def __init__( self, parentState, width, height ):
Button.__init__( self, None, None, parentState, True )
self.width = width
self.height = height
self.scale = None
self.image = self.generateImage()
self.rect = self.image.get_rect()
if self.pos is None:
MiniMap.pos = ( getResolution()[0]-width, getResolution()[1]-height )
self.rect.topleft = self.pos
self.held = False
self.heldPos = None
self.dragging = False
self.panning = False
def __init__(self, parentState, width, height):
Button.__init__(self, None, None, parentState, True)
self.width = width
self.height = height
self.scale = None
self.image = self.generateImage()
self.rect = self.image.get_rect()
if self.pos is None:
MiniMap.pos = (getResolution()[0] - width,
getResolution()[1] - height)
self.rect.topleft = self.pos
self.held = False
self.heldPos = None
self.dragging = False
self.panning = False
def generateImage( self ):
floor = self.getFloor()
rightMostPoint = max( [ each.rect.right for each in floor.layers ] )
leftMostPoint = min( [ each.rect.left for each in floor.layers ] )
topMostPoint = min( [ each.rect.top for each in floor.layers ] )
bottomMostPoint = max( [ each.rect.bottom for each in floor.layers ] )
worldWidth = rightMostPoint-leftMostPoint
worldHeight = bottomMostPoint-topMostPoint
sizeRect = pygame.Rect( 0, 0, worldWidth, worldHeight )
playState = self.parentState.menu.playState
img = pygame.Surface( (sizeRect.w, sizeRect.h) ).convert()
for eachLayer in floor.layers:
loc = (eachLayer.rect.left-leftMostPoint, eachLayer.rect.top-topMostPoint)
img.blit( eachLayer.image, loc )
scale = 1.0
if worldWidth > worldHeight:
scale = float(self.width)/worldWidth
else:
scale = float(self.height)/worldHeight
self.scale = scale
img = pygame.transform.rotozoom(img, 0.0, scale ).convert()
screenW, screenH = getResolution()
viewRect = pygame.Rect( (-leftMostPoint)*scale, (-topMostPoint)*scale, screenW*scale, screenH*scale )
finalImage = pygame.Surface( (self.width, self.height) ).convert()
finalImage.blit( img, (0, 0) )
pygame.draw.rect( finalImage, pygame.Color( 255, 0, 0 ), viewRect, 1 )
pygame.draw.rect( finalImage, pygame.Color( 255, 0, 0 ), pygame.Rect( 0, 0, self.width, self.height ), 1 )
return finalImage
def pan(self, point):
dx = float(point[0] - self.rect.left)
dy = float(point[1] - self.rect.top)
playState = self.parentState.menu.playState
screenW, screenH = getResolution()
playState.setPan(-int(dx / self.scale) + (screenW / 2),
-int(dy / self.scale) + (screenH / 2))
def generateImage(self):
floor = self.getFloor()
rightMostPoint = max([each.rect.right for each in floor.layers])
leftMostPoint = min([each.rect.left for each in floor.layers])
topMostPoint = min([each.rect.top for each in floor.layers])
bottomMostPoint = max([each.rect.bottom for each in floor.layers])
worldWidth = rightMostPoint - leftMostPoint
worldHeight = bottomMostPoint - topMostPoint
sizeRect = pygame.Rect(0, 0, worldWidth, worldHeight)
playState = self.parentState.menu.playState
img = pygame.Surface((sizeRect.w, sizeRect.h)).convert()
for eachLayer in floor.layers:
loc = (eachLayer.rect.left - leftMostPoint,
eachLayer.rect.top - topMostPoint)
img.blit(eachLayer.image, loc)
scale = 1.0
if worldWidth > worldHeight:
scale = float(self.width) / worldWidth
else:
scale = float(self.height) / worldHeight
self.scale = scale
img = pygame.transform.rotozoom(img, 0.0, scale).convert()
screenW, screenH = getResolution()
viewRect = pygame.Rect((-leftMostPoint) * scale,
(-topMostPoint) * scale, screenW * scale,
screenH * scale)
finalImage = pygame.Surface((self.width, self.height)).convert()
finalImage.blit(img, (0, 0))
pygame.draw.rect(finalImage, pygame.Color(255, 0, 0), viewRect, 1)
pygame.draw.rect(finalImage, pygame.Color(255, 0, 0),
pygame.Rect(0, 0, self.width, self.height), 1)
return finalImage
def setPan( self, x, y ):
screenW, screenH = getResolution()
if self.limitX1 is not None:
x = min( -self.limitX1, x )
if self.limitX2 is not None:
x = max( -(self.limitX2-screenW), x )
if self.limitY1 is not None:
y = min( -(self.limitY1), y )
if self.limitY2 is not None:
y = max( -(self.limitY2-screenH), y )
self.panX, self.panY = x, y
def setPan(self, x, y):
screenW, screenH = getResolution()
if self.limitX1 is not None:
x = min(-self.limitX1, x)
if self.limitX2 is not None:
x = max(-(self.limitX2 - screenW), x)
if self.limitY1 is not None:
y = min(-(self.limitY1), y)
if self.limitY2 is not None:
y = max(-(self.limitY2 - screenH), y)
self.panX, self.panY = x, y
def moveTo( self, x, y ):
w, h = getResolution()
if x-self.x+self.panel.rect.left < 0:
x -= x-self.x+self.panel.rect.left
elif x-self.x+self.panel.rect.right > w:
x -= x-self.x+self.panel.rect.right-w
if y-self.y+self.panel.rect.top < 0:
y -= y-self.y+self.panel.rect.top
elif y-self.y+self.panel.rect.bottom > h:
y -= y-self.y+self.panel.rect.bottom-h
dx, dy = x-self.x,y-self.y
self.x, self.y = x, y
for each in [ sprite for sprite in self.sprites if not sprite.fixed ]:
each.rect.topleft = each.rect.x+dx, each.rect.y+dy
def moveTo(self, x, y):
w, h = getResolution()
if x - self.x + self.panel.rect.left < 0:
x -= x - self.x + self.panel.rect.left
elif x - self.x + self.panel.rect.right > w:
x -= x - self.x + self.panel.rect.right - w
if y - self.y + self.panel.rect.top < 0:
y -= y - self.y + self.panel.rect.top
elif y - self.y + self.panel.rect.bottom > h:
y -= y - self.y + self.panel.rect.bottom - h
dx, dy = x - self.x, y - self.y
self.x, self.y = x, y
for each in [sprite for sprite in self.sprites if not sprite.fixed]:
each.rect.topleft = each.rect.x + dx, each.rect.y + dy
def __init__( self, menu, sprites=[], miniMap=True ):
self.sprites = sprites
self.buttons = []
self.menu = menu
for eachSprite in self.sprites:
if eachSprite.button:
self.buttons.append( eachSprite )
eachSprite.parentState = self
#eachSprite.menu = menu
self.keyInput = ""
self.keyboardEnabled = False
self.deleteLastChar = False
self.x, self.y = 0, 0
self.fileNameLabel = Label( self, menu.playState.fileName, (0,getResolution()[1]-32) )
self.addSprite( self.fileNameLabel )
self.usingMiniMap = miniMap
if miniMap:
self.addMiniMap()
self.miniMapFlip = False
def __init__(self, menu, sprites=[], miniMap=True):
self.sprites = sprites
self.buttons = []
self.menu = menu
for eachSprite in self.sprites:
if eachSprite.button:
self.buttons.append(eachSprite)
eachSprite.parentState = self
#eachSprite.menu = menu
self.keyInput = ""
self.keyboardEnabled = False
self.deleteLastChar = False
self.x, self.y = 0, 0
self.fileNameLabel = Label(self, menu.playState.fileName,
(0, getResolution()[1] - 32))
self.addSprite(self.fileNameLabel)
self.usingMiniMap = miniMap
if miniMap:
self.addMiniMap()
self.miniMapFlip = 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
def pan( self, point ):
dx = float(point[0]-self.rect.left)
dy = float(point[1]-self.rect.top)
playState = self.parentState.menu.playState
screenW, screenH = getResolution()
playState.setPan( -int(dx/self.scale)+(screenW/2), -int(dy/self.scale)+(screenH/2) )
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
