def __init__( self, pos, text, playState, colour=None ):
self.text = text
if colour is None:
colour = pygame.Color(0,0,0)
self.colour = colour
sheet = self.font.render( self.text, False, colour )
HudElement.__init__( self, playState, pos, sheet, False )
def update( self, dt ):
HudElement.update( self, dt )
if self.dying:
#self.image.set_alpha( int( 255*( 1.0-( self.removeTimer/self.removeTime) ) ) )
ratio = ( ( ( self.removeTimer-self.removeTime )**2 )/(self.removeTime**2) )
self.image.set_alpha( int( 255*ratio ) )
self.removeTimer += dt
if self.removeTimer > self.removeTime:
self.playStateRef().hudList.remove( self )
self.removed = True
self.dying = False
self.removeTimer = 0.0
elif self.borning:
ratio = ( ( ( self.bornTimer-self.bornTime )**2 )/(self.bornTime**2) )
self.image.set_alpha( int( 255*ratio ) )
self.bornTimer += dt
if self.bornTimer > self.bornTime:
self.borning = False
self.bornTimer = 0.0
def update(self, dt):
HudElement.update(self, dt)
if self.dying:
#self.image.set_alpha( int( 255*( 1.0-( self.removeTimer/self.removeTime) ) ) )
ratio = (((self.removeTimer - self.removeTime)**2) /
(self.removeTime**2))
self.image.set_alpha(int(255 * ratio))
self.removeTimer += dt
if self.removeTimer > self.removeTime:
self.playStateRef().hudList.remove(self)
self.removed = True
self.dying = False
self.removeTimer = 0.0
elif self.borning:
ratio = (((self.bornTimer - self.bornTime)**2) /
(self.bornTime**2))
self.image.set_alpha(int(255 * ratio))
self.bornTimer += dt
if self.bornTimer > self.bornTime:
self.borning = False
self.bornTimer = 0.0
def __init__( self, playState, text, box=None ):
sheet = loadImageNoAlpha( self.sheetFileName )
self.originFrames = splitFrames( sheet, (32, 32) )
if box is None:
w, h = getResolution()
box = pygame.Rect( (0, (7.0/12)*h), (w, (5.0/12)*h ) )
img = pygame.Surface( (box.w, box.h) ).convert()
#img.fill( pygame.Color( 0, 0, 0, 0 ) )
for x in range( 32, box.w, 32 ):
img.blit( self.originFrames[1], (x, 0) )
img.blit( self.originFrames[7], (x, box.h-32) )
for y in range( 32, box.h, 32 ):
img.blit( self.originFrames[3], (0, y) )
img.blit( self.originFrames[5], (box.w-32, y) )
for x in range( box.x+32, box.w+box.x-32, 32 ):
for y in range( 32, box.h-32, 32 ):
img.blit( self.originFrames[4], (x,y) )
img.blit( self.originFrames[0], ( 0, 0 ) )
img.blit( self.originFrames[2], (box.w-32, 0) )
img.blit( self.originFrames[6], (0, box.h-32) )
img.blit( self.originFrames[8], (box.w-32, box.h-32) )
wLimit = box.w-64
subStrings = []
lastIndex = 0
for eachIndex in range( len( text ) ):
eachSub = text[lastIndex:eachIndex]
if text[eachIndex] == "\n":
subStrings.append( eachSub )
lastIndex = eachIndex + 1
elif self.font.size( eachSub )[0] > wLimit:
subStrings.append( eachSub[:-1] )
lastIndex = eachIndex - 1
elif eachIndex == ( len( text ) - 1 ):
subStrings.append( eachSub+text[-1] )
if len( subStrings ) is 0:
subStrings = [ text ]
curIndex = 0
curY = 32
while curY < box.h-32 and curIndex < len( subStrings ):
eachImg = self.font.render( subStrings[curIndex], True, pygame.Color( 0, 0, 0 ) )
img.blit( eachImg, ( 32, curY ) )
curY += eachImg.get_height()
curIndex += 1
HudElement.__init__( self, playState, box.topleft, img, False )
self.image.set_colorkey( self.colourKey )
self.dying = False
self.removed = False
self.removeTime = 0.5
self.removeTimer = 0.0
self.borning = True
self.bornTime = 0.25
self.bornTimer = 0.0
def __init__(self, playState):
sheet = pygame.Surface((800, 600)).convert()
HudElement.__init__(self, playState, (0, 0), sheet, False)
def __init__(self, pos, playState):
sheet = loadImageNoAlpha("bolt.png")
colourKey = pygame.Color(255, 0, 255)
sheet.set_colorkey(colourKey)
HudElement.__init__(self, playState, pos, sheet, False)
def update(self, dt):
HudElement.update(self, dt)
self.regenerateImage()
def __init__(self, laser, playState):
self.laser = laser
sheet = self.generateImage()
HudElement.__init__(self, playState,
(laser.rect.left, laser.rect.top - 6), sheet,
False)
def __init__( self, pos, playState ):
sheet = loadImageNoAlpha("bolt.png")
colourKey = pygame.Color(255, 0, 255)
sheet.set_colorkey(colourKey)
HudElement.__init__( self, playState, pos, sheet, False )
def __init__( self, playState ):
sheet = pygame.Surface( (800, 600) ).convert()
HudElement.__init__( self, playState, (0,0), sheet, False )
def update( self, dt ):
HudElement.update( self, dt )
self.regenerateImage()
def __init__( self, laser, playState ):
self.laser = laser
sheet = self.generateImage()
HudElement.__init__( self, playState, (laser.rect.left, laser.rect.top-6), sheet, False )
def __init__(self, playState, text, box=None):
sheet = loadImageNoAlpha(self.sheetFileName)
self.originFrames = splitFrames(sheet, (32, 32))
if box is None:
w, h = getResolution()
box = pygame.Rect((0, (7.0 / 12) * h), (w, (5.0 / 12) * h))
img = pygame.Surface((box.w, box.h)).convert()
#img.fill( pygame.Color( 0, 0, 0, 0 ) )
for x in range(32, box.w, 32):
img.blit(self.originFrames[1], (x, 0))
img.blit(self.originFrames[7], (x, box.h - 32))
for y in range(32, box.h, 32):
img.blit(self.originFrames[3], (0, y))
img.blit(self.originFrames[5], (box.w - 32, y))
for x in range(box.x + 32, box.w + box.x - 32, 32):
for y in range(32, box.h - 32, 32):
img.blit(self.originFrames[4], (x, y))
img.blit(self.originFrames[0], (0, 0))
img.blit(self.originFrames[2], (box.w - 32, 0))
img.blit(self.originFrames[6], (0, box.h - 32))
img.blit(self.originFrames[8], (box.w - 32, box.h - 32))
wLimit = box.w - 64
subStrings = []
lastIndex = 0
for eachIndex in range(len(text)):
eachSub = text[lastIndex:eachIndex]
if text[eachIndex] == "\n":
subStrings.append(eachSub)
lastIndex = eachIndex + 1
elif self.font.size(eachSub)[0] > wLimit:
subStrings.append(eachSub[:-1])
lastIndex = eachIndex - 1
elif eachIndex == (len(text) - 1):
subStrings.append(eachSub + text[-1])
if len(subStrings) is 0:
subStrings = [text]
curIndex = 0
curY = 32
while curY < box.h - 32 and curIndex < len(subStrings):
eachImg = self.font.render(subStrings[curIndex], True,
pygame.Color(0, 0, 0))
img.blit(eachImg, (32, curY))
curY += eachImg.get_height()
curIndex += 1
HudElement.__init__(self, playState, box.topleft, img, False)
self.image.set_colorkey(self.colourKey)
self.dying = False
self.removed = False
self.removeTime = 0.5
self.removeTimer = 0.0
self.borning = True
self.bornTime = 0.25
self.bornTimer = 0.0
