def __init__(self, level='level1'):
self.level = level
self.console = TextConsole()
self.display = Display()
self.scene = getScene(self.console)
self.scene.player1 = Player()
self.scene.player1.character.setColor((100, 255, 0))
self.camera = Camera(self.display, self.scene, self.console)
self.scene.add(self.camera, 0)
# Default controls
self.controlBinds['a'] = self.scene.player1.left
self.controlBinds['d'] = self.scene.player1.right
self.controlBinds['w'] = self.scene.player1.up
self.controlBinds['s'] = self.scene.player1.down
self.controlBinds['up'] = self.scene.player1.fireUp
self.controlBinds['down'] = self.scene.player1.fireDown
self.controlBinds['left'] = self.scene.player1.fireLeft
self.controlBinds['right'] = self.scene.player1.fireRight
#self.controlBinds['enter'] =
#self.controlBinds['pgdn'] = self.camera.scrollDown
#self.controlBinds['pgup'] = self.camera.scrollUp
self.camera.setPos(0, 0)
#self.camera.vel_x = 100.0
self.camera.resistance_x = 400.0
self.camera.resistance_y = 400.0
def __init__(self, level='level1'): self.level = level self.console = TextConsole() self.display = Display() self.scene = getScene(self.console) self.scene.player1 = Player() self.scene.player1.character.setColor((100, 255, 0)) self.camera = Camera(self.display, self.scene, self.console) self.scene.add(self.camera, 0) # Default controls self.controlBinds['a'] = self.scene.player1.left self.controlBinds['d'] = self.scene.player1.right self.controlBinds['w'] = self.scene.player1.up self.controlBinds['s'] = self.scene.player1.down self.controlBinds['up'] = self.scene.player1.fireUp self.controlBinds['down'] = self.scene.player1.fireDown self.controlBinds['left'] = self.scene.player1.fireLeft self.controlBinds['right'] = self.scene.player1.fireRight #self.controlBinds['enter'] = #self.controlBinds['pgdn'] = self.camera.scrollDown #self.controlBinds['pgup'] = self.camera.scrollUp self.camera.setPos(0, 0) #self.camera.vel_x = 100.0 self.camera.resistance_x = 400.0 self.camera.resistance_y = 400.0
class Game(object):
controlBinds = {
'left': keyUnbound,
'right': keyUnbound,
'up': keyUnbound,
'down': keyUnbound,
'enter': keyUnbound,
'pgdn': keyUnbound,
'pgup': keyUnbound,
'home': keyUnbound,
'end': keyUnbound,
'w': keyUnbound,
'a': keyUnbound,
's': keyUnbound,
'd': keyUnbound
}
def __init__(self, level='level1'):
self.level = level
self.console = TextConsole()
self.display = Display()
self.scene = getScene(self.console)
self.scene.player1 = Player()
self.scene.player1.character.setColor((100, 255, 0))
self.camera = Camera(self.display, self.scene, self.console)
self.scene.add(self.camera, 0)
# Default controls
self.controlBinds['a'] = self.scene.player1.left
self.controlBinds['d'] = self.scene.player1.right
self.controlBinds['w'] = self.scene.player1.up
self.controlBinds['s'] = self.scene.player1.down
self.controlBinds['up'] = self.scene.player1.fireUp
self.controlBinds['down'] = self.scene.player1.fireDown
self.controlBinds['left'] = self.scene.player1.fireLeft
self.controlBinds['right'] = self.scene.player1.fireRight
#self.controlBinds['enter'] =
#self.controlBinds['pgdn'] = self.camera.scrollDown
#self.controlBinds['pgup'] = self.camera.scrollUp
self.camera.setPos(0, 0)
#self.camera.vel_x = 100.0
self.camera.resistance_x = 400.0
self.camera.resistance_y = 400.0
#self.camera.setOwner(player1)
def loadLevel(self, level):
self.scene.loadLevel(self.level)
self.console.setChars("\x7f", 28, 10)
def update(self, kdown, kup, other):
for key in self.controlBinds:
if key in kdown:
self.controlBinds[key](key, True)
if key in kup:
self.controlBinds[key](key, False)
def collisionEntityCheck(self, ent, layer):
global frameDTfract
ev = Vec2(ent.pos_x, ent.pos_y)
collisionList = []
for cent in layer.entities:
if cent == ent:
continue
# Straight forward check, are we too close?
cev = Vec2(cent.pos_x, cent.pos_y)
distance = abs((ev - cev).mag)
if distance < 1: collisionList.append((cent, (0, 0)))
elif distance > MAXIMUM_COLLISION_RANGE: continue
else:
# We aren't too close /now/, but did we collide between frames?
old_ev = Vec2(ent.oldpos_x, ent.oldpos_y)
ev_vel = Vec2(ent.vel_x, ent.vel_y)
old_cev = Vec2(cent.oldpos_x, cent.oldpos_y)
cev_vel = Vec2(cent.vel_x, cent.vel_y)
cevent = collisionTimeCheck(cent, old_ev, old_cev, ev_vel,
cev_vel, 0.001, frameDTfract,
0.002)
if cevent:
collisionList.append(cevent)
return collisionList
def collisionLayerCheck(self, layer):
for ent in layer.entities:
if ent.health <= 0: continue # don't collision-check the dead
ex, ey = ent.getPos()
collisionList = []
# Check for collisions with the map
if self.console.buffer[int(ey)][int(ex)] != ' ':
collisionList.append((None, (int(ex), int(ey))))
# Check for collisions with other ents
for clayer in self.scene.layers[self.scene.layers.index(layer):]:
collisionList += self.collisionEntityCheck(ent, clayer)
# Tell the ent about them
if len(collisionList):
ent.collide(collisionList)
# Also tell the ents they collide with
for collision in collisionList:
if collision[0]:
collision[0].collide([(ent, collision[1])])
def run(self, frameDT):
# Run a frame
global frameDTfract
frameDTfract = frameDT / 1000
# Check for 'dead' entities and let everyone think
for layer in self.scene.layers:
deadEnts = []
for ent in layer.entities:
if ent.health == -1:
deadEnts.append(ent)
else:
ent.think(frameDT)
ent.move(frameDT)
for ent in deadEnts:
zombie = layer.entities.remove(ent)
del zombie
# Check for collisions
for layer in self.scene.layers:
self.collisionLayerCheck(layer)
class Game(object):
controlBinds = {
'left':keyUnbound,
'right':keyUnbound,
'up':keyUnbound,
'down':keyUnbound,
'enter':keyUnbound,
'pgdn':keyUnbound,
'pgup':keyUnbound,
'home':keyUnbound,
'end':keyUnbound,
'w':keyUnbound,
'a':keyUnbound,
's':keyUnbound,
'd':keyUnbound
}
def __init__(self, level='level1'):
self.level = level
self.console = TextConsole()
self.display = Display()
self.scene = getScene(self.console)
self.scene.player1 = Player()
self.scene.player1.character.setColor((100, 255, 0))
self.camera = Camera(self.display, self.scene, self.console)
self.scene.add(self.camera, 0)
# Default controls
self.controlBinds['a'] = self.scene.player1.left
self.controlBinds['d'] = self.scene.player1.right
self.controlBinds['w'] = self.scene.player1.up
self.controlBinds['s'] = self.scene.player1.down
self.controlBinds['up'] = self.scene.player1.fireUp
self.controlBinds['down'] = self.scene.player1.fireDown
self.controlBinds['left'] = self.scene.player1.fireLeft
self.controlBinds['right'] = self.scene.player1.fireRight
#self.controlBinds['enter'] =
#self.controlBinds['pgdn'] = self.camera.scrollDown
#self.controlBinds['pgup'] = self.camera.scrollUp
self.camera.setPos(0, 0)
#self.camera.vel_x = 100.0
self.camera.resistance_x = 400.0
self.camera.resistance_y = 400.0
#self.camera.setOwner(player1)
def loadLevel(self, level):
self.scene.loadLevel(self.level)
self.console.setChars("\x7f", 28, 10)
def update(self, kdown, kup, other):
for key in self.controlBinds:
if key in kdown:
self.controlBinds[key](key, True)
if key in kup:
self.controlBinds[key](key, False)
def collisionEntityCheck(self, ent, layer):
global frameDTfract
ev = Vec2(ent.pos_x, ent.pos_y)
collisionList = []
for cent in layer.entities:
if cent == ent:
continue
# Straight forward check, are we too close?
cev = Vec2(cent.pos_x, cent.pos_y)
distance = abs((ev - cev).mag)
if distance < 1: collisionList.append((cent, (0,0)))
elif distance > MAXIMUM_COLLISION_RANGE: continue
else:
# We aren't too close /now/, but did we collide between frames?
old_ev = Vec2(ent.oldpos_x, ent.oldpos_y)
ev_vel = Vec2(ent.vel_x, ent.vel_y)
old_cev = Vec2(cent.oldpos_x, cent.oldpos_y)
cev_vel = Vec2(cent.vel_x, cent.vel_y)
cevent = collisionTimeCheck(cent, old_ev, old_cev, ev_vel, cev_vel, 0.001, frameDTfract, 0.002)
if cevent:
collisionList.append(cevent)
return collisionList
def collisionLayerCheck(self, layer):
for ent in layer.entities:
if ent.health <= 0: continue # don't collision-check the dead
ex, ey = ent.getPos()
collisionList = []
# Check for collisions with the map
if self.console.buffer[int(ey)][int(ex)] != ' ':
collisionList.append((None, (int(ex), int(ey))))
# Check for collisions with other ents
for clayer in self.scene.layers[self.scene.layers.index(layer):]:
collisionList += self.collisionEntityCheck(ent, clayer)
# Tell the ent about them
if len(collisionList):
ent.collide(collisionList)
# Also tell the ents they collide with
for collision in collisionList:
if collision[0]: collision[0].collide([(ent, collision[1])])
def run(self, frameDT):
# Run a frame
global frameDTfract
frameDTfract = frameDT/1000
# Check for 'dead' entities and let everyone think
for layer in self.scene.layers:
deadEnts = []
for ent in layer.entities:
if ent.health == -1:
deadEnts.append(ent)
else:
ent.think(frameDT)
ent.move(frameDT)
for ent in deadEnts:
zombie = layer.entities.remove(ent)
del zombie
# Check for collisions
for layer in self.scene.layers:
self.collisionLayerCheck(layer)
