def MorphState(self):
self.Animate( ('blank',), loop=False)
self.morph_trail = []
X = math.pi*2 #I know this value is way too big, but it seems to fit for some reason...
self.boosting = False
self.boostticks = 0
#self.CheckBallObstructions()
#self.CheckObstructions()
self.checkslopes = True
while True:
self.ticks += 1
#self.morph_base.Update()
#self.morph_overlay.Update()
if self.boosting:
max_morph_vx = 8.0 #boost speed!
max_morph_vy = 8.0
morph_friction = self.morph_friction
morph_accel = 0.0
air_accel = 0.0
morph_airfriction = self.morph_airfriction * 6
if abs(self.vx) <= 2.0: #need to f*****g find a better way around this for falling vertically... vector perhaps?
self.boosting = False
#self.boostticks -= 1
#if self.boostticks == 0:
# self.boosting = False
else:
max_morph_vx = self.max_morph_vx #standard max speed
max_morph_vy = self.max_morph_vy
morph_friction = self.morph_friction
morph_accel = self.morph_accel
air_accel = self.air_accel
morph_airfriction = self.morph_airfriction
#just bomb jumped, and falling again, so check for slopes again.
if self.bombjumping == True and self.vy >=0:
self.checkslopes = True
self.bombjumping = False
if self.ticks % 2 == 0: #cheap hack to make the trail longer without so many samples
self.morph_trail.append( (self.x+9, self.y+25) ) #center of morphball
if len(self.morph_trail) > self.max_trail_len:
self.morph_trail = self.morph_trail[1:] #keep list at most len items long
if "up" in self.pressed and not self.ceiling and not self.boosting:
#gonna need to edit this mad style, to check for a cieling within 16 pixels.
#also check for floor and set to fall state if appropriate
self.state = self.CrouchState
self.morph_trail = []
#self.y-=16
if self.floor:
self.vy = 0
if "left" in self.pos and not self.left_wall:
if abs(self.vx) < max_morph_vx:
self.vx-=morph_accel
if self.vx < -max_morph_vx:
self.vx = -max_morph_vx
self.direction = Dir.LEFT
if self.vx > 0 or abs(self.vx) > self.max_morph_vx:
self.vx = vecmath.decrease_magnitude(self.vx, morph_friction)
elif "right" in self.pos and not self.right_wall:
if abs(self.vx) < max_morph_vx:
self.vx+=morph_accel
if self.vx > max_morph_vx:
self.vx = max_morph_vx
self.direction = Dir.RIGHT
if self.vx < 0 or abs(self.vx) > self.max_morph_vx:
self.vx = vecmath.decrease_magnitude(self.vx, morph_friction)
else:
self.vx = vecmath.decrease_magnitude(self.vx, morph_friction)
else:
self.vy += self.gravity
if self.vy > max_morph_vy:
self.vy = max_morph_vy
if "left" in self.pos and not self.left_wall:
self.vx -= air_accel
if self.vx < -max_morph_vx:
self.vx = -max_morph_vx
self.direction = Dir.LEFT
elif "right" in self.pos and not self.right_wall:
self.vx += air_accel
if self.vx > max_morph_vx:
self.vx = max_morph_vx
self.direction = Dir.RIGHT
else:
self.vx = vecmath.decrease_magnitude(self.vx, morph_airfriction)
if "boost" in self.pos:
if self.morph_boost < 100:
self.morph_boost += 2
elif self.morph_boost > 32:
#boost! terribly hacky
self.boosting = True
self.vx = self.vx * (2.5*self.morph_boost/100.0)
self.vy = self.vy * (1.5*self.morph_boost/100.0)
self.morph_boost = 0
#self.boostticks = 20
max_morph_vx = max_morph_vy = 8.0
self.vx = vecmath.clamp(self.vx, -max_morph_vx, max_morph_vx)
self.vy = vecmath.clamp(self.vy, -max_morph_vy, max_morph_vy)
self.morph_angle = (self.morph_angle + self.vx * X)
yield None
def Input(self, position, pressed): #essentially Update() now.
self.pos = position
self.pressed = pressed
if self.fire_delay > 0:
self.fire_delay -= 1
#Missile HOLD button.
if "missile_hold" in position:
self.missile_held = True
if self.sec_armed == False:
if self.cur_state in self.morph_states and self.equipment["Power Bombs"].cur > 0:
self.sec_armed = True
elif self.cur_state not in self.morph_states and self.equipment[("Missiles", "Super Missiles")[self.cur_missile]].cur > 0:
self.sec_armed = True
elif self.sec_armed and self.missile_held:
self.sec_armed = False
self.missile_held = False
#Item stuff depending on missile_style.
if controls.missile_style == 0:
#Dual style.
if "beam_select" in pressed:
self.ChangeBeam()
elif "weapon_select" in pressed:
self.ChangeMissile()
if "fire" in pressed:
print "Fire main weapon"
self.FireMain()
elif "fire_missile" in pressed:
self.sec_armed = True
self.FireSecondary()
else:
#Swap style.
if "beam_select" in pressed:
if self.cur_type == 0:
#Change beam.
self.ChangeBeam()
else:
self.ChangeMissile()
elif "weapon_select" in pressed:
#Change between beam and missile.
self.cur_type = (self.cur_type + 1) % 2
if "fire" in pressed:
if self.cur_type == 0:
self.FireMain()
else:
self.sec_armed = True
self.FireSecondary()
elif "fire_missile" in pressed:
if self.cur_type == 0:
self.sec_armed = True
self.FireSecondary()
else:
self.FireMain()
if self.checkslopes:
if not self.CheckSlopes():
self.CheckObstructions()
else:
self.CheckObstructions()
if self.cur_state not in self.morph_states:
self.vx = vecmath.clamp(self.vx, -self.max_vx, self.max_vx)
self.vy = vecmath.clamp(self.vy, -100, self.max_vy) #-100 so WIP can sleep.
#HACK for getting into morph ball tunnels. surprisingly, it works!
#optimisation:
#should only check for whether it'll pass through a tile position...
tunnelled = False
temp = -1
if self.cur_state in self.morph_states:
if self.right_wall and "right" in position:
temp = self.y
self.y = int(self.y)
for y in range(3):
self.y += 1
if not self.CheckWall(Dir.RIGHT):
self.y+=1
if self.CheckWall(Dir.RIGHT): #ensure the passage is *just* big enough
self.x+=2
tunnelled = True
self.y -= 1
break
elif self.left_wall and "left" in position:
temp = self.y
self.y = int(self.y)
for i in range(3):
self.y += 1
if not self.CheckWall(Dir.LEFT):
self.y+=1
if self.CheckWall(Dir.LEFT): #ensure the passage is *just* big enough
self.x-=2
tunnelled = True
self.y-=1
break
if not tunnelled:
if temp != -1:
self.y = temp
self.x += self.vx
self.y += self.vy
if self.platform is not None:
if self.platform in self.detect_collision():
self.x += self.platform.vx
self.y += self.platform.vy
else:
self.platform = None
self.sprite.x = int(self.x)
self.sprite.y = int(self.y)
self.state__()
self.animation()
