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helpers.cpp
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helpers.cpp
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#include "weblegends.h"
#include "helpers.h"
#include "modules/Items.h"
#include "modules/Materials.h"
#include "modules/Translation.h"
#include "df/abstract_building.h"
#include "df/abstract_building_dungeonst.h"
#include "df/abstract_building_templest.h"
#include "df/abstract_building_tombst.h"
#include "df/artifact_record.h"
#include "df/caste_raw.h"
#include "df/creature_interaction_effect_body_transformationst.h"
#include "df/creature_raw.h"
#include "df/entity_site_link.h"
#include "df/general_ref_is_artifactst.h"
#include "df/historical_entity.h"
#include "df/historical_figure.h"
#include "df/historical_figure_info.h"
#include "df/history_era.h"
#include "df/history_event_change_hf_statest.h"
#include "df/history_event_collection.h"
#include "df/interaction_effect_add_syndromest.h"
#include "df/interaction_effect_animatest.h"
#include "df/item_constructed.h"
#include "df/itemimprovement_pagesst.h"
#include "df/itemimprovement_writingst.h"
#include "df/syndrome.h"
#include "df/world.h"
#include "df/world_data.h"
#include "df/world_region.h"
#include "df/world_site.h"
#include "df/world_underground_region.h"
REQUIRE_GLOBAL(cur_year);
REQUIRE_GLOBAL(cur_year_tick);
REQUIRE_GLOBAL(world);
std::string get_ordinal(int32_t number, bool shorten)
{
std::ostringstream s;
if (shorten)
{
if (number < 0)
{
number = -number;
s << "-";
}
s << number;
switch (number % 10)
{
case 1:
s << (number % 100 == 11 ? "th" : "st");
break;
case 2:
s << (number % 100 == 12 ? "th" : "nd");
break;
case 3:
s << (number % 100 == 13 ? "th" : "rd");
break;
default:
s << "th";
break;
}
return s.str();
}
if (number < 0)
{
number = -number;
s << "Negative ";
}
switch (number)
{
case 0:
s << "Zeroth";
break;
case 1:
s << "First";
break;
case 2:
s << "Second";
break;
case 3:
s << "Third";
break;
case 4:
s << "Fourth";
break;
case 5:
s << "Fifth";
break;
case 6:
s << "Sixth";
break;
case 7:
s << "Seventh";
break;
case 8:
s << "Eighth";
break;
case 9:
s << "Ninth";
break;
case 10:
s << "Tenth";
break;
case 11:
s << "Eleventh";
break;
case 12:
s << "Twelfth";
break;
case 13:
s << "Thirteenth";
break;
case 14:
s << "Fourteenth";
break;
case 15:
s << "Fifteenth";
break;
case 16:
s << "Sixteenth";
break;
case 17:
s << "Seventeenth";
break;
case 18:
s << "Eighteenth";
break;
case 19:
s << "Nineteenth";
break;
default:
s << get_ordinal(number, true);
break;
}
return s.str();
}
int32_t get_id(df::abstract_building *structure)
{
return structure ? structure->id : -1;
}
int32_t get_id(df::artifact_record *item)
{
return item ? item->id : -1;
}
int32_t get_id(df::historical_entity *ent)
{
return ent ? ent->id : -1;
}
int32_t get_id(df::historical_figure *hf)
{
return hf ? hf->id : -1;
}
int32_t get_id(df::world_region *region)
{
return region ? region->index : -1;
}
int32_t get_id(df::world_site *site)
{
return site ? site->id : -1;
}
int32_t get_id(df::world_underground_region *layer)
{
return layer ? layer->index : -1;
}
int32_t get_id(df::history_era *era)
{
return era ? std::find(world->history.eras.begin(), world->history.eras.end(), era) - world->history.eras.begin() : -1;
}
int32_t get_id(df::history_event_collection *eventcol)
{
return eventcol ? eventcol->id : -1;
}
static const df::language_name & get_no_name()
{
static df::language_name no_name;
no_name.has_name = false;
return no_name;
}
const df::language_name & get_name(df::abstract_building *structure)
{
return structure && structure->getName() ? *structure->getName() : get_no_name();
}
const df::language_name & get_name(df::artifact_record *item)
{
return item ? item->name : get_no_name();
}
const df::language_name & get_name(df::historical_entity *ent)
{
return ent ? ent->name : get_no_name();
}
const df::language_name & get_name(df::historical_figure *hf)
{
return hf ? hf->name : get_no_name();
}
const df::language_name & get_name(df::world_region *region)
{
return region ? region->name : get_no_name();
}
const df::language_name & get_name(df::world_site *site)
{
return site ? site->name : get_no_name();
}
const df::language_name & get_name(df::world_underground_region *layer)
{
return layer ? layer->name : get_no_name();
}
const df::language_name & get_name(df::history_era *era)
{
static df::language_name name;
name.first_name = "";
if (era)
{
name.first_name = "The ";
if (era->title.ordinal)
{
name.first_name += get_ordinal(era->title.ordinal);
name.first_name += " ";
}
name.first_name += era->title.name;
}
name.has_name = !name.first_name.empty();
name.nickname = "";
name.words[0] = -1;
name.words[1] = -1;
name.words[2] = -1;
name.words[3] = -1;
name.words[4] = -1;
name.words[5] = -1;
name.words[6] = -1;
return name;
}
const df::language_name & get_name(df::history_event_collection *eventcol)
{
static df::language_name name;
name.first_name = "";
if (eventcol)
eventcol->getName(&name.first_name);
name.has_name = !name.first_name.empty();
name.nickname = "";
name.words[0] = -1;
name.words[1] = -1;
name.words[2] = -1;
name.words[3] = -1;
name.words[4] = -1;
name.words[5] = -1;
name.words[6] = -1;
return name;
}
// for render_home
const df::language_name & get_name(df::world_data *world_data)
{
return world_data->name;
}
template<typename T>
static void link_name(std::ostream & s, const std::string & prefix, T *target, bool translate)
{
int32_t id = get_id(target);
const df::language_name & name = get_name(target);
if (name.has_name)
{
s << "<a href=\"" << prefix << id << "\" title=\"" << escape_name(name, true) << ",";
categorize(s, target, true, true);
s << "\">" << escape_name(name);
if (translate)
{
s << ", " << LDQUO << escape_name(name, true) << RDQUO;
}
s << "</a>";
}
else if (id == -1)
{
s << "[unknown ";
categorize(s, target, true);
s << "]";
}
else
{
s << "<a href=\"" << prefix << id << "\">[unnamed";
categorize(s, target, true);
s << "]</a>";
}
}
void link(std::ostream & s, df::abstract_building *structure, bool translate)
{
std::string prefix = structure ? stl_sprintf("site-%d/bld-", structure->site_id) : "";
link_name(s, prefix, structure, translate);
}
void link(std::ostream & s, df::artifact_record *item, bool translate)
{
link_name(s, "item-", item, translate);
}
void link(std::ostream & s, df::historical_entity *ent, bool translate)
{
link_name(s, "ent-", ent, translate);
}
void link(std::ostream & s, df::history_era *era, bool translate)
{
link_name(s, "era-", era, translate);
}
void link(std::ostream & s, df::history_event_collection *eventcol, bool translate)
{
link_name(s, "eventcol-", eventcol, translate);
}
void link(std::ostream & s, df::historical_figure *hf, bool translate)
{
if (hf && hf->info && hf->info->curse && hf->info->curse->original_histfig_id != -1)
{
s << "<a href=\"fig-" << hf->id << "\" title=\"zombie,";
categorize(s, hf, true, true);
s << "\">zombie</a>";
return;
}
link_name(s, "fig-", hf, translate);
}
void link(std::ostream & s, df::world_region *region, bool translate)
{
link_name(s, "region-", region, translate);
}
void link(std::ostream & s, df::world_site *site, bool translate)
{
link_name(s, "site-", site, translate);
}
void link(std::ostream & s, df::world_underground_region *layer, bool translate)
{
link_name(s, "layer-", layer, translate);
}
void name_translated(std::ostream & s, const df::language_name & name, bool only_last)
{
std::string native = escape_name(name, false, only_last);
std::string english = escape_name(name, true, only_last);
if (native != english)
{
s << "<abbr title=\"" << english << "\">" << native << "</abbr>";
}
else
{
s << native;
}
}
template<typename T>
static void event_link_name(std::ostream & s, T *reference, T *actual)
{
if (reference == actual)
{
const df::language_name & name = get_name(actual);
if (!name.has_name)
{
s << "[unnamed";
categorize(s, actual);
s << "]";
}
else if (!name.first_name.empty())
{
s << DF2UTF(Translation::capitalize(name.first_name));
}
else
{
name_translated(s, name, true);
}
}
else
{
link(s, actual);
}
}
void event_link(std::ostream & s, const event_context & context, df::abstract_building *structure)
{
event_link_name(s, context.structure, structure);
}
void event_link(std::ostream & s, const event_context & context, df::artifact_record *item)
{
bool italicize = false;
if (item && item->name.has_name && !item->name.first_name.empty())
{
if (auto constructed = virtual_cast<df::item_constructed>(item->item))
{
for (auto it = constructed->improvements.begin(); it != constructed->improvements.end(); it++)
{
if (virtual_cast<df::itemimprovement_writingst>(*it) || virtual_cast<df::itemimprovement_pagesst>(*it))
{
italicize = true;
break;
}
}
}
}
if (italicize)
{
s << "<em>";
}
event_link_name(s, context.item, item);
if (italicize)
{
s << "</em>";
}
}
void event_link(std::ostream & s, const event_context & context, df::historical_entity *ent)
{
event_link_name(s, context.ent, ent);
}
void event_link(std::ostream & s, const event_context & context, df::historical_figure *hf)
{
event_link_name(s, context.hf, hf);
}
void event_link(std::ostream & s, const event_context & context, df::history_era *era)
{
event_link_name(s, context.era, era);
}
void event_link(std::ostream & s, const event_context & context, df::world_region *region)
{
event_link_name(s, context.region, region);
}
void event_link(std::ostream & s, const event_context & context, df::world_site *site)
{
event_link_name(s, context.site, site);
}
void event_link(std::ostream & s, const event_context & context, df::world_underground_region *layer)
{
event_link_name(s, context.layer, layer);
}
void age_years_days(int32_t year, int32_t tick, int32_t year_compare, int32_t tick_compare, int32_t & years, int32_t & days)
{
years = year_compare - year;
days = tick_compare - tick;
if (days < 0 && years > 0)
{
years--;
days += 1200 * 28 * 12;
}
days /= 1200;
}
void categorize(std::ostream & s, df::abstract_building *structure, bool in_link, bool in_attr)
{
if (!structure)
{
s << " structure";
return;
}
BEFORE_SWITCH(type, structure->getType());
switch (type)
{
case abstract_building_type::MEAD_HALL:
s << " mead hall";
BREAK(type);
case abstract_building_type::KEEP:
s << " keep";
BREAK(type);
case abstract_building_type::TEMPLE:
s << " temple";
if (auto temple = virtual_cast<df::abstract_building_templest>(structure))
{
BEFORE_SWITCH(deity_type, temple->deity_type);
switch (deity_type)
{
case temple_deity_type::None:
BREAK(deity_type);
case temple_deity_type::Deity:
if (auto deity = df::historical_figure::find(temple->deity_data.Deity))
{
if (in_link)
{
const df::language_name & name = get_name(deity);
if (name.has_name)
{
s << " of ";
if (in_attr)
{
s << escape_name(name);
}
else
{
name_translated(s, name);
}
}
}
else
{
s << " of ";
link(s, deity);
}
}
BREAK(deity_type);
case temple_deity_type::Religion:
if (auto religion = df::historical_entity::find(temple->deity_data.Religion))
{
if (in_link)
{
const df::language_name & name = get_name(religion);
if (name.has_name)
{
s << " of ";
if (in_attr)
{
s << escape_name(name);
}
else
{
name_translated(s, name);
}
}
}
else
{
s << " of ";
link(s, religion);
}
}
BREAK(deity_type);
}
AFTER_SWITCH(deity_type, stl_sprintf("site-%d/bld-%d (temple)", structure->site_id, structure->id));
}
BREAK(type);
case abstract_building_type::DARK_TOWER:
s << " dark tower";
BREAK(type);
case abstract_building_type::MARKET:
s << " market";
BREAK(type);
case abstract_building_type::TOMB:
s << " tomb";
if (auto tomb = virtual_cast<df::abstract_building_tombst>(structure))
{
if (tomb->entombed.histfigs.size() == 1)
{
auto hf = df::historical_figure::find(tomb->entombed.histfigs.at(0));
s << " of ";
if (in_attr)
{
s << escape_name(get_name(hf));
}
else
{
link(s, hf);
}
}
}
BREAK(type);
case abstract_building_type::DUNGEON:
if (auto dungeon = virtual_cast<df::abstract_building_dungeonst>(structure))
{
BEFORE_SWITCH(dungeon_type, dungeon->dungeon_type);
switch (dungeon_type)
{
case df::abstract_building_dungeonst::T_dungeon_type::DUNGEON:
s << " dungeon";
BREAK(dungeon_type);
case df::abstract_building_dungeonst::T_dungeon_type::SEWERS:
s << " sewers";
BREAK(dungeon_type);
case df::abstract_building_dungeonst::T_dungeon_type::CATACOMBS:
s << " catacombs";
BREAK(dungeon_type);
}
AFTER_SWITCH(dungeon_type, stl_sprintf("site-%d/bld-%d (dungeon)", structure->site_id, structure->id));
}
else
{
s << " dungeon";
}
BREAK(type);
case abstract_building_type::UNDERWORLD_SPIRE:
s << " underworld spire";
BREAK(type);
case abstract_building_type::INN_TAVERN:
s << " tavern";
BREAK(type);
case abstract_building_type::LIBRARY:
s << " library";
BREAK(type);
case abstract_building_type::COUNTING_HOUSE:
s << " counting house";
BREAK(type);
case abstract_building_type::GUILDHALL:
s << " ";
s << html_escape(DF2UTF(toLower(ENUM_ATTR(profession, caption, structure->getContents()->profession))));
s << " guildhall";
BREAK(type);
case abstract_building_type::TOWER:
s << " tower";
BREAK(type);
}
AFTER_SWITCH(type, stl_sprintf("site-%d/bld-%d", structure->site_id, structure->id));
}
void categorize(std::ostream & s, df::artifact_record *item, bool in_link, bool in_attr)
{
if (!item)
{
s << " artifact";
return;
}
s << " ";
material(s, event_context(), item->item, in_link, in_attr);
switch (item->item->getType())
{
case item_type::SLAB:
BEFORE_SWITCH(slab_type, item->item->getSlabEngravingType());
switch (slab_type)
{
case slab_engraving_type::Secrets:
s << " secret slab";
BREAK(slab_type);
case slab_engraving_type::DemonIdentity:
s << " demonic binding slab";
BREAK(slab_type);
default:
s << " slab";
break;
}
AFTER_SWITCH(slab_type, stl_sprintf("slab (artifact-%d)", item->id));
break;
default:
s << " " << html_escape(DF2UTF(ItemTypeInfo(item->item).toString()));
break;
}
}
void categorize(std::ostream & s, df::historical_entity *ent, bool in_link, bool in_attr)
{
categorize(s, ent, in_link, in_attr, -1);
}
void categorize(std::ostream & s, df::historical_entity *ent, bool in_link, bool in_attr, int32_t ignore_race)
{
if (!ent)
{
s << " group";
return;
}
if (ent->type == historical_entity_type::Outcast)
{
s << " collection of";
}
if (ent->race != ignore_race && !ent->flags.bits.unspecific_race)
{
if (auto race = df::creature_raw::find(ent->race))
{
s << " " << html_escape(DF2UTF(race->name[2]));
}
}
BEFORE_SWITCH(type, ent->type);
switch (type)
{
case historical_entity_type::Civilization:
s << " civilization";
BREAK(type);
case historical_entity_type::SiteGovernment:
{
bool found = false;
for (auto site : ent->site_links)
{
if (site->type == entity_site_link_type::Claim)
{
s << " population of ";
if (in_link || in_attr)
{
s << escape_name(get_name(df::world_site::find(site->target)));
}
else
{
link(s, df::world_site::find(site->target));
}
found = true;
break;
}
}
if (!found)
{
s << " site population";
}
BREAK(type);
}
case historical_entity_type::VesselCrew:
s << " vessel crew";
BREAK(type);
case historical_entity_type::MigratingGroup:
s << " migrating group";
BREAK(type);
case historical_entity_type::NomadicGroup:
s << " bandit gang";
BREAK(type);
case historical_entity_type::Religion:
s << " religion";
if (!ent->relations.deities.empty())
{
s << " worshipping ";
list<int32_t>(s, ent->relations.deities, [&](std::ostream & out, int32_t id)
{
if (in_link || in_attr)
{
out << escape_name(get_name(df::historical_figure::find(id)));
}
else
{
link(out, df::historical_figure::find(id));
}
});
}
BREAK(type);
case historical_entity_type::MilitaryUnit:
if (ent->resources.values[value_type::CUNNING] > 10)
{
if (ent->resources.values[value_type::MARTIAL_PROWESS] > 10)
{
s << " versatile mercenary";
}
else
{
s << " shadowy military";
}
}
else
{
s << " mercenary";
}
if (!ent->honors.empty())
{
s << " order";
}
else if (ent->resources.values[value_type::MARTIAL_PROWESS] > 10)
{
s << " company";
}
else
{
s << " band";
}
BREAK(type);
case historical_entity_type::Outcast:
s << " outcasts";
BREAK(type);
case historical_entity_type::PerformanceTroupe:
s << " performance troupe";
BREAK(type);
case historical_entity_type::MerchantCompany:
s << " merchant company";
BREAK(type);
case historical_entity_type::Guild:
s << " ";
list<df::historical_entity::T_guild_professions *>(s, ent->guild_professions, [&](std::ostream & out, df::historical_entity::T_guild_professions *prof)
{
auto creature = df::creature_raw::find(ent->race);
if (creature && !creature->profession_name.singular[prof->profession].empty())
{
out << html_escape(DF2UTF(toLower(creature->profession_name.singular[prof->profession])));
}
else
{
out << html_escape(DF2UTF(toLower(ENUM_ATTR(profession, caption, prof->profession))));
}
});
if (ent->guild_professions.empty())
{
s << "craft";
}
s << " guild";
BREAK(type);
}
AFTER_SWITCH(type, stl_sprintf("ent-%d", ent->id));
}
void categorize(std::ostream & s, df::historical_figure *hf, bool in_link, bool in_attr)
{
if (!hf)
{
s << " figure";
return;
}
if (hf->info && hf->info->curse && hf->info->curse->original_histfig_id != -1)
{
if (!hf->info->curse->name.empty())
{
s << " " << html_escape(DF2UTF(hf->info->curse->name));
}
s << " corpse of ";
auto corpse = df::historical_figure::find(hf->info->curse->original_histfig_id);
if (in_link || in_attr)
{
s << escape_name(get_name(corpse));
}
else
{
link(s, corpse);
}
return;
}
auto race = df::creature_raw::find(hf->race);
auto caste = (race && hf->caste != -1) ? race->caste.at(hf->caste) : nullptr;
if (caste != nullptr)
{
if (hf->flags.is_set(histfig_flags::rotting_deity))
{
s << " rotting";
}
if (hf->flags.is_set(histfig_flags::skeletal_deity))
{
s << " skeletal";
}
int32_t age_years, age_days;
if (hf->died_year == -1)
{
age_years_days(hf->born_year, hf->born_seconds, *cur_year, *cur_year_tick, age_years, age_days);
}
else
{
age_years_days(hf->born_year, hf->born_seconds, hf->died_year, hf->died_seconds, age_years, age_days);
}
std::string name(caste->caste_name[0]);
std::string suffix;
if (caste->flags.is_set(caste_raw_flags::HAS_BABYSTATE) && age_years < caste->misc.baby_age)
{
if (caste->baby_name[0].empty())
{
suffix = " baby";
}
else
{
name = caste->baby_name[0];
}
}
else if (caste->flags.is_set(caste_raw_flags::HAS_CHILDSTATE) && age_years < caste->misc.child_age)
{
if (caste->child_name[0].empty())
{
suffix = " child";
}
else
{
name = caste->child_name[0];
}
}
s << " " << html_escape(DF2UTF(name)) << suffix;
if (hf->flags.is_set(histfig_flags::deity) || hf->flags.is_set(histfig_flags::skeletal_deity) || hf->flags.is_set(histfig_flags::rotting_deity))
{
switch (hf->sex)
{
case pronoun_type::she:
s << " goddess";
break;
case pronoun_type::he:
s << " god";
break;
default:
s << " deity";
break;
}
}
else
{
if (auto sym = name == race->name[0] ? ENUM_ATTR(pronoun_type, symbol, hf->sex) : nullptr)
{
s << " (" << html_escape(DF2UTF(sym)) << ")";
}
}
}
else if (hf->flags.is_set(histfig_flags::force))
{
s << " force";
}
if (hf->info && hf->info->curse)
{
if (!hf->info->curse->name.empty())
{
s << " " << html_escape(DF2UTF(hf->info->curse->name));
}
for (auto it = hf->info->curse->active_effects.begin(); it != hf->info->curse->active_effects.end(); it++)
{
std::vector<df::syndrome *> *syndromes = nullptr;
if (auto syndrome = virtual_cast<df::interaction_effect_add_syndromest>(*it))
{
syndromes = &syndrome->syndrome;
}
else if (auto zombie = virtual_cast<df::interaction_effect_animatest>(*it))
{
syndromes = &zombie->syndrome;
}
else
{
continue;
}
for (auto it2 = syndromes->begin(); it2 != syndromes->end(); it2++)
{
for (auto it3 = (*it2)->ce.begin(); it3 != (*it2)->ce.end(); it3++)
{
if (auto transformation = virtual_cast<df::creature_interaction_effect_body_transformationst>(*it3))
{
auto race_caste = find_creature_raws(transformation->race_str, transformation->caste_str);
if (race_caste.second)
{
s << " " << html_escape(DF2UTF(race_caste.second->caste_name[0]));
}
}
}
}
}
}
}
void categorize(std::ostream & s, df::history_era *, bool, bool)
{
s << " era";
// TODO
}
void categorize(std::ostream & s, df::history_event_collection *eventcol, bool, bool)
{
if (eventcol)
s << " " << toLower(enum_item_key_str(eventcol->getType()));
s << " event collection";
// TODO
}
void categorize(std::ostream & s, df::world_region *region, bool, bool)
{
if (!region)
{
s << " region";
return;
}
if (region->good)
{
s << " good";
}
if (region->evil)
{
s << " evil";
}
BEFORE_SWITCH(type, region->type);
switch (type)
{
case world_region_type::Swamp:
s << " swamp";
BREAK(type);
case world_region_type::Desert:
s << " desert";
BREAK(type);
case world_region_type::Jungle:
s << " jungle";
BREAK(type);
case world_region_type::Mountains:
s << " mountains";
BREAK(type);
case world_region_type::Ocean:
s << " ocean";
BREAK(type);
case world_region_type::Lake:
s << " lake";
BREAK(type);
case world_region_type::Glacier:
s << " glacier";
BREAK(type);
case world_region_type::Tundra:
s << " tundra";
BREAK(type);
case world_region_type::Steppe:
s << " steppe";
BREAK(type);
case world_region_type::Hills:
s << " hills";
BREAK(type);
}
AFTER_SWITCH(type, stl_sprintf("region-%d", region->index));
}
void categorize(std::ostream & s, df::world_site *site, bool, bool)
{
if (!site)
{