import random

state = {

"titCount": 10,

"breedCooldown": 0,

"bfEnergy": 100,

"bfPrey": 0,

"rsEnergy": 100,

"rsPrey": 0

}

def try_eat(energy, prey, species):

if energy < 30 and prey > 0:

    prey -= 1

    energy = min(energy + 50, 200)

    print(f"🍗 {species} 吃掉一只储备的北长尾山雀，体力 +50（当前体力：{energy}，剩余储备：{prey}）")

return energy, prey

def hunt(titCount, energy, prey, species):

if energy < 10:

    print(f"😴 {species} 太累了，无法捕猎。")

    return titCount, energy, prey, False

hunt_result = random.choice(\[1,1,1,1,1,1,2,2,2,2\])

if hunt_result == 1:

    if energy < 20:

        print(f"⚡ {species} 体力不足，捕猎失败。")

        energy = max(0, energy - 10)

        return titCount, energy, prey, False

    if titCount > 0:

        titCount -= 1

        prey += 1

        energy = max(0, energy - 20)

        print(f"🦅 {species} 捕猎成功！北长尾山雀 -1，猎物 +1，体力 -20（当前体力：{energy}）")

        return titCount, energy, prey, True

    else:

        print(f"❌ 已经没有北长尾山雀可捕了，{species} 捕猎失败。")

        return titCount, energy, prey, False

else:

    energy = max(0, energy - 10)

    fail_reason = random.choice(\[1, 2\])

    if fail_reason == 1:

        print(f"🐾 {species} 扑了个空……（当前体力：{energy}）")

    else:

        print(f"💖 {species} 被北长尾山雀萌到了，没忍心捕猎！（当前体力：{energy}）")

    return titCount, energy, prey, False

def try_breed(state):

if state\["titCount"\] < 3 and state\["breedCooldown"\] == 0:

    increase = random.randint(2, 5)

    state\["titCount"\] += increase

    state\["breedCooldown"\] = 3

    print(f"🐣 北长尾山雀开始繁殖！数量增加了 {increase} 只（当前总数：{state\['titCount'\]}）")

def handle_conflict(state):

if state\["titCount"\] == 1 and state\["bfEnergy"\] >= 10 and state\["rsEnergy"\] >= 10:

    print("⚔️ 黑足猫和锈斑豹猫同时盯上同一只北长尾山雀，发生争斗！")

    state\["bfEnergy"\] = max(0, state\["bfEnergy"\] - 15)

    state\["rsEnergy"\] = max(0, state\["rsEnergy"\] - 15)

    state\["titCount"\] -= 1

    print(f"💥 山雀趁机逃跑，双方各消耗15体力。山雀数量 -1（剩余：{state\['titCount'\]}）")

    return True

return False

def simulate_round(state):

# 繁殖

try_breed(state)

if state\["breedCooldown"\] > 0:

    state\["breedCooldown"\] -= 1

# 随机顺序

order = \["bf", "rs"\]

if random.random() < 0.5:

    order = \["rs", "bf"\]

print(f"\\n🎲 行动顺序：{'黑足猫' if order\[0\]=='bf' else '锈斑豹猫'} 先，{'黑足猫' if order\[1\]=='bf' else '锈斑豹猫'} 后")

# 进食

state\["bfEnergy"\], state\["bfPrey"\] = try_eat(state\["bfEnergy"\], state\["bfPrey"\], "黑足猫")

state\["rsEnergy"\], state\["rsPrey"\] = try_eat(state\["rsEnergy"\], state\["rsPrey"\], "锈斑豹猫")

# 冲突检查

if handle_conflict(state):

    return

# 第一个捕食者

if order\[0\] == "bf":

    state\["titCount"\], state\["bfEnergy"\], state\["bfPrey"\], \_ = hunt(state\["titCount"\], state\["bfEnergy"\], state\["bfPrey"\], "黑足猫")

else:

    state\["titCount"\], state\["rsEnergy"\], state\["rsPrey"\], \_ = hunt(state\["titCount"\], state\["rsEnergy"\], state\["rsPrey"\], "锈斑豹猫")

if state\["titCount"\] <= 0:

    print("⚠️ 北长尾山雀已暂时消失，第二个捕食者无法捕猎。")

    return

# 第二个捕食者

if order\[1\] == "bf":

    state\["titCount"\], state\["bfEnergy"\], state\["bfPrey"\], \_ = hunt(state\["titCount"\], state\["bfEnergy"\], state\["bfPrey"\], "黑足猫")

else:

    state\["titCount"\], state\["rsEnergy"\], state\["rsPrey"\], \_ = hunt(state\["titCount"\], state\["rsEnergy"\], state\["rsPrey"\], "锈斑豹猫")

print("=== 初始状态 ===", state)

for i in range(1, 21):

print(f"\\n========== 第 {i} 回合 ==========")

simulate_round(state)

if state\["titCount"\] <= 0:

    print("⚠️ 北长尾山雀已经灭绝，模拟结束。")

    break

if state\["bfEnergy"\] <= 0 and state\["rsEnergy"\] <= 0:

    print("⚠️ 所有捕食者都饿死了，模拟结束。")

    break

print("\n=== 最终状态 ===", state)