def build_parts(self,**kw):
self.light = lighting.claim_light()
stylesheet.load(monsters.MonsterStyles)
stylesheet.load(graphics.BallStyles)
start_btn = panel.LabelPanel(
"Start", text=" Start ",
geom=dict(pos=(512,200,0)),
style_classes=['button'])
quit_btn = panel.LabelPanel(
"Quit", text=" Quit ",
geom=dict(pos=(512,100,0)),
style_classes=['button'])
ov = OrthoView(
"ortho", [start_btn, quit_btn],
geom=dict(left=0,right=1024,top=768,bottom=0,far=1000),
style={"ClearColor":(0,0,0,0)})
if main.options.time:
ov.append(ClockPart(geom=dict(pos=(50,50,0))))
with ov.compile_style():
glDisable(GL_LIGHTING)
self.append(ov)
sv = SceneView("scene")
self.level = level = levelfile.load_level("title.lev")
hf = graphics.HexagonField("hexfield",level)
sv.append(hf)
for coords, classname in level.monsters.items():
pos = collision.h_centre(*coords)
M = getattr(monsters,classname,monsters.Monster)
m = M(classname, geom=dict(pos=pos,angle=0))
sv.append(m)
for coords, classname in level.powerups.items():
pos = collision.h_centre(*coords)
M = getattr(graphics,classname,graphics.Ball)
m = M(classname, geom=dict(pos=pos,angle=0))
m.duration = float('inf')
sv.append(m)
sv.camera.look_at(pos,10)
sv.camera.look_from_spherical(45,270,70)
sv.camera.step(1)
self.camera = sv.camera
with sv.compile_style():
glEnable(GL_LIGHTING)
lighting.light_position(self.light,(10,10,10,0))
lighting.light_colour(self.light,(1,1,1,1))
lighting.light_switch(self.light,True)
self.append(sv)
def add_thing_to_view(self,coords,module,classname):
M = getattr(module,classname)
mname = repr(coords)
m = M(mname)
m.pos = collision.h_centre(*coords)
m.restyle(True)
m.duration = float('inf') # for balls
self.parts["view"].append(m)
def build_powerups(self,level):
ps = []
for coords, classname in level.powerups.items():
pos = collision.h_centre(*coords)
P = getattr(graphics,classname,graphics.Ball)
p = P(repr(coords), geom=dict(pos=pos,angle=0))
p.duration = float('inf')
ps.append(p)
return ps
def step(self,ms):
self.step_contents(ms)
lighting.step(ms)
self.camera.step(ms)
if self.camera.animator.finished():
hexlist = [self.level.start, self.level.exit]
hexlist.extend(self.level.monsters.keys())
poslist = [tuple(collision.h_centre(*coords))
for coords in hexlist]
poslist.append(poslist[0])
steplist = [10000 for coords in hexlist]
steplist.append(1000)
self.camera.animator.sequence("looking_at",poslist,steplist)
def build_monsters(self,level):
ms = []
count = 0
for coords, classname in level.monsters.items():
pos = collision.h_centre(*coords)
M = getattr(monsters,classname,monsters.Monster)
if classname == "Hunter" or coords == level.exit:
vel = Vec(0,0)
else: # random direction and speed
vel = (random.choice(collision.H_NORMAL) *
random.gauss(M.speed,0.02) * 0.01)
m = M("{0}{1}".format(classname,count),
velocity=vel,
geom=dict(pos=pos,angle=0))
if classname == "Balrog":
# The Balrog knows where you are.
m.player = self.player
count += 1
ms.append(m)
return ms
def on_collision(self,what,where,direction):
if isinstance(what,graphics.Ball):
self.hunt(what,where,1.1)
self.harm_type = "provoked a"
sounds.play("roar")
self.enrage()
elif isinstance(what,graphics.Player):
self.eat(what,direction)
sounds.play("munch")
else:
self.turn_to(direction)
self.pos = where
self.rage -= 1
if self.rage <= 0:
self.hiding = True
x,y,_ = where
hc,hr = collision.nearest_neighbours(x,y,0).next()
self.pos = collision.h_centre(hc,hr)
self.velocity = Vec(0,0,0)
self.prepare()
def hex_to_world_coords(col,row):
x,y,_ = collision.h_centre(col,row)
return x,y
