def blit_sprite(self, sprite: 'sprites.AbstractSprite'):
if sprite is None:
return
elif isinstance(sprite, sprites.MultiSprite):
for spr in sprite.all_sprites():
self.blit_sprite(spr)
else:
mult = self._get_render_mult()
offs = (self.camera_xy[0] * mult,
self.camera_xy[1] * mult)
if isinstance(sprite, sprites.ImageSprite):
if sprite.model() is not None:
src_rect_on_atlas = sprite.model().rect()
dest_rect_in_world = sprite.rect()
surf = self._get_drawing_surface()
dest_rect = [dest_rect_in_world[0] * mult * self.camera_scale[0] - offs[0],
dest_rect_in_world[1] * mult * self.camera_scale[1] - offs[1],
dest_rect_in_world[2] * mult * self.camera_scale[0],
dest_rect_in_world[3] * mult * self.camera_scale[1]]
if (src_rect_on_atlas[2] == dest_rect[2]
and src_rect_on_atlas[3] == dest_rect[3]
and sprite.rotation() == 0
and sprite.xflip() is False
and sprite.color() == (1, 1, 1)):
# already the correct size, just blit it
surf.blit(self.cached_texture_atlas, (dest_rect[0], dest_rect[1]), src_rect_on_atlas)
else:
subsurf = self.cached_texture_atlas.subsurface(src_rect_on_atlas)
orig_subsurf = subsurf
if sprite.xflip():
subsurf = pygame.transform.flip(subsurf, True, False)
if sprite.rotation() == 0:
subsurf = subsurf.copy()
elif sprite.rotation() == 1:
subsurf = pygame.transform.rotate(subsurf, -90)
elif sprite.rotation() == 2:
subsurf = pygame.transform.rotate(subsurf, -180)
else:
subsurf = pygame.transform.rotate(subsurf, -270)
if sprite.color() != (1, 1, 1):
if subsurf == orig_subsurf:
subsurf = subsurf.copy()
color255 = tuple(util.bound(int(c * 256), 0, 255) for c in sprite.color())
subsurf.fill(color255, [0, 0, subsurf.get_width(), subsurf.get_height()], pygame.BLEND_MULT)
xformed = pygame.transform.scale(subsurf, (int(dest_rect[2]), int(dest_rect[3])))
surf.blit(xformed, (dest_rect[0], dest_rect[1]))
elif isinstance(sprite, sprites.TriangleSprite):
surf = self._get_drawing_surface()
color255 = list(util.bound(int(c * 256), 0, 255) for c in sprite.color())
xformed_pts = [(p[0] * mult - offs[0], p[1] * mult - offs[1]) for p in sprite.points()]
pygame.draw.polygon(surf, color255, xformed_pts)
def _get_temp_zoom_prog(self):
if self._temp_zoom_idx is None:
return 0
elif self._use_temp_zoom:
return util.bound(
self._temp_zoom_tick_count / self._temp_zoom_delay, 0, 1)
else:
return util.bound(
1 - self._temp_zoom_tick_count / self._temp_zoom_delay, 0, 1)
def draw_with_transparency(src_sheet, src_rect, dest_sheet, dest_pos, alpha):
"""
:param alpha: a value from [0.0, 1.0] where 0.0 is fully transparent
"""
draw_wtih_color_xform(
src_sheet, src_rect, dest_sheet, dest_pos, lambda color:
(color[0], color[1], color[2], util.bound(color[3] * alpha, 0, 1)))
def adjust_base_zoom(self, dz: int):
old_center = self.get_camera_center_in_world(ignore_temp_zoom=True)
new_zoom_idx = util.bound(int(self._base_zoom_idx + dz), 0,
len(_ZOOM_LEVELS) - 1)
self._base_zoom_idx = new_zoom_idx
self.set_camera_center_in_world(old_center)
def _handle_inputs(self):
edits = inputs.get_instance().all_pressed_ascii_keys()
text = self.text
cursor_pos = self.cursor_pos
jump_cursor = inputs.get_instance().was_pressed_two_way(
pygame.K_HOME, pygame.K_END)
if jump_cursor < 0:
cursor_pos = 0
elif jump_cursor > 0:
cursor_pos = len(text)
move_cursor = 0
if inputs.get_instance().was_pressed_or_held_and_repeated(
pygame.K_LEFT) and not inputs.get_instance().is_held(
pygame.K_RIGHT):
move_cursor = -1
if inputs.get_instance().was_pressed_or_held_and_repeated(
pygame.K_RIGHT) and not inputs.get_instance().is_held(
pygame.K_LEFT):
move_cursor = 1
if move_cursor != 0:
cursor_pos = util.bound(cursor_pos + move_cursor, 0, len(text))
if inputs.get_instance().was_pressed_or_held_and_repeated(
pygame.K_DELETE):
text, cursor_pos = util.apply_ascii_edits_to_text(
text, ["~delete~"], cursor_pos=cursor_pos)
if not inputs.get_instance().was_pressed(
pygame.K_BACKSPACE) and inputs.get_instance(
).was_pressed_or_held_and_repeated(pygame.K_BACKSPACE):
# backspace is an ascii character, so if it was pressed this frame it'll be in edits
text, cursor_pos = util.apply_ascii_edits_to_text(
text, ["\b"], cursor_pos=cursor_pos)
# TODO can't hold regular keys to make them repeat
if len(edits) > 0:
text, cursor_pos = util.apply_ascii_edits_to_text(
text,
edits,
cursor_pos=cursor_pos,
max_len=self.char_limit,
allowlist=self.allowed_chars)
self.text = text
self.cursor_pos = cursor_pos
def resolve_explicit_song_id_from_level(explicit_song_id):
if explicit_song_id in _SONG_MAPPINGS_FOR_LEVELS:
return _SONG_MAPPINGS_FOR_LEVELS[explicit_song_id][0]
else:
try:
# it should look like "sector_ab_2", in which case we need to extract "sector_ab" and 2.
underscore_idx = explicit_song_id.rindex("_")
key = explicit_song_id[0:underscore_idx]
idx = int(explicit_song_id[underscore_idx + 1:]) - 1
if key in _SONG_MAPPINGS_FOR_LEVELS:
n_songs = len(_SONG_MAPPINGS_FOR_LEVELS[key])
return _SONG_MAPPINGS_FOR_LEVELS[key][util.bound(
idx, -1, n_songs - 1)]
else:
print(
"WARN: unrecognized song id: {}".format(explicit_song_id))
except Exception:
print("WARN: song id couldn't be parsed: {}".format(
explicit_song_id))
# if we failed to resolve the explicit ID, just bail.
return SILENCE
def get_prog(self):
if self.duration < 0:
return 0
else:
return util.bound(self.ticks_active / self.duration, 0, 1)
def set_clear_color(self, color):
self.clear_color = tuple(util.bound(int(c * 256), 0, 255) for c in color)
def set_master_volume(val):
global _MASTER_VOLUME, CURRENT_SONG
if val != _MASTER_VOLUME:
print("INFO: setting master music volume to {}".format(val))
_MASTER_VOLUME = util.bound(val, 0.0, 1.0)
pygame.mixer.music.set_volume(_MASTER_VOLUME * CURRENT_SONG.volume)
def set_volume(volume):
global _MASTER_VOLUME
_MASTER_VOLUME = util.bound(volume, 0.0, 1.0)
