def __init__(self,
surface,
players,
font,
font_size,
font_color,
bgcolor,
line_spacing=5):
for player in players:
player.hud = self
self.surface = surface
self.font = pygame.font.SysFont(font, font_size)
self.font_color = font_color
self.bg_color = bgcolor
self.line_spacing = line_spacing
line_height = MinimumSize(font, font_size, 1, line_spacing)[1]
text_size = MinimumSize(font, font_size, len(players), line_spacing)
hud_size = (text_size[0] + 10, text_size[0] + 10)
hud_top = pgview.centerRectangles((0, 0), surface.get_size(), hud_size)
if hud_top == None:
print 'HUD larger than area'
sys.exit()
hud_top = (hud_top[0], 10)
text_top = pgview.centerRectangles(hud_top, hud_size, text_size)
if text_top == None:
print 'Text larger than HUD'
sys.exit()
# x and y so that text is centered
pos = [text_top]
y = text_top[1]
for player in players:
y += line_height
pos.append((text_top[0], y))
self.pos = pos
self.players = players
self.surface = surface
self.changed = False
self.surface.fill(self.bg_color, pygame.Rect(hud_top, hud_size))
self.update()
def __init__(self,surface,players,font,font_size,font_color,bgcolor,line_spacing=5):
for player in players:
player.hud=self
self.surface=surface
self.font=pygame.font.SysFont(font,font_size)
self.font_color=font_color
self.bg_color=bgcolor
self.line_spacing=line_spacing
line_height=MinimumSize(font,font_size,1,line_spacing)[1]
text_size=MinimumSize(font,font_size,len(players),line_spacing)
hud_size=(text_size[0]+10,text_size[0]+10)
hud_top=pgview.centerRectangles((0,0),surface.get_size(),hud_size)
if hud_top==None:
print 'HUD larger than area'
sys.exit()
hud_top=(hud_top[0],10)
text_top=pgview.centerRectangles(hud_top,hud_size,text_size)
if text_top==None:
print 'Text larger than HUD'
sys.exit()
# x and y so that text is centered
pos=[text_top]
y=text_top[1]
for player in players:
y+=line_height
pos.append((text_top[0],y))
self.pos=pos
self.players=players
self.surface=surface
self.changed=False
self.surface.fill(self.bg_color,pygame.Rect(hud_top,hud_size))
self.update()
def __init__(self,surface):
# Drawing surface
self.surface=surface
self.surface.fill(pgview.BG_COLOR)
# Find largest square on surface
self.area_top=area_top=(0,0)
area_size=self.surface.get_size()
self.area_size=area_size
if area_size[0]>=area_size[1]:
arena_size=(area_size[1],area_size[1])
else:
arena_size=(area_size[0],area_size[0])
self.arena_size=arena_size
arena_top=pgview.centerRectangles(area_top,area_size,arena_size)
self.arena_top=arena_top
#print area_top
#print arena_top
# Variables for coordinate transformations
self.scale=(float(arena_size[0])/self.world_size[0],
float(arena_size[1])/self.world_size[1])
self.mirror=(1,-1)
self.trans=(arena_top[0]+float(arena_size[0])/2,
arena_top[1]+float(arena_size[1])/2)
#print 'scale: '+str(self.scale)
#print 'trans: '+str(self.trans)
# Ball group
self.balls=Balls()
# Physics Engine options
gravity=(0,-10)
doSleep=True
self.timeStep=1.0/60.0
self.velIterations=10
self.posIterations=8
# World bouding box
aabb=Box2D.b2AABB()
aabb.upperBound=Box2D.b2Vec2(self.world_size[0]/2,self.world_size[1]/2)
aabb.lowerBound=Box2D.b2Vec2(-self.world_size[0]/2,-self.world_size[1]/2)
#print arena_top
#print arena_size
#print aabb.upperBound
#print aabb.lowerBound
#print self.s2wPos(arena_top)
#print self.s2wScale(arena_size)
#print self.s2wPos((arena_top[0]+arena_size[0],arena_top[1]+arena_size[1]))
# World
self.world=Box2D.b2World(aabb,gravity,doSleep)
# World listeners
self.boundaryListener=BoundListener()
self.world.SetBoundaryListener(self.boundaryListener)
self.contactListener=ContactListener(self.balls)
self.world.SetContactListener(self.contactListener)
# Walls
self.staticObjs=[]
self.makeBounds(arena_top,arena_size)
# Draw Walls
for obj in self.staticObjs:
obj.draw(self.surface)
self.background=self.surface.copy()
