def update(self): dirX = Ctrl.getController().direction.x if dirX > 0 and not self.core.moveForbidFlag: self.rollAmount += self.ROLL_SPEED elif dirX < 0 and not self.core.moveForbidFlag: self.rollAmount -= self.ROLL_SPEED else: if self.rollAmount < 0: self.rollAmount += self.ROLL_SPEED if self.rollAmount > 0: self.rollAmount = 0 elif self.rollAmount > 0: self.rollAmount -= self.ROLL_SPEED if self.rollAmount < 0: self.rollAmount = 0 self._setDrawParam() if not self.hitMarkerAnimation.playing: self.hitMarkerAnimation.play() else: self.hitMarkerAnimation.update() updateDst(self.hitMarkerAnimation, self.core.position, self.HIT_MARKER_SIZE) if not self.backFireAnimation.playing: self.backFireAnimation.play() else: self.backFireAnimation.update() updateDst(self.backFireAnimation, self.backFirePos, self.BACK_FIRE_SIZE)
def update(self):
self.damagedEffectCount = 0
if self.enabled:
for drawParam in self.damagedDrawParamList:
drawParam.dst = self.core.position.makeRect(self.SIZE, True)
drawParam.color.a -= self.DAMAGED_EFFECT_ALPHA_FALLOFF * self._getEffectRate()
self.damagedDrawParamList = [drawParam for drawParam in self.damagedDrawParamList if drawParam.color.a > 0]
self.hitCircle.center = self.core.position
if self.generated:
def createDamagedEffect(obj):
angle = self.core.position.getAngle(obj.position)
self._createDamagedDrawParam(angle)
damage = Auxs.affectMyShotsByPA(
self.hitCircle,
self.FORCE_TO_MYSHOT * self._getEffectRate(),
self.DAMAGE_TO_MYSHOT * self._getEffectRate(),
self.LINEAR_ATTENUATION,
self.QUADRATIC_ATTENUATION,
createDamagedEffect,
)
self.amount -= damage * self._getEffectRate()
Auxs.applyExRadialForceToMyShip(
self.hitCircle,
self.FORCE_TO_MYSHIP * self._getEffectRate(),
self.LINEAR_ATTENUATION,
self.QUADRATIC_ATTENUATION,
)
myShip = Ctrl.Actor.myShip
if myShip.isHit(self.hitCircle):
createDamagedEffect(myShip)
else:
damage = Auxs.getMyShotsForcibleDamageForPA(self.hitCircle)
self.amount -= damage * self._getEffectRate()
if self.generated and self.amount <= 0:
self.generated = False
self.vanishedAnimation.play()
self.core.destructBullets()
self.amount += self.SUPPLY
if self.amount > self.CAPACITY:
self.amount = self.CAPACITY
if not self.generated and (self.amount >= self.GENERATE_THRESHOLD or self.amount >= self.CAPACITY):
self.generated = True
self.generatedAnimation.play()
self.se_generate.play()
if self.generatedAnimation.playing:
self.generatedAnimation.update()
updateDst(self.generatedAnimation, self.core.position, self.SIZE)
if self.vanishedAnimation.playing:
self.vanishedAnimation.update()
updateDst(self.vanishedAnimation, self.core.position, self.SIZE)
def update(self): self.baseDrawParam.dst = self.core.locator.position.makeRect( self.BASE_SIZE, True) if self.faceNumber == 0: self.baseDrawParam.texture = self.core.resource.st1_YunoBase elif self.faceNumber == 1: self.baseDrawParam.texture = self.core.resource.st1_YunoBase_1 elif self.faceNumber == 2: self.baseDrawParam.texture = self.core.resource.st1_YunoBase_2 elif self.faceNumber == 3: self.baseDrawParam.texture = self.core.resource.st1_YunoBase_3 elif self.faceNumber == 4: self.baseDrawParam.texture = self.core.resource.st1_YunoBase_4 elif self.faceNumber == 5: self.baseDrawParam.texture = self.core.resource.st1_YunoBase_5 else: self.baseDrawParam.texture = self.core.resource.st1_YunoBase updateDst(self.rotorAnimation, self.core.locator.position, self.BASE_SIZE) if not self.rotorAnimation.playing: self.rotorAnimation.play() self.rotorAnimation.update() self.smokeRepCounter.update() def createSmoke(left): rand = Ctrl.getRandom() for _ in range(self.smokeRepCounter.repeatCount): pos = self.getVariantVector( self.core.locator.position, Std.Vector2DF(6, 24)) if left: pos.x += 150 - 76/2 else: pos.x -= 150 - 76/2 pos.y += 40 baseSize = Std.Vector2DF(48, 48) sizeRate = rand.getFloat(-0.5, 0.5) correctedSize = baseSize + baseSize*sizeRate smoke = Auxs.createSmoke( pos, correctedSize, 1, Ctrl.DrawPriority.enemy2, 0.2) smoke.locator.speed.y = 2 if self.sideL_valid: self.sideLDrawParam.dst = self.core.locator.position.makeRect( self.BASE_SIZE, True) elif self.core.hp > 0: createSmoke(True) if self.sideR_valid: self.sideRDrawParam.dst = self.core.locator.position.makeRect( self.BASE_SIZE, True) elif self.core.hp > 0: createSmoke(False)
def onUpdate(self): self.locator.update() inValidArea = self.isHitRect(self.VALID_AREA) if self.prevValidArea and not inValidArea: self.createBlast() self.prevValidArea = inValidArea if not self.animation.playing: self.animation.play() self.animation.update() updateDst(self.animation, self.position, self.SIZE)
def update(self): self.shipDrawParam.dst = self.ship.position.makeRect(self.ship.SHIP_SIZE, True) self.hitMarkDrawParam.dst = self.ship.position.makeRect(self.HIT_MARK_SIZE, True) self.barrierDrawParam.dst = self.ship.position.makeRect(self.BARRIER_SIZE, True) if self.ship.barrierCount > 20: self.barrierDrawParam.color = Std.ColorF() else: self.barrierDrawParam.color = Std.ColorF(1, 1, 1, self.ship.barrierCount * 1/20) if self.spBeginAnimation.playing: self.spBeginAnimation.update() updateDst(self.spBeginAnimation, self.ship.position, self.SPBEGIN_ANIME_SIZE) if self.spFinishAnimation.playing: self.spFinishAnimation.update() updateDst(self.spFinishAnimation, self.ship.position, self.SPFINISH_ANIME_SIZE) if self.spFinishingAnimation.playing: self.spFinishingAnimation.update() updateDst(self.spFinishingAnimation, self.ship.position, self.SPFINISHING_ANIME_SIZE) if self.spGaugeAnimation.playing: self.spGaugeAnimation.update() updateDst(self.spGaugeAnimation, self.ship.position, self.SPGAUGE_ANIME_SIZE)
def onUpdate(self): self.locator.update() if self.frameCounnt <= 0: drawParam = self.animation.frameHolder.drawParameter if drawParam.color.a > 0: self.baseDamage = 0 drawParam.color.a -= 0.1 self.animation.frameHolder.drawParameter = drawParam else: self.valid = False else: self.frameCounnt -= 1 if not self.animation.playing: self.animation.play() self.animation.update() updateDst(self.animation, self.position, self.SIZE)
def onUpdate(self): if self.appearLocator.position.y <= Std.Consts.ScreenSize.y: if self.appearAnimation.playing: self.appearAnimation.update() self.appearLocator.speed.y = self.stageSetRef().scrollSpeed self.appearLocator.update() updateDst(self.appearAnimation, self.appearLocator.position, Std.Vector2DF(440, 332), False) if self.warningAnimation.playing: self.warningAnimation.update() self.scrolledEnemyList = [enemy for enemy in self.scrolledEnemyList if enemy.valid] for enemy in self.scrolledEnemyList: enemy.speed = self.stageSetRef().scrollSpeed if self.eventCoroutine.alive: self.eventCoroutine.resume() else: self.end = True
def update(self): if self.spBeginAnimation.playing: self.spBeginAnimation.update() updateDst(self.spBeginAnimation, self.core.position, self.SPBEGIN_SIZE) if self.spFinishAnimation.playing: self.spFinishAnimation.update() updateDst(self.spFinishAnimation, self.core.position, self.SPFINISH_SIZE) if self.spFinishingAnimation.playing: self.spFinishingAnimation.update() updateDst(self.spFinishingAnimation, self.core.position, self.SPFINISHING_SIZE) if self.spGaugeAnimation.playing: self.spGaugeAnimation.update() updateDst(self.spGaugeAnimation, self.core.position, self.SPGAUGE_SIZE)
def update(self): self.lockingList = [[en, dam] for en, dam in self.lockingList if en.valid] self.lockedList = [en for en in self.lockedList if en.valid] self.lockBeginAnimationList = [(en, an) for en, an in self.lockBeginAnimationList if an.playing] for en, an in self.lockBeginAnimationList: an.update() updateDst(an, en.position, self.LOCK_BEGIN_ANIMATION_SIZE) invalidEnemyIdList = [] for en, an in self.lockMarkerAnimationDict.values(): if not en.valid: invalidEnemyIdList.append(en.objectId) else: if not an.playing: an.play() an.update() updateDst(an, en.position, self.LOCK_MARKER_SIZE) for enemyId in invalidEnemyIdList: self.lockMarkerAnimationDict.pop(enemyId) if not self.core.slow: self.reset()
