SubtileHolder::SubtileHolder(int bg, int x, int y, unsigned int palIdx, Subtile** tiles) : Tile(bg,x,y,palIdx), destroyed(false)
{
memcpy(subtiles, tiles, sizeof(Subtile*)*4);
if(subtiles[0])
{
subtiles[0]->setXPos(4*x);
subtiles[0]->setYPos(4*y);
subtiles[0]->setBgHandle(bg);
subtiles[0]->setPalIdx(palIdx);
}
if(subtiles[1])
{
subtiles[1]->setXPos(4*x + 2);
subtiles[1]->setYPos(4*y);
subtiles[1]->setBgHandle(bg);
subtiles[1]->setPalIdx(palIdx);
}
if(subtiles[2])
{
subtiles[2]->setXPos(4*x);
subtiles[2]->setYPos(4*y + 2);
subtiles[2]->setBgHandle(bg);
subtiles[2]->setPalIdx(palIdx);
}
if(subtiles[3])
{
subtiles[3]->setXPos(4*x + 2);
subtiles[3]->setYPos(4*y + 2);
subtiles[3]->setBgHandle(bg);
subtiles[3]->setPalIdx(palIdx);
}
drawUpdate();
}
void MenuBar::drawGrund()
{
//Den tomma gråa raden
char tom[COLUMNS+1];
for(int i = 0; i < getWidth(); i++)
tom[i] = ' ';
tom[getWidth()] = '\0';
textbackground(MBARBG);
gotoxy(getTop(),getLeft());
cputs(tom);
drawUpdate(); //Knapparna och activa menyer
}
void Beetle::update() {
if (!_data)
error("Beetle::update: sequences have not been loaded!");
if (!_data->isLoaded)
return;
move();
if (_data->field_D5)
_data->field_D5--;
if (_data->currentSequence && _data->indexes[_data->offset] != 29) {
drawUpdate();
return;
}
if (getInventory()->get(kItemBeetle)->location == kObjectLocation3) {
if ((!_data->field_DD && rnd(10) < 1)
|| (_data->field_DD && rnd(30) < 1)
|| rnd(100) < 1) {
_data->field_DD++;
if (_data->field_DD > 3)
_data->field_DD = 0;
updateData(24);
_data->coordX = (int16)(rnd(250) + 190);
_data->coordOffset = (int16)(rnd(5) + 5);
if (_data->field_D9 > 1)
_data->field_D9--;
drawUpdate();
}
}
}
//--------------------------------------------------------------
void ofApp::update(){
drawUpdate();
}
Mirror::Mirror(int bg, int mirrorBg, int x, int y, unsigned int palIdx, unsigned int tileBase) : Tile(bg, x, y, palIdx), mirrorTileBase(tileBase), mirrorBgHandle(mirrorBg), angle(rand() & 0xF)
{
needsUpdate = true;
drawUpdate();
}
SpinBlocker::SpinBlocker(int bg, int x, int y, unsigned int palIdx, unsigned int tile, BeamDirection initAngle) : Tile(bg, x, y, palIdx), tileBase(tile), angle(initAngle & 7)
{
drawUpdate();
}
Target::Target(int bg, int x, int y, unsigned int palIdx, unsigned int tile, Level* level) : Tile(bg,x,y,palIdx), tileBase(tile), level(level), state(0)
{
drawUpdate();
}
Laser::Laser(int bg, int x, int y, unsigned int palIdx, unsigned int tileBase, LaserDirection direction) : Tile(bg, x, y, palIdx), laserTileBase(tileBase), dir(direction)
{
drawUpdate();
}
