318 lines
13 KiB
Matlab
318 lines
13 KiB
Matlab
function sulitear()
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clc;
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% Construct the window with the axes
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scrsz = get(0,'ScreenSize');
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%TODO Find new method to draw the window
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%start_dim = min(scrsz(3)/1.5,scrsz(4)/1.5);%Used for rescaling
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win_ratio = scrsz(3:4)/scrsz(3);
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win_size = scrsz(3:4)*0.8;
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win = figure('ToolBar','none','Name','Solitaire',...
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'NumberTitle','off','MenuBar','none',...
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'Resize','off','Visible','off','Color',[0 0 0]/255,...
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'Position',[scrsz(3:4)-win_size*1.05 win_size],...
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'ButtonDownFcn',@check_clicked_deck,...
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'KeyPressFcn',@restart);
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%Prepare card decks and the playing field
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playing_cards = prepare_playing_cards();
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[playing_decks,draw_deck,discard_deck,goal_decks,playfield_size] = prepare_cardHolders(playing_cards,win_ratio);
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disp_axes = axes('Parent',win,'Position',[0 0 1 1]);
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set(disp_axes,'Xlim',[0 playfield_size(1)],'Ylim',[0 playfield_size(2)],...
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'XLimMode','manual','YLimMode','manual','Visible','off','NextPlot','add');
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set(win,'Visible','on')
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% Prepare some variable to indicate cards are selected HERE
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transferring_deck = 0;
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% draw it on the axes
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draw_playfield();
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%% Callback functions
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%%% Idea: can optimise by splitting the window into regions
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function check_clicked_deck(~,~)
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if ~strcmp(get(win,'selectiontype'),'normal')
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return
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end
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[Xx,Yy] = get_mouse_pos();
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if draw_deck.check_Deck_Collision(Xx,Yy,'first')
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reset_card_selection();
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if draw_deck.get_Number_Of_Cards() + discard_deck.get_Number_Of_Cards()>0
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if draw_deck.get_Number_Of_Cards()>0 % If there's cards
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transferring_deck = draw_deck;
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draw_deck.selected_start_index = min(draw_deck.get_Number_Of_Cards(),3);
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discard_deck.set_Current_Display(draw_deck.selected_start_index); % Set the discard to show that amount of cards transferred
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draw_deck.transfer_Selected_Cards(discard_deck,'flip'); % Transfer cards to discard pile, up to 3
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reset_card_selection();
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else
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transferring_deck = discard_deck; % Transfer back the cards from discard pile
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discard_deck.selected_start_index = discard_deck.get_Number_Of_Cards();
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discard_deck.transfer_Selected_Cards(draw_deck,'flip');
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reset_card_selection();
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end
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draw_deck.update_Deck_Graphics(disp_axes);
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discard_deck.update_Deck_Graphics(disp_axes);
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end
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return
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end
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if discard_deck.check_Deck_Collision(Xx,Yy,'first') % Else check for discard deck
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if transferring_deck == discard_deck
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reset_card_selection();
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return
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end
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reset_card_selection();
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if discard_deck.get_Number_Of_Cards() > 0 % Only allow selection, up to one card
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discard_deck.selected_start_index = 1;
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transferring_deck = discard_deck;
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discard_deck.update_Deck_Graphics(disp_axes);
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end
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return
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end
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for i = 1:length(playing_decks)
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% This part is only for the playing deck
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if playing_decks(i).check_Deck_Collision(Xx,Yy,'full') %Check if any deck is clicked
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selected_deck = playing_decks(i);
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s_index = selected_deck.check_selection(Xx,Yy); %If so, check which card is selected
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%If no selection was before or more than a card is
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%selected and there are cards remaining in the deck
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% if playing_decks(i).check_Deck_Collision(Xx,Yy,'first') && s_index == -1
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% reset_card_selection();
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% selected_deck.reveal_Hidden_Card(1)
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% selected_deck.update_Deck_Graphics(disp_axes);
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% break
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% end
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if (transferring_deck ~= 0)
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%if s_index>=0
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if transferring_deck ~= selected_deck % If the selected deck is not the previously selected deck
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[transferring_num,transferring_col]= determine_card(get_bottom_selected(transferring_deck));
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[destination_num,destination_col] = determine_card(selected_deck.get_Last_Cards());
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if (transferring_col ~= destination_col &&... % If the colour alternates
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transferring_num == destination_num-1) % If the number are in sequence
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transfer_Selected_Cards(transferring_deck,selected_deck);
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end
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% Reveal a hidden card if there is one
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auto_open_hiddencard();
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end
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%end
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reset_card_selection();
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else
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% Otherwise move previously selected cards to the currently selected deck
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if s_index>0
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%Get the selected cards to be transfered
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reset_card_selection();
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selected_deck.selected_start_index = s_index;
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transferring_deck = selected_deck;
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end
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end
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selected_deck.update_Deck_Graphics(disp_axes);
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return
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end
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end
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for i = 1:length(goal_decks)
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if goal_decks(i).check_Deck_Collision(Xx,Yy,'first')
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selected_deck = goal_decks(i);
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if (transferring_deck ~= 0)
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if transferring_deck.selected_start_index == 1
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[transferring_num,~,transferring_suit]= determine_card(get_bottom_selected(transferring_deck));
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[destination_num,~,destination_suit] = determine_card(selected_deck.get_Last_Cards());
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if (transferring_suit == destination_suit && transferring_num == destination_num+1)...
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|| transferring_num == 1
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transfer_Selected_Cards(transferring_deck,selected_deck);
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end
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end
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auto_open_hiddencard();
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reset_card_selection();
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else
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if ~selected_deck.is_Empty()
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reset_card_selection();
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selected_deck.selected_start_index = 1;
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transferring_deck = selected_deck;
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end
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end
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selected_deck.update_Deck_Graphics(disp_axes);
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total_goal_cards = 0;
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for j = 1:length(goal_decks)
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total_goal_cards = total_goal_cards+goal_decks(j).get_Number_Of_Cards();
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end
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if total_goal_cards == 52
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uiwait(msgbox('You Won! Press R to Try Again!','YAY!','modal'));
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end
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return
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end
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end
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%%% TODO: check for winning condition
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end
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%% Non-Callback functions
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%Prepare the card holders
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function restart(~,evtdata)
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if strcmp(evtdata.Key,'r')
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reset_entire_game(playing_cards);
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end
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end
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function [playing_decks,draw_deck,discard_deck,goal_decks,playfield_size] = prepare_cardHolders(cards,win_ratio)
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%%% TODO: Automate the draw, discard piles and the goal pile
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card_size = size(cards(1).get_Card_Image('front'));
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card_width = card_size(2);
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card_height = card_size(1);
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offset = round(card_width);
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n = 7;
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border_offset = 10;
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playfield_width = round((card_size(2)+offset)*n-offset+2*border_offset);
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i = 1;
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while(playfield_width-card_width*i>=0)
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i = i+1;
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end
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playfield_width = card_width*i;
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i = 1;
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playfield_size = round([playfield_width playfield_width].*win_ratio);
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while(playfield_size(2)-card_height*i>=0)
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i = i+1;
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end
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playfield_size(2) = card_height*i;
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% Input the number of decks and offset between deck position
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% Compute the position and dimensions
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start_x = border_offset;
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start_y =playfield_size(2)-card_height-4*border_offset;
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card_offset = (start_y-card_height-offset)/18;
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% Initialise the card holders
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% Manually initialise for testing purposes
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draw_deck = cardHolder(start_x,playfield_size(2)-border_offset,...
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[],card_width,card_height,card_offset,'horizontal',1,1,1,0);
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discard_deck = cardHolder(start_x+card_width+offset,playfield_size(2)-border_offset,...
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[],card_width,card_height,card_offset,'horizontal',3,0,0,0);
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for i = 4:n
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goal_decks(i-3) = cardHolder(start_x+(card_width+offset)*(i-1),...
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playfield_size(2)-border_offset,[],card_width,card_height,card_offset,'vertical',1,0,0,1);
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end
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a = randperm(length(cards));
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remaining_cards = cards(a);
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%Loop method, which will be used
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for i = 1:n
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dealt_cards = remaining_cards(1:i);
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playing_decks(i) = cardHolder(start_x+(card_width+offset)*(i-1),...
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start_y,dealt_cards,card_width,card_height,card_offset,'vertical',-1,i-1,0,1);
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remaining_cards = remaining_cards(i+1:end);
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end
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draw_deck.append_Cards(remaining_cards);
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end
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% Prepare a deck of cards
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function all_cards = prepare_playing_cards()
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card_values = cumsum(ones(13,4))'+ cumsum(ones(4,13)*100);
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try
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crd = load('card_images.mat');
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card_images = crd.cards;
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card_backimage = crd.card_backimage;
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for i = 1:52
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j = ceil(i/13);
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k = mod(i-1,13)+1;
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all_cards(i) = Cards(card_values(j,k),card_images{j,k},card_backimage);
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end
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catch
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disp('Load failed')
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close all
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end
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end
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% Distribute the playing cards
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function [dealt_cards,remaining_cards] = deal_cards(cards,amount)
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remaining_cards = cards;
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for i = 1:amount
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n_of_cards = length(remaining_cards);
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index = randi(n_of_cards);
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dealt_cards(i) = remaining_cards(index);
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remaining_cards = [remaining_cards(1:index-1) remaining_cards(index+1:end)];
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end
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end
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function reset_entire_game(cards)
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a = randperm(length(cards));
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remaining_cards = cards(a);
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for i = 1:length(playing_decks)
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playing_decks(i).clear_Deck();
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dealt_cards= remaining_cards(1:i);
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playing_decks(i).append_Cards(dealt_cards);
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playing_decks(i).hidden_start_index = i-1;
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playing_decks(i).update_Deck_Graphics(disp_axes);
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remaining_cards = remaining_cards(i+1:end);
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end
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for i = 1:length(goal_decks)
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goal_decks(i).clear_Deck();
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goal_decks(i).update_Deck_Graphics(disp_axes);
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end
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discard_deck.clear_Deck();
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discard_deck.update_Deck_Graphics(disp_axes);
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draw_deck.clear_Deck();
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draw_deck.append_Cards(remaining_cards);
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draw_deck.update_Deck_Graphics(disp_axes);
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reset_card_selection();
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end
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% Reset the card selection to none and updating the deck graphic
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function reset_card_selection()
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if transferring_deck ~= 0
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transferring_deck.selected_start_index = 0;
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transferring_deck.update_Deck_Graphics(disp_axes)
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transferring_deck = 0;
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end
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end
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% Draw the play field
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function draw_playfield()
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cla(disp_axes); % Clear the play field axes
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for i = 1:length(playing_decks)
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playing_decks(i).render_deck_outline(disp_axes);
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playing_decks(i).update_Deck_Graphics(disp_axes);
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end
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draw_deck.render_deck_outline(disp_axes);
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draw_deck.update_Deck_Graphics(disp_axes);
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%discard_deck.render_deck_outline(disp_axes);
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discard_deck.update_Deck_Graphics(disp_axes);
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for i = 1:length(goal_decks)
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goal_decks(i).render_deck_outline(disp_axes);
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goal_decks(i).update_Deck_Graphics(disp_axes);
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end
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end
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% Determine the number, colour , and suit of the colours
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function [num,colour,suit] = determine_card(card,varargin)
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if isa(card, 'Cards')
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[num,colour,suit] = card.get_Card_Info();
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else
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if card == 0
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if ~isempty(varargin)
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num = varargin{1};
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else
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num = 14;
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end
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else
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num = -1;
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end
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suit = -1;
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colour = -1;
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end
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end
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function auto_open_hiddencard()
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if (transferring_deck.hidden_start_index >0 ...
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&& transferring_deck.get_Number_Of_Cards() == transferring_deck.hidden_start_index)
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transferring_deck.reveal_Hidden_Card(1)
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end
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end
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% Get the mouse position
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function[X,Y]= get_mouse_pos()
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mpos = get(disp_axes,'CurrentPoint');
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X = mpos(1,1);
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Y = mpos(1,2);
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end
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end |