def activate(self):
self.blank = True
self.background = (203, 204, 177)
self.foreground = (0, 0, 0)
self.controller = WorldStateController(self, self.area)
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0, 0)
# load the pygame and data assests for the area
self.area.load()
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't already there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area, (4, 4, mw, mh),
tmxdata=self.area.tmxdata)
# define the borders
self.mapBorder = pygame.Rect((0, 0, mw + 6, mh + 6))
self.msgBorder = pygame.Rect((0, mh, sw, sh - mh))
self.hudBorder = pygame.Rect((mw, 0, sw - mw, mh + 6))
# load sounds from area
for filename in self.area.soundFiles:
SoundMan.loadSound(filename)
def activate(self):
self.blank = True
self.background = (203, 204, 177)
self.foreground = (0, 0, 0)
self.controller = WorldStateController(self, self.area)
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0,0)
# load the pygame and data assests for the area
self.area.load()
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't already there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area,(4,4, mw, mh),
tmxdata=self.area.tmxdata)
# define the borders
self.mapBorder = pygame.Rect((0,0,mw+6,mh+6))
self.msgBorder = pygame.Rect((0,mh,sw,sh-mh))
self.hudBorder = pygame.Rect((mw,0,sw-mw,mh+6))
# load sounds from area
for filename in self.area.soundFiles:
SoundMan.loadSound(filename)
class WorldState(GameState):
"""
This state is where the player will move the hero around the map
interacting with npcs, other players, objects, etc.
Expects to load a specially formatted TMX map created with Tiled.
Layers:
Control Tiles
Upper Partial Tiles
Lower Partial Tiles
Lower Full Tiles
The control layer is where objects and boundries are placed. It will not
be rendered. Your map must not have any spaces that are open. Each space
must have a tile in it. Blank spaces will not be rendered properly and
will leave annoying trails on the map.
The control layer must be created with the utility included with lib2d. It
contains metadata that lib2d can use to layout and position objects
correctly.
i would really like the game to be sandboxable...set traps,
make contraptions, etc
controls:
picking up objects will affect what your buttons do
equipted items always have a dedicated button
should have hot-swap button and drop button
"""
def __init__(self, area, startPosition=None):
GameState.__init__(self)
self.area = area
self.heroOnExit = False # use this flag when warping
self.background = (203, 204, 177)
self.foreground = (0, 0, 0)
self.blank = True
def activate(self):
self.walkSound = None
self.walkSoundDelay = 400
self.walkSoundPlaying = 0
self.sounds = {}
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0,0)
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't ready there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# load the tmx data here. it will be shared with the camera.
self.tmxdata = tmxloader.load_pygame(
self.area.mappath, force_colorkey=(128,128,0))
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area,((0,0), (mw, mh)),
tmxdata=self.tmxdata)
self.mapBorder = pygame.Rect((0,0,mw+6,mh+6))
self.msgBorder = pygame.Rect((0,mh,sw,sh-mh))
self.hudBorder = pygame.Rect((mw,0,sw-mw,mh+6))
# play music if any has been set in tiled
try:
res.playMusic(self.tmxdata.music)
except AttributeError:
res.fadeoutMusic()
# quadtree for handling collisions with exit tiles
rects = []
for guid, param in self.area.exits.items():
try:
x, y, l = param[0]
except:
continue
rects.append(ExitTile((x,y,
self.tmxdata.tilewidth, self.tmxdata.tileheight),
guid))
self.exitQT = QuadTree(rects)
# load tile sounds
for i, layer in enumerate(self.tmxdata.tilelayers):
props = self.tmxdata.getTilePropertiesByLayer(i)
for gid, tileProp in props:
for key, value in tileProp.items():
if key[4:].lower() == "sound":
self.sounds[value] = res.loadSound(value)
# determine if the hero is on an exit warp.
# if so, then we need to ignore collisions with it until the player
# moves off of the exit.
#if self.exitQT.hit(self.area.getpygame.Rect(self.hero)):
# self.heroOnExit = True
def deactivate(self):
pass
def drawSidebar(self, surface, rect):
# draw the static portions of the sidebar
sx, sy, sw, sh = rect
self.border.draw(surface, self.hudBorder)
titleFont = pygame.font.Font(res.fontPath("northwoodhigh.ttf"), 20)
i = titleFont.render("MH", 1, (128,128,128))
surface.blit(i, (sw/2+sx-i.get_size()[0]/2+1, sy+3))
i = titleFont.render("MH", 1, self.foreground)
surface.blit(i, (sw/2+sx-i.get_size()[0]/2, sy+2))
headFont = pygame.font.Font(res.fontPath("red_mamba.ttf"), 6)
i = headFont.render("Left Hand", 1, self.foreground, self.background)
surface.blit(i, (sx+ 10, sy+30))
def draw(self, surface):
sx, sy = surface.get_size()
if self.blank:
self.blank = False
surface.fill(self.background)
self.drawSidebar(surface, self.hudBorder)
# the main map
self.camera.center(self.area.getPosition(self.hero))
self.camera.draw(surface, origin=(4, 4))
# borders
self.borderFilled.draw(surface, self.msgBorder)
self.border.draw(surface, self.mapBorder)
log = "\n".join(self.area.messages[-5:])
rect = self.msgBorder.inflate(-16,-12)
gui.drawText(surface, log, (0,0,0), rect, self.msgFont)
return
# debug stuff...may/may not work
for obj, pos in self.area.getPositions():
y,x,w,h = self.area.topygame.Rect(self.area.getBBox(obj))
surface.fill((128,0,64), (self.camera.toScreen((x,y)), (w,h)))
for gid, param in self.area.exits.items():
x, y, l = param[0]
size = (16, 16)
pygame.draw.rect(surface,(128,128,255),
(self.camera.toScreen((x,y)),size))
for rect in self.area.geopygame.Rect:
y, x, sx, sy = rect
pygame.draw.rect(surface,
(255,0,128, 20),
(self.camera.toScreen((x, y)),
(sx, sy)))
def update(self, time):
self.area.update(time)
self.camera.update(time)
if self.walkSoundPlaying > 0:
self.walkSoundPlaying += time
if self.walkSoundPlaying >= self.walkSoundDelay:
self.walkSoundPlaying = 0
x, y = self.player_vector
if x==y==0:
if self.hero.avatar.isPlaying("walk"):
self.hero.avatar.play("stand")
else:
self.hero.avatar.play("walk")
if self.area.movePosition(self.hero, (x, y, 0), True):
# get the type of ground being moved on
heroPos = self.area.getPosition(self.hero)
pos = self.worldToTile(heroPos)
prop = self.tmxdata.getTileProperties(pos)
if prop == None:
self.walkSound = res.dummySound
else:
t = prop.get('walkSound', None)
if t:
self.walkSound = self.sounds[t]
self.walkSound.set_volume(.50)
else:
self.walkSound = res.dummySound
if self.walkSoundPlaying == 0:
self.walkSoundPlaying += time
self.walkSound.play()
"""
# test for collisions with exits
exits = self.exitQT.hit(self.area.getpygame.Rect(self.hero))
if not exits and self.heroOnExit:
self.heroOnExit = False
if exits and not self.heroOnExit:
# warp the player
exit = exits.pop()
position, guid = self.area.exits[exit.value]
if not guid == None:
area = self.area.getRoot().getChildByGUID(guid)
position, otherExit = area.exits[exit.value]
x, y, l = position
l = 4
ox, oy, ol = self.area.getOldPosition(self.hero)
if x-ox > 0:
dx = self.tmxdata.tilewidth / 2
elif x-ox < 0:
dx = -self.tmxdata.tilewidth / 2
else:
dx = 0
if y-oy > 0:
dy = self.tmxdata.tileheight / 2
elif y-oy < 0:
dy = -self.tmxdata.tileheight / 2
else:
dy = 0
face = self.area.getOrientation(self.hero)
area.add(self.hero)
print x+dx, y+dy
area.setPosition(self.hero, (x, y+dy, l))
area.setOrientation(self.hero, face)
sd.push(WorldState(area))
sd.done()
"""
def tileToWorld(self, (x, y, l)):
xx = int(y) * self.tmxdata.tilewidth
yy = int(x) * self.tmxdata.tileheight
return xx, yy, l
def activate(self):
self.walkSound = None
self.walkSoundDelay = 400
self.walkSoundPlaying = 0
self.sounds = {}
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0,0)
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't ready there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# load the tmx data here. it will be shared with the camera.
self.tmxdata = tmxloader.load_pygame(
self.area.mappath, force_colorkey=(128,128,0))
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area,((0,0), (mw, mh)),
tmxdata=self.tmxdata)
self.mapBorder = pygame.Rect((0,0,mw+6,mh+6))
self.msgBorder = pygame.Rect((0,mh,sw,sh-mh))
self.hudBorder = pygame.Rect((mw,0,sw-mw,mh+6))
# play music if any has been set in tiled
try:
res.playMusic(self.tmxdata.music)
except AttributeError:
res.fadeoutMusic()
# quadtree for handling collisions with exit tiles
rects = []
for guid, param in self.area.exits.items():
try:
x, y, l = param[0]
except:
continue
rects.append(ExitTile((x,y,
self.tmxdata.tilewidth, self.tmxdata.tileheight),
guid))
self.exitQT = QuadTree(rects)
# load tile sounds
for i, layer in enumerate(self.tmxdata.tilelayers):
props = self.tmxdata.getTilePropertiesByLayer(i)
for gid, tileProp in props:
for key, value in tileProp.items():
if key[4:].lower() == "sound":
self.sounds[value] = res.loadSound(value)
class WorldState(GameState):
"""
This state is where the player will move the hero around the map
interacting with npcs, other players, objects, etc.
i would really like the game to be sandboxable...set traps,
make contraptions, etc
controls:
picking up objects will affect what your buttons do
equipted items always have a dedicated button
should have hot-swap button and drop button
This is a VIEW in mvc.
"""
def __init__(self, area, startPosition=None):
GameState.__init__(self)
self.area = area
def activate(self):
self.blank = True
self.background = (203, 204, 177)
self.foreground = (0, 0, 0)
self.controller = WorldStateController(self, self.area)
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0,0)
# load the pygame and data assests for the area
self.area.load()
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't already there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area,(4,4, mw, mh),
tmxdata=self.area.tmxdata)
# define the borders
self.mapBorder = pygame.Rect((0,0,mw+6,mh+6))
self.msgBorder = pygame.Rect((0,mh,sw,sh-mh))
self.hudBorder = pygame.Rect((mw,0,sw-mw,mh+6))
# load sounds from area
for filename in self.area.soundFiles:
SoundMan.loadSound(filename)
def deactivate(self):
res.fadeoutMusic(1000)
# unload the children
for child in self.area.getChildren():
child.unload()
self.area.music_pos = float(pygame.mixer.music.get_pos()) / 1000
SoundMan.unload()
def reactivate(self):
# play music if any has been set in tiled
try:
pygame.mixer.music.stop()
res.playMusic(self.area.tmxdata.music, start=self.area.music_pos)
except AttributeError:
res.fadeoutMusic()
self.music_playing = False
else:
self.music_playing = True
def _drawSidebar(self, surface, rect):
# draw the static portions of the sidebar
sx, sy, sw, sh = rect
self.border.draw(surface, self.hudBorder)
titleFont = pygame.font.Font(res.fontPath("northwoodhigh.ttf"), 20)
i = titleFont.render("MH", 1, (128,128,128))
surface.blit(i, (sw/2+sx-i.get_size()[0]/2+1, sy+3))
i = titleFont.render("MH", 1, self.foreground)
surface.blit(i, (sw/2+sx-i.get_size()[0]/2, sy+2))
headFont = pygame.font.Font(res.fontPath("red_mamba.ttf"), 6)
i = headFont.render("Left Hand", 1, self.foreground, self.background)
surface.blit(i, (sx+ 10, sy+30))
def draw(self, surface):
sx, sy = surface.get_size()
if self.blank:
self.blank = False
surface.fill(self.background)
self._drawSidebar(surface, self.hudBorder)
self.camera.center(self.area.getPosition(self.hero))
# the main map
self.camera.draw(surface)
# borders
self.borderFilled.draw(surface, self.msgBorder)
self.border.draw(surface, self.mapBorder)
log = "\n".join(self.area.messages[-5:])
rect = self.msgBorder.inflate(-16,-12)
gui.drawText(surface, log, (0,0,0), rect, self.msgFont)
return
originalClip = surface.get_clip()
surface.set_clip(self.camera.rect)
# debug stuff...may/may not work
for obj, pos in self.area.getPositions():
x,y,w,h = self.area.toRect(self.area.getBBox(obj))
ox, oy = self.camera.rect.topleft
surface.fill((128,0,64), (self.camera.toScreen((x+ox,y+oy)), (w,h)))
for gid, param in self.area.exits.items():
x, y, l = param[0]
size = (16, 16)
ox, oy = self.camera.rect.topleft
pygame.draw.rect(surface,(128,128,255),
(self.camera.toScreen((x+ox,y+oy)),size))
for rect in self.area.geoRect:
x, y, sx, sy = rect
ox, oy = self.camera.rect.topleft
pygame.draw.rect(surface,
(255,0,128, 20),
(self.camera.toScreen((x+ox, y+oy)), (sy, sx)))
surface.set_clip(originalClip)
def update(self, time):
self.area.update(time)
self.camera.update(time)
x, y = self.player_vector
if x==y==0:
if self.hero.avatar.isPlaying("walk"):
self.hero.avatar.play("stand")
else:
self.area.movePosition(self.hero, (x, y, 0), True, caller=self)
def handle_commandlist(self, cmdlist):
self.controller.process(cmdlist)
class WorldState(GameState):
"""
This state is where the player will move the hero around the map
interacting with npcs, other players, objects, etc.
i would really like the game to be sandboxable...set traps,
make contraptions, etc
controls:
picking up objects will affect what your buttons do
equipted items always have a dedicated button
should have hot-swap button and drop button
This is a VIEW in mvc.
"""
def __init__(self, area, startPosition=None):
GameState.__init__(self)
self.area = area
def activate(self):
self.blank = True
self.background = (203, 204, 177)
self.foreground = (0, 0, 0)
self.controller = WorldStateController(self, self.area)
self.msgFont = pygame.font.Font((res.fontPath("volter.ttf")), 9)
self.border = gui.GraphicBox("dialog2-h.png", hollow=True)
self.borderFilled = gui.GraphicBox("dialog2.png")
self.player_vector = Vec2d(0, 0)
# load the pygame and data assests for the area
self.area.load()
# get the root and the hero from it
root = self.area.getRoot()
self.hero = root.getChildByGUID(1)
self.hero.move_speed = 1
# add the hero to this map if it isn't already there
if not self.area.hasChild(self.hero):
self.area.add(self.hero)
# attach a camera
sw, sh = sd.get_size()
mw = sw * .75
mh = sh * .75
self.camera = AreaCamera(self.area, (4, 4, mw, mh),
tmxdata=self.area.tmxdata)
# define the borders
self.mapBorder = pygame.Rect((0, 0, mw + 6, mh + 6))
self.msgBorder = pygame.Rect((0, mh, sw, sh - mh))
self.hudBorder = pygame.Rect((mw, 0, sw - mw, mh + 6))
# load sounds from area
for filename in self.area.soundFiles:
SoundMan.loadSound(filename)
def deactivate(self):
res.fadeoutMusic(1000)
# unload the children
for child in self.area.getChildren():
child.unload()
self.area.music_pos = float(pygame.mixer.music.get_pos()) / 1000
SoundMan.unload()
def reactivate(self):
# play music if any has been set in tiled
try:
pygame.mixer.music.stop()
res.playMusic(self.area.tmxdata.music, start=self.area.music_pos)
except AttributeError:
res.fadeoutMusic()
self.music_playing = False
else:
self.music_playing = True
def _drawSidebar(self, surface, rect):
# draw the static portions of the sidebar
sx, sy, sw, sh = rect
self.border.draw(surface, self.hudBorder)
titleFont = pygame.font.Font(res.fontPath("northwoodhigh.ttf"), 20)
i = titleFont.render("MH", 1, (128, 128, 128))
surface.blit(i, (sw / 2 + sx - i.get_size()[0] / 2 + 1, sy + 3))
i = titleFont.render("MH", 1, self.foreground)
surface.blit(i, (sw / 2 + sx - i.get_size()[0] / 2, sy + 2))
headFont = pygame.font.Font(res.fontPath("red_mamba.ttf"), 6)
i = headFont.render("Left Hand", 1, self.foreground, self.background)
surface.blit(i, (sx + 10, sy + 30))
def draw(self, surface):
sx, sy = surface.get_size()
if self.blank:
self.blank = False
surface.fill(self.background)
self._drawSidebar(surface, self.hudBorder)
self.camera.center(self.area.getPosition(self.hero))
# the main map
self.camera.draw(surface)
# borders
self.borderFilled.draw(surface, self.msgBorder)
self.border.draw(surface, self.mapBorder)
log = "\n".join(self.area.messages[-5:])
rect = self.msgBorder.inflate(-16, -12)
gui.drawText(surface, log, (0, 0, 0), rect, self.msgFont)
return
originalClip = surface.get_clip()
surface.set_clip(self.camera.rect)
# debug stuff...may/may not work
for obj, pos in self.area.getPositions():
x, y, w, h = self.area.toRect(self.area.getBBox(obj))
ox, oy = self.camera.rect.topleft
surface.fill((128, 0, 64), (self.camera.toScreen(
(x + ox, y + oy)), (w, h)))
for gid, param in self.area.exits.items():
x, y, l = param[0]
size = (16, 16)
ox, oy = self.camera.rect.topleft
pygame.draw.rect(surface, (128, 128, 255), (self.camera.toScreen(
(x + ox, y + oy)), size))
for rect in self.area.geoRect:
x, y, sx, sy = rect
ox, oy = self.camera.rect.topleft
pygame.draw.rect(surface, (255, 0, 128, 20), (self.camera.toScreen(
(x + ox, y + oy)), (sy, sx)))
surface.set_clip(originalClip)
def update(self, time):
self.area.update(time)
self.camera.update(time)
x, y = self.player_vector
if x == y == 0:
if self.hero.avatar.isPlaying("walk"):
self.hero.avatar.play("stand")
else:
self.area.movePosition(self.hero, (x, y, 0), True, caller=self)
def handle_commandlist(self, cmdlist):
self.controller.process(cmdlist)
