class Board(object):
orig_squaresize = 61
orig_boardsize = orig_squaresize*12
orig_buttonsize = 120
last_outline = [(1,1),(1,1)] # for outline drawing
## d = [11,0]
def __init__(self, windowsize):
self.windowsize = windowsize
pygame.init()
self.screen = pygame.display.set_mode(windowsize)
pygame.display.set_caption('::StopGate::')
self.set_size(windowsize)
def set_size(self, new_windowsize = None):
""" Resizes the default arguments, such as the board, buttons etc.
zeropos is the position of the board on the game. """
if new_windowsize != None:
self.windowsize = new_windowsize
import os
self.fontsize = int(self.windowsize[1]*0.029)
self.font = pygame.font.Font(os.path.join('Fonts','def.ttf'),
self.fontsize)
self.boardsize = self.windowsize[1]-self.fontsize
self.zeropos = (self.fontsize, self.fontsize)
ratio = 1.0*self.orig_boardsize/self.boardsize
self.buttonsize = int(round(self.orig_buttonsize/ratio,0))
self.halfsize = self.buttonsize / 2
self.squaresize = int(self.orig_squaresize/ratio)
self.loaded_buttons = False
def load_buttons(self):
"""Reads the image files for tiles and buttons and resizes them.
Also creates the menu button"""
orig_squares = [pygame.image.load("Pics/WhiteSquare.png").convert_alpha(),
pygame.image.load("Pics/BlackSquare.png").convert_alpha()]
orig_buttons = [pygame.image.load("Pics/white.png").convert_alpha(),
pygame.image.load("Pics/black.png").convert_alpha()]
orig_outlines = [pygame.image.load("Pics/vertoutline.png").convert_alpha(),
pygame.image.load("Pics/horoutline.png").convert_alpha()]
## orig_border = pygame.image.load("Pics/borderh.png").convert_alpha()
self.squares = [pygame.transform.scale(orig_squares[x],(int(round(self.squaresize,0)), int(round(self.squaresize,0))))
for x in xrange(2)]
self.buttons = [pygame.transform.scale(orig_buttons[0],(self.halfsize,self.buttonsize)),
pygame.transform.scale(orig_buttons[1],(self.buttonsize,self.halfsize))]
self.outlines = [pygame.transform.scale(orig_outlines[0],(self.halfsize,self.buttonsize)),
pygame.transform.scale(orig_outlines[1],(self.buttonsize,self.halfsize))]
## self.border = pygame.transform.scale(orig_border,(self.halfsize,self.buttonsize))
from Hoverable import Hoverable
default = self.font.render('Menüü', True, colors['white'])
self.menuwidth = default.get_width()
hovering = self.font.render('Menüü', True, colors['red'])
x, y = self.windowsize
x -= default.get_width()
y -= default.get_height()
self.menubutton = Hoverable((x, y), 4, default, hovering)
self.loaded_buttons = True
def draw_board(self):
"""Draws initial board. If buttons are not yet loaded, loads them"""
if not self.loaded_buttons:
self.load_buttons()
self.screen.fill(colors['black'])
#Draws boxes
textx = (self.boardsize+self.fontsize)*1.0084
h = self.font.size('ABCDEFGHIJKLMNOPQRSTU')[1]
totlines = self.windowsize[1]/h
rendered = self.font.render('Võimalikke käike:', True, colors['red'])
self.screen.blit(rendered, (textx,5))
self.scorebox = ScrollingTextArea(self.font, (textx,5+h),
(self.windowsize[0],5+h*3), color = colors['white'],
background = colors['black'])
rendered = self.font.render('Mängu käik:', True, colors['red'])
self.screen.blit(rendered, (textx,5+h*3)) #4th line
self.recordbox = ScrollingTextArea(self.font, (textx,5+h*4),
(self.windowsize[0],10+h*(totlines-6)), color = colors['white'],
background = colors['black'])
rendered = self.font.render('Statistika:', True, colors['red'])
self.screen.blit(rendered, (textx,5+h*(totlines-6))) #4th line
self.statisticsbox = ScrollingTextArea(self.font, (textx,5+h*(totlines-5)),
(self.windowsize[0],5+h*totlines), color = colors['white'],
background = colors['black'])
for i in xrange(12):
#labels
rendered = self.font.render(str(i), True, colors['white'])
w, h = rendered.get_size()
x1, y1 = self.get_pixels((0,i))
x2, y2 = self.get_pixels((i,0))
self._draw(rendered, (x1-w,y1+(self.squaresize-h)/2))
self._draw(rendered, (x2+(self.squaresize-w)/2,y2-h))
for j in xrange(12):
#tiles
self.draw_square((i,j))
def reset_boxes(self):
"""Resets the scoreboxes. Used at newgame"""
self.scorebox.reset()
self.recordbox.reset()
self.statisticsbox.reset()
def draw_square(self, square, surface = None):
"""Draws a board tile on the square provided
if a surface is provided, draws on that instead of
the screen.
"""
i = (sum(square))%2
self._draw(self.squares[i], self.get_pixels(square), surface)
def draw_button(self, square, turn, surface = None):
"""Draws a button at the square provided.
if turn == 0, draws a vertical button, else
horizontal.
if a surface is provided, draws on that instead of
the screen.
"""
dx = turn == 0
self.undraw_outline()
x, y = self.get_pixels(square)
self._draw(self.buttons[turn], (x-dx, y), surface)
self.last_outline = [(-2,-2),(-2,-2)]
def undraw_outline(self):
"""Removes the last outline from the board"""
self.draw_square(self.last_outline[0])
self.draw_square(self.last_outline[1])
self.last_outline = [(-2,-2),(-2,-2)]
def draw_outline(self, pos, turn):
"""Draws an outline of specific turn on the square
tuple given if the last drawn outline wasn't at
that position.
draw_outline((0,0), 0) would draw a vertical
outline on squares (0,0) and (0,1)
"""
turn = (turn) % 2
if self.last_outline != pos:
self.undraw_outline()
dx, dy = turn, 1-turn
x,y = self.get_square(pos, turn)
self._draw(self.outlines[turn], self.get_pixels((x,y)))
self.last_outline = [(x,y),(x+dx,y+dy)]
def undraw_button(self, move, turn):
"""Deletes a button from screen"""
dx = 1-turn
dy = turn
x, y = move
self.draw_square((x,y))
self.draw_square((x+dx,y+dy))
def _draw(self, item, pos, surface = None):
if surface == None:
self.screen.blit(item, pos)
else:
surface.blit(item, pos)
def get_square(self, pos, turn):
"""Returns the square from the pixel coordinate.
So that the outline drawing would be better,
tries to stick to the mouse, so
if turn == 0: y-= squaresize/2
else: x -= squaresize
"""
x, y = pos
#tries to "stick to the middle" of the mouse.
if turn == 0:
y -= self.squaresize/2
else:
x -= self.squaresize/2
res = (int((x-self.zeropos[0])/self.squaresize),
int((y-self.zeropos[1])/self.squaresize))
return res
def get_pixels(self, square):
"""Returns the pixel coordinate of the square provided"""
x, y = square
return (int(round((x)*self.squaresize,0))+self.zeropos[0],
int(round((y)*self.squaresize,0))+self.zeropos[1])
