def on_key_down(self, unicode, key, mod):
if key == K_g:
# Toggle grid.
self.show_grid = not self.show_grid
elif key == K_ESCAPE:
context.pop()
elif key in (K_PLUS,K_EQUALS):
# Resize world using smaller cell size. Minimum size is
# max(*Thing.size).
cell_size = self.cell_size * 3/4
if cell_size < max(*GeomBehavior.size):
cell_size = max(*GeomBehavior.size)
self.cell_size = cell_size
self.make_space()
for thing in self.things:
State.world.add(thing)
elif key == K_MINUS:
# Resize world using larger cell size. Maximum size is
# max(*State.world.rect.size).
cell_size = self.cell_size * 4/3
if cell_size > max(*State.world.rect.size):
cell_size = max(*State.world.rect.size)
self.cell_size = cell_size
self.make_space()
for thing in self.things:
State.world.add(thing)
def on_key_down(self, unicode, key, mod):
# Turn on key-presses.
if key == K_g:
State.show_grid = not State.show_grid
elif key == K_l:
State.show_labels = not State.show_labels
elif key == K_ESCAPE:
context.pop()
def on_key_down(self, unicode, key, mod):
if key == K_DOWN: self.movey += self.scroll_speed
elif key == K_UP: self.movey += -self.scroll_speed
elif key == K_RIGHT: self.movex += self.scroll_speed
elif key == K_LEFT: self.movex += -self.scroll_speed
elif key in (K_EQUALS,K_PLUS): self._add_pick()
elif key == K_MINUS: self._remove_pick()
elif key == K_ESCAPE: context.pop()
def on_key_down(self, unicode, key, mod):
if key == K_DOWN: self.movey += State.speed
elif key == K_UP: self.movey += -State.speed
elif key == K_RIGHT: self.movex += State.speed
elif key == K_LEFT: self.movex += -State.speed
elif key in (COLLAPSE_KEYS):
clevel = key - K_0
for mh in State.map.handlers.values():
mh.collapse(clevel)
elif key == K_ESCAPE: context.pop()
def on_key_down(self, unicode, key, mod):
# Turn on key-presses.
if key == K_DOWN:
self.move_y = 1 * State.speed
elif key == K_UP:
self.move_y = -1 * State.speed
elif key == K_RIGHT:
self.move_x = 1 * State.speed
elif key == K_LEFT:
self.move_x = -1 * State.speed
elif key == K_ESCAPE:
context.pop()
def on_key_down(self, unicode, key, mod):
if key == K_g:
# Toggle grid.
self.show_grid = not self.show_grid
elif key == K_ESCAPE:
context.pop()
elif key in (K_PLUS,K_EQUALS):
self.inc_cells()
print State.world
self.stop_auto_tune()
elif key == K_MINUS:
self.dec_cells()
print State.world
self.stop_auto_tune()
elif key == K_SPACE:
self.inc_things()
elif key == K_BACKSPACE:
self.dec_things()
def on_key_down(self, unicode, key, mod):
# Turn on key-presses.
if key == K_DOWN:
self.move_y = 1 * State.speed
elif key == K_UP:
self.move_y = -1 * State.speed
elif key == K_RIGHT:
self.move_x = 1 * State.speed
elif key == K_LEFT:
self.move_x = -1 * State.speed
elif key == K_h:
State.hud.visible = not State.hud.visible
elif key == K_TAB:
# Select the next state name and and restore it.
State.restore(self.next_state[State.name])
State.screen.clear()
elif key == K_ESCAPE:
context.pop()
def on_key_down(self, unicode, key, mod):
# Turn on key-presses.
if key == K_g:
State.show_grid = not State.show_grid
elif key == K_l:
State.show_labels = not State.show_labels
elif K_0 <= key <= K_9+1:
if key == K_0:
n = 10
else:
n = key - K_0
if n == self.collapse:
return
self.map = TiledMap(self.map_file_name, (n,n))
State.world.rect = self.map.rect.copy()
State.map = self.map
self.collapse = n
self.grid_cache.clear()
elif key == K_ESCAPE:
context.pop()
def on_key_down(self, unicode, key, mod):
# Turn on key-presses.
if key == K_DOWN:
self.move_y = 1 * State.speed
elif key == K_UP:
self.move_y = -1 * State.speed
elif key == K_RIGHT:
self.move_x = 1 * State.speed
elif key == K_LEFT:
self.move_x = -1 * State.speed
elif key == K_TAB:
## Select the next state name and and restore it.
## Note that Camera class has a state_restored() method which is
## called by State.restore(). If it did not, you would see strange
## video behavior when swapping in a camera with stale innards. You
## may need to do this for your own classes if you integrate them
## with State.save() and State.restore().
State.restore(self.next_state[State.name])
State.screen.clear()
elif key == K_ESCAPE:
context.pop()
def on_quit(self):
context.pop()
def on_key_down(self, unicode, key, mod):
if key == K_DOWN: self.movey += State.speed
elif key == K_UP: self.movey += -State.speed
elif key == K_RIGHT: self.movex += State.speed
elif key == K_LEFT: self.movex += -State.speed
elif key == K_ESCAPE: context.pop()
def on_quit(self):
self.app_salvata=context.top()
context.pop()
def on_key_down_incondizionato(self, unicode, key, mod):
if key == K_DOWN or key == K_s:
self.cammina=True
self.camera.target.giocatore_animato=self.animato['front_walk']
self.movey += State.speed
if self.corsa:
self.movey += State.speed
self.camera.target.giocatore_animato=self.animato['front_run']
self.direzione_avatar='front'
elif key == K_UP or key == K_w:
self.cammina=True
self.camera.target.giocatore_animato=self.animato['back_walk']
self.movey += -State.speed
if self.corsa:
self.movey += -State.speed
self.camera.target.giocatore_animato=self.animato['back_run']
self.direzione_avatar='back'
elif key == K_RIGHT or key == K_d:
self.cammina=True
self.camera.target.giocatore_animato=self.animato['right_walk']
self.movex += State.speed
if self.corsa:
self.camera.target.giocatore_animato=self.animato['right_run']
self.movex += State.speed
self.direzione_avatar='right'
elif key == K_LEFT or key == K_a:
self.cammina=True
self.camera.target.giocatore_animato=self.animato['left_walk']
self.movex += -State.speed
if self.corsa:
self.movex += -State.speed
self.camera.target.giocatore_animato=self.animato['left_run']
self.direzione_avatar='left'
elif key==pygame.K_l:
if self.tipofreccia=='l':
self.tipofreccia='f'
else:
self.tipofreccia='l'
elif key==pygame.K_h:
#print "h"
selettore=Selettore(motore=self)
elif key == pygame.K_F2: #salva la situazione del gioco
salvataggio=Salvataggio()
salvataggio.salvataggio_manuale(motore=self)
del salvataggio
elif key == pygame.K_F3: #ricarica la situazione del gioco dal file
print "F3"
elif key == pygame.K_F4:
print 'f4'
dialog = DialogoAvvisi(testo='pippo F4')
elif key == pygame.K_F5:
if not self.godebug:
self.godebug=True
else:
self.godebug=False
elif key == pygame.K_F6:
#self.wx.testo.SetLabel(label=str(self.avatar.hitbox))
self.wx.Show(True) #mostra la finestra wxpython
#print pygame.display.get_wm_info()
elif key == pygame.K_e:
pgu=PguApp(self,inizio="animali")
elif key == pygame.K_t:
pgu=PguApp(self,inizio="inventario")
elif key == pygame.K_m:
pgu=PguApp(self,inizio="mappa")
elif key == pygame.K_F9:
print 'f9'
self.beast_sprite_group.empty()
elif key == K_g:
State.show_grid = not State.show_grid
elif key == K_l:
State.show_labels = not State.show_labels
elif key >= K_0 and key <= K_9:
self.toggle_layer(key - K_0)
elif key == pygame.K_F1:
pgu=PguApp(self, inizio="salvataggi")
elif key == K_ESCAPE:
context.pop()
def on_quit(self):
## Pop the top context, which is self. This exits the program because it
## is the last context on the stack.
context.pop()
def on_key_down(self, unicode, key, mod):
## Pop the top context (which happens to be self), and push the next
## context. The next context automatically runs.
context.pop()
context.push(Game())