def initialize_board(screen, player1, player2, against):
"""
To initialize the board.
"""
screen.fill(screenfill)
srect = pygame.Rect(0, 5, hsize, 55)
brect = pygame.Rect(margin_left, margin_top, box_width*3, box_height*3)
pygame.draw.rect(screen, fill_color, srect)
pygame.draw.rect(screen, fill_color, brect)
#buttons
title = TextInput("Tic-Tac-Toe", hsize//2 - 130, 10, white, 60)
if against == "is_human":
pl1, pl2 = "Player 1", "Player 2"
elif against == "is_random":
pl1, pl2 = "Player", "Random agent"
elif against == "is_ai":
pl1, pl2 = "Player", "AI agent"
players_def1 = Button(pl1 +" - " + player1, hsize//2-300, 100, white, 36, fill_color)
players_def2 = Button(pl2+" - " + player2, hsize//2+120, 100, white, 36, fill_color)
#vertical and horizontal lines
pygame.draw.line(screen, white, (margin_left, margin_top+box_height), (hsize-margin_right, margin_top+box_height), 5)
pygame.draw.line(screen, white, (margin_left, margin_top+box_height*2), (hsize-margin_right, margin_top+box_height*2), 5)
pygame.draw.line(screen, white, (margin_left+box_width, margin_top), (margin_left+box_width, vsize-margin_bottom), 5)
pygame.draw.line(screen, white, (hsize-margin_right-box_width, margin_top), (hsize-margin_right-box_width, vsize-margin_bottom), 5)
title.add_text(screen)
players_def1.add_button(screen)
players_def2.add_button(screen)
return screen
def screen3(text="Generated Plots"):
screen.fill((250, 250, 250))
screen.blit(icon, (10, 10))
tex = TextInput(text, 100, 250, blue)
tex.add_text(screen)
back.add_button(screen)
title.add_button(screen)
def screen1(text="Enter reservoir properties: "):
screen.fill((250, 250, 250))
screen.blit(icon, (10, 10))
rec = pygame.Rect(left_margin, top_margin - 10,
win_width - left_margin * 2,
win_height - top_margin * 1.15)
pygame.draw.rect(screen, (10, 10, 200), rec, border_radius=25)
solve.add_button(screen)
clear.add_button(screen)
tex = TextInput(text, 150, 150, blue)
tex.add_text(screen)
title.add_button(screen)
add_texts(screen, texts)
add_textboxes(screen, boxes)
def screen2(text="Generated Plots"):
screen.fill((250, 250, 250))
screen.blit(icon, (10, 10))
screen.blit(plots, (80, 220))
pspace.add_button(screen)
ptime.add_button(screen)
pspacetime.add_button(screen)
back.add_button(screen)
tex = TextInput(text, 50, 180, blue)
tex2 = TextInput("Select a plot to view: ", 50, 750, blue)
tex.add_text(screen)
tex2.add_text(screen)
title.add_button(screen)
def _create_widgets(self):
"""
Create the widgets and return the one that contains them all.
:return: the background widget
"""
# Create the background widget.
bg = self._rm.get_image(BACKGROUND_IMAGE, self.screen.get_size())
bg_widget = ImageWidget((0, 0), self.screen.get_size(), -1, bg)
# Create the container for the input widgets.
x = (self.screen.get_width() - INPUT_WIDTH - INPUT_PADDING[1] - INPUT_PADDING[3]) / 2
y = self.screen.get_height() / 2
w = INPUT_WIDTH + INPUT_PADDING[1] + INPUT_PADDING[3]
h = self.screen.get_height() - y
input_container = Widget((x, y), (w, h), 0)
bg_widget.add_widget(input_container)
# Create the input widgets.
username_input = TextInput((0, 0), INPUT_WIDTH, 0, self._font, padding=INPUT_PADDING, color=INPUT_FORE_COLOR,
fill=INPUT_FILL_COLOR, default_text="username",
default_font=self._default_font)
host_input = copy.copy(username_input)
host_input.default_text = "host"
host_input.position = (0, INPUT_OFFSET)
port_input = copy.copy(username_input)
port_input.default_text = "port"
port_input.position = (0, 2*INPUT_OFFSET)
input_container.add_widget(username_input)
input_container.add_widget(host_input)
input_container.add_widget(port_input)
self._text_inputs = {"username": username_input, "host": host_input, "port": port_input}
# Create the button widget.
btn = special_widgets.simple_button((0, 3*INPUT_OFFSET), (w, 100), "Login", self._font)
def btn_clicked(x, y):
self._ev_manager.post(events.LoginRequestedEvent())
btn.handle_clicked = btn_clicked
input_container.add_widget(btn)
# Create the connection failed warning.
self._connection_failed_warning = special_widgets.warning_widget(None, (400, 100), "Connection failed",
self._font, screen_size=self.screen.get_size())
bg_widget.add_widget(self._connection_failed_warning)
self._username_taken_warning = special_widgets.warning_widget(None, (400, 100), "Username already taken",
self._font, screen_size=self.screen.get_size())
bg_widget.add_widget(self._username_taken_warning)
return bg_widget
show_board(screen, player2.player + " won the game!!!", player1, player2)
winner = player2
loop2(player1, player2, cplayer, against)
elif bool == False and rlist == []:
message = "Game Over - Draw!"
show_board(screen, message, player1, player2)
loop2(player1, player2, cplayer, against)
winner = None
#Buttons
title = Button("Tic-Tac-Toe", hsize//2 - 200, 100, white, 100, fill_color)
Xbutton = Button("X", hsize//2 - 160, 550, white, 100, fill_color)
Obutton = Button("O", hsize//2+100, 550, white, 100, fill_color)
choose = TextInput("Choose Player: ", hsize//2-200, 400, fill_color, 60)
again = Button("Play Again?", hsize//2 - 300, vsize//2, white, 60, fill_color)
newgame = Button("New Game", hsize//2+50, vsize//2, white, 60, fill_color()
versus_ai = Button("Versus AI", hsize//2-300, 500, white, 80, fill_color)
versus_hu = Button("Versus Human", hsize//2-300, 600, white, 80, fill_color)
versus_ra = Button("Versus Random agent", hsize//2-300, 700, white, 80, fill_color)
def first_screen(screen):
screen.fill(screenfill)
srect = pygame.Rect(0, 80, hsize, 100)
trect = pygame.Rect(0, 450, hsize, 350)
pygame.draw.rect(screen, fill_color, srect)
title.add_button(screen)
versus_ai.add_button(screen)
versus_hu.add_button(screen)
def as_text(self, attrs=None, **kwargs):
"""
Returns a string of HTML for representing this as an <input type="text">.
"""
return self.as_widget(TextInput(), attrs, **kwargs)
#pictures
icon = pygame.image.load("images/icon.png")
loader = pygame.image.load("images/loader.jpg")
plots = pygame.image.load("images/plots.jpeg")
#colors
blue = (0, 0, 220)
white = (255, 255, 255)
red = (200, 10, 10)
text_color = (255, 255, 255)
text_color2 = (20, 20, 20)
#texts
title = Button("Reservoir Simulator", 180, 50, white, 50, fill_color=blue)
stopper = Button("Stopper", 180, 500, white, 50, fill_color=red)
dx = TextInput("Block size(ft), dx", left_margin + 10, top_margin, text_color,
30)
dt = TextInput("Time Step(days), dt", left_margin + 10, top_margin + spacing,
text_color, 30)
A = TextInput("Area(ft²) A", left_margin + 10, top_margin + spacing * 2,
text_color, 30)
k = TextInput("Permeability(md), k", left_margin + 10,
top_margin + spacing * 3, text_color, 30)
u = TextInput("Viscosity(cp), u", left_margin + 10, top_margin + spacing * 4,
text_color, 30)
B = TextInput("Oil FVF(rb/stb), B", left_margin + 10, top_margin + spacing * 5,
text_color, 30)
ct = TextInput("Compressibility(/psi), ct", left_margin + spacing * 7,
top_margin, text_color, 30)
ph = TextInput("Porosity, Ø", left_margin + spacing * 7, top_margin + spacing,
text_color, 30)