/* draws everything else */
void draw_1dtetris (TWidget *wid, ttk_surface srf)
{
char buffer[8];
if (score == 0) snprintf(buffer, 8, "%d", score); else snprintf(buffer, 8, "%d00", score);
// draw playfield
ttk_fillrect (srf, 0, 0, w, HWH, ttk_makecol(BLACK));
ttk_rect (srf, pf_x, 6, pf_x+pf_w, 6+pf_h, ttk_makecol(WHITE));
ttk_line (srf, pf_x+1, 6, pf_x+pf_w-2, 6, ttk_makecol(BLACK));
// draw next frame
ttk_rect (srf, nf_x, nf_y, nf_x+nf_w, nf_y+nf_h, ttk_makecol(WHITE));
ttk_text (srf, ttk_textfont, nf_x+1, nf_y-ttk_text_height(ttk_textfont), ttk_makecol(WHITE), "next");
// draw score frame
ttk_rect (srf, sf_x, nf_y, sf_x+sf_w, nf_y+nf_w, ttk_makecol(WHITE));
ttk_text (srf, ttk_textfont, sf_x+1, nf_y-ttk_text_height(ttk_textfont), ttk_makecol(WHITE), "score");
ttk_text (srf, ttk_textfont, sf_x+sf_w-ttk_text_width(ttk_textfont, buffer)-3, nf_y + (nf_w/2 - ttk_text_height(ttk_textfont)/2), ttk_makecol(WHITE), buffer);
// draw moving brick
draw_brick(srf, pf_x, 7-(sq_size*brick_length), brick_length, brick_depth);
// draw next brick
draw_brick(srf, nf_x+sq_size/2, nf_y+sq_size/2, next_length, 0);
// hide bad programming skills for users eyes :)
ttk_fillrect (srf, pf_x, 0, pf_x+pf_w, 6, ttk_makecol(BLACK));
}
static void duckhunt_message (char *message)
{
int length;
length = pz_vector_width (message, 6, 8, 1);
ttk_rect (duckhunt_srf, ((WIDTH/2)-(length/2))-6, ((HEIGHT/3)-(8/2))-6, ((WIDTH/2)+(length/2))+6, ((HEIGHT/3)+(8/2))+6, ttk_makecol(WHITE));
ttk_fillrect (duckhunt_srf, ((WIDTH/2)-(length/2))-5, ((HEIGHT/3)-(8/2))-5, ((WIDTH/2)+(length/2))+5, ((HEIGHT/3)+(8/2))+5, ttk_makecol(BLACK));
pz_vector_string (duckhunt_srf, message, (WIDTH/2)-(length/2), (HEIGHT/3)-(8/2), 6, 8, 1, ttk_makecol(WHITE));
}
le * eval_gfx_DrawRect ( lithp_burrito * lb, const int argc, le * branch )
{
int x,y,a,b;
if( !lb || !branch || argc != 5 ) return( leNew( "NIL" ));
eval_getint_4( lb, branch, &x, &y, &a, &b );
ttk_rect( lb->srf, x, y, a, b, lb->pen1 );
return( leNew( "T" ));
}
static void draw_digit( ttk_surface srf, clocks_globals *glob, int w, int v,
int use_ap,
ttk_color c_ol, ttk_color c_fill, ttk_color c_dark )
{
/* 0 1
2 3 */
int array[9]; /* the bits - one for each light */
TApItem *boxOn = NULL, *boxOnB = NULL;
TApItem *boxOff = NULL, *boxOffB = NULL;
int x, z; /* misc */
int sx=0, sy=0; /* start x/ start y for the box */
int w2 = glob->w>>1; /* w/2 */
int h2 = glob->h>>1; /* h/2 */
int w6 = glob->w/6; /* w/6 */
int h6 = glob->h/6; /* h/6 */
/* the positions in the 3x3 grid for each of the 9 lights */
int xp[9] = { 0, w6, w6+w6, 0, w6, w6+w6, 0, w6, w6+w6 };
int yp[9] = { 0, 0, 0, h6, h6, h6, h6+h6, h6+h6, h6+h6 };
/* determine sx/sy */
if( w & 0x01 ) sx = w2; else sx = 0;
if( w & 0x02 ) sy = h2; else sy = 0;
/* use the apearance colorscheme */
if( use_ap ) {
if( w == 0 || w == 3 ) {
boxOff = ttk_ap_getx( "box.default.bg" );
boxOffB = ttk_ap_getx( "box.default.border" );
boxOn = ttk_ap_getx( "box.selected.bg" );
boxOnB = ttk_ap_getx( "box.selected.border" );
} else {
boxOff = ttk_ap_getx( "box.default.bg" );
boxOffB = ttk_ap_getx( "box.default.border" );
boxOn = ttk_ap_getx( "box.special.bg" );
boxOnB = ttk_ap_getx( "box.special.border" );
}
}
/* generate the array */
for( x=0 ; x<9 ; x++ ) array[x] = 0;
for( x=0 ; x<v ; ) {
int idx = rand()%9;
if( !array[idx]) {
array[idx] = 1;
x++;
}
}
/* draw the number */
/* 0 1 2
3 4 5
6 7 8 */
for( z=0 ; z<9 ; z++ ) {
int x1 = sx+xp[z]+INS;
int y1 = sy+yp[z]+INS;
int x2 = sx+xp[z]+w6-INS;
int y2 = sy+yp[z]+h6-INS;
if( use_ap ) {
ttk_ap_fillrect( srf, (array[z])? boxOn : boxOff,
x1, y1, x2, y2 );
ttk_ap_rect( srf, (array[z])? boxOnB : boxOffB,
x1, y1, x2, y2 );
} else {
if( array[z] ) {
ttk_fillrect( srf, x1, y1, x2, y2, c_fill );
ttk_rect( srf, x1, y1, x2, y2, c_ol );
} else {
ttk_fillrect( srf, x1, y1, x2, y2, c_dark );
}
}
}
}