def fire_100(self, child):
time = child.timer
speed = 250*MEASURE_UNIT
delta_time = 5
for i in range(16):
temp_list = []
dt = i*delta_time
for j in range(20):
b = barrage.Barrage(child, ['texturedball', '3'])
b.speed = speed
b.position[0] = child.position[0] + cos(math.pi/2 + math.pi*i/15)*200
b.position[1] = child.position[1] + sin(math.pi/2 + math.pi*i/15)*200
b.correct_start_position = False
b.velocity = vector.objVector(speed, 0)
b.velocity.angle = j*(360/16)
temp_list.append(b)
for j in range(20):
b = barrage.Barrage(child, ['texturedball', '4'])
b.speed = speed
b.velocity = vector.objVector(speed, 0)
b.position[0] = child.position[0] + cos(math.pi/2 - math.pi*i/15)*200
b.position[1] = child.position[1] + sin(math.pi/2 - math.pi*i/15)*200
b.correct_start_position = False
b.velocity.angle = j*(360/16)
temp_list.append(b)
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[time + dt] = child.fire_pattern_temp[time + dt] + temp_list
def defualt_danmaku_pattern_004(child,
barrage_type=['texturedball', '6'],
count1=5,
count2=18,
delta_time=10,
speed=250 * MEASURE_UNIT):
'''circular scattering
'''
time = child.timer
for i in range(count1):
dt = i * delta_time
temp_list = []
for j in range(count2):
b = barrage.Barrage(child, barrage_type)
b.speed = speed
b.aim = True
b.setup_angle = j * (360 / count2)
temp_list.append(b)
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[
time + dt] = child.fire_pattern_temp[time + dt] + temp_list
def fire_003_00(self, child): # 三条通常狙：滚球
time = child.timer
barrage_type = ['midball', '2']
count1 = 3
count2 = 3
delta_time = 0
angle = 30
speed = 200*MEASURE_UNIT
delta_speed = 25*MEASURE_UNIT
for i in range(count1):
for j in range(count2):
dt = j*delta_time
b = barrage.Barrage(child, barrage_type)
b.aim = False
b.velocity = vector.objVector(child.parent.player.position - b.parent.position)
b.velocity.norm = speed + j*delta_speed
if count1%2 != 0:
mid = int(count1/2)
b.velocity.angle += angle*(i - mid)
else:
mid = count1/2 + 0.5
b.velocity.angle += angle*(i - mid)
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[time + dt].append(b)
def fire_akui(self, barrage_type, direction=1):
time = self.timer
anchor_position = vector.objVector(-100, 0)
anchor_cnt = 15
b_cnt1 = 10
b_cnt2 = 5
b_speed1 = 100 * MEASURE_UNIT
b_speed2 = 150 * MEASURE_UNIT
dt = 1
da = 180 / anchor_cnt
for i in range(anchor_cnt):
angle = (da * i + 90) * direction
total_dt = i * dt
anchor_position.angle = angle
temp_list = []
for j in range(b_cnt1):
b = barrage.Barrage(self, barrage_type)
b.position = anchor_position + self.position
b.velocity = vector.objVector(b_speed1, 0)
b.velocity.angle = (360 / b_cnt1) * j - 90 + da * i
b.correct_start_position = False
temp_list.append(b)
for k in range(b_cnt2):
b = barrage.Barrage(self, barrage_type)
b.position = anchor_position + self.position
b.velocity = vector.objVector(b_speed2, 0)
b.velocity.angle = (180 / b_cnt2) * j - 90 + da * i
b.correct_start_position = False
temp_list.append(b)
try:
self.fire_pattern_temp[time +
total_dt] = self.fire_pattern_temp[
time + total_dt] + temp_list
except:
self.fire_pattern_temp[time + total_dt] = []
self.fire_pattern_temp[time +
total_dt] = self.fire_pattern_temp[
time + total_dt] + temp_list
def defualt_danmaku_pattern_002(child,
barrage_type=['square', '1'],
count=5,
delta_time=5,
speed=250 * MEASURE_UNIT):
time = child.timer
for i in range(count):
dt = i * delta_time
b = barrage.Barrage(child, barrage_type)
b.aim = True
b.speed = speed
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[time + dt].append(b)
def defualt_danmaku_pattern_001(child,
barrage_type=['diamond', '4'],
count=5,
delta_time=5,
speed=250 * MEASURE_UNIT):
time = child.timer
for i in range(count):
dt = i * delta_time
b = barrage.Barrage(child, barrage_type)
b.velocity = vector.objVector(child.parent.player.position -
b.parent.position)
b.velocity.norm = speed
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[time + dt].append(b)
def fire_006(self, child, direction=1):
time = child.timer
barrage_type = ['dart', '2']
count = 20
delta_t = 3
delta_a = 2
speed = 150*MEASURE_UNIT
for i in range(count):
aim = child.parent.player.position - child.position
b = barrage.Barrage(child, barrage_type)
b.velocity = vector.objVector(speed, 0)
b.velocity.angle = aim.angle + random.randint(0, 60) - 30
try:
child.fire_pattern_temp[time+ delta_t*i].append(b)
except:
child.fire_pattern_temp[time+ delta_t*i] = []
child.fire_pattern_temp[time+ delta_t*i].append(b)
def fire_005(self, child, direction=1):
time = child.timer
barrage_type = ['barrier', '4']
count = 5
delta_t = 3
delta_a = 2
speed = 200*MEASURE_UNIT
for i in range(count):
b = barrage.Barrage(child, barrage_type)
aim = child.parent.player.position - b.parent.position
b.velocity = vector.objVector(speed, 0)
b.velocity.angle = delta_a*i*direction + aim.angle
try:
child.fire_pattern_temp[time+ delta_t*i].append(b)
except:
child.fire_pattern_temp[time+ delta_t*i] = []
child.fire_pattern_temp[time+ delta_t*i].append(b)
def fire_tornado(self,
barrage_type,
anchor_point_cnt=3,
anchor_point_da=15):
time = self.timer
anchor_point_dt = 5
anchor_point_dd = 3
d_from_boss = 120
b_cnt1 = 2
b_cnt2 = 2
b_speed = 140 * MEASURE_UNIT
b_ds = 15 * MEASURE_UNIT
for anchor in range(anchor_point_cnt):
anchor_position = vector.objVector(d_from_boss, 0)
anchor_position.angle = anchor * (360 / anchor_point_cnt)
total_dt = 0
for k in range(int(d_from_boss / anchor_point_dd)):
total_dt += anchor_point_dt
anchor_position.norm -= anchor_point_dd
anchor_position.angle += anchor_point_da
anchor_n_position = anchor_position.copy()
anchor_n_position.norm -= anchor_point_dd
anchor_n_position.angle += anchor_point_da
dp = anchor_position - anchor_n_position
anchor_r_position = anchor_position + self.position
for i in range(b_cnt1):
for j in range(b_cnt2):
b = barrage.Barrage(self, barrage_type)
b.correct_start_position = False
b.position = anchor_r_position
b.velocity = vector.objVector(
b_speed + b_ds * i * (j + 1), 0)
b.velocity.angle = dp.angle + 20 * j
try:
self.fire_pattern_temp[time + total_dt].append(b)
except:
self.fire_pattern_temp[time + total_dt] = []
self.fire_pattern_temp[time + total_dt].append(b)
def custum_fire(self, child): # 早苗🌟弹
time = child.timer
distance = 6
radius = 100 # 半径
#start
sx = child.position[0]
sy = child.position[1] - radius
sangle = pi / 5 / 2 + pi / 2
delta_time = 0
sst = 0
while sst <= 4:
i = 0
while True:
delta_time += 0.5
sx += cos(sangle) * distance
sy += sin(sangle) * distance
if (sx - child.position[0])**2 + (
sy - child.position[1])**2 > radius * radius:
sst += 1
sangle -= (pi - pi / 5)
break
for j in range(5):
new = barrage.Barrage(child, ['ball', str(j + 1)])
new.position = vector.objVector(sx, sy)
new.correct_start_position = False
new.phase_list = [self.custom_fire_update]
new.custom_messages = {
"start_angle": math.degrees(pi - 2 * pi / 5 * j),
"base_angle": math.degrees(sangle - pi + pi / 20 * i),
"delay": int(delta_time)
}
try:
child.fire_pattern_temp[time +
int(delta_time)].append(new)
except:
child.fire_pattern_temp[time + int(delta_time)] = []
child.fire_pattern_temp[time +
int(delta_time)].append(new)
i += 1
def defualt_danmaku_pattern_006(child,
end_point=vector.objVector(0, 0),
barrage_type=['laser', '1']):
time = child.timer
distance = end_point - child.position
angle = distance.angle
center = distance / 2
b = barrage.Barrage(child, barrage_type)
b.position = child.position + center
b.phase_list = [barrage.Barrage.motion_laser]
b.correct_start_position = False
b.height = int(distance.norm)
child.fire_group.add(b)
try:
child.fire_pattern_temp[time].append(b)
except:
child.fire_pattern_temp[time] = []
child.fire_pattern_temp[time].append(b)
def defualt_danmaku_pattern_005(child,
barrage_type=['diamond', '1'],
count=50,
angle=90,
delta_time=4,
speed=250 * MEASURE_UNIT,
ds=-2 * MEASURE_UNIT):
'''circular scattering
'''
time = child.timer
for i in range(count):
dt = i * delta_time
b = barrage.Barrage(child, barrage_type)
b.speed = speed + ds * i
b.velocity = vector.objVector(0, b.speed)
b.setup_angle = random.randrange(int(-1 * angle / 2), angle / 2)
try:
child.fire_pattern_temp[time + dt].append(b)
except:
child.fire_pattern_temp[time + dt] = []
child.fire_pattern_temp[time + dt].append(b)
def fire_004(self, child):
time = child.timer
barrage_type = ['midball', '1']
count1 = 2
count2 = 4
delta_time = 0
speed = 200*MEASURE_UNIT
delta_speed = 25*MEASURE_UNIT
for i in range(count1):
if i:
angle = 170
else:
angle = -170
for j in range(count2):
b = barrage.Barrage(child, barrage_type)
b.velocity = vector.objVector(speed + delta_speed*j, 0)
b.velocity.angle = angle
try:
child.fire_pattern_temp[time+1].append(b)
except:
child.fire_pattern_temp[time+1] = []
child.fire_pattern_temp[time+1].append(b)