void GameSessionClient::updateGameLogic(int elapsedTime)
{
if(!localFaction) return;
gameTimer += elapsedTime;
//First purge units that have to be deleted
for(auto fIter : getFactionMap())
{
Faction* faction = fIter.second;
for(auto it = faction->getUnits().begin(); it != faction->getUnits().end(); )
{
if ((*it)->readyToDelete()) {
delete *it;
it = faction->getUnits().erase(it);
} else {
++it;
}
}
}
//Update all units
//mat4 vpMatrix = Arya::Locator::getRoot().getGraphics()->getCamera()->getVPMatrix();
for(auto unitIter : getUnitMap())
{
Unit* unit = unitIter.second;
//vec4 onScreen(unit->getEntity()->getPosition(), 1.0);
//onScreen = vpMatrix * onScreen;
//onScreen.x /= onScreen.w;
//onScreen.y /= onScreen.w;
//unit->setScreenPosition(vec2(onScreen.x, onScreen.y));
unit->update(gameTimer);
}
for(auto unit : localFaction->getUnits())
unit->checkForEnemies();
}
void GameSessionInput::selectUnit()
{
if(!leftShiftPressed)
unselectAll();
vec3 clickPos = Root::shared().getDepthResult();
vec2 clickPos2(clickPos.x, clickPos.z);
Faction* lf = session->getLocalFaction();
if(!lf) return;
Unit* best_unit = 0;
float best_distance = 100.0;
float dist;
for(list<Unit*>::iterator it = lf->getUnits().begin();
it != lf->getUnits().end(); ++it)
{
dist = glm::distance((*it)->getPosition2(), clickPos2);
if(dist < 2.0 * (*it)->getInfo()->radius
&& dist < best_distance) {
best_distance = dist;
best_unit = (*it);
}
}
if(best_unit)
{
SoundManager::shared().play(best_unit->getInfo()->selectionSound);
best_unit->setSelected(true);
if(leftControlPressed) best_unit->getDebugText();
}
}
void GameSessionInput::selectUnits(float x_min, float x_max, float y_min, float y_max)
{
if(!leftShiftPressed)
unselectAll();
Faction* lf = session->getLocalFaction();
bool firstUnitSelected = false;
if(!lf) return;
for(list<Unit*>::iterator it = lf->getUnits().begin();
it != lf->getUnits().end(); ++it)
{
vec2 onScreen = (*it)->getScreenPosition();
if((onScreen.x > x_min && onScreen.x < x_max) && (onScreen.y > y_min && onScreen.y < y_max))
{
(*it)->setSelected(true);
if(!firstUnitSelected)
{
SoundManager::shared().play((*it)->getInfo()->selectionSound);
}
firstUnitSelected = true;
if(leftControlPressed) (*it)->getDebugText();
}
}
}
void FactionManager::awardFactionStanding(CreatureObject* player, const String& factionName) {
if (player == NULL)
return;
ManagedReference<PlayerObject*> ghost = player->getPlayerObject();
if (!factionMap.contains(factionName))
return;
float lose = floor((float)75); //TODO: Find the equation for this.
float gain = floor((float)lose / 2); //you gain half of what you lose
Faction faction = factionMap.get(factionName);
SortedVector<String>* enemies = faction.getEnemies();
SortedVector<String>* allies = faction.getAllies();
ghost->decreaseFactionStanding(factionName, lose);
//Lose faction standing to allies of the creature.
for (int i = 0; i < allies->size(); ++i) {
String ally = allies->get(i);
ghost->decreaseFactionStanding(ally, lose);
}
//Gain faction standing to enemies of the creature.
for (int i = 0; i < enemies->size(); ++i) {
String enemy = enemies->get(i);
ghost->increaseFactionStanding(enemy, gain);
}
}
void GameSessionInput::selectAll()
{
Faction* lf = session->getLocalFaction();
if(!lf) return;
for(list<Unit*>::iterator it = lf->getUnits().begin();
it != lf->getUnits().end(); ++it)
(*it)->setSelected(true);
}
Unit(
Id const& id,
UnitType const& type,
Faction const& faction
):
id(id),
type(&type),
control(faction.get_control()),
space_left(type.get_space())
{}
// sector(x,y,x) + system index + body index = location in a (custom?) system of homeworld
static int l_fac_homeworld (lua_State *L)
{
FactionBuilder *facbld = l_fac_check_builder(L, 1);
Faction *fac = facbld->fac;
Sint32 x = luaL_checkinteger(L, 2);
Sint32 y = luaL_checkinteger(L, 3);
Sint32 z = luaL_checkinteger(L, 4);
Sint32 si = luaL_checkinteger(L, 5);
Uint32 bi = luaL_checkinteger(L, 6);
// search for home systems, first moving outward from the axes, then
// if that didn't work moving inward toward them
fac->hasHomeworld = true;
fac->SetBestFitHomeworld(x, y, z, si, bi, +1);
if (!fac->homeworld.HasValidSystem()) fac->SetBestFitHomeworld(x, y, z, si, bi, -1);
facbld->skip = !fac->homeworld.HasValidSystem(); // wasn't a valid system
lua_settop(L, 1);
return 1;
}
void FormationTacticsApp::eventHandling ( const SDL_Event& event ){
//printf( "NBodyWorldApp::eventHandling() \n" );
switch( event.type ){
case SDL_KEYDOWN :
switch( event.key.keysym.sym ){
case SDLK_0: formation_view_mode = 0; printf( "view : default\n" ); break;
case SDLK_1: formation_view_mode = VIEW_INJURY; printf( "view : injury\n" ); break;
case SDLK_2: formation_view_mode = VIEW_STAMINA; printf( "view : stamina\n" ); break;
case SDLK_3: formation_view_mode = VIEW_CHARGE; printf( "view : charge\n" ); break;
case SDLK_4: formation_view_mode = VIEW_MORAL; printf( "view : moral\n" ); break;
}
break;
case SDL_MOUSEBUTTONDOWN:
switch( event.button.button ){
case SDL_BUTTON_LEFT:
//printf( "left button pressed !!!! " );
if( currentFaction != NULL ) currentFormation = currentFaction->getFormationAt( { mouse_begin_x, mouse_begin_y } );
break;
case SDL_BUTTON_RIGHT:
//printf( "left button pressed !!!! " );
if( currentFormation != NULL ) currentFormation->setTarget( { mouse_begin_x, mouse_begin_y } );
break;
}
break;
/*
case SDL_MOUSEBUTTONUP:
switch( event.button.button ){
case SDL_BUTTON_LEFT:
//printf( "left button pressed !!!! " );
world.picked = NULL;
break;
}
break;
*/
};
AppSDL2OGL::eventHandling( event );
camStep = zoom*0.05;
}
void GameSessionInput::moveSelectedUnits()
{
vec3 clickPos = Root::shared().getDepthResult();
vec2 clickPos2(clickPos.x, clickPos.z);
Faction* lf = session->getLocalFaction();
if(!lf) return;
// did we click on an enemy unit
Unit* best_unit = 0;
float best_distance = 100.0;
//Faction* from_faction = 0;
float dist;
for(unsigned int j = 0; j < session->getFactions().size(); ++j) {
if(session->getFactions()[j] == lf) continue;
for(list<Unit*>::iterator it = session->getFactions()[j]->getUnits().begin();
it != session->getFactions()[j]->getUnits().end(); ++it)
{
dist = glm::distance((*it)->getPosition2(), clickPos2);
if(dist < (*it)->getInfo()->radius && dist < best_distance)
{
best_distance = dist;
best_unit = (*it);
}
}
}
vec2 centerPos(0,0); //average position of selected units
vector<int> unitIds;
vector<vec2> unitPositions;
for(list<Unit*>::iterator it = lf->getUnits().begin(); it != lf->getUnits().end(); ++it)
if((*it)->isSelected())
{
centerPos += (*it)->getPosition2();
unitPositions.push_back((*it)->getPosition2());
unitIds.push_back((*it)->getId());
}
int numSelected = unitIds.size();
if(!numSelected) return;
centerPos /= (float)numSelected;
//FOR NOW: we only use pathfinding for normal walking, not for attacking
if(best_unit)
{
Event& ev = Game::shared().getEventManager()->createEvent(EVENT_ATTACK_MOVE_UNIT_REQUEST);
ev << numSelected;
for(unsigned int i = 0; i < unitIds.size(); ++i)
ev << unitIds[i] << best_unit->getId();
ev.send();
}
else
{
//Movement from centerPos to clickPos
vec2 target(clickPos.x, clickPos.z);
//Find a path
std::vector<vec2> pathNodes;
//session->findPath(centerPos,target,pathNodes);
if(pathNodes.empty()) pathNodes.push_back(target);
//Now calculate the position of each unit relative to each other
vector<vec2> relativePositions(unitIds.size());
vec2 direction = glm::normalize(target - centerPos);
vec2 perpendicular(-direction.y, direction.x); //right hand rule
float spread = 20.0f;
int perRow = (int)(glm::sqrt((float)numSelected) + 0.99);
direction *= spread;
perpendicular *= spread;
vector<bool> unitTaken(unitIds.size(),false);
for(int i = 0; i < numSelected; ++i)
{
//This loops over the target spots in such a way that it first loops the points that are furthest away.
//When the units are coming from the BOTTOM the order is like this:
//1 2 3
//4 5 6
//7 8 9
vec2 targetSpot = target + float(perRow/2 - i/perRow)*direction + float(i%perRow - perRow/2)*perpendicular;
//Select closest unit
int bestIndex = -1;
float bestDistance = 0;
for(int j = 0; j < numSelected; ++j)
{
if(unitTaken[j]) continue;
float dist = glm::distance(unitPositions[j],targetSpot);
if(bestIndex == -1 || dist < bestDistance)
{
bestIndex = j;
bestDistance = dist;
}
}
relativePositions[bestIndex] = targetSpot - target;
unitTaken[bestIndex] = true;
}
//Relative positions to center have been calculated. Now send the packet
Event& ev = Game::shared().getEventManager()->createEvent(EVENT_MOVE_UNIT_REQUEST);
ev << numSelected;
for(int i = 0; i < numSelected; ++i)
{
ev << unitIds[i];
ev << (int)pathNodes.size();
for(unsigned int j = 0; j < pathNodes.size(); ++j)
{
ev << pathNodes[j] + relativePositions[i];
}
}
ev.send();
}
}
bool GameSession::init()
{
Game::shared().getEventManager()->addEventHandler(EVENT_GAME_FULLSTATE, this);
input = new GameSessionInput(this);
input->init();
if(!initShaders()) return false;
if(!initVertices()) return false;
Root::shared().addInputListener(input);
Root::shared().addFrameListener(input);
Root::shared().addFrameListener(this);
// init factions
localFaction = new Faction;
localFaction->setColor(0);
factions.push_back(localFaction);
Faction* otherFaction = new Faction;
otherFaction->setColor(1);
factions.push_back(otherFaction);
Scene* scene = Root::shared().makeDefaultScene();
if(!scene)
return false;
Camera* cam = scene->getCamera();
cam->setPosition(vec3(0.0f, 150.0f, 0.0f));
cam->setCameraAngle(0.0f, -60.0f);
cam->setZoom(300.0f);
Object* obj;
// init map
vector<Arya::Material*> tileSet;
tileSet.push_back(Arya::MaterialManager::shared().getMaterial("grass.tga"));
tileSet.push_back(Arya::MaterialManager::shared().getMaterial("rock.tga"));
tileSet.push_back(Arya::MaterialManager::shared().getMaterial("snow.tga"));
tileSet.push_back(Arya::MaterialManager::shared().getMaterial("dirt.tga"));
vector<Arya::Texture*> skyset;
skyset.push_back(Arya::TextureManager::shared().getTexture("transparentClouds.png"));
skyset.push_back(Arya::TextureManager::shared().getTexture("stars.jpg"));
if(!scene->setMap("heightmap.raw", "watermap.raw", tileSet, skyset, Arya::TextureManager::shared().getTexture("splatmap.tga")))
return false;
for(int i = 0; i < 30; ++ i)
{
Unit* unit = new Unit(0);
float heightModel = Root::shared().getScene()->getMap()->getTerrain()->heightAtGroundPosition(20.0f * (i / 10), -50.0f+20.0f*(i % 10));
obj = scene->createObject();
obj->setModel(ModelManager::shared().getModel("ogros.aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
unit->setPosition(vec3(20 * (i / 10), heightModel, -50 + 20 * (i % 10)));
localFaction->addUnit(unit);
}
for(int i = 0; i < 30; ++ i)
{
Unit* unit = new Unit(0);
float heightModel = Root::shared().getScene()->getMap()->getTerrain()->heightAtGroundPosition(-100.0f + 20.0f * (i / 10), -100.0f+20.0f*(i % 10));
obj = scene->createObject();
obj->setModel(ModelManager::shared().getModel("ogros.aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
unit->setPosition(vec3(-100.0 + 20 * (i / 10), heightModel, -100.0 + 20 * (i % 10)));
otherFaction->addUnit(unit);
}
for(int i = 0; i < 10; ++ i)
{
Unit* unit = new Unit(1);
float heightModel = Root::shared().getScene()->getMap()->getTerrain()->heightAtGroundPosition(-200.0f + 20.0f * (i / 10), -50.0f+20.0f*(i % 10));
obj = scene->createObject();
obj->setModel(ModelManager::shared().getModel("hep.aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
unit->setPosition(vec3(-200.0f + 20 * (i / 10), heightModel, -50 + 20 * (i % 10)));
localFaction->addUnit(unit);
}
selectionDecalHandle = 0;
Texture* selectionTex = TextureManager::shared().getTexture("selection.png");
if(selectionTex) selectionDecalHandle = selectionTex->handle;
return true;
}
void Server::handlePacket(ServerClientHandler* clienthandler, Packet& packet)
{
clientIterator iter = clientList.find(clienthandler);
if(iter == clientList.end())
{
LOG_WARNING("Received packet from unkown client!");
return;
}
ServerClient* client = iter->second;
switch(packet.getId()){
case EVENT_JOIN_GAME:
{
client->setClientId(clientIdFactory++); Packet* pak = createPacket(EVENT_CLIENT_ID); *pak << client->getClientId(); clienthandler->sendPacket(pak);
//Create faction
client->createFaction();
client->createStartUnits();
int joinedCount = 0;
for(clientIterator iter = clientList.begin(); iter != clientList.end(); ++iter)
{
if( iter->second->getClientId() != -1 ) ++joinedCount;
}
LOG_INFO("Clients joined: " << joinedCount);
if(joinedCount >= 1)
{
pak = createPacket(EVENT_GAME_READY);
//Send to all clients
sendToAllClients(pak);
pak = createPacket(EVENT_GAME_FULLSTATE);
//------------------------------------
// Package structure:
// + joinedCount
// - clientID
// - Serialized faction
// + UnitCount
// - Serialized unit
//------------------------------------
*pak << joinedCount; //player count
//for each player:
for(clientIterator iter = clientList.begin(); iter != clientList.end(); ++iter)
{
if(iter->second->getClientId() == -1) continue;
*pak << iter->second->getClientId();
Faction* faction = iter->second->getFaction();
faction->serialize(*pak);
int unitCount = (int)faction->getUnits().size();
*pak << unitCount;
for(std::list<Unit*>::iterator iter = faction->getUnits().begin(); iter != faction->getUnits().end(); ++iter)
(*iter)->serialize(*pak);
}
sendToAllClients(pak);
}
break;
}
default:
LOG_INFO("Unknown package received..");
break;
}
return;
}
void GameManager :: Init(bool setCreativeModeOn)
{
isCreativeModeOn = setCreativeModeOn;
time = 800;
PPlanner->Init();
InstanceMgr->Init();
MapMgr->LoadInitialChunks();
FactionMgr->Init();
CharacterInstance* character;
Faction* faction;
faction = FactionMgr->CreateFaction(FACTION_TYPE_PLAYER_CONTROL);
// Create Soldier:
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_SOLDIER, vector3df(160,22,65));
character->SetFactionID(FACTION_ID_PLAYER);
character->SetBrain(new BrainSoldier(character));
character->AddToInventory(ItemMgr->CreateItem(ITEM_SHOTGUN), 1);
character->AddToInventory(ItemMgr->CreateItem(ITEM_SHOTGUN_SHELL), 30);
character->AddToInventory(ItemMgr->CreateItem(ITEM_MACHINE_GUN), 1);
character->AddToInventory(ItemMgr->CreateItem(ITEM_762_BULLET), 100);
character->AddToInventory(ItemMgr->CreateItem(ITEM_SCRAP_PICK), 1);
character->AddToInventory(ItemMgr->CreateItem(ITEM_MEDICAL_KIT), 1);
character->AddToInventory(ItemMgr->CreateItem(ITEM_TIRE_ARMOUR_CHEST), 1);
faction->AddSoldier((CharacterInstanceSoldier*)character);
// Create Worker:
character = InstanceMgr->CreateCharacterInstanceWorker(vector3df(160,22,67));
character->SetFactionID(FACTION_ID_PLAYER);
character->SetBrain(new BrainWorker(character));
faction->AddWorker((CharacterInstanceWorker*)character);
// Make a Hostile:
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_ZOMBIE, vector3df(180,22,65));
character->SetFactionID(FACTION_ID_ZOMBIE);
character->SetBrain(new BrainNonFactionHostile((CharacterInstanceSoldier*)character));
character->AddToInventory(ItemMgr->CreateItem(ITEM_PISTOL), 1);
character->AddToInventory(ItemMgr->CreateItem(ITEM_9_MM_BULLET), 100);
character->AddToInventory(ItemMgr->CreateItem(ITEM_SCRAP_PICK), 1);
/*
// Make a Cow:
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_COW, vector3df(150,22,65));
character->SetFactionID(FACTION_ID_COW);
character->SetBrain(new AnimalBrain(character));
// Make a Cow:
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_COW, vector3df(155,22,65));
character->SetFactionID(FACTION_ID_COW);
character->SetBrain(new AnimalBrain(character));
// Make a Cow:
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_COW, vector3df(155,22,60));
character->SetFactionID(FACTION_ID_COW);
character->SetBrain(new AnimalBrain(character));
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_ZOMBIE, vector3df(180,22,70));
character->SetFactionID(FACTION_ID_ZOMBIE);
character->SetBrain(new ZombieBrain(character));
character = InstanceMgr->CreateCharacterInstanceSoldier(CHARACTER_INSTANCE_TEMPLATE_ZOMBIE, vector3df(180,22,60));
character->SetFactionID(FACTION_ID_ZOMBIE);
character->SetBrain(new ZombieBrain(character));
*/
/*
// Recipe
for(int i = 0; i < MAX_RECIPES; i++)
recipeData[i].resultID = -1;
// Split wood block to planks:
recipeData[0].itemIDs.push_back(ITEM_WOOD_BLOCK);
recipeData[0].itemAmounts.push_back(1);
recipeData[0].toolIDs.push_back(ITEM_SCRAP_SAW);
recipeData[0].resultID = ITEM_WOOD_PLANK;
recipeData[0].resultAmount = 4;
// Split planks to sticks:
recipeData[1].itemIDs.push_back(ITEM_WOOD_PLANK);
recipeData[1].itemAmounts.push_back(1);
recipeData[1].toolIDs.push_back(ITEM_SCRAP_SAW);
recipeData[1].resultID = ITEM_WOOD_STICK;
recipeData[1].resultAmount = 4;
// Split tires into rubber:
recipeData[2].itemIDs.push_back(ITEM_TIRE);
recipeData[2].itemAmounts.push_back(1);
recipeData[2].toolIDs.push_back(ITEM_SCRAP_SAW);
recipeData[2].resultID = ITEM_RUBBER;
recipeData[2].resultAmount = 4;
// Craft Scrap Shovel:
recipeData[3].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[3].itemAmounts.push_back(4);
recipeData[3].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[3].itemAmounts.push_back(4);
recipeData[3].resultID = ITEM_SCRAP_SHOVEL;
recipeData[3].resultAmount = 1;
// Craft Scrap Pick:
recipeData[4].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[4].itemAmounts.push_back(4);
recipeData[4].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[4].itemAmounts.push_back(4);
recipeData[4].resultID = ITEM_SCRAP_PICK;
recipeData[4].resultAmount = 1;
// Craft Scrap Metal Cutters:
recipeData[5].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[5].itemAmounts.push_back(4);
recipeData[5].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[5].itemAmounts.push_back(4);
recipeData[5].resultID = ITEM_SCRAP_METAL_CUTTERS;
recipeData[5].resultAmount = 1;
// Craft Scrap File:
recipeData[6].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[6].itemAmounts.push_back(4);
recipeData[6].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[6].itemAmounts.push_back(4);
recipeData[6].resultID = ITEM_SCRAP_FILE;
recipeData[6].resultAmount = 1;
// Craft Scrap Saw:
recipeData[7].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[7].itemAmounts.push_back(4);
recipeData[7].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[7].itemAmounts.push_back(4);
recipeData[7].resultID = ITEM_SCRAP_SAW;
recipeData[7].resultAmount = 1;
// Craft Scrap Hammer:
recipeData[8].itemIDs.push_back(ITEM_WOOD_STICK);
recipeData[8].itemAmounts.push_back(4);
recipeData[8].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[8].itemAmounts.push_back(4);
recipeData[8].resultID = ITEM_SCRAP_HAMMER;
recipeData[8].resultAmount = 1;
// Split tire into rubber:
recipeData[9].itemIDs.push_back(ITEM_TIRE);
recipeData[9].itemAmounts.push_back(1);
recipeData[9].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[9].resultID = ITEM_RUBBER;
recipeData[9].resultAmount = 4;
// Tire Helm:
recipeData[10].itemIDs.push_back(ITEM_RUBBER);
recipeData[10].itemAmounts.push_back(4);
recipeData[10].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[10].resultID = ITEM_TIRE_ARMOUR_HEAD;
recipeData[10].resultAmount = 1;
// Tire Shirt:
recipeData[11].itemIDs.push_back(ITEM_RUBBER);
recipeData[11].itemAmounts.push_back(12);
recipeData[11].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[11].resultID = ITEM_TIRE_ARMOUR_CHEST;
recipeData[11].resultAmount = 1;
// Tire Legs:
recipeData[12].itemIDs.push_back(ITEM_RUBBER);
recipeData[12].itemAmounts.push_back(10);
recipeData[12].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[12].resultID = ITEM_TIRE_ARMOUR_LEG;
recipeData[12].resultAmount = 1;
// Tire Feet:
recipeData[13].itemIDs.push_back(ITEM_RUBBER);
recipeData[13].itemAmounts.push_back(4);
recipeData[13].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[13].resultID = ITEM_TIRE_ARMOUR_FEET;
recipeData[13].resultAmount = 1;
// Tire Shoulders:
recipeData[14].itemIDs.push_back(ITEM_RUBBER);
recipeData[14].itemAmounts.push_back(8);
recipeData[14].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[14].resultID = ITEM_TIRE_ARMOUR_SHOULDER;
recipeData[14].resultAmount = 1;
// Tire Back:
recipeData[15].itemIDs.push_back(ITEM_RUBBER);
recipeData[15].itemAmounts.push_back(8);
recipeData[15].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[15].resultID = ITEM_TIRE_ARMOUR_BACK;
recipeData[15].resultAmount = 1;
// Tire Arms:
recipeData[16].itemIDs.push_back(ITEM_RUBBER);
recipeData[16].itemAmounts.push_back(6);
recipeData[16].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[16].resultID = ITEM_TIRE_ARMOUR_ARM;
recipeData[16].resultAmount = 1;
// Tire Arms:
recipeData[17].itemIDs.push_back(ITEM_RUBBER);
recipeData[17].itemAmounts.push_back(4);
recipeData[17].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[17].resultID = ITEM_TIRE_ARMOUR_HAND;
recipeData[17].resultAmount = 1;
// Furnace:
recipeData[18].itemIDs.push_back(ITEM_BARREL);
recipeData[18].itemAmounts.push_back(1);
recipeData[18].itemIDs.push_back(ITEM_SCRAP_METAL);
recipeData[18].itemAmounts.push_back(4);
recipeData[18].toolIDs.push_back(ITEM_SCRAP_METAL_CUTTERS);
recipeData[18].resultID = ITEM_BARREL_FURNACE;
recipeData[18].resultAmount = 1;
*/
}
void ClientGameSession::handleEvent(Packet& packet)
{
int id = packet.getId();
switch(id)
{
case EVENT_GAME_FULLSTATE:
{
int newGameTime;
packet >> newGameTime;
GAME_LOG_DEBUG("Full game state received. Old gametimer = " << gameTimer << ". New server gametime = " << newGameTime << ". Estimated delay = " << Game::shared().getNetworkDelay());
//Round the delay to 10 ms so that the game timer is always a multiple of 10 ms
gameTimer = newGameTime + ((int)(Game::shared().getNetworkDelay()*1000)/10)*10;
int count;
packet >> count;
for(int i = 0; i < count; ++i)
{
int clientId;
packet >> clientId;
int factionId;
packet >> factionId;
Faction* faction = getFactionById(factionId);
if(!faction)
{
faction = createFaction(factionId);
factions.push_back(faction);
}
faction->deserialize(packet);
faction->setClientId(clientId);
if(clientId == Game::shared().getClientId())
localFaction = faction;
//If any of the units that we have was NOT sent in this list they must be deleted
//So we keep a list of IDs that we have and check which ones are in the packet
//This method might be a bit slow but this process only happens in rare situations
//so we do not bother adding extra member variables to the unit class to accomplish this
vector<int> allIDs;
for(list<Unit*>::iterator it = factions[i]->getUnits().begin(); it != factions[i]->getUnits().end(); ++it)
allIDs.push_back((*it)->getId());
int unitCount;
packet >> unitCount;
for(int i = 0; i < unitCount; ++i)
{
int id;
packet >> id;
for(vector<int>::iterator iter = allIDs.begin(); iter != allIDs.end(); ++iter)
if( *iter == id ){ allIDs.erase(iter); break; }
Unit* unit = getUnitById(id);
bool newUnit = false;
if(!unit)
{
newUnit = true;
unit = createUnit(id, 0);
}
unit->deserialize(packet);
if(faction == localFaction) unit->setLocal(true);
Object* obj = unit->getObject();
if(!obj) obj = Root::shared().getScene()->createObject();
obj->setModel(ModelManager::shared().getModel(unit->getInfo()->modelname + ".aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
float heightModel = map->heightAtGroundPosition(unit->getPosition().x, unit->getPosition().z);
unit->setPosition(vec3(unit->getPosition().x,
heightModel,
unit->getPosition().z));
if(newUnit) faction->addUnit(unit);
if(unit->getType() == 2 && faction == localFaction)
{
input->setSpecPos(unit->getPosition());
}
unit->getInfo()->onSpawn(unit);
}
//now allIDs contains a list of units that were not in the packet so they must be deleted
//note that we can not just delete them because of reference counts and so on.
//we make them obsolte so that they are deleted next frame
for(vector<int>::iterator iter = allIDs.begin(); iter != allIDs.end(); ++iter)
{
Unit* unit = getUnitById(*iter); //if unit == 0 then there are some serious issues ;)
if(unit) unit->markForDelete();
}
}
rebuildCellList();
}
break;
case EVENT_CLIENT_CONNECTED:
{
int clientId;
packet >> clientId;
int factionId;
packet >> factionId;
Faction* faction = createFaction(clientId);
faction->deserialize(packet);
faction->setClientId(clientId);
factions.push_back(faction);
if(clientId == Game::shared().getClientId())
localFaction = faction;
int unitCount;
packet >> unitCount;
for(int i = 0; i < unitCount; ++i)
{
int id;
packet >> id;
Unit* unit = createUnit(id, 0);
unit->deserialize(packet);
if(faction == localFaction) unit->setLocal(true);
Object* obj = Root::shared().getScene()->createObject();
obj->setModel(ModelManager::shared().getModel(unit->getInfo()->modelname + ".aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
float heightModel = map->heightAtGroundPosition(unit->getPosition().x, unit->getPosition().z);
unit->setPosition(vec3(unit->getPosition().x,
heightModel,
unit->getPosition().z));
faction->addUnit(unit);
}
}
break;
case EVENT_CLIENT_DISCONNECTED:
{
int id;
packet >> id;
GAME_LOG_INFO("Client " << id << " disconnected.");
for(vector<Faction*>::iterator iter = factions.begin(); iter != factions.end(); ++iter)
{
if( (*iter)->getClientId() == id )
{
GAME_LOG_INFO("Client " << id << " removed from game session. NOT removing faction!");
//delete *iter;
//iter = factions.erase(iter);
break;
}
}
}
break;
case EVENT_MOVE_UNIT: {
int timeStamp;
packet >> timeStamp;
int numUnits;
packet >> numUnits;
GAME_LOG_DEBUG("Move packet for " << numUnits << " units. " << (gameTimer - timeStamp) << " ms delay. Sent at server-gametime " << timeStamp << ". Recieved at client-gametime " << gameTimer);
int unitId;
int nodeCount;
vec2 pos;
float yaw;
vec2 tempPos;
vector<vec2> pathNodes;
for(int i = 0; i < numUnits; ++i)
{
packet >> unitId;
packet >> pos;
packet >> yaw;
packet >> nodeCount;
pathNodes.clear();
for(int i = 0; i < nodeCount; ++i){ packet >> tempPos; pathNodes.push_back(tempPos); }
Unit* unit = getUnitById(unitId);
if(unit) unit->setUnitMovement(timeStamp, pos, yaw, pathNodes);
}
break;
}
case EVENT_ATTACK_MOVE_UNIT:
{
int timeStamp;
packet >> timeStamp;
int numUnits;
packet >> numUnits;
int unitId, targetUnitId;
for(int i = 0; i < numUnits; ++i) {
packet >> unitId >> targetUnitId;
Unit* unit = getUnitById(unitId);
Unit* targetUnit = getUnitById(targetUnitId);
if(unit && targetUnit) unit->setTargetUnit(timeStamp, targetUnit);
}
break;
}
case EVENT_UNIT_DIED:
{
int id;
packet >> id;
Unit* unit = getUnitById(id);
if(unit)
{
unit->makeDead();
unit->getInfo()->onDeath(unit);
}
}
break;
case EVENT_UNIT_SPAWNED:
{
int factionId, unitId;
packet >> factionId >> unitId;
Faction* faction = getFactionById(factionId);
if(!faction)
{
GAME_LOG_WARNING("Unit spawn packet received for invalid faction!");
}
else
{
Unit* unit = getUnitById(unitId);
bool newUnit = false;
if(unit)
GAME_LOG_WARNING("Spawn packet for unit that already existed");
else
{
newUnit = true;
unit = createUnit(unitId, 0);
}
unit->deserialize(packet);
if(faction == localFaction) unit->setLocal(true);
if(newUnit) unit->setCellFromList(unitCells);
Object* obj = unit->getObject();
if(!obj) obj = Root::shared().getScene()->createObject();
obj->setModel(ModelManager::shared().getModel(unit->getInfo()->modelname + ".aryamodel"));
obj->setAnimation("stand");
unit->setObject(obj);
float heightModel = map->heightAtGroundPosition(unit->getPosition().x, unit->getPosition().z);
unit->setPosition(vec3(unit->getPosition().x, heightModel, unit->getPosition().z));
//This must happen after the object is set, because
//then it will set the correct tint color
if(newUnit) faction->addUnit(unit);
unit->getInfo()->onSpawn(unit);
}
}
break;
case EVENT_PLAYER_DEFEAT:
{
int factionID;
packet >> factionID;
LOG_INFO("Player lost: " << factionID + 1);
Arya::SoundManager::shared().play("defeat.wav");
}
break;
case EVENT_PLAYER_VICTORY:
{
int factionID;
packet >> factionID;
LOG_INFO("Game won by player: " << factionID + 1);
Arya::SoundManager::shared().play("victory.wav");
}
break;
default:
GAME_LOG_INFO("ClientGameSession: unknown event received! (" << id << ")");
break;
}
}
void Game::OnTurnEnd( Faction& faction )
{
faction.OnTurnEnd();
VOnTurnEnd( faction );
}
void Game::OnTurnStart( Faction& faction )
{
faction.OnTurnStart();
VOnTurnStart( faction );
}
void FactionMgr::addToFaction(SpaceObject *obj, std::string factionID) {
Faction *f = flist->find(factionID);
if (f)
f->addMember(obj);
}
Unit::Unit(Faction faction)
{
unitColor = faction.getFactionColor();
}
/*!
* \brief Ajout dans la liste des statistiques de faction et mise a jour des statistiques generales
* \param faction Faction a archiver dans les statisiques
*/
void World::add_stat_faction(Faction& faction) {
stats_factions_.push_back(faction.stats());
nb_attacks_failed_ += faction.get_nb_failed_attack_();
nb_attacks_success_ += faction.get_nb_successful_attack_();
}