void game::init_dreams()
{
catajson dreams_file("data/raw/dreams.json");
if (!json_good())
{
throw (std::string)"data/raw/dreams.json wasn't found";
}
for (dreams_file.set_begin(); dreams_file.has_curr(); dreams_file.next())
{
catajson dreamcurr = dreams_file.curr();
dream newdream;
catajson messages = dreamcurr.get("message");
for (messages.set_begin(); messages.has_curr(); messages.next())
{
newdream.message.push_back(messages.curr().as_string());
}
newdream.strength = dreamcurr.get("strength").as_int();
newdream.category = string_to_mutcat(dreamcurr.get("category").as_string());
dreams.push_back(newdream);
}
if (!json_good())
{
exit(1);
}
}
material_map material_type::load_materials()
{
material_map allMaterials;
catajson materialsRaw("data/raw/materials.json", true);
unsigned int id = 0;
for (materialsRaw.set_begin(); materialsRaw.has_curr() && json_good(); materialsRaw.next())
{
++id;
catajson currMaterial = materialsRaw.curr();
std::string ident = currMaterial.get("ident").as_string();
std::string name = currMaterial.get("name").as_string();
int bash_resist = currMaterial.get("bash_resist").as_int();
int cut_resist = currMaterial.get("cut_resist").as_int();
std::string bash_dmg_verb = currMaterial.get("bash_dmg_verb").as_string();
std::string cut_dmg_verb = currMaterial.get("cut_dmg_verb").as_string();
int acid_resist = currMaterial.get("acid_resist").as_int();
int elec_resist = currMaterial.get("elec_resist").as_int();
int fire_resist = currMaterial.get("fire_resist").as_int();
int density = currMaterial.get("density").as_int();
catajson adjList = currMaterial.get("dmg_adj");
std::string dmg_adj[4];
dmg_adj[0] = adjList.get(0).as_string();
dmg_adj[1] = adjList.get(1).as_string();
dmg_adj[2] = adjList.get(2).as_string();
dmg_adj[3] = adjList.get(3).as_string();
name = _(name.c_str());
bash_dmg_verb = _(bash_dmg_verb.c_str());
cut_dmg_verb = _(cut_dmg_verb.c_str());
dmg_adj[0] = _(dmg_adj[0].c_str());
dmg_adj[1] = _(dmg_adj[1].c_str());
dmg_adj[2] = _(dmg_adj[2].c_str());
dmg_adj[3] = _(dmg_adj[3].c_str());
material_type newMaterial(id, ident, name, bash_resist, cut_resist, bash_dmg_verb,
cut_dmg_verb, dmg_adj, acid_resist, elec_resist, fire_resist, density);
allMaterials[ident] = newMaterial;
}
if(!json_good())
exit(1);
return allMaterials;
}
void snippet_library::load() throw (std::string)
{
catajson snippetRaw("data/raw/snippets.json");
if(!json_good())
throw (std::string)"Could not read data/raw/snippets.json";
catajson snippetList = snippetRaw.get("snippets");
for( snippetList.set_begin(); snippetList.has_curr(); snippetList.next() )
{
const catajson curr = snippetList.curr();
// required fields
const std::string category = curr.get("category").as_string();
const std::string text = curr.get("text").as_string();
const int hash = djb2_hash( (const unsigned char*)text.c_str() );
snippets.insert( std::pair<int, std::string>(hash, text) );
categories.insert( std::pair<std::string, int>(category, hash) );
}
if(!json_good())
throw (std::string)"There was an error reading data/raw/snippets.json";
}
void MonsterGroupManager::LoadJSONGroups() throw (std::string)
{
//open the file
std::ifstream file;
file.open(monGroupFilePath);
if(!file.good())
{
throw (std::string)"Unable to load file " + monGroupFilePath;
}
//load the data
picojson::value groupsRaw;
file >> groupsRaw;
/*std::string error = picojson::get_last_error();
if(! error.empty())
{
printf("'%s' : %s", monGroupFilePath, error.c_str());
return;
}*/
//check the data
if (! groupsRaw.is<picojson::array>()) {
throw (std::string)"The monster group file " + monGroupFilePath +
(std::string)" does not contain the expected JSON data";
}
init_translation();
picojson::object jsonobj;
MonsterGroup g;
const picojson::array& groups = groupsRaw.get<picojson::array>();
for (picojson::array::const_iterator it_groups = groups.begin(); it_groups != groups.end(); ++it_groups)
{
jsonobj = it_groups->get<picojson::object>();
g = GetMGroupFromJSON(&jsonobj);
monsterGroupMap[g.name] = g;
}
if(!json_good())
{
throw (std::string)"There was an error reading " + monGroupFilePath;
}
}
// Load values from this data file into m_template_groups
void Item_factory::load_item_groups_from( game *g, const std::string file_name ) throw ( std::string ) {
std::ifstream data_file;
picojson::value input_value;
data_file.open(file_name.c_str());
if(! data_file.good()) {
throw "Could not read " + file_name;
}
data_file >> input_value;
data_file.close();
if(! json_good()) {
throw "The data in " + file_name + " is not an array";
}
if (! input_value.is<picojson::array>()) {
throw file_name + "is not an array of item groups";
}
//Crawl through once and create an entry for every definition
const picojson::array& all_items = input_value.get<picojson::array>();
for (picojson::array::const_iterator entry = all_items.begin();
entry != all_items.end(); ++entry) {
// TODO: Make sure we have at least an item or group child, as otherwise
// later things will bug out.
if( !(entry->is<picojson::object>()) ){
debugmsg("Invalid group definition, entry not a JSON object");
continue;
}
const picojson::value::object& entry_body = entry->get<picojson::object>();
// The one element we absolutely require for an item definition is an id
picojson::value::object::const_iterator key_pair = entry_body.find( "id" );
if( key_pair == entry_body.end() || !(key_pair->second.is<std::string>()) ) {
debugmsg("Group definition skipped, no id found or id was malformed.");
continue;
}
Item_tag group_id = key_pair->second.get<std::string>();
m_template_groups[group_id] = new Item_group(group_id);
}
//Once all the group definitions are set, fill them out
for (picojson::array::const_iterator entry = all_items.begin();
entry != all_items.end(); ++entry) {
const picojson::value::object& entry_body = entry->get<picojson::object>();
Item_tag group_id = entry_body.find("id")->second.get<std::string>();
Item_group *current_group = m_template_groups.find(group_id)->second;
//Add items
picojson::value::object::const_iterator key_pair = entry_body.find("items");
if( key_pair != entry_body.end() ) {
if( !(key_pair->second.is<picojson::array>()) ) {
debugmsg("Invalid item list for group definition '%s', list of items not an array.",
group_id.c_str());
// We matched the find above, so we're NOT a group.
continue;
}
//We have confirmed that we have a list of SOMETHING, now let's add them one at a time.
const picojson::array& items_to_add = key_pair->second.get<picojson::array>();
for (picojson::array::const_iterator item_pair = items_to_add.begin();
item_pair != items_to_add.end(); ++item_pair) {
// Before adding, make sure this element is in the right format,
// namely ["TAG_NAME", frequency number]
if( !(item_pair->is<picojson::array>()) ) {
debugmsg("Invalid item list for group definition '%s', element is not an array.",
group_id.c_str());
continue;
}
if( item_pair->get<picojson::array>().size() != 2 ) {
debugmsg( "Invalid item list for group definition '%s', element does not have 2 values.",
group_id.c_str() );
continue;
}
picojson::array item_frequency_array = item_pair->get<picojson::array>();
// Insure that the first value is a string, and the second is a number
if( !item_frequency_array[0].is<std::string>() ||
!item_frequency_array[1].is<double>() ) {
debugmsg("Invalid item list for group definition '%s', element is not a valid tag/frequency pair.",
group_id.c_str());
continue;
}
if( m_missing_item == find_template( item_frequency_array[0].get<std::string>() ) &&
0 == g->itypes.count( item_frequency_array[0].get<std::string>() ) ) {
debugmsg( "Item '%s' listed in group '%s' does not exist.",
item_frequency_array[0].get<std::string>().c_str(), group_id.c_str() );
continue;
}
current_group->add_entry(item_frequency_array[0].get<std::string>(),
(int)item_frequency_array[1].get<double>());
}
}
//Add groups
key_pair = entry_body.find("groups");
if(key_pair != entry_body.end()){
if( !(key_pair->second.is<picojson::array>()) ){
debugmsg("Invalid group list for group definition '%s', list of items not an array.",
group_id.c_str());
continue;
}
//We have confirmed that we have a list of SOMETHING, now let's add them one at a time.
const picojson::array& items_to_add = key_pair->second.get<picojson::array>();
for ( picojson::array::const_iterator item_pair = items_to_add.begin();
item_pair != items_to_add.end(); ++item_pair ) {
//Before adding, make sure this element is in the right format, namely ["TAG_NAME", frequency number]
if( !(item_pair->is<picojson::array>()) ) {
debugmsg("Invalid group list for group definition '%s', element is not an array.",
group_id.c_str());
continue;
}
if( item_pair->get<picojson::array>().size() != 2 ) {
debugmsg("Invalid group list for group definition '%s', element does not have 2 values.",
group_id.c_str());
continue;
}
picojson::array item_frequency_array = item_pair->get<picojson::array>();
//Finally, insure that the first value is a string, and the second is a number
if(!item_frequency_array[0].is<std::string>() ||
!item_frequency_array[1].is<double>() ){
debugmsg("Invalid group list for group definition '%s', element is not a valid tag/frequency pair.",
group_id.c_str());
continue;
}
Item_group* subgroup = m_template_groups.find(item_frequency_array[0].get<std::string>())->second;
current_group->add_group( subgroup, (int)item_frequency_array[1].get<double>() );
}
}
}
if( !json_good() ) {
throw "There was an error reading " + file_name;
}
}
// Load values from this data file into m_templates
void Item_factory::load_item_templates_from(const std::string file_name) throw (std::string){
catajson all_items(file_name);
if(! json_good())
throw (std::string)"Could not open " + file_name;
if (! all_items.is_array())
throw file_name + (std::string)"is not an array of item_templates";
//Crawl through and extract the items
for (all_items.set_begin(); all_items.has_curr(); all_items.next()) {
catajson entry = all_items.curr();
// The one element we absolutely require for an item definition is an id
if(!entry.has("id") || !entry.get("id").is_string())
{
debugmsg("Item definition skipped, no id found or id was malformed.");
}
else
{
Item_tag new_id = entry.get("id").as_string();
// If everything works out, add the item to the group list...
// unless a similar item is already there
if(m_templates.find(new_id) != m_templates.end())
{
debugmsg("Item definition skipped, id %s already exists.", new_id.c_str());
}
else
{
itype* new_item_template;
if (!entry.has("type"))
{
new_item_template = new itype();
}
else
{
std::string type_label = entry.get("type").as_string();
if (type_label == "GUNMOD")
{
it_gunmod* gunmod_template = new it_gunmod();
gunmod_template->damage = entry.get("damage_modifier").as_int();;
gunmod_template->loudness = entry.get("loudness_modifier").as_int();
gunmod_template->newtype = entry.get("ammo_modifier").as_string();
gunmod_template->used_on_pistol = is_mod_target(entry.get("mod_targets"), "pistol");
gunmod_template->used_on_shotgun = is_mod_target(entry.get("mod_targets"), "shotgun");
gunmod_template->used_on_smg = is_mod_target(entry.get("mod_targets"), "smg");
gunmod_template->used_on_rifle = is_mod_target(entry.get("mod_targets"), "rifle");
gunmod_template->dispersion = entry.get("dispersion_modifier").as_int();
gunmod_template->recoil = entry.get("recoil_modifier").as_int();
gunmod_template->burst = entry.get("burst_modifier").as_int();
gunmod_template->clip = entry.get("clip_size_modifier").as_int();
if( entry.has("acceptable_ammo") ) {
tags_from_json( entry.get("acceptable_ammo"),
gunmod_template->acceptible_ammo_types );
}
new_item_template = gunmod_template;
}
else if (type_label == "COMESTIBLE")
{
it_comest* comest_template = new it_comest();
comest_template->comesttype = entry.get("comestible_type").as_string();
comest_template->tool = entry.get("tool").as_string();
comest_template->container = entry.get("container").as_string();
comest_template->quench = entry.get("quench").as_int();
comest_template->nutr = entry.get("nutrition").as_int();
comest_template->spoils = entry.get("spoils_in").as_int();
comest_template->addict = entry.get("addiction_potential").as_int();
comest_template->charges = entry.get("charges").as_int();
comest_template->stim = entry.get("stim").as_int();
comest_template->healthy = entry.get("heal").as_int();
comest_template->fun = entry.get("fun").as_int();
comest_template->add = addiction_type(entry.get("addiction_type").as_string());
new_item_template = comest_template;
}
else if (type_label == "GUN")
{
it_gun* gun_template = new it_gun();
gun_template->ammo = entry.get("ammo").as_string();
gun_template->skill_used = Skill::skill(entry.get("skill").as_string());
gun_template->dmg_bonus = entry.get("ranged_damage").as_int();
gun_template->range = entry.get("range").as_int();
gun_template->dispersion = entry.get("dispersion").as_int();
gun_template->recoil = entry.get("recoil").as_int();
gun_template->durability = entry.get("durability").as_int();
gun_template->burst = entry.get("burst").as_int();
gun_template->clip = entry.get("clip_size").as_int();
gun_template->reload_time = entry.get("reload").as_int();
gun_template->pierce = entry.has("pierce") ? entry.get("pierce").as_int() : 0;
if( entry.has("ammo_effects") ) {
tags_from_json(entry.get("ammo_effects"), gun_template->ammo_effects);
}
new_item_template = gun_template;
}
else if (type_label == "TOOL")
{
it_tool* tool_template = new it_tool();
tool_template->ammo = entry.get("ammo").as_string();
tool_template->max_charges = entry.get("max_charges").as_int();
tool_template->def_charges = entry.get("initial_charges").as_int();
tool_template->charges_per_use = entry.get("charges_per_use").as_int();
tool_template->turns_per_charge = entry.get("turns_per_charge").as_int();
tool_template->revert_to = entry.get("revert_to").as_string();
new_item_template = tool_template;
}
else if (type_label == "AMMO")
{
it_ammo* ammo_template = new it_ammo();
ammo_template->type = entry.get("ammo_type").as_string();
if(entry.has("casing")) {
ammo_template->casing = entry.get("casing").as_string();
}
ammo_template->damage = entry.get("damage").as_int();
ammo_template->pierce = entry.get("pierce").as_int();
ammo_template->range = entry.get("range").as_int();
ammo_template->dispersion =
entry.get("dispersion").as_int();
ammo_template->recoil = entry.get("recoil").as_int();
ammo_template->count = entry.get("count").as_int();
if( entry.has("effects") ) {
tags_from_json(entry.get("effects"), ammo_template->ammo_effects);
}
new_item_template = ammo_template;
}
else if (type_label == "ARMOR")
{
it_armor* armor_template = new it_armor();
armor_template->encumber = entry.get("encumberance").as_int();
armor_template->coverage = entry.get("coverage").as_int();
armor_template->thickness = entry.get("material_thickness").as_int();
armor_template->env_resist = entry.get("enviromental_protection").as_int();
armor_template->warmth = entry.get("warmth").as_int();
armor_template->storage = entry.get("storage").as_int();
armor_template->power_armor = entry.has("power_armor") ? entry.get("power_armor").as_bool() : false;
armor_template->covers = entry.has("covers") ?
flags_from_json(entry.get("covers"),"bodyparts") : 0;
new_item_template = armor_template;
}
else if (type_label == "BOOK")
{
it_book* book_template = new it_book();
book_template->level = entry.get("max_level").as_int();
book_template->req = entry.get("required_level").as_int();
book_template->fun = entry.get("fun").as_int();
book_template->intel = entry.get("intelligence").as_int();
book_template->time = entry.get("time").as_int();
book_template->type = Skill::skill(entry.get("skill").as_string());
new_item_template = book_template;
}
else if (type_label == "CONTAINER")
{
it_container* container_template = new it_container();
container_template->contains = entry.get("contains").as_int();
new_item_template = container_template;
}
else
{
debugmsg("Item definition for %s skipped, unrecognized type: %s", new_id.c_str(),
type_label.c_str());
break;
}
}
new_item_template->id = new_id;
m_templates[new_id] = new_item_template;
// And then proceed to assign the correct field
new_item_template->price = entry.get("price").as_int();
new_item_template->name = _(entry.get("name").as_string().c_str());
new_item_template->sym = entry.get("symbol").as_char();
new_item_template->color = color_from_string(entry.get("color").as_string());
new_item_template->description = _(entry.get("description").as_string().c_str());
if(entry.has("material")){
set_material_from_json(new_id, entry.get("material"));
} else {
new_item_template->m1 = "null";
new_item_template->m2 = "null";
}
Item_tag new_phase = "solid";
if(entry.has("phase")){
new_phase = entry.get("phase").as_string();
}
new_item_template->phase = phase_from_tag(new_phase);
new_item_template->volume = entry.get("volume").as_int();
new_item_template->weight = entry.get("weight").as_int();
new_item_template->melee_dam = entry.get("bashing").as_int();
new_item_template->melee_cut = entry.get("cutting").as_int();
new_item_template->m_to_hit = entry.get("to_hit").as_int();
if( entry.has("flags") )
{
new_item_template->item_tags = entry.get("flags").as_tags();
/*
List of current flags
FIT - Reduces encumberance by one
VARSIZE - Can be made to fit via tailoring
OVERSIZE - Can always be worn no matter encumberance/mutations/bionics/etc
HOOD - Will increase warmth for head if head is cold and player is not wearing a helmet (headwear of material that is not wool or cotton)
POCKETS - Will increase warmth for hands if hands are cold and the player is wielding nothing
WATCH - Shows the current time, instead of sun/moon position
ALARMCLOCK - Has an alarmclock feature
MALE_TYPICAL - Typically only worn by men.
FEMALE_TYPICAL - Typically only worn by women.
USE_EAT_VERB - Use the eat verb, even if it's a liquid(soup, jam etc.)
Container-only flags:
SEALS
RIGID
WATERTIGHT
*/
}
new_item_template->techniques = (!entry.has("techniques") ? 0 :
flags_from_json(entry.get("techniques"), "techniques"));
new_item_template->use = (!entry.has("use_action") ? &iuse::none :
use_from_string(entry.get("use_action").as_string()));
}
}
}
if(!json_good())
throw "There was an error reading " + file_name;
}
void game::init_traits_mutations()
{
catajson cjMutationsRaw("data/raw/mutations.json");
if (!json_good()) {
throw (std::string)"data/raw/mutations.json wasn't found";
}
mutations_category[""].clear(); //dont delete this!
for (cjMutationsRaw.set_begin(); cjMutationsRaw.has_curr(); cjMutationsRaw.next()) {
catajson cjMutation = cjMutationsRaw.curr();
std::string sMutation = cjMutation.get("id").as_string();
trait new_trait;
new_trait.name = _(cjMutation.get("name").as_string().c_str());
new_trait.points = cjMutation.get("points").as_int();
new_trait.visiblity = cjMutation.get("visibility").as_int();
new_trait.ugliness = cjMutation.get("ugliness").as_int();
new_trait.description = _(cjMutation.get("description").as_string().c_str());
new_trait.startingtrait = false;
if (cjMutation.has("starting_trait")) {
new_trait.startingtrait = cjMutation.get("starting_trait").as_bool();
}
traits[sMutation] = new_trait;
mutation_data[sMutation].valid = cjMutation.get("valid").as_bool();
if (cjMutation.has("prereqs")) {
catajson cjPrereqs = cjMutation.get("prereqs");
if (cjPrereqs.is_array()) {
for (cjPrereqs.set_begin(); cjPrereqs.has_curr(); cjPrereqs.next()) {
mutation_data[sMutation].prereqs.push_back(cjPrereqs.curr().as_string());
}
}
}
if (cjMutation.has("cancels")) {
catajson cjCancels = cjMutation.get("cancels");
if (cjCancels.is_array()) {
for (cjCancels.set_begin(); cjCancels.has_curr(); cjCancels.next()) {
mutation_data[sMutation].cancels.push_back(cjCancels.curr().as_string());
}
}
}
if (cjMutation.has("changes_to")) {
catajson cjChangesTo = cjMutation.get("changes_to");
if (cjChangesTo.is_array()) {
for (cjChangesTo.set_begin(); cjChangesTo.has_curr(); cjChangesTo.next()) {
mutation_data[sMutation].replacements.push_back(cjChangesTo.curr().as_string());
}
}
}
if (cjMutation.has("leads_to")) {
catajson cjLeadsTo = cjMutation.get("leads_to");
if (cjLeadsTo.is_array()) {
for (cjLeadsTo.set_begin(); cjLeadsTo.has_curr(); cjLeadsTo.next()) {
mutation_data[sMutation].additions.push_back(cjLeadsTo.curr().as_string());
}
}
}
if (cjMutation.has("category")) {
catajson cjCategory = cjMutation.get("category");
if (cjCategory.is_array()) {
for (cjCategory.set_begin(); cjCategory.has_curr(); cjCategory.next()) {
mutation_data[sMutation].category.push_back(cjCategory.curr().as_string());
mutations_category[cjCategory.curr().as_string()].push_back(sMutation);
}
}
}
}
}
profmap profession::load_professions()
{
profmap allProfs;
catajson profsRaw("data/raw/professions.json",true);
unsigned int id = 0;
for (profsRaw.set_begin(); profsRaw.has_curr() && json_good(); profsRaw.next())
{
++id;
catajson currProf = profsRaw.curr();
std::string ident = currProf.get("ident").as_string();
std::string name = currProf.get("name").as_string();
std::string description = currProf.get("description").as_string();
signed int points = currProf.get("points").as_int();
name = _(name.c_str());
description = _(description.c_str());
profession newProfession(id, ident, name, description, points);
catajson items = currProf.get("items");
for (items.set_begin(); items.has_curr(); items.next())
{
newProfession.add_item(items.curr().as_string());
}
// Addictions are optional
if (currProf.has("addictions"))
{
catajson addictions = currProf.get("addictions");
for (addictions.set_begin(); addictions.has_curr(); addictions.next())
{
catajson currAdd = addictions.curr();
std::string type_str = currAdd.get("type").as_string();
add_type type = addiction_type(type_str);
int intensity = currAdd.get("intensity").as_int();
newProfession.add_addiction(type,intensity);
}
}
// Skills are optional as well
if (currProf.has("skills"))
{
catajson skills = currProf.get("skills");
for (skills.set_begin(); skills.has_curr(); skills.next())
{
catajson currSkill = skills.curr();
std::string skill_str = currSkill.get("name").as_string();
// Verifying this skill exists MUST happen later since the
// skills have not yet been loaded at this point.
int level = currSkill.get("level").as_int();
newProfession.add_skill(skill_str, level);
}
}
// Optional flags
if (currProf.has("flags"))
{
catajson cflags = currProf.get("flags");
for (cflags.set_begin(); cflags.has_curr(); cflags.next())
{
newProfession.flags.insert(cflags.curr().as_string());
}
}
allProfs[ident] = newProfession;
}
if(!json_good())
exit(1);
return allProfs;
}
