MenuCharSelect::MenuCharSelect(RosalilaGraphics*painter,int x, int y,
int size_x,int size_y,
int size_cuadro_x,int size_cuadro_y,
int separacion_x,int separacion_y,
int max_locked_chars_pa,int max_locked_chars_pb,
int preview_pa_x,int preview_pa_y,
int preview_pb_x,int preview_pb_y,
std::vector<std::string>names,
int select_p1_x,int select_p1_y,
int select_p2_x,int select_p2_y)
{
writeLogLine("Creating character selection menu");
this->x=x;
this->y=y;
this->painter=painter;
this->size_x=size_x;
this->size_y=size_y;
this->size_cuadro_x=size_cuadro_x;
this->size_cuadro_y=size_cuadro_y;
this->separacion_x=separacion_x;
this->separacion_y=separacion_y;
this->max_locked_chars_pa=max_locked_chars_pa;
this->max_locked_chars_pb=max_locked_chars_pb;
this->preview_pa_x=preview_pa_x;
this->preview_pa_y=preview_pa_y;
this->preview_pb_x=preview_pb_x;
this->preview_pb_y=preview_pb_y;
for(int i=0;i<(int)names.size();i++)
{
portraits.push_back(painter->getTexture(assets_directory+"chars/"+names[i]+std::string("/portrait.png")));
previews.push_back(painter->getTexture(assets_directory+"chars/"+names[i]+std::string("/preview.png")));
}
this->names=names;
this->select_p1_x=select_p1_x;
this->select_p1_y=select_p1_y;
this->select_p2_x=select_p2_x;
this->select_p2_y=select_p2_y;
selected_char_p1=painter->getTexture(assets_directory+"menu/selected_char_p1.png");
locked_char_p1=painter->getTexture(assets_directory+"menu/locked_char_p1.png");
if(max_locked_chars_pb>0)
{
locked_char_p2=painter->getTexture(assets_directory+"menu/locked_char_p2.png");
selected_char_p2=painter->getTexture(assets_directory+"menu/selected_char_p2.png");
}
no_portrait=painter->getTexture(assets_directory+"menu/no_portrait.png");
writeLogLine("Creating character selection menu");
}
int main()
{
bool testsPassed = runTests();
if (testsPassed)
{
writeLogLine("Tests all passed!");
}
else
{
writeLogLine("Tests failed");
}
pauseForClose();
return 0;
}
void Stage::loadDialogues(std::string file)
{
writeLogLine("Loading dialogues from XML.");
char *archivo=new char[255];
strcpy(archivo,"stages/");
strcat(archivo,file.c_str());
strcat(archivo,"/dialogues.xml");
TiXmlDocument doc_t( archivo );
doc_t.LoadFile();
TiXmlDocument *doc;
doc=&doc_t;
TiXmlNode *dialogues_file=doc->FirstChild("DialoguesFile");
if(dialogues_file==NULL)
return;
for(TiXmlNode *dialogue_node=dialogues_file->FirstChild("dialogue");
dialogue_node!=NULL;
dialogue_node=dialogue_node->NextSibling("dialogue"))
{
int frame=atoi(dialogue_node->ToElement()->Attribute("frame"));
std::string text=dialogue_node->ToElement()->Attribute("text");
std::string path=dialogue_node->ToElement()->Attribute("path");
dialogues[frame]=new Dialogue(painter,sonido,receiver,text,painter->getTexture("stages/"+file+"/"+path));
}
}
//Stop the timer with an optional line in the log file
void Logger::endLogTimer(char logLetter, const std::wstring& logLine)
{
//Stop timer
filetimeStacks[logLetter].pop_back();
//Write line
if (!logLine.empty())
writeLogLine(logLetter, logLine);
}
void Font::setSize(int size)
{
font_size=size;
font = TTF_OpenFont( font_path.c_str(), font_size );
if(font==NULL)
{
writeLogLine("Could not init font. Place it on /misc/"+font_path);
}
}
//Start the timer with an optional line in the log file
void Logger::startLogTimer(char logLetter, const std::wstring& logLine)
{
//Write line
if (!logLine.empty())
writeLogLine(logLetter, logLine);
//Start timer
FILETIME time;
GetSystemTimeAsFileTime(&time);
filetimeStacks[logLetter].push_back(time);
}
Stage::~Stage()
{
writeLogLine("Deleting stage.");
for(;!back.empty();)
{
Layer*layer=back.back();
back.pop_back();
delete layer;
}
for(;!front.empty();)
{
Layer*layer=front.back();
front.pop_back();
delete layer;
}
}
Font::Font(string path)
{
font_path=assets_directory+"misc/"+path;
font = TTF_OpenFont( font_path.c_str(), font_size );
if(font==NULL)
{
writeLogLine("Could not init font. Place it on /misc/font.ttf .");
}
font_size=10;
textColor.r = 255;
textColor.g = 255;
textColor.b = 255;
}
void RosalilaGraphics::updateScreen()
{
//Write errors to the log
std::string error= ">>>";
error+=SDL_GetError();
if(error!=">>>")
writeLogLine(error);
//Draw
frameCap();
// SDL_SetRenderDrawColor(renderer, 0, 0, 0, 255);
// SDL_RenderClear(renderer);
//SDL_RenderPresent(renderer);
SDL_GL_SwapWindow(window);
glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
}
//Mark a given time with a log line
void Logger::markLogTime(char logLetter, const std::wstring& logLine)
{
//Generate a timed line
std::wstringstream linePrefix;
if (filetimeStacks[logLetter].empty())
linePrefix <<L"<NULL> ms - ";
else {
//Time the event
FILETIME endTime;
GetSystemTimeAsFileTime(&endTime);
FILETIME startTime = filetimeStacks[logLetter][filetimeStacks[logLetter].size()-1];
DWORD timeMS = getTimeDifferenceMS(startTime, endTime);
linePrefix <<timeMS <<L" ms - ";
filetimeStacks[logLetter][filetimeStacks[logLetter].size()-1] = endTime;
}
//Write line
writeLogLine(logLetter, linePrefix.str() + logLine);
}
void pauseForClose()
{
writeLogLine("Hit enter to close");
//Wait for input
std::cin.get();
}
int main(int argc, char *argv[], char* envp[])
{
// If this were a larger project, I'd set up a separate GTest project for this, but that's a lot of work to get a handful of unit tests implemented
// and as such is a pretty excessive solution to my problem.
writeLogLine("Starting boggle solver");
char path_to_dictionary[kArbitraryMaxPath];
char path_to_puzzle[kArbitraryMaxPath];
char path_to_results[kArbitraryMaxPath];
if (argc != 4)
{
writeLogLine("Boggle Solver Command Line Arguments:");
writeLogLine("BoggleSolver.exe {PATH_TO_DICTIONARY} {PATH_TO_PUZZLE} {RESULTS_FILE}");
pauseForClose();
return 1;
}
strcpy_s(path_to_dictionary, argv[1]);
writeLogLineFormatted("Path to dictionary: %s", path_to_dictionary);
strcpy_s(path_to_puzzle, argv[2]);
writeLogLineFormatted("Path to puzzle: %s", path_to_puzzle);
strcpy_s(path_to_results, argv[3]);
writeLogLineFormatted("Path to results file %s", path_to_results);
CharIndexMap* theMap = new CharIndexMap();
writeLogLine("Loading dictionary");
DictionaryTrie theDictionary(theMap);
bool dictLoaded = theDictionary.LoadFromFile(path_to_dictionary);
if(!dictLoaded)
{
writeLogLine("Dictionary Load Failed");
pauseForClose();
return -1;
}
writeLogLine("Loading board");
Board theBoard;
bool boardLoaded = theBoard.LoadFromFile(path_to_puzzle);
if(!boardLoaded)
{
writeLogLine("Failed board loading");
pauseForClose();
return -1;
}
ThreadsafeStack<char*> foundWords;
ThreadsafeStack<std::pair<int, int>> taskStack;
int columns = theBoard.ColumnCount();
int rows = theBoard.RowCount();
for (int thisRow = 0; thisRow < rows; thisRow++)
{
for (int thisColumn = 0; thisColumn < columns; thisColumn++)
{
taskStack.push(std::pair<int, int>(thisColumn, thisRow));
}
}
clock_t timer;
timer = clock();
std::vector<std::thread> threadPool;
for (int i = 0; i < kThreadPoolSize; i++)
{
threadPool.push_back(std::thread(threadBaseLevel, &theBoard, &theDictionary, &taskStack, &foundWords));
}
for (int i = 0; i < kThreadPoolSize; i++)
{
threadPool[i].join();
}
timer = clock() - timer;
float timeSpent = static_cast<float>(timer) / CLOCKS_PER_SEC;
writeLogLineFormatted("Took %f to solve", timeSpent);
writeLogLineFormatted("Found %i words", foundWords.size());
std::vector<char*> words;
//We can sort a vector - we can't sort a threadsafestack - we don't care about speed at this point, so let's just make it a vector and go from there.
while (!foundWords.empty())
{
char* word = foundWords.pop();
words.push_back(word);
}
std::sort(words.begin(), words.end(), CompareStringsNoCase);
std::ofstream outfp(path_to_results);
if(outfp.is_open())
{
for(char* word : words)
{
outfp.write(word, strlen(word));
outfp.write("\n", 1);
}
}
//writeLogLine("All words:");
//for(char* word : foundWords)
//{
// writeLogLineFormatted("%s", word);
//}
pauseForClose();
delete theMap;
return 0;
}
void Stage::loadFromXML(std::string path)
{
writeLogLine("Loading stage from XML.");
string xml_path=assets_directory+"stages/"+path+"/main.xml";
TiXmlDocument doc_t(xml_path.c_str());
doc_t.LoadFile();
TiXmlDocument *doc;
doc=&doc_t;
TiXmlNode *stage_file=doc->FirstChild("StageFile");
//Load settings
music_path=assets_directory+"stages/"+path+"/music.ogg";
TiXmlNode *nodo_ss=stage_file->FirstChild("StageSize");
this->size=atoi(nodo_ss->ToElement()->Attribute("x"));
TiXmlNode *nodo_floor=stage_file->FirstChild("Floor");
this->pos_piso=atoi(nodo_floor->ToElement()->Attribute("position"));
writeLogLine("Loading stage's BackLayers.");
//Load back layer
for(TiXmlNode *nodo_back=stage_file->FirstChild("BackLayer");
nodo_back!=NULL;
nodo_back=nodo_back->NextSibling("BackLayer"))
{
int frame_duration=atoi(nodo_back->ToElement()->Attribute("frame_duration"));
int depth_effect_x=atoi(nodo_back->ToElement()->Attribute("depth_effect_x"));
int depth_effect_y=atoi(nodo_back->ToElement()->Attribute("depth_effect_y"));
int alignment_x=atoi(nodo_back->ToElement()->Attribute("alignment_x"));
int alignment_y=atoi(nodo_back->ToElement()->Attribute("alignment_y"));
int velocity_x=0;
if(nodo_back->ToElement()->Attribute("velocity_x")!=NULL)
velocity_x=atoi(nodo_back->ToElement()->Attribute("velocity_x"));
int min_x=-999999;
if(nodo_back->ToElement()->Attribute("min_x")!=NULL)
min_x=atoi(nodo_back->ToElement()->Attribute("min_x"));
int max_x=999999;
if(nodo_back->ToElement()->Attribute("max_x")!=NULL)
max_x=atoi(nodo_back->ToElement()->Attribute("max_x"));
std::vector <Image*> textures;
std::vector <int> textures_size_x;
std::vector <int> textures_size_y;
for(TiXmlNode* layer=nodo_back->FirstChild("frame");
layer!=NULL;
layer=layer->NextSibling("frame"))
{
string image_path=assets_directory+"stages/"+path+"/images/"+layer->ToElement()->Attribute("image_path");
Image* image=painter->getTexture(image_path);
textures.push_back(image);
int size_x=image->getWidth();
if(layer->ToElement()->Attribute("size_x")!=NULL)
size_x=atoi(layer->ToElement()->Attribute("size_x"));
int size_y=image->getHeight();
if(layer->ToElement()->Attribute("size_y")!=NULL)
size_y=atoi(layer->ToElement()->Attribute("size_y"));
textures_size_x.push_back(size_x);
textures_size_y.push_back(size_y);
}
back.push_back(new Layer(textures,textures_size_x,textures_size_y,frame_duration,depth_effect_x,depth_effect_y,alignment_x,alignment_y,velocity_x,min_x,max_x));
}
writeLogLine("Loading stage's FrontLayers.");
//Load front layer
for(TiXmlNode *nodo_back=stage_file->FirstChild("FrontLayer");
nodo_back!=NULL;
nodo_back=nodo_back->NextSibling("FrontLayer"))
{
int frame_duration=atoi(nodo_back->ToElement()->Attribute("frame_duration"));
int depth_effect_x=atoi(nodo_back->ToElement()->Attribute("depth_effect_x"));
int depth_effect_y=atoi(nodo_back->ToElement()->Attribute("depth_effect_y"));
int alignment_x=atoi(nodo_back->ToElement()->Attribute("alignment_x"));
int alignment_y=atoi(nodo_back->ToElement()->Attribute("alignment_y"));
int velocity_x=0;
if(nodo_back->ToElement()->Attribute("velocity_x")!=NULL)
velocity_x=atoi(nodo_back->ToElement()->Attribute("velocity_x"));
int min_x=-999999;
if(nodo_back->ToElement()->Attribute("min_x")!=NULL)
min_x=atoi(nodo_back->ToElement()->Attribute("min_x"));
int max_x=999999;
if(nodo_back->ToElement()->Attribute("max_x")!=NULL)
max_x=atoi(nodo_back->ToElement()->Attribute("max_x"));
std::vector <Image*> textures;
std::vector <int> textures_size_x;
std::vector <int> textures_size_y;
for(TiXmlNode* layer=nodo_back->FirstChild("frame");
layer!=NULL;
layer=layer->NextSibling("frame"))
{
string image_path=assets_directory+"stages/"+path+"/images/"+layer->ToElement()->Attribute("image_path");
Image* image=painter->getTexture(image_path);
textures.push_back(image);
int size_x=image->getWidth();
if(layer->ToElement()->Attribute("size_x")!=NULL)
size_x=atoi(layer->ToElement()->Attribute("size_x"));
int size_y=image->getHeight();
if(layer->ToElement()->Attribute("size_y")!=NULL)
size_y=atoi(layer->ToElement()->Attribute("size_y"));
textures_size_x.push_back(size_x);
textures_size_y.push_back(size_y);
}
front.push_back(new Layer(textures,textures_size_x,textures_size_y,frame_duration,depth_effect_x,depth_effect_y,alignment_x,alignment_y,velocity_x,min_x,max_x));
}
writeLogLine("Stage loaded succesfully from XML.");
}
Image* RosalilaGraphics::getTexture(std::string filename)
{
SDL_Surface *surface;
GLenum texture_format;
GLint nOfColors;
GLuint texture;
if ( (surface = IMG_Load(filename.c_str())) ) {
// get the number of channels in the SDL surface
nOfColors = surface->format->BytesPerPixel;
if (nOfColors == 4) // contains an alpha channel
{
if (surface->format->Rmask == 0x000000ff)
texture_format = GL_RGBA;
//else
//texture_format = GL_BGRA;
} else if (nOfColors == 3) // no alpha channel
{
if (surface->format->Rmask == 0x000000ff)
texture_format = GL_RGB;
//else
//texture_format = GL_BGR;
} else {
writeLogLine("Warning: "+ filename+ " is not truecolor. This will probably break.");
// this error should not go unhandled
}
// Have OpenGL generate a texture object handle for us
glGenTextures( 1, &texture );
// Bind the texture object
glBindTexture( GL_TEXTURE_2D, texture );
// Set the texture's stretching properties
glTexParameteri( GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR );
glTexParameteri( GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR );
//for(int x=0;x<surface->w;x++)
//for(int y=0;y<surface->h;y++)
//((unsigned int*)surface->pixels)[y*(surface->pitch/sizeof(unsigned int)) + x]+=1;
// Edit the texture object's image data using the information SDL_Surface gives us
#ifdef OSX
glTexImage2D( GL_TEXTURE_2D, 0, nOfColors, surface->w, surface->h, 0,
GL_BGRA, GL_UNSIGNED_BYTE, surface->pixels );
#else
glTexImage2D( GL_TEXTURE_2D, 0, nOfColors, surface->w, surface->h, 0,
texture_format, GL_UNSIGNED_BYTE, surface->pixels );
#endif
}
else {
std::string sdl_error=SDL_GetError();
writeLogLine("SDL could not load "+filename+": "+sdl_error);
SDL_Quit();
return NULL;
}
Image*image=new Image();
image->setTexture(texture);
image->setWidth(surface->w);
image->setHeight(surface->h);
// Free the SDL_Surface only if it was successfully created
if ( surface ) {
SDL_FreeSurface( surface );
}
writeLogLine(filename+" loaded");
return image;
}
void Stage::loadFromXML(std::string name)
{
this->name=name;
//Load settings
char *music=new char[255];
strcpy(music,"stages/");
strcat(music,name.c_str());
strcat(music,"/music.ogg");
music_path=(std::string)music;
this->dialogue_x=0;
this->dialogue_y=0;
this->dialogue_padding_x=0;
this->dialogue_padding_y=0;
this->bound_x1=0;
this->bound_y1=0;
this->bound_x2=painter->screen_width;
this->bound_y2=painter->screen_height;
this->velocity=20;
writeLogLine("Loading stage's BackLayers.");
addLayer("fondo",1,40,0,0,0,0,0);
addLayer("planetaguerra",1,40,120,0,300,350,2000-256+32);
addLayer("explosion",7,5,120,0,300,350,2000);
addLayer("explosion",7,3,120,0,350,375,2000);
addLayer("explosion",7,4,120,0,400,445,2000);
addLayer("explosion",7,9,120,0,450,415,2000);
addLayer("explosion",7,7,120,0,350,405,2000);
addLayer("explosion",7,4,120,0,320,410,2000);
addLayer("explosion",7,8,120,0,463,423,2000);
addLayer("explosion",7,5,120,0,435,395,2000);
addLayer("explosion",7,7,120,0,427,393,2000);
addLayer("explosion",7,9,120,0,421,405,2000);
addLayer("explosion",7,4,120,0,413,403,2000);
addLayer("restosbrillantes",1,5,3,0,300,440,0,3500,75);
addLayer("city",3,21,80,0,900,350,1300);
addLayer("restosnegros",1,2,10,0,100,575,0);
addLayer("restosnegros",1,2,25,0,300,450,0);
//addLayer("restosnegros",1,2,30,0,600,300,0);
//addLayer("plataforma",1,100,1,0,0,0,0);
/*
//Load back layer
for(TiXmlNode *nodo_back=stage_file->FirstChild("BackLayer");
nodo_back!=NULL;
nodo_back=nodo_back->NextSibling("BackLayer"))
{
int frame_duration=0;
if(nodo_back->ToElement()->Attribute("frame_duration")!=NULL)
frame_duration=atoi(nodo_back->ToElement()->Attribute("frame_duration"));
int depth_effect_x=0;
if(nodo_back->ToElement()->Attribute("depth_effect_x")!=NULL)
depth_effect_x=atoi(nodo_back->ToElement()->Attribute("depth_effect_x"));
int depth_effect_y=0;
if(nodo_back->ToElement()->Attribute("depth_effect_y")!=NULL)
depth_effect_y=atoi(nodo_back->ToElement()->Attribute("depth_effect_y"));
int align_x=0;
if(nodo_back->ToElement()->Attribute("align_x")!=NULL)
align_x=atoi(nodo_back->ToElement()->Attribute("align_x"));
int align_y=0;
if(nodo_back->ToElement()->Attribute("align_y")!=NULL)
align_y=atoi(nodo_back->ToElement()->Attribute("align_y"));
int separation_x=0;
if(nodo_back->ToElement()->Attribute("separation_x")!=NULL)
separation_x=atoi(nodo_back->ToElement()->Attribute("separation_x"));
std::vector <Image*> textures;
std::vector <int> textures_size_x;
std::vector <int> textures_size_y;
for(TiXmlNode* layer=nodo_back->FirstChild("frame");
layer!=NULL;
layer=layer->NextSibling("frame"))
{
char *image=new char[255];
strcpy(image,"stages/");
strcat(image,name.c_str());
strcat(image,"/images/");
strcat(image,layer->ToElement()->Attribute("image_path"));
Image *image_temp=painter->getTexture(image);
int size_x=image_temp->getWidth();
int size_y=image_temp->getHeight();
if(layer->ToElement()->Attribute("width")!=NULL)
size_x=atoi(layer->ToElement()->Attribute("width"));
if(layer->ToElement()->Attribute("height")!=NULL)
size_y=atoi(layer->ToElement()->Attribute("height"));
textures.push_back(image_temp);
textures_size_x.push_back(size_x);
textures_size_y.push_back(size_y);
}
back.push_back(new Layer(textures,textures_size_x,textures_size_y,frame_duration,depth_effect_x,depth_effect_y,align_x,align_y,separation_x));
}
writeLogLine("Loading stage's FrontLayers.");
//Load front layer
for(TiXmlNode *nodo_back=stage_file->FirstChild("FrontLayer");
nodo_back!=NULL;
nodo_back=nodo_back->NextSibling("FrontLayer"))
{
int frame_duration=0;
if(nodo_back->ToElement()->Attribute("frame_duration")!=NULL)
frame_duration=atoi(nodo_back->ToElement()->Attribute("frame_duration"));
int depth_effect_x=0;
if(nodo_back->ToElement()->Attribute("depth_effect_x")!=NULL)
depth_effect_x=atoi(nodo_back->ToElement()->Attribute("depth_effect_x"));
int depth_effect_y=0;
if(nodo_back->ToElement()->Attribute("depth_effect_y")!=NULL)
depth_effect_y=atoi(nodo_back->ToElement()->Attribute("depth_effect_y"));
int align_x=0;
if(nodo_back->ToElement()->Attribute("align_x")!=NULL)
align_x=atoi(nodo_back->ToElement()->Attribute("align_x"));
int align_y=0;
if(nodo_back->ToElement()->Attribute("align_y")!=NULL)
align_y=atoi(nodo_back->ToElement()->Attribute("align_y"));
int separation_x=0;
if(nodo_back->ToElement()->Attribute("separation_x")!=NULL)
separation_x=atoi(nodo_back->ToElement()->Attribute("separation_x"));
std::vector <Image*> textures;
std::vector <int> textures_size_x;
std::vector <int> textures_size_y;
for(TiXmlNode* layer=nodo_back->FirstChild("frame");
layer!=NULL;
layer=layer->NextSibling("frame"))
{
char *image=new char[255];
strcpy(image,"stages/");
strcat(image,name.c_str());
strcat(image,"/images/");
strcat(image,layer->ToElement()->Attribute("image_path"));
Image *image_temp=painter->getTexture(image);
int size_x=image_temp->getWidth();
int size_y=image_temp->getHeight();
if(layer->ToElement()->Attribute("width")!=NULL)
size_x=atoi(layer->ToElement()->Attribute("width"));
if(layer->ToElement()->Attribute("height")!=NULL)
size_y=atoi(layer->ToElement()->Attribute("height"));
textures.push_back(image_temp);
textures_size_x.push_back(size_x);
textures_size_y.push_back(size_y);
}
front.push_back(new Layer(textures,textures_size_x,textures_size_y,frame_duration,depth_effect_x,depth_effect_y,align_x,align_y,separation_x
));
}
writeLogLine("Stage loaded succesfully from XML.");
loadDialogues(name);
*/
}
RosalilaGraphics::RosalilaGraphics()
{
//XML Initializations
string configxml_path=assets_directory+"config.xml";
TiXmlDocument doc_t( configxml_path.c_str() );
doc_t.LoadFile();
TiXmlDocument *doc;
doc=&doc_t;
TiXmlNode *config_file=doc->FirstChild("ConfigFile");
TiXmlElement *screensize_element=config_file->FirstChild("Resolution")->ToElement();
screen_width=atoi(screensize_element->Attribute("x"));
screen_height=atoi(screensize_element->Attribute("y"));
TiXmlElement *resolution_element=config_file->FirstChild("ScreenSize")->ToElement();
int screen_resized_width=atoi(resolution_element->Attribute("x"));
int screen_resized_height=atoi(resolution_element->Attribute("y"));
TiXmlElement *fullscreen_element=config_file->FirstChild("Fullscreen")->ToElement();
fullscreen=strcmp(fullscreen_element->Attribute("enabled"),"yes")==0;
TiXmlElement *font_element=config_file->FirstChild("Font")->ToElement();
int font_size=10;
if(font_element->Attribute("size")!=NULL)
{
font_size=atoi(font_element->Attribute("size"));
}
int font_red=0;
if(font_element->Attribute("red")!=NULL)
{
font_red=atoi(font_element->Attribute("red"));
}
int font_green=0;
if(font_element->Attribute("green")!=NULL)
{
font_green=atoi(font_element->Attribute("green"));
}
int font_blue=0;
if(font_element->Attribute("blue")!=NULL)
{
font_blue=atoi(font_element->Attribute("blue"));
}
//Internal initializations
joystick_1 = NULL;
joystick_2 = NULL;
screen_bpp = 32;
camera_x=camera_y=0;
//Initialize all SDL subsystems
if( SDL_Init(SDL_INIT_VIDEO | SDL_INIT_JOYSTICK) < 0 )
{
writeLogLine(SDL_GetError());
return;
}
//Initialize SDL_ttf
if( TTF_Init() == -1 )
{
writeLogLine(SDL_GetError());
return;
}
font = NULL;
textColor.r = font_red;
textColor.g = font_green;
textColor.b = font_blue;
string font_path=assets_directory+"misc/font.ttf";
font = TTF_OpenFont( font_path.c_str(), font_size );
if(font==NULL)
{
writeLogLine("Could not init font. Place it on /misc/font.ttf .");
}
SDL_GL_SetAttribute( SDL_GL_DOUBLEBUFFER, 1 ); // *new*
window = SDL_CreateWindow( "Rosalila Engine", SDL_WINDOWPOS_UNDEFINED, SDL_WINDOWPOS_UNDEFINED,
screen_resized_width, screen_resized_height,
SDL_WINDOW_OPENGL | SDL_WINDOW_SHOWN );
if(fullscreen)
SDL_SetWindowFullscreen(window,SDL_WINDOW_FULLSCREEN);
renderer = SDL_CreateRenderer(window, -1, 0);
//Set the openGL state?
glEnable( GL_TEXTURE_2D );
glEnable(GL_BLEND);
glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA);
glClearColor( 0.0f, 0.0f, 0.0f, 0.0f );
glViewport( 0, 0, screen_resized_width, screen_resized_height );
glClear( GL_COLOR_BUFFER_BIT );
glMatrixMode( GL_PROJECTION );
glLoadIdentity();
glOrtho(0.0f, screen_width, screen_height, 0.0f, -1.0f, 1.0f);
glMatrixMode( GL_MODELVIEW );
glLoadIdentity();
//Fps cap
frames_per_seccond = 60;
frame = 0;
fps=new Timer();
update=new Timer();
fps->start();
update->start();
//Init joysticks
if( SDL_NumJoysticks() == 1 )
{
writeLogLine("1 joystick was found.");
joystick_1 = SDL_JoystickOpen( 0 );
if(joystick_1 != NULL)
writeLogLine("Joystick for player 1 initialized succesfully.");
else
writeLogLine("Error initializing joystick for player 1.");
}
if( SDL_NumJoysticks() == 2 )
{
writeLogLine("2 joysticks were found.");
joystick_1 = SDL_JoystickOpen( 0 );
if(joystick_1 != NULL)
writeLogLine("Joystick for player 1 initialized succesfully.");
else
writeLogLine("Error initializing joystick for player 1.");
joystick_2 = SDL_JoystickOpen( 1 );
if(joystick_2 != NULL)
writeLogLine("Joystick for player 2 initialized succesfully.");
else
writeLogLine("Error initializing joystick for player 2.");
}
//If everything initialized fine
writeLogLine("Success! SDL initialized.");
SDL_GL_CreateContext(window);
GLenum error = GL_NO_ERROR;
error = glGetError();
if( error != GL_NO_ERROR ) {
/* Died as glu did
printf( "Error initializing OpenGL! %s\n", gluErrorString( error ) );
*/
exit(12);
}
return;
}
void Logger::writeLogLine(std::string LogLine) {
writeLogLine(LogLine, true);
}
