def _main(self): def launch(pos, drawParam, num, baseSpeed): drawParam.dst = pos.makeRect( drawParam.dst.w, drawParam.dst.h, True) NWay.launchLinearCircle( pos, self.angle, num, int(drawParam.dst.w/4), drawParam, baseSpeed) drawParam = Auxs.createBulletRedDrawParam( self.pos, Std.Vector2DF(16, 16)) launch(self.pos, drawParam, self.regulation.circleBulletNum, self.regulation.circleBulletSpeed) rand = Ctrl.getRandom() drawParam = Auxs.createBulletRedDrawParam( self.pos, Std.Vector2DF(16, 8)) for _ in range(int(self.regulation.randomBulletLaunchFrameNum)): for _ in range(int(self.regulation.randomBulletLaunchNum)): posVariance = Std.Vector2DF( rand.getFloat(*self.regulation.randomBulletPosVariance), rand.getFloat(*self.regulation.randomBulletPosVariance)) pos = self.pos + posVariance launch(pos, drawParam, 1, self.regulation.randomBulletSpeed) yield
def _launch(self): for i in range(int(self.regulation.launchSetNum)): wait = createWait(self.regulation.setInterval) while wait(): yield for _ in range(int(self.regulation.launchRepeat(i))): pos = self.core.locator.position + Std.Vector2DF(0, 110) targetAngle = pos.getAngle( Ctrl.Actor.myShip.position) drawParam = Auxs.createBulletRedDrawParam( pos, Std.Vector2DF(24, 24*0.3)) NWay.launchLinear( pos, targetAngle, self.regulation.outerAngleInterval, self.regulation.outerWayNum, int(drawParam.dst.h), drawParam, self.regulation.outerSpeed) NWay.launchLinear( pos, targetAngle, self.regulation.innerAngleInterval, self.regulation.innerWayNum, int(drawParam.dst.h), drawParam, self.regulation.innerSpeed) launchWait = createWait(self.regulation.launchInterval) while launchWait(): yield wait = createWait(self.regulation.endWait) while wait(): yield
def _task(self):
def getLaunchPos():
pos = self.position
return Std.Vector2DF(pos.x, pos.y + self.SIZE.y / 3)
validAreaRect = Std.Hit.RectI(
0, 0, Std.Consts.ScreenSize.x - Std.Consts.StgInfAreaSize.x, Std.Consts.ScreenSize.y, False
)
while True:
wait = createWait(Regulation.waitFrameNum)
while wait():
yield
drawParam = Auxs.createBulletRedDrawParam(getLaunchPos(), Std.Vector2DF(10, 10))
angle = self.position.getAngle(Ctrl.Actor.myShip.position)
interval = Regulation.interval
num = Regulation.wayNum
radius = int(drawParam.dst.w / 2)
for _ in range(Regulation.launchNum):
pos = getLaunchPos()
NWay.launchLinear(pos, angle, interval, num, radius, drawParam)
launchInterval = createWait(Regulation.launchInterval)
while launchInterval():
yield
if not validAreaRect.isHit(self.hitRect):
break
def _main(self): wait = createWait(self.regulation.firstWait) while wait():yield self.shooting = True for _ in range(int(self.regulation.launchRepeat)): pos = self._getPos() targetAngle = pos.getAngle( Ctrl.Actor.myShip.position) drawParam = Auxs.createBulletRedDrawParam( pos, Std.Vector2DF(24, 24*0.3)) NWay.launchLinear( pos, targetAngle, self.regulation.angleInterval, self.regulation.wayNum, int(drawParam.dst.h), drawParam, self.regulation.speed) launchInterval = createWait(self.regulation.launchInterval) while launchInterval(): yield self.shooting = False
def task(self, bit):
rotSpeed = 15
if not self.clockwise:
rotSpeed *= -1
rotSum = 0
while abs(rotSum) < 360:
bit.angle += rotSpeed
rotSum += rotSpeed
yield
bit.circling.circling = True
bit.circling.circlingAngle = 15
wait = createWait(self.regulation.aimingFrameNum)
rand = Ctrl.getRandom()
angleError = rand.getFloat(*self.regulation.angleError)
while wait():
targetAngle = bit.locator.position.getAngle(Ctrl.Actor.myShip.position) + angleError
bit.circling.targetAngle = targetAngle
yield
bit.circling.circling = False
bit.circling.circlingAngle = bit.CIRCLING_ANGLE
if self.clockwise:
crossLaunchAngle = bit.angle - 90
else:
crossLaunchAngle = bit.angle + 90
cross = _TracingCross(self.core.resource, bit.nozzlePos, crossLaunchAngle, self.rank, self.clockwise)
Ctrl.Actor.registerBullet(cross)
drawParam = Auxs.createBulletRedDrawParam(bit.nozzlePos, Std.Vector2DF(16, 8))
for i in range(int(self.regulation.launchRepeat)):
NWay.launchLinear(
bit.nozzlePos,
bit.angle,
self.regulation.angleInterval,
self.regulation.wayNum,
int(drawParam.dst.w / 2),
drawParam,
self.regulation.speed(i),
self.regulation.accel(i),
)
wait = createWait(self.regulation.launchInterval)
while wait():
yield
wait = createWait(self.regulation.endWait)
while wait():
yield
def __init__(self, pos, speed, accel, regulation): super().__init__(pos, self.SIZE.x / 4) self.regulation = regulation self.locator = Std.Locator.TraceF(self.regulation.bulletCirclingAngle) self.locator.tracing = True self.locator.targetPosition = Ctrl.Actor.myShip.position self.locator.position = pos self.locator.speed = speed self.locator.accel = accel self.drawParam = Auxs.createBulletRedDrawParam( pos, self.SIZE)
def launch(): for _ in range(int(self.regulation.launchRepeat)): drawParam = Auxs.createBulletRedDrawParam( bit.nozzlePos, Std.Vector2DF(16, 8)) NWay.launchLinear( bit.nozzlePos, bit.circling.angle, self.regulation.angleInterval, self.regulation.wayNum, int(drawParam.dst.w/2), drawParam, self.regulation.speed) launchWait = createWait(self.regulation.launchRepeatInterval) while launchWait(): yield
def launch(): rand = Ctrl.getRandom() while True: drawParam = Auxs.createBulletRedDrawParam( bit.nozzlePos, Std.Vector2DF(16, 8)) NWay.launchLinear( bit.nozzlePos, bit.circling.angle, self.regulation.angleInterval, self.regulation.wayNum, int(drawParam.dst.w/2), drawParam, self.regulation.speed) launchWait = createWait( rand.getFloat(*self.regulation.launchInterval)) while launchWait(): yield