Vector<WorldCoordinates>* PathFinderManager::findPathFromCellToCell(const WorldCoordinates& pointA, const WorldCoordinates& pointB) {
CellObject* ourCell = pointA.getCell();
CellObject* targetCell = pointB.getCell();
if (ourCell != targetCell)
return findPathFromCellToDifferentCell(pointA, pointB);
int ourCellID = ourCell->getCellNumber();
ManagedReference<BuildingObject*> building = cast<BuildingObject*>( ourCell->getParent().get().get());
SharedObjectTemplate* templateObject = building->getObjectTemplate();
if (templateObject == NULL)
return NULL;
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL)
return NULL;
FloorMesh* floorMesh1 = portalLayout->getFloorMesh(ourCellID);
PathGraph* pathGraph1 = floorMesh1->getPathGraph();
Vector<WorldCoordinates>* path = new Vector<WorldCoordinates>(5, 1);
path->add(pointA); // adding source
//info("same cell... trying to calculate triangle path", true);
Vector<Triangle*>* trianglePath = NULL;
//info("searching floorMesh for cellID " + String::valueOf(ourCellID), true);
int res = getFloorPath(pointA.getPoint(), pointB.getPoint(), floorMesh1, trianglePath);
if (res == -1) { //points in the same triangle
path->add(pointB);
return path;
}
if (trianglePath == NULL) { // returning NULL, no path found
//error("path NULL");
delete path;
return findPathFromCellToDifferentCell(pointA, pointB);
} else {
//info("path found", true);
addTriangleNodeEdges(pointA.getPoint(), pointB.getPoint(), trianglePath, path, ourCell);
delete trianglePath;
path->add(pointB); //adding destination
return path;
}
return path;
}
AABBTree* CollisionManager::getAABBTree(SceneObject* scno, int collisionBlockFlags) {
SharedObjectTemplate* templateObject = scno->getObjectTemplate();
if (templateObject == NULL)
return NULL;
if (!(templateObject->getCollisionActionBlockFlags() & collisionBlockFlags))
return NULL;
PortalLayout* portalLayout = templateObject->getPortalLayout();
MeshAppearanceTemplate* mesh = NULL;
if (portalLayout != NULL) {
mesh = portalLayout->getMeshAppearanceTemplate(0);
} else {
AppearanceTemplate* appTemplate = templateObject->getAppearanceTemplate();
if (appTemplate == NULL)
return NULL;
mesh = dynamic_cast<MeshAppearanceTemplate*>(appTemplate->getFirstMesh());
}
if (mesh == NULL)
return NULL;
return mesh->getAABBTree();
}
short PetManagerImplementation::checkMountEligibility(PetControlDevice* petControlDevice, float height) {
ManagedReference<TangibleObject*> controlledObject = petControlDevice->getControlledObject();
if (controlledObject == NULL || !controlledObject->isAiAgent())
return PetManager::INVALIDCREATURE;
ManagedReference<AiAgent*> pet = cast<AiAgent*>(controlledObject.get());
if( pet == NULL )
return PetManager::INVALIDCREATURE;
//Check if the pet's species is able to be trained as a mount
if (!pet->hasSlotDescriptor("rider"))
return PetManager::INVALIDCREATURE;
SharedObjectTemplate* objectTemplate = petControlDevice->getObjectTemplate();
if (objectTemplate == NULL)
return PetManager::INVALIDCREATURE;
short result;
if (height == -1)
result = isValidMountScale(objectTemplate->getAppearanceFilename(), 1, pet->getHeight());
else
result = isValidMountScale(objectTemplate->getAppearanceFilename(), 1, height);
return result;
}
bool PlanetManagerImplementation::isInObjectsNoBuildZone(float x, float y, float extraMargin) {
SortedVector<ManagedReference<QuadTreeEntry* > > closeObjects;
Vector3 targetPos(x, y, zone->getHeight(x, y));
zone->getInRangeObjects(x, y, 512, &closeObjects, true);
for (int i = 0; i < closeObjects.size(); ++i) {
SceneObject* obj = cast<SceneObject*>(closeObjects.get(i).get());
SharedObjectTemplate* objectTemplate = obj->getObjectTemplate();
if (objectTemplate != NULL) {
float radius = objectTemplate->getNoBuildRadius();
// Only check objects with an actual NoBuildRadius
if (radius > 0) {
// Add margin to check
radius += extraMargin;
Vector3 objWorldPos = obj->getWorldPosition();
if (objWorldPos.squaredDistanceTo(targetPos) < radius * radius) {
return true;
}
}
}
}
return false;
}
bool CollisionManager::checkLineOfSightWorldToCell(const Vector3& rayOrigin, const Vector3& rayEnd, float distance, CellObject* cellObject) {
ManagedReference<SceneObject*> building = cellObject->getParent();
if (building == NULL)
return true;
SharedObjectTemplate* objectTemplate = building->getObjectTemplate();
PortalLayout* portalLayout = objectTemplate->getPortalLayout();
if (portalLayout == NULL)
return true;
Ray ray = convertToModelSpace(rayOrigin, rayEnd, building);
if (cellObject->getCellNumber() >= portalLayout->getAppearanceTemplatesSize())
return true;
MeshAppearanceTemplate* app = portalLayout->getMeshAppearanceTemplate(cellObject->getCellNumber());
AABBTree* aabbTree = app->getAABBTree();
if (aabbTree == NULL)
return true;
float intersectionDistance;
Triangle* triangle = NULL;
if (aabbTree->intersects(ray, distance, intersectionDistance, triangle, true))
return false;
return true;
}
bool CollisionManager::checkLineOfSightInParentCell(SceneObject* object, Vector3& endPoint) {
ManagedReference<SceneObject*> parent = object->getParent();
if (parent == NULL || !parent->isCellObject())
return true;
CellObject* cell = cast<CellObject*>( parent.get());
SharedObjectTemplate* objectTemplate = parent->getRootParent().get()->getObjectTemplate();
PortalLayout* portalLayout = objectTemplate->getPortalLayout();
MeshAppearanceTemplate* appearanceMesh = NULL;
if (portalLayout == NULL)
return true;
try {
appearanceMesh = portalLayout->getMeshAppearanceTemplate(cell->getCellNumber());
} catch (Exception& e) {
return true;
}
if (appearanceMesh == NULL) {
//info("null appearance mesh ");
return true;
}
AABBTree* aabbTree = appearanceMesh->getAABBTree();
if (aabbTree == NULL)
return true;
//switching Y<->Z, adding 0.1 to account floor
Vector3 startPoint = object->getPosition();
startPoint.set(startPoint.getX(), startPoint.getY(), startPoint.getZ() + 0.1f);
endPoint.set(endPoint.getX(), endPoint.getY(), endPoint.getZ() + 0.1f);
Vector3 dir = endPoint - startPoint;
dir.normalize();
float distance = endPoint.distanceTo(startPoint);
float intersectionDistance;
Ray ray(startPoint, dir);
Triangle* triangle = NULL;
//nothing in the middle
if (aabbTree->intersects(ray, distance, intersectionDistance, triangle, true))
return false;
Ray ray2(endPoint, Vector3(0, -1, 0));
//check if we are in the cell with dir (0, -1, 0)
if (!aabbTree->intersects(ray2, 64000.f, intersectionDistance, triangle, true))
return false;
return true;
}
Vector<float>* CollisionManager::getCellFloorCollision(float x, float y, CellObject* cellObject) {
Vector<float>* collisions = NULL;
ManagedReference<SceneObject*> rootObject = cellObject->getRootParent();
if (rootObject == NULL)
return NULL;
SharedObjectTemplate* templateObject = rootObject->getObjectTemplate();
if (templateObject == NULL)
return NULL;
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL)
return NULL;
FloorMesh* mesh = portalLayout->getFloorMesh(cellObject->getCellNumber());
if (mesh == NULL)
return NULL;
AABBTree* tree = mesh->getAABBTree();
if (tree == NULL)
return NULL;
Vector3 rayStart(x, 16384.f, y);
Vector3 rayEnd(x, -16384.f, y);
Vector3 norm = rayEnd - rayStart;
norm.normalize();
Ray ray(rayStart, norm);
SortedVector<IntersectionResult> results(3, 2);
tree->intersects(ray, 16384 * 2, results);
if (results.size() == 0)
return NULL;
collisions = new Vector<float>(results.size(), 1);
for (int i = 0; i < results.size(); ++i) {
float floorHeight = 16384 - results.get(i).getIntersectionDistance();
collisions->add(floorHeight);
}
return collisions;
}
String TemplateManager::getTemplateFile(uint32 key) {
SharedObjectTemplate* templateData = templateCRCMap->get(key);
if (templateData == NULL) {
String ascii = clientTemplateCRCMap->get(key);
if (ascii.isEmpty())
throw Exception("TemplateManager::getTemplateFile exception unknown template key 0x" + String::hexvalueOf((int)key));
else
return ascii;
}
return templateData->getFullTemplateString();
}
TEST_F(LuaMobileTest, LuaLootGroupsTest) {
// Verify loot group map loaded
ASSERT_EQ(LootGroupMap::ERROR_CODE, 0);
// Test Loot Items
HashTableIterator<String, Reference<LootItemTemplate*> > itemIter = lootGroupMap->itemTemplates.iterator();
while (itemIter.hasNext()) {
LootItemTemplate* lootItemTemplate = itemIter.next();
String itemTemplateName( lootItemTemplate->getTemplateName().toCharArray() );
// Make sure that no loot items have the same name as a loot group
EXPECT_FALSE( lootGroupMap->lootGroupExists(itemTemplateName) ) << "Loot item " << std::string(itemTemplateName.toCharArray()) << " has the same name as a loot group.";
// Verify that directObjectTemplate is valid
String directObjectTemplate = lootItemTemplate->getDirectObjectTemplate();
SharedObjectTemplate* templateObject = templateManager->getTemplate(directObjectTemplate.hashCode());
EXPECT_TRUE( templateObject != NULL && templateObject->isSharedTangibleObjectTemplate() ) << "directObjectTemplate is invalid in loot item " << std::string(itemTemplateName.toCharArray());
}
// Test Loot Groups
HashTableIterator<String, Reference<LootGroupTemplate*> > iter = lootGroupMap->groupTemplates.iterator();
while (iter.hasNext()) {
LootGroupTemplate* lootGroupTemplate = iter.next();
String groupTemplateName( lootGroupTemplate->getTemplateName().toCharArray() );
// Verify that group is not empty
EXPECT_TRUE( lootGroupTemplate->getLootGroupEntryForRoll(-1).length() > 0 ) << "No entries in loot group: " << std::string(groupTemplateName.toCharArray());
// Check loot group to make sure their chances total correctly
EXPECT_GT( lootGroupTemplate->getLootGroupEntryForRoll(10000000).length(), 0 ) << "Item total chance is less than 10000000: " << std::string(groupTemplateName.toCharArray());
EXPECT_EQ( lootGroupTemplate->getLootGroupEntryForRoll(10000001).length(), 0 ) << "Item total chance is greater than 10000000: " << std::string(groupTemplateName.toCharArray());
// Check that all loot group entries are valid
for( int i = 0; i < lootGroupTemplate->size(); i++ ){
Vector<String> parentGroups;
parentGroups.add(groupTemplateName);
String entryName = lootGroupTemplate->getLootGroupEntryAt(i);
checkLootGroupEntryRecursive(entryName, &parentGroups);
}
}
}
float PetManagerImplementation::getMountedRunSpeed(CreatureObject* mount) {
if (!mount->isMount())
return mount->getRunSpeed();
ManagedReference<PetControlDevice*> pcd = mount->getControlDevice().get().castTo<PetControlDevice*>();
if (pcd != NULL) {
SharedObjectTemplate* objectTemplate = pcd->getObjectTemplate();
if (objectTemplate != NULL) {
MountSpeedData* mountSpeedData = getMountSpeedData(objectTemplate->getAppearanceFilename());
if (mountSpeedData != NULL)
return mountSpeedData->getRunSpeed();
}
}
return mount->getRunSpeed();
}
FloorMesh* PathFinderManager::getFloorMesh(CellObject* cell) {
ManagedReference<BuildingObject*> building1 = (cell->getParent().get().castTo<BuildingObject*>());
SharedObjectTemplate* templateObject = building1->getObjectTemplate();
if (templateObject == NULL) {
return NULL;
}
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL) {
return NULL;
}
FloorMesh* floorMesh1 = portalLayout->getFloorMesh(cell->getCellNumber());
return floorMesh1;
}
SceneObject* ObjectManager::loadObjectFromTemplate(uint32 objectCRC) {
Locker _locker(this);
SceneObject* object = NULL;
try {
SharedObjectTemplate* templateData = templateManager->getTemplate(objectCRC);
if (templateData == NULL) {
error("trying to create object with unknown objectcrc 0x" + String::hexvalueOf((int)objectCRC));
return NULL;
}
uint32 gameObjectType = templateData->getGameObjectType();
object = objectFactory.createObject(gameObjectType);
if (object == NULL) {
error("creating object unknown gameObjectType " + String::valueOf(gameObjectType));
return NULL;
}
databaseManager->addTemporaryObject(object);
object->setServerObjectCRC(objectCRC);
object->loadTemplateData(templateData);
} catch (Exception& e) {
error("exception caught in SceneObject* ObjectManager::loadObjectFromTemplate(uint32 objectCRC)");
error(e.getMessage());
e.printStackTrace();
} catch (...) {
error("unreported exception caught in SceneObject* ObjectManager::loadObjectFromTemplate(uint32 objectCRC)");
throw;
}
return object;
}
bool CollisionManager::checkLineOfSightInBuilding(SceneObject* object1, SceneObject* object2, SceneObject* building) {
SharedObjectTemplate* objectTemplate = building->getObjectTemplate();
PortalLayout* portalLayout = objectTemplate->getPortalLayout();
if (portalLayout == NULL)
return true;
//we are in model space... in cells
Vector3 rayOrigin = object1->getPosition();
rayOrigin.set(rayOrigin.getX(), rayOrigin.getY(), rayOrigin.getZ() + 1.f);
Vector3 rayEnd = object2->getPosition();
rayEnd.set(rayEnd.getX(), rayEnd.getY(), rayEnd.getZ() + 1.f);
Vector3 direction(Vector3(rayEnd - rayOrigin));
direction.normalize();
float distance = rayEnd.distanceTo(rayOrigin);
float intersectionDistance;
Ray ray(rayOrigin, direction);
Triangle* triangle = NULL;
// we check interior cells
for (int i = 1; i < portalLayout->getAppearanceTemplatesSize(); ++i) {
MeshAppearanceTemplate* app = portalLayout->getMeshAppearanceTemplate(i);
AABBTree* aabbTree = app->getAABBTree();
if (aabbTree == NULL)
continue;
if (aabbTree->intersects(ray, distance, intersectionDistance, triangle, true))
return false;
}
return true;
}
bool PlanetManagerImplementation::isInObjectsNoBuildZone(float x, float y, float extraMargin) {
SortedVector<QuadTreeEntry*> closeObjects;
Vector3 targetPos(x, y, zone->getHeight(x, y));
zone->getInRangeObjects(x, y, 512, &closeObjects, true);
for (int i = 0; i < closeObjects.size(); ++i) {
SceneObject* obj = static_cast<SceneObject*>(closeObjects.get(i));
SharedObjectTemplate* objectTemplate = obj->getObjectTemplate();
if (objectTemplate != NULL) {
float radius = objectTemplate->getNoBuildRadius();
// Only check objects with an actual NoBuildRadius
if (radius > 0) {
// Add margin to check
radius += extraMargin;
Vector3 objWorldPos = obj->getWorldPosition();
if (objWorldPos.squaredDistanceTo(targetPos) < radius * radius) {
return true;
}
}
// Check if it's within a structure's footprint
if (objectTemplate->isSharedStructureObjectTemplate()) {
if (StructureManager::instance()->isInStructureFootprint(cast<StructureObject*>(obj), x, y, extraMargin)) {
return true;
}
}
}
}
return false;
}
void TemplateManager::addTemplate(uint32 key, const String& fullName, LuaObject* templateData) {
uint32 templateType = templateData->getIntField("templateType");
String clientTemplateFile = templateData->getStringField("clientTemplateFileName");
SharedObjectTemplate* templateObject = templateFactory.createObject(templateType);
if (templateObject == NULL) {
error("error creating template from lua with templateType 0x" + String::hexvalueOf((int)templateType));
return;
}
//info("loading " + fullName, true);
String fileName = fullName.subString(fullName.lastIndexOf('/') + 1, fullName.lastIndexOf('.'));
templateObject->setFullTemplateString(fullName);
templateObject->setTemplateFileName(fileName);
if (!clientTemplateFile.isEmpty()) {
IffStream* iffStream = openIffFile(clientTemplateFile);
if (iffStream != NULL) {
templateObject->readObject(iffStream);
delete iffStream;
}
}
templateObject->readObject(templateData);
if (!clientTemplateFile.isEmpty())
templateObject->addDerivedFile(clientTemplateFile);
info("loaded " + fullName);
if (templateCRCMap->put(key, templateObject) != NULL) {
//error("duplicate template for " + fullName);
}
}
Vector<WorldCoordinates>* PathFinderManager::findPathFromWorldToCell(const WorldCoordinates& pointA, const WorldCoordinates& pointB, Zone *zone) {
CellObject* targetCell = pointB.getCell();
if (targetCell == NULL)
return NULL;
ManagedReference<BuildingObject*> building = dynamic_cast<BuildingObject*>(targetCell->getParent().get().get());
if (building == NULL) {
error("building == NULL in PathFinderManager::findPathFromWorldToCell");
return NULL;
}
SharedObjectTemplate* templateObject = building->getObjectTemplate();
if (templateObject == NULL)
return NULL;
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL)
return NULL;
//find nearest entrance
FloorMesh* exteriorFloorMesh = portalLayout->getFloorMesh(0); // get outside layout
if (exteriorFloorMesh == NULL)
return NULL;
PathGraph* exteriorPathGraph = exteriorFloorMesh->getPathGraph();
FloorMesh* targetFloorMesh = portalLayout->getFloorMesh(targetCell->getCellNumber());
PathGraph* targetPathGraph = targetFloorMesh->getPathGraph();
Vector<WorldCoordinates>* path = new Vector<WorldCoordinates>(5, 1);
path->add(pointA);
Vector3 transformedPosition = transformToModelSpace(pointA.getPoint(), building);
PathNode* nearestEntranceNode = exteriorPathGraph->findNearestNode(transformedPosition);
if (nearestEntranceNode == NULL) {
error("NULL entrance node for building " + templateObject->getFullTemplateString());
delete path;
return NULL;
}
//PathNode* nearestTargetNode = targetPathGraph->findNearestNode(pointB.getPoint());
TriangleNode* nearestTargetNodeTriangle = CollisionManager::getTriangle(pointB.getPoint(), targetFloorMesh);
if (nearestTargetNodeTriangle == NULL) {
delete path;
return NULL;
}
PathNode* nearestTargetNode = CollisionManager::findNearestPathNode(nearestTargetNodeTriangle, targetFloorMesh, pointB.getPoint());//targetPathGraph->findNearestNode(pointB.getPoint());
if (nearestTargetNode == NULL) {
delete path;
return NULL;
}
/*if (nearestEntranceNode == nearestTargetNode)
info("nearestEntranceNode == nearestTargetNode", true);*/
//find graph from outside to appropriate cell
Vector<PathNode*>* pathToCell = portalLayout->getPath(nearestEntranceNode, nearestTargetNode);
if (pathToCell == NULL) {
error("pathToCell = portalLayout->getPath(nearestEntranceNode, nearestTargetNode); == NULL");
delete path;
return NULL;
}
for (int i = 0; i < pathToCell->size(); ++i) {
PathNode* pathNode = pathToCell->get(i);
PathGraph* pathGraph = pathNode->getPathGraph();
FloorMesh* floorMesh = pathGraph->getFloorMesh();
int cellID = floorMesh->getCellID();
//info("cellID:" + String::valueOf(cellID), true);
if (cellID == 0) { // we are still outside
WorldCoordinates coord(pathNode->getPosition(), targetCell);
path->add(WorldCoordinates(coord.getWorldPosition(), NULL));
} else { // we are inside the building
CellObject* pathCell = building->getCell(cellID);
path->add(WorldCoordinates(pathNode->getPosition(), pathCell));
if (i == pathToCell->size() - 1)
if (pathCell != targetCell) {
error("final cell not target cell");
}
}
}
delete pathToCell;
pathToCell = NULL;
// path from cell path node to destination point
Vector<Triangle*>* trianglePath = NULL;
int res = getFloorPath(path->get(path->size() - 1).getPoint(), pointB.getPoint(), targetFloorMesh, trianglePath);
if (res != -1 && trianglePath != NULL)
addTriangleNodeEdges(path->get(path->size() - 1).getPoint(), pointB.getPoint(), trianglePath, path, targetCell);
if (trianglePath != NULL)
delete trianglePath;
path->add(pointB);
return path;
}
TEST_F(LuaMobileTest, LuaMobileTemplatesTest) {
CreatureTemplateManager::DEBUG_MODE = 1;
// Verify that all mobiles load
ASSERT_EQ(CreatureTemplateManager::instance()->loadTemplates(), 0);
// Verify loot group map loaded
ASSERT_EQ(LootGroupMap::ERROR_CODE, 0);
// Verify factions load
FactionManager::instance()->loadData();
ASSERT_FALSE(FactionManager::instance()->getFactionMap()->isEmpty());
// Load Templates
ASSERT_TRUE( TemplateManager::instance() != NULL );
if( TemplateManager::instance()->loadedTemplatesCount == 0 ){
TemplateManager::instance()->loadLuaTemplates();
ASSERT_EQ(TemplateManager::ERROR_CODE, 0);
}
// verify DNA manager loads
DnaManager::instance()->loadSampleData();
ASSERT_TRUE( DnaManager::instance() != NULL);
// Test Creature Templates
HashTableIterator<uint32, Reference<CreatureTemplate*> > creatureIterator = CreatureTemplateManager::instance()->iterator();
while (creatureIterator.hasNext()) {
CreatureTemplate* creature = creatureIterator.next();
std::string templateName( creature->getTemplateName().toCharArray() );
//Verify non-empty objectName is a valid string
String objName = creature->getObjectName();
if (!objName.isEmpty()) {
std::string name = objName.toCharArray();
EXPECT_TRUE( mobNames.contains(objName) ) << "Mobile " << templateName << " has invalid objectName: " << name;
}
// Check configured templates
Vector<String> objTemps = creature->getTemplates();
EXPECT_FALSE( objTemps.isEmpty() ) << "Mobile " << templateName << " does not have any templates configured";
int objectType = 0;
for( int j=0; j< objTemps.size(); j++ ){
SharedObjectTemplate* templateData = templateManager->getTemplate(objTemps.get(j).hashCode());
std::string objName = objTemps.get(j).toCharArray();
EXPECT_TRUE( templateData != NULL ) << "Mobile " << templateName << " has invalid template configured: " << objName;
// Check Template Genetics math to find invalid mobs
if (templateData != NULL) {
SharedCreatureObjectTemplate* creoData = dynamic_cast<SharedCreatureObjectTemplate*> (templateData);
if (creoData != NULL) {
}
}
if (objectType == 0) {
objectType = templateData->getGameObjectType();
}
}
// Verify that control device template is valid
String controlDeviceTemplate = creature->getControlDeviceTemplate();
if (!controlDeviceTemplate.isEmpty()) {
SharedObjectTemplate* controlDeviceTemplateData = templateManager->getTemplate(controlDeviceTemplate.hashCode());
EXPECT_TRUE( controlDeviceTemplateData != NULL ) << "Control device template " << controlDeviceTemplate.toCharArray() << " from " << templateName << " does not exist.";
EXPECT_TRUE( controlDeviceTemplate.beginsWith("object/intangible/pet/") ) << "Control device template " << controlDeviceTemplate.toCharArray() << " from " << templateName << " is not a pet/droid control device template.";
}
// Verify that faction is valid
String faction = creature->getFaction();
if (!faction.isEmpty()) {
EXPECT_TRUE( FactionManager::instance()->isFaction(faction) ) << "Faction, " << faction.toCharArray() << ", from mobile template " << templateName << " does not exist.";
}
// Verify level
int level = creature->getLevel();
EXPECT_TRUE( level > 0 ) << "Level is not a positive value on mobile: " << templateName;
// Verify hit chance
float hitChance = creature->getChanceHit();
EXPECT_TRUE( hitChance > 0 ) << "ChanceHit is not a positive value on mobile: " << templateName;
// Verify xp
int xp = creature->getBaseXp();
EXPECT_TRUE( xp >= 0 ) << "Xp has a negative value on mobile: " << templateName;
// Verify damage
int minDamage = creature->getDamageMin();
int maxDamage = creature->getDamageMax();
EXPECT_TRUE( minDamage > 0 ) << "Min damage is not a positive value on mobile: " << templateName;
EXPECT_TRUE( maxDamage >= minDamage ) << "Max damage is lower than min damage on mobile: " << templateName;
// Verify HAM
int minHam = creature->getBaseHAM();
int maxHam = creature->getBaseHAMmax();
EXPECT_TRUE( minHam > 0 ) << "Base ham is not a positive value on mobile: " << templateName;
EXPECT_TRUE( maxHam >= minHam ) << "Base ham max is lower than base ham on mobile: " << templateName;
// Verify armor
int armor = creature->getArmor();
EXPECT_TRUE( armor >= 0 && armor <= 3 ) << "Armor is not a valid value on mobile: " << templateName;
// Verify resists
float kinetic = creature->getKinetic();
EXPECT_TRUE( kinetic >= -1 && kinetic <= 200 ) << "Kinetic resist is not a valid value on mobile: " << templateName;
float energy = creature->getEnergy();
EXPECT_TRUE( energy >= -1 && energy <= 200 ) << "Energy resist is not a valid value on mobile: " << templateName;
float electricity = creature->getElectricity();
EXPECT_TRUE( electricity >= -1 && electricity <= 200 ) << "Electricity resist is not a valid value on mobile: " << templateName;
float stun = creature->getStun();
EXPECT_TRUE( stun >= -1 && stun <= 200 ) << "Stun resist is not a valid value on mobile: " << templateName;
float blast = creature->getBlast();
EXPECT_TRUE( blast >= -1 && blast <= 200 ) << "Blast resist is not a valid value on mobile: " << templateName;
float heat = creature->getHeat();
EXPECT_TRUE( heat >= -1 && heat <= 200 ) << "Heat resist is not a valid value on mobile: " << templateName;
float cold = creature->getCold();
EXPECT_TRUE( cold >= -1 && cold <= 200 ) << "Cold resist is not a valid value on mobile: " << templateName;
float acid = creature->getAcid();
EXPECT_TRUE( acid >= -1 && acid <= 200 ) << "Acid resist is not a valid value on mobile: " << templateName;
float lightSaber = creature->getLightSaber();
EXPECT_TRUE( lightSaber >= -1 && lightSaber <= 200 ) << "LightSaber resist is not a valid value on mobile: " << templateName;
// Verify creature resources
String meat = creature->getMeatType();
float meatMax = creature->getMeatMax();
if (!meat.isEmpty()) {
String meatResources = "meat_domesticated,meat_wild,meat_herbivore,meat_carnivore,meat_reptilian,meat_avian,meat_insect";
StringTokenizer tokenizer(meatResources);
tokenizer.setDelimeter(",");
bool match = false;
String token;
while (tokenizer.hasMoreTokens()) {
tokenizer.getStringToken(token);
if (meat == token)
match = true;
}
EXPECT_TRUE( match ) << "Meat type on mobile " << templateName << " is not a valid meat resource";
EXPECT_TRUE( meatMax > 0 ) << "Meat amount on mobile " << templateName << " is zero.";
} else {
EXPECT_TRUE( meatMax == 0 ) << "MeatAmount is not zero yet has no type defined on mobile " << templateName;
}
String hide = creature->getHideType();
float hideMax = creature->getHideMax();
if (!hide.isEmpty()) {
String hideResources = "hide_bristley,hide_leathery,hide_scaley,hide_wooly";
StringTokenizer tokenizer(hideResources);
tokenizer.setDelimeter(",");
bool match = false;
String token;
while (tokenizer.hasMoreTokens()) {
tokenizer.getStringToken(token);
if (hide == token)
match = true;
}
EXPECT_TRUE( match ) << "Hide type on mobile " << templateName << " is not a valid hide resource";
EXPECT_TRUE( hideMax > 0 ) << "Hide amount on mobile " << templateName << " is zero.";
} else {
EXPECT_TRUE( hideMax == 0 ) << "HideAmount is not zero yet has no type defined on mobile " << templateName;
}
String bone = creature->getBoneType();
float boneMax = creature->getBoneMax();
if (!bone.isEmpty()) {
String boneResources = "bone_avian,bone_mammal";
StringTokenizer tokenizer(boneResources);
tokenizer.setDelimeter(",");
bool match = false;
String token;
while (tokenizer.hasMoreTokens()) {
tokenizer.getStringToken(token);
if (bone == token)
match = true;
}
EXPECT_TRUE( match ) << "Bone type on mobile " << templateName << " is not a valid bone resource";
EXPECT_TRUE( boneMax > 0 ) << "Bone amount on mobile " << templateName << " is zero.";
} else {
EXPECT_TRUE( boneMax == 0 ) << "BoneAmount is not zero yet has no type defined on mobile " << templateName;
}
String milk = creature->getMilkType();
float milkMax = creature->getMilk();
if (!milk.isEmpty()) {
String milkResources = "milk_domesticated,milk_wild";
StringTokenizer tokenizer(milkResources);
tokenizer.setDelimeter(",");
bool match = false;
String token;
while (tokenizer.hasMoreTokens()) {
tokenizer.getStringToken(token);
if (milk == token)
match = true;
}
EXPECT_TRUE( match ) << "Milk type on mobile " << templateName << " is not a valid milk resource";
EXPECT_TRUE( milkMax > 0 ) << "Milk amount on mobile " << templateName << " is zero.";
} else {
EXPECT_TRUE( milkMax == 0 ) << "Milk is not zero yet has no type defined on mobile " << templateName;
}
// Verify taming chance
float tamingChance = creature->getTame();
EXPECT_TRUE( tamingChance >= 0 && tamingChance <= 1 ) << "Taming chance is not a valid value on mobile: " << templateName;
// Verify diet on creatures
if (boneMax > 0 || hideMax > 0 || meatMax > 0 || milkMax > 0 || tamingChance > 0) {
uint32 diet = creature->getDiet();
EXPECT_TRUE( diet != 0 ) << "Diet is NONE on creature type mobile " << templateName;
}
// Verify scale
float scale = creature->getScale();
EXPECT_TRUE( scale > 0 ) << "Scale is not a positive value on mobile: " << templateName;
// Verify PACK mobs have a social group
uint32 creatureBitmask = creature->getCreatureBitmask();
String socialGroup = creature->getSocialGroup();
if (creatureBitmask & CreatureFlag::PACK) {
EXPECT_FALSE( socialGroup.isEmpty() ) << "Social group is empty on pack mobile: " << templateName;
}
// Verify loot group percentages
LootGroupCollection* groupCollection = creature->getLootGroups();
if( groupCollection->count() > 0 ){
for( int i = 0; i < groupCollection->count(); i++ ){
LootGroupCollectionEntry* collectionEntry = groupCollection->get(i);
LootGroups* groups = collectionEntry->getLootGroups();
if( groups->count() > 0){
int totalChance = 0;
for( int j = 0; j < groups->count(); j++ ){
LootGroupEntry* lootGroup = groups->get(j);
totalChance += lootGroup->getLootChance();
// Verify loot group is configured correctly
LootGroupTemplate* foundGroup = lootGroupMap->getLootGroupTemplate( lootGroup->getLootGroupName() );
std::string groupName( lootGroup->getLootGroupName().toCharArray() );
EXPECT_TRUE( foundGroup != NULL ) << "Loot group " << groupName << " from " << templateName << " was not found in LootGroupMap";
}
EXPECT_EQ( 10000000, totalChance ) << "Loot groups total chance is incorrect " << templateName;
}
}
}
// Verify weapon groups exist
Vector<String> weapons = creature->getWeapons();
for (int i = 0; i < weapons.size(); i++) {
String weaponGroup = weapons.get(i);
std::string groupName( weaponGroup.toCharArray() );
Vector<String> group = CreatureTemplateManager::instance()->getWeapons(weaponGroup);
EXPECT_TRUE( group.size() > 0 ) << "Weapon group " << groupName << " from " << templateName << " was not found in weaponMap";
}
// Verify conversation template exist, and the mob has converse option bit
uint32 convoTemplate = creature->getConversationTemplate();
uint32 optionsBitmask = creature->getOptionsBitmask();
if (convoTemplate != 0) {
ConversationTemplate* convoTemp = CreatureTemplateManager::instance()->getConversationTemplate(convoTemplate);
EXPECT_TRUE( convoTemp != NULL ) << "Conversation template from " << templateName << " was not found.";
EXPECT_TRUE( optionsBitmask & OptionBitmask::CONVERSE ) << templateName << " has a convo template but not the CONVERSE options bit.";
}
// Verify that mobs with converse option bit have a convo template
if (optionsBitmask & OptionBitmask::CONVERSE) {
EXPECT_TRUE( convoTemplate != 0 ) << templateName << " has the CONVERSE options bit but not a convo template.";
}
// Verify that outfits exist
String outfit = creature->getOutfit();
if (!outfit.isEmpty()) {
MobileOutfitGroup* outfitGroup = CreatureTemplateManager::instance()->getMobileOutfitGroup(outfit);
EXPECT_TRUE( outfitGroup != NULL ) << "Outfit group " << outfit.toCharArray() << " from " << templateName << " was not found.";
}
// Verify attacks are valid commands
CreatureAttackMap* cam = creature->getAttacks();
for (int i = 0; i < cam->size(); i++) {
String commandName = cam->getCommand(i);
EXPECT_TRUE( commandName.isEmpty() || commandConfigManager->contains(commandName) ) << "Attack: " << commandName.toCharArray() << " is not a valid command in mobile template: " << templateName;
}
// Very attackable npcs
uint32 pvpBitmask = creature->getPvpBitmask();
if ((pvpBitmask & CreatureFlag::ATTACKABLE) && objectType == 1025) {
// Verify attackable npcs have attacks
EXPECT_TRUE( cam->size() > 0 ) << "Attackable npc " << templateName << " does not have attacks.";
}
}
// Test Lair Templates
HashTableIterator<uint32, Reference<LairTemplate*> > lairIterator = CreatureTemplateManager::instance()->lairTemplateIterator();
while (lairIterator.hasNext()) {
LairTemplate* lair = lairIterator.next();
std::string templateName( lair->getName().toCharArray() );
// Verify that mobiles exist and that their weighting is positive
VectorMap<String, int>* mobiles = lair->getMobiles();
for (int i = 0; i < mobiles->size(); i++) {
int weighting = mobiles->elementAt(i).getValue();
String mobile = mobiles->elementAt(i).getKey();
std::string mobName = mobile.toCharArray();
EXPECT_TRUE( CreatureTemplateManager::instance()->getTemplate(mobile) != NULL ) << "Mobile " << mobName << " in lair template " << templateName << " does not exist";
EXPECT_TRUE( weighting > 0 ) << "Mobile " << mobName << " in lair template " << templateName << " has a non positive weighting";
}
// Verify that boss mobiles exist and that their count is positive
VectorMap<String, int>* bossMobiles = lair->getBossMobiles();
for (int i = 0; i < bossMobiles->size(); i++) {
int count = bossMobiles->elementAt(i).getValue();
String bossMob = bossMobiles->elementAt(i).getKey();
std::string bossName = bossMob.toCharArray();
EXPECT_TRUE( CreatureTemplateManager::instance()->getTemplate(bossMob) != NULL ) << "Boss mobile " << bossName << " in lair template " << templateName << " does not exist";
EXPECT_TRUE( count > 0 ) << "Boss mobile " << bossName << " in lair template " << templateName << " has a non positive spawn count";
}
// Verify spawn limit is positive
int limit = lair->getSpawnLimit();
EXPECT_TRUE( limit > 0 ) << "Spawn limit in lair template " << templateName << " is not positive";
// Verify any configured buildings exist
int buildingCount = 0;
for(int i=0; i<=4; i++){
Vector<String>* buildings = lair->getBuildings( i );
if( buildings == NULL )
continue;
buildingCount += buildings->size();
for( int j=0; j < buildings->size(); j++ ){
String buildingTemplate = buildings->get(j);
std::string buildingStr = buildingTemplate.toCharArray();
SharedObjectTemplate* templateObject = templateManager->getTemplate(buildingTemplate.hashCode());
EXPECT_TRUE( templateObject != NULL && templateObject->isSharedTangibleObjectTemplate() ) << "Building template " << buildingStr << " in lair template " << templateName << " does not exist";
if( lair->getBuildingType() == LairTemplate::LAIR ){
EXPECT_TRUE( buildingTemplate.beginsWith( "object/tangible/lair/") ) << "Building template " << buildingStr << " in lair template " << templateName << " is not a child of object/tangible/lair/";
}
if( lair->getBuildingType() == LairTemplate::THEATER ){
EXPECT_TRUE( buildingTemplate.beginsWith( "object/building/poi/") ) << "Building template " << buildingStr << " in lair template " << templateName << " is not a child of object/building/poi/";
}
}
}
// Verify mission buildings exist and are lairs
String missionBuilding = lair->getMissionBuilding(10);
if (!missionBuilding.isEmpty()) {
std::string buildingStr = missionBuilding.toCharArray();
SharedObjectTemplate* templateObject = templateManager->getTemplate(missionBuilding.hashCode());
EXPECT_TRUE( templateObject != NULL && templateObject->isSharedTangibleObjectTemplate() ) << "Mission building template " << buildingStr << " in lair template " << templateName << " does not exist";
EXPECT_TRUE( missionBuilding.beginsWith( "object/tangible/lair/") ) << "Mission building template " << buildingStr << " in lair template " << templateName << " is not a child of object/tangible/lair/";
}
if( lair->getBuildingType() == LairTemplate::THEATER ){
EXPECT_TRUE( buildingCount > 0 ) << "There are no buildings configured in theater type lair template " << templateName;
}
if( lair->getBuildingType() == LairTemplate::NONE ){
EXPECT_TRUE( buildingCount == 0 ) << "There are buildings configured in 'none' type lair template " << templateName;
}
if( lair->getBuildingType() == LairTemplate::LAIR ){
EXPECT_TRUE( buildingCount > 0 ) << "There are no buildings configured in lair type lair template " << templateName;
}
}
// Test Spawn Groups
HashTableIterator<uint32, Reference<SpawnGroup*> > spawnIterator = CreatureTemplateManager::instance()->spawnGroupIterator();
while (spawnIterator.hasNext()) {
SpawnGroup* group = spawnIterator.next();
std::string templateName( group->getTemplateName().toCharArray() );
Vector<String> lairTemplates;
// Verify spawn list
Vector<Reference<LairSpawn*> >* spawnList = group->getSpawnList();
for (int i = 0; i < spawnList->size(); i++) {
LairSpawn* spawn = spawnList->get(i);
std::string lairName( spawn->getLairTemplateName().toCharArray() );
// Verify lair template exists and isn't duplicated in the group
String lairTemplateName = spawn->getLairTemplateName();
Reference<LairTemplate*> lairTemplate = CreatureTemplateManager::instance()->getLairTemplate(lairTemplateName.hashCode());
EXPECT_TRUE( lairTemplate != NULL ) << "Lair template " << lairName << " in spawn group " << templateName << " does not exist.";
EXPECT_FALSE( lairTemplates.contains(lairTemplateName) ) << "Lair template " << lairName << " is duplicated in spawn group " << templateName;
lairTemplates.add(lairTemplateName);
// Verify spawn limit is at least -1
float spawnLimit = spawn->getSpawnLimit();
EXPECT_TRUE( spawnLimit >= -1 ) << "SpawnLimit for lairTemplate " << lairName << " in spawn group " << templateName << " is less than -1.";
// Verify difficulties
int minDiff = spawn->getMinDifficulty();
int maxDiff = spawn->getMaxDifficulty();
EXPECT_TRUE( minDiff > 0 ) << "MinDifficulty for lairTemplate " << lairName << " in spawn group " << templateName << " is not positive.";
EXPECT_TRUE( maxDiff >= minDiff ) << "MaxDifficulty for lairTemplate " << lairName << " in spawn group " << templateName << " is less than min difficulty.";
// Verify number to spawn is not negative
int numberToSpawn = spawn->getNumberToSpawn();
EXPECT_TRUE( numberToSpawn >= 0 ) << "NumberToSpawn for lairTemplate " << lairName << " in spawn group " << templateName << " is negative.";
// Verify weighting is positive
int weighting = spawn->getWeighting();
EXPECT_TRUE( weighting > 0 ) << "Weighting for lairTemplate " << lairName << " in spawn group " << templateName << " is not positive.";
// Verify size is at least 1
float size = spawn->getSize();
EXPECT_TRUE( size >= 1 ) << "Size for lairTemplate " << lairName << " in spawn group " << templateName << " is less than 1.";
}
}
// Test Destroy Mission Spawn Groups
HashTableIterator<uint32, Reference<SpawnGroup*> > missionIterator = CreatureTemplateManager::instance()->destroyMissionGroupIterator();
while (missionIterator.hasNext()) {
SpawnGroup* group = missionIterator.next();
std::string templateName( group->getTemplateName().toCharArray() );
Vector<String> lairTemplates;
// Verify spawn list
Vector<Reference<LairSpawn*> >* spawnList = group->getSpawnList();
for (int i = 0; i < spawnList->size(); i++) {
LairSpawn* spawn = spawnList->get(i);
std::string lairName( spawn->getLairTemplateName().toCharArray() );
// Verify lair template exists
String lairTemplateName = spawn->getLairTemplateName();
Reference<LairTemplate*> lairTemplate = CreatureTemplateManager::instance()->getLairTemplate(lairTemplateName.hashCode());
EXPECT_TRUE( lairTemplate != NULL ) << "Lair template " << lairName << " in destroy mission spawn group " << templateName << " does not exist.";
EXPECT_FALSE( lairTemplates.contains(lairTemplateName) ) << "Lair template " << lairName << " is duplicated in destroy mission spawn group " << templateName;
lairTemplates.add(lairTemplateName);
if (lairTemplate != NULL) {
// Verify that lair template has a valid mission building or is of type LAIR
String missionBuilding = lairTemplate->getMissionBuilding(10);
if (!missionBuilding.isEmpty()) {
std::string buildingStr = missionBuilding.toCharArray();
SharedObjectTemplate* templateObject = templateManager->getTemplate(missionBuilding.hashCode());
EXPECT_TRUE( templateObject != NULL && templateObject->isSharedTangibleObjectTemplate() ) << "Mission building template " << buildingStr << " in lair template " << lairName << ", part of destroy mission group " << templateName << " does not exist";
EXPECT_TRUE( missionBuilding.beginsWith( "object/tangible/lair/") ) << "Mission building template " << buildingStr << " in lair template " << lairName << ", part of destroy mission group " << templateName << " is not a child of object/tangible/lair/";
} else {
EXPECT_TRUE( lairTemplate->getBuildingType() == LairTemplate::LAIR ) << "Lair template " << lairName << ", part of destroy mission group " << templateName << " is not of type LAIR";
}
}
// Verify difficulties
int minDiff = spawn->getMinDifficulty();
int maxDiff = spawn->getMaxDifficulty();
EXPECT_TRUE( minDiff > 0 ) << "MinDifficulty for lairTemplate " << lairName << " in destroy mission spawn group " << templateName << " is not positive.";
EXPECT_TRUE( maxDiff >= minDiff ) << "MaxDifficulty for lairTemplate " << lairName << " in destroy mission spawn group " << templateName << " is less than min difficulty.";
// Verify size is at least 1
float size = spawn->getSize();
EXPECT_TRUE( size >= 1 ) << "Size for lairTemplate " << lairName << " in destroy mission spawn group " << templateName << " is less than 1.";
}
}
}
Vector<WorldCoordinates>* PathFinderManager::findPathFromCellToWorld(const WorldCoordinates& pointA, const WorldCoordinates& pointB, Zone *zone) {
Vector<WorldCoordinates>* path = new Vector<WorldCoordinates>(5, 1);
if (path == NULL)
return NULL;
path->add(pointA);
CellObject* ourCell = pointA.getCell();
ManagedReference<BuildingObject*> building = cast<BuildingObject*>( ourCell->getParent().get().get());
int ourCellID = ourCell->getCellNumber();
SharedObjectTemplate* templateObject = ourCell->getParent().get()->getObjectTemplate();
if (templateObject == NULL) {
delete path;
return NULL;
}
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL) {
delete path;
return NULL;
}
FloorMesh* sourceFloorMesh = portalLayout->getFloorMesh(ourCellID);
if (sourceFloorMesh == NULL) {
delete path;
return NULL;
}
PathGraph* sourcePathGraph = sourceFloorMesh->getPathGraph();
if (sourcePathGraph == NULL) {
delete path;
return NULL;
}
FloorMesh* exteriorFloorMesh = portalLayout->getFloorMesh(0);
if (exteriorFloorMesh == NULL) {
delete path;
return NULL;
}
PathGraph* exteriorPathGraph = exteriorFloorMesh->getPathGraph();
if (exteriorPathGraph == NULL) {
delete path;
return NULL;
}
// we need to move world position into model space
Vector3 transformedPosition = transformToModelSpace(pointB.getPoint(), building);
//find exit node in our cell
//PathNode* exitNode = sourcePathGraph->findNearestNode(pointA.getPoint());
TriangleNode* nearestTargetNodeTriangle = CollisionManager::getTriangle(pointA.getPoint(), sourceFloorMesh);
if (nearestTargetNodeTriangle == NULL) {
delete path;
return NULL;
}
PathNode* exitNode = CollisionManager::findNearestPathNode(nearestTargetNodeTriangle, sourceFloorMesh, transformedPosition);//targetPathGraph->findNearestNode(pointB.getPoint());
if (exitNode == NULL) {
delete path;
return NULL;
}
//find exterior node
PathNode* exteriorNode = exteriorPathGraph->findNearestGlobalNode(transformedPosition);
if (exteriorNode == NULL) {
delete path;
return NULL;
}
//find path to the exit
Vector<PathNode*>* exitPath = portalLayout->getPath(exitNode, exteriorNode);
if (exitPath == NULL) {
error("exitPath == NULL");
delete path;
return NULL;
}
//find triangle path to exitNode
Vector<Triangle*>* trianglePath = NULL;
int res = getFloorPath(pointA.getPoint(), exitNode->getPosition(), sourceFloorMesh, trianglePath);
if (res != -1 && trianglePath != NULL)
addTriangleNodeEdges(pointA.getPoint(), exitNode->getPosition(), trianglePath, path, ourCell);
if (trianglePath != NULL)
delete trianglePath;
path->add(WorldCoordinates(exitNode->getPosition(), ourCell));
//populate cell traversing
for (int i = 0; i < exitPath->size(); ++i) {
PathNode* pathNode = exitPath->get(i);
PathGraph* pathGraph = pathNode->getPathGraph();
FloorMesh* floorMesh = pathGraph->getFloorMesh();
int cellID = floorMesh->getCellID();
if (cellID == 0) { // we are outside
WorldCoordinates coord(pathNode->getPosition(), ourCell);
path->add(WorldCoordinates(coord.getWorldPosition(), NULL));
} else { // we are inside the building
CellObject* pathCell = building->getCell(cellID);
path->add(WorldCoordinates(pathNode->getPosition(), pathCell));
}
}
delete exitPath;
exitPath = NULL;
if (path->size()) {
Vector<WorldCoordinates>* newPath = findPathFromWorldToWorld(path->get(path->size()-1), pointB, zone);
if (newPath) {
path->addAll(*newPath);
delete newPath;
}
} else
path->add(pointB);
return path;
}
Vector<WorldCoordinates>* PathFinderManager::findPathFromCellToDifferentCell(const WorldCoordinates& pointA, const WorldCoordinates& pointB) {
//info ("findPathFromCellToDifferentCell", true);
CellObject* ourCell = pointA.getCell();
CellObject* targetCell = pointB.getCell();
int ourCellID = ourCell->getCellNumber();
int targetCellID = targetCell->getCellNumber();
ManagedReference<BuildingObject*> building1 = cast<BuildingObject*>( ourCell->getParent().get().get());
ManagedReference<BuildingObject*> building2 = cast<BuildingObject*>( targetCell->getParent().get().get());
if (building1 != building2) // TODO: implement path finding between 2 buildings
return NULL;
SharedObjectTemplate* templateObject = building1->getObjectTemplate();
if (templateObject == NULL)
return NULL;
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL)
return NULL;
FloorMesh* floorMesh1 = portalLayout->getFloorMesh(ourCellID);
FloorMesh* floorMesh2 = portalLayout->getFloorMesh(targetCellID);
if (floorMesh2->getCellID() != targetCellID)
error("floorMes2 cellID != targetCellID");
//info("targetCellID:" + String::valueOf(targetCellID), true);
PathGraph* pathGraph1 = floorMesh1->getPathGraph();
PathGraph* pathGraph2 = floorMesh2->getPathGraph();
Vector<WorldCoordinates>* path = new Vector<WorldCoordinates>(5, 1);
path->add(pointA); // adding source
//PathNode* source = pathGraph1->findNearestNode(pointA.getPoint());
TriangleNode* nearestSourceNodeTriangle = CollisionManager::getTriangle(pointA.getPoint(), floorMesh1);
if (nearestSourceNodeTriangle == NULL) {
delete path;
return NULL;
}
PathNode* source = CollisionManager::findNearestPathNode(nearestSourceNodeTriangle, floorMesh1, pointB.getPoint());//targetPathGraph->findNearestNode(pointB.getPoint());
if (source == NULL) {
delete path;
return NULL;
}
//PathNode* target = pathGraph2->findNearestNode(pointB.getPoint());
TriangleNode* nearestTargetNodeTriangle = CollisionManager::getTriangle(pointB.getPoint(), floorMesh2);
if (nearestTargetNodeTriangle == NULL) {
delete path;
return NULL;
}
PathNode* target = CollisionManager::findNearestPathNode(nearestTargetNodeTriangle, floorMesh2, pointB.getPoint());//targetPathGraph->findNearestNode(pointB.getPoint());
if (target == NULL) {
delete path;
return NULL;
}
Vector<PathNode*>* nodes = portalLayout->getPath(source, target);
if (nodes == NULL) {
StringBuffer str;
str << "Could not find path from node: " << source->getID()
<< " to node: " << target->getID() << " in building: "
<< templateObject->getFullTemplateString();
log(str.toString());
delete path;
return NULL;
}
// FIXME (dannuic): Sometimes nodes only have one entry.... why?
if (nodes->size() == 1) {
error("Only one node");
delete path;
return NULL;
}
// path from our position to path node
Vector<Triangle*>* trianglePath = NULL;
int res = getFloorPath(pointA.getPoint(), nodes->get(1)->getPosition(), floorMesh1, trianglePath);
if (res != -1 && trianglePath != NULL)
addTriangleNodeEdges(pointA.getPoint(), nodes->get(1)->getPosition(), trianglePath, path, ourCell);
if (trianglePath != NULL) {
delete trianglePath;
trianglePath = NULL;
}
path->add(WorldCoordinates(source->getPosition(), ourCell));
//traversing cells
for (int i = 1; i < nodes->size(); ++i) {
PathNode* pathNode = nodes->get(i);
PathGraph* pathGraph = pathNode->getPathGraph();
FloorMesh* floorMesh = pathGraph->getFloorMesh();
int cellID = floorMesh->getCellID();
if (cellID == 0) {
//info("cellID == 0", true);
WorldCoordinates coord(pathNode->getPosition(), ourCell);
path->add(WorldCoordinates(coord.getWorldPosition(), NULL));
} else {
CellObject* pathCell = building1->getCell(cellID);
WorldCoordinates coord(pathNode->getPosition(), pathCell);
path->add(coord);
//info("cellID:" + String::valueOf(cellID), true);
if (i == nodes->size() - 1) {
if (pathNode != target) {
StringBuffer msg;
msg << "pathNode != target pathNode: " << pathNode->getID() << " target:" << target->getID();
error(msg.toString());
}
if (pathCell != targetCell) {
error("final cell not target cell");
}
}
}
}
delete nodes;
nodes = NULL;
// path from cell entrance to destination point
trianglePath = NULL;
res = getFloorPath(path->get(path->size() - 1).getPoint(), pointB.getPoint(), floorMesh2, trianglePath);
if (res != -1 && trianglePath != NULL)
addTriangleNodeEdges(path->get(path->size() - 1).getPoint(), pointB.getPoint(), trianglePath, path, targetCell);
if (trianglePath != NULL)
delete trianglePath;
path->add(pointB);
return path;
}
int EventPerkDeedImplementation::handleObjectMenuSelect(CreatureObject* player, byte selectedID) {
if (selectedID == 20) {
if (generated) {
return 1;
}
Zone* zone = player->getZone();
if (zone == NULL) {
return 1;
}
PlanetManager* planetManager = zone->getPlanetManager();
if (planetManager == NULL) {
return 1;
}
EventPerkDeedTemplate* deedTemplate = cast<EventPerkDeedTemplate*>(getObjectTemplate());
if (deedTemplate == NULL) {
return 1;
}
if (zone->getZoneName().contains("space_")) {
player->sendSystemMessage("@event_perk:not_in_space"); // You may not deploy a Rental in space. Return to the ground first.
return 1;
}
if (!deedTemplate->isAllowedZone(zone->getZoneName())) {
player->sendSystemMessage("@event_perk:not_on_this_planet"); // You cannot deploy this rental on this planet. Examine the deed to determine the intended planet for this rental.
return 1;
}
if (!isASubChildOf(player)) {
player->sendSystemMessage("@event_perk:from_inventory_only"); // This rental must be in your inventory in order to be deployed.
return 1;
}
if (player->getParent() != NULL) {
player->sendSystemMessage("@event_perk:not_inside"); // You cannot deploy a Rental indoors. You must move outside.
return 1;
}
if (player->isInCombat()) {
player->sendSystemMessage("@event_perk:not_in_combat"); // You cannot deploy a Rental while in combat.
return 1;
}
if (player->isSwimming()) {
player->sendSystemMessage("@event_perk:not_while_swimming"); // You cannot deploy a Rental while swimming.
return 1;
}
ManagedReference<CityRegion*> city = player->getCityRegion().get();
if (city != NULL) {
if (city->isClientRegion()) {
player->sendSystemMessage("@event_perk:not_in_municipal_zone"); // You may not place a Rental in a municipal zone.
return 1;
}
if (city->isZoningEnabled() && !city->hasZoningRights(player->getObjectID())) {
player->sendSystemMessage("@event_perk:no_zoning_rights"); // You must have zoning rights to place a Rental in this city.
return 1;
}
}
int x = player->getWorldPositionX();
int y = player->getWorldPositionY();
int nearbyPerks = 0;
TerrainManager* terrainManager = planetManager->getTerrainManager();
if ( terrainManager == NULL || terrainManager->getHighestHeightDifference(x - 10, y - 10, x + 10, y + 10) > 15.0) {
player->sendSystemMessage("@event_perk:bad_area"); // This rental could not be deployed due to the surrounding terrain. Please move to another area and try again.
return 1;
}
SortedVector<ManagedReference<QuadTreeEntry* > >* closeObjects = player->getCloseObjects();
if (closeObjects == NULL) {
error("Player has NULL closeObjectsVector in EventPerkDeedImplementation::handleObjectMenuSelect");
return 1;
}
for (int i = 0; i < closeObjects->size(); ++i) {
SceneObject* obj = cast<SceneObject*>(closeObjects->get(i).get());
if (obj == NULL) {
continue;
}
SharedObjectTemplate* objectTemplate = obj->getObjectTemplate();
if (objectTemplate == NULL) {
continue;
}
float radius = objectTemplate->getNoBuildRadius();
if (obj->isLairObject() && player->isInRange(obj, radius)) {
player->sendSystemMessage("@event_perk:too_close_lair"); // You cannot place a Rental this close to a lair.
return 1;
}
if (obj->isCampStructure() && player->isInRange(obj, radius)) {
player->sendSystemMessage("@event_perk:too_close_camp"); // You cannot place a Rental this close to a camp.
return 1;
}
if (radius > 0 && player->isInRange(obj, radius)) {
player->sendSystemMessage("@event_perk:too_close_something"); // You are too close to an object to deploy your Rental here. Move away from it.
return 1;
}
if (objectTemplate->isSharedStructureObjectTemplate()) {
if (StructureManager::instance()->isInStructureFootprint(cast<StructureObject*>(obj), x, y, 0)) {
player->sendSystemMessage("@event_perk:too_close_building"); // You may not place a Rental this close to a building.
return 1;
}
}
if (obj->isEventPerk() && player->isInRange(obj, 32) && ++nearbyPerks > 2) {
player->sendSystemMessage("@event_perk:too_many_perks"); // There are too many Rentals already deployed in this area. Please move to another location.
return 1;
}
}
SortedVector<ManagedReference<ActiveArea* > > activeAreas;
zone->getInRangeActiveAreas(x, y, &activeAreas, true);
for (int i = 0; i < activeAreas.size(); ++i) {
ActiveArea* area = activeAreas.get(i);
if (area->isNoBuildArea()) {
player->sendSystemMessage("@event_perk:too_close_something"); // You are too close to an object to deploy your Rental here. Move away from it.
return 1;
}
}
if (planetManager->isInRangeWithPoi(x, y, 150)) {
player->sendSystemMessage("@event_perk:too_close_something"); // You are too close to an object to deploy your Rental here. Move away from it.
return 1;
}
if (perkType != EventPerkDeedTemplate::STATIC) {
player->sendSystemMessage("This type of event perk deed is not functional yet.");
return 1;
}
ManagedReference<TangibleObject*> object = generatedObject.get();
if (object == NULL) {
object = (server->getZoneServer()->createObject(generatedObjectTemplate.hashCode(), "playerstructures", 1)).castTo<TangibleObject*>();
if (object == NULL) {
player->sendSystemMessage("Error generating object. Wrong generatedObjectTemplate or is not a tangible object.");
return 1;
}
generatedObject = object;
}
EventPerkDataComponent* data = cast<EventPerkDataComponent*>(object->getDataObjectComponent()->get());
if (data == NULL) {
player->sendSystemMessage("Error: no dataObjectComponent.");
object->destroyObjectFromDatabase();
return 1;
}
data->setDeed(_this.get());
object->initializePosition(player->getPositionX(), player->getPositionZ(), player->getPositionY());
object->setDirection(Math::deg2rad(player->getDirectionAngle()));
zone->transferObject(object, -1, true);
generated = true;
destroyObjectFromWorld(true);
return 0;
}
return DeedImplementation::handleObjectMenuSelect(player, selectedID);
}
float CollisionManager::getWorldFloorCollision(float x, float y, Zone* zone, bool testWater) {
SortedVector<ManagedReference<QuadTreeEntry*> > closeObjects;
zone->getInRangeObjects(x, y, 128, &closeObjects, true);
PlanetManager* planetManager = zone->getPlanetManager();
if (planetManager == NULL)
return 0.f;
float height = 0;
TerrainManager* terrainManager = planetManager->getTerrainManager();
//need to include exclude affectors in the terrain calcs
height = terrainManager->getHeight(x, y);
Vector3 rayStart(x, 16384.f, y);
Vector3 rayEnd(x, -16384.f, y);
Triangle* triangle = NULL;
if (testWater) {
float waterHeight;
if (terrainManager->getWaterHeight(x, y, waterHeight))
if (waterHeight > height)
height = waterHeight;
}
float intersectionDistance;
for (int i = 0; i < closeObjects.size(); ++i) {
BuildingObject* building = dynamic_cast<BuildingObject*>(closeObjects.get(i).get());
if (building == NULL)
continue;
//building->getObjectTemplate()->get
SharedObjectTemplate* templateObject = building->getObjectTemplate();
if (templateObject == NULL)
continue;
PortalLayout* portalLayout = templateObject->getPortalLayout();
if (portalLayout == NULL)
continue;
if (portalLayout->getFloorMeshNumber() == 0)
continue;
//find nearest entrance
FloorMesh* exteriorFloorMesh = portalLayout->getFloorMesh(0); // get outside layout
AABBTree* aabbTree = exteriorFloorMesh->getAABBTree();
if (aabbTree == NULL)
continue;
Ray ray = convertToModelSpace(rayStart, rayEnd, building);
if (aabbTree->intersects(ray, 16384 * 2, intersectionDistance, triangle, true)) {
float floorHeight = 16384 - intersectionDistance;
if (floorHeight > height)
height = floorHeight;
}
}
return height;
}
