void Enemy::SpawnEnemies()
{
float k = 0.f;
SetEnemySpawnTime();
for (int i = 0; i < 4; i++) {
CreateEnemy(i);
agk::SetSpritePosition(enemySprites[i], 500.f + k, ENEMY_START_HEIGHT);
k += 24.f;
}
std::cout << "Enemy mass: " << agk::GetSpritePhysicsMass(enemySprites[2]) << std::endl << std::endl;
}
void GameStage::OnCreate() {
try {
//ビューとライトの作成
CreateViewLight();
//プレートの作成
CreatePlate();
//プレーヤーの作成
CreatePlayer();
//敵の作成
CreateEnemy();
}
catch (...) {
throw;
}
}
GenerateShit::GenerateShit(QGraphicsScene *_scene, Jopa *_jopa, Player *_player)
{
QObject::connect( &timer_create_enemy, SIGNAL(timeout()), this, SLOT(CreateEnemy()) );
timer_create_enemy.start(1000 / 0.5);
QObject::connect( &timer_update, SIGNAL(timeout()), this, SLOT(Update()));
timer_update.start(1000 / 30);
scene = _scene;
jopa = _jopa;
player = _player;
time.start();
isActive = false;
}
void Enemies::Initialize()
{
std::list<Wave*>::iterator iterWave = waves.begin();
while (iterWave != waves.end())
{
std::list<EnemyEvent*>::iterator iterEnemyEvents = (*iterWave)->GetEnemyEvents()->begin();
while (iterEnemyEvents != (*iterWave)->GetEnemyEvents()->end())
{
(*iterWave)->GetEnemies()->push_back(CreateEnemy(*iterEnemyEvents));
(*iterWave)->GetEnemies()->back()->SetSpawnTime((*iterEnemyEvents)->spawnTime);
(*iterWave)->GetEnemies()->back()->Initialize();
iterEnemyEvents++;
}
(*iterWave)->GetEnemyEvents()->clear();
iterWave++;
}
currentWave = waves.begin();
}
void GameStage::OnCreate() {
try {
wstring DataDir;
App::GetApp()->GetDataDirectory(DataDir);
//XMLの読み込み
m_XmlDocReader.reset(new XmlDocReader(DataDir + L"GameStage.xml"));
//ビューとライトの作成
CreateViewLight();
//プレートの作成
CreatePlate();
//ボックスの作成
CreateFixedBox();
//プレーヤーの作成
CreatePlayer();
//敵の作成
CreateEnemy();
}
catch (...) {
throw;
}
}
void CreateObject(Map *map)
{
int i;
InitEnemy();
InitItem();
InitBomb();
InitEffect();
for (i = 0; i < map->objectNum; i++) {
float x = (float)map->object[i].x * BLOCK_WIDTH;
float y = (float)map->object[i].y * BLOCK_HEIGHT;
char type = map->object[i].type;
int r;
if (type == PLAYER) {
InitPlayer(x, y);
}
r = CreateEnemy(type, x, y);
if (r) {
continue;
}
CreateItem(type, x, y);
}
MoveMap(map);
}
string osl_ExecuteSystemFunction(vector<OSL_LEXEM>* list)
{
string _result;
_result.resize(0);
#ifdef _DEBUG_OSL
WriteToLog(DEFAULT_OSL_LOG_NAME, "Executing system function...");
#endif
unsigned int param_count = 1;
for(vector<OSL_LEXEM>::iterator it = list->begin();
it != list->end();
it++)
{
OSL_LEXEM lx = *it;
if(osl_IsComma(lx.token))
param_count++;
}
vector<OSL_LEXEM>::iterator i_first = list->begin();
OSL_LEXEM first = *i_first;
if(first.token == "echo")
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
char* message = new char[second.token.length()+1];
strcpy(message, (char*)second.token.data());
message = osl_RemoveQuotesChr(message);
DoEcho(message);
}
else if(first.token == "load")
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
bool ok = DoLoad(osl_RemoveQuotesStr(second.token));
ok == true ? _result = OSL_EXEC_OK : _result = OSL_EXEC_FAIL;
}
else if(first.token == "exit")
{
DoExit();
}
else if(first.token == "init")
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
if(second.token == "gui")
{
if(!gui)
{
gui = new GUI();
_result = OSL_EXEC_OK;
}
else
{
osl_Error("GUI already initialized");
_result = OSL_EXEC_FAIL;
}
}
else
{
osl_Error("init(): unknown parameter");
_result = OSL_EXEC_FAIL;
}
}
else if(first.token == "loadconfig")
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
if(osl_IsStrConstant(second.token))
{
char* file = new char[second.token.length()+1];
strcpy(file, (char*)second.token.data());
file = osl_RemoveQuotesChr(file);
bool ok = LoadConfig(file, &cfg);
if(ok)
{
ApplyConfig(&cfg);
_result = OSL_EXEC_OK;
}
else
_result = OSL_EXEC_FAIL;
}
else
osl_Error("LoadConfig(): Invalid argument");
}
else if(first.token == "loadfontfromfile")
{
WriteToLog(DEFAULT_OSL_LOG_NAME, "Trying to load font from file...");
if(param_count == 3)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
vector<OSL_LEXEM>::iterator i_fourth = list->begin()+6;
OSL_LEXEM fourth = *i_fourth;
if(osl_IsIntConstant(third.token) &&
osl_IsIntConstant(fourth.token))
{
try
{
if(LoadFontFromFile((char*)osl_RemoveQuotesStr(second.token).c_str(),
osl_StrToInt(third.token),
osl_StrToInt(fourth.token)))
{
WriteToLog(DEFAULT_OSL_LOG_NAME, "LoadFontFromFile OK");
_result = OSL_EXEC_OK;
}
else
{
WriteToLog(DEFAULT_OSL_LOG_NAME, "LoadFontFromFile FAILED");
_result = OSL_EXEC_FAIL;
}
}
catch(...)
{
osl_Error("Exception in try block: LoadFontFromFile");
_result = OSL_EXEC_FAIL;
}
}
else
{
osl_Error("LoadFontFromFile() error: incompatible types");
_result = OSL_EXEC_FAIL;
}
}
else
{
osl_Error("LoadFontFromFile() error: function require one parameter");
_result = OSL_EXEC_FAIL;
}
}
else if(first.token == "loadfont")
{
WriteToLog(DEFAULT_OSL_LOG_NAME, "Trying to load font...");
if(param_count == 4)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
vector<OSL_LEXEM>::iterator i_fourth = list->begin()+6;
OSL_LEXEM fourth = *i_fourth;
vector<OSL_LEXEM>::iterator i_fifth = list->begin()+8;
OSL_LEXEM fifth = *i_fifth;
try
{
bool ok =
LoadFont((char*)osl_RemoveQuotesStr(second.token).c_str(),
osl_StrToInt(third.token),
osl_StrToInt(fourth.token),
(char*)osl_RemoveQuotesStr(fifth.token).c_str());
ok == true ? _result = OSL_EXEC_OK : _result = OSL_EXEC_FAIL;
}
catch(...)
{
osl_Error("Exception in try block: LoadFont");
_result = OSL_EXEC_FAIL;
}
WriteToLog(DEFAULT_OSL_LOG_NAME, "LoadFont OK");
}
else
{
osl_Error("LoadFont() error: function requires two parametres");
_result = OSL_EXEC_FAIL;
}
}
else if(first.token == "loadtexture")
{
WriteToLog(DEFAULT_OSL_LOG_NAME, "Trying to load texture...");
if(param_count == 1)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
try
{
string s = osl_RemoveQuotesStr(second.token);
char* n = new char[strlen(s.data())+1];
sprintf(n, "%s\0", s.data());
if(!LoadTexture(n))
{
osl_Error("LoadTexture() failed");
_result = OSL_EXEC_FAIL;
}
else
_result = OSL_EXEC_OK;
delete[] n;
}
catch(...)
{
osl_Error("Exception in try block: LoadTexture");
_result = OSL_EXEC_FAIL;
}
WriteToLog(DEFAULT_OSL_LOG_NAME, "LoadTexture OK");
}
else
{
osl_Error("LoadTexture() error: function requires one parameter");
_result = OSL_EXEC_FAIL;
}
}
else if(first.token == "newguielem")
{
if(param_count == 2)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
NewGUIElem(osl_RemoveQuotesStr(second.token),
osl_RemoveQuotesStr(third.token));
}
else
osl_Error("NewGUIElem() error: function requires two parametres");
}
else if(first.token == "setguielem")
{
if(param_count == 3)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
vector<OSL_LEXEM>::iterator i_fourth = list->begin()+6;
OSL_LEXEM fourth = *i_fourth;
SetGUIElem(osl_RemoveQuotesStr(second.token),
osl_RemoveQuotesStr(third.token),
osl_RemoveQuotesStr(fourth.token));
}
else if(param_count == 5)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
vector<OSL_LEXEM>::iterator i_fourth = list->begin()+6;
OSL_LEXEM fourth = *i_fourth;
vector<OSL_LEXEM>::iterator i_fifth = list->begin()+8;
OSL_LEXEM fifth = *i_fifth;
vector<OSL_LEXEM>::iterator i_sixth = list->begin()+10;
OSL_LEXEM sixth = *i_sixth;
SetGUIElem(osl_RemoveQuotesStr(second.token),
osl_RemoveQuotesStr(third.token),
osl_RemoveQuotesStr(fourth.token),
osl_RemoveQuotesStr(fifth.token),
osl_RemoveQuotesStr(sixth.token));
}
else if(param_count == 6)
{
vector<OSL_LEXEM>::iterator i_second = list->begin()+2;
OSL_LEXEM second = *i_second;
vector<OSL_LEXEM>::iterator i_third = list->begin()+4;
OSL_LEXEM third = *i_third;
vector<OSL_LEXEM>::iterator i_fourth = list->begin()+6;
OSL_LEXEM fourth = *i_fourth;
vector<OSL_LEXEM>::iterator i_fifth = list->begin()+8;
OSL_LEXEM fifth = *i_fifth;
vector<OSL_LEXEM>::iterator i_sixth = list->begin()+10;
OSL_LEXEM sixth = *i_sixth;
vector<OSL_LEXEM>::iterator i_seventh = list->begin()+12;
OSL_LEXEM seventh = *i_seventh;
SetGUIElem(osl_RemoveQuotesStr(second.token),
osl_RemoveQuotesStr(third.token),
osl_RemoveQuotesStr(fourth.token),
osl_RemoveQuotesStr(fifth.token),
osl_RemoveQuotesStr(sixth.token),
osl_RemoveQuotesStr(seventh.token));
}
else
osl_Error("NewGUIElem() error: incorrect number of parametres");
}
else if(first.token == "createplayer")
{
if(param_count == 28)
{
vector<OSL_LEXEM>::iterator p1 = list->begin()+2;
vector<OSL_LEXEM>::iterator p2 = list->begin()+4;
vector<OSL_LEXEM>::iterator p3 = list->begin()+6;
vector<OSL_LEXEM>::iterator p4 = list->begin()+8;
vector<OSL_LEXEM>::iterator p5 = list->begin()+10;
vector<OSL_LEXEM>::iterator p6 = list->begin()+12;
vector<OSL_LEXEM>::iterator p7 = list->begin()+14;
vector<OSL_LEXEM>::iterator p8 = list->begin()+16;
vector<OSL_LEXEM>::iterator p9 = list->begin()+18;
vector<OSL_LEXEM>::iterator p10 = list->begin()+20;
vector<OSL_LEXEM>::iterator p11 = list->begin()+22;
vector<OSL_LEXEM>::iterator p12 = list->begin()+24;
vector<OSL_LEXEM>::iterator p13 = list->begin()+26;
vector<OSL_LEXEM>::iterator p14 = list->begin()+28;
vector<OSL_LEXEM>::iterator p15 = list->begin()+30;
vector<OSL_LEXEM>::iterator p16 = list->begin()+32;
vector<OSL_LEXEM>::iterator p17 = list->begin()+34;
vector<OSL_LEXEM>::iterator p18 = list->begin()+36;
vector<OSL_LEXEM>::iterator p19 = list->begin()+38;
vector<OSL_LEXEM>::iterator p20 = list->begin()+40;
vector<OSL_LEXEM>::iterator p21 = list->begin()+42;
vector<OSL_LEXEM>::iterator p22 = list->begin()+44;
vector<OSL_LEXEM>::iterator p23 = list->begin()+46;
vector<OSL_LEXEM>::iterator p24 = list->begin()+48;
vector<OSL_LEXEM>::iterator p25 = list->begin()+50;
vector<OSL_LEXEM>::iterator p26 = list->begin()+52;
vector<OSL_LEXEM>::iterator p27 = list->begin()+54;
vector<OSL_LEXEM>::iterator p28 = list->begin()+56;
CreatePlayer((*p1).token, (*p2).token, (*p3).token, (*p4).token,
(*p5).token, (*p6).token, (*p7).token, (*p8).token, (*p9).token,
(*p10).token, (*p11).token, (*p12).token, (*p13).token, (*p14).token,
(*p15).token, (*p16).token, (*p17).token, (*p18).token, (*p19).token,
(*p20).token, (*p21).token, (*p22).token, (*p23).token, (*p24).token,
(*p25).token, (*p26).token, (*p27).token, (*p28).token);
}
else
osl_Error("CreatePlayer() error: incorrect number of parametres");
}
else if(first.token == "createpowerup")
{
if(param_count == 4)
{
vector<OSL_LEXEM>::iterator p1 = list->begin()+2;
vector<OSL_LEXEM>::iterator p2 = list->begin()+4;
vector<OSL_LEXEM>::iterator p3 = list->begin()+6;
vector<OSL_LEXEM>::iterator p4 = list->begin()+8;
CreatePowerup((*p1).token, (*p2).token, (*p3).token, (*p4).token);
}
else
osl_Error("CreatePowerup() error: incorrect number of parametres");
}
else if(first.token == "createenemy")
{
if(param_count == 3)
{
vector<OSL_LEXEM>::iterator p1 = list->begin()+2;
vector<OSL_LEXEM>::iterator p2 = list->begin()+4;
vector<OSL_LEXEM>::iterator p3 = list->begin()+6;
CreateEnemy((*p1).token, (*p2).token, (*p3).token);
}
else
osl_Error("CreateEnemy() error: incorrect number of parametres");
}
else
osl_Error("Command is not implemented yet");
return _result;
}
void CStageMap::Move(int x, int y)
{
const int APPEAR_X = 780 - 150;
int i, result;
//?? 상수가 들어 갔음
if (s_impl.map_absolute_x + 17 >= MAP_X_MAX)
{
s_impl.end_of_map = true;
return;
}
s_impl.map_local_x = s_impl.map_local_x + x;
s_impl.map_local_y = s_impl.map_local_y + y;
while ((s_impl.map_local_x + x) < 0)
{
s_impl.map_local_x += TILE_X_SIZE;
--s_impl.map_absolute_x;
}
while ((s_impl.map_local_x + x) >= TILE_X_SIZE)
{
s_impl.map_local_x -= TILE_X_SIZE;
++s_impl.map_absolute_x;
result = -1;
if (s_impl.map_absolute_x + 13 < MAP_X_MAX)
{
switch ((*s_impl.map_data)[s_impl.map_absolute_x + 12][0])
{
case 1:
result = CreateEnemy(TILENAME_ZACO_FLY, 5, APPEAR_X, 50, true);
break;
case 2:
result = CreateEnemy(TILENAME_ZACO_ROACH, 10, APPEAR_X, 150, false);
break;
case 3:
result = CreateEnemy(TILENAME_ZACO_BIG_SHIT, 5, APPEAR_X, 100, false);
break;
case 4:
result = CreateEnemy(TILENAME_ZACO_TEETH, 10, APPEAR_X, 150, false);
break;
case 5 :
{
SetSysDesc().stage.message.remained_ticks = 100;
tchar stage_message[256];
util::ComposeString(stage_message, TCHAR("'STAGE @ BOSS : "), GetSysDesc().stage.current_stage);
// -> sprintf(stage_message, "'STAGE %i BOSS : ", GetSysDesc().stage.current_stage);
switch (GetSysDesc().stage.current_stage % 5)
{
case 1 :
result = CreateEnemy(TILENAME_BOSS_GAS_MAN, 100, APPEAR_X, 10, false);
STRCAT(stage_message, RES_STR_BOSS_NAME[0]);
break;
case 2 :
result = CreateEnemy(TILENAME_BOSS_NOSE_WAX_MAN, 200, APPEAR_X, 10, false);
STRCAT(stage_message, RES_STR_BOSS_NAME[1]);
break;
case 3 :
result = CreateEnemy(TILENAME_BOSS_HAIR_WAX_MAN2, 200, APPEAR_X, 10, false);
STRCAT(stage_message, RES_STR_BOSS_NAME[2]);
break;
case 4 :
result = CreateEnemy(TILENAME_BOSS_OVEREAT_MAN, 300, APPEAR_X, 10, false);
STRCAT(stage_message, RES_STR_BOSS_NAME[3]);
break;
case 0 :
result = CreateEnemy(TILENAME_BOSS_SHIT_FIGHTER, 500, APPEAR_X + 20, 10, false);
STRCAT(stage_message, RES_STR_BOSS_NAME[4]);
break;
default:
//??
break;
}
SetSysDesc().stage.message.Set(stage_message);
}
break;
default:
//??
break;
}
}
if (result == 0)
{
s_impl.map_local_x += TILE_X_SIZE;
--s_impl.map_absolute_x;
s_impl.map_local_x = s_impl.map_local_x - x;
s_impl.map_local_y = s_impl.map_local_y - y;
return;
}
else if ((*s_impl.map_data)[s_impl.map_absolute_x + 12][0] == 5)
{
if (GetSysDesc().use_sound)
{
// endTMF;
// playTMF('Boss');
}
}
}
while ((s_impl.map_local_y + y) < 0)
{
s_impl.map_local_y += TILE_Y_SIZE;
--s_impl.map_absolute_y;
}
while ((s_impl.map_local_y + y) >= TILE_Y_SIZE)
{
s_impl.map_local_y -= TILE_Y_SIZE;
++s_impl.map_absolute_y;
}
for (i = MIN_ENEMY; i <= MAX_ENEMY; i++)
{
if (objects[i])
{
objects[i]->Move(x, y);
objects[i]->Move(-x, -y);
}
}
for (i = MIN_FRIEND; i <= MAX_FRIEND; i++)
{
if (objects[i])
{
objects[i]->Move(x, y);
objects[i]->Move(-x, -y);
}
}
}
//Upate all enemies
void CEnemyManager::Update(float delta)
{
if (!(mEnemies.size() || mActiveSpawners.size())) //If both are empty
{
if (mInactiveSpawners.size() > 0)
{
do
{
mActiveSpawners.push_back(move(mInactiveSpawners.front()));
mInactiveSpawners.pop_front();
} while (mInactiveSpawners.size() > 0 && !mInactiveSpawners.front()->mPause);
}
}
//Move all enemies
auto enemy = mEnemies.begin();
while (enemy != mEnemies.end())
{
(*enemy)->Update(delta);
(*enemy)->CheckCollision();
//Iterate by either erasing or incrementing
if ((*enemy)->IsDead())
{
CreateRandomDrop((*enemy)->GetCenterPoint());
++mNumOfKills;
mLevelScore += (*enemy)->GetValue();
enemy = mEnemies.erase(enemy);
}
else if ((*enemy)->IsFinished())
{
enemy = mEnemies.erase(enemy);
}
else
{
++enemy;
}
}
//Spawn enemies
auto spawner = mActiveSpawners.begin();
while (spawner != mActiveSpawners.end())
{
(*spawner)->mTimer += delta;
//If it can spawn an enemy then do so
while ((*spawner)->mTimer > (*spawner)->mSpawnRate && (*spawner)->mEnemyAmount > 0)
{
(*spawner)->mTimer -= (*spawner)->mSpawnRate;
(*spawner)->mEnemyAmount--;
//Create the enemy
unique_ptr<CEnemy> enemy = move(CreateEnemy((*spawner)->mType, (*spawner)->mpPath, (*spawner)->mOffset));
if (mNickMode)
{
enemy->ActivateTheCage();
}
//mTimer is currently the amount of time passed since the enemy should have spawned
//So update enemy with mTimer for delta
enemy->Update((*spawner)->mTimer);
//Total up the enemy scores
mMaxScore += enemy->GetValue();
//Place the enemy on the list
mEnemies.push_back(move(enemy));
}
//If spawner is depleted (no more enemies to spawn) then remove it from the list
if ((*spawner)->mEnemyAmount == 0)
{
spawner = mActiveSpawners.erase(spawner);
}
else
{
spawner++;
}
}
//Update drops
auto drop = mDrops.begin();
while (drop != mDrops.end())
{
(*drop)->Update(delta);
for (auto player = mpPlayers->begin(); player != mpPlayers->end(); ++player)
{
if ((*player)->CollidesSphere(drop->get()))
{
(*drop)->ApplyDrop(*player);
}
}
if ((*drop)->IsOutOfBounds() || (*drop)->IsDead())
{
drop = mDrops.erase(drop);
}
else
{
drop++;
}
}
}