def cball_loop(g, s):
try:
s.rect.x += s.vx
except AttributeError:
return
s.rect.y += s.vy
s.z += s.vz
s.vz += 1
if s.vz == 8:
if s in g.sprites:
g.sprites.remove(s)
img_name = get_hole_for_damage(s.damage)
g.bkgr_blit(g.images[img_name], (s.rect.centerx, s.rect.centery))
g.level.game.sm.Play(sound_info.hitground.nextone(), wait=3)
if HOLES_ARE_TILES:
tw, th = g.iso_w, g.iso_h
tx, ty = s.rect.centerx / tw, s.rect.centery / th
dirs = [(0, 0)]
if HOLES_ARE_TILES > 1:
dirs.extend([(-1, 0), (1, 0), (0, 1), (0, -1)])
for dx, dy in dirs:
xx, yy = tx + dx, ty + dy
v = g.get((xx, yy))
if v in (0, 7):
g.set((xx, yy), 30)
#ss = effect.effect_new(g,s.rect,steam.Effect(20,20,8,0,(117,110,94)),20)
num_steam, num_steam_add = s.num_steam, s.num_steam_add
ss = effect.effect_new(
g, s.rect,
steam.Effect(int(num_steam * 2), int(num_steam_add * 2),
num_steam_add, 0, (0, 0, 0)), 20)
ss.z = 8
print 'gahhh'
a = s
for r in g.robots:
rx, ry = r.x, r.y
ax, ay = a.rect.x, a.rect.y
dx, dy = rx - ax, ry - ay
dist = (dx * dx + dy * dy)**0.5
if dist and dist < 32 * 4:
r.min = min(r._min, r.min + 12.0)
inc = 31.0
x, y = rx + dx * inc / dist, ry + dy * inc / dist
robot.robot_shove(g, r, (x, y))
if dist < 32 * 3: #1.5:
r.state = 'dead'
#print s.rect
s.frame += 1
def cball_loop(g,s):
try:
s.rect.x += s.vx
except AttributeError:
return
s.rect.y += s.vy
s.z += s.vz
s.vz += 1
if s.vz == 8:
if s in g.sprites:
g.sprites.remove(s)
img_name = get_hole_for_damage(s.damage)
g.bkgr_blit(g.images[img_name],(s.rect.centerx,s.rect.centery))
g.level.game.sm.Play(sound_info.hitground.nextone(), wait=3)
if HOLES_ARE_TILES:
tw,th = g.iso_w,g.iso_h
tx,ty = s.rect.centerx/tw,s.rect.centery/th
dirs = [(0,0)]
if HOLES_ARE_TILES > 1:
dirs.extend([(-1,0),(1,0),(0,1),(0,-1)])
for dx,dy in dirs:
xx,yy = tx+dx,ty+dy
v = g.get((xx,yy))
if v in (0,7):
g.set((xx,yy),30)
#ss = effect.effect_new(g,s.rect,steam.Effect(20,20,8,0,(117,110,94)),20)
num_steam, num_steam_add = s.num_steam, s.num_steam_add
ss = effect.effect_new(g,s.rect,steam.Effect(int(num_steam*2), int(num_steam_add*2),num_steam_add,0,(0,0,0)),20)
ss.z = 8
print 'gahhh'
a = s
for r in g.robots:
rx,ry = r.x,r.y
ax,ay = a.rect.x,a.rect.y
dx,dy = rx-ax,ry-ay
dist = (dx*dx+dy*dy)**0.5
if dist and dist < 32*4:
r.min = min(r._min,r.min+12.0)
inc = 31.0
x,y = rx + dx*inc/dist, ry + dy*inc/dist
robot.robot_shove(g,r,(x,y))
if dist < 32*3: #1.5:
r.state = 'dead'
#print s.rect
s.frame += 1
def castle_loop(g, s):
#print "castle loop"
s.unit.loop()
# update the steam every second.
#print g.level.game.ticks_passed
#tw,th = g.iso_w,g.iso_h
tw, th = g.iso_w, g.iso_h
sx, sy = s.rect.centerx / tw, s.rect.centery / th
s.last_update_steam += g.level.game.elapsed_time
if s.can_move:
#s.rect.x += 1
speed = int(s.unit.stats['Speed'])
kx, ky = 0, 0
# put in the joystick movement.
if kx == 0:
kx += s.direction_dx
#s.dx = 0
if ky == 0:
ky += s.direction_dy
#s.dy = 0
# HACK: we do a little invert here. because hex movement is weird.
# we try to make up joy go up on screen.
if 1:
if kx == 0 and ky == -1:
kx = -1
ky = -1
elif kx == 0 and ky == 1:
kx = 1
ky = 1
elif kx == 1 and ky == -1:
kx = 0
ky = -1
elif kx == -1 and ky == -1:
kx = -1
ky = 0
elif kx == -1 and ky == 1:
kx = 0
ky = 1
elif kx == 1 and ky == 1:
kx = 1
ky = 0
elif kx == 1 and ky == 0:
kx = 1
ky = -1
elif kx == -1 and ky == 0:
kx = -1
ky = 1
#if ky == 1 and kx == 0:
# kx = 1
# ky = 1
#print kx,ky
keyboard_or_joy_speed_slow = 1
#if ky == 0 or kx == 0:
# if (kx,ky) != (0,0):
#
# if (kx,ky) == (1,1) or (kx,ky) == (-1,-1) or kx == 0 or ky == 0:
# keyboard_or_joy_speed_slow = 0
if (kx, ky) != (0, 0):
keyboard_or_joy = 1
tx, ty = sx + kx, sy + ky
if g.castle_layer[ty][tx] == 0:
s.path = [(tx, ty)]
dx, dy = 0, 0
path = s.path
while len(path) > 0:
g.auto_scroll = True
bx, by = path[0]
if (bx, by) == (sx, sy):
path.pop(0)
continue
dx, dy = bx - sx, by - sy
#v = 4
#s.rect.x += sign(dx)*v
#s.rect.y += sign(dy)*v
dx, dy = sign(dx), sign(dy)
break
if keyboard_or_joy_speed_slow:
speed = int(round(speed / 2.))
if dx != 0 or dy != 0:
#HACK: so i can move this guy ! :)
if 1 or s.unit.try_move():
s.rect.x += dx * speed
s.rect.y += dy * speed
if dx < 0:
s.setimage(g.images['castle.left'])
if dx > 0:
s.setimage(g.images['castle.right'])
#s.rect.clamp_ip(g.view)
if s.last_hit_coal:
#print "last_hit_coal, last"
if s.last_hit_coal == s.last_loop:
s.last_loop = 0
s.last_hit_coal = 0
s.no_pickup("")
else:
s.last_loop = s.last_hit_coal
#okay, so the robots are scared to death of you...
a = s
for r in g.robots:
rx, ry = r.x, r.y
ax, ay = a.rect.x, a.rect.y
dx, dy = rx - ax, ry - ay
dist = (dx * dx + dy * dy)**0.5
if dist and dist < 32 * 3:
r.min = min(r._min, r.min + 12.0)
inc = 16.0
x, y = rx + dx * inc / dist, ry + dy * inc / dist
robot.robot_shove(g, r, (x, y))
s.frame += 1
def castle_loop(g,s):
#print "castle loop"
s.unit.loop()
# update the steam every second.
#print g.level.game.ticks_passed
#tw,th = g.iso_w,g.iso_h
tw,th = g.iso_w,g.iso_h
sx,sy = s.rect.centerx/tw,s.rect.centery/th
s.last_update_steam += g.level.game.elapsed_time
if s.can_move:
#s.rect.x += 1
speed = int(s.unit.stats['Speed'])
kx,ky = 0,0
# put in the joystick movement.
if kx == 0:
kx += s.direction_dx
#s.dx = 0
if ky == 0:
ky += s.direction_dy
#s.dy = 0
# HACK: we do a little invert here. because hex movement is weird.
# we try to make up joy go up on screen.
if 1:
if kx == 0 and ky == -1:
kx = -1
ky = -1
elif kx == 0 and ky == 1:
kx = 1
ky = 1
elif kx == 1 and ky == -1:
kx = 0
ky = -1
elif kx == -1 and ky == -1:
kx = -1
ky = 0
elif kx == -1 and ky == 1:
kx = 0
ky = 1
elif kx == 1 and ky == 1:
kx = 1
ky = 0
elif kx == 1 and ky == 0:
kx = 1
ky = -1
elif kx == -1 and ky == 0:
kx = -1
ky = 1
#if ky == 1 and kx == 0:
# kx = 1
# ky = 1
#print kx,ky
keyboard_or_joy_speed_slow = 1
#if ky == 0 or kx == 0:
# if (kx,ky) != (0,0):
#
# if (kx,ky) == (1,1) or (kx,ky) == (-1,-1) or kx == 0 or ky == 0:
# keyboard_or_joy_speed_slow = 0
if (kx,ky) != (0,0):
keyboard_or_joy = 1
tx,ty = sx+kx,sy+ky
if g.castle_layer[ty][tx] == 0:
s.path = [(tx,ty)]
dx,dy = 0,0
path = s.path
while len(path) > 0:
g.auto_scroll = True
bx,by = path[0]
if (bx,by) == (sx,sy):
path.pop(0)
continue
dx,dy = bx-sx,by-sy
#v = 4
#s.rect.x += sign(dx)*v
#s.rect.y += sign(dy)*v
dx,dy = sign(dx),sign(dy)
break
if keyboard_or_joy_speed_slow:
speed = int(round(speed / 2.))
if dx != 0 or dy != 0:
#HACK: so i can move this guy ! :)
if 1 or s.unit.try_move():
s.rect.x += dx*speed
s.rect.y += dy*speed
if dx < 0:
s.setimage(g.images['castle.left'])
if dx > 0:
s.setimage(g.images['castle.right'])
#s.rect.clamp_ip(g.view)
if s.last_hit_coal:
#print "last_hit_coal, last"
if s.last_hit_coal == s.last_loop:
s.last_loop = 0
s.last_hit_coal = 0
s.no_pickup("")
else:
s.last_loop = s.last_hit_coal
#okay, so the robots are scared to death of you...
a = s
for r in g.robots:
rx,ry = r.x,r.y
ax,ay = a.rect.x,a.rect.y
dx,dy = rx-ax,ry-ay
dist = (dx*dx+dy*dy)**0.5
if dist and dist < 32*3:
r.min = min(r._min,r.min+12.0)
inc = 16.0
x,y = rx + dx*inc/dist, ry + dy*inc/dist
robot.robot_shove(g,r,(x,y))
s.frame +=1
