void map_flare_add(int index, int player, unsigned int duration, unsigned int radius) {
int w=map->layer[map->layers-2].tilemap->w;
int h=map->layer[map->layers-2].tilemap->h;
int tile_w=map->layer[map->layers-2].tile_w;
int tile_h=map->layer[map->layers-2].tile_h;
int x=index%w;
int y=index/w;
struct MAP_FLARE_LIST **l;
for(l=&map_flares; *l; l=&((*l)->next));
*l=malloc(sizeof(struct MAP_FLARE_LIST));
(*l)->circle[0]=d_render_circle_new(16, 1);
d_render_circle_move((*l)->circle[0], x*tile_w+tile_w/2, y*tile_h+tile_h/2, radius/4);
(*l)->circle[1]=d_render_circle_new(16, 1);
d_render_circle_move((*l)->circle[1], x*tile_w+tile_w/2, y*tile_h+tile_h/2, radius/2);
(*l)->circle[2]=d_render_circle_new(24, 1);
d_render_circle_move((*l)->circle[2], x*tile_w+tile_w/2, y*tile_h+tile_h/2, 3*radius/4);
(*l)->circle[3]=d_render_circle_new(24, 1);
d_render_circle_move((*l)->circle[3], x*tile_w+tile_w/2, y*tile_h+tile_h/2, radius);
(*l)->minimap_circle=d_render_circle_new(6, 1);
d_render_circle_move((*l)->minimap_circle, game_sidebar_minimap->x+(x*(game_sidebar_minimap->w))/(w), game_sidebar_minimap->y+(y*(game_sidebar_minimap->h))/(h), 3);
(*l)->index=0;
(*l)->player=player;
(*l)->duration=duration;
(*l)->created=d_time_get();
(*l)->next=NULL;
}
void map_select_building(int index) {
map_selected.index=index;
int selected_building=(map->layer[map->layers-2].tilemap->data[index]&0xFFFF);
map_selected.owner=selected_building/tilesx-1;
map_selected.building=selected_building%tilesx+1;
if(map_selected.owner<0||map_selected.owner>players-1) {
map_selected.building=0;
map_selected.index=-1;
map_selected.owner=-1;
}
if(map_selected.building&&building[map_selected.building].range) {
map_selected.circle=d_render_circle_new(32, 1);
int w=map->layer[map->layers-2].tilemap->w;
//int h=map->layer[map->layers-2].tilemap->h;
int tile_w=map->layer[map->layers-2].tile_w;
int tile_h=map->layer[map->layers-2].tile_h;
int x=index%w;
int y=index/w;
d_render_circle_move(map_selected.circle, x*tile_w+tile_w/2, y*tile_h+tile_h/2, building[map_selected.building].range*tile_w);
} else
map_selected.circle=d_render_circle_free(map_selected.circle);
game_update_building_status();
}
int main(int argc, char **argv) {
int i, j;
struct GRAPH *g, *tree=NULL;
struct VERTEX *v;
struct POINT p;
DARNIT_KEYS keys;
srand(time(NULL));
d_init("Graphs", "uppg8", NULL);
for(i=0; i<256; i++) {
circle[i]=d_render_circle_new(32, 1);
line[i]=d_render_line_new(1, 1);
}
for(j=0; j<4; j++)
for(i=0; i<7; i++) {
p.x=i*100+50;//(rand()%80)*10;
p.y=j*100+50;//(rand()%48)*10;
v=graph_add_vertex(&graph, p);
for(g=graph; g; g=g->next)
if(!(rand()%6))
graph_add_edge(v, g->vertex, rand()%100, DIRECTION_DOUBLE);
}
tree=graph_prim(graph);
draw_graph(graph);
for(g=graph;;) {
keys=d_keys_get();
if(keys.start) {
g=g==graph?tree:graph;
draw_graph(g);
}
d_keys_set(keys);
d_render_begin();
d_render_tint(0xFF, 0xFF, 0xFF, 0xFF);
for(i=0; i<vertices; i++)
d_render_circle_draw(circle[i]);
for(i=0; i<edges; i++) {
d_render_tint(length[i], 0x7F, 0x0, 0xFF);
d_render_line_draw(line[i], 1);
}
d_render_end();
d_loop();
}
d_quit();
return 0;
}
