def update(self):
if self.state == 0:
# 落下中
if gcommon.isMapFreePos(self.x + self.dx, self.y + 2) == False:
self.state = 1
self.dx = 2
self.dy = 0
else:
if gcommon.isMapFreePos(self.x + self.dx, self.y + 2):
self.state = 0
self.dx = 2
self.dy = 2
self.x += self.dx
self.y += self.dy
if self.state == 1:
self.y += gcommon.cur_map_dy
if self.x <= -8 or self.x >= 256:
self.remove()
return
elif self.y <= -8 or self.y >= 192:
self.remove()
return
else:
if gcommon.isMapFreePos(self.x, self.y) == False:
self.remove()
return
if self.state == 0:
self.splash()
def update(self):
if self.state == 0:
# 落下中
if self.cnt < 15:
self.dx *= 0.9
else:
self.dx = 0
self.x += self.dx
self.y += self.dy
if abs(self.dy) <= 3.0:
self.dy *= 1.05
if self.x <= -8 or self.x >= 256:
self.remove()
return
elif self.y <= -8 or self.y >= 192:
self.remove()
return
else:
if gcommon.isMapFreePos(self.x, self.y) == False:
# 爆発形態へ
self.setExplosion()
self.splash()
else:
# 爆発中
if self.cnt > 30:
self.remove()
self.cnt += 1
def update(self):
self.x -= self.speed
if self.x <= -24 or self.x >= gcommon.SCREEN_MAX_X or self.y < -16 or self.y >= gcommon.SCREEN_MAX_Y:
self.removeFlag = True
if gcommon.isMapFreePos(gcommon.getCenterX(self),
gcommon.getCenterY(self)) == False:
self.removeFlag = True
def update(self):
self.x = self.x + self.dx
self.y = self.y + self.dy
if self.x <= -8 or self.x >= 256:
self.remove()
return
elif self.y <= -8 or self.y >= 192:
self.remove()
return
else:
if abs(self.dy) <= 6:
self.dy *= 1.05
if gcommon.isMapFreePos(self.x, self.y) == False:
self.remove()
return
self.splash()
def Collision(self):
# 壁との当たり判定
if ObjMgr.myShip.sub_scene == 1 and \
gcommon.isMapFreePos(ObjMgr.myShip.x+ 9, ObjMgr.myShip.y +7) == False:
self.my_broken()
return
# shot & enemy
for obj in ObjMgr.objs:
if obj.removeFlag:
continue
obj.hit = False
#if obj.layer!=gcommon.C_LAYER_GRD and obj.layer!=gcommon.C_LAYER_SKY:
if obj.shotHitCheck == False:
continue
for shot in ObjMgr.shots:
if obj.checkShotCollision(shot):
broken = obj.doShotCollision(shot)
shot.hit(obj, broken)
if broken or obj.removeFlag:
break
# enemy shot and wallObj
for wallObj in ObjMgr.objs:
if wallObj.removeFlag:
continue
if wallObj.enemyShotCollision == False:
continue
for shot in ObjMgr.objs:
if shot.removeFlag:
continue
if shot.layer != gcommon.C_LAYER_E_SHOT:
continue
if wallObj.checkEnemyShotCollision(shot):
shot.removeFlag = True
break
# my ship & enemy
for obj in ObjMgr.objs:
if obj.removeFlag == False and obj.hitCheck:
if obj.checkMyShipCollision() and ObjMgr.myShip.sub_scene == 1:
self.my_broken()
break
def update(self):
if self.state == 0:
if self.cnt < 10:
self.y += 0.5
else:
self.x = self.x + self.dx
if self.x <= -8 or self.x >= 256:
self.remove()
elif self.y <= -8 or self.y >= 192:
self.remove()
else:
if abs(self.dx) <= 8:
self.dx *= 1.05
if gcommon.isMapFreePos(self.x, self.y) == False:
# 爆発形態へ
self.setExplosion()
else:
# 爆発中
if self.cnt > 6:
self.remove()
self.cnt += 1
def update(self):
if self.state == 0:
self.x = self.x + self.dx
self.y = self.y + self.dy
if self.x <= -8 or self.x >= 256:
self.remove()
return
elif self.y <= -8 or self.y >= 192:
self.remove()
return
else:
if abs(self.dy) <= 6:
self.dy *= 1.05
if gcommon.isMapFreePos(self.x, self.y) == False:
# 爆発形態へ
self.setExplotion()
else:
# 爆発中
if self.cnt > 3:
self.remove()
return
self.splash()
self.cnt += 1
def update(self): #self.radOffset -= math.pi * 0.05 #if self.radOffset < 0: # self.radOffset += 2 * math.pi self.radOffset += math.pi * 0.02 if self.radOffset > 2 * math.pi: self.radOffset -= 2 * math.pi if self.state == 0: if self.limit >= -10: self.limit -= 2 else: self.nextState() elif self.state == 1: if self.cnt > 40: self.nextState() self.beamRadStart = 0.0 elif self.state == 2: if self.beamRadDelta > -math.pi/120: self.beamRadDelta -= (math.pi/120/30) if self.beamRadStart < math.pi*0.35: self.beamRadStart += math.pi/200 if self.cnt > 150: self.nextState() elif self.state == 3: if self.beamRadDelta < math.pi/120: self.beamRadDelta += (math.pi/120/30) if self.beamRadStart > -math.pi*0.35: self.beamRadStart -= math.pi/200 if self.cnt > 150: self.stateCycle += 1 if self.stateCycle == 3: self.setState(10) else: self.setState(2) elif self.state == 10: if self.beamRadDelta > 0: self.beamRadDelta -= (math.pi/120/30) self.beamRadStart += math.pi/200 if self.beamRadStart >= 0: self.nextState() elif self.state == 11: if self.limit < 240: self.limit += 2 else: self.remove() # 描画準備 rad = self.radOffset x2 = self.x r = 0 beamRad = self.beamRadStart px = self.x py = self.y count = 0 for i in range(len(self.listArray)): self.listArray[i] = [] while(x2 > self.limit and count < 50): #y2 = py - math.sin(rad) * r pos = gcommon.getAngle(0, - math.sin(rad) * r, beamRad) x2 = px + pos[0] y2 = py + pos[1] n = int(rad / (math.pi/6)) % 12 #print(str(n)) if gcommon.isMapFreePos(x2, y2) == False and self.cnt & 3 == 0: enemy.create_explosion(x2, y2, gcommon.C_LAYER_GRD, gcommon.C_EXPTYPE_GRD_S) self.listArray[n].append([x2, y2]) # 奥から描画するために反転する if n in (8,9): self.listArray[n].reverse() rad += math.pi/4 if rad > math.pi*2: rad -= math.pi*2 if r < 40: r += 2 px += (math.cos(beamRad)* -8) py += (math.sin(beamRad)* -8) beamRad += self.beamRadDelta count += 1
def update(self):
if self.moveIndex >= len(__class__.moveTable):
pass
else:
t = __class__.moveTable[self.moveIndex]
cmd = t[1]
if cmd == __class__.STOP:
# 停止
pass
elif cmd == __class__.MOVE_LEFT:
# 左に移動
self.dx = 1
elif cmd == __class__.MOVE_RIGHT:
# 右に移動
self.dx = -1
self.moveCnt += 1
if self.moveCnt >= t[0]:
self.moveIndex += 1
self.moveCnt = 0
if self.state == 0:
# ボディ部の移動
self.x -= self.speed * self.dx
self.foregroundLegX += self.speed * self.dx
self.backgroundLegX += self.speed * self.dx
if (self.dx == 1 and self.foregroundLegX >= 0) or \
(self.dx == -1 and self.foregroundLegX <= 0):
self.nextState()
elif self.state == 1:
# 奥側の脚を縮める
nextFlag = 0
for i in range(4):
if self.backgroundLegYArray[i] > 0:
self.backgroundLegYArray[i] -= 1
else:
nextFlag |= (1 << i)
# 4ビット全部が立ったら
if nextFlag == 15:
self.nextState()
elif self.state == 2:
# 奥側の脚を進める
self.backgroundLegX -= self.speed * self.dx
if (self.dx == 1 and self.backgroundLegX <= -6 * 8) or \
(self.dx == -1 and self.backgroundLegX >= 6 * 8):
self.nextState()
elif self.state == 3:
# 奥側の脚を伸ばす
nextFlag = 0
for i in range(4):
x = self.x + self.backgroundLegX + self.legXOffsetArray[i] + 8
if i in (0, 1):
y = self.y - 32 - self.backgroundLegYArray[i] - 1
else:
y = self.y + 64 + self.backgroundLegYArray[i]
if gcommon.isMapFreePos(x, y):
self.backgroundLegYArray[i] += 1
else:
nextFlag |= (1 << i)
# 4ビット全部が立ったら
if nextFlag == 15:
self.nextState()
elif self.state == 4:
# ボディ部の移動
self.x -= self.speed * self.dx
self.foregroundLegX += self.speed * self.dx
self.backgroundLegX += self.speed * self.dx
if (self.dx == 1 and self.backgroundLegX >= 0) or \
(self.dx == -1 and self.backgroundLegX <= 0):
self.nextState()
elif self.state == 5:
# 手前の脚を上げる
nextFlag = 0
for i in range(4):
if self.foregroundLegYArray[i] > 0:
self.foregroundLegYArray[i] -= 1
else:
nextFlag |= (1 << i)
# 4ビット全部が立ったら
if nextFlag == 15:
self.nextState()
# for i in range(4):
# self.foregroundLegYArray[i] -= 1
# if self.foregroundLegYArray[i] == 0:
# self.nextState()
elif self.state == 6:
# 手前の脚を進める
self.foregroundLegX -= self.speed * self.dx
if (self.dx == 1 and self.foregroundLegX <= -6 * 8) or \
(self.dx == -1 and self.foregroundLegX >= 6 * 8):
self.nextState()
elif self.state == 7:
# 手前の脚を下げる
nextFlag = 0
for i in range(4):
x = self.x + self.foregroundLegX + self.legXOffsetArray[i] + 8
if i in (0, 1):
y = self.y - 32 - self.foregroundLegYArray[i] - 1
else:
y = self.y + 64 + self.foregroundLegYArray[i]
if gcommon.isMapFreePos(x, y):
self.foregroundLegYArray[i] += 1
else:
nextFlag |= (1 << i)
# 4ビット全部が立ったら
if nextFlag == 15:
self.setState(0)
# for i in range(4):
# self.foregroundLegYArray[i] += 1
# if self.foregroundLegYArray[i] == 5 * 8:
# self.setState(0)
# コリジョン更新
rects = []
rects.append(gcommon.Rect.create(5, 2, 79 - 5, 31 - 2))
# バー
rects.append(
gcommon.Rect.createWH(self.backgroundLegX - 16, -8, 112, 8))
rects.append(
gcommon.Rect.createWH(self.backgroundLegX - 16, +32, 112, 8))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX - 16, -8, 112, 8))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX - 16, +32, 112, 8))
# シリンダー
rects.append(
gcommon.Rect.createWH(self.backgroundLegX - 16 + 4,
-32 - self.backgroundLegYArray[0], 8,
self.backgroundLegYArray[0] + 24))
rects.append(
gcommon.Rect.createWH(self.backgroundLegX + 80 + 4,
-32 - self.backgroundLegYArray[1], 8,
self.backgroundLegYArray[1] + 24))
rects.append(
gcommon.Rect.createWH(self.backgroundLegX - 16 + 4, 40, 8,
self.backgroundLegYArray[2] + 24))
rects.append(
gcommon.Rect.createWH(self.backgroundLegX + 80 + 4, 40, 8,
self.backgroundLegYArray[3] + 24))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX - 16 + 4,
-32 - self.foregroundLegYArray[0], 8,
self.foregroundLegYArray[0] + 24))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX + 80 + 4,
-32 - self.foregroundLegYArray[1], 8,
self.foregroundLegYArray[1] + 24))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX - 16 + 4, 40, 8,
self.foregroundLegYArray[2] + 24))
rects.append(
gcommon.Rect.createWH(self.foregroundLegX + 80 + 4, 40, 8,
self.foregroundLegYArray[3] + 24))
self.collisionRects = rects
if self.x < -160:
self.remove()