StreetConnections BuildOperation::calculateStreetConnections(
const MapCoords& mapCoords, const ToDrawOrToReplaceWith& toDrawOrToReplaceWith) const {
// Angrenzende Straßen (auf der Karte und im BuildOperationResult) checken
const Map* map = context.game->getMap();
auto isStreetThere = [&](const MapCoords& mapCoordsInLamdba) {
if (map->isStreetAt(mapCoordsInLamdba)) {
return true;
}
auto iter = result.find(mapCoordsInLamdba);
if (iter != result.cend()) {
std::shared_ptr<MapObjectFixed>& mapObjectToUse = (toDrawOrToReplaceWith == TO_DRAW) ?
iter->second->mapObjectToDraw : iter->second->mapObjectToReplaceWith;
return (std::dynamic_pointer_cast<Street>(mapObjectToUse) != nullptr);
}
return false;
};
bool isStreetNorth = isStreetThere(MapCoords(mapCoords.x(), mapCoords.y() - 1));
bool isStreetEast = isStreetThere(MapCoords(mapCoords.x() + 1, mapCoords.y()));
bool isStreetSouth = isStreetThere(MapCoords(mapCoords.x(), mapCoords.y() + 1));
bool isStreetWest = isStreetThere(MapCoords(mapCoords.x() - 1, mapCoords.y()));
StreetConnections streetConnections;
streetConnections.set(StreetConnections::BIT_POS_NORTH, isStreetNorth);
streetConnections.set(StreetConnections::BIT_POS_EAST, isStreetEast);
streetConnections.set(StreetConnections::BIT_POS_SOUTH, isStreetSouth);
streetConnections.set(StreetConnections::BIT_POS_WEST, isStreetWest);
return streetConnections;
}
/**
* @brief Testet das Ausführen einer einfachen Bauoperation.
*/
TEST_F(BuildOperationTest, regularBuild) {
const MapObjectType* marketplace = configMgr->getMapObjectType("marketplace");
// Testaufbau
player->coins = 5000;
colony->getGoods(configMgr->getGood("tools")).inventory = 20;
colony->getGoods(configMgr->getGood("wood")).inventory = 40;
colony->getGoods(configMgr->getGood("bricks")).inventory = 30;
BuildOperation buildOperation(context, *player);
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(45, 33), marketplace, Direction::SOUTH);
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(37, 33), marketplace, Direction::NORTH);
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(38, 37), marketplace, Direction::WEST);
buildOperation.doBuild();
// Testauswertung: Resourcen korrekt abgezogen
ASSERT_EQ(4400, player->coins);
ASSERT_EQ(8, colony->getGoods(configMgr->getGood("tools")).inventory);
ASSERT_EQ(10, colony->getGoods(configMgr->getGood("wood")).inventory);
ASSERT_EQ(30, colony->getGoods(configMgr->getGood("bricks")).inventory);
// Testauswertung: Gebäude in die Map übernommen
assertCorrectBuild({45, 33}, marketplace, Direction::SOUTH, 4, 3);
assertCorrectBuild({37, 33}, marketplace, Direction::NORTH, 4, 3);
assertCorrectBuild({38, 37}, marketplace, Direction::WEST, 3, 4);
}
/**
* @brief Fügt einen Abreißauftrag der Queue hinzu und prüft, ob alle betroffenen Kacheln als "zu entfernen"
* markiert werden
*/
TEST_F(BuildOperationTest, demolishMapObject) {
BuildOperation buildOperation(context, *player);
buildOperation.requestDemolish(*context.game->getMap()->getMapObjectFixedAt({48, 40}));
BuildOperationResult result = buildOperation.getResult();
ASSERT_EQ(BuildOperationResult::OK, result.result);
ASSERT_EQ(4, result.size());
ASSERT_EQ(true, result.at(MapCoords(48, 40))->deleteMapObjectThere);
ASSERT_EQ(true, result.at(MapCoords(49, 40))->deleteMapObjectThere);
ASSERT_EQ(true, result.at(MapCoords(48, 41))->deleteMapObjectThere);
ASSERT_EQ(true, result.at(MapCoords(49, 41))->deleteMapObjectThere);
}
virtual void SetUp() {
GameTest::SetUp();
FourthDirection southView = Direction::SOUTH;
northernForest1 = game->addHarvestable(
MapCoords(30, 30), configMgr->getMapObjectType("northern-forest1"), southView);
northernForest1->setAge(1.0);
northernForest2 = game->addHarvestable(
MapCoords(30, 31), configMgr->getMapObjectType("northern-forest2"), southView);
northernForest2->setAge(1.3);
}
virtual void SetUp() {
GameTest::SetUp();
sheepFarm = dynamic_cast<Building*>(game->addStructure(
MapCoords(28, 30), configMgr->getMapObjectType("sheep-farm"),
Direction::SOUTH, game->getPlayer(0)));
cattleFarm = dynamic_cast<Building*>(game->addStructure(
MapCoords(38, 28), configMgr->getMapObjectType("cattle-farm"),
Direction::SOUTH, game->getPlayer(0)));
// Schafe/Rinder so einstellen, dass sie ewig zum Grasfressen brauchen.
// Wir wollen nicht, dass während des Tests welche zurücklaufen.
configMgr->getMapObjectType("sheep")->secondsToProduce = 9999;
}
void WindowManager::OnMouseMotionEvent(unsigned int x, unsigned int y)
{
MapCoords(x, y);
// hand over to root window
m_spRootWindow->OnMouseMotionEvent(x, y);
// check if mouse left any rectangle
if (!m_listAllTrackMouseLeaveEntries.empty())
{
std::list<T_TrackMouseLeaveEntry>::iterator iter = m_listAllTrackMouseLeaveEntries.begin(),
stop = m_listAllTrackMouseLeaveEntries.end();
Point p(x,y);
while (iter != stop)
{
const T_TrackMouseLeaveEntry& entry = *iter;
if (!entry.first.IsInside(p))
{
entry.second();
// remove entry; returns iterator to next element
iter = m_listAllTrackMouseLeaveEntries.erase(iter);
}
else
++iter;
}
}
}
Cube* Map::Get(size_t x, size_t y, size_t z) {
ItCubeInstance res = m_data.find(MapCoords(x,y,z));
if( res == m_data.end() )
return NULL;
return std::get<0>(res->second);
}
/**
* @brief Spezialtest "halbe Kreuzung"
*
* Wir bauen einen Feldweg von (46, 31) nach (46, 33).
* Allerdings reicht das Geld nur für eine Kachel.
*
* Wir erwarten, dass beim Bau nur ein T-Stück entsteht, obwohl eine Kreuzung gezogen wurde.
*/
TEST_F(BuildOperationTest, partialCrossroads) {
const Map* map = game->getMap();
const MapObjectType* farmRoad = configMgr->getMapObjectType("farm-road");
// Testaufbau
player->coins = 5;
BuildOperation buildOperation(context, *player);
for (int y = 31; y <= 33; y++) {
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(46, y), farmRoad, Direction::SOUTH);
}
buildOperation.doBuild();
// Testauswertung
ASSERT_EQ(0, player->coins);
assertCorrectBuild({46, 31}, farmRoad, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_SOUTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({46, 31}))->streetConnections);
assertCorrectBuild({46, 32}, farmRoad, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH | StreetConnections::BIT_MASK_EAST | StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({46, 32}))->streetConnections);
ASSERT_TRUE(map->getMapObjectFixedAt({46, 33}) == nullptr);
}
/**
* @brief Testet das Ausführen einer Bauoperation, die Straßen überbaut bzw. anpasst
*
* Ziehe Straßenzug von (46, 31) nach (46, 36).
* 4 Kacheln kommen neu dazu, 2 werden überbaut (wovon nur eine was kostet).
*/
TEST_F(BuildOperationTest, overbuildAndAdeptStreet) {
const Map* map = game->getMap();
const MapObjectType* farmRoad = configMgr->getMapObjectType("farm-road");
const MapObjectType* cobbledStreet = configMgr->getMapObjectType("cobbled-street");
// Testaufbau
player->coins = 1000;
colony->getGoods(configMgr->getGood("tools")).inventory = 10;
colony->getGoods(configMgr->getGood("wood")).inventory = 20;
colony->getGoods(configMgr->getGood("bricks")).inventory = 25;
BuildOperation buildOperation(context, *player);
for (int y = 31; y <= 36; y++) {
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(46, y), cobbledStreet, Direction::SOUTH);
}
unsigned long mapObjectsCountBefore = game->getMap()->getMapObjects().size();
buildOperation.doBuild();
unsigned long mapObjectsCountAfter = game->getMap()->getMapObjects().size();
// Testauswertung: Sicherstellen, dass die Anzahl der Map-Objekte stimmt.
// Nicht, dass es zwei Map-Objekte auf derselben Koordinate gibt
ASSERT_EQ(mapObjectsCountBefore + 4, mapObjectsCountAfter);
// Testauswertung: Resourcen korrekt abgezogen (nur 5 der 6 Kacheln kosten was)
ASSERT_EQ(975, player->coins);
ASSERT_EQ(10, colony->getGoods(configMgr->getGood("tools")).inventory);
ASSERT_EQ(20, colony->getGoods(configMgr->getGood("wood")).inventory);
ASSERT_EQ(20, colony->getGoods(configMgr->getGood("bricks")).inventory);
// Testauswertung: Straßen in die Map übernommen bzw. angepasst
assertCorrectBuild({46, 31}, cobbledStreet, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_SOUTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({46, 31}))->streetConnections);
assertCorrectBuild({46, 32}, cobbledStreet, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH | StreetConnections::BIT_MASK_EAST |
StreetConnections::BIT_MASK_SOUTH | StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({46, 32}))->streetConnections);
for (int y = 33; y <= 35; y++) {
assertCorrectBuild({ 46, y }, cobbledStreet, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH | StreetConnections::BIT_MASK_SOUTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({ 46, y }))->streetConnections);
}
assertCorrectBuild({46, 36}, cobbledStreet, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH | StreetConnections::BIT_MASK_EAST | StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({46, 36}))->streetConnections);
assertCorrectBuild({45, 32}, farmRoad, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_EAST | StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({45, 32}))->streetConnections);
assertCorrectBuild({47, 32}, farmRoad, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({47, 32}))->streetConnections);
}
virtual void SetUp() {
GameTest::SetUp();
weavingMill = dynamic_cast<Building*>(game->addStructure(
MapCoords(31, 30), configMgr->getMapObjectType("weaving-mill1"),
Direction::SOUTH, game->getPlayer(0)));
sheepFarm1 = dynamic_cast<Building*>(game->addStructure(
MapCoords(35, 35), configMgr->getMapObjectType("sheep-farm"),
Direction::SOUTH, game->getPlayer(0)));
sheepFarm2 = dynamic_cast<Building*>(game->addStructure(
MapCoords(30, 35), configMgr->getMapObjectType("sheep-farm"),
Direction::SOUTH, game->getPlayer(0)));
// keine Wartezeit am Träger einstellen
weavingMill->nextCarrierMinTicks = 0;
ASSERT_TRUE(weavingMill->carriers.empty());
}
Cube* Map::GetByPixel(GLfloat x, GLfloat y, GLfloat z){
GLfloat cubeSize=Cube::m_size;
x+=cubeSize*0.5;
y+=cubeSize*0.5;
z+=cubeSize*0.5;
ItCubeInstance res = m_data.find(MapCoords((size_t)(x/Cube::m_size),(size_t)(y/Cube::m_size),(size_t)(z/Cube::m_size)));
if( res == m_data.end() )
return NULL;
return std::get<0>(res->second);
}
/**
* @brief Testet, ob die Webstube einen Träger zur Schaffarm mit dem volleren Lager schickt
*/
TEST_F(CarrierTest, checkThatCarrierIsSentToFullerInventoryFirst) {
// Testaufbau
sheepFarm1->productionSlots.output.inventory = 2;
sheepFarm2->productionSlots.output.inventory = 3;
// Testdurchführung
game->update(500);
ASSERT_EQ(1, weavingMill->carriers.size());
const Carrier* carrier = *weavingMill->carriers.cbegin();
ASSERT_EQ(MapCoords(30, 35), *carrier->route.crbegin());
}
bool Map::Exists(size_t x, size_t y, size_t z){
/*if( x > m_width || x < 0 ||
y > m_height || y < 0 ||
z > m_depth || z < 0 )
throw std::out_of_range("Position is out of the map in Exists");*/
if( m_data.find(MapCoords(x,y,z)) == m_data.end() ){
return false;
}else{
return true;
}
}
bool WindowManager::OnMouseButtonEvent(bool bPressed, int iMouseButton, unsigned int x, unsigned int y)
{
MapCoords(x, y);
// hand over to root window
bool bRet = m_spRootWindow->OnMouseButtonEvent(bPressed, iMouseButton, x, y);
if (!bPressed)
ClearTrackMouseUpWindows(iMouseButton);
return bRet;
}
void Map::moveMapObject(MapObjectMoving* mapObject, const DoubleMapCoords newMapCoords) {
const int mapWidth = mapObject->getMapWidth();
const int mapHeight = mapObject->getMapHeight();
// Fläche auf den MapTiles ummarkieren.
// Wir markieren mehrere Kacheln, wenn sich das Objekt zwischen zwei Kacheln befindet.
const DoubleMapCoords& mapCoords = mapObject->getMapCoords();
for (int my = int(std::floor(mapCoords.y())); my < int(std::ceil(mapCoords.y())) + mapHeight; my++) {
for (int mx = int(std::floor(mapCoords.x())); mx < int(std::ceil(mapCoords.x())) + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectsMoving.remove(mapObject);
}
}
mapObject->setMapCoords(newMapCoords);
for (int my = int(std::floor(newMapCoords.y())); my < int(std::ceil(newMapCoords.y())) + mapHeight; my++) {
for (int mx = int(std::floor(newMapCoords.x())); mx < int(std::ceil(newMapCoords.x())) + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectsMoving.push_back(mapObject);
}
}
}
/**
* @brief Überprüft, ob man die Objekte in der richtigen Reihenfolge wieder aus der Liste kriegt
*/
TEST_F(BuildOperationTest, orderOfInsertion) {
const MapObjectType* pioneersHouse1 = configMgr->getMapObjectType("pioneers-house1");
BuildOperation buildOperation(context, *player);
buildOperation.requestBuild({36, 37}, pioneersHouse1, Direction::EAST);
buildOperation.requestBuild({39, 40}, pioneersHouse1, Direction::EAST);
buildOperation.requestBuild({36, 39}, pioneersHouse1, Direction::EAST);
buildOperation.requestBuild({39, 34}, pioneersHouse1, Direction::EAST);
const std::list<MapObjectToBuild>& mapObjectsToBuild = buildOperation.getMapObjectsToBuild();
auto iter = mapObjectsToBuild.cbegin();
ASSERT_EQ(MapCoords(36, 37), iter->mapCoords);
iter++;
ASSERT_EQ(MapCoords(39, 40), iter->mapCoords);
iter++;
ASSERT_EQ(MapCoords(36, 39), iter->mapCoords);
iter++;
ASSERT_EQ(MapCoords(39, 34), iter->mapCoords);
iter++;
ASSERT_TRUE(iter == mapObjectsToBuild.cend());
}
void Map::deleteMapObject(MapObject* mapObject) {
mapObjects.remove(mapObject);
const int mapWidth = mapObject->getMapWidth();
const int mapHeight = mapObject->getMapHeight();
// Unterscheidung nach fixen und beweglichen Map-Objekten
MapObjectFixed* mapObjectFixed = dynamic_cast<MapObjectFixed*>(mapObject);
if (mapObjectFixed != nullptr) {
const MapCoords& mapCoords = mapObjectFixed->getMapCoords();
// Fläche auf den MapTiles als belegt markieren
for (int my = mapCoords.y(); my < mapCoords.y() + mapHeight; my++) {
for (int mx = mapCoords.x(); mx < mapCoords.x() + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectFixed = nullptr;
}
}
}
else {
MapObjectMoving* mapObjectMoving = dynamic_cast<MapObjectMoving*>(mapObject);
if (mapObjectMoving != nullptr) {
// Fläche auf den MapTiles ummarkieren.
// Es sind u.U. mehrere Kacheln markiert, wenn sich das Objekt zwischen zwei Kacheln befindet.
const DoubleMapCoords& mapCoords = mapObjectMoving->getMapCoords();
for (int my = int(std::floor(mapCoords.y())); my < int(std::ceil(mapCoords.y())) + mapHeight; my++) {
for (int mx = int(std::floor(mapCoords.x())); mx < int(std::ceil(mapCoords.x())) + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectsMoving.remove(mapObjectMoving);
}
}
}
else {
assert (false);
}
}
delete mapObject;
}
/**
* @brief Testet, ob bei gleich vollem Lager der Träger zum Gebäude schickt,
* was länger nicht abgeholt wurde. Webstube muss aus 2 Schaffarmen die richtige wählen.
*/
TEST_F(CarrierTest, checkThatCarrierIsSentByLastCollectionWhenSameInventory) {
// Testaufbau
sheepFarm1->productionSlots.output.inventory = 1;
sheepFarm2->productionSlots.output.inventory = 1;
sheepFarm1->lastGoodsCollections = 42;
sheepFarm2->lastGoodsCollections = 46;
// Testdurchführung
game->update(500);
ASSERT_EQ(1, weavingMill->carriers.size());
const Carrier* carrier = *weavingMill->carriers.cbegin();
ASSERT_EQ(MapCoords(35, 35), *carrier->route.crbegin());
}
/**
* @brief Überprüft, ob Überlappungen beim Hinzufügen von Bauaufträgen korrekt erkannt werden.
*/
TEST_F(BuildOperationTest, overlappingRequestBuild) {
const MapObjectType* marketplace = configMgr->getMapObjectType("marketplace");
{
// Ersten Marktplatz setzen
BuildOperation buildOperation(context, *player);
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(45, 33), marketplace, Direction::SOUTH);
ASSERT_EQ(12, buildOperation.getResult().size());
// Weiteren Marktplatz überlappen -> es darf sich nix tun
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(48, 32), marketplace, Direction::WEST);
ASSERT_EQ(12, buildOperation.getResult().size());
// Weiteren Marktplatz überlappen über Bauqueue und bestehendes Objekt -> es darf sich auch nix tun
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(43, 31), marketplace, Direction::WEST);
ASSERT_EQ(12, buildOperation.getResult().size());
// Weiteren Marktplatz korrekt hinzufügen
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(49, 33), marketplace, Direction::EAST);
ASSERT_EQ(24, buildOperation.getResult().size());
}
{
const MapCoords mapCoords(47, 39);
// Mit requestBuildWhenNothingInTheWay darf ich auf der Karte nicht überlappen
BuildOperation buildOperation(context, *player);
buildOperation.requestBuildWhenNothingInTheWay(mapCoords, marketplace, Direction::SOUTH);
ASSERT_EQ(0, buildOperation.getResult().size());
// Mit requestBuild schon
buildOperation.requestBuild(mapCoords, marketplace, Direction::SOUTH);
ASSERT_EQ(12, buildOperation.getResult().size());
}
}
void PFO_CubeColorBlockGL::GetCoords(int indx,
SC_CoordArray& topCoords,
SC_CoordArray& bottomCoords,
const double& reduceFactor)
{
cubeData->GetBlockCoords(indx, topCoords, bottomCoords);
if (reduceFactor < 0.999)
{
Line3D pointLine;
pointLine.stPt = cubeData->GetCoord(indx);
for (int k = 0; k < topCoords.Size(); k++)
{
pointLine.endPt = topCoords[k];
topCoords[k] = pointLine.PointOnLine(reduceFactor);
pointLine.endPt = bottomCoords[k];
bottomCoords[k] = pointLine.PointOnLine(reduceFactor);
}
}
MapCoords(topCoords);
MapCoords(bottomCoords);
}
void Map::addMapObject(MapObject* mapObject) {
// Objekt in die Liste einreihen
mapObjects.push_front(mapObject);
int mapWidth = mapObject->getMapWidth();
int mapHeight = mapObject->getMapHeight();
// Unterscheidung nach fixen und beweglichen Map-Objekten
// Fläche auf den MapTiles als belegt markieren
MapObjectFixed* mapObjectFixed = dynamic_cast<MapObjectFixed*>(mapObject);
if (mapObjectFixed != nullptr) {
const MapCoords& mapCoords = mapObjectFixed->getMapCoords();
for (int my = mapCoords.y(); my < mapCoords.y() + mapHeight; my++) {
for (int mx = mapCoords.x(); mx < mapCoords.x() + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectFixed = mapObjectFixed;
}
}
return;
}
MapObjectMoving* mapObjectMoving = dynamic_cast<MapObjectMoving*>(mapObject);
if (mapObjectMoving != nullptr) {
const DoubleMapCoords& mapCoords = mapObjectMoving->getMapCoords();
for (int my = int(std::floor(mapCoords.y())); my < int(std::ceil(mapCoords.y())) + mapHeight; my++) {
for (int mx = int(std::floor(mapCoords.x())); mx < int(std::ceil(mapCoords.x())) + mapWidth; mx++) {
getMapTileAt(MapCoords(mx, my))->mapObjectsMoving.push_back(mapObjectMoving);
}
}
return;
}
assert(false);
}
/**
* @brief Überprüft, ob korrekt erkannt wird, wenn was im Weg is
*/
TEST_F(BuildOperationTest, somethingInTheWay) {
const MapObjectType* tavern = configMgr->getMapObjectType("tavern");
{
// Wirtshaus normal einsetzen: genug Platz
BuildOperation buildOperation(context, *player);
buildOperation.requestBuild(MapCoords(45, 33), tavern, Direction::SOUTH);
const BuildOperationResult& result = buildOperation.getResult();
ASSERT_EQ(BuildOperationResult::OK, result.result);
ASSERT_EQ(6, result.size());
ASSERT_EQ(true, result.at(MapCoords(46, 35))->buildAllowed);
}
{
// Wirtshaus gedreht einsetzen: genug Platz
BuildOperation buildOperation(context, *player);
buildOperation.requestBuild(MapCoords(45, 33), tavern, Direction::WEST);
const BuildOperationResult& result = buildOperation.getResult();
ASSERT_EQ(BuildOperationResult::OK, result.result);
ASSERT_EQ(6, result.size());
ASSERT_EQ(true, result.at(MapCoords(47, 34))->buildAllowed);
}
{
// Wirtshaus normal einsetzen: ein Feldweg im Weg
BuildOperation buildOperation(context, *player);
buildOperation.requestBuild(MapCoords(39, 34), tavern, Direction::NORTH);
const BuildOperationResult& result = buildOperation.getResult();
ASSERT_EQ(BuildOperationResult::NOT_OK, result.result);
ASSERT_EQ(6, result.size());
ASSERT_EQ(false, result.at(MapCoords(40, 35))->buildAllowed);
}
{
// Wirtshaus gedreht einsetzen: ein Feldweg im Weg
BuildOperation buildOperation(context, *player);
buildOperation.requestBuild(MapCoords(38, 36), tavern, Direction::EAST);
const BuildOperationResult& result = buildOperation.getResult();
ASSERT_EQ(BuildOperationResult::NOT_OK, result.result);
ASSERT_EQ(6, result.size());
ASSERT_EQ(false, result.at(MapCoords(40, 37))->buildAllowed);
}
}
/**
* @brief Test, der Straßenanpassung testet, wenn die Resourcen nicht mehr reichen.
* Beim Bau dürfen nur Ersetzungen vorgenommen werden, die angrenzen an Straßen, wofür die Resourcen reichen.
*
* Wir bauen einen Feldweg von (43, 44) nach (47, 44).
* Allerdings reicht das Geld nur für zwei Kacheln.
*/
TEST_F(BuildOperationTest, adeptStreetsOutOfResources) {
const Map* map = game->getMap();
const MapObjectType* farmRoad = configMgr->getMapObjectType("farm-road");
const MapObjectType* cobbledStreet = configMgr->getMapObjectType("cobbled-street");
// Testaufbau
player->coins = 10;
BuildOperation buildOperation(context, *player);
for (int x = 43; x <= 47; x++) {
buildOperation.requestBuildWhenNothingInTheWay(MapCoords(x, 44), farmRoad, Direction::SOUTH);
}
buildOperation.doBuild();
// Testauswertung
// Resourcen korrekt nur für 2 Kacheln abgezogen
ASSERT_EQ(0, player->coins);
// Bau korrekt
assertCorrectBuild({43, 44}, farmRoad, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_EAST | StreetConnections::BIT_MASK_SOUTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({43, 44}))->streetConnections);
assertCorrectBuild({44, 44}, farmRoad, Direction::SOUTH, 1, 1);
for (int x = 45; x <= 47; x++) {
ASSERT_TRUE(game->getMap()->getMapObjectFixedAt({x, 44}) == nullptr);
}
// partielle Anpassung an (44, 44): nur West! Für die Ost-Verbindung reichen die Resourcen nicht
ASSERT_EQ(StreetConnections::BIT_MASK_WEST,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({44, 44}))->streetConnections);
// Anpassung an (43, 45)
assertCorrectBuild({43, 45}, cobbledStreet, Direction::SOUTH, 1, 1);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({43, 45}))->streetConnections);
// Keine Anpassungen an (45, 45), (47, 45), (47, 43), da die Resourcen nicht reichen
ASSERT_EQ(0, dynamic_cast<const Street*>(map->getMapObjectFixedAt({45, 45}))->streetConnections);
ASSERT_EQ(0, dynamic_cast<const Street*>(map->getMapObjectFixedAt({47, 45}))->streetConnections);
ASSERT_EQ(StreetConnections::BIT_MASK_NORTH,
dynamic_cast<const Street*>(map->getMapObjectFixedAt({47, 43}))->streetConnections);
}
void BuildOperation::rebuildResultDemolish() {
for (const MapObjectToBuild& mapObjectToBuild : mapObjectsToBuild) {
const MapCoords& mapCoords = mapObjectToBuild.mapCoords;
const MapObjectFixed* mapObjectFixed = context.game->getMap()->getMapObjectFixedAt(mapCoords);
assert(mapObjectFixed != nullptr);
std::shared_ptr<BuildOperationResultBit> resultBit(new BuildOperationResultBit());
resultBit->buildAllowed = true;
resultBit->deleteMapObjectThere = true;
// ResultBit den Koordinaten zuweisen
for (int y = 0, my = mapObjectToBuild.mapCoords.y(); y < mapObjectFixed->getMapHeight(); y++, my++) {
for (int x = 0, mx = mapObjectToBuild.mapCoords.x(); x < mapObjectFixed->getMapWidth(); x++, mx++) {
result[MapCoords(mx, my)] = resultBit;
}
}
}
// TODO Straßen umbiegen, wenn wir löschen
}
/* Update the visibility of the cube x,y,z.
* add: true = adding a cube, false = removing */
void Map::UpdateVisibility(size_t x, size_t y, size_t z) throw(std::out_of_range) {
ItCubeInstance cube, neighbour1, neighbour2, neighbour3, neighbour4, neighbour5, neighbour6, end;
cube = m_data.find(MapCoords(x,y,z));
end = m_data.end();
if( cube == end )
throw std::out_of_range("Cube is not in the map in UpdateVisibility");
neighbour1 = m_data.find(MapCoords(x-1,y,z));
neighbour2 = m_data.find(MapCoords(x+1,y,z));
neighbour3 = m_data.find(MapCoords(x,y-1,z));
neighbour4 = m_data.find(MapCoords(x,y+1,z));
neighbour5 = m_data.find(MapCoords(x,y,z-1));
neighbour6 = m_data.find(MapCoords(x,y,z+1));
if( std::get<1>(cube->second) && neighbour1 != end && neighbour2 != end && neighbour3 != end
&& neighbour4 != end && neighbour5 != end && neighbour6 != end ) {
// It can be hidden
Cube* pointer = std::get<0>(cube->second);
cube->second = std::make_tuple(pointer,false);
}
else if( !std::get<1>(cube->second) ) {
Cube* pointer = std::get<0>(cube->second);
cube->second = std::make_tuple(pointer,true);
}
}
virtual void SetUp() {
GameTest::SetUp();
FourthDirection southView = Direction::SOUTH;
Player* player = game->getPlayer(0);
const MapObjectType* cobbledStreet = configMgr->getMapObjectType("cobbled-street");
office1 = dynamic_cast<Building*>(game->getMap()->getMapObjectFixedAt(MapCoords(28, 18)));
// keine Wartezeit am Träger einstellen
office1->nextCarrierMinTicks = 0;
// Rinderfarm bauen und Zick-Zack-Straße zum Kontor ziehen
game->addStreet(MapCoords(28, 20), cobbledStreet, southView, player, StreetConnections("0010"));
game->addStreet(MapCoords(28, 21), cobbledStreet, southView, player, StreetConnections("1010"));
game->addStreet(MapCoords(28, 22), cobbledStreet, southView, player, StreetConnections("1001"));
game->addStreet(MapCoords(27, 22), cobbledStreet, southView, player, StreetConnections("0101"));
game->addStreet(MapCoords(26, 22), cobbledStreet, southView, player, StreetConnections("0110"));
game->addStreet(MapCoords(26, 23), cobbledStreet, southView, player, StreetConnections("1010"));
game->addStreet(MapCoords(26, 24), cobbledStreet, southView, player, StreetConnections("1010"));
game->addStreet(MapCoords(26, 25), cobbledStreet, southView, player, StreetConnections("1010"));
game->addStreet(MapCoords(26, 26), cobbledStreet, southView, player, StreetConnections("1000"));
cattleFarm = dynamic_cast<Building*>(game->addStructure(
MapCoords(26, 27), configMgr->getMapObjectType("cattle-farm"), southView, player));
}
/**
* @brief Test, ob der Marktkarren die Route korrekt abläuft. Besonders wichtig ist der Übergang zwischen 2 Kacheln
* Wir machen die Rinderfarm-Lager voll, damit das Kontor abholen muss und testen damit, ob der Marktkarren
* ordnungsgemäß läuft.
*
* Siehe `doc/carrier-walking-test.xcf` für den Testaufbau und die einzelnen Schritte
*/
TEST_F(CarrierWalkingTest, checkThatCarrierWalksCorrectlyOnTheStreet) {
// Da es keine halbe Ticks gibt, treten Rundungsfehler zwischen den echten Koordinaten und den theoretisch
// errechneten Koordinaten auf. Dies ist der maximale Fehler, den die Tests erlauben.
const double allowedCoordsError = 0.01;
Colony* colony = office1->getColony();
const Good* cattleGood = configMgr->getGood("cattle");
// Lager voll machen
cattleFarm->productionSlots.output.increaseInventory(999);
// Anfangsbedingungen: kein Marktkarren da, Gebäudelager voll und bereit zur Abholung, 5t in der Kolonie
ASSERT_EQ(5, colony->getGoods(cattleGood).inventory);
ASSERT_TRUE(office1->carriers.empty());
ASSERT_TRUE(cattleFarm->productionSlots.output.isInventoryFull());
ASSERT_FALSE(cattleFarm->productionSlots.output.markedForPickup);
// "Start": Erstes Update nach 1ms aufrufen. Danach sollte nun ein Marktkarren mit Abholauftrag da sein.
office1->setLastUpdateTicks(0);
game->update(1);
ASSERT_EQ(1, office1->carriers.size());
const Carrier* carrier = *office1->carriers.cbegin();
ASSERT_EQ(1, office1->getLastUpdateTicks());
ASSERT_EQ(1, carrier->getLastUpdateTicks());
ASSERT_EQ(carrier->owningBuilding, office1);
ASSERT_TRUE(carrier->route.back() == MapCoords(26, 27));
ASSERT_TRUE(carrier->onOutboundTrip);
ASSERT_EQ("cattle", carrier->carriedGoods.good->name);
ASSERT_EQ(0, carrier->carriedGoods.inventory);
ASSERT_TRUE(carrier->getMapCoords() == DoubleMapCoords(28, 19));
ASSERT_TRUE(carrier->getCurrentMovingDirection() == Direction::SOUTH);
ASSERT_TRUE(cattleFarm->productionSlots.output.markedForPickup);
// "Step 1": Testet Bewegung innerhalb einer Kachel
// Nach einer Sekunde: Der Marktkarren muss nun eine dreiviertelte Kachel (speed = 0.75, siehe EconomicsMgr) bewegt sein.
game->update(1000); // Träger sollte sich (1000 * 0,75 =) 0,75 Kacheln fortbewegt haben
ASSERT_EQ(1001, office1->getLastUpdateTicks());
ASSERT_EQ(1001, carrier->getLastUpdateTicks());
ASSERT_NEAR(28, carrier->getMapCoords().x(), allowedCoordsError);
ASSERT_NEAR(19.75, carrier->getMapCoords().y(), allowedCoordsError);
ASSERT_TRUE(carrier->getCurrentMovingDirection() == Direction::SOUTH);
// "Step 2": Test, wenn eine Kachel geradlinig übersprungen wird
game->update(2500); // Träger sollte sich (2500 * 0,75 =) 1,875 Kacheln fortbewegt haben
ASSERT_EQ(3501, office1->getLastUpdateTicks());
ASSERT_EQ(3501, carrier->getLastUpdateTicks());
ASSERT_NEAR(28, carrier->getMapCoords().x(), allowedCoordsError);
ASSERT_NEAR(21.625, carrier->getMapCoords().y(), allowedCoordsError);
ASSERT_TRUE(carrier->getCurrentMovingDirection() == Direction::SOUTH);
// "Step 3": Test, wenn mehrere Kacheln, auch über Ecken hinweg, übersprungen werden
game->update(8000); // Träger sollte sich (8000 * 0,75 =) 6 Kacheln fortbewegt haben
ASSERT_EQ(11501, office1->getLastUpdateTicks());
ASSERT_EQ(11501, carrier->getLastUpdateTicks());
ASSERT_NEAR(26, carrier->getMapCoords().x(), allowedCoordsError);
ASSERT_NEAR(25.625, carrier->getMapCoords().y(), allowedCoordsError);
ASSERT_TRUE(carrier->getCurrentMovingDirection() == Direction::SOUTH);
// Am Gebäude ankommen, sollte den Rücktransport triggern
game->update(2000); // Träger sollte sich (2000 * 0,75 =) 1,5 Kacheln fortbewegt haben. Ziel wurde bereits nach 1,375 Kacheln erreicht.
ASSERT_EQ(1, office1->carriers.size());
carrier = *office1->carriers.cbegin();
ASSERT_EQ(13501, office1->getLastUpdateTicks());
ASSERT_EQ(13501, carrier->getLastUpdateTicks());
ASSERT_TRUE(carrier->route.back() == MapCoords(28, 19));
ASSERT_FALSE(carrier->onOutboundTrip);
ASSERT_EQ("cattle", carrier->carriedGoods.good->name);
ASSERT_EQ(4, carrier->carriedGoods.inventory); // Rinderfarm kann nur 4 Tonnen halten
ASSERT_TRUE(carrier->getMapCoords() == DoubleMapCoords(26, 27));
ASSERT_TRUE(carrier->getCurrentMovingDirection() == Direction::NORTH);
ASSERT_EQ(0, cattleFarm->productionSlots.output.inventory);
ASSERT_FALSE(cattleFarm->productionSlots.output.markedForPickup);
// Ein großer Zeitsprung und der Rücktransport sollte längst erledigt sein.
game->update(20000);
ASSERT_TRUE(office1->carriers.empty());
ASSERT_EQ(9, colony->getGoods(cattleGood).inventory);
}
/* Fall 1: ganz normal
*
* x=23
* |
* □□▨□□
* □▨▨▨□
* ▨▨▣▨▨ — y=12
* □▨▨▨□
* □□▨□□
*/
TEST(CatchmentAreaTest, isInsideCatchmentArea_Normal) {
Building building;
building.setMapWidth(1);
building.setMapHeight(1);
building.setMapCoords(MapCoords(23, 12));
building.setView(Direction::SOUTH);
RectangleData<char>* catchmentArea = new RectangleData<char>(5, 5);
memcpy(catchmentArea->data, "0010001110111110111000100", 25);
MapObjectType mapObjectType;
mapObjectType.catchmentArea.reset(catchmentArea);
building.setMapObjectType(&mapObjectType);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(23, 12))); // Gebäude selber
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(22, 12))); // Punkte innerhalb Einzugsbereich
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(21, 12)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(23, 11)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(23, 10)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(24, 13)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(21, 10))); // Punkte außerhalb Einzugsbereich
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(22, 10)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(21, 11)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(23, 9))); // Außerhalb des Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(23, 15)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(20, 12)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(26, 12)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(0, 0)));
}
/* Fall 3: prüft, ob sich alles korrekt verhält, wenn das Gebäude gedreht ist.
*
* Süd Ost Nord West
* ===== ===== ====== ======
*
* x=88 x=88 x=88 x=88
* | | | |
* □□□□□□□□□ □□□□ ▨▨▨□□□□□□ □▨▨▨
* □▨▨▣▣▣▨▨▨ — y=42 □▨▨□ ▨▨▨▣▣▣▨▨□ — y=42 □▨▨▨
* □▨▨▣▣▣▨▨▨ □▨▨□ ▨▨▨▣▣▣▨▨□ □▨▨▨
* □□□□□□▨▨▨ □▣▣□ — y=42 □□□□□□□□□ □▣▣□ — y=42
* □▣▣□ □▣▣□
* □▣▣□ □▣▣□
* ▨▨▨□ □▨▨□
* ▨▨▨□ □▨▨□
* ▨▨▨□ □□□□
*
* Wir prüfen immer dieselben MapCoords im Test.
* Je nach Gebäude-View sind wir dann innerhalb ..oder außerhalb des Einzugsbereichs.
*/
TEST(CatchmentAreaTest, isInsideCatchmentArea_Views) {
Building building;
building.setMapCoords(MapCoords(88, 42));
building.setView(Direction::SOUTH);
RectangleData<char>* catchmentArea = new RectangleData<char>(9, 4);
memcpy(catchmentArea->data, "000000000011111111011111111000000111", 36);
MapObjectType mapObjectType;
mapObjectType.catchmentArea.reset(catchmentArea);
building.setMapObjectType(&mapObjectType);
building.setMapWidth(3);
building.setMapHeight(2);
building.setView(Direction::SOUTH);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(88, 42))); // Mitte
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 41))); // Ecken des Quer-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 41)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 44)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 39))); // Ecken des Hochkant-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 39)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 47)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 47)));
building.setMapWidth(2);
building.setMapHeight(3);
building.setView(Direction::EAST);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(88, 42))); // Mitte
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 41))); // Ecken des Quer-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 41)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 39))); // Ecken des Hochkant-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 39)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 47)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 47)));
building.setMapWidth(3);
building.setMapHeight(2);
building.setView(Direction::NORTH);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(88, 42))); // Mitte
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 41))); // Ecken des Quer-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 41)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 39))); // Ecken des Hochkant-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 39)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 47)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 47)));
building.setMapWidth(2);
building.setMapHeight(3);
building.setView(Direction::WEST);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(88, 42))); // Mitte
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 41))); // Ecken des Quer-Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 41)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(85, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(93, 44)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 39))); // Ecken des Hochkant-Rechtecks
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 39)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(87, 47)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(90, 47)));
}
/* Fall 2: asymmetrisch mit größerem Gebäude
*
* x=11
* |
* □□▨▨▨▨□□
* □▨▨▨▨▨▨□
* ▨▨▣▣▣▣▨▨ — y=33
* ▨▨▣▣▣▣▨▨
* ▨▨▣▣▣▣▨▨
* □▨▨▨▨▨▨□
* □□▨▨▨▨□□
*/
TEST(CatchmentAreaTest, isInsideCatchmentArea_AsymmetricLargeBuilding) {
Building building;
building.setMapWidth(4);
building.setMapHeight(3);
building.setMapCoords(MapCoords(11, 33));
building.setView(Direction::SOUTH);
RectangleData<char>* catchmentArea = new RectangleData<char>(8, 7);
memcpy(catchmentArea->data, "00111100011111101111111111111111111111110111111000111100", 56);
MapObjectType mapObjectType;
mapObjectType.catchmentArea.reset(catchmentArea);
building.setMapObjectType(&mapObjectType);
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(11, 33))); // Gebäude selber
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(14, 35))); //
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(13, 34))); //
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(11, 31))); // Punkte innerhalb Einzugsbereich
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(15, 32)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(9, 33)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(16, 35)));
ASSERT_TRUE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(12, 37)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(9, 31))); // Punkte außerhalb Einzugsbereich
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(9, 32)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(10, 31)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(16, 37)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(8, 33))); // Außerhalb des Rechtecks
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(17, 33)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(14, 30)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(14, 38)));
ASSERT_FALSE(CatchmentArea::isInsideCatchmentArea(building, MapCoords(0, 0)));
}
