def handleEvents(events=None, escape_exits=True):
global next_screen, forceUpdate, quitPrompt
# update last events
Input.update()
# Update our mouse position and 3 button state
Input.update_mouse(pygame.mouse.get_pressed(), pygame.mouse.get_pos())
# Add all events from the event queue to the input module
# for this loop cycle.
if events is None:
events = pygame.event.get()
Input.add_events(events)
if (Input.down(K_ESCAPE) and escape_exits) or Input.isset("QUIT"):
if not quitPrompt:
quitPrompt = True
if game.yesno_prompt("Exit RED -spider lily-?"):
next_screen = None
return "quit"
quitPrompt = False
forceUpdate = True
Input.update()
# if Input.up(K_F9):
# level = int(getInput("Goto level #:", pygame.Rect(0, 550, 800, 50), default="0"))
# forceUpdate = True
# game.load_level(level, game.mc)
if Input.up(K_F8):
mapeditor.map_editor()
forceUpdate = True
def dissolve_transition(old_screen, new_screen, time, rect=None):
# initialize values
alpha = 0
# calculate how much we will increase alpha
incAlpha = 255/float(time)
while alpha < 255:
lag = clock.tick(MAX_FPS)
if handleEvents() == "quit":
exit()
if Input.up(K_ESCAPE):
new_screen.set_alpha(None)
screen.blit(new_screen, (0,0))
updateScreen()
return
# blit the old and new screens
screen.blit(old_screen, (0,0))
new_screen.set_alpha(int(alpha))
screen.blit(new_screen, (0,0))
updateScreen()
# increase alpha
alpha += incAlpha * lag
# blit the new screen with full opacity
new_screen.set_alpha(None)
screen.blit(new_screen, (0,0))
updateScreen()
def level_clear_screen(mc, killed_bugs, ltime, lives, lost_lives, score):
core.play_music("stage clear", queue=True)
last_screen = core.screen.copy().convert()
ls = last_screen.copy().convert()
bg = core.load_image("stage_clear.png", directory="gfx")
stars = core.load_image("rank_star.png", directory="gfx")
stars = [ core.im_crop(stars, pygame.Rect(0,0,55,51)),
core.im_crop(stars, pygame.Rect(55,0,55,51)) ]
ltime = int(ltime)
used_feathers, wasted_feathers, waste_penalty = getFeatherStats(mc)
rank = getRank(mc, lost_lives, lives, ltime, killed_bugs)
state = 0
skilled_bugs = oStatsDisp(0, (465,155), useNumbers=True, xalign=1.0, width=100, formatValue=format_level_time)
stime = oStatsDisp(0, (465,190), useNumbers=True, xalign=1.0, width=100, formatValue=format_level_time)
slives = oStatsDisp(0, (465,225), useNumbers=True, xalign=1.0, width=100, formatValue=format_level_time)
sfeathers = oStatsDisp(0, (465,260), useNumbers=True, xalign=1.0, width=100, formatValue=format_level_time)
stotal = oStatsDisp(score, (235,370), useNumbers=True, xalign=1.0, width=330, formatValue=format_score)
last_total = score
forceUpdate = True
vel = .3
vel2 = 100
while True:
lag = core.clock.tick(core.MAX_FPS)
if lag <= 0:
lag = 1
dirty_rects = []
if core.handleEvents() == "quit":
exit()
vel = 0.2
if Input.up(K_RETURN):
if state < 8:
vel = sys.maxint
else:
core.dissolve_transition(core.screen.copy().convert(), ls, 1000)
return stotal.value, rank
core.screen.blit(ls, (0,0))
core.screen.blit(bg, (0,0))
# points
if state == 0:
skilled_bugs.update( skilled_bugs.value + vel*lag )
if skilled_bugs.value >= killed_bugs:
skilled_bugs.value = killed_bugs
state += 1
elif state == 1:
stime.update( stime.value + vel*lag )
if stime.value >= ltime:
stime.value = ltime
state += 1
elif state == 2:
slives.update( slives.value + vel*lag )
if slives.value >= lives:
slives.value = lives
state += 1
elif state == 3:
sfeathers.update( sfeathers.value + vel*lag )
if sfeathers.value >= wasted_feathers:
sfeathers.value = wasted_feathers
state += 1
elif state == 4:
stotal.update( stotal.value + vel2*lag )
if stotal.value >= last_total + killed_bugs*10:
stotal.value = last_total + killed_bugs*10
last_total = stotal.value
state += 1
elif state == 5:
stotal.update( stotal.value + vel2*lag )
if stotal.value >= last_total + ltime*100:
stotal.value = last_total + ltime*100
last_total = stotal.value
state += 1
elif state == 6:
stotal.update( stotal.value + vel2*lag )
if stotal.value >= last_total + lives*1000:
stotal.value = last_total + lives*1000
last_total = stotal.value
state += 1
elif state == 7:
stotal.update( stotal.value - vel2*lag )
if stotal.value <= last_total - waste_penalty:
stotal.value = last_total - waste_penalty
last_total = stotal.value
state += 1
# draw
dirty_rects.extend( skilled_bugs.draw(core.screen) )
if state > 0:
dirty_rects.extend( stime.draw(core.screen) )
if state > 1:
dirty_rects.extend( slives.draw(core.screen) )
if state > 2:
dirty_rects.extend( sfeathers.draw(core.screen) )
if state > 3:
dirty_rects.extend( stotal.draw(core.screen) )
if state > 7:
def draw_rank_star(pos, rank_need):
if rank >= rank_need:
return core.screen.blit(stars[1], pos)
else:
return core.screen.blit(stars[0], pos)
dirty_rects.append( draw_rank_star((405,430), 3) )
dirty_rects.append( draw_rank_star((460,430), 2) )
dirty_rects.append( draw_rank_star((515,430), 1) )
if last_screen is not None:
core.dissolve_transition(last_screen, core.screen.copy().convert(), 1000)
last_screen = None
if forceUpdate:
dirty_rects = None
forceUpdate = False
core.updateScreen(dirty_rects)
def main_menu():
core.play_music("main menu")
# load bg
bg = core.load_image("main_menu.png", directory="gfx", auto_alpha=False)
selected = 0
def genButton(images, pos):
button = sprite.oSprite()
button.x = pos[0]
button.y = pos[1]
button.animations = {
"active": {
"N": [0,True,[sprite.oFrame(images[0])]]
},
"inactive": {
"N": [0,True,[sprite.oFrame(images[1])]]
}
}
core.render_group.add(button)
return button
selected = 0
buttons = []
core.render_group.clear()
for i, button in enumerate(["new game","help","credits","exit"]):
y = 180 + i*40
x = 75
buttons.append( genButton(core.game_images[button], (x,y)) )
menu_screens = [
game_intro, # new game
hiscores_screen,# high scores
credits_screen, # credits
exit_screen, # exit
]
forceUpdate = True
last_screen = core.screen.copy().convert()
while True:
lag = core.clock.tick(core.MAX_FPS)
if core.handleEvents() == "quit":
exit()
if Input.up(K_UP):
core.play_sound("cursor_move")
selected -= 1
if selected < 0:
selected = len(buttons)-1
if Input.up(K_DOWN):
core.play_sound("cursor_move")
selected += 1
if selected >= len(buttons):
selected = 0
if Input.up(K_RETURN):
core.next_screen = menu_screens[selected]
core.play_sound("button_click")
return
for i, button in enumerate(buttons):
button.changeState("active" if i == selected else "inactive")
dirty_rects = core.render_group.update(lag)
core.screen.blit(bg, (0,0))
core.render_group.draw(core.screen)
if last_screen is not None:
core.dissolve_transition(last_screen, core.screen.copy().convert(), 1000)
last_screen = None
if forceUpdate:
dirty_rects = None
core.updateScreen(dirty_rects)
def yesno_prompt(text):
last_screen = core.screen.copy().convert()
ls = last_screen.copy().convert()
bg = core.load_image("yesno_prompt.png", directory="gfx")
selected = 0
button_group = sprite.oSpriteGroup()
def genButton(images, pos):
button = sprite.oSprite()
button.x = pos[0]
button.y = pos[1]
button.animations = {
"active": {
"N": [0,True,[sprite.oFrame(images[0])]]
},
"inactive": {
"N": [0,True,[sprite.oFrame(images[1])]]
}
}
button_group.add(button)
return button
selected = 0
buttons = []
buttons.append( genButton(core.game_images["no"], (200,300)) )
buttons.append( genButton(core.game_images["yes"], (400,300)) )
forceUpdate = True
while True:
lag = core.clock.tick(core.MAX_FPS)
if core.handleEvents() == "quit":
exit()
if Input.up(K_LEFT):
core.play_sound("cursor_move")
selected -= 1
if selected < 0:
selected = len(buttons)-1
if Input.up(K_RIGHT):
core.play_sound("cursor_move")
selected += 1
if selected >= len(buttons):
selected = 0
if Input.up(K_RETURN):
core.play_sound("button_click")
core.dissolve_transition(core.screen.copy().convert(), ls, 1000)
return bool(selected)
for i, button in enumerate(buttons):
button.changeState("active" if i == selected else "inactive")
dirty_rects = button_group.update(lag)
core.screen.blit(ls, (0,0))
core.screen.blit(bg, (0,0))
button_group.draw(core.screen)
dirty_rects.append(core.fonts.Draw(core.screen, None, 36, text,
pygame.Rect(50,250,700,50), (255,255,255,255), alignHoriz='center', antialias=True))
if last_screen is not None:
core.dissolve_transition(last_screen, core.screen.copy().convert(), 1000)
last_screen = None
core.updateScreen(dirty_rects)
def handlePlayerControls(char, lag):
if char.animState == "dying":
return
d = ""
ly = char.y
lx = char.x
if Input.motion(CONTROLS["up"]):
char.y -= char.speed*char.speedMul * lag
d += "N"
if Input.motion(CONTROLS["down"]):
char.y += char.speed*char.speedMul * lag
d += "S"
if Input.motion(CONTROLS["left"]):
char.x -= char.speed*char.speedMul * lag
d += "W"
if Input.motion(CONTROLS["right"]):
char.x += char.speed*char.speedMul * lag
d += "E"
if d == "":
char.changeState("stopped")
else:
char.changeState("walking")
char.changeDirection(d)
if not char.canWalk():
char.x = lx
char.y = ly
if Input.motion(CONTROLS["attack"]):
char.attacks[char.use_attack].attack(char)
if Input.up(CONTROLS["prev_feather"]):
char.use_attack -= 1
if char.use_attack < 0:
char.use_attack = len(char.attacks)-1
if Input.up(CONTROLS["next_feather"]):
char.use_attack += 1
if char.use_attack >= len(char.attacks):
char.use_attack = 0
# if Input.motion(CONTROLS["run"]):
# char.speedMul = 2
# else:
# char.speedMul = 1
if Input.up(CONTROLS["action"]):
w, h = level.tileSize
x = int( math.floor( char.x / w ) )
y = int( math.floor( (char.y-33) / h ) )# fix tiles have a blank area on top o.o
tile = level.getTile(x, y)
if tile.portal and tile.active:
play_sound("portal_activate")
level.portalActive = True
if tile.op > -1:
tile.active = not tile.active
if tile.active:
play_sound("block_activate")
else:
play_sound("block_deactivate")
tile.changed = True
mathExp.activateTerm(x, y)
level.activateTiles(mathExp.getResult())
level.genBitmask()
def show_texts(self, texts, char=0):
rv = True
self.char = char
x, y = self.x, self.y
if self.background is not None:
last_screen = core.screen.copy().convert()
ls = last_screen.copy().convert()
core.screen.blit( self.background, self.bg_pos )
core.dissolve_transition( last_screen, core.screen.copy().convert(), self.intime )
last_screen = core.screen.copy().convert()
try:
for text in texts:
text = "\n".join( self.wrap_multi_line(text, self.font, self.width) ) + ' '
self.dismissed = False
start = 0
while not self.dismissed:
lag = core.clock.tick(core.MAX_FPS)
if lag <= 0:
lag = 1
if core.handleEvents(escape_exits = not K_ESCAPE in self.skip_keys) == "quit":
exit()
core.screen.blit(last_screen, (0,0))
for skip_key in self.skip_keys:
if Input.up(skip_key):
rv = False
raise eSkipText
if start < len(text):
for dismiss in self.dismiss_keys:
if Input.up(dismiss):
self.char = len(text)
self.char += self.speed * lag
chars = text[start:int(self.char)]
start += len(chars)
update_rects = []
for char in chars:
if char in ["\r","\n"]:
y += self.font.size("W")[1] + self.line_spacing
x = self.x
else:
text_surf = self.font.render( char, True, self.color )
update_rects.append( last_screen.blit(text_surf, (x,y)) )
x += text_surf.get_width()
core.updateScreen()
else:
if self.ctc is not None:
self.ctc.x = x
self.ctc.y = y
ctc_rect = self.ctc.update(lag)
self.ctc.draw(core.screen)
ctc_rect.extend(update_rects)
core.updateScreen(ctc_rect)
for dismiss in self.dismiss_keys:
if Input.up(dismiss):
self.dismissed = True
self.char -= len(text)
x = self.x
y += self.font.size("W")[1] + self.line_spacing
except eSkipText:
pass
core.dissolve_transition( core.screen.copy().convert(), ls, self.intime )
return rv
