world::world(wml::const_node_ptr node)
: map_(hex::generate_gamemap(node)),
weather_x_(0), weather_y_(0),
weather_next_turn_(game_logic::formula::create_optional_formula(node->attr("weather_next_turn"))),
weather_function_(game_logic::formula::create_optional_formula(node->attr("weather_function")))
{
sides_.push_back(government_ptr(new government));
}
void terrain_improvement::init(wml::const_node_ptr node)
{
wml::node::const_child_iterator i1 = node->begin_child("improvement");
wml::node::const_child_iterator i2 = node->end_child("improvement");
for(; i1 != i2; ++i1) {
terrain_improvement_ptr t(new terrain_improvement(i1->second));
cache[t->id()] = t;
}
}
unit_type::unit_type(wml::const_node_ptr node)
: description_(node->attr("description")),
texture_(graphics::texture::get(node->attr("image"))),
movement_(wml::get_int(node, "movement", 10)),
cost_(wml::get_int(node, "cost", 1))
{
abilities_ = util::split(node->attr("abilities"));
ability_build_city_ = has_ability("settle");
}
explicit compound_command(wml::const_node_ptr node) {
if(!node) {
return;
}
for(wml::node::const_all_child_iterator i = node->begin_children(); i != node->end_children(); ++i) {
cmd_.push_back(create(*i));
}
}
void parse_postdraw(wml::const_node_ptr postdraw, fb_ptr builder)
{
for(wml::node::const_all_child_iterator i = postdraw->begin_children();
i != postdraw->end_children(); ++i) {
fdb_ptr fdb = make_fdb(*i);
if(!fdb.get()) continue;
builder->add_postdraw(fdb);
}
}
level_tile level_object::build_tile(wml::const_node_ptr node)
{
level_tile res;
res.x = wml::get_int(node, "x");
res.y = wml::get_int(node, "y");
res.zorder = wml::get_int(node, "zorder");
if(tiles_cache.count(node->attr("tile"))) {
res.object = tiles_cache[node->attr("tile")];
}
res.face_right = wml::get_bool(node, "face_right");
return res;
}
constants_loader::constants_loader(wml::const_node_ptr node) : same_as_base_(false)
{
constants_map m;
if(node) {
for(wml::node::const_attr_iterator i = node->begin_attr(); i != node->end_attr(); ++i) {
const std::string& attr = i->first;
if(std::find_if(attr.begin(), attr.end(), islower) != attr.end()) {
//only all upper case are loaded as consts
continue;
}
m[attr].serialize_from_string(i->second);
}
}
if(constants_stack.empty() == false && constants_stack.back() == m) {
same_as_base_ = true;
} else if(constants_stack.empty() == false) {
std::cerr << "CONSTANTS ARE DIFFERENT: ";
for(constants_map::const_iterator i = m.begin(); i != m.end(); ++i) {
if(constants_stack.back().count(i->first) == 0) {
std::cerr << "NOT FOUND " << i->first << " ";
} else if(i->second != constants_stack.back()[i->first]) {
std::cerr << "DIFF " << i->first << " ";
}
}
const constants_map& m2 = constants_stack.back();
for(constants_map::const_iterator i = m2.begin(); i != m2.end(); ++i) {
if(m.count(i->first) == 0) {
std::cerr << "INSERTED " << i->first << " ";
}
}
std::cerr << "\n";
}
//std::cerr << "ADD CONSTANTS_STACK ";
for(constants_map::const_iterator i = m.begin(); i != m.end(); ++i) {
std::cerr << i->first << " ";
}
if(m.begin() != m.end()) {
std::cerr << "\n";
}
constants_stack.push_back(m);
}
event_handler::event_handler(wml::const_node_ptr node)
: node_(node),
first_time_only_(wml::get_bool(node, "first_time_only", false)),
already_run_(wml::get_bool(node, "already_run", false))
{
const std::string& f = wml::get_str(node,"filter");
if(!f.empty()) {
filters_.push_back(formula_ptr(new formula(f)));
}
for(wml::node::const_all_child_iterator i = node->begin_children();
i != node->end_children(); ++i) {
if((*i)->name() == "filter") {
filters_.push_back(formula_ptr(new formula((*i)->attr("filter"))));
continue;
}
const_wml_command_ptr cmd(wml_command::create(*i));
if(cmd) {
commands_.push_back(cmd);
}
}
}
void load(const wml::const_node_ptr& node)
{
for(wml::node::const_attr_iterator i = node->begin_attr();
i != node->end_attr(); ++i) {
stat_calculation[i->first] = ptr(new formula(i->second));
}
wml::const_node_ptr penalties = node->get_child("ideal_strength_penalties");
if(penalties) {
for(wml::node::const_attr_iterator i = penalties->begin_attr();
i != penalties->end_attr(); ++i) {
strength_penalty[i->first] = ptr(new formula(i->second));
}
}
penalties = node->get_child("fatigue_penalties");
if(penalties) {
for(wml::node::const_attr_iterator i = penalties->begin_attr();
i != penalties->end_attr(); ++i) {
fatigue_penalty[i->first] = ptr(new formula(i->second));
}
}
wml::const_node_ptr height = node->get_child("height_advantage");
if(height) {
for(wml::node::const_attr_iterator i = height->begin_attr();
i != height->end_attr(); ++i) {
height_advantage[i->first] = ptr(new formula(i->second));
}
}
wml::const_node_ptr rules = node->get_child("rules");
if(rules) {
if(rules->has_attr("track")) {
track_formula.reset(new formula((*rules)["track"]));
}
}
}
terrain_improvement::terrain_improvement(wml::const_node_ptr node)
: id_(node->attr("id")), texture_(graphics::texture::get(node->attr("image"))), cost_(wml::get_int(node, "cost"))
{}
frame::frame(wml::const_node_ptr node)
: id_(node->attr("id")),
image_(node->attr("image")),
variant_id_(id_),
enter_event_id_(get_object_event_id("enter_" + id_ + "_anim")),
end_event_id_(get_object_event_id("end_" + id_ + "_anim")),
leave_event_id_(get_object_event_id("leave_" + id_ + "_anim")),
process_event_id_(get_object_event_id("process_" + id_)),
texture_(graphics::texture::get(image_, node->attr("image_formula"))),
solid_(solid_info::create(node)),
collide_rect_(node->has_attr("collide") ? rect(node->attr("collide")) :
rect(wml::get_int(node, "collide_x"),
wml::get_int(node, "collide_y"),
wml::get_int(node, "collide_w"),
wml::get_int(node, "collide_h"))),
hit_rect_(node->has_attr("hit") ? rect(node->attr("hit")) :
rect(wml::get_int(node, "hit_x"),
wml::get_int(node, "hit_y"),
wml::get_int(node, "hit_w"),
wml::get_int(node, "hit_h"))),
platform_rect_(node->has_attr("platform") ? rect(node->attr("platform")) :
rect(wml::get_int(node, "platform_x"),
wml::get_int(node, "platform_y"),
wml::get_int(node, "platform_w"), 1)),
img_rect_(node->has_attr("rect") ? rect(node->attr("rect")) :
rect(wml::get_int(node, "x"),
wml::get_int(node, "y"),
wml::get_int(node, "w"),
wml::get_int(node, "h"))),
feet_x_(wml::get_int(node, "feet_x")),
feet_y_(wml::get_int(node, "feet_y")),
accel_x_(wml::get_int(node, "accel_x", INT_MIN)),
accel_y_(wml::get_int(node, "accel_y", INT_MIN)),
velocity_x_(wml::get_int(node, "velocity_x", INT_MIN)),
velocity_y_(wml::get_int(node, "velocity_y", INT_MIN)),
nframes_(wml::get_int(node, "frames", 1)),
nframes_per_row_(wml::get_int(node, "frames_per_row", -1)),
frame_time_(wml::get_int(node, "duration", -1)),
reverse_frame_(wml::get_bool(node, "reverse")),
play_backwards_(wml::get_bool(node, "play_backwards")),
scale_(wml::get_int(node, "scale", 2)),
pad_(wml::get_int(node, "pad")),
rotate_(wml::get_int(node, "rotate")),
blur_(wml::get_int(node, "blur")),
rotate_on_slope_(wml::get_bool(node, "rotate_on_slope")),
damage_(wml::get_int(node, "damage")),
sounds_(util::split(node->attr("sound"))),
no_remove_alpha_borders_(wml::get_bool(node, "no_remove_alpha_borders", false)),
current_palette_(-1)
{
std::vector<std::string> hit_frames = util::split((*node)["hit_frames"]);
foreach(const std::string& f, hit_frames) {
hit_frames_.push_back(boost::lexical_cast<int>(f));
}
void citizen::init(wml::const_node_ptr node)
{
survive_formula = game_logic::formula::create_optional_formula(node->attr("survive_formula"));
reproduce_formula = game_logic::formula::create_optional_formula(node->attr("reproduce_formula"));
tile_attractiveness_formula.reset(new game_logic::formula(node->attr("tile_attractiveness_formula")));
wages_wanted_formula = game_logic::formula::create_optional_formula(node->attr("wages_wanted_formula"));
wml::const_node_ptr produce = node->get_child("produce");
if(produce) {
for(wml::node::const_attr_iterator i = produce->begin_attr(); i != produce->end_attr(); ++i) {
produce_score_formulae[i->first].reset(new game_logic::formula(i->second));
}
}
wml::const_node_ptr use = node->get_child("use");
if(use) {
for(wml::node::const_attr_iterator i = use->begin_attr(); i != use->end_attr(); ++i) {
item_use_map[i->first] = atoi(i->second.c_str());
}
}
wml::const_node_ptr trades = node->get_child("trades");
if(trades) {
for(wml::node::const_attr_iterator i = trades->begin_attr(); i != trades->end_attr(); ++i) {
std::vector<std::string> keys = util::split(i->first, '_');
if(keys.size() == 2) {
trade_formula_map[std::pair<std::string,std::string>(keys[0], keys[1])].reset(new game_logic::formula(i->second));
}
}
}
wml::const_node_ptr buys = node->get_child("buys");
if(buys) {
for(wml::node::const_attr_iterator i = buys->begin_attr(); i != buys->end_attr(); ++i) {
buy_formula_map[i->first].reset(new game_logic::formula(i->second));
}
}
wml::const_node_ptr sells = node->get_child("sells");
if(sells) {
for(wml::node::const_attr_iterator i = sells->begin_attr(); i != sells->end_attr(); ++i) {
sell_formula_map[i->first].reset(new game_logic::formula(i->second));
}
}
wml::const_node_ptr buy_quantities = node->get_child("buy_quantities");
if(buy_quantities) {
for(wml::node::const_attr_iterator i = buy_quantities->begin_attr(); i != buy_quantities->end_attr(); ++i) {
buy_quantity_formula_map[i->first].reset(new game_logic::formula(i->second));
}
}
wml::const_node_ptr sell_quantities = node->get_child("sell_quantities");
if(sell_quantities) {
for(wml::node::const_attr_iterator i = sell_quantities->begin_attr(); i != sell_quantities->end_attr(); ++i) {
sell_quantity_formula_map[i->first].reset(new game_logic::formula(i->second));
}
}
}
void frame_draw_builder::init_from_wml(const wml::const_node_ptr& node) {
for(wml::node::const_attr_iterator i = node->begin_attr();
i != node->end_attr(); ++i) {
set_attr(i->first, i->second);
}
}