//set a cell to dead
void Cell::setDead()
{
this->level = 0;
isOccupied = false;
//if the game was played in the command-line mode, then do not have to draw the block in the window.
if (xw)
undraw();
}
void CreatureBrush::draw(BaseMap* map, Tile* tile, void* parameter) {
ASSERT(tile);
ASSERT(parameter);
if(canDraw(map, tile->getPosition())) {
undraw(map, tile);
if(creature_type) {
tile->creature = newd Creature(creature_type);
tile->creature->setSpawnTime(*(int*)parameter);
}
}
}
void PHN_Widget::draw_validate() {
if ((visible & 0x4) != 0x4) {
if (visible & 0x1) {
visible |= 0x2;
draw();
} else if (visible & 0x2) {
visible &= ~0x2;
undraw();
}
invalidated = false;
}
}
void LMain::main_loop()
{
while (true) {
undraw();
// Depending on the vsync option, I do either frameskipping or
// a set number of logic cycle calculations.
if (gloB->screen_vsync) {
const unsigned loops = Help::get_timer_ticks_per_draw() + 1;
rest(1);
while (++tck % loops != 0) calc();
// To not have the program hang when the user changes the vsync
// option, set tck here. The following "else" will start working
// immediately in the next main_loop() call then.
if (!gloB->screen_vsync) tck = Help::timer_ticks;
}
// If vsync is deactivated, do normal frameskipping: Calculate until
// the logic is up to date, then draw. If the computer is slow, several
// logic updates will be calcd before the draw.
else {
while (tck == Help::timer_ticks) {
rest(1);
// The mouse poll is something I've inserted here against
// the Yassin bug. The Yassin bug is when clicks from the user
// won't get registered by L++. I hope this helps.
hardware.poll_mouse();
}
while (tck < Help::timer_ticks) {
++tck;
calc();
}
}
if (exit) break;
draw();
}
// This gets uncommented only whenever I want to test for exit crashes.
// clear_to_color(screen, makecol(0, 0, 128));
// rest(400);
}
void Deck::flip_to(GlyphIndex index) {
undraw();
card_ = index;
}
GraphicBG::~GraphicBG()
{
if (drawn) undraw();
destroy_bitmap(bg);
}
main()
{
#ifdef DETAILED
sz=getmaxy()/2-5;
long_sz=sz-18;
short_sz=sz/2;
#else
sz=getmaxy()/2-1;
long_sz=sz-2;
short_sz=sz/2;
#endif
cx=getmaxx()/2;
cy=getmaxy()/2;
printf("%cTime set..\n\n Hours: ",12);
gets(hr);
k=atoi(hr);
printf("\n Minutes: ");
scanf("%s",hr);
j=atoi(hr);
k=k*5+(j/12);
if (k<15)
k=k+45;
else
k-=15;
if (j<15)
j=j+45;
else
j-=15;
clg();
circle(cx,cy,cy,1);
#ifdef DETAILED
circle(cx,cy,cy-3,1);
circle(cx,cy,3,1);
#endif
for (i=0;i<60;i++) {
x=icos(i*6)*sz/256;
y=isin(i*6)*sz/256;
plot (cx+x,cy+y);
}
#ifdef DETAILED
for (i=0;i<12;i++) {
x=isin(i*30)*(sz-8)/256;
y=icos(i*30)*(sz-8)/256;
putsprite(spr_or, cx+x-5, cy-y-3, roman_nums + i*16 + 7*(i>8));
}
#endif
x=-1;
i=0;
tm=clock();
while (getk()!=' ') {
tm=clock();
if (i++ == 59) i=0;
if (i == 45) {
if (x != -1) {
// min
undraw(cx-1,cy+1,cx+x_min,cy+y_min);
undraw(cx+1,cy-1,cx+x_min,cy+y_min);
undraw(cx+1,cy+1,cx+x_min,cy+y_min);
undraw(cx-1,cy-1,cx+x_min,cy+y_min);
}
if (j++ == 59) {
j=0;
}
if (j == 45) {
if (x != -1) {
undraw(cx,cy,cx+x_hr,cy+y_hr);
undraw(cx-1,cy+1,cx+x_hr-1,cy+y_hr+1);
undraw(cx+1,cy-1,cx+x_hr+1,cy+y_hr-1);
undraw(cx+1,cy+1,cx+x_hr+1,cy+y_hr+1);
undraw(cx-1,cy-1,cx+x_hr-1,cy+y_hr-1);
}
if (k++ == 59) k=0;
}
}
if (x != -1) {
//sec
undraw(cx,cy,cx+x,cy+y);
}
x=icos(i*6)*long_sz/256;
y=isin(i*6)*long_sz/256;
x_min=icos(j*6)*long_sz/256;
y_min=isin(j*6)*long_sz/256;
x_hr=icos(k*6)*short_sz/256;
y_hr=isin(k*6)*short_sz/256;
// sec
draw(cx,cy,cx+x,cy+y);
// min
draw(cx-1,cy+1,cx+x_min,cy+y_min);
draw(cx+1,cy-1,cx+x_min,cy+y_min);
draw(cx+1,cy+1,cx+x_min,cy+y_min);
draw(cx-1,cy-1,cx+x_min,cy+y_min);
// hr
draw(cx,cy,cx+x_hr,cy+y_hr);
draw(cx-1,cy+1,cx+x_hr-1,cy+y_hr+1);
draw(cx+1,cy-1,cx+x_hr+1,cy+y_hr-1);
draw(cx+1,cy+1,cx+x_hr+1,cy+y_hr+1);
draw(cx-1,cy-1,cx+x_hr-1,cy+y_hr-1);
circle(cx,cy,3,1);
#ifdef DETAILED
circle(cx,cy,5,1);
#endif
while ((clock() < (tm+CLOCKS_PER_SEC))&&(clock() > CLOCKS_PER_SEC)) {}
tm=clock();
}
}
