OSL_MAP *oslCreateMap(OSL_IMAGE *img, void *map_data, int tileX, int tileY, int mapSizeX, int mapSizeY, int map_format)
{
OSL_MAP *m;
m = (OSL_MAP*)malloc(sizeof(OSL_MAP));
if (!m)
return NULL;
if (map_format != OSL_MF_U16 && map_format != OSL_MF_U16_GBA) {
oslFatalError("Invalid map format");
free(m);
return NULL;
}
m->format = map_format;
//For the GBA format, we set the number of tiles bits to 10 by default. You can increase it up to 14.
if (map_format == OSL_MF_U16_GBA)
m->addit1 = 10;
//By default, the first tile is always transparent
m->flags = OSL_MF_TILE1_TRANSPARENT;
//Does the map satisfy criterias to be treated as simple (drawn faster)?
// if (m->tileX == oslGetNextPower2(m->tileX) && m->tileY == oslGetNextPower2(m->tileY) && m->img->sizeX == oslGetNextPower2(m->img->sizeX))
// m->flags |= OSL_MF_SIMPLE;
m->img = img;
m->map = map_data;
m->tileX = tileX;
m->tileY = tileY;
m->mapSizeX = mapSizeX;
m->mapSizeY = mapSizeY;
m->scrollX = m->scrollY = 0;
m->drawSizeX = -1;
m->drawSizeY = -1;
return m;
}
MainMenuScreen::MainMenuScreen()
{
gIsMultiplayer = false;
menubg = oslLoadImageFilePNG(Resource::IMG_MAIN_MENU_BG, OSL_IN_RAM | OSL_SWIZZLED, OSL_PF_8888);
if (!menubg)
oslFatalError("At least one file is missing. Please copy all the file in the game directory.");
}
void frame_factory_init(const char *tex_cfg_file)
{
if (frame_cache != NULL) {
return;
}
frame_cache = dictionary_new(0);
if (frame_cache == NULL) {
oslFatalError("Not enough memory! %s %d", __FILE__, __LINE__);
}
texture_cfg = iniparser_load(tex_cfg_file);
if (texture_cfg == NULL) {
oslFatalError("can't load texture config!");
}
printf("%s\n", iniparser_getstring(texture_cfg, "bg:f", "not found"));
return;
}
//moment: -1 = avant, 0 = toujours, +1 = après
void MenuOptionsConfigure(int moment) {
static MENUPARAMS *m = NULL;
if (moment == -1) {
if (!m)
m = malloc(sizeof(*m));
if (!m)
oslFatalError("MenuOptionsConfigure#1: m == NULL");
memcpy(m, &menuConfig, sizeof(*m));
}
else {
if (!m)
oslFatalError("MenuOptionsConfigure#2: m == NULL");
if (moment == 0 ||
m->video.brightnessMode != menuConfig.video.brightnessMode ||
m->video.gamma != menuConfig.video.gamma || m->video.vibrance != menuConfig.video.vibrance ||
m->video.renderDepth != menuConfig.video.renderDepth) {
int i;
if (gblMachineType == EM_SMS)
bitmap.depth = menuConfig.video.renderDepth;
else if (gblMachineType == EM_GBC)
bitmap.depth = 16;
bitmap.pitch = 256 * bitmap.depth / 8;
for (i=0;i<256;i++) {
if (menuConfig.video.brightnessMode == 1)
//Bright & Fast
pixel_values[i] = ((i * 232) >> 8) + 24;
else if (menuConfig.video.brightnessMode == 3)
//Invert
pixel_values[i] = 255 - i;
else
//Normal
pixel_values[i] = i;
//Next: apply gamma correction
if (menuConfig.video.gamma != 100)
//Gamma
pixel_values[i] = ((unsigned char)(255.0f * pow((pixel_values[i] / 255.0f), 1.0f/(((float)menuConfig.video.gamma) / 100.f)))) >> 3;
else
//For 15-bit mode
pixel_values[i] >>= 3;
}
frame_t *frame_factory_get(const char *key)
{
frame_t *frame;
char *addr_str;
// try to load frame using config from config cache
static char key_buf[MAX_TEXTURE_NAME+4+1];
static char addr_buff[16+1];
char *file;
int pf, loc;
int namelen = strlen(key);
if (frame_cache == NULL) {
printf("frame factory not inited!\n");
return NULL;
}
addr_str = dictionary_get(frame_cache, (char *)key, "0x0");
frame = (frame_t *)(strtol(addr_str, NULL, 0));
if (frame != 0) {
return frame;
}
if (strlen(key) > MAX_TEXTURE_NAME) {
oslFatalError("config key too long! %s", key);
}
strcpy(key_buf, key);
strcat(key_buf, ":f");
file = iniparser_getstring(texture_cfg, key_buf, NULL);
printf("search key %s, value %s\n", key_buf, file);
printf("texture cfg %p\n", texture_cfg);
key_buf[namelen] = '\0';
strcat(key_buf, ":pf");
pf = iniparser_getint(texture_cfg, key_buf, OSL_IN_VRAM);
key_buf[namelen] = '\0';
strcat(key_buf, ":loc");
loc = iniparser_getint(texture_cfg, key_buf, TAIKO_PF);
printf("ok so far!\n");;
frame = frame_create_simple(file, pf, loc);
if (frame != NULL) {
key_buf[namelen] = '\0';
sprintf(addr_buff, "%d", (int)frame);
dictionary_set(frame_cache, key_buf, addr_buff);
}
return frame;
}
Tower::Tower(const string &towerName)
{
//Default Initializers
mTowerDirName = towerName;
PspIO::lowerCase(mTowerDirName);
mIsBuildable = true;
mTowerName = NULL;
mTowerDescription = NULL;
mProjectileType = PT_Arrow;
mHitsLand = false;
mHitsFlyer = false;
mTowerLength = 0;
mMenuIcon = NULL;
mTowerImg = NULL;
mProjectileImg = NULL;
mFireSound = NULL;
mHitSound = NULL;
char temp[256];
sprintf(temp, "%s/Res/towers/%s/tower.xml", PspIO::getCurrentDirectory().c_str(), mTowerDirName.c_str());
TiXmlDocument TowerXMLInput;
TowerXMLInput.LoadFile(temp);
if (TowerXMLInput.Error())
{
oslFatalError("Cannot open: %s", TowerXMLInput.ErrorDesc());
return;
}
TiXmlElement *node = NULL;
node = TowerXMLInput.FirstChildElement(); //head
if (!node)
{
oslFatalError("No head node in: %s", temp);
return;
}
node = node->FirstChildElement();
while (node != NULL) //Read all XML file
{
string mCurrentLine = node->ValueStr();
/*
A função strdup() é usada em situações onde temos que alocar um espaço na memória para copiar determinada string.
Sem utiliza-lá, teríamos que alocar o espaço antes com malloc(), para em seguida usar strncpy(), por exemplo, para copiar a string.
A função retorna um ponteiro com a string já alocada (podendo ser liberado com free() depois de seu uso) em caso de sucesso,
ou ENOMEM como erro caso a memória não tenha sida alocada por insuficiência.
*/
if (mCurrentLine == "Name")
{
mTowerName = strdup(node->GetText());
}
else if (mCurrentLine == "Description")
{
mTowerDescription = strdup(node->GetText());
}
/*
A função atoi() é usada para converter strings em números inteiros.
*/
else if (mCurrentLine == "TowerLength")
{
mTowerLength = atoi(node->GetText());
}
else if (mCurrentLine == "Capability")
{
const char* mAttributeText;
mAttributeText = node->Attribute("HitsLand");
if (mAttributeText != NULL && !strcmp(mAttributeText,"True")) //strcmp() return 0 if both string be the same.
{
mHitsLand = true;
}
mAttributeText = node->Attribute("HitsFlyers");
if (mAttributeText != NULL && !strcmp(mAttributeText,"True")) //strcmp() return 0 if both string be the same.
{
mHitsFlyer = true;
}
}
else if (mCurrentLine == "Projectile")
{
const char* ProjectileType = node->Attribute("Type");
if (ProjectileType == NULL)
{
oslFatalError("No ProjectileType.");
return;
}
//More Projectile Types goes here.
if (!strcmp(ProjectileType, "Arrow"))
{
mProjectileType = PT_Arrow;
}
else if (!strcmp(ProjectileType, "Ice"))
{
mProjectileType = PT_Ice;
}
else if (!strcmp(ProjectileType, "Fire"))
{
mProjectileType = PT_Fire;
}
else if (!strcmp(ProjectileType, "Lightning"))
{
mProjectileType = PT_Lightning;
}
sprintf(temp, "/Res/towers/%s/%s", mTowerDirName.c_str(), node->Attribute("Sprite"));
mProjectileImg = ProjectileInstance::LoadProjectileImage(mProjectileType, temp);
}
else if (mCurrentLine == "TowersLevels")
{
TiXmlElement *TowerLevelNode = node->FirstChildElement();
while (TowerLevelNode != NULL) //read all Towers Levels
{
if (TowerLevelNode->ValueStr() != "TowersLevel")
{
oslFatalError("TowersLevel Error: %s",TowerLevelNode->Value());
return;
}
mTowerVector.push_back(TowerInfo(TowerLevelNode)); //Insert a element in the end
TowerLevelNode = TowerLevelNode->NextSiblingElement();
}
}
else if (mCurrentLine == "TowerImg")
{
sprintf(temp, "/Res/towers/%s/%s", mTowerDirName.c_str(), node->Attribute("File"));
mTowerImg = oslLoadImageFilePNG(temp, OSL_IN_RAM | OSL_SWIZZLED, OSL_PF_8888);
mTowerImg->centerX = (mTowerImg->sizeX/2); //hotspot
mTowerImg->centerY = (mTowerImg->sizeY/2); //hotspot
node->QueryIntAttribute("Width", &mTowerWidth);
node->QueryIntAttribute("Height", &mTowerHeight);
}
else if (mCurrentLine == "MenuIcon")
{
sprintf(temp, "/Res/towers/%s/%s", mTowerDirName.c_str(), node->Attribute("File"));
mMenuIcon = oslLoadImageFilePNG(temp, OSL_IN_RAM | OSL_SWIZZLED, OSL_PF_8888);
}
else if (mCurrentLine == "FireSound")
{
sprintf(temp, "/Res/towers/%s/%s", mTowerDirName.c_str(), node->Attribute("File"));
mFireSound = oslLoadSoundFileWAV (temp, OSL_FMT_NONE);
}
else if (mCurrentLine == "HitSound")
{
sprintf(temp, "/Res/towers/%s/%s", mTowerDirName.c_str(), node->Attribute("File"));
mHitSound = oslLoadSoundFileWAV (temp, OSL_FMT_NONE);
}
else
{
oslFatalError("Bad node, not donout for you: %s",mCurrentLine.c_str());
return;
}
node = node->NextSiblingElement();
}
}
