int main ()
{
int res;
struct manapool_t pool = { 1 };
struct card_t card = {"name_of_card", 3,5,3};
add_mana(&pool, 3);
printf("pool = %d\n", pool.mana);
res = can_put_card(&card, &pool);
printf("res can_put_card = %d\n", res);
res = remove_mana(&pool, 2);
printf("res remove_mana = %d\n", res);
printf("pool = %d\n", pool.mana);
res = can_put_card(&card, &pool);
printf("res can_put_card = %d\n", res);
res = remove_mana(&pool, 3);
printf("res remove_mana= %d\n", res);
printf("pool = %d\n", pool.mana);
return 0;
}
void put_card(card_t card_to_put, manapool_t *pool, struct deck_t *player_deck){
switch(can_put_card(card_to_put, *pool)){
case 0:printf("You don't have enough mana to put this card\n");
break;
case 1:{pool->current_mana-=card_to_put.cost;
push_card(card_to_put, player_deck);
break;
}
}
}
// put card on lane
void play_card(board_t *board, int turn, card_t card_to_put, int num_lane) {
if(can_put_card(card_to_put, board->p[turn].manapool)) // checks for mana
{
memcpy(board->lanes[turn][num_lane].name, card_to_put.name, strlen(card_to_put.name) + 1);
board->lanes[turn][num_lane].life = card_to_put.life;
board->lanes[turn][num_lane].force = card_to_put.force;
board->lanes[turn][num_lane].cost = card_to_put.cost;
delete_card_from_hand(&(board->p[turn]), card_to_put.name);
board->p[turn].manapool.current_mana -= card_to_put.cost;
}
}
int main() {
struct manapool_t pool;
struct card_t card = {"Hineca", 6, 7, 7};
init_manapool(&pool);
printf("mana: %d / %d\n", pool.current_mp, pool.max_mp); //test init_manapool
pool.max_mp = 10;
gain_mana(&pool, 100);
printf("mana: %d / %d\n", pool.current_mp, pool.max_mp);
if( can_put_card(card, pool) ) {
use_mana(&pool, card.mana_cost);
printf("mana: %d / %d\n", pool.current_mp, pool.max_mp);
} else {
printf("Not enough mana\n");
}
if( can_put_card(card, pool) ) {
use_mana(&pool, card.mana_cost);
printf("mana: %d / %d\n", pool.current_mp, pool.max_mp);
} else {
printf("Not enough mana\n");
}
return 0;
}
int can_play_card(board_t *board, int turn, card_t card_to_put, int num_lane){
switch(can_put_card(card_to_put, board->p[turn].manapool)){
case 0:
printf("You don't have enough mana to put this card.\n");
return 0;
case 1:
if(is_card_empty(board->lanes[turn][num_lane])){
return 1;
}else {
print_card(board->lanes[turn][num_lane]);
printf("This line is taken.\n");
return 0;
}
}
}
int handle_player_input(void* param){
if(param){
render_data_t data = *((render_data_t*)param);
int i;
SDL_Rect mouse_rect = {data.board->cursor.rectangle.x,data.board->cursor.rectangle.y,1,1};
for(i = 0; i < sizeof(data.board->players[data.board->player_id].hand.cards)/sizeof(card_t); i++){
//If mouse intersects with card
if(SDL_HasIntersection(&mouse_rect,&data.board->players[data.board->player_id].hand.cards[i].layout.rectangle)){
data.board->players[data.board->player_id].hand.cards[i].layout.focused = true;
//If there was a left mouse click on card, begin drag
if(data.event->button.state == SDL_PRESSED){
data.board->players[data.board->player_id].hand.cards[i].layout.dragged = true;
//Set drag offset
data.board->cursor.offset_x = data.board->cursor.rectangle.x - data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x;
data.board->cursor.offset_y = data.board->cursor.rectangle.y - data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y;
//Get initial coordinates
data.board->cursor.old_x = data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x;
data.board->cursor.old_y = data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y;
data.board->players[data.board->player_id].hand.cards[i].layout.focused = false;
}
if(data.event->type == SDL_MOUSEBUTTONUP){
//Check if the card is being placed on the board
int b;
for(b = 5; b < 10; b++){
if(SDL_HasIntersection(&mouse_rect,&data.board->cards_on_board[b].layout.rectangle) && can_put_card(data.board->players[data.board->player_id].hand.cards[i],data.board->players[data.board->player_id].pool_of_mana)){
//Redesign the card to unlink the original texture from the target one (i.e. hand card texture, board card texture)
card_t* temp_card = play_card_from_hand(&data.board->players[data.board->player_id],i);
data.board->cards_on_board[b].attack_points = temp_card->attack_points;
data.board->cards_on_board[b].health_points = temp_card->health_points;
data.board->cards_on_board[b].mana_cost = temp_card->mana_cost;
data.board->cards_on_board[b].layout.cache_index = temp_card->layout.cache_index;
data.board->cards_on_board[b].layout.texture = temp_card->layout.texture;
memset(temp_card,0,sizeof(card_t));
temp_card->layout.texture = NULL;
}
}
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x = data.board->cursor.old_x;
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y = data.board->cursor.old_y;
data.board->players[data.board->player_id].hand.cards[i].layout.dragged = false;
}
}
else{
SDL_SetTextureBlendMode(data.board->players[data.board->player_id].hand.cards[i].layout.texture,SDL_BLENDMODE_NONE);
data.board->players[data.board->player_id].hand.cards[i].layout.focused = false;
}
//If card has focus
if(data.board->players[data.board->player_id].hand.cards[i].layout.focused == true){
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y = data.board->display_mode.h - data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.h;
SDL_SetTextureColorMod(data.board->players[data.board->player_id].hand.cards[i].layout.texture,255,255,255);
}
else{
//If card lost focus
SDL_SetTextureColorMod(data.board->players[data.board->player_id].hand.cards[i].layout.texture,128,128,128);
//If the card was released outside the left bound of the screen
if(data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x < 0){
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x = 0;
}
//If the card was released outside the right bound of the screen
else if(data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x > data.board->display_mode.w - data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.w){
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x = data.board->display_mode.w - data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.w;
}
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y = data.board->display_mode.h - (data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.h / 2);
}
if(data.board->players[data.board->player_id].hand.cards[i].layout.dragged == true){
SDL_SetTextureBlendMode(data.board->players[data.board->player_id].hand.cards[i].layout.texture,SDL_BLENDMODE_ADD);
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.x = data.board->cursor.rectangle.x - data.board->cursor.offset_x;
data.board->players[data.board->player_id].hand.cards[i].layout.rectangle.y = data.board->cursor.rectangle.y - data.board->cursor.offset_y;
}
}
}
return 0;
}
void play(board_t *player_to_play_board, board_t *other_player_board, player_t *player_to_play, player_t *other_player, int turn) {
int card_to_attack;
int what_to_do;
int which_card_to_play;
int save_current_mana;
int attack_result;
printf("\nWhat do you want to do?\n");
printf("1: Play card\n");
printf("2: Attack\n");
printf("3:Skip move\n");
printf("Your option: ");
scanf("%d", &what_to_do);
switch (what_to_do) {
case 1:
printf("Chose a card: ");
scanf("%d", &which_card_to_play);
if(which_card_to_play > player_to_play->player_hand.hand_top){
while(1){
printf("You don't have this card in your hand\n");
printf("Chose a card: ");
scanf("%d", &which_card_to_play);
if(which_card_to_play <= player_to_play->player_hand.hand_top){
break;
}
}
}
if (player_to_play_board->lane1 == 0) {
save_current_mana = player_to_play->player_mana.current_mana;
if (can_put_card(player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top], &player_to_play->player_mana)) {
player_to_play->player_mana.current_mana = save_current_mana;
play_card_from_hand(player_to_play, which_card_to_play);
player_to_play_board->lane1_card = player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top];
player_to_play_board->lane1 = 1;
--player_to_play->player_hand.hand_top;
} else {
printf("No mana to summon the card");
}
special_card(player_to_play_board, other_player_board, player_to_play, other_player, &player_to_play_board->lane1_card);
} else if (player_to_play_board->lane2 == 0) {
save_current_mana = player_to_play->player_mana.current_mana;
save_current_mana = player_to_play->player_mana.current_mana;
if (can_put_card(player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top], &player_to_play->player_mana)) {
player_to_play->player_mana.current_mana = save_current_mana;
play_card_from_hand(player_to_play, which_card_to_play);
player_to_play_board->lane2_card = player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top];
player_to_play_board->lane2 = 1;
--player_to_play->player_hand.hand_top;
} else {
printf("No mana to summon the card");
}
special_card(player_to_play_board, other_player_board, player_to_play, other_player, &player_to_play_board->lane2_card);
} else if (player_to_play_board->lane3 == 0) {
save_current_mana = player_to_play->player_mana.current_mana;
if (can_put_card(player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top], &player_to_play->player_mana)) {
player_to_play->player_mana.current_mana = save_current_mana;
play_card_from_hand(player_to_play, which_card_to_play);
player_to_play_board->lane3_card = player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top];
player_to_play_board->lane3 = 1;
--player_to_play->player_hand.hand_top;
} else {
printf("No mana to summon the card");
}
special_card(player_to_play_board, other_player_board, player_to_play, other_player, &player_to_play_board->lane3_card);
} else if (player_to_play_board->lane4 == 0) {
save_current_mana = player_to_play->player_mana.current_mana;
if (can_put_card(player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top], &player_to_play->player_mana)) {
player_to_play->player_mana.current_mana = save_current_mana;
play_card_from_hand(player_to_play, which_card_to_play);
player_to_play_board->lane4_card = player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top];
player_to_play_board->lane4 = 1;
--player_to_play->player_hand.hand_top;
} else {
printf("No mana to summon the card");
}
special_card(player_to_play_board, other_player_board, player_to_play, other_player, &player_to_play_board->lane4_card);
} else if (player_to_play_board->lane5 == 0) {
save_current_mana = player_to_play->player_mana.current_mana;
if (can_put_card(player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top], &player_to_play->player_mana)) {
player_to_play->player_mana.current_mana = save_current_mana;
play_card_from_hand(player_to_play, which_card_to_play);
player_to_play_board->lane5_card = player_to_play->player_hand.hand_cards[player_to_play->player_hand.hand_top];
player_to_play_board->lane5 = 1;
--player_to_play->player_hand.hand_top;
} else {
printf("No mana to summon the card");
}
special_card(player_to_play_board, other_player_board, player_to_play, other_player, &player_to_play_board->lane5_card);
}
printf("\n");
;
}
}
