Select destination");
m.pad_left=9; /* free space for advanced_inv_menu_square */
for(int i=1; i < 10; i++) {
std::string prefix = string_format("%2d/%d",
squares[i].size, MAX_ITEM_IN_SQUARE);
if (squares[i].size >= MAX_ITEM_IN_SQUARE) {
prefix += _(" (FULL)");
}
m.entries.push_back( uimenu_entry( /* std::vector<uimenu_entry> */
i, /* return value */
(squares[i].canputitems && i != panes[src].area), /* enabled */
i+48, /* hotkey */
prefix + " " +
squares[i].name + " " +
( squares[i].vstor >= 0 ? squares[i].veh->name : "" ) /* entry text */
) );
}
m.selected=uistate.adv_inv_last_popup_dest-1; // selected keyed to uimenu.entries, which starts at 0;
m.show(); // generate and show window.
while ( m.ret == UIMENU_INVALID && m.keypress != 'q' && m.keypress != KEY_ESCAPE ) {
advanced_inv_menu_square(squares, &m ); // render a fancy ascii grid at the left of the menu
m.query(false); // query, but don't loop
}
if ( m.ret >= 0 && m.ret <= 9 ) { // is it a square?
if ( m.ret == panes[src].area ) { // should never happen, but sanity checks keep developers sane.
popup(_("Can't move stuff to the same place."));
} else if ( ! squares[m.ret].canputitems ) { // this was also disabled in it's uimenu_entry
popup(_("Invalid. Like the menu said."));
} else {
destarea = m.ret;
valid=true;
uistate.adv_inv_last_popup_dest=m.ret;
}
}
if ( ! valid ) continue;
}
// from inventory
if(panes[src].area == isinventory) {
int max = (squares[destarea].max_size - squares[destarea].size);
int volmax = max;
int free_volume = ( squares[ destarea ].vstor >= 0 ?
squares[ destarea ].veh->free_volume( squares[ destarea ].vstor ) :
m.free_volume ( squares[ destarea ].x, squares[ destarea ].y )
) * 100;
// TODO figure out a better way to get the item. Without invlets.
item* it = &u.inv.slice(item_pos, 1).front()->front();
std::list<item>& stack = u.inv.stack_by_letter(it->invlet);
int amount = 1;
int volume = it->volume() * 100; // sigh
bool askamount = false;
if ( stack.size() > 1) {
amount = stack.size();
askamount = true;
} else if ( it->count_by_charges() ) {
amount = it->charges;
volume = it->type->volume;
askamount = true;
}
if ( volume > 0 && volume * amount > free_volume ) {
volmax = int( free_volume / volume );
if ( volmax == 0 ) {
popup(_("Destination area is full. Remove some items first."));
continue;
}
if ( stack.size() > 1) {
max = ( volmax < max ? volmax : max );
} else if ( it->count_by_charges() ) {
max = volmax;
}
} else if ( it->count_by_charges() ) {
max = amount;
}
if ( max == 0 ) {
popup(_("Destination area has too many items. Remove some first."));
continue;
}
if ( askamount ) {
std::string popupmsg=_("How many do you want to move? (0 to cancel)");
if(amount > max) {
popupmsg=_("Destination can only hold ") + helper::to_string(max) + _("! Move how many? (0 to cancel) ");
}
// fixme / todo make popup take numbers only (m = accept, q = cancel)
amount = helper::to_int(
string_input_popup( popupmsg, 20,
helper::to_string(
( amount > max ? max : amount )
)
)
);
}
recalc=true;
if(stack.size() > 1) { // if the item is stacked
if ( amount != 0 && amount <= stack.size() ) {
amount = amount > max ? max : amount;
std::list<item> moving_items = u.inv.remove_partial_stack(it->invlet,amount);
bool chargeback=false;
int moved=0;
for(std::list<item>::iterator iter = moving_items.begin();
iter != moving_items.end();
++iter)
{
if ( chargeback == true ) {
u.i_add(*iter,g);
} else {
if(squares[destarea].vstor >= 0) {
if(squares[destarea].veh->add_item(squares[destarea].vstor,*iter) == false) {
// testme
u.i_add(*iter,g);
popup(_("Destination full. %d / %d moved. Please report a bug if items have vanished."),moved,amount);
chargeback=true;
}
} else {
if(m.add_item_or_charges(squares[destarea].x, squares[destarea].y, *iter, 0) == false) {
// testme
u.i_add(*iter,g);
popup(_("Destination full. %d / %d moved. Please report a bug if items have vanished."),moved,amount);
chargeback=true;
}
}
moved++;
}
}
if ( moved != 0 ) u.moves -= 100;
}
} else if(it->count_by_charges()) {
if(amount != 0 && amount <= it->charges ) {
item moving_item = u.inv.remove_item_by_charges(it->invlet,amount);
if (squares[destarea].vstor>=0) {
if(squares[destarea].veh->add_item(squares[destarea].vstor,moving_item) == false) {
// fixme add item back
u.i_add(moving_item,g);
popup(_("Destination full. Please report a bug if items have vanished."));
continue;
}
} else {
if ( m.add_item_or_charges(squares[destarea].x, squares[destarea].y, moving_item, 0) == false ) {
// fixme add item back
u.i_add(moving_item,g);
popup(_("Destination full. Please report a bug if items have vanished."));
continue;
}
}
u.moves -= 100;
}
} else {
item moving_item = u.inv.remove_item_by_letter(it->invlet);
if(squares[destarea].vstor>=0) {
if(squares[destarea].veh->add_item(squares[destarea].vstor, moving_item) == false) {
// fixme add item back (test)
u.i_add(moving_item,g);
popup(_("Destination full. Please report a bug if items have vanished."));
continue;
}
} else {
if(m.add_item_or_charges(squares[destarea].x, squares[destarea].y, moving_item) == false) {
// fixme add item back (test)
u.i_add(moving_item,g);
popup(_("Destination full. Please report a bug if items have vanished."));
continue;
}
}
u.moves -= 100;
}
// from map / vstor
} else {
int s;
if(panes[src].area == isall) {
s = panes[src].items[list_pos].area;
// todo: phase out these vars? ---v // temp_fudge pending tests/cleanup
panes[src].offx = squares[s].offx;
panes[src].offy = squares[s].offy;
panes[src].vstor = squares[s].vstor;
panes[src].veh = squares[s].veh;
recalc = true;
} else {
s = panes[src].area;
}
if ( s == destarea ) {
popup(_("Source area is the same as destination (%s)."),squares[destarea].name.c_str());
continue;
}
std::vector<item> src_items = squares[s].vstor >= 0 ?
squares[s].veh->parts[squares[s].vstor].items :
m.i_at(squares[s].x,squares[s].y);
if(src_items[item_pos].made_of(LIQUID))
{
popup(_("You can't pick up a liquid."));
continue;
}
else // from veh/map
{
if ( destarea == isinventory ) // if destination is inventory
{
if(!u.can_pickVolume(src_items[item_pos].volume()))