def activate(self):
GameState.activate(self)
w, h = sd.get_size()
self.cr_open = scale(res.loadImage("open.png", 0, 1), (20, 30))
self.cr_grasp = scale(res.loadImage("grasp.png", 0, 1), (20, 25))
self.cr_arrow = res.loadImage("next_arrow.png", 0, 1)
self.cr = KeyCursor(self.cr_open)
self.cr_state = HAND_OPEN
self.cr_bounds = Rect(0, 0, w, h).inflate(-w * .2, -h * .2)
self.cr_bounds.height -= 30
self.cr_bounds.width -= 20
self.cr_pos = list(self.cr_bounds.center)
self.cr_speed = 0
self.cr.enable()
self.map_pos = self.cr_pos[:]
path = res.mapPath("overworld3.tmx")
self.tilemap = BufferedTilemapRenderer(path, (w, h),
force_colorkey=(128, 0, 63))
self.camera = OverworldCamera([], self.tilemap, ((0, 0), (w, h)))
self.camera.center(self.cr_pos)
self.tilemap.redraw()
self.cleared = 0
def activate(self):
GameState.activate(self)
w, h = sd.get_size()
self.cr_open = scale(res.loadImage("open.png", 0, 1), (20,30))
self.cr_grasp = scale(res.loadImage("grasp.png", 0, 1), (20, 25))
self.cr_arrow = res.loadImage("next_arrow.png", 0, 1)
self.cr = KeyCursor(self.cr_open)
self.cr_state = HAND_OPEN
self.cr_bounds = Rect(0,0,w,h).inflate(-w*.2, -h*.2)
self.cr_bounds.height -= 30
self.cr_bounds.width -= 20
self.cr_pos = list(self.cr_bounds.center)
self.cr_speed = 0
self.cr.enable()
self.map_pos = self.cr_pos[:]
path = res.mapPath("overworld3.tmx")
self.tilemap = BufferedTilemapRenderer(path,
(w,h), force_colorkey=(128,0,63))
self.camera = OverworldCamera([], self.tilemap, ((0,0), (w,h)))
self.camera.center(self.cr_pos)
self.tilemap.redraw()
self.cleared = 0
class OverworldState(GameState):
"""
State for looking at the world map. Tools can be used to check
various aspects of it. Kinda like...simcity.
"""
def __init__(self, map_name=None):
GameState.__init__(self)
self.map_name = map_name
def activate(self):
GameState.activate(self)
w, h = sd.get_size()
self.cr_open = scale(res.loadImage("open.png", 0, 1), (20,30))
self.cr_grasp = scale(res.loadImage("grasp.png", 0, 1), (20, 25))
self.cr_arrow = res.loadImage("next_arrow.png", 0, 1)
self.cr = KeyCursor(self.cr_open)
self.cr_state = HAND_OPEN
self.cr_bounds = Rect(0,0,w,h).inflate(-w*.2, -h*.2)
self.cr_bounds.height -= 30
self.cr_bounds.width -= 20
self.cr_pos = list(self.cr_bounds.center)
self.cr_speed = 0
self.cr.enable()
self.map_pos = self.cr_pos[:]
path = res.mapPath("overworld3.tmx")
self.tilemap = BufferedTilemapRenderer(path,
(w,h), force_colorkey=(128,0,63))
self.camera = OverworldCamera([], self.tilemap, ((0,0), (w,h)))
self.camera.center(self.cr_pos)
self.tilemap.redraw()
self.cleared = 0
def deactivate(self):
GameState.deactivate(self)
def draw(self, surface):
if self.cleared == 0:
surface.fill((0,64,128))
self.cleared = 1
if self.cr_pos[0] < self.cr_bounds.left:
self.map_pos[0] -= self.cr_bounds.left - self.cr_pos[0]
self.cr_pos[0] = self.cr_bounds.left
if self.cr_state == HAND_OPEN:
self.cr.setImage(self.cr_arrow)
self.cr_state = HAND_ARROW
elif self.cr_pos[0] > self.cr_bounds.right:
self.map_pos[0] -= self.cr_bounds.right - self.cr_pos[0]
self.cr_pos[0] = self.cr_bounds.right
if self.cr_state == HAND_OPEN:
self.cr.setImage(self.cr_arrow)
self.cr_state = HAND_ARROW
if self.cr_pos[1] < self.cr_bounds.top:
self.map_pos[1] -= self.cr_bounds.top - self.cr_pos[1]
self.cr_pos[1] = self.cr_bounds.top
if self.cr_state == HAND_OPEN:
self.cr.setImage(rotate(self.cr_arrow, 90))
self.cr_state = HAND_ARROW
elif self.cr_pos[1] > self.cr_bounds.bottom:
self.map_pos[1] -= self.cr_bounds.bottom - self.cr_pos[1]
self.cr_pos[1] = self.cr_bounds.bottom
if self.cr_state == HAND_OPEN:
self.cr.setImage(rotate(self.cr_arrow, -90))
self.cr_state = HAND_ARROW
self.cr.setPos(self.cr_pos)
self.tilemap.center(self.map_pos)
self.camera.draw(surface)
self.cr.draw(surface)
def grasp(self):
self.cr_state = HAND_CLOSED
self.cr.setImage(self.cr_grasp)
def ungrasp(self):
self.cr_state = HAND_OPEN
self.cr.setImage(self.cr_open)
def update(self, time):
self.camera.update(time)
def handle_commandlist(self, cmdlist):
buttonup = 0
x = 0
y = 0
for cls, cmd, arg in cmdlist:
if arg == BUTTONUP:
if cmd == P1_ACTION1:
self.ungrasp()
elif (cmd == P1_UP) or (cmd == P1_DOWN) \
or (cmd == P1_LEFT) or (cmd == P1_RIGHT):
buttonup = 1
elif arg:
if cmd == P1_UP: y = -1
elif cmd == P1_DOWN: y = 1
elif cmd == P1_LEFT: x = -1
elif cmd == P1_RIGHT: x = 1
elif (cmd == P1_ACTION1) and (self.cr_state == HAND_OPEN):
self.grasp()
if (not x == 0) and (not y == 0):
x *= movt_fix
y *= movt_fix
if (not x == 0) or (not y == 0):
self.cr_speed += .8
if self.cr_speed > 16: self.cr_speed = 16
self.cr_pos[0] += x*self.cr_speed
self.cr_pos[1] += y*self.cr_speed
elif buttonup:
self.cr_speed = 0
if (x==y==0) or (self.cr_state == HAND_ARROW):
self.cr_state = HAND_OPEN
self.cr.setImage(self.cr_open)
class OverworldState(GameState):
"""
State for looking at the world map. Tools can be used to check
various aspects of it. Kinda like...simcity.
"""
def __init__(self, map_name=None):
GameState.__init__(self)
self.map_name = map_name
def activate(self):
GameState.activate(self)
w, h = sd.get_size()
self.cr_open = scale(res.loadImage("open.png", 0, 1), (20, 30))
self.cr_grasp = scale(res.loadImage("grasp.png", 0, 1), (20, 25))
self.cr_arrow = res.loadImage("next_arrow.png", 0, 1)
self.cr = KeyCursor(self.cr_open)
self.cr_state = HAND_OPEN
self.cr_bounds = Rect(0, 0, w, h).inflate(-w * .2, -h * .2)
self.cr_bounds.height -= 30
self.cr_bounds.width -= 20
self.cr_pos = list(self.cr_bounds.center)
self.cr_speed = 0
self.cr.enable()
self.map_pos = self.cr_pos[:]
path = res.mapPath("overworld3.tmx")
self.tilemap = BufferedTilemapRenderer(path, (w, h),
force_colorkey=(128, 0, 63))
self.camera = OverworldCamera([], self.tilemap, ((0, 0), (w, h)))
self.camera.center(self.cr_pos)
self.tilemap.redraw()
self.cleared = 0
def deactivate(self):
GameState.deactivate(self)
def draw(self, surface):
if self.cleared == 0:
surface.fill((0, 64, 128))
self.cleared = 1
if self.cr_pos[0] < self.cr_bounds.left:
self.map_pos[0] -= self.cr_bounds.left - self.cr_pos[0]
self.cr_pos[0] = self.cr_bounds.left
if self.cr_state == HAND_OPEN:
self.cr.setImage(self.cr_arrow)
self.cr_state = HAND_ARROW
elif self.cr_pos[0] > self.cr_bounds.right:
self.map_pos[0] -= self.cr_bounds.right - self.cr_pos[0]
self.cr_pos[0] = self.cr_bounds.right
if self.cr_state == HAND_OPEN:
self.cr.setImage(self.cr_arrow)
self.cr_state = HAND_ARROW
if self.cr_pos[1] < self.cr_bounds.top:
self.map_pos[1] -= self.cr_bounds.top - self.cr_pos[1]
self.cr_pos[1] = self.cr_bounds.top
if self.cr_state == HAND_OPEN:
self.cr.setImage(rotate(self.cr_arrow, 90))
self.cr_state = HAND_ARROW
elif self.cr_pos[1] > self.cr_bounds.bottom:
self.map_pos[1] -= self.cr_bounds.bottom - self.cr_pos[1]
self.cr_pos[1] = self.cr_bounds.bottom
if self.cr_state == HAND_OPEN:
self.cr.setImage(rotate(self.cr_arrow, -90))
self.cr_state = HAND_ARROW
self.cr.setPos(self.cr_pos)
self.tilemap.center(self.map_pos)
self.camera.draw(surface)
self.cr.draw(surface)
def grasp(self):
self.cr_state = HAND_CLOSED
self.cr.setImage(self.cr_grasp)
def ungrasp(self):
self.cr_state = HAND_OPEN
self.cr.setImage(self.cr_open)
def update(self, time):
self.camera.update(time)
def handle_commandlist(self, cmdlist):
buttonup = 0
x = 0
y = 0
for cls, cmd, arg in cmdlist:
if arg == BUTTONUP:
if cmd == P1_ACTION1:
self.ungrasp()
elif (cmd == P1_UP) or (cmd == P1_DOWN) \
or (cmd == P1_LEFT) or (cmd == P1_RIGHT):
buttonup = 1
elif arg:
if cmd == P1_UP: y = -1
elif cmd == P1_DOWN: y = 1
elif cmd == P1_LEFT: x = -1
elif cmd == P1_RIGHT: x = 1
elif (cmd == P1_ACTION1) and (self.cr_state == HAND_OPEN):
self.grasp()
if (not x == 0) and (not y == 0):
x *= movt_fix
y *= movt_fix
if (not x == 0) or (not y == 0):
self.cr_speed += .8
if self.cr_speed > 16: self.cr_speed = 16
self.cr_pos[0] += x * self.cr_speed
self.cr_pos[1] += y * self.cr_speed
elif buttonup:
self.cr_speed = 0
if (x == y == 0) or (self.cr_state == HAND_ARROW):
self.cr_state = HAND_OPEN
self.cr.setImage(self.cr_open)
