def show_controls():
#Sets the title text for this UI page
help_text = "Help"
help_text_render = c.menu_font.render(help_text, 1, c.red, 150)
#Sets the help text
controls_text = "Controls:\nMenus:\nEsc --- Return\n1/2/3/4 --- Menu Buttons\nEnter --- Submit Name\n\nIn-Game:\nClassic:\nEsc --- Pause\nR --- Restart\nW/Up --- Charge Jump\nA/Left --- Move Left\nS/Down --- Move Down Faster\nD/Right --- Move Right\n\nPractice:\nPage Up --- Increase Score\nPage Down --- Decrease Score\n\nVersus:\nWASD --- BLUE player\nArrow Keys --- RED player"
gamemodes_text = "Gamemodes:\n\nClassic: As per the title, the original experience of Skybound, charge your jumps and aim for that top spot on the leaderboard.\n\nPractice: The testing grounds for Skybound, feel free to set your score to whatever you want to see how well you can do with a fast camera.\n\nVersus: The local multiplayer gamemode to go head to head against your friends, see who can survive the longest."
global on_controls
while on_controls:
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
c.screen.fill(c.black)
on_controls = False
if event.type == pygame.display.quit:
main_menu.quit_game()
c.screen.fill(c.black)
help_text_rect = help_text_render.get_rect()
help_text_rect.center = (c.screen_width/2, 50)
c.screen.blit(help_text_render, help_text_rect)
c.blit_multiline_text(c.screen, controls_text, (30, 50), c.all_help_font)
c.blit_multiline_text(c.screen, gamemodes_text, (400, c.screen_height/6), c.all_help_font)
main_menu.button("Return", 0, c.screen_height-75, 200, 80, c.blue, c.darker_blue, "return")
pygame.display.update()
c.screen.fill(c.black)
def paused_vs():
paused_text = "Paused"
paused_text_render = c.menu_font.render(paused_text, 1, c.white, 150)
pygame.display.set_caption("Skybound")
global is_paused
while is_paused:
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
is_paused = False
if event.key == pygame.K_1:
is_paused = False
elif event.key == pygame.K_2:
is_paused = False
c.screen.fill(c.black)
time.sleep(0.05)
main_menu.menu()
paused_text_rect = paused_text_render.get_rect()
paused_text_rect.center = ((c.screen_width/2, (c.screen_height/3)/2))
c.screen.blit(paused_text_render, paused_text_rect)
main_menu.button("Resume", c.screen_width/2-155, c.screen_height/2.6, 310, 100, c.blue, c.darker_blue, "resume")
main_menu.button("Exit to Main Menu", c.screen_width/2-155, c.screen_height/1.625, 310, 100, c.blue, c.darker_blue, "return_from_game")
pygame.display.update()
c.screen.fill(c.black)
def leaderboard():
global show_leaderboard
leaderboard = open("..\\res\\leaderboard.txt", "r+")
while show_leaderboard:
pygame.display.set_caption("Skybound")
c.screen.fill(c.black)
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_menu.quit_game()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
c.screen.fill(c.black)
show_leaderboard = False
leaderboard_text = "Leaderboard"
leaderboard_text_render = c.menu_font.render(leaderboard_text, 1, c.red, 150)
leaderboard_text_rect = leaderboard_text_render.get_rect()
leaderboard_text_rect.center = (c.screen_width/2, 50)
c.screen.blit(leaderboard_text_render, leaderboard_text_rect)
lines = [line.rstrip('\n') for line in open('..\\res\\leaderboard.txt')]
lines.sort(key=lambda x: int(x.split("-----")[-1]), reverse=True)
score_y = 0
scores = 0
for name_and_score in lines:
if scores < 10:
name = name_and_score.split(" ----- ")
name = name[0]
score = name_and_score.split("----- ")
score = score[1]
name_text_render = c.leaderboard_font.render(name, 1, c.white, 150)
name_text_rect = name_text_render.get_rect()
name_text_width = name_text_render.get_width()
name_text_height = name_text_render.get_height()
name_text_rect.x = c.screen_width/2-150-name_text_width
name_text_rect.y = 97.5 + score_y
c.screen.blit(name_text_render, name_text_rect)
score_text_render = c.score_font.render(score, 1, c.white, 150)
score_text_rect = score_text_render.get_rect()
score_text_rect.center = (c.screen_width/2+200, (120 + score_y))
c.screen.blit(score_text_render, score_text_rect)
pygame.draw.line(c.screen, c.white, [c.screen_width/2-125, 122 + score_y], [c.screen_width/2+125, 122 + score_y], 5)
score_y += 50
scores += 1
main_menu.button("Return", 0, c.screen_height-75, 200, 80, c.blue, c.darker_blue, "return")
pygame.display.update()
def gamemode():
gamemode_text = "Gamemode"
gamemode_text_render = c.menu_font.render(gamemode_text, 1, c.red, 150)
global show_gamemode
show_gamemode = True
pygame.display.set_caption("Skybound")
while show_gamemode:
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_menu.quit_game()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
main_menu.show_menu = True
main_menu.menu()
if event.key == pygame.K_1:
main_menu.start_solo()
elif event.key == pygame.K_2:
main_menu.start_practice()
elif event.key == pygame.K_3:
main_menu.start_vs()
c.screen.fill(c.black)
c.clock.tick(c.fps)
gamemode_text_rect = gamemode_text_render.get_rect()
gamemode_text_rect.center = (c.screen_width / 2, 50)
c.screen.blit(gamemode_text_render, gamemode_text_rect)
main_menu.button("Classic", (c.screen_width / 2) - 125,
c.screen_height / 4.33, main_menu.box_w,
main_menu.box_h, c.blue, c.darker_blue, "solo")
main_menu.button("Practice", (c.screen_width / 2) - 125,
c.screen_height / 2.36, main_menu.box_w,
main_menu.box_h, c.blue, c.darker_blue, "practice")
main_menu.button("Versus", (c.screen_width / 2) - 125,
c.screen_height / 1.625, main_menu.box_w,
main_menu.box_h, c.blue, c.darker_blue, "vs")
main_menu.button("Return", 0, c.screen_height - 75, 200, 80, c.blue,
c.darker_blue, "return")
pygame.display.update()
c.screen.fill(c.black)
def solo():
all_platforms = [l.platforms_1, l.platforms_2]
c.playing_solo = True
#Main program loop to display framerate and handle exiting
while c.playing_solo:
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
#When first ran, the player object is set using the Player class
if c.second_timer == 0:
main_menu.player_obj = player.Player()
#If the player is below the bottom of the screen, they lose and the game over function is ran
if main_menu.player_obj.rect.top - c.cameraY > c.screen_height:
gamemode.show_gamemode = False
game_over.over = True
c.playing_solo = False
game_over.game_over(False)
#Applies gravity to the player by adding a set value to their y velocity each frame
main_menu.player_obj.movey += c.gravity
#Draws and updates the player
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
#Draws the floor for the player to start on (Player can only land and jump on platforms)
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing offset to allow the player to jump up/higher
if c.level_timer % c.max_level_timer == 0 and c.generate_platforms == True:
c.levels.append(
l.Level(random.choice(all_platforms),
650 * c.level_timer / c.max_level_timer, "y"))
#Only allows generation of platforms within a set window of the player so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
if (main_menu.player_obj.y) + 1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj.y) - 1000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards after the player moves off the ground
c.cameraY -= c.camera_movement
c.camera_movement = c.score / 500
if main_menu.player_obj.y - 150 < c.cameraY:
c.cameraY = main_menu.player_obj.y - 150
"""Calculate and display the score for the player,
the score is calculated by using the player's y co-ordinate
and turning it into relative magnitude number"""
if c.score < ((-main_menu.player_obj.y) + 570) / 10:
c.score = ((-main_menu.player_obj.y) + 570) / 10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.white, 150)
c.screen.blit(scoretext, (5, 0))
#Increases how fast the player charges their jump to make the game possible once the camera movement becomes faster
main_menu.player_obj.jump_charge_increase = c.score / 1000
#Primary loop for input handling.
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused("solo")
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
if event.key == ord("r"):
main_menu.start_solo()
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(
-15 * main_menu.player_obj.jump_charge -
main_menu.player_obj.jump_charge_increase * 8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
#Sets screen boundaries and whether the player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width - main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
#Print framerate in the window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(
c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()
def practice():
practice_timer = 1
all_platforms = [l.platforms_1, l.platforms_2]
c.playing_practice = True
adding_score = False
removing_score = False
#Main program loop to display framerate and handle exiting
while c.playing_practice:
if c.second_timer == 0:
main_menu.player_obj = player.Player()
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
#Applies gravity to the player
main_menu.player_obj.movey += c.gravity
#Draws and updates the player
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing c.offset to allow the player to jump up/higher
if c.level_timer % practice_timer == 0 and c.generate_platforms == True:
c.levels.append(l.Level(random.choice(all_platforms), 650 * c.level_timer/practice_timer, "y"))
#Only allows generation of platforms within a set window of the player so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
#if (main_menu.player_obj.y)+15000 < c.levels[0].offset:
#c.levels.pop(0)
if (main_menu.player_obj.y)-20000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards after the player moves off the ground
c.cameraY -= c.camera_movement
c.camera_movement = c.score/500
if main_menu.player_obj.y-150 < c.cameraY:
c.cameraY = main_menu.player_obj.y-150
if main_menu.player_obj.y-400 > c.cameraY:
c.cameraY = main_menu.player_obj.y-400
"""Calculate and display the score for the player,
the score is calculated by using the player's y co-ordinate and turning it into relative magnitude number"""
if c.score < ((-main_menu.player_obj.y)+570)/10:
c.score = ((-main_menu.player_obj.y)+570)/10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.white, 150)
c.screen.blit(scoretext, (5, 0))
main_menu.player_obj.jump_charge_increase = c.score/1000
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Primary loop for input handling
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused("practice")
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
if event.key == ord("r"):
main_menu.start_practice()
if event.key == pygame.K_PAGEUP:
adding_score = True
c.score += 1
if event.key == pygame.K_PAGEDOWN:
removing_score = True
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.space or event.key == c.up or event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(-15*main_menu.player_obj.jump_charge - main_menu.player_obj.jump_charge_increase*8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == c.left or event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == c.right or event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == c.down or event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
if event.key == pygame.K_PAGEUP:
adding_score = False
if event.key == pygame.K_PAGEDOWN:
removing_score = False
if adding_score == True:
c.score += 5
if removing_score == True:
if c.score >= 5:
c.score -= 5
#Sets screen boundaries and whether the player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width-main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
#Print framerate in window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()
def game_over(submitted):
pygame.display.set_caption("Skybound")
global over
removing_timer = 1
removing_timer_max = 60
removing = False
while over:
c.clock.tick(60)
c.screen.fill(c.black)
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_menu.quit_game()
if event.type == pygame.KEYDOWN:
#If the user presses enter and hasn't submitted their name to the leaderboard yet, that happens
if event.key == pygame.K_RETURN and submitted == False:
main_menu.submit_to_leaderboard(c.score)
game_over(True)
#Backspace to remove characters from the name
if event.key == pygame.K_BACKSPACE:
removing_timer = removing_timer_max
removing = True
if len(c.name) < 15 and submitted == False:
c.name += event.unicode
if event.key == pygame.K_ESCAPE:
over = False
c.screen.fill(c.black)
time.sleep(0.1)
main_menu.menu()
if event.key == pygame.K_2:
if submitted:
over = False
c.screen.fill(c.black)
time.sleep(0.1)
main_menu.menu()
if event.key == pygame.K_1 or event.key == pygame.K_r:
if submitted:
main_menu.start_solo()
if event.type == pygame.KEYUP:
if event.key == pygame.K_BACKSPACE:
removing = False
if removing and removing_timer % removing_timer_max == 0:
c.name = c.name[:-1]
over_text = "Game Over"
over_text_render = c.menu_font.render(over_text, 1, c.red, 150)
over_text_rect = over_text_render.get_rect()
over_text_rect.center = ((c.screen_width / 2, 50))
c.screen.blit(over_text_render, over_text_rect)
score_text = "Final Score:{0:.0f}".format(c.score)
scoretext_render = c.final_score_font.render(score_text, 1, c.white,
150)
scoretext_rect = scoretext_render.get_rect()
scoretext_rect.center = c.screen_width / 2, c.screen_height / 2 - 200
c.screen.blit(scoretext_render, scoretext_rect)
name_text = ("Name: " + c.name)
name_text_render = c.controls_font.render(name_text, 1, c.white, 150)
name_text_rect = name_text_render.get_rect()
name_text_rect.center = ((c.screen_width / 2,
c.screen_height / 2 - 100))
c.screen.blit(name_text_render, name_text_rect)
if submitted:
submitted_text_render = c.boxfont.render(
"Name and Score Submitted to Leaderboard", 1, c.white, 150)
submitted_text_rect = submitted_text_render.get_rect()
submitted_text_rect.center = (c.screen_width / 2,
(c.screen_height / 2) - 25)
c.screen.blit(submitted_text_render, submitted_text_rect)
else:
main_menu.button("Submit", c.screen_width / 2 - 90,
c.screen_height / 2 - 50, 180, 100, c.blue,
c.darker_blue, "submit_name")
main_menu.button("Play Again", c.screen_width / 2 - 150,
c.screen_height / 2 + 80, 300, 100, c.blue,
c.darker_blue, "restart")
main_menu.button("Exit to Main Menu", c.screen_width / 2 - 150,
c.screen_height / 2 + 200, 300, 100, c.blue,
c.darker_blue, "return_from_over")
pygame.display.update()
removing_timer += 1
def vs_over(colour_of_winner, submitted):
pygame.display.set_caption("Skybound")
over = True
removing_timer = 1
removing_timer_max = 60
removing = False
while over:
c.clock.tick(60)
c.screen.fill(c.black)
for event in pygame.event.get():
if event.type == pygame.QUIT:
main_menu.quit_game()
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_RETURN and submitted == False:
main_menu.submit_to_leaderboard(c.winner_score)
vs_over(c.colour_of_winner, True)
if event.key == pygame.K_BACKSPACE:
removing_timer = removing_timer_max
removing = True
if len(c.name) < 15 and submitted == False:
c.name += event.unicode
if event.key == pygame.K_ESCAPE or event.key == pygame.K_2:
game_over.over = False
c.screen.fill(c.black)
time.sleep(0.1)
main_menu.menu()
if event.key == pygame.K_1 or event.key == pygame.K_r:
if submitted:
main_menu.start_vs()
if event.type == pygame.KEYUP:
if event.key == pygame.K_BACKSPACE:
removing = False
if removing and removing_timer % removing_timer_max == 0:
c.name = c.name[:-1]
c.colour_of_winner = colour_of_winner
if colour_of_winner == "Red":
winner_text_colour = c.red
loser_text_colour = c.blue
c.winner_score = c.score
loser_score = c.score2
colour_of_loser = "Blue"
elif colour_of_winner == "Blue":
winner_text_colour = c.blue
loser_text_colour = c.red
c.winner_score = c.score2
loser_score = c.score
colour_of_loser = "Red"
else:
winner_text_colour = c.red
c.winner_score = 10
loser_score = 5
colour_of_loser = "Green"
score_text = "{}'s Score:{}".format(colour_of_winner,
round(c.winner_score))
scoretext_render = c.score_font.render(score_text, 1,
winner_text_colour, 150)
scoretext_rect = scoretext_render.get_rect()
scoretext_rect.center = 625, c.screen_height / 2 - 220
c.screen.blit(scoretext_render, scoretext_rect)
score_text2 = "{}'s Score:{}".format(colour_of_loser,
round(loser_score))
scoretext_render2 = c.score_font.render(score_text2, 1,
loser_text_colour, 150)
scoretext_rect2 = scoretext_render2.get_rect()
scoretext_rect2.center = 625, c.screen_height / 2 - 170
c.screen.blit(scoretext_render2, scoretext_rect2)
over_text = "{} Player Wins".format(colour_of_winner)
over_text_render = c.menu_font.render(over_text, 1, winner_text_colour,
150)
over_text_rect = over_text_render.get_rect()
over_text_rect.center = ((c.screen_width / 2,
(c.screen_height / 3) - 180))
c.screen.blit(over_text_render, over_text_rect)
name_text = ("Name: " + c.name)
name_text_render = c.controls_font.render(name_text, 1, c.white, 150)
name_text_rect = name_text_render.get_rect()
name_text_rect.center = ((c.screen_width / 2,
c.screen_height / 2 - 100))
c.screen.blit(name_text_render, name_text_rect)
if submitted:
submitted_text_render = c.boxfont.render(
"Name and Score Submitted to Leaderboard", 1, c.white, 150)
submitted_text_rect = submitted_text_render.get_rect()
submitted_text_rect.center = (c.screen_width / 2,
(c.screen_height / 2))
c.screen.blit(submitted_text_render, submitted_text_rect)
else:
main_menu.button("Submit", c.screen_width / 2 - 90,
c.screen_height / 2 - 50, 180, 100, c.blue,
c.darker_blue, "submit_name_vs")
main_menu.button("Play Again", c.screen_width / 2 - 150, 400, 300, 100,
c.blue, c.darker_blue, "restart_vs")
main_menu.button("Exit to Main Menu", c.screen_width / 2 - 150, 525,
300, 100, c.blue, c.darker_blue, "return_from_over")
pygame.display.update()
removing_timer += 1
def vs():
c.playing_vs = True
all_platforms = [l.platforms_1, l.platforms_2]
c.score2 = 0
#Main program loop to display framerate and handle exiting
while c.playing_vs:
if c.second_timer == 0:
main_menu.player_obj = player.Player()
main_menu.player_obj2 = player.Player()
main_menu.player_obj.x = c.screen_width-main_menu.player_obj.player_width
#Screen reset to avoid multiple blits overlaying
c.screen.fill(c.black)
if main_menu.player_obj.rect.top - c.cameraY > c.screen_height:
game_over.vs_over("Blue", False)
elif main_menu.player_obj2.rect.top - c.cameraY > c.screen_height:
game_over.vs_over("Red", False)
if c.score < ((-main_menu.player_obj.y)+570)/10:
c.score = ((-main_menu.player_obj.y)+570)/10
if c.score2 < ((-main_menu.player_obj2.y)+570)/10:
c.score2 = ((-main_menu.player_obj2.y)+570)/10
score_text = "Score:{0:.0f}".format(c.score)
scoretext = c.score_font.render(score_text, 1, c.red, 150)
c.screen.blit(scoretext, (5, 0))
score_text2 = "Score:{0:.0f}".format(c.score2)
scoretext = c.score_font.render(score_text2, 1, c.blue, 150)
c.screen.blit(scoretext, (5, 40))
#Applies gravity to the players
main_menu.player_obj.movey += c.gravity
main_menu.player_obj2.movey += c.gravity
#Draws and updates the players
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
main_menu.player_obj2.draw(c.blue)
main_menu.player_obj2.update()
l.floor.draw()
#Generates sets of platforms from the all_platforms list with increasing c.offset to allow the players to jump up/higher
if c.level_timer % c.max_level_timer == 0 and c.generate_platforms == True:
c.levels.append(l.Level(random.choice(all_platforms), 650 * c.level_timer/c.max_level_timer, "y"))
#Only allows generation of platforms within a set window of the players so that the game does not generate infinite platforms and slow down
if len(c.levels) > 0:
if (main_menu.player_obj2.y)+1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj.y)+1000 < c.levels[0].offset:
c.levels.pop(0)
elif (main_menu.player_obj2.y)-1000 > c.levels[-1].offset:
c.generate_platforms = False
elif (main_menu.player_obj.y)-1000 > c.levels[-1].offset:
c.generate_platforms = False
else:
c.generate_platforms = True
c.level_timer += 1
#Draws the generated platforms from the levels list onto the screen
for level in c.levels:
level.draw()
#Continually moves the camera upwards once a set amount of time has passed
c.cameraY -= c.camera_movement
c.camera_movement = max(c.score/500, c.score2/500)
if main_menu.player_obj.y-80 < c.cameraY:
c.cameraY = main_menu.player_obj.y-80
if main_menu.player_obj2.y-80 < c.cameraY:
c.cameraY = main_menu.player_obj2.y-80
main_menu.player_obj.jump_charge_increase = min(1, c.score/1000)
main_menu.player_obj2.jump_charge_increase = min(1, c.score/1000)
#Sets frames per second for the game
milliseconds = c.clock.tick(c.fps)
#Primary loop for input handling
for event in pygame.event.get():
if event.type == pygame.display.quit:
main_menu.quit_game()
#Handles the pressing of a key
if event.type == pygame.KEYDOWN:
#PLAYER 2 CONTROLS
if event.key == c.up:
if main_menu.player_obj2.on_platform == True:
main_menu.player_obj2.player_speed = 3
main_menu.player_obj2.charging = True
main_menu.player_obj2.draw(c.blue)
main_menu.player_obj2.update()
if event.key == pygame.K_ESCAPE:
pause.is_paused = True
pause.paused_vs()
if event.key == c.left:
main_menu.player_obj2.control_x(-1)
if event.key == c.right:
main_menu.player_obj2.control_x(1)
if event.key == c.down:
main_menu.player_obj2.control_y(10)
#PLAYER 1 CONTROLS
if event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.player_speed = 3
main_menu.player_obj.charging = True
main_menu.player_obj.draw(c.red)
main_menu.player_obj.update()
if event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(-1)
if event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(1)
if event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(10)
#Handles the releasing of a key
if event.type == pygame.KEYUP:
if event.key == c.up:
if main_menu.player_obj2.on_platform == True:
main_menu.player_obj2.update()
main_menu.player_obj2.control_y(-15*main_menu.player_obj2.jump_charge - main_menu.player_obj2.jump_charge_increase*8)
main_menu.player_obj2.player_speed = 10
main_menu.player_obj2.jump_charge = 0
main_menu.player_obj2.charging = False
main_menu.player_obj2.on_platform = False
if event.key == c.left:
main_menu.player_obj2.control_x(0)
if event.key == c.right:
main_menu.player_obj2.control_x(0)
if event.key == c.down:
main_menu.player_obj2.control_y(0)
if event.key == c.up2:
if main_menu.player_obj.on_platform == True:
main_menu.player_obj.update()
main_menu.player_obj.control_y(-15*main_menu.player_obj.jump_charge - main_menu.player_obj.jump_charge_increase*8)
main_menu.player_obj.player_speed = 10
main_menu.player_obj.jump_charge = 0
main_menu.player_obj.charging = False
main_menu.player_obj.on_platform = False
if event.key == pygame.K_LEFT:
main_menu.player_obj.control_x(0)
if event.key == pygame.K_RIGHT:
main_menu.player_obj.control_x(0)
if event.key == pygame.K_DOWN:
main_menu.player_obj.control_y(0)
#Sets screen boundaries and whether either player is on the floor or on a wall
if main_menu.player_obj.x >= c.screen_width-main_menu.player_obj.player_width:
main_menu.player_obj.x = c.screen_width - main_menu.player_obj.player_width
if main_menu.player_obj.x <= 0:
main_menu.player_obj.x = 0
if main_menu.player_obj2.x >= c.screen_width-main_menu.player_obj2.player_width:
main_menu.player_obj2.x = c.screen_width - main_menu.player_obj2.player_width
if main_menu.player_obj2.x <= 0:
main_menu.player_obj2.x = 0
#Print framerate in window caption
pygame.display.set_caption("Skybound FPS: {0:.0f}".format(c.clock.get_fps()))
#Updates the display and increments the timers accordingly
pygame.display.update()
c.second_timer += 1
pygame.display.quit()