def structureEnter(stageN):
global structure
object_structure.TESTINGGAME = TESTINGGAME
for i in lo.loadState.structData[stageN]:
l, d, x, y = i
st = object_structure.Box("box", l, d, x, y, 100, 100, "NPC", "box",
100)
st.collision = collider.Collision(st)
structure.append(st)
def enemyEnter(selectEnemy, countEnenmy):
global enemy, enemyList, MOVE_TIME
p = lo.loadState.enemy[selectEnemy]
#MOVE_TIME = delta_time.deltaTime()
object_enemy.MOVE_TIME = MOVE_TIME
object_enemy.TESTINGGAME = TESTINGGAME
for i in range(countEnenmy):
enemy = object_enemy.enemy(
p["name"],
p["x"] + 450 + (random.randint(100, 200) * random.randint(-1, 1)),
p["y"] + 450 + (random.randint(100, 200) * random.randint(-1, 1)),
p['rad'], p["rotateForce"], p['SpeedForce'], p["ai"], p["width"],
p['high'], p["attackDelay"])
enemy.collision = collider.Collision(enemy)
enemyList.append(enemy)
def playerEnter(selectPlayer):
global player, MOVE_TIME
p = lo.loadState.player[selectPlayer]
#MOVE_TIME = delta_time.deltaTime()
object_player.MOVE_TIME = MOVE_TIME
object_player.TESTINGGAME = TESTINGGAME
player = object_player.Player(selectPlayer, p["name"], p['x'], p['y'],
p['hp'], p['rad'], p['rotateSpeed'],
p['fowardSpeed'], p['backSpeed'], p['width'],
p['high'], p['weaponKind'], p["attackCool"])
player.collision = collider.Collision(player)
if notFirstGame:
setDB()
player.hp = playerCurHp
for i in range(player.weaponCount):
player.wp[i] = playerCurMagnize[i]
def enemyUpdate():
global player, enemy, test, MOVE_TIME, pp
for e in enemyList:
#print(e.state,e.blocked)
e.found = collider.isInRange(player, e, e.searchR, False)
#print(e.found)
if e.found:
e.attack = collider.isInRange(player, e, e.attackR, False)
if e.attack:
e.tx, e.ty, e.dist = collider.isInRange(
player, e, e.attackR, True)
e.state = 'attack'
else:
e.tx, e.ty, e.dist = collider.isInRange(
player, e, e.searchR, True)
e.state = 'found'
#e.collision.isCollider(player)
for ae in enemyList:
if e.count != ae.count:
if e.collision.isCollider(ae):
e.blocked = collider.isBlocked(ae, e)
dist = math.sqrt((ae.x - e.x)**2 + (ae.y - e.y)**2)
tx, ty, dist = collider.isInRange(ae, e, 0, True)
#print(math.asin(e.visualR/dist))
e.attackCool = MOVE_TIME
if e.state == 'attack':
e.attackIdle += e.attackCool
# enmey attack delay
if e.attackIdle >= e.attackDelay:
missiles = object_projectile.projectile(
e.name, "cannonball", e.x, e.y, e.rad, "enemy", 500,
20, 10, "box", 10, 10)
missiles.collision = collider.Collision(missiles)
projectile.append(missiles)
e.attackIdle = 0.0
# if lo.C_WIDTH-100 < e.x < 100 :
# e.x += -math.cos(e.rad)
# print("what?x")
# if lo.C_HIEGHT-100 < e.y < 100:
# e.y += -math.sin(e.rad)
# print("what?y")
# if lo.C_WIDTH < e.tx < 0
for s in structure:
if s.collision.vector[2][0] <= e.tx<= s.collision.vector[0][0] and\
s.collision.vector[2][1] <= e.ty<= s.collision.vector[0][1]:
e.tx = s.x + random.randint(-1, 1) * s.w
e.ty = s.y + random.randint(-1, 1) * s.h
#print(e.tx,e.ty)
if lo.C_WIDTH < e.x or e.x < 0:
e.x += -math.cos(e.rad)
if lo.C_HIEGHT - 50 < e.y or e.y < 0:
e.y += -math.sin(e.rad)
# if (-e.ai <= e.x - e.tx <= e.ai) or (-e.ai <= e.y - e.ty <= e.ai):
# e.collisionTime += MOVE_TIME
# if e.collisionTime > 3.0:
# print(e.count, "doesnt", e.x - e.tx, e.y - e.ty)
# e.tx += random.randint(-50, 50)
# e.ty += random.randint(-50, 50)
# else:
# e.collisionTime = 0.0
EnemyCheckOverlap()
e.update()
def playerUpdate():
global player, enemy, test, MOVE_TIME, projectile, playerSoundTime, playerAttackDelay, playerAttackGeneral, playerAttackUlti
player.update()
if player.barrel.reload:
p = lo.loadState.projectile[player.barrel.weapon]
#print(player.barrel.weapon,p["name"])
if player.barrel.attack:
#print("playerUpdate!!!!!!---------------------,",playerAttackDelay)
player.barrel.attack = False
if playerAttackDelay == 0.0:
playerAttackDelay += MOVE_TIME
if player.barrel.weapon in lo.loadState.attackKind[0]:
missiles = object_projectile.projectile(
player.name, p["name"], player.barrel.gpx,
player.barrel.gpy, player.barrel.rad, "player",
p["speed"], p["visualR"], p["damage"], p["colType"],
p['width'], p['high'])
lo.loadSound.playerSound[p["name"]][0].set_volume(6)
lo.loadSound.playerSound[p["name"]][0].repeat_play()
missiles.collision = collider.Collision(missiles)
playerAttackUlti = False
playerAttackGeneral = True
elif player.barrel.weapon in lo.loadState.attackKind[1]:
missiles = object_projectile.frameProjectile(
player.name, p["name"], player.barrel.gpx,
player.barrel.gpy, player.barrel.rad, "player",
p["speed"], p["visualR"], p["damage"], p["colType"],
p['width'], p['high'])
lo.loadSound.playerSound[p["name"]][0].set_volume(6)
lo.loadSound.playerSound[p["name"]][0].repeat_play()
missiles.collision = collider.Collision(missiles)
playerAttackUlti = True
playerAttackGeneral = False
projectile.append(missiles)
else:
if playerAttackGeneral:
playerAttackDelay += MOVE_TIME * 80
elif playerAttackUlti:
playerAttackDelay += MOVE_TIME * 30
if playerAttackDelay >= player.attackCool:
playerAttackDelay = 0.0
if lo.C_WIDTH < player.x or player.x < 0:
player.body.x += -math.cos(player.rad) * 20
print("x out!")
if lo.C_HIEGHT < player.y or player.y < 0:
player.body.y += -math.sin(player.rad) * 20
print("y out!")
if player.body.moved:
if playerSoundTime == 0.0:
lo.loadSound.playerSound["move"][1].set_volume(5)
lo.loadSound.playerSound["move"][1].play(1)
playerSoundTime += MOVE_TIME * 10
elif 0 < playerSoundTime <= 4.3:
playerSoundTime += MOVE_TIME
else:
playerSoundTime = 0.0
else:
lo.loadSound.playerSound["move"][1].stop()
playerSoundTime = 0.0