void showGameOver() {
drawText(COORDS(1, 39), "k");
drawText(COORDS(4, 39), "o");
drawText(COORDS(7, 39), "n");
drawText(COORDS(10, 39), "e");
drawText(COORDS(12, 39), "c ");
}
void Triangle::draw(const Color4f& _color) const
{
glColor4f(_color.r(),_color.g(),_color.b(),_color.a());
glBegin(GL_TRIANGLES);
glNormal3f(COORDS(n_));
glVertex3f(COORDS(v0()));
glVertex3f(COORDS(v1()));
glVertex3f(COORDS(v2()));
glEnd();
}
void showRecordScreen(uchar pos) {
register uchar *a;
struct HiScore* h;
uchar c, i, x, y;
char buf[7];
char* text;
a = COORDS(18, 6);
buf[0]=' ';
buf[6]=0;
for(i=0, h=hiScores; i<9; ++i, ++h) {
if(i==pos) c=0x84; else c=0x80;
printCenter(c, a, buf, 1);
printCenter(c, a + 5, h->name, 4);
i2s(buf+1, h->score);
printCenter(c, a + 5*5, buf, 4);
a += APOGEY_VIDEO_BPL*4;
}
}
void drawOnOff(uchar n, uchar state) {
uchar i;
uchar* addr;
switch(n) {
case 0: addr = COORDS(5, 43); break;
case 1: addr = COORDS(19, 43); break;
case 2: addr = COORDS(34, 43); break;
default: return;
}
state = state ? 0x84 : 0x80;
for(i=0; i<4; i++, addr+=APOGEY_VIDEO_BPL)
*addr = state;
}
shared_ptr<SurfaceBlock> World::getSbFrom(COORDS crd, DIRECTION dir){
shared_ptr<SurfaceBlock> sb;
switch(dir){
case DIRECTION_UP: // go up
sb = sharedWorld->getSurfaceBlockByCoords(COORDS(crd.x, crd.y-1));
break;
case DIRECTION_DOWN: // go down
sb = sharedWorld->getSurfaceBlockByCoords(COORDS(crd.x, crd.y+1));
break;
case DIRECTION_LEFT: // go left
sb = sharedWorld->getSurfaceBlockByCoords(COORDS(crd.x-1, crd.y));
break;
case DIRECTION_RIGHT: // go right
sb = sharedWorld->getSurfaceBlockByCoords(COORDS(crd.x+1, crd.y));
break;
}
return sb;
}
void drawScore(uint score) {
uchar n;
drawNumber(COORDS(67, 1), score);
if(score < hiScores[0].score) n = (score / (hiScores[0].score / 6));
else n = 7;
if(playerSpriteTop != n) {
playerSpriteTop = n;
waitHorzSync();
if(n > 6) { superDraw(COORDS(63, 6), 0, 23, 7, rightSprite, 17, 17); n=1; }
else { superDraw(COORDS(63, 6), 6-n, 23, n, gameScreen + 63 + 12*80, 17, 80); n=0; }
if(kingSprite != n) {
kingSprite = n;
if(n) superDraw(COORDS(0, 6), 5, 16, 0, leftSprite, 18, 18);
else superDraw(COORDS(0, 6), 0, 21, 0, gameScreen + 0 + 6*80, 18, 80);
}
}
}
void updateTopScore() {
drawNumber(COORDS(5, 1), hiScores[0].score);
drawChar(COORDS(1, 39), hiScores[0].name[0]);
drawChar(COORDS(4, 39), hiScores[0].name[1]);
drawChar(COORDS(7, 39), hiScores[0].name[2]);
drawChar(COORDS(10, 39), hiScores[0].name[3]);
drawChar(COORDS(12, 39), hiScores[0].name[4]);
drawChar(COORDS(14, 39), hiScores[0].name[5]);
}
void VertexTriangle::draw(const Color4f& _color) const
{
glColor4f(_color.r(),_color.g(),_color.b(),_color.a());
glBegin(GL_TRIANGLES);
glNormal3f(COORDS(v[0]->n));
glVertex3f(COORDS(v[0]->v));
glNormal3f(COORDS(v[1]->n));
glVertex3f(COORDS(v[1]->v));
glNormal3f(COORDS(v[2]->n));
glVertex3f(COORDS(v[2]->v));
glEnd();
}
void drawSprite(uchar x, uchar y, uchar c, char* s) {
drawSprite0(COORDS(x$5 + PLAYFIELD_X, y$4+PLAYFIELD_Y), c, s);
}
void redrawNewBalls(uchar a, uchar b, uchar c) {
redrawNewBall(COORDS(36, 1), a);
redrawNewBall(COORDS(41, 1), b);
redrawNewBall(COORDS(46, 1), c);
}
