attack_result_ptr readwrite_context_impl::execute_attack_action(const map_location& attacker_loc, const map_location& defender_loc, int attacker_weapon){
unit_map::iterator i = resources::units->find(attacker_loc);
double m_aggression = i.valid() && i->can_recruit() ? get_leader_aggression() : get_aggression();
return actions::execute_attack_action(get_side(),true,attacker_loc,defender_loc,attacker_weapon, m_aggression);
}
void protect_goal::add_targets(std::back_insert_iterator< std::vector< target >> target_list)
{
std::string goal_type;
if (protect_unit_) {
goal_type = "protect_unit";
} else {
goal_type ="protect_location";
}
if (!(this)->active()) {
LOG_AI_GOAL << "skipping " << goal_type << " goal - not active" << std::endl;
return;
}
const config &criteria = cfg_.child("criteria");
if (!criteria) {
LOG_AI_GOAL << "skipping " << goal_type << " goal - no criteria given" << std::endl;
return;
} else {
DBG_AI_GOAL << "side " << get_side() << ": "<< goal_type << " goal with criteria" << std::endl << cfg_.child("criteria") << std::endl;
}
unit_map &units = resources::gameboard->units();
std::set<map_location> items;
if (protect_unit_) {
const unit_filter ufilt{ vconfig(criteria) };
for (const unit &u : units)
{
// 'protect_unit' can be set to any unit of any side -> exclude hidden units
// unless they are visible to the AI side (e.g. allies with shared vision).
// As is done in other parts of the AI, units under fog/shroud count as visible to the AI.
if (ufilt(u)
&& (!u.invisible(u.get_location()) || u.is_visible_to_team(current_team(), false)))
{
DBG_AI_GOAL << "side " << get_side() << ": in " << goal_type << ": " << u.get_location() << " should be protected\n";
items.insert(u.get_location());
}
}
} else {
filter_ptr_->get_locations(items);
}
DBG_AI_GOAL << "side " << get_side() << ": searching for threats in "+goal_type+" goal" << std::endl;
// Look for directions to protect a specific location or specific unit.
for (const map_location &loc : items)
{
for (const unit &u : units)
{
int distance = distance_between(u.get_location(), loc);
if (current_team().is_enemy(u.side()) && distance < radius_ &&
!u.invisible(u.get_location()))
{
DBG_AI_GOAL << "side " << get_side() << ": in " << goal_type << ": found threat target. " << u.get_location() << " is a threat to "<< loc << '\n';
*target_list = target(u.get_location(),
value_ * static_cast<double>(radius_ - distance) /
radius_, target::TYPE::THREAT);
}
}
}
}
recall_result_ptr readonly_context_impl::check_recall_action(const std::string& id, const map_location &where){
return actions::execute_recall_action(get_side(),false,id,where);
}
stopunit_result_ptr readonly_context_impl::check_stopunit_action(const map_location& unit_location, bool remove_movement, bool remove_attacks){
return actions::execute_stopunit_action(get_side(),false,unit_location,remove_movement,remove_attacks);
}
void stage::on_create()
{
LOG_AI_STAGE << "side "<< get_side() << " : "<<" created stage with name=["<<cfg_["name"]<<"]"<<std::endl;
}
move_result_ptr readonly_context_impl::check_move_action(const map_location& from, const map_location& to, bool remove_movement){
return actions::execute_move_action(get_side(),false,from,to,remove_movement);
}
attack_result_ptr readonly_context_impl::check_attack_action(const map_location& attacker_loc, const map_location& defender_loc, int attacker_weapon){
unit_map::iterator i = resources::units->find(attacker_loc);
double m_aggression = i.valid() && i->can_recruit() ? get_leader_aggression() : get_aggression();
const unit_advancements_aspect& m_advancements = get_advancements();
return actions::execute_attack_action(get_side(),false,attacker_loc,defender_loc,attacker_weapon, m_aggression, m_advancements);
}
void protect_goal::add_targets(std::back_insert_iterator< std::vector< target > > target_list)
{
std::string goal_type;
if (protect_unit_) {
if (protect_only_own_unit_) {
goal_type = "protect_my_unit";
} else {
goal_type = "protect_unit";
}
} else {
goal_type ="protect_location";
}
if (!(this)->active()) {
LOG_AI_GOAL << "skipping " << goal_type << " goal - not active" << std::endl;
return;
}
const config &criteria = cfg_.child("criteria");
if (!criteria) {
LOG_AI_GOAL << "skipping " << goal_type << " goal - no criteria given" << std::endl;
return;
} else {
DBG_AI_GOAL << goal_type << " goal with criteria" << std::endl << cfg_.child("criteria") << std::endl;
}
unit_map &units = get_info().units;
std::vector<team> &teams = get_info().teams;
std::set<map_location> items;
if (protect_unit_) {
for(unit_map::const_iterator u = units.begin(); u != units.end(); ++u) {
if (protect_only_own_unit_ && u->second.side()!=get_side()) {
continue;
}
//TODO: we will protect hidden units, by not testing for invisibility to current side
if (u->second.matches_filter(vconfig(criteria),u->first)) {
DBG_AI_GOAL << "in "<<goal_type<< ": " << u->first << " should be protected " << std::endl;
items.insert(u->first);
}
}
} else {
filter_ptr_->get_locations(items);
}
DBG_AI_GOAL << "seaching for threats in "+goal_type+" goal" << std::endl;
// Look for directions to protect a specific location or specific unit.
foreach (const map_location &loc, items)
{
for(unit_map::const_iterator u = units.begin(); u != units.end(); ++u) {
const int distance = distance_between(u->first,loc);
if(current_team().is_enemy(u->second.side()) && distance < radius_
&& !u->second.invisible(u->first, units, teams)) {
DBG_AI_GOAL << "in "<<goal_type<<": found threat target. " << u->first << " is a threat to "<< loc << std::endl;
*target_list = target(u->first, value_ * double(radius_-distance) /
double(radius_),target::THREAT);
}
}
}
}
recruit_result_ptr readwrite_context_impl::execute_recruit_action(const std::string& unit_name, const map_location &where, const map_location &from){
return actions::execute_recruit_action(get_side(),true,unit_name,where,from);
}
team& readwrite_context_impl::current_team_w()
{
return (*resources::teams)[get_side()-1];
}
move_result_ptr readwrite_context_impl::execute_move_action(const map_location& from, const map_location& to, bool remove_movement){
return actions::execute_move_action(get_side(),true,from,to,remove_movement);
}
bool ai_default_recruitment_stage::recruit_usage(const std::string& usage)
{
raise_user_interact();
analyze_all();
const int min_gold = 0;
log_scope2(log_ai, "recruiting troops");
LOG_AI << "recruiting '" << usage << "'\n";
//make sure id, usage and cost are known for the coming evaluation of unit types
unit_types.build_all(unit_type::HELP_INDEX);
std::vector<std::string> options;
bool found = false;
// Find an available unit that can be recruited,
// matches the desired usage type, and comes in under budget.
BOOST_FOREACH(const std::string &name, current_team().recruits())
{
const unit_type *ut = unit_types.find(name);
if (!ut) continue;
// If usage is empty consider any unit.
if (usage.empty() || ut->usage() == usage) {
LOG_AI << name << " considered for " << usage << " recruitment\n";
found = true;
if (current_team().gold() - ut->cost() < min_gold) {
LOG_AI << name << " rejected, cost too high (cost: " << ut->cost() << ", current gold: " << current_team().gold() <<", min_gold: " << min_gold << ")\n";
continue;
}
if (not_recommended_units_.count(name))
{
LOG_AI << name << " rejected, bad terrain or combat\n";
continue;
}
std::map<std::string,int>::iterator imc = maximum_counts_.find(name);
if (imc != maximum_counts_.end()) {
int count_active = 0;
for (unit_map::const_iterator u = resources::units->begin(); u != resources::units->end(); ++u) {
if (u->side() == get_side() && !u->incapacitated() && u->type().base_id() == name) {
++count_active;
}
}
if (count_active >= imc->second) {
LOG_AI << name << " rejected, too many in the field\n";
continue;
}
}
LOG_AI << "recommending '" << name << "'\n";
options.push_back(name);
}
}
// From the available options, choose one at random
if(options.empty() == false) {
const int option = rand()%options.size();
recruit_result_ptr recruit_res = check_recruit_action(options[option]);
if (recruit_res->is_ok()) {
recruit_res->execute();
if (!recruit_res->is_ok()) {
ERR_AI << "recruitment failed "<< std::endl;
}
}
return recruit_res->is_gamestate_changed();
}
if (found) {
LOG_AI << "No available units to recruit that come under the price.\n";
} else if (usage != "") {
//FIXME: This message should be suppressed when WML author
//chooses the default recruitment pattern.
const std::string warning = "At difficulty level " +
resources::gamedata->difficulty() + ", trying to recruit a:" +
usage + " but no unit of that type (usage=) is"
" available. Check the recruit and [ai]"
" recruitment_pattern keys for team '" +
current_team().name() + "' (" +
lexical_cast<std::string>(get_side()) + ")"
" against the usage key of the"
" units in question! Removing invalid"
" recruitment_pattern entry and continuing...\n";
WRN_AI << warning;
// Uncommented until the recruitment limiting macro can be fixed to not trigger this warning.
//lg::wml_error << warning;
//@fixme
//return current_team_w().remove_recruitment_pattern_entry(usage);
return false;
}
return false;
}
bool Plane::intersects(const BoundingBox& b) const {
return get_side(b) == INTERSECT;
}
void goal::on_create()
{
LOG_AI_GOAL << "side " << get_side() << " : " << " created goal with name=[" << cfg_["name"] << "]" << std::endl;
}
bool G_Map::init() {
auto tab_info = the_app->script()->read_table("the_map_info");
if (tab_info->is_nil()) {
return false;
}
for (unsigned i = 1; ; ++i) {
auto tab_item = tab_info->read_table(i);
if (tab_item->is_nil()) {
break;
}
int id = tab_item->read_integer("id", -1);
if (id < 0) {
continue;
}
G_MapCity *city = probe_city(id);
city->_coin = tab_item->read_integer("tongqian");
unsigned side_id = tab_item->read_integer("mbelong");
side_id--;
if (side_id > G_SIDE_UNKNOWN) {
log_error("unknown side id '%d'.", side_id + 1);
return false;
}
city->_origin = city->_side = get_side(side_id);
city->_side->_coin += city->_coin;
auto joins = tab_item->read_table("xiangling");
if (joins->is_nil()) {
log_error("city '%d' is solo.", id);
return false;
}
for (unsigned j = 1; ; ++j) {
int join_item = joins->read_integer(j, -1);
if (join_item < 0) {
break;
}
city->_joins[join_item] = probe_city(join_item);
}
}
if (!init_side()) {
return false;
}
for (G_MapCity *city : _city_list) {
if (!city->_origin) {
log_error("city %d bad.", city->_id);
continue;
}
city->init();
}
object<G_GraphicMatrix> path(_city_list.size());
G_GraphicMatrix mat(_city_list.size());
for (unsigned i = 0; i < _city_list.size(); ++i) {
for (unsigned j = 0; j < _city_list.size(); ++j) {
if (i == j) {
mat.elem(i, j) = 0;
}
else {
G_MapCity *city = _city_list[i];
G_MapCity *city2 = _city_list[j];
if (city->_joins.find(city2->_id) == city->_joins.end()) {
mat.elem(i, j) = UINT32_MAX;
}
else {
mat.elem(i, j) = 1;
}
}
}
}
for (unsigned i = 0; i < _city_list.size(); ++i) {
for (unsigned j = 0; j < _city_list.size(); ++j) {
path->elem(i, j) = UINT32_MAX;
}
}
for(unsigned k = 0; k < _city_list.size(); k++) {
for(unsigned i = 0; i < _city_list.size(); i++) {
for(unsigned j = 0; j < _city_list.size(); j++) {
if((mat.elem(i, k) && mat.elem(k, j) && mat.elem(i, k) < UINT32_MAX && mat.elem(k, j) < UINT32_MAX) &&
(mat.elem(i, k) + mat.elem(k, j) < mat.elem(i, j))) {
mat.elem(i, j) = mat.elem(i, k) + mat.elem(k, j);
path->elem(i, j) = path->elem(k, j);
}
}
}
}
_path = path;
return true;
}
void goal::unrecognized()
{
ERR_AI_GOAL << "side " << get_side() << " : " << " tried to create goal with name=[" << cfg_["name"] << "], but the [" << cfg_["engine"] << "] engine did not recognize that type of goal. " << std::endl;
ok_ = false;
}
game_info& action_result::get_info() const
{
return manager::get_active_ai_info_for_side(get_side());
}
bool idle_stage::do_play_stage(){
LOG_AI_STAGE << "Turn " << resources::tod_manager->turn() << ": playing idle stage for side: "<< get_side() << std::endl;
return false;
}
void attack_result::do_check_before()
{
LOG_AI_ACTIONS << " check_before " << *this << std::endl;
const unit_map::const_iterator attacker = resources::units->find(attacker_loc_);
const unit_map::const_iterator defender = resources::units->find(defender_loc_);
if(attacker==resources::units->end())
{
LOG_AI_ACTIONS << "attempt to attack without attacker\n";
set_error(E_EMPTY_ATTACKER);
return;
}
if (defender==resources::units->end())
{
LOG_AI_ACTIONS << "attempt to attack without defender\n";
set_error(E_EMPTY_DEFENDER);
return;
}
if(attacker->incapacitated()) {
LOG_AI_ACTIONS << "attempt to attack with unit that is petrified\n";
set_error(E_INCAPACITATED_ATTACKER);
return;
}
if(defender->incapacitated()) {
LOG_AI_ACTIONS << "attempt to attack unit that is petrified\n";
set_error(E_INCAPACITATED_DEFENDER);
return;
}
if(!attacker->attacks_left()) {
LOG_AI_ACTIONS << "attempt to attack with no attacks left\n";
set_error(E_NO_ATTACKS_LEFT);
return;
}
if(attacker->side()!=get_side()) {
LOG_AI_ACTIONS << "attempt to attack with not own unit\n";
set_error(E_NOT_OWN_ATTACKER);
return;
}
if(!get_my_team().is_enemy(defender->side())) {
LOG_AI_ACTIONS << "attempt to attack unit that is not enemy\n";
set_error(E_NOT_ENEMY_DEFENDER);
return;
}
if (attacker_weapon_!=-1) {
if ((attacker_weapon_<0)||(attacker_weapon_ >= static_cast<int>(attacker->attacks().size()))) {
LOG_AI_ACTIONS << "invalid weapon selection for the attacker\n";
set_error(E_WRONG_ATTACKER_WEAPON);
return;
}
}
if (!tiles_adjacent(attacker_loc_,defender_loc_)) {
LOG_AI_ACTIONS << "attacker and defender not adjacent\n";
set_error(E_ATTACKER_AND_DEFENDER_NOT_ADJACENT);
return;
}
}
OSL::ShaderGlobals& ShadingPoint::get_osl_shader_globals() const
{
assert(hit());
if (!(m_members & HasOSLShaderGlobals))
{
const ShadingRay& ray(get_ray());
m_shader_globals.P = Vector3f(get_point());
m_shader_globals.dPdx = OSL::Vec3(0, 0, 0);
m_shader_globals.dPdy = OSL::Vec3(0, 0, 0);
m_shader_globals.dPdz = OSL::Vec3(0, 0, 0);
m_shader_globals.I = Vector3f(normalize(ray.m_dir));
m_shader_globals.dIdx = OSL::Vec3(0, 0, 0);
m_shader_globals.dIdy = OSL::Vec3(0, 0, 0);
m_shader_globals.N = Vector3f(get_shading_normal());
m_shader_globals.Ng = Vector3f(get_geometric_normal());
m_shader_globals.u = get_uv(0).x;
m_shader_globals.dudx = 0;
m_shader_globals.dudy = 0;
m_shader_globals.v = get_uv(0).y;
m_shader_globals.dvdx = 0;
m_shader_globals.dvdy = 0;
m_shader_globals.dPdu = Vector3f(get_dpdu(0));
m_shader_globals.dPdv = Vector3f(get_dpdv(0));
m_shader_globals.time = ray.m_time;
m_shader_globals.dtime = 0;
m_shader_globals.dPdtime = OSL::Vec3(0, 0, 0);
m_shader_globals.Ps = OSL::Vec3(0, 0, 0);
m_shader_globals.dPsdx = OSL::Vec3(0, 0, 0);
m_shader_globals.dPsdy = OSL::Vec3(0, 0, 0);
m_shader_globals.renderstate = 0;
m_shader_globals.tracedata = 0;
m_shader_globals.objdata = 0;
m_obj_transform_info.m_assembly_instance_transform =
&get_assembly_instance().cumulated_transform_sequence();
m_obj_transform_info.m_object_instance_transform =
&get_object_instance().get_transform();
m_shader_globals.object2common = reinterpret_cast<OSL::TransformationPtr>(&m_obj_transform_info);
m_shader_globals.shader2common = 0;
m_shader_globals.surfacearea = 0;
m_shader_globals.raytype = static_cast<int>(ray.m_type);
m_shader_globals.flipHandedness = 0;
m_shader_globals.backfacing = get_side() == ObjectInstance::FrontSide ? 0 : 1;
m_shader_globals.context = 0;
m_shader_globals.Ci = 0;
m_members |= HasOSLShaderGlobals;
}
else
{
// Update always the raytype, as it might have changed from the previous run.
m_shader_globals.raytype = static_cast<int>(get_ray().m_type);
}
return m_shader_globals;
}
void move_result::do_execute()
{
LOG_AI_ACTIONS << "start of execution of: "<< *this << std::endl;
assert(is_success());
if(resources::simulation_){
bool gamestate_changed = false;
if(from_ != to_){
int step = route_->steps.size();
gamestate_changed = simulated_move(get_side(), from_, to_, step, unit_location_);
} else {
assert(remove_movement_);
}
unit_map::const_iterator un = resources::units->find(unit_location_);
if(remove_movement_ && un->movement_left() > 0 && unit_location_ == to_){
gamestate_changed = simulated_stopunit(unit_location_, true, false);
}
sim_gamestate_changed(this, gamestate_changed);
return;
}
::actions::move_unit_spectator move_spectator(*resources::units);
move_spectator.set_unit(resources::units->find(from_));
if (from_ != to_) {
size_t num_steps = ::actions::move_unit_and_record(
/*std::vector<map_location> steps*/ route_->steps,
/*::actions::undo_list* undo_stack*/ NULL,
/*bool continue_move*/ true, ///@todo 1.9 set to false after implemeting interrupt awareness
/*bool show_move*/ preferences::show_ai_moves(),
/*bool* interrupted*/ NULL,
/*::actions::move_unit_spectator* move_spectator*/ &move_spectator);
if ( num_steps > 0 ) {
set_gamestate_changed();
} else if ( move_spectator.get_ambusher().valid() ) {
// Unlikely, but some types of strange WML (or bad pathfinding)
// could cause an ambusher to be found without moving.
set_gamestate_changed();
}
} else {
assert(remove_movement_);
}
if (move_spectator.get_unit().valid()){
unit_location_ = move_spectator.get_unit()->get_location();
if (remove_movement_ && move_spectator.get_unit()->movement_left() > 0 && unit_location_ == to_)
{
stopunit_result_ptr stopunit_res = actions::execute_stopunit_action(get_side(),true,unit_location_,true,false);
if (!stopunit_res->is_ok()) {
set_error(stopunit_res->get_status());
}
if (stopunit_res->is_gamestate_changed()) {
set_gamestate_changed();
}
}
} else {
unit_location_ = map_location();
}
has_ambusher_ = move_spectator.get_ambusher().valid();
has_interrupted_teleport_ = move_spectator.get_failed_teleport().valid();
if (is_gamestate_changed()) {
try {
manager::raise_gamestate_changed();
} catch (...) {
if (!is_ok()) { DBG_AI_ACTIONS << "Return value of AI ACTION was not checked. This may cause bugs! " << std::endl; } //Demotes to DBG "unchecked result" warning
throw;
}
}
}
recall_result_ptr readwrite_context_impl::execute_recall_action(const std::string& id, const map_location &where){
return actions::execute_recall_action(get_side(),true,id,where);
}
bool stage_unit_formulas::do_play_stage()
{
//execute units formulas first
game_logic::unit_formula_set units_with_formulas;
unit_map &units_ = *resources::units;
for(unit_map::unit_iterator i = units_.begin() ; i != units_.end() ; ++i)
{
if (i->side() == get_side()) {
if (i->has_formula() || i->has_loop_formula()) {
int priority = 0;
if (i->has_priority_formula()) {
try {
game_logic::const_formula_ptr priority_formula(fai_.create_optional_formula(i->get_priority_formula()));
if (priority_formula) {
game_logic::map_formula_callable callable(&fai_);
callable.add_ref();
callable.add("me", variant(new unit_callable(*i)));
priority = (game_logic::formula::evaluate(priority_formula, callable)).as_int();
} else {
WRN_AI << "priority formula skipped, maybe it's empty or incorrect"<< std::endl;
}
} catch(game_logic::formula_error& e) {
if(e.filename == "formula")
e.line = 0;
fai_.handle_exception( e, "Unit priority formula error for unit: '" + i->type_id() + "' standing at (" + str_cast(i->get_location().x + 1) + "," + str_cast(i->get_location().y + 1) + ")");
priority = 0;
} catch(type_error& e) {
priority = 0;
ERR_AI << "formula type error while evaluating unit priority formula " << e.message << "\n";
}
}
units_with_formulas.insert( game_logic::unit_formula_pair( i, priority ) );
}
}
}
for(game_logic::unit_formula_set::iterator pair_it = units_with_formulas.begin() ; pair_it != units_with_formulas.end() ; ++pair_it)
{
unit_map::iterator i = pair_it->first;
if( i.valid() ) {
if (i->has_formula()) {
try {
game_logic::const_formula_ptr formula(fai_.create_optional_formula(i->get_formula()));
if (formula) {
game_logic::map_formula_callable callable(&fai_);
callable.add_ref();
callable.add("me", variant(new unit_callable(*i)));
fai_.make_action(formula, callable);
} else {
WRN_AI << "unit formula skipped, maybe it's empty or incorrect" << std::endl;
}
}
catch(game_logic::formula_error& e) {
if(e.filename == "formula") {
e.line = 0;
}
fai_.handle_exception( e, "Unit formula error for unit: '" + i->type_id() + "' standing at (" + str_cast(i->get_location().x + 1) + "," + str_cast(i->get_location().y + 1) + ")");
}
}
}
if( i.valid() ) {
if (i->has_loop_formula())
{
try {
game_logic::const_formula_ptr loop_formula(fai_.create_optional_formula(i->get_loop_formula()));
if (loop_formula) {
game_logic::map_formula_callable callable(&fai_);
callable.add_ref();
callable.add("me", variant(new unit_callable(*i)));
while ( !fai_.make_action(loop_formula, callable).is_empty() && i.valid() )
{
}
} else {
WRN_AI << "Loop formula skipped, maybe it's empty or incorrect" << std::endl;
}
} catch(game_logic::formula_error& e) {
if (e.filename == "formula") {
e.line = 0;
}
fai_.handle_exception( e, "Unit loop formula error for unit: '" + i->type_id() + "' standing at (" + str_cast(i->get_location().x + 1) + "," + str_cast(i->get_location().y + 1) + ")");
}
}
}
}
return false;
}
recruit_result_ptr readonly_context_impl::check_recruit_action(const std::string& unit_name, const map_location &where){
return actions::execute_recruit_action(get_side(),false,unit_name,where);
}
std::vector<target> default_ai_context_impl::find_targets(const move_map& enemy_dstsrc)
{
log_scope2(log_ai, "finding targets...");
unit_map &units_ = *resources::units;
unit_map::iterator leader = units_.find_leader(get_side());
gamemap &map_ = *resources::game_map;
std::vector<team> teams_ = *resources::teams;
const bool has_leader = leader != units_.end();
std::vector<target> targets;
//=== start getting targets
//if enemy units are in range of the leader, then we target the enemies who are in range.
if(has_leader) {
double threat = power_projection(leader->get_location(), enemy_dstsrc);
if(threat > 0.0) {
//find the location of enemy threats
std::set<map_location> threats;
map_location adj[6];
get_adjacent_tiles(leader->get_location(), adj);
for(size_t n = 0; n != 6; ++n) {
std::pair<move_map::const_iterator,move_map::const_iterator> itors = enemy_dstsrc.equal_range(adj[n]);
while(itors.first != itors.second) {
if(units_.count(itors.first->second)) {
threats.insert(itors.first->second);
}
++itors.first;
}
}
assert(threats.empty() == false);
#ifdef SUOKKO
//FIXME: suokko's revision 29531 included this change. Correct?
const double value = threat*get_protect_leader()/leader->second.hitpoints();
#else
const double value = threat/double(threats.size());
#endif
for(std::set<map_location>::const_iterator i = threats.begin(); i != threats.end(); ++i) {
LOG_AI << "found threat target... " << *i << " with value: " << value << "\n";
targets.push_back(target(*i,value,target::THREAT));
}
}
}
double corner_distance = distance_between(map_location(0,0), map_location(map_.w(),map_.h()));
double village_value = get_village_value();
if(has_leader && village_value > 0.0) {
std::map<map_location,pathfind::paths> friends_possible_moves;
move_map friends_srcdst, friends_dstsrc;
calculate_possible_moves(friends_possible_moves, friends_srcdst, friends_dstsrc, false, true);
const std::vector<map_location>& villages = map_.villages();
for(std::vector<map_location>::const_iterator t =
villages.begin(); t != villages.end(); ++t) {
assert(map_.on_board(*t));
bool ally_village = false;
for (size_t i = 0; i != teams_.size(); ++i)
{
if (!current_team().is_enemy(i + 1) && teams_[i].owns_village(*t)) {
ally_village = true;
break;
}
}
if (ally_village)
{
//Support seems to cause the AI to just 'sit around' a lot, so
//only turn it on if it's explicitly enabled.
if(get_support_villages()) {
double enemy = power_projection(*t, enemy_dstsrc);
if (enemy > 0)
{
enemy *= 1.7;
double our = power_projection(*t, friends_dstsrc);
double value = village_value * our / enemy;
add_target(target(*t, value, target::SUPPORT));
}
}
}
else
{
double leader_distance = distance_between(*t, leader->get_location());
double value = village_value * (1.0 - leader_distance / corner_distance);
LOG_AI << "found village target... " << *t
<< " with value: " << value
<< " distance: " << leader_distance << '\n';
targets.push_back(target(*t,value,target::VILLAGE));
}
}
}
std::vector<goal_ptr>& goals = get_goals();
//find the enemy leaders and explicit targets
unit_map::const_iterator u;
if (get_leader_value()>0.0) {
for(u = units_.begin(); u != units_.end(); ++u) {
//is a visible enemy leader
if (u->can_recruit() && current_team().is_enemy(u->side())
&& !u->invisible(u->get_location())) {
assert(map_.on_board(u->get_location()));
LOG_AI << "found enemy leader (side: " << u->side() << ") target... " << u->get_location() << " with value: " << get_leader_value() << "\n";
targets.push_back(target(u->get_location(), get_leader_value(), target::LEADER));
}
}
}
//explicit targets for this team
for(std::vector<goal_ptr>::iterator j = goals.begin();
j != goals.end(); ++j) {
if (!(*j)->active()) {
continue;
}
(*j)->add_targets(std::back_inserter(targets));
}
//=== end getting targets
std::vector<double> new_values;
for(std::vector<target>::iterator i = targets.begin();
i != targets.end(); ++i) {
new_values.push_back(i->value);
for(std::vector<target>::const_iterator j = targets.begin(); j != targets.end(); ++j) {
if(i->loc == j->loc) {
continue;
}
const double distance = abs(j->loc.x - i->loc.x) +
abs(j->loc.y - i->loc.y);
new_values.back() += j->value/(distance*distance);
}
}
assert(new_values.size() == targets.size());
for(size_t n = 0; n != new_values.size(); ++n) {
LOG_AI << "target value: " << targets[n].value << " -> " << new_values[n] << "\n";
targets[n].value = new_values[n];
}
return targets;
}
attack_result_ptr readonly_context_impl::check_attack_action(const map_location& attacker_loc, const map_location& defender_loc, int attacker_weapon){
return actions::execute_attack_action(get_side(),false,attacker_loc,defender_loc,attacker_weapon, get_aggression());
}
synced_command_result_ptr readonly_context_impl::check_synced_command_action(const std::string& lua_code, const map_location& location){
return actions::execute_synced_command_action(get_side(),false,lua_code,location);
}
