def __init__(self, position, width=20, height=30, name='', collisionGroupNames=None, transferName='', image=None):
"""
Standard constructor takes in position and can override width and height.
@type position: C{(int, int)} or L{Vector<Utilities.vector.Vector>}
@param position: The world coordinates of the top left corner of the object's bounding box
@type width: C{int}
@param width: The width of the object's bounding box in pixels.
@type height: C{int}
@param height: The height of the object's bounding box in pixels.
@type collisionGroupNames: C{list}
@param collisionGroupNames: List of names (C{str}) of L{CollisionGroup<CollisionGroup.CollisionGroup>} that
this Actor should be part of.
@type image: U{C{pygame.Surface}<http://www.pygame.org/docs/ref/surface.html>}
@param image: The static image that should be drawn at the object's L{Position}
"""
# animation
# list of tuples ('name', Animation, draw offset)
animationMappings = []
animationMappings.append(('idle', Animation('../content/gfx/sprites/HulkGreen.png', pygame.Rect((0, 0, 160, 124)), 8, 3, -1, pygame.Color(49, 115, 255)), Vector((-60, -80))))
animationMappings.append(('fall', Animation('../content/gfx/sprites/HulkGreen.png', pygame.Rect((0, 247, 130, 225)), 2, 3, -1, pygame.Color(49, 115, 255)), Vector((-54, -180))))
animationMappings.append(('land', Animation('../content/gfx/sprites/HulkGreen.png', pygame.Rect((0, 127, 140, 120)), 4, 3, 3, pygame.Color(49, 115, 255)), Vector((-54, -80 + 4))))
self.color = pygame.Color(0, 0, 0)
PlatformerActor.__init__(self, position, width, height, name, collisionGroupNames, transferName, [('idle', NPCIdle(self)), ('fall', NPCFall(self)), ('land', NPCLand(self))], 'fall', image, animationMappings)
# blink
self.ApplyEffect(BlinkEffect(self, 1.0, 0.25))
def __init__(self, position, width, height, name, collisionGroupNames, transferName, playerNum, controller):
'''
Constructor
'''
# override width and height
width = 30
height = 94
stateMappings = [('idle', IdleState(self)), ('run', RunState(self)), ('jump', JumpState(self)), ('fall', FallState(self)), ('land', LandState(self)), ('throw', ThrowState(self)), ('thrown', ThrownState(self)), ('dead', DeadState(self)), ('win', WinState(self)), ('lose', LoseState(self))]
startStateName = 'fall'
# respawn time for dead state
self.respawnTime = 2.0
self.RespawnPosition = position
self.RespawnFacingRight = True
image = None
# player will be a box for now
self.image = pygame.Surface((width, height))
self.image = self.image.convert_alpha()
self._color = Constants.GameObjectConstants.DEBUG_COLOR
self.image.fill(self._color)
# animation
# list of tuples ('name', Animation, draw offset)
sheetPath = os.path.normpath(os.path.realpath('../content/gfx/sprites/PlayerSheet' + str(playerNum+1) + '.png'))
clearColor = None
alpha = True
# animations
animationMappings = []
animationMappings.append(('idle', Animation(sheetPath, pygame.Rect((0, 0, 45, 96)), 17, 4, -1, clearColor, alpha), Vector((-7, 0))))
animationMappings.append(('run', Animation(sheetPath, pygame.Rect((0, 110, 100, 100)), 8, 1, -1, clearColor, alpha), Vector((-32, 0))))
animationMappings.append(('launch', Animation(sheetPath, pygame.Rect((0, 218, 69, 94)), 1, 1, 1, clearColor, alpha), Vector((0, 0))))
animationMappings.append(('jump', Animation(sheetPath, pygame.Rect((0, 321, 66, 107)), 2, 3, -1, clearColor, alpha), Vector((-18, 0))))
animationMappings.append(('fall', Animation(sheetPath, pygame.Rect((0, 430, 81, 105)), 4, 3, -1, clearColor, alpha), Vector((-25, 0))))
animationMappings.append(('land', Animation(sheetPath, pygame.Rect((0, 535, 76, 96)), 2, 1, 1, clearColor, alpha), Vector((-25, 0))))
animationMappings.append(('throw', Animation(sheetPath, pygame.Rect((0, 632, 130, 102)), 4, 1, 3, clearColor, alpha), Vector((-50, 0))))
animationMappings.append(('thrown', Animation(sheetPath, pygame.Rect((0, 735, 80, 95)), 5, 1, -1, clearColor, alpha), Vector((-24, 0))))
animationMappings.append(('win', Animation(sheetPath, pygame.Rect((0, 828, 62, 110)), 4, 1, 3, clearColor, alpha), Vector((-15, -12))))
animationMappings.append(('dead', Animation(sheetPath, pygame.Rect((0, 940, 105, 95)), 8, 1, 7, clearColor, alpha), Vector((-30, 10))))
# sounds
soundMappings = []
#soundMappings.append(('throw', Sound('../resources/sounds/dp_finalfight.ogg', Constants.GameConstants.SOUND_VOLUME)))
soundMappings.append(('hit', Sound('../content/sounds/hit.ogg', Constants.GameConstants.SOUND_VOLUME)))
soundMappings.append(('jump', Sound('../content/sounds/jump.ogg', Constants.GameConstants.SOUND_VOLUME)))
soundMappings.append(('swipe', Sound('../content/sounds/swipe.ogg', Constants.GameConstants.SOUND_VOLUME)))
soundMappings.append(('land', Sound('../content/sounds/thud.ogg', Constants.GameConstants.SOUND_VOLUME)))
soundMappings.append(('win', Sound('../content/sounds/win.ogg', Constants.GameConstants.SOUND_VOLUME)))
#soundMappings.append(('count down', Sound('../resources/sounds/countdown.ogg', 0.1)))
PlatformerActor.__init__(self, position, width, height, name, collisionGroupNames, transferName, stateMappings, startStateName, self.image, animationMappings, soundMappings)
Player.__init__(self, position, width, height, name, collisionGroupNames, transferName, playerNum, controller, stateMappings, startStateName, self.image, animationMappings, soundMappings)
# set some speeds for the player
self._maxXVel = Constants.PlayerConstants.MAX_X_VELOCITY
self._maxYVel = Constants.PlayerConstants.MAX_Y_VELOCITY
self._maxFallVel = Constants.PlayerConstants.MAX_FALL_VELOCITY
self._jumpVel = Constants.PlayerConstants.MAX_JUMP_VELOCITY
self._runVel = Constants.PlayerConstants.MAX_RUN_VELOCITY
# to test map transfer
self._numjumps = 0
# test throw
self.isThrowing = False
self.isThrown = False
throwBoxWidth = 48
throwBoxHeight = 18
self._throwBoxCenterOffset = Vector((32, -8))
self.ThrowBox = pygame.Rect((self.boundingBox.centerx + self._throwBoxCenterOffset.x, self.boundingBox.centery + self._throwBoxCenterOffset.y), (throwBoxWidth, throwBoxHeight)) # throw hit box
self.ThrowFrames = self._animations['throw'].LoopLength
self.AirThrow = False
self.ThrowVel = Vector((10000, 1000))
self.ThrowVector = Vector((0, 0))
self._throwCoolDown = 0
# some goal variables
self._win = False
self._lose = False
# restricted changes test
self._restrictedStateTrans = [('dead', 'land'), ('dead', 'jump'), ('win', 'fall'), ('win', 'idle'), ('win', 'dead'), ('win', 'thrown'), ('lose', 'fall'), ('lose', 'idle'), ('lose', 'dead'), ('lose', 'thrown')]
self._drawDebug = False
