gameNode::gameNode(int N, int type, double uMean, double uSD)
{
numU = N;
int i = 0;
std::vector< double > tempV;
std::random_device rd;
std::default_random_engine generator(rd());
if(type==1)
{
// std::gamma_distribution< double > uDist(uMean,uSD);
std::normal_distribution<double> uDist(uMean,uSD);
for(i=0;i<numU;i++)
{
tempV.push_back( uDist(generator) );
}
u = std::vector< double >(tempV);
} else if(type==2)
{
std::gamma_distribution< double > uDist(uMean,uSD);
// std::normal_distribution<double> uDist(uMean,uSD);
for(i=0;i<numU;i++)
{
tempV.push_back( uDist(generator) );
}
u = std::vector< double >(tempV);
}
}
GameTable::GameTable(SDL_Renderer* pRenderer, const Uint32 w, const Uint32 h)
{
// Game window size
windowW = w;
windowH = h;
// Game table initialization
table = new Table();
// Timer initialization
Uint32 timerW = 100;
Uint32 timerH = 10;
Uint32 timerX = static_cast<Uint32>((windowW * 0.5) - (timerW * 0.5f));
Uint32 timerY = 5;
timerRect = SDL_Rect{ timerX, timerY, timerW, timerH };
timerFillColor = SDL_Color{ 250, 104, 87, 255 };
timerBGColor = SDL_Color{ 255, 207, 201, 255 };
timer = new SimpleTimer();
animTimer = new SimpleTimer();
// Upper Left position
ulPos = new SDL_Point{ 50, 300 };
// Table Rectangle delimiter
tableDelimiter = new SDL_Rect{ ulPos->x, ulPos->y - (rowNum - 1) * 40, colLimit * 40, rowNum * 40 };
// Initialize randomization
distributionForColumn = uDist(minColNum, rowNum);
// At max baseMaxBlockColor colors at first
distributionForBlockColor = uDist(0, baseMaxBlockColor);
// At first only normal blocks
distributionForBlockType = uDist(0, 0);
// Random functions
// Defining on the fly seed for the random engine
auto seed = static_cast<Uint32>(std::chrono::system_clock::now().time_since_epoch().count());
generator = std::default_random_engine(1);
// Binding for ease of use
randColNum = std::bind(distributionForColumn, generator);
randBlockColor = std::bind(distributionForBlockColor, generator);
randBlockType = std::bind(distributionForBlockType, generator);
// Loading background textures
backgroundTexture = new SimpleTexture(pRenderer);
backgroundTexture->LoadFromFileRGB(TABLE_BG_TEX_NAME, SDL_FALSE, nullptr);
// Loading block textures
blockTexture = new SimpleTexture(pRenderer);
blockTexture->LoadFromFileRGB(BLOCK_TEX_NAME, SDL_FALSE, nullptr);
blockTextureHighlighted = new SimpleTexture(pRenderer);
blockTextureHighlighted->LoadFromFileRGB(BLOCK_TEX_HL_NAME, SDL_FALSE, nullptr);
// Loading font
gameFont = TTF_OpenFont(fontName.c_str(), 20);
textTexture = new SimpleTexture(pRenderer);
// Creating buttons
btnAddFaceTexture = new SimpleTexture(pRenderer);
btnAddFaceTexture->LoadFromFileRGB(PLUS_TEX_HL_NAME, SDL_FALSE, nullptr);
btnAddColumn = new SimpleButton(pRenderer, blockTexture, blockTextureHighlighted, btnAddFaceTexture, SDL_Color{ 255, 255, 255, 255 }, ulPos->x + ((colLimit - 1) * 40), ulPos->y + 40, 40, 40);
btnPauseGame = new SimpleButton(pRenderer, blockTexture, blockTextureHighlighted, nullptr, SDL_Color{ 255, 255, 255, 255 }, ulPos->x - 40 - 5, ulPos->y - ((rowNum - 1) * 40), 40, 40);
// Initialize Linked block lists
blockLinks = LinkList();
newLink = new Link();
// Score, experience and pause rendering settings
scoreColor = SDL_Color{ 0xFF, 0xE4, 0xD1, 0xFF };
scoreULPos = SDL_Point{ 100, static_cast<Uint32>(windowH * 0.8f) };
levelULPos = SDL_Point{ 100, static_cast<Uint32>(windowH * 0.8f) + 30 };
// Calculate pause string width
int* posW = new int();
int* posH = new int();
TTF_SizeText(gameFont, pauseText.c_str(), posW, posH);
auto textSize = *posW;
pauseULPos = SDL_Point{ static_cast<Uint32>((windowW - textSize) * 0.5f), static_cast<Uint32>(windowH * 0.5f - 100) };
// Calculate experience string width
TTF_SizeText(gameFont, expText.c_str(), posW, posH);
textSize = *posW;
expULPos = SDL_Point{ static_cast<Uint32>((windowW - textSize) * 0.5f), ulPos->y + 35 };
expRect = SDL_Rect{ static_cast<Uint32>(windowW * 0.5f - 100), expULPos.y + *posH + 5, 200, 15 };
delete posW;
delete posH;
// Initialize all the game variables
Init();
}
