TFiniteAutomaton& TFiniteAutomaton::Iterate() {
// FIXME: expected exactly one final state
const size_t mySize = Size(), myFinal = *FinalStates.begin();
Resize(mySize + 2);
AddTransition(mySize, StartState);
AddTransition(myFinal, mySize + 1);
AddTransition(myFinal, StartState);
AddTransition(mySize, mySize + 1);
SetStartState(mySize);
SetFinalState(myFinal, false);
SetFinalState(mySize + 1);
return *this;
}
void PxGraphicsRoot::Init()
{
Window = PxWindow::Window();
Window->Init(
PxConfiguration::GetLong("g_screenwidth"),
PxConfiguration::GetLong("g_screenheight"),
PxConfiguration::GetLong("g_bpp"),
PxConfiguration::GetLong("g_debug_window" ) == 0
);
PxExtensionManager::Init();
PxImageProvider::Init();
PxTextureManager::Init();
PxTextWriter::Init();
PxModelManager::Init();
PxSceneRegulator * pRegulator = new PxSceneRegulator();
Window->EnableVSync();
SetStartState(pRegulator);
}
TFiniteAutomaton& TFiniteAutomaton::operator |= (const TFiniteAutomaton& rhs) {
// FIXME: expected exactly one final state from both the automata
const size_t mySize = Size(), myFinal = *FinalStates.begin();
Import(rhs);
const size_t newSize = Size();
Resize(newSize + 2);
AddTransition(newSize, StartState);
AddTransition(newSize, mySize + rhs.StartState);
AddTransition(myFinal, newSize + 1);
AddTransition(mySize + *rhs.FinalStates.begin(), newSize + 1);
SetStartState(newSize);
SetFinalState(myFinal, false);
SetFinalState(mySize + *rhs.FinalStates.begin(), false);
SetFinalState(newSize + 1);
return *this;
}
FrogBoss::FrogBoss(Level* levelData, mjResourceManager* resourceManager)
: KosmoObject(MJ_AABB, resourceManager, levelData)
{
srand(time(0));
model = resourceManager->FetchModel("entities/evilFrog/evilfrog.mesh.xml");
glTexture = resourceManager->FetchTexture("entities/evilFrog/evilfrog.png", GL_REPEAT);//("/sdcard/mjEngineCPP/bluesky/wandering_cloud0.png"); //
for (unsigned i = 0; i < model->meshes.size(); i++)
{
model->meshes[i]->glTexture = glTexture;
}
FrogBossAutomatonState* waitForLandingState = new FrogBossAutomatonWaitForLandingState(this);
LOGI("%s %d: new %s", __FILE__, __LINE__, "frogBossLandingState");
FrogBossAutomatonState* huntState = new FrogBossAutomatonHuntState(this);
LOGI("%s %d: new %s", __FILE__, __LINE__, "frogBossHuntState");
FrogBossAutomatonState* slamState = new FrogBossAutomatonSlamState(this);
LOGI("%s %d: new %s", __FILE__, __LINE__, "frogBossSlammingState");
states.push_back(waitForLandingState);
states.push_back(huntState);
states.push_back(slamState);
SetStartState(waitForLandingState);
MatchAABBToModel();
soundSource = new mjSoundSource();
LOGI("%s %d: new %s", __FILE__, __LINE__, "soundSource");
soundSource->attenuation = 0.001; // Essentially heard everywhere
soundSource->Load(resourceManager->FetchSound("sounds/ribbit.wav"), 0);
gravity.y = -9.81;
}
static void Init(CJcScanner* scanner){
jc_int i;
scanner->EOL = '\n';
scanner->eofSym = 0;
scanner->maxT = 87;
scanner->noSym = 87;
for (i = 65; i <= 90; ++i) SetStartState(&scanner->start, i, 1);
for (i = 95; i <= 95; ++i) SetStartState(&scanner->start, i, 1);
for (i = 97; i <= 122; ++i) SetStartState(&scanner->start, i, 1);
for (i = 49; i <= 57; ++i) SetStartState(&scanner->start, i, 71);
SetStartState(&scanner->start, 48, 72);
SetStartState(&scanner->start, 39, 2);
SetStartState(&scanner->start, 34, 9);
SetStartState(&scanner->start, 46, 73);
SetStartState(&scanner->start, 62, 74);
SetStartState(&scanner->start, 60, 75);
SetStartState(&scanner->start, 33, 76);
SetStartState(&scanner->start, 37, 77);
SetStartState(&scanner->start, 94, 78);
SetStartState(&scanner->start, 38, 79);
SetStartState(&scanner->start, 42, 80);
SetStartState(&scanner->start, 45, 81);
SetStartState(&scanner->start, 43, 82);
SetStartState(&scanner->start, 124, 83);
SetStartState(&scanner->start, 47, 84);
SetStartState(&scanner->start, 61, 85);
SetStartState(&scanner->start, 126, 61);
SetStartState(&scanner->start, 40, 62);
SetStartState(&scanner->start, 41, 63);
SetStartState(&scanner->start, 123, 64);
SetStartState(&scanner->start, 125, 65);
SetStartState(&scanner->start, 91, 66);
SetStartState(&scanner->start, 93, 67);
SetStartState(&scanner->start, 58, 86);
SetStartState(&scanner->start, 59, 68);
SetStartState(&scanner->start, 44, 69);
SetStartState(&scanner->start, 63, 70);
SetStartState(&scanner->start, EoF, -1);
SetKeyword(&scanner->keywords, "auto", 6);
SetKeyword(&scanner->keywords, "break", 7);
SetKeyword(&scanner->keywords, "case", 8);
SetKeyword(&scanner->keywords, "char", 9);
SetKeyword(&scanner->keywords, "const", 10);
SetKeyword(&scanner->keywords, "continue", 11);
SetKeyword(&scanner->keywords, "default", 12);
SetKeyword(&scanner->keywords, "do", 13);
SetKeyword(&scanner->keywords, "double", 14);
SetKeyword(&scanner->keywords, "else", 15);
SetKeyword(&scanner->keywords, "enum", 16);
SetKeyword(&scanner->keywords, "extern", 17);
SetKeyword(&scanner->keywords, "float", 18);
SetKeyword(&scanner->keywords, "for", 19);
SetKeyword(&scanner->keywords, "goto", 20);
SetKeyword(&scanner->keywords, "host", 21);
SetKeyword(&scanner->keywords, "if", 22);
SetKeyword(&scanner->keywords, "int", 23);
SetKeyword(&scanner->keywords, "long", 24);
SetKeyword(&scanner->keywords, "register", 25);
SetKeyword(&scanner->keywords, "return", 26);
SetKeyword(&scanner->keywords, "share", 27);
SetKeyword(&scanner->keywords, "short", 28);
SetKeyword(&scanner->keywords, "signed", 29);
SetKeyword(&scanner->keywords, "sizeof", 30);
SetKeyword(&scanner->keywords, "static", 31);
SetKeyword(&scanner->keywords, "struct", 32);
SetKeyword(&scanner->keywords, "switch", 33);
SetKeyword(&scanner->keywords, "typedef", 34);
SetKeyword(&scanner->keywords, "union", 35);
SetKeyword(&scanner->keywords, "unsigned", 36);
SetKeyword(&scanner->keywords, "void", 37);
SetKeyword(&scanner->keywords, "volatile", 38);
SetKeyword(&scanner->keywords, "while", 39);
SetKeyword(&scanner->keywords, "alignof", 86);
scanner->tvalLength = 128;
scanner->tval = (char*)g_oInterface.Malloc(scanner->tvalLength); /* text of current token */
/* HEAP_BLOCK_SIZE byte heap + pointer to next heap block */
scanner->pHeap = g_oInterface.Malloc(HEAP_BLOCK_SIZE + sizeof(void*));
scanner->pFirstHeap = scanner->pHeap;
scanner->pHeapEnd = (void**) (((char*) scanner->pHeap) + HEAP_BLOCK_SIZE);
*scanner->pHeapEnd = 0;
scanner->pHeapTop = scanner->pHeap;
if(sizeof(CJcToken) > HEAP_BLOCK_SIZE){
g_oInterface.PrintError(0, "--- Too small HEAP_BLOCK_SIZE\n");
g_oInterface.Abort();
}
scanner->pos = -1;
scanner->line = 1;
scanner->col = 0;
scanner->oldEols = 0;
}
