void rand_card(void) {
while (card_used[current_card]) {
current_card = rand() % NUMBER_OF_CARDS;
}
load_card();
}
void init_cards(Window *main_window,
CardBack_t main_card_front,
CardBack_t main_card_back)
{
reset_card_used();
current_card = rand() % NUMBER_OF_CARDS;
current_side = FRONT;
window = main_window;
window_set_background_color(main_window, GColorBlack);
card_front = main_card_front;
card_back = main_card_back;
init_card_text();
GRect bounds = layer_get_bounds(window_get_root_layer(window));
load_card();
}
void init_cards(Window *main_window,
GBitmap *main_image_front,
BitmapLayer *main_image_layer_front,
CardBack_t main_card_back)
{
reset_card_used();
current_card = rand() % NUMBER_OF_CARDS;
current_side = FRONT;
window = main_window;
image_front = main_image_front;
image_layer_front = main_image_layer_front;
card_back = main_card_back;
init_card_text();
GRect bounds = layer_get_bounds(window_get_root_layer(window));
image_layer_front = bitmap_layer_create(bounds);
bitmap_layer_set_alignment(image_layer_front, GAlignCenter);
layer_add_child(window_get_root_layer(window), (Layer*)image_layer_front);
load_card();
}
/*
* Perform the given action.
*/
static void perform_act(game *g, action a)
{
player *p, *opp;
int old_phase;
/* Get player pointers */
p = &g->p[g->turn];
opp = &g->p[!g->turn];
/* Remember current phase */
old_phase = p->phase;
/* Switch on action */
switch (a.act)
{
/* No action, advance phase counter */
case ACT_NONE:
{
/* Advance phase counter */
p->phase++;
/* Take care of bookkeeping */
switch (old_phase)
{
/* Start of turn */
case PHASE_START:
/* Start turn */
start_turn(g);
/* Done */
break;
/* After support/booster */
case PHASE_AFTER_SB:
/* End support phase */
end_support(g);
/* Done */
break;
/* Refresh hand */
case PHASE_REFRESH:
/* Refresh */
refresh_phase(g);
/* Done */
break;
/* End of turn */
case PHASE_END:
/* End current turn */
end_turn(g);
/* Done */
break;
/* Move to next player */
case PHASE_OVER:
/* Player is done */
p->phase = PHASE_NONE;
/* Next player */
g->turn = !g->turn;
/* Start opponent's turn */
opp->phase = PHASE_START;
/* Done (completely) */
return;
}
/* Clear last played card */
p->last_played = 0;
/* Done */
break;
}
/* Retreat */
case ACT_RETREAT:
{
/* Retreat */
retreat(g);
/* Done */
break;
}
/* Retrieve a card */
case ACT_RETRIEVE:
{
/* Set last played */
p->last_played = a.index;
/* Retrieve card */
retrieve_card(g, a.arg);
/* Done */
break;
}
/* Play a card */
case ACT_PLAY:
{
/* Set last played */
p->last_played = a.index;
/* Play card */
play_card(g, a.arg, 0, 0);
/* Done */
break;
}
/* Play a card without special effect */
case ACT_PLAY_NO:
{
/* Set last played */
p->last_played = a.index;
/* Play card */
play_card(g, a.arg, 1, 0);
/* Done */
break;
}
/* Announce power */
case ACT_ANN_FIRE:
case ACT_ANN_EARTH:
{
/* Increment phase counter */
p->phase++;
/* Announce power */
announce_power(g, a.act - ACT_ANN_FIRE);
/* Done */
break;
}
/* Use card special power */
case ACT_USE:
{
/* Use card */
use_special(g, a.arg);
/* Done */
break;
}
/* Satisfy opponent's "discard" card */
case ACT_SATISFY:
{
/* Satisfy requirement */
satisfy_discard(g, a.arg);
/* Done */
break;
}
/* Land a ship */
case ACT_LAND:
{
/* Set last played */
p->last_played = a.index;
/* Land ship */
land_ship(g, a.arg);
/* Done */
break;
}
/* Load a card onto a ship */
case ACT_LOAD:
{
/* Set last played */
p->last_played = a.index;
/* Load card */
load_card(g, a.arg, a.target);
/* Done */
break;
}
/* Play a bluff card */
case ACT_BLUFF:
{
/* Set last played */
p->last_played = a.index;
/* Play bluff */
play_bluff(g, a.arg);
/* Done */
break;
}
/* Reveal a bluff card */
case ACT_REVEAL:
{
/* Set last played */
p->last_played = a.index;
/* Reveal bluff */
reveal_bluff(g, g->turn, a.arg);
/* Done */
break;
}
}
}
