def call_a_menu(menu,default_option,info,display,font,mainClock):
menu.option=default_option
title_image=pygame.image.load("data/title.png")
while 1:
mainClock.tick(30)
Inputs.readkeys()#read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
# Move the menu cursor if you press up or down
if Inputs.player_just_U[1]:
menu.move_cursor(-1)
if Inputs.player_just_D[1]:
menu.move_cursor(1)
# If you press A, check which option you're on!
if Inputs.player_just_A[1]:
option, text = menu.get_option()
return option, text
# If you press B, cancel
if Inputs.player_just_B[1]:
return -1, ""
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image,(0,0))
# Draw the menu boxes
ren = font.render(info)
screen.blit(ren, (8, 112))
menu.draw(screen, (16, 128), background=(0, 0, 0), border=(255, 255, 255))
# Update and draw the display
display.update()
def show_info(display,font,mainClock):
title_image=pygame.image.load("data/title.png")
dialogbox = dialog.DialogBox((240, 51), (0, 0, 0),(255, 255, 255), font)
dialogbox.set_dialog([
"Welcome to pyNekketsu! Press L to continue.",
"Player1 controls: arrows (to move), K (shoot or attack), L (pass), P (pause, start)",
"Player2 controls: F, G, H, T (to move), A (shoot or attack), Z (pass), R (pause, start)"])
while not dialogbox.over():
mainClock.tick(30)
Inputs.readkeys()#read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
if Inputs.player_just_A[1]:
dialogbox.progress()
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image,(0,0))
dialogbox.draw(screen, (8, 128))
# Update and draw the display
display.update()
def call_a_menu(menu, default_option, info, display, font, mainClock):
menu.option = default_option
title_image = pygame.image.load("data/title.png")
while 1:
mainClock.tick(30)
Inputs.readkeys() #read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
# Move the menu cursor if you press up or down
if Inputs.player_just_U[1]:
menu.move_cursor(-1)
if Inputs.player_just_D[1]:
menu.move_cursor(1)
# If you press A, check which option you're on!
if Inputs.player_just_A[1]:
option, text = menu.get_option()
return option, text
# If you press B, cancel
if Inputs.player_just_B[1]:
return -1, ""
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image, (0, 0))
# Draw the menu boxes
ren = font.render(info)
screen.blit(ren, (8, 112))
menu.draw(screen, (16, 128),
background=(0, 0, 0),
border=(255, 255, 255))
# Update and draw the display
display.update()
def show_info(display, font, mainClock):
title_image = pygame.image.load("data/title.png")
dialogbox = dialog.DialogBox((240, 51), (0, 0, 0), (255, 255, 255), font)
dialogbox.set_dialog([
"Welcome to pyNekketsu! Press L to continue.",
"Player1 controls: arrows (to move), K (shoot or attack), L (pass), P (pause, start)",
"Player2 controls: F, G, H, T (to move), A (shoot or attack), Z (pass), R (pause, start)"
])
while not dialogbox.over():
mainClock.tick(30)
Inputs.readkeys() #read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
if Inputs.player_just_A[1]:
dialogbox.progress()
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image, (0, 0))
dialogbox.draw(screen, (8, 128))
# Update and draw the display
display.update()
def update(self):
Inputs.readkeys() #read all the actual keys
if (Inputs.player_just_Start[1] or Inputs.player_just_Start[2]):
self.pause = not self.pause
if (self.match_time <= 0):
self.is_finished = True
else:
if (configuration["sound"] == "on"):
Match.snd_whistle.play()
if (not self.pause):
if (self.message_drawing_time < 10):
if (self.message_drawing_time > 0):
self.message_drawing_time -= 1 * configuration["delta_time"]
if (self.message_drawing_time > 5) and (
self.message_image == self.start_image): #kick off
if (configuration["sound"] == "on"):
Match.snd_whistle.play()
self.message_drawing_time = 5
if (self.match_time > 0): #when time is out, players stop
self.match_time -= 1.0 / 30 * configuration[
"delta_time"] #30 FPS
self.team[-1].update(self)
self.team[1].update(self)
if (-1 < self.match_time < 0):
if (configuration["sound"] == "on"):
Match.snd_whistle.play()
self.ball.update(self)
else:
self.message_drawing_time -= 1 * configuration["delta_time"]
#camera moves even if there is a message
if (self.ball.owner == 0):
self.cam.aim_to(
[self.ball.pos[0], self.ball.pos[1], self.ball.pos[2] / 2],
0, 50)
else:
self.cam.aim_to(
[self.ball.pos[0], self.ball.pos[1], self.ball.pos[2] / 2],
self.ball.owner.direction, 5)
else: #during pause the ball continues to roll
self.ball.animation()
def update(self):
Inputs.readkeys()#read all the actual keys
if (Inputs.player_just_Start[1] or Inputs.player_just_Start[2]):
self.pause=not self.pause
if (self.match_time<=0):
self.is_finished=True
else:
if (configuration["sound"]=="on"):
Match.snd_whistle.play()
if (not self.pause):
if (self.message_drawing_time<10):
if (self.message_drawing_time>0):
self.message_drawing_time-=1*configuration["delta_time"]
if (self.message_drawing_time>5)and(self.message_image==self.start_image):#kick off
if (configuration["sound"]=="on"):
Match.snd_whistle.play()
self.message_drawing_time=5
if (self.match_time>0):#when time is out, players stop
self.match_time-=1.0/30*configuration["delta_time"] #30 FPS
self.team[-1].update(self)
self.team[1].update(self)
if (-1<self.match_time<0):
if (configuration["sound"]=="on"):
Match.snd_whistle.play()
self.ball.update(self)
else:
self.message_drawing_time-=1*configuration["delta_time"]
#camera moves even if there is a message
if (self.ball.owner==0):
self.cam.aim_to([self.ball.pos[0],self.ball.pos[1],self.ball.pos[2]/2],0,50)
else:
self.cam.aim_to([self.ball.pos[0],self.ball.pos[1],self.ball.pos[2]/2],self.ball.owner.direction,5)
else:#during pause the ball continues to roll
self.ball.animation()
def display(self,display,font,mainClock):
title_image=pygame.image.load("data/title.png")
dlg=0
selected_option=self.default_num
if (len(self.choices_values_value)>0):#if settings, read in "configuration"
selected_option=0
for val in self.choices_values_value :
if (val==configuration[self.variable]):
break
selected_option+=1
if (selected_option==len(self.choices_values_value)):
selected_option=self.default_num
dlg = dialog.Menu(font, self.choices_values_text)
else:#look for submenus
dlg = dialog.Menu(font, self.choices_submenus_text)
dlg.option=selected_option
if (len(self.dialogtext)>0):
dialogbox = dialog.DialogBox((240, 51), (0, 0, 0),(255, 255, 255), font)
dialogbox.set_dialog([self.dialogtext])
while 1:
mainClock.tick(30)
Inputs.readkeys()#read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
# Move the menu cursor if you press up or down
if Inputs.player_just_U[1]:
dlg.move_cursor(-1)
if Inputs.player_just_D[1]:
dlg.move_cursor(1)
# If you press A, check which option you're on!
if Inputs.player_just_A[1]:
if (len(self.choices_values_value)>0):#if settings
configuration[self.variable]=self.choices_values_value[dlg.get_option()[0]]
if (self.choices_values_goto[dlg.get_option()[0]]!=0):
self.choices_values_goto[dlg.get_option()[0]].display(display,font,mainClock)
else:
if (self.exits):
configuration["exit_menu"]="yes"
return
else:#if submenus
#print(dlg.get_option())
self.choices_submenus[dlg.get_option()[0]].display(display,font,mainClock)
## If you press B, cancel
if Inputs.player_just_B[1]:
if (self.id!="menu_welcome"):
Inputs.player_just_B[1]=False
return
else:
print("Nothing to do...")
#if returns from a sub-menu asking to exit :
if (configuration["exit_menu"]=="yes"):
return
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image,(0,0))
# Draw the menu boxes
ren = font.render(self.text)
screen.blit(ren, (8, 112))
dlg.draw(screen, (16, 128), background=(0, 0, 0), border=(255, 255, 255))
if (len(self.dialogtext)>0):
dialogbox.draw(screen, (8, 180))
# Update and draw the display
display.update()
def select_teams(display,font,mainClock,west_team_index_init,east_team_index_init):
path="data/teams/"
dirList=os.listdir(path)
allteams=[]
for fname in dirList:
if fnmatch.fnmatch(fname, '*.xml'):
allteams.append(Team("data/teams/"+fname))
title_image=pygame.image.load("data/title.png")
up_image=pygame.image.load("data/arrow_up.png")
down_image=pygame.image.load("data/arrow_down.png")
cursor_on_east_wing=False
cursor_color_angle=0
west_team_index=west_team_index_init
east_team_index=east_team_index_init
while 1:
mainClock.tick(30)
cursor_color_angle+=0.1
Inputs.readkeys()#read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
# Move the menu cursor if you press up or down
if Inputs.player_just_U[1]:
if (cursor_on_east_wing):
east_team_index-=1
if (east_team_index<0):
east_team_index=len(allteams)-1
if (east_team_index==west_team_index):
east_team_index-=1
if (east_team_index<0):
east_team_index=len(allteams)-1
else:
west_team_index-=1
if (west_team_index<0):
west_team_index=len(allteams)-1
if (east_team_index==west_team_index):
west_team_index-=1
if (west_team_index<0):
west_team_index=len(allteams)-1
if Inputs.player_just_D[1]:
if (cursor_on_east_wing):
east_team_index+=1
if (east_team_index>=len(allteams)):
east_team_index=0
if (east_team_index==west_team_index):
east_team_index+=1
if (east_team_index>=len(allteams)):
east_team_index=0
else:
west_team_index+=1
if (west_team_index>=len(allteams)):
west_team_index=0
if (east_team_index==west_team_index):
west_team_index+=1
if (west_team_index>=len(allteams)):
west_team_index=0
if Inputs.player_just_R[1] or Inputs.player_just_L[1]:
cursor_on_east_wing=not cursor_on_east_wing
# If you press A, check which option you're on!
if Inputs.player_just_A[1]:
return (allteams[west_team_index].xml_filename,west_team_index,allteams[east_team_index].xml_filename,east_team_index)
# If you press B, cancel
if (Inputs.player_just_B[1]):# or Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
return ("?",west_team_index,"?",east_team_index)
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image,(0,0))
#draw current teams
if (cursor_on_east_wing):
pygame.draw.rect(screen, (150+cos(cursor_color_angle)*50,150+cos(cursor_color_angle+2.1)*50 ,150+cos(cursor_color_angle+1.2)*50 ), (185, 95, 25,25),1)
screen.blit(up_image,(185, 78))
screen.blit(down_image,(185, 121))
else:
pygame.draw.rect(screen, (150+cos(cursor_color_angle)*50,150+cos(cursor_color_angle+2.1)*50 ,150+cos(cursor_color_angle+1.2)*50), (37, 95, 25,25),1)
screen.blit(up_image,(37, 78))
screen.blit(down_image,(37, 121))
draw_team_info_text(screen,font,128)
#screen.blit(allteams[west_team_index].image,(42,120))
transf_west_img=pygame.transform.scale(allteams[west_team_index].image,(int(16+4*cos(cursor_color_angle)),int(16+4*cos(1.3*cursor_color_angle+0.5))))
transf_west_img=pygame.transform.scale(allteams[west_team_index].image,(int(16+4*cos(cursor_color_angle)),int(16+4*cos(1.3*cursor_color_angle+0.5))))
transf_east_img=pygame.transform.scale(allteams[east_team_index].image,(int(16+4*cos(cursor_color_angle+1)),int(16+4*cos(1.3*cursor_color_angle+1.5))))
screen.blit(transf_west_img,(42+8-(16+4*cos(cursor_color_angle))/2,100+8-(16+4*cos(1.3*cursor_color_angle+0.5))/2))
screen.blit(transf_east_img,(190+8-(16+4*cos(cursor_color_angle+1))/2,100+8-(16+4*cos(1.3*cursor_color_angle+1.5))/2))
allteams[west_team_index].draw_info(screen,78,-1)
allteams[east_team_index].draw_info(screen,178,1)
ren = font.render(allteams[west_team_index].name)
screen.blit(ren, (55+font.center_shift(allteams[west_team_index].name), 142))
ren = font.render(allteams[east_team_index].name)
screen.blit(ren, (200+font.center_shift(allteams[east_team_index].name), 142))
ren = font.render("vs.")
screen.blit(ren, (120, 125))
# x=100
# y=100
# draw_team_info_text(screen,font,10)
# for team in allteams:
# screen.blit(team.image,(x,y))
# team.draw_info(screen,x)
# x+=50
# Draw the menu boxes
#ren = font.render(info)
#screen.blit(ren, (8, 112))
# Update and draw the display
display.update()
def select_teams(display, font, mainClock, west_team_index_init,
east_team_index_init):
path = "data/teams/"
dirList = os.listdir(path)
allteams = []
for fname in dirList:
if fnmatch.fnmatch(fname, '*.xml'):
allteams.append(Team("data/teams/" + fname))
title_image = pygame.image.load("data/title.png")
up_image = pygame.image.load("data/arrow_up.png")
down_image = pygame.image.load("data/arrow_down.png")
cursor_on_east_wing = False
cursor_color_angle = 0
west_team_index = west_team_index_init
east_team_index = east_team_index_init
while 1:
mainClock.tick(30)
cursor_color_angle += 0.1
Inputs.readkeys() #read all the actual keys
if (Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
pygame.quit()
sys.exit()
# Move the menu cursor if you press up or down
if Inputs.player_just_U[1]:
if (cursor_on_east_wing):
east_team_index -= 1
if (east_team_index < 0):
east_team_index = len(allteams) - 1
if (east_team_index == west_team_index):
east_team_index -= 1
if (east_team_index < 0):
east_team_index = len(allteams) - 1
else:
west_team_index -= 1
if (west_team_index < 0):
west_team_index = len(allteams) - 1
if (east_team_index == west_team_index):
west_team_index -= 1
if (west_team_index < 0):
west_team_index = len(allteams) - 1
if Inputs.player_just_D[1]:
if (cursor_on_east_wing):
east_team_index += 1
if (east_team_index >= len(allteams)):
east_team_index = 0
if (east_team_index == west_team_index):
east_team_index += 1
if (east_team_index >= len(allteams)):
east_team_index = 0
else:
west_team_index += 1
if (west_team_index >= len(allteams)):
west_team_index = 0
if (east_team_index == west_team_index):
west_team_index += 1
if (west_team_index >= len(allteams)):
west_team_index = 0
if Inputs.player_just_R[1] or Inputs.player_just_L[1]:
cursor_on_east_wing = not cursor_on_east_wing
# If you press A, check which option you're on!
if Inputs.player_just_A[1]:
return (allteams[west_team_index].xml_filename, west_team_index,
allteams[east_team_index].xml_filename, east_team_index)
# If you press B, cancel
if (Inputs.player_just_B[1]
): # or Inputs.player_just_Esc[1] or Inputs.player_just_Esc[2]):
return ("?", west_team_index, "?", east_team_index)
# Get the surface from the NES game library
screen = display.get_surface()
screen.blit(title_image, (0, 0))
#draw current teams
if (cursor_on_east_wing):
pygame.draw.rect(screen,
(150 + cos(cursor_color_angle) * 50,
150 + cos(cursor_color_angle + 2.1) * 50,
150 + cos(cursor_color_angle + 1.2) * 50),
(185, 95, 25, 25), 1)
screen.blit(up_image, (185, 78))
screen.blit(down_image, (185, 121))
else:
pygame.draw.rect(screen,
(150 + cos(cursor_color_angle) * 50,
150 + cos(cursor_color_angle + 2.1) * 50,
150 + cos(cursor_color_angle + 1.2) * 50),
(37, 95, 25, 25), 1)
screen.blit(up_image, (37, 78))
screen.blit(down_image, (37, 121))
draw_team_info_text(screen, font, 128)
#screen.blit(allteams[west_team_index].image,(42,120))
transf_west_img = pygame.transform.scale(
allteams[west_team_index].image,
(int(16 + 4 * cos(cursor_color_angle)),
int(16 + 4 * cos(1.3 * cursor_color_angle + 0.5))))
transf_west_img = pygame.transform.scale(
allteams[west_team_index].image,
(int(16 + 4 * cos(cursor_color_angle)),
int(16 + 4 * cos(1.3 * cursor_color_angle + 0.5))))
transf_east_img = pygame.transform.scale(
allteams[east_team_index].image,
(int(16 + 4 * cos(cursor_color_angle + 1)),
int(16 + 4 * cos(1.3 * cursor_color_angle + 1.5))))
screen.blit(transf_west_img,
(42 + 8 - (16 + 4 * cos(cursor_color_angle)) / 2, 100 + 8 -
(16 + 4 * cos(1.3 * cursor_color_angle + 0.5)) / 2))
screen.blit(transf_east_img,
(190 + 8 -
(16 + 4 * cos(cursor_color_angle + 1)) / 2, 100 + 8 -
(16 + 4 * cos(1.3 * cursor_color_angle + 1.5)) / 2))
allteams[west_team_index].draw_info(screen, 78, -1)
allteams[east_team_index].draw_info(screen, 178, 1)
ren = font.render(allteams[west_team_index].name)
screen.blit(
ren, (55 + font.center_shift(allteams[west_team_index].name), 142))
ren = font.render(allteams[east_team_index].name)
screen.blit(
ren,
(200 + font.center_shift(allteams[east_team_index].name), 142))
ren = font.render("vs.")
screen.blit(ren, (120, 125))
# x=100
# y=100
# draw_team_info_text(screen,font,10)
# for team in allteams:
# screen.blit(team.image,(x,y))
# team.draw_info(screen,x)
# x+=50
# Draw the menu boxes
#ren = font.render(info)
#screen.blit(ren, (8, 112))
# Update and draw the display
display.update()
