SokobanWidget::SokobanWidget(int argc, char ** argv)
: quit(false)
{
char absolute_file_path[256] = {0};
const char * ok = realpath(argv[1], absolute_file_path);
std::string commandLineFilename = (argc <= 1 && ok) ? "" : absolute_file_path;
settings.load();
if(settings.levelset.empty()) {
if(commandLineFilename.empty()) {
levelSet = LevelSet();
} else {
levelSet.loadFromFile(commandLineFilename, 0);
}
} else {
if(commandLineFilename.empty()) {
levelSet.loadFromFile(settings.levelset, settings.level_index);
} else {
if(commandLineFilename == settings.levelset) {
levelSet.loadFromFile(settings.levelset, settings.level_index);
} else {
levelSet.loadFromFile(commandLineFilename, 0);
}
}
}
}
// 게임 초기 설정
void Tetris::Init()
{
m_block = new Block();
stage = INIT;
m_printTime = 1000;
m_level = 0;
m_line = 0;
m_score = 0;
m_full_line_num = 0;
m_bIsGameOver = false;
// 스테이지 초기화 ------------------
stage_data[0].speed = 1000;
stage_data[0].stick_rate = 20;
stage_data[0].clear_line = 20;
stage_data[1].speed = 1000;
stage_data[1].stick_rate = 18;
stage_data[1].clear_line = 20;
stage_data[2].speed = 800;
stage_data[2].stick_rate = 18;
stage_data[2].clear_line = 20;
stage_data[3].speed = 800;
stage_data[3].stick_rate = 17;
stage_data[3].clear_line = 20;
stage_data[4].speed = 700;
stage_data[4].stick_rate = 16;
stage_data[4].clear_line = 20;
stage_data[5].speed = 700;
stage_data[5].stick_rate = 14;
stage_data[5].clear_line = 20;
stage_data[6].speed = 400;
stage_data[6].stick_rate = 14;
stage_data[6].clear_line = 20;
stage_data[7].speed = 400;
stage_data[7].stick_rate = 13;
stage_data[7].clear_line = 20;
stage_data[8].speed = 300;
stage_data[8].stick_rate = 12;
stage_data[8].clear_line = 20;
stage_data[9].speed = 300;
stage_data[9].stick_rate = 11;
stage_data[9].clear_line = 100;
// ------------------------------------
// 초기 화면에 쓰일 블럭 만들어둠
for( int i = 0; i < 4; ++i )
{
angle[i] = rand() % 4;
shape[i] = rand() % 7;
}
LevelSet();
}
// 레벨 선택
void Tetris::level_select( int nKey )
{
if( nKey != 0 && nKey != '0' && nKey <= '8')
{
char clevel = nKey;
int level = atoi( &clevel );
m_level = level - 1;
stage = RUNNING;
LevelSet();
}
}
DWORD WINAPI levelThread_f(PVOID pvParam)
{
LevelSet((District*)pvParam);
return 1;
}
