def click(self,pos):
list = [o for o in self.objs.values() if isinstance(o,gameobjs.actionObj)]
if list:
list = [o for o in list if o.rect.collidepoint(pos)]
if list:
for o in list:
o.onClick()
return 1
x,y = iso_math.getIsoPoint(pos,
self.curent_level.total_size,
self.curent_level.original_size,
self.curent_level.floor_size)
a,b = iso_math.isoProjection( (x,y,0),
self.curent_level.floor_size,
self.curent_level.original_size,
self.curent_level.total_size )
if x>=0 and x<self.curent_level.x and y>=0 and y<self.curent_level.y:
self.event_handler((x,y,0))
return 1
return 0
def render(self,rect):
x0, t = iso_math.getIsoPoint(rect.topleft ,
self.total_size,
self.original_size,
self.floor_size)
t, y0 = iso_math.getIsoPoint(rect.topright ,
self.total_size,
self.original_size,
self.floor_size)
t, y1 =iso_math.getIsoPoint(rect.bottomleft ,
self.total_size,
self.original_size,
self.floor_size)
x1, t = iso_math.getIsoPoint(rect.bottomright ,
self.total_size,
self.original_size,
self.floor_size)
x0-=1
y0-=1
x1+=1
y1+=1
if x0 < 0:
x0 = 0
if y0 < 0:
y0 = 0
if x1>self.x:
x1 = self.x
if y1>self.y:
y1 = self.y
tam_x, tam_y = rect.size
self.surface = pygame.surface.Surface( (tam_x, tam_y) )
#color of a blue sky
self.colorKey = (124, 172, 253)
self.surface.fill(self.colorKey)
for x in range(x0,x1):
for y in range(y0,y1):
i = self.__floor_array[y][x]
posx, posy = iso_math.isoProjection( (x,y,0) ,
self.floor_size,
self.original_size,
self.total_size )
posx -= rect.left + self.floor_factor_size
posy -= rect.top
self.surface.blit(self.images[i],(posx,posy))
def isometricProjection(self,pos3d):
return iso_math.isoProjection(pos3d,
self.curent_level.floor_size,
self.curent_level.original_size,
self.curent_level.total_size )
