def play_level(view, game, level=None, mapentry=None):
game.new_level(level, mapentry)
p = game.player
done = False
clk = G.time.Clock()
addlkeys = [(G.K_ESCAPE, 0, VK_SELECT | VK_START)]
while not done:
event_vkeys, other_events = translate_events(addlkeys)
(vkeys, new_vkeys) = read_pads(view)
new_vkeys |= event_vkeys
vkeys |= event_vkeys
game.move(vkeys, new_vkeys)
view.draw(game)
if p.health < 1:
done = 'die'
if (vkeys & VK_LEFT) and game.open_l and p.pos[0] <= 8:
done = 'side'
if (vkeys & VK_RIGHT) and game.open_r and p.pos[0] >= 248:
done = 'side'
if p.state == p.ST_ENTERING_DOOR and p.walking_frame > 20:
done = 'door'
if (vkeys & (VK_SELECT | VK_START) == (VK_SELECT | VK_START)):
done = 'esc'
chipsfx.fxq_play(view.sfx, view.display.num_frames)
clk.tick(60)
view.display.flip()
return done
def level_select(view, game, selected=0):
textout = view.font.textout
enl = view.display
screen = enl.get_surface()
screen.fill((102, 102, 102))
level_dirty = True
slm = SmallLevelMap(view, 64, 80)
done = False
clk = G.time.Clock()
addlkeys = [
(G.K_RETURN, 0, VK_START), (G.K_ESCAPE, 0, VK_B),
(G.K_TAB, 0, VK_SELECT),
(G.K_LEFT, 0, VK_LEFT), (G.K_RIGHT, 0, VK_RIGHT)
]
while not done:
key_vkeys = 0
event_vkeys, other_events = translate_events(addlkeys)
(vkeys, new_vkeys) = read_pads(view)
new_vkeys |= event_vkeys
if new_vkeys & VK_LEFT:
selected -= 1
if selected < 0:
selected = len(game.levels) - 1
level_dirty = True
if new_vkeys & VK_RIGHT:
selected += 1
if selected >= len(game.levels):
selected = 0
level_dirty = True
if new_vkeys & (VK_A | VK_START):
done = VK_A
if new_vkeys & VK_B:
selected = -1
done = VK_B
if level_dirty and 0 <= selected < len(game.levels):
screen.fill((102, 102, 102), (0, 8, 256, 8))
textout(screen, "Level %d" % (selected + 1), 16, 8)
screen.fill((102, 102, 102), (0, 24, 256, 24))
level = game.levels[selected]
textout(screen, level[0], 16, 24)
enemyseq = level[3]
for i, enemy in enumerate(enemyseq):
x, y = enemies_gfxcoords[enemy]
dstpos = (16 + 8 * i, 40)
srcarea = (120 - x, y, 8, 8)
screen.blit(view.spritegfx[1], dstpos, srcarea)
levelmap = game.levelmaps[level[1]][2]
slm.load_map(levelmap)
slm.slm_redrawdirty()
level_dirty = False
clk.tick(60)
enl.flip()
return done, selected
def press_a_key(view, vkeyfilter=VK_A|VK_START, addlkeys=[], waiting_time=30):
"""Wait for the player to press one of the keys in keys_set or the A button.
Return the vkey that caused closing.
"""
done = False
clk = G.time.Clock()
while not done:
event_vkeys, other_events = translate_events(addlkeys)
(vkeys, new_vkeys) = read_pads(view)
if waiting_time > 0:
waiting_time -= 1
new_vkeys = 0
done = (new_vkeys | event_vkeys) & vkeyfilter
clk.tick(60)
view.display.flip()
return done
def editor(view, game, play_level):
es = EditorSession(view, game)
done = False
clk = G.time.Clock()
VK_BACK = 0x2000
addlkeys = [
(G.K_RETURN, 0, VK_START), (G.K_ESCAPE, 0, VK_BACK),
(G.K_TAB, 0, VK_SELECT),
(G.K_LEFT, 0, VK_LEFT), (G.K_RIGHT, 0, VK_RIGHT),
(G.K_UP, 0, VK_UP), (G.K_RIGHT, 0, VK_DOWN)
]
while not done:
key_vkeys = 0
event_vkeys, other_events = translate_events(addlkeys)
(vkeys, new_vkeys) = read_pads(view)
new_vkeys |= event_vkeys
if es.moved_since_b and es.mode == es.MODE_PLACE_BLOCKS:
new_vkeys |= vkeys & (VK_A | VK_B)
es.handle_vkeys(new_vkeys)
if new_vkeys & VK_BACK:
done = True
if new_vkeys & VK_START:
if vkeys & VK_SELECT:
done = True
else:
es.level[3][:] = [e for e in es.level[3] if e]
connect_level(es.mapdata)
randomize_level_bg(es.mapdata)
game.new_game()
game.pf.sheet = view.metatile_sheet
## with es:
play_level(view, game, es.level, es.map)
es.dirty = es.DIRTY_ALL
es.redrawdirty()
clk.tick(60)
view.display.flip()
save_levels(user_levels_filename, [es.map], [es.level])
def titlescreen(view):
textout = view.font.textout
enl = view.display
title = G.image.load('tilesets/title.png').convert_alpha()
options = ['play', 'controls', 'practice', 'edit', 'help', 'quit']
screen = enl.get_surface()
screen.blit(title, (0, 0))
done = False
clk = G.time.Clock()
textout(screen, "forehead block guy", 24, 80, (102, 102, 102))
for i, txt in enumerate(options):
y = 120 + 8 * (i % 4)
x = 72 + 80 * (i // 4)
textout(screen, txt, x + 8, y, (0, 0, 0))
selected = 0
last_selected = -1
last_col_top = (-(-len(options) // 4) - 1) * 4
addlkeys = [
(G.K_RETURN, 0, VK_START), (G.K_ESCAPE, 0, VK_B|VK_START), (G.K_TAB, 0, VK_SELECT),
(G.K_LEFT, 0, VK_LEFT), (G.K_RIGHT, 0, VK_RIGHT),
(G.K_DOWN, 0, VK_DOWN), (G.K_UP, 0, VK_UP),
]
while not done:
event_vkeys, other_events = translate_events(addlkeys)
(vkeys, new_vkeys) = read_pads(view)
new_vkeys |= event_vkeys
if new_vkeys & VK_UP:
selected -= 1
if selected < 0:
selected = len(options) - 1
if new_vkeys & (VK_DOWN|VK_SELECT):
selected += 1
if selected >= len(options):
selected = 0
if new_vkeys & VK_LEFT:
if selected < 4:
selected = min(selected + last_col_top, len(options) - 1)
else:
selected -= 4
if new_vkeys & VK_RIGHT:
if selected >= last_col_top:
selected = selected % 4
else:
selected = min(selected + 4, len(options) - 1)
if new_vkeys & VK_B:
selected = len(options) - 1
if new_vkeys & (VK_A|VK_START):
done = True
if selected != last_selected:
if last_selected >= 0:
y = 120 + 8 * (last_selected % 4)
x = 72 + 80 * (last_selected // 4)
screen.blit(title, (x, y), (x, y, 8, 8))
if selected >= 0:
y = 120 + 8 * (selected % 4)
x = 72 + 80 * (selected // 4)
screen.blit(view.spritegfx[0], (x, y), (0, 24, 8, 8))
last_selected = selected
clk.tick(60)
enl.flip()
if selected == len(options) - 1:
selected = -1
return selected