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可拓宠物互动训练系统

项目结构

extenics-pet-system/

├── main.py # 主程序入口

├── pain_points.py # 痛点引入模块

├── pet_analyzer.py # 宠物分析模块

├── interaction_transformer.py # 可拓互动变换模块

├── training_planner.py # 训练计划生成模块

├── activity_generator.py # 活动生成模块

├── tracking_system.py # 追踪系统模块

├── knowledge_cards.md # 核心知识点卡片

└── README.md # 使用说明文档

主程序 (main.py)

"""

可拓宠物互动训练系统

基于可拓创新思维，设计训练+玩耍的宠物互动方案

增进宠物与主人的感情，实现科学养宠

作者：可拓创新思维课程

版本：1.0

"""

import time

from datetime import datetime

from pain_points import display_pet_pain_points

from pet_analyzer import PetAnalyzer

from interaction_transformer import PetInteractionTransformer

from training_planner import TrainingPlanner

from activity_generator import ActivityGenerator

from tracking_system import PetTrackingSystem

def display_core_logic():

"""显示核心逻辑讲解"""

print("\n" + "="*80)

print("🧠 核心逻辑：可拓宠物互动四步法")

print("="*80)

print("\n📊 第一步：物元建模 - 宠物特征分析")

print(" 用(宠物, 品种, 特征, 行为)描述宠物状态")

print(" 例：金毛 = (犬种, 大型, 温顺, 喜欢玩球)")

print("\n🌳 第二步：发散树分析 - 互动可能性探索")

print(" 训练方法：正向激励 → 点击训练 → 游戏训练 → 模仿学习")

print(" 玩耍方式：室内游戏 → 户外活动 → 益智玩具 → 社交互动")

print("\n✨ 第三步：可拓变换 - 互动方式创新")

print(" • 时间变换：固定时间 → 碎片时间互动")

print(" • 空间变换：室内训练 → 户外拓展")

print(" • 内容变换：枯燥训练 → 游戏化学习")

print(" • 关系变换：主从关系 → 伙伴关系")

print("\n⭐ 第四步：优度评价 - 方案选择优化")

print(" • 可行性：适合宠物品种和年龄吗？")

print(" • 有效性：能增进感情吗？")

print(" • 安全性：对宠物安全吗？")

print(" • 趣味性：宠物和主人都喜欢吗？")

def collect_pet_info():

"""收集宠物信息"""

print("\n" + "="*80)

print("🐾 请填写您的宠物信息")

print("="*80)

pet_info = {}

# 基本信息

print("\n📋 基本信息：")

pet_info['name'] = input("宠物名字: ")

pet_info['species'] = input("宠物种类（狗/猫/其他）: ").lower()

pet_info['breed'] = input("宠物品种: ")

pet_info['age'] = int(input("宠物年龄（月）: "))

# 根据年龄分类

if pet_info['age'] <= 12:

pet_info['age_group'] = '幼年'

elif pet_info['age'] <= 84: # 7岁

pet_info['age_group'] = '成年'

else:

pet_info['age_group'] = '老年'

# 性格特征

print("\n🎭 性格特征评估（1-5分，5分最明显）：")

traits = ['活泼度', '温顺度', '聪明度', '独立性', '好奇心', '胆量']

pet_info['traits'] = {}

for trait in traits:

while True:

try:

score = int(input(f" {trait} (1-5): "))

if 1 <= score <= 5:

pet_info['traits'][trait] = score

break

else:

print("请输入1-5之间的数字")

except:

print("请输入数字")

# 当前行为问题

print("\n⚠️ 当前行为问题（可多选，输入编号，用逗号分隔）：")

print("1. 乱叫/乱叫")

print("2. 拆家/破坏")

print("3. 随地大小便")

print("4. 挑食/食欲问题")

print("5. 分离焦虑")

print("6. 攻击性行为")

print("7. 胆小怕人")

print("8. 无问题，只想增进感情")

problems_input = input("请选择问题编号: ")

problems_map = {

"1": "乱叫乱叫", "2": "拆家破坏", "3": "随地大小便",

"4": "挑食问题", "5": "分离焦虑", "6": "攻击性",

"7": "胆小怕人", "8": "无问题"

}

problems = []

for num in problems_input.split(','):

num = num.strip()

if num in problems_map:

problems.append(problems_map[num])

pet_info['problems'] = problems if problems else ["无问题"]

# 主人可用时间

print("\n⏰ 您的可用互动时间：")

pet_info['daily_time'] = int(input("每天可用于互动的时间（分钟）: "))

pet_info['weekend_time'] = int(input("周末可用于互动的时间（分钟）: "))

return pet_info

def main():

"""主函数"""

# 显示痛点引入

display_pet_pain_points()

input("\n按Enter键开始为您的宠物制定专属互动计划...")

# 显示核心逻辑

display_core_logic()

# 收集宠物信息

pet_info = collect_pet_info()

# 分析宠物特征

print("\n" + "🔍"*20)

print("正在分析宠物特征...")

print("🔍"*20)

analyzer = PetAnalyzer(pet_info)

pet_analysis = analyzer.analyze_pet()

# 显示分析结果

print("\n📊 宠物特征分析结果：")

print("-"*40)

print(f"\n🐾 基本信息：")

print(f" 名字：{pet_info['name']}")

print(f" 种类：{pet_info['species']}")

print(f" 品种：{pet_info['breed']}")

print(f" 年龄：{pet_info['age']}个月（{pet_info['age_group']}）")

print(f"\n🎭 性格特征：")

traits = pet_info['traits']

for trait, score in traits.items():

stars = "⭐" * score

print(f" {trait}：{stars}")

if 'problems' in pet_info and pet_info['problems'] != ["无问题"]:

print(f"\n⚠️ 需要改善的行为：{', '.join(pet_info['problems'])}")

# 生成可拓互动策略

print("\n" + "✨"*20)

print("生成可拓互动策略...")

print("✨"*20)

transformer = PetInteractionTransformer(pet_analysis, pet_info)

transformations = transformer.generate_transformations()

print("\n🎯 为您推荐的可拓互动策略：")

for i, trans in enumerate(transformations[:5], 1):

print(f"\n {i}. 【{trans['type']}】{trans['name']}")

print(f" 📝 {trans['description']}")

for method in trans['methods'][:2]:

print(f" → {method}")

# 生成训练计划

print("\n" + "📅"*20)

print("生成30天互动提升计划...")

print("📅"*20)

planner = TrainingPlanner(pet_analysis, transformations, pet_info)

monthly_plan = planner.generate_30day_plan()

# 显示计划概览

print("\n" + "="*80)

print(f"🎯 {pet_info['name']}的30天互动提升计划")

print("="*80)

# 总体目标

print(f"\n📈 总体目标：")

print(f" 🎯 主要目标：{monthly_plan['main_goal']}")

print(f" ⏰ 每日互动：{pet_info['daily_time']}分钟")

print(f" 📅 计划周期：30天")

# 每周计划

print(f"\n📅 每周计划安排：")

for week, week_plan in monthly_plan['weekly_plans'].items():

print(f"\n {week_plan['name']}（{week_plan['period']}）")

print(f" 🎯 本周目标：{week_plan['goal']}")

print(f" 🎪 重点训练：{week_plan['focus']}")

for activity in week_plan['key_activities'][:3]:

print(f" • {activity}")

# 生成日常活动方案

print("\n" + "⚡"*20)

print("日常互动活动方案")

print("⚡"*20)

generator = ActivityGenerator(pet_analysis, transformations, pet_info)

daily_activities = generator.generate_daily_schedule()

print(f"\n🌅 早晨活动（{daily_activities['morning']['duration']}分钟）：")

for activity in daily_activities['morning']['activities'][:2]:

print(f" • {activity}")

print(f"\n🌇 晚间活动（{daily_activities['evening']['duration']}分钟）：")

for activity in daily_activities['evening']['activities'][:2]:

print(f" • {activity}")

print(f"\n🌃 周末特别活动（{daily_activities['weekend']['duration']}分钟）：")

for activity in daily_activities['weekend']['activities'][:2]:

print(f" • {activity}")

# 生成游戏库

print("\n" + "🎮"*20)

print("互动游戏库")

print("🎮"*20)

games = generator.generate_games_library()

print(f"\n🧠 益智类游戏：")

for game in games['puzzle'][:3]:

print(f" • {game}")

print(f"\n⚽ 运动类游戏：")

for game in games['sports'][:3]:

print(f" • {game}")

print(f"\n❤️ 情感交流游戏：")

for game in games['bonding'][:3]:

print(f" • {game}")

# 建立追踪系统

print("\n" + "📊"*20)

print("互动追踪系统")

print("📊"*20)

tracker = PetTrackingSystem()

tracking_system = tracker.setup_tracking_system(pet_info['name'])

print("\n🎯 30天里程碑：")

for milestone, description in tracking_system['milestones'].items():

print(f" {milestone}: {description}")

print("\n📈 追踪指标：")

for metric, methods in tracking_system['metrics'].items():

if methods:

print(f" {metric}: {', '.join(methods[:2])}")

# 显示总结

display_summary(pet_info['name'])

# 保存计划

save_option = input(f"\n是否保存{pet_info['name']}的互动计划？(y/n): ")

if save_option.lower() == 'y':

save_plan(pet_info, pet_analysis, monthly_plan, daily_activities, games)

print("\n" + "🎉"*30)

print(f"计划生成完成！立即开始与{pet_info['name']}的互动之旅！")

print("30天后，您们的关系将更加亲密！")

print("🎉"*30)

def display_summary(pet_name):

"""显示总结"""

print("\n" + "="*80)

print(f"🌟 与{pet_name}成功互动的关键要素")

print("="*80)

print("\n🎯 核心原则：")

principles = [

"1. 耐心温柔：宠物需要时间学习和适应",

"2. 正向激励：用奖励而不是惩罚",

"3. 一致性：固定的指令和规则",

"4. 适量适度：每次训练时间不宜过长",

"5. 寓教于乐：在玩耍中学习和训练"

]

for principle in principles:

print(f" {principle}")

print("\n⚡ 立即行动：")

actions = [

"今天就开始第一个互动游戏",

"准备宠物喜欢的零食作为奖励",

"设置每天固定的互动时间",

"记录宠物的进步和反应",

"每天都要有拥抱和爱抚的时间"

]

for action in actions:

print(f" ✓ {action}")

print("\n💡 温馨提示：")

tips = [

"• 每只宠物都是独特的，尊重它的个性",

"• 训练要有耐心，进步需要时间",

"• 注意观察宠物的情绪和状态",

"• 安全第一，避免危险的游戏",

"• 享受与宠物相处的每一刻"

]

for tip in tips:

print(f" {tip}")

def save_plan(pet_info, pet_analysis, monthly_plan, daily_activities, games):

"""保存计划到文件"""

filename = f"{pet_info['name']}_互动计划_{datetime.now().strftime('%Y%m%d_%H%M')}.md"

with open(filename, 'w', encoding='utf-8') as f:

f.write(f"# 🐾 {pet_info['name']}的30天互动提升计划\n\n")

f.write(f"> 生成时间：{datetime.now().strftime('%Y年%m月%d日 %H:%M')}\n\n")

f.write("## 📋 宠物基本信息\n")

f.write(f"- 名字：{pet_info['name']}\n")

f.write(f"- 种类：{pet_info['species']}\n")

f.write(f"- 品种：{pet_info['breed']}\n")

f.write(f"- 年龄：{pet_info['age']}个月（{pet_info['age_group']}）\n")

f.write(f"- 行为问题：{', '.join(pet_info['problems'])}\n")

f.write(f"- 每日互动时间：{pet_info['daily_time']}分钟\n\n")

f.write("## 📊 宠物性格分析\n")

traits = pet_info['traits']

for trait, score in traits.items():

stars = "⭐" * score

f.write(f"- {trait}：{stars}\n")

f.write("\n## 🎯 30天互动计划\n")

f.write(f"**主要目标**：{monthly_plan['main_goal']}\n\n")

f.write("### 📅 每周计划\n")

for week, week_plan in monthly_plan['weekly_plans'].items():

f.write(f"\n#### {week_plan['name']}（{week_plan['period']}）\n")

f.write(f"- **本周目标**：{week_plan['goal']}\n")

f.write(f"- **训练重点**：{week_plan['focus']}\n")

f.write("- **主要活动**：\n")

for activity in week_plan['key_activities']:

f.write(f" - {activity}\n")

f.write("\n## ⏰ 日常活动安排\n")

for time_slot, schedule in daily_activities.items():

f.write(f"\n### {time_slot.title()}（{schedule['duration']}分钟）\n")

for activity in schedule['activities']:

f.write(f"- {activity}\n")

f.write("\n## 🎮 互动游戏库\n")

for category, game_list in games.items():

f.write(f"\n### {category}游戏\n")

for game in game_list:

f.write(f"- {game}\n")

f.write("\n## 💡 成功建议\n")

f.write("1. 每天坚持互动，形成习惯\n")

f.write("2. 及时奖励正确行为\n")

f.write("3. 记录宠物的进步和变化\n")

f.write("4. 根据宠物反应调整互动方式\n")

f.write("5. 享受与宠物相处的每一刻\n")

print(f"✅ 计划已保存到：{filename}")

if __name__ == "__main__":

main()

痛点引入模块 (pain_points.py)

"""

痛点引入模块

直击宠物互动痛点

"""

def display_pet_pain_points():

"""显示宠物互动痛点"""

print("="*80)

print("🐾 宠物主人们，您是不是也遇到了这些问题？")

print("="*80)

print("\n🔥 痛点一：宠物不听话，训练没效果")

print(" • 教了很多遍，宠物还是听不懂指令")

print(" • 训练时配合，一结束就恢复原样")

print(" • 不知道如何正确奖励和纠正")

print("\n🔥 痛点二：缺乏互动，关系疏远")

print(" • 每天只是喂食铲屎，缺乏深度互动")

print(" • 宠物对主人不够亲密，不粘人")

print(" • 不知道怎么增进与宠物的感情")

print("\n🔥 痛点三：宠物行为问题多多")

print(" • 乱叫乱咬，拆家破坏")

print(" • 分离焦虑，主人一走就叫不停")

print(" • 胆小怕人，社会化不足")

print("\n🔥 痛点四：没有系统的互动计划")

print(" • 今天玩这个，明天玩那个，没有计划")

print(" • 不知道什么游戏适合自家宠物")

print(" • 互动时间不固定，时有时无")

print("\n🔥 痛点五：缺乏科学方法")

print(" • 用打骂方式"教育"宠物")

print(" • 不知道正向激励的重要性")

print(" • 不了解宠物的行为心理学")

print("\n🔥 痛点六：工作忙，没时间")

print(" • 每天加班，回家只想休息")

print(" • 周末也想躺着，没精力陪宠物玩")

print(" • 觉得互动很累，是负担不是乐趣")

print("\n" + "="*80)

print("💡 解决方案：可拓宠物互动系统")

print(" • 科学分析宠物性格和行为")

print(" • 制定个性化互动训练计划")

print(" • 游戏化互动，增进感情")

print(" • 30天系统计划，见证改变")

print("="*80)

宠物分析模块 (pet_analyzer.py)

"""

宠物分析模块

分析宠物特征和行为

"""

class PetAnalyzer:

"""宠物分析器"""

def __init__(self, pet_info):

self.pet_info = pet_info

self.analysis_result = {}

def analyze_pet(self):

"""分析宠物特征"""

species = self.pet_info['species']

breed = self.pet_info['breed']

age_group = self.pet_info['age_group']

traits = self.pet_info['traits']

problems = self.pet_info['problems']

# 基础分析

self.analysis_result = {

'basic_info': {

'species': species,

'breed': breed,

'age_group': age_group,

'name': self.pet_info['name']

},

'personality_type': self._analyze_personality(traits),

'training_priority': self._analyze_training_priority(problems, traits),

'interaction_style': self._analyze_interaction_style(traits),

'energy_level': self._calculate_energy_level(traits),

'sociability': self._calculate_sociability(traits)

}

# 品种特征补充

breed_features = self._get_breed_features(breed, species)

self.analysis_result['breed_features'] = breed_features

return self.analysis_result

def _analyze_personality(self, traits):

"""分析性格类型"""

active_score = traits.get('活泼度', 3)

gentle_score = traits.get('温顺度', 3)

smart_score = traits.get('聪明度', 3)

independent_score = traits.get('独立性', 3)

if active_score >= 4 and smart_score >= 4:

return "活泼聪明型"

elif active_score >= 4 and gentle_score >= 4:

return "活泼温顺型"

elif gentle_score >= 4 and smart_score >= 4:

return "温顺聪明型"

elif independent_score >= 4 and active_score <= 2:

return "独立安静型"

elif active_score <= 2 and gentle_score >= 4:

return "安静温顺型"

else:

return "均衡型"

def _analyze_training_priority(self, problems, traits):

"""分析训练优先级"""

priorities = []

if "乱叫乱叫" in problems:

priorities.append("安静训练")

if "拆家破坏" in problems:

priorities.append("物品边界训练")

if "随地大小便" in problems:

priorities.append("如厕训练")

if "分离焦虑" in problems:

priorities.append("独立训练")

if "攻击性" in problems:

priorities.append("社会化训练")

if "胆小怕人" in problems:

priorities.append("脱敏训练")

# 根据年龄添加优先级

age_group = self.pet_info['age_group']

if age_group == '幼年':

priorities.append("社会化训练")

priorities.append("基础服从训练")

elif age_group == '成年':

priorities.append("技能提升训练")

elif age_group == '老年':

priorities.append("适应性训练")

# 如果没有问题，专注于互动游戏

if not priorities or "无问题" in problems:

priorities = ["基础服从", "互动游戏", "情感交流"]

return priorities[:3] # 取前3个优先级

def _analyze_interaction_style(self, traits):

"""分析适合的互动风格"""

active_score = traits.get('活泼度', 3)

smart_score = traits.get('聪明度', 3)

curiosity_score = traits.get('好奇心', 3)

if active_score >= 4 and smart_score >= 4:

return "高能量高智能型：需要大量运动和脑力活动"

elif active_score >= 4 and smart_score <= 3:

return "高能量型：需要大量运动，简单游戏"

elif active_score <= 3 and smart_score >= 4:

return "高智能型：需要脑力挑战，适量运动"

elif curiosity_score >= 4:

return "探索型：喜欢新游戏和新环境"

else:

return "温和型：喜欢温和稳定的互动"

def _calculate_energy_level(self, traits):

"""计算能量等级"""

active_score = traits.get('活泼度', 3)

energy_map = {

1: "低能量：每天30分钟轻度活动",

2: "中低能量：每天45分钟适度活动",

3: "中等能量：每天60分钟适度活动",

4: "中高能量：每天90分钟活跃活动",

5: "高能量：每天120分钟以上高强度活动"

}

return energy_map.get(active_score, "中等能量")

def _calculate_sociability(self, traits):

"""计算社交性"""

gentle_score = traits.get('温顺度', 3)

brave_score = traits.get('胆量', 3)

if gentle_score >= 4 and brave_score >= 4:

return "高度社交：喜欢与人和其他动物互动"

elif gentle_score >= 4 and brave_score <= 2:

return "温和但胆小：需要慢慢建立信任"

elif gentle_score <= 2 and brave_score >= 4:

return "胆大但有距离感：需要建立尊重"

else:

return "适度社交：需要正确引导"

def _get_breed_features(self, breed, species):

"""获取品种特征"""

breed_features = {}

if species == '狗':

breed_info = {

'金毛': {'size': '大型', 'energy': '高', 'trainability': '高', 'temperament': '温顺友好'},

'拉布拉多': {'size': '大型', 'energy': '高', 'trainability': '高', 'temperament': '活泼友好'},

'柯基': {'size': '中小型', 'energy': '中高', 'trainability': '中高', 'temperament': '聪明活泼'},

'柴犬': {'size': '中型', 'energy': '中', 'trainability': '中', 'temperament': '独立有个性'},

'贵宾': {'size': '中小型', 'energy': '中高', 'trainability': '高', 'temperament': '聪明活泼'},

'哈士奇': {'size': '大型', 'energy': '极高', 'trainability': '中', 'temperament': '活泼好动'},

'边牧': {'size': '中型', 'energy': '极高', 'trainability': '极高', 'temperament': '聪明好动'}

}

breed_features = breed_info.get(breed, {'size': '未知', 'energy': '中等', 'trainability': '中等', 'temperament': '需要观察'})

elif species == '猫':

breed_info = {

'英短': {'size': '中型', 'energy': '中低', 'trainability': '中', 'temperament': '温顺安静'},

'美短': {'size': '中型', 'energy': '中高', 'trainability': '中高', 'temperament': '活泼友好'},

'布偶': {'size': '大型', 'energy': '中低', 'trainability': '中高', 'temperament': '温顺粘人'},

'暹罗': {'size': '中型', 'energy': '高', 'trainability': '高', 'temperament': '活泼话多'},

'中华田园猫': {'size': '中小型', 'energy': '中高', 'trainability': '中', 'temperament': '聪明独立'}

}

breed_features = breed_info.get(breed, {'size': '未知', 'energy': '中等', 'trainability': '中等', 'temperament': '需要观察'})

else:

breed_features = {'size': '未知', 'energy': '中等', 'trainability': '需观察', 'temperament': '需观察'}

return breed_features

def get_training_recommendations(self):

"""获取训练建议"""

recommendations = []

age_group = self.analysis_result['basic_info']['age_group']

personality = self.analysis_result['personality_type']

priorities = self.analysis_result['training_priority']

# 年龄相关建议

if age_group == '幼年':

recommendations.append("社会化关键期，多接触不同环境和人")

recommendations.append("每次训练5-10分钟，每天多次")

recommendations.append("使用正向激励，建立信任基础")

elif age_group == '成年':

recommendations.append("巩固基础训练，学习新技能")

recommendations.append("每次训练10-15分钟，保持兴趣")

recommendations.append("挑战智力游戏，防止无聊")

elif age_group == '老年':

recommendations.append("温和训练，注意关节健康")

recommendations.append("短时多次，避免疲劳")

recommendations.append("强化已学技能，保持大脑活跃")

# 性格相关建议

if "活泼" in personality:

recommendations.append("训练前适当运动释放能量")

recommendations.append("使用动态游戏式训练")

recommendations.append("保持训练趣味性，防止分心")

if "温顺" in personality:

recommendations.append("温柔引导，避免惊吓")

recommendations.append("建立牢固的信任关系")

recommendations.append("使用柔和的声音和动作")

if "聪明" in personality:

recommendations.append("提供智力挑战游戏")

recommendations.append("经常变换训练内容")

recommendations.append("训练复杂技能和指令")

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