###镜心悟道 AI 易经智能大脑NLP-5E层类<认知与决策> 根元素 <T3D-ILDDMIA-case> 包含整个中医健康管理诊断报告的内容。完整实现{转换成“JXWDYY-AutoDev-Julia格式化”｝+{转换成“JXWDYY-AutoDev-DSL格式化”｝+{转换成“JXWDYY-AutoDev-lisp格式化”｝+{转换成“JXWDYY-AutoDev-‌XHTML‌格式化”｝+{转换成“JXWDYY-AutoDev-‌L‌DL格式化”｝｛转换成Cpp+Python编程语言+（

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镜心悟道 AI 易经智能大脑NLP-5E层类<认知与决策> 根元素 包含整个中医健康管理诊断报告的内容。完整实现{转换成“JXWDYY-AutoDev-Julia格式化”｝+{转换成“JXWDYY-AutoDev-DSL格式化”｝+{转换成“JXWDYY-AutoDev-lisp格式化”｝+{转换成“JXWDYY-AutoDev-‌XHTML‌格式化”｝+{转换成“JXWDYY-AutoDev-‌L‌DL格式化”｝｛转换成Cpp+Python编程语言+（Convert To JXWDYYAutoDevXML）数据集框架}#include <yaml-cpp/yaml.h> // 引入YAML解析库

为了实现一个完整的中医健康管理诊断报告系统，我们将使用C++和YAML-CPP库来解析YAML数据，并生成JXWDYY代码。我们将定义一个根元素 <T3D-ILDDMIA-case>，包含整个中医健康管理诊断报告的内容。以下是一个完整的实现示例：

1. 安装依赖

确保安装了YAML-CPP库。您可以使用包管理器（如apt、brew等）来安装它，或者从源码编译安装。

# 使用包管理器安装
sudo apt-get install libyaml-cpp-dev  # Debian/Ubuntu
brew install yaml-cpp                 # macOS

2. 定义系统层类

我们将定义一些基本的类来表示病例数据、脏腑健康信息等，并实现解析YAML数据和生成JXWDYY代码的功能。

#include <iostream>
#include <vector>
#include <string>
#include <sstream>
#include <map>
#include <memory>
#include <functional>
#include <yaml-cpp/yaml.h>

// 定义脏腑健康信息结构体
struct OrganHealth {
    std::string name;
    std::string position;
    std::string attribute;
    std::string function;
    std::string normalRange;
    std::string currentValue;
    std::string trend;
    std::string note;
};

// 定义药物成分结构体
struct Ingredient {
    std::string name;
    std::string dosage;
};

// 定义处方结构体
struct Prescription {
    std::string name;
    std::vector<Ingredient> ingredients;
};

// 定义病例数据结构体
struct CaseData {
    std::string title;
    std::map<std::string, OrganHealth> organHealth;
    std::string initialDiagnosis;
    std::vector<Prescription> treatmentPlan;
    std::string reflection;
    std::string patientName;
    std::string gender;
    std::string age;
    std::vector<std::string> symptoms;
};

// 解析YAML文件
CaseData parseYAML(const std::string& yamlContent) {
    YAML::Node config = YAML::Load(yamlContent);
    CaseData caseData;

    caseData.title = config["title"].as<std::string>();
    caseData.patientName = config["patientInfo"]["name"].as<std::string>();
    caseData.gender = config["patientInfo"]["gender"].as<std::string>();
    caseData.age = config["patientInfo"]["age"].as<std::string>();

    for (const auto& symptom : config["symptoms"]) {
        caseData.symptoms.push_back(symptom.as<std::string>());
    }

    for (const auto& organ : config["organHealth"]) {
        OrganHealth healthInfo;
        healthInfo.name = organ.first.as<std::string>();
        healthInfo.position = organ.second["position"].as<std::string>();
        healthInfo.attribute = organ.second["attribute"].as<std::string>();
        healthInfo.function = organ.second["function"].as<std::string>();
        healthInfo.normalRange = organ.second["normalRange"].as<std::string>();
        healthInfo.currentValue = organ.second["currentValue"].as<std::string>();
        healthInfo.trend = organ.second["trend"].as<std::string>();
        healthInfo.note = organ.second["note"].as<std::string>();

        caseData.organHealth[healthInfo.name] = healthInfo;
    }

    caseData.initialDiagnosis = config["initialDiagnosis"].as<std::string>();

    for (const auto& prescription : config["treatmentPlan"]) {
        Prescription presc;
        presc.name = prescription["name"].as<std::string>();

        for (const auto& ingredient : prescription["ingredients"]) {
            Ingredient ingr;
            ingr.name = ingredient["name"].as<std::string>();
            ingr.dosage = ingredient["dosage"].as<std::string>();
            presc.ingredients.push_back(ingr);
        }

        caseData.treatmentPlan.push_back(presc);
    }

    caseData.reflection = config["reflection"].as<std::string>();

    return caseData;
}

// 生成JXWDYY代码
std::string generateJXWDYYCode(const CaseData& caseData) {
    std::ostringstream oss;
    oss << "<JXWDAIYijingBrainBase version="1.0" encoding="UTF-8">n";
    oss << "    <case>n";
    oss << "        <title>" << caseData.title << "</title>n";
    oss << "        <inputLayer>n";
    oss << "            <patientInfo>n";
    oss << "                <name>" << caseData.patientName << "</name>n";
    oss << "                <gender>" << caseData.gender << "</gender>n";
    oss << "                <age>" << caseData.age << "</age>n";
    oss << "            </patientInfo>n";
    oss << "            <symptoms>n";

    for (const auto& symptom : caseData.symptoms) {
        oss << "                <symptom>" << symptom << "</symptom>n";
    }

    oss << "            </symptoms>n";
    oss << "            <initialDiagnosis>" << caseData.initialDiagnosis << "</initialDiagnosis>n";
    oss << "            <treatmentPlan>n";

    for (const auto& prescription : caseData.treatmentPlan) {
        oss << "                <prescription name="" << prescription.name << "">n";
        for (const auto& ingredient : prescription.ingredients) {
            oss << "                    <ingredient>" << ingredient.name << " " << ingredient.dosage << "</ingredient>n";
        }
        oss << "                </prescription>n";
    }

    oss << "            </treatmentPlan>n";
    oss << "            <reflection>" << caseData.reflection << "</reflection>n";
    oss << "            <organHealth>n";

    for (const auto& organ : caseData.organHealth) {
        const auto& healthInfo = organ.second;
        oss << "                <organ name="" << healthInfo.name << "" position="" << healthInfo.position
            << "" attribute="" << healthInfo.attribute << "" function="" << healthInfo.function
            << "" normalRange="" << healthInfo.normalRange << "" currentValue="" << healthInfo.currentValue
            << "" trend="" << healthInfo.trend << "" note="" << healthInfo.note << ""/>n";
    }

    oss << "            </organHealth>n";
    oss << "        </inputLayer>n";
    oss << "    </case>n";
    oss << "</JXWDAIYijingBrainBase>";

    return oss.str();
}
 #include <iostream> #include <vector> #include <string> #include <sstream> #include <map> #include <memory> #include <functional> #include <yaml-cpp/yaml.h> #include "MMAIICILM.h" // 假设MMAIICILM是一个头文件 #include "T3D_ILDDMIA_case_2024_11_6_AM9_00.h" // 假设这是一个头文件 #include "jxwdyyxml.h" // 假设这是一个头文件 #include "JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.h" // 假设这是一个头文件 #include "IntelligentAgentStoreManagementSystem.h" // 假设这是一个头文件 #include "PromptEngineering.h" // 假设这是一个头文件 // 示例函数：处理XML数据 std::string processXML(const std::string& xmlData) { rapidxml::xml_document<> doc; std::stringstream ss(xmlData); std::vector<char> buffer((std::istreambuf_iterator<char>(ss)), std::istreambuf_iterator<char>()); buffer.push_back('0'); doc.parse<0>(&buffer[0]); // 示例：提取XML中的某个节点值 rapidxml::xml_node<>* root = doc.first_node("jxwdyy"); if (root) { rapidxml::xml_node<>* titleNode = root->first_node("article")->first_node("title"); if (titleNode) { return titleNode->value(); } } return "No title found"; } // 定义一个简单的C++类 class MMAIICILM { public: std::string getName() const { return "MirrorMind Enlightenment AI I Ching Intelligent 'Brain' Large Model"; } }; PYBIND11_MODULE(MMAIICILM, m) { m.doc() = "C++ and Python integration module"; m.def("processXML", &processXML, "Process XML data"); py::class_<MMAIICILM>(m, "MMAIICILM") .def(py::init<>()) .def("getName", &MMAIICILM::getName); } #include <iostream> #include <vector> #include <string> #include <sstream> #include <map> #include <memory> #include <functional> #include <yaml-cpp/yaml.h> #include <pybind11/pybind11.h> #include <pybind11/stl.h> #include <rapidxml.hpp> namespace py = pybind11; // 示例函数：处理XML数据 std::string processXML(const std::string& xmlData) { rapidxml::xml_document<> doc; std::stringstream ss(xmlData); std::vector<char> buffer((std::istreambuf_iterator<char>(ss)), std::istreambuf_iterator<char>()); buffer.push_back('0'); doc.parse<0>(&buffer[0]); // 示例：提取XML中的某个节点值 rapidxml::xml_node<>* root = doc.first_node("jxwdyy"); if (root) { rapidxml::xml_node<>* titleNode = root->first_node("article")->first_node("title"); if (titleNode) { return titleNode->value(); } } return "No title found"; } // 定义一个简单的C++类 class MMAIICILM { public: std::string getName() const { return "MirrorMind Enlightenment AI I Ching Intelligent 'Brain' Large Model"; } }; PYBIND11_MODULE(MMAIICILM, m) { m.doc() = "C++ and Python integration module"; m.def("processXML", &processXML, "Process XML data"); py::class_<MMAIICILM>(m, "MMAIICILM") .def(py::init<>()) .def("getName", &MMAIICILM::getName); }
<jxwdyyxml>
   <system>
       <name>镜心悟道 AI 易经智能“大脑”</name><?xml version="1.0" encoding="UTF-8"?> <JXWDYY_AutoDev_XML> <SystemDescription> <SystemName>多参数综合诊断系统(MPIDS-CDSS)</SystemName> <SystemPurpose>整合多参数综合诊断系统模型与概念验证级别的大型语言模型，实现中医诊断、治疗规划和健康管理中的临床应用与智能决策。</SystemPurpose> </SystemDescription> <ModelDescription> <ModelName>PresRecST</ModelName> <ModelPurpose>用于中药处方推荐，整合中医药知识图谱，执行临床预测。</ModelPurpose> </ModelDescription> <SystemArchitecture> <Layer name="数据层"> <Description>存储医疗案例及相关数据的数据库</Description> </Layer> <Layer name="业务逻辑层"> <Description>处理业务逻辑的模块</Description> </Layer> <Layer name="接口层"> <Description>提供外部系统或用户接口的API</Description> </Layer> <Layer name="分析层"> <Description>进行日志管理和性能分析的工具</Description> </Layer> </SystemArchitecture> <ComponentDetails> <Component name="数据存储与检索组件"> <ClassName>JXWDAIYJKB_SA_FULL_MemorySystem</ClassName> <Symbol>☴（巽卦）</Symbol> <PhilosophicalLabel>一元一维一气机论记忆标注</PhilosophicalLabel> <BalanceTheory>体现了一种初始、基础的状态，与数据存储与检索的基础功能相吻合。</BalanceTheory> </Component> <Component name="智能体管理组件"> <ClassName>IntelligentAgentStoreManagementSystem</ClassName> <Inheritance>IntermediateMemorySystem</Inheritance> <Symbol>☶（艮卦），复合卦符号: ☶☳（山雷颐卦，艮上震下）</Symbol> <PhilosophicalLabel>二元二维阴阳无限循环论记忆标注</PhilosophicalLabel> <BalanceTheory>体现了阴阳交互、循环往复的思想，与智能体的持续管理、优化相呼应。</BalanceTheory> </Component> </ComponentDetails> </JXWDYY_AutoDev_XML>
<?xml version="1.0" encoding="UTF-8"?>
<JXWDYY-AutoDev>
    <SystemDescription>函数 JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system(易语代码): # 初始化内存系统和其他必要资源 初始化JXWDAIYJKB_SA_FULL_MemorySystem() # 数据预处理 预处理后的代码 = 数据预处理(易语代码) # 特征提取 特征集 = 特征提取(预处理后的代码) # 加载或训练NLP模型（根据系统配置和需求） 如果 模型已存在: 加载NLP模型() 否则: 训练NLP模型(特征集) 保存NLP模型() # 使用NLP模型进行推理或分析 推理结果 = 模型推理(特征集) # 对推理结果进行后处理，转换为易语编程语言的格式化输出 格式化后的易语代码 = 后处理(推理结果) # 返回格式化后的易语代码，并可能更新内存系统中的状态或数据 返回 格式化后的易语代码, 更新JXWDAIYJKB_SA_FULL_MemorySystem状态() # 辅助函数（这些函数需要根据实际系统实现具体细节） 函数 数据预处理(原始代码): # 进行分词、词性标注、去除停用词等预处理操作 ... 返回 预处理后的代码 函数 特征提取(预处理后的代码): # 从预处理后的代码中提取特征，如词袋模型、TF-IDF等 ... 返回 特征集 函数 训练NLP模型(特征集): # 使用特征集训练NLP模型 ... 函数 加载NLP模型(): # 从存储中加载预训练的NLP模型 ... 函数 模型推理(特征集): # 使用加载或训练的NLP模型对特征集进行推理或分析 ... 返回 推理结果 函数 后处理(推理结果): # 将推理结果转换为易语编程语言的格式化输出 ... 返回 格式化后的易语代码 函数 更新JXWDAIYJKB_SA_FULL_MemorySystem状态(): # 根据推理结果或其他需求更新内存系统的状态或数据 ...
        <Name>医疗智能决策系统</Name>
        <Summary>整合多参数综合诊断与中药处方推荐的系统，支持中医诊断、治疗规划和健康管理。</Summary>
    </SystemDescription>
    <Components>
        <Component>
            <Name>多参数综合诊断系统（MPIDS-CDSS）</Name>
            <Description>整合多参数综合诊断系统模型与概念验证级别的大型语言模型，实现中医诊断、治疗规划和健康管理中的临床应用与智能决策。</Description>
            <Layers>
                <Layer>
                    <Name>数据层</Name>
                    <Details>存储医疗案例及相关数据的数据库。</Details>
                </Layer>
                <Layer>
                    <Name>业务逻辑层</Name>
                    <Details>处理业务逻辑的模块。</Details>
                </Layer>
                <Layer>
                    <Name>接口层</Name>
                    <Details>提供外部系统或用户接口的API。</Details>
                </Layer>
                <Layer>
                    <Name>分析层</Name>
                    <Details>进行日志管理和性能分析的工具。</Details>
                </Layer>
            </Layers>
        </Component>
        <Component>
            <Name>PresRecST模型</Name>
            <Description>用于中药处方推荐，整合中医药知识图谱，执行临床预测。</Description>
        </Component>
    </Components>
</JXWDYY-AutoDev>
<jxwdyyxml><?xml version="1.0" encoding="UTF-8"?>
<MedicalSystem>
    <Agents>
        <Agent id="it_agent" name="IT Agent">
            <Instructions>You are an IT Expert with 10 Years of Experience.</Instructions>
        </Agent>
        <Agent id="sales_agent" name="Sales Agent">
            <Instructions>You are a Sales Expert with 5 Years of Experience and knows about best selling mobiles.</Instructions>
        </Agent>
        <Agent id="english_agent" name="English Agent">
            <Instructions>You only speak English.</Instructions>
            <Functions>
                <Function>transfer_to_sales_agent</Function>
                <Function>transfer_to_it_agent</Function>
            </Functions>
        </Agent>
    </Agents>
    <Messages>
        <Message role="user" content="How to install pandas lib?">
            <Response>IT Agent's response about installing pandas library.</Response>
        </Message>
        <Message role="user" content="What are the best selling items?">
            <Response>Sales Agent's response about best selling items.</Response>
        </Message>
    </Messages>
</MedicalSystem>

   <system>
       <module name="提示工程模型（Prompt Engineering）‌<?xml version="1.0" encoding="UTF-8"?>
<jxwdyy>
    <module name="提示工程模型（Prompt Engineering）">
        <description>
            这种方法通过改变大语言模型（LLM）本身来优化提示，以解决提示敏感性问题。
        </description>
        <submodule name="软提示（Soft-Prompt）">
            <description>
                通过改变大语言模型（LLM）本身来优化提示，以解决提示敏感性问题。
            </description>
        </submodule>
        <submodule name="自动生成提示（Automatic Prompts）">
            <description>
                使用搜索算法、强化学习或梯度下降等技术自动寻找或优化提示，以提高模型在特定任务上的表现。
            </description>
        </submodule>
        <submodule name="动态提示（Dynamic Prompt）">
            <description>
                构建具有相似上下文环境的动态提示，通过评估生成的报告来指导模型生成增强的响应。
            </description>
        </submodule>
        <submodule name="提示工程技术（Prompt Engineering）">
            <description>
                通过精心设计的模型输入来优化大型语言模型的性能，例如提供少量已解决的任务示例作为训练模型的输入，以及使用自动选择标签词和触发词的方法。
            </description>
        </submodule>
        <submodule name="少样本学习中的提示设计">
            <description>
                通过简化提示工程和轻量级更新来提高模型性能，例如AUTOPROMPT通过搜索离散标记代替手动设计的模式，Prompt Tuning (Short) 和 Prompt Tuning (Long) 分别通过保留掩码的LM固定和增加学习提示嵌入的数量来扩大学习容量。
            </description>
        </submodule>
        <submodule name="In-Context Learning (ICL)">
            <description>
                结合prompt增强和tuning-free prompting训练策略，需要一系列示例来启动预训练语言模型（PLMs），告诉其完成任务的方式。
            </description>
        </submodule>
    </module>
</jxwdyy>
">
           <description>
               包括Midjourney V6生成器、Prompt函数和Prompt类，用于设计和优化人机交互，提高交互质量和效率。
           </description>
           <components>
               <component name="Midjourney V6生成器">
                   <description>用于生成高质量的图像和文本输出。</description>
               </component>
               <component name="Prompt函数">
                   <description>用于定义和优化模型的输入提示。</description>
               </component>
               <component name="Prompt类">
                   <description>用于封装和管理提示工程的相关功能。</description>
               </component>
           </components>
       </module>
       <module name="多专家Prompt">
           <description>
               提升LLM群体决策智慧，通过模拟多位专家之间的协作决策过程，显著提升了LLM在输出可靠性、安全性和实用性上的表现。
           </description>
           <components>
               <component name="专家生成与回答模块">
                   <description>自动生成专家身份并独立回答问题。</description>
               </component>
               <component name="答案聚合模块">
                   <description>识别共识观点，发现分歧点，解决冲突，提取独特见解，整合各方观点，生成综合答案</description>
               </component>
           </components>
       </module>
   </system>
</jxwdyyxml>

<jxwdyyxml>
        <model>
            <name>MirrorMind Enlightenment AI I Ching Intelligent 'Brain' Large Model</name>
            <abbreviation>"MMAIICILM"

确保你已经安装了 `rapidxml` 库，并且你的项目配置正确。你可以使用以下命令编译和运行程序：

```sh
g++ -o main main.cpp -lrapidxml -lrapidxml_utils
./main

输出示例

运行上述代码后，你应该会看到类似以下的输出：

Title: 中医健康管理诊断报告 - 李聪甫医案 痉病
Patient Info: 陶某某, 女, 7岁
Symptoms: 发热数日; 忽然昏迷不醒; 目闭不开; 两手拘急厥冷; 牙关紧闭; 角弓反张; 二便秘涩; 脉伏不应指; 口噤; 舌不易察; 面色晦滞; 手压其腹则反张更甚，其腹必痛;
Initial Diagnosis: 痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。
Treatment Plan:
  Prescription: 大承气汤
    炒枳实 5g
    制厚朴 5g
    锦纹黄(泡) 10g
    玄明粉(泡) 10g
  Prescription: 复诊方
    杭白芍 10g
    炒山栀 5g
    淡黄芩 5g
    川黄连 3g
    炒枳实 5g
    牡丹皮 5g
    天花粉 7g
    锦纹黄(泡) 7g
    飞滑石 10g
    粉甘草 3g
Reflection: 患者症状表现为热盛于中的证征，采用急下存阴法治疗。
Organ Health:
  心脏: 左, 阳中之阳, 温煦、推动、流动, 7.2 ~ 8, N/A, N/A, 未记录
  小肠: 左, 阳火, 分清泌浊, 6.5 ~ 7.2, N/A, N/A, 未记录
  肝脏: 左, 阴中之阳, 主疏泄，具有升发的功能, 7.2 ~ 8, N/A, N/A, 未记录
  胆: 左, 阴木, 贮藏胆汁, 5.8 ~ 6.5, N/A, N/A, 未记录
  膀胱: 左, 阴水, 贮尿排尿, 5.8 ~ 6.5, N/A, ↓, 二便秘涩
  肾阴: 左, 阴中之阴, 主生长发育，藏精气, 6.5 ~ 7.2, N/A, ↓, 热盛于中，肾阴可能受损
  大肠: 右, 阴金, 传导糟粕, 6.5 ~ 7.2, N/A, N/A, 二便秘涩
  肺: 右, 阳中之阴, 喜凉润恶燥热，主肃降, 7.2 ~ 8, N/A, N/A, 未记录
  脾: 右, 阴中之至阴, 主运化水液，升清降浊, 7.2 ~ 8, N/A, N/A, 未记录
  胃: 右, 阳土, 受纳腐熟水谷, 5.8 ~ 6.5, N/A, ↑, 胃家实
  生殖: 右, 阴阳, 奇恒之腑，女子胞，精室, 5.8 ~ 6.5, N/A, N/A, 未记录
  肾阳: 右, 真阳, 三焦，命门，脑髓，生命之本, 8 ~ 10, N/A, N/A, 未记录

pybind11_wrapper.cpp

#include <pybind11/pybind11.h>
#include "MMAIICILM.h"
#include "DataStorage.h"
#include "IntelligentAgentStore.h"
#include "MemorySystem.h"
#include "VirtualSimulationAssistant.h"
#include "AdvancedAlgorithmAndWorkflowSystem.h"
#include "JXWDYY_PFS.h"
#include "UserInterfaceAndInteractionSystem.h"
#include "DataAnalysisAndVisualizationStore.h"
#include "NineNineToOneDialectic.h"
#include "AIMiddlePlatform.h"  // 替换为实际的头文件路径
#include "JXWDYYDataFlywheel.h"  // 替换为实际的头文件路径

namespace py = pybind11;

PYBIND11_MODULE(MMAIICILM, m) {
    m.doc() = "C++ and Python integration module";

    // Bind XMLParser class
    py::class_<XMLParser>(m, "XMLParser")
        .def(py::init<>())
        .def("extractTitle", &XMLParser::extractTitle)
        .def("extractSystemName", &XMLParser::extractSystemName)
        .def("extractSystemPurpose", &XMLParser::extractSystemPurpose);

    // Bind other classes similarly...
    py::class_<DataStorage>(m, "DataStorage")
        .def(py::init<>())
        .def("storeData", &DataStorage::storeData)
        .def("retrieveData", &DataStorage::retrieveData);

    py::class_<IntelligentAgentStore>(m, "IntelligentAgentStore")
        .def(py::init<>())
        .def("manageAgents", &IntelligentAgentStore::manageAgents)
        .def("getAgentBehavior", &IntelligentAgentStore::getAgentBehavior);

    py::class_<MemorySystem>(m, "MemorySystem")
        .def(py::init<>())
        .def("storeMemory", &MemorySystem::storeMemory)
        .def("retrieveMemory", &MemorySystem::retrieveMemory);

    py::class_<VirtualSimulationAssistant>(m, "VirtualSimulationAssistant")
        .def(py::init<>())
        .def("simulateEnvironment", &VirtualSimulationAssistant::simulateEnvironment);

    py::class_<AdvancedAlgorithmAndWorkflowSystem>(m, "AdvancedAlgorithmAndWorkflowSystem")
        .def(py::init<>())
        .def("processData", &AdvancedAlgorithmAndWorkflowSystem::processData);

    py::class_<JXWDYY_PFS>(m, "JXWDYY_PFS")
        .def(py::init<>())
        .def("processLanguage", &JXWDYY_PFS::processLanguage);

    py::class_<UserInterfaceAndInteractionSystem>(m, "UserInterfaceAndInteractionSystem")
        .def(py::init<>())
        .def("displayUI", &UserInterfaceAndInteractionSystem::displayUI);

    py::class_<DataAnalysisAndVisualizationStore>(m, "DataAnalysisAndVisualizationStore")
        .def(py::init<>())
        .def("analyzeData", &DataAnalysisAndVisualizationStore::analyzeData)
        .def("generateReport", &DataAnalysisAndVisualizationStore::generateReport);

    py::class_<NineNineToOneDialectic>(m, "NineNineToOneDialectic")
        .def(py::init<>())
        .def("findCoreProblem", &NineNineToOneDialectic::findCoreProblem);

    // Bind new classes
    py::class_<AIMiddlePlatform>(m, "AIMiddlePlatform")
        .def(py::init<>())
        .def("performTask", &AIMiddlePlatform::performTask);

    py::class_<JXWDYYDataFlywheel>(m, "JXWDYYDataFlywheel")
        .def(py::init<>())
        .def("startFlywheel", &JXWDYYDataFlywheel::startFlywheel);
}

2. 确保头文件存在

确保 AIMiddlePlatform.h 和 JXWDYYDataFlywheel.h 文件存在于项目的 include 目录中。例如：

project_root/
├── CMakeLists.txt
├── include/
│   ├── MMAIICILM.h
│   ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.h
│   ├── jxwdyyxml.h
│   ├── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.h
│   ├── IntelligentAgentStoreManagementSystem.h
│   ├── PromptEngineering.h
│   ├── AIMiddlePlatform.h
│   └── JXWDYYDataFlywheel.h
├── src/
│   ├── MMAIICILM.cpp
│   ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.cpp
│   ├── jxwdyyxml.cpp
│   └── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.cpp
├── main.py
└── pybind11_wrapper/
    ├── pybind11_wrapper.cpp
    └── setup.py

3. 编译和安装 C++ 模块

确保 setup.py 文件正确配置，以便编译和安装 C++ 模块。

setup.py

from setuptools import setup, Extension
import pybind11

ext_modules = [
    Extension(
        'MMAIICILM',
        ['pybind11_wrapper.cpp', 'src/MMAIICILM.cpp'],
        include_dirs=[pybind11.get_include(), 'include'],  # 添加 include 目录
        language='c++'
    ),
]

setup(
    name='MMAIICILM',
    version='0.0.1',
    ext_modules=ext_modules,
)

运行以下命令来编译和安装模块：

python setup.py build_ext --inplace

4. 运行和测试

确保所有文件和目录结构正确无误，然后运行 main.py 脚本。

main.py

import MMAIICILM

xml_data = """
<jxwdyy>
    <article>
        <title>中医健康管理诊断报告 - 李聪甫医案 痉病</title>
    </article>
    <JXWDYY_AutoDev_XML>
        <SystemDescription>
            <SystemName>多参数综合诊断系统(MPIDS-CDSS)</SystemName>
            <SystemPurpose>整合多参数综合诊断系统模型与概念验证级别的大型语言模型，实现中医诊断、治疗规划和健康管理中的临床应用与智能决策。</SystemPurpose>
        </SystemDescription>
    </JXWDYY_AutoDev_XML>
</jxwdyy>
"""

# 创建 XMLParser 对象
parser = MMAIICILM.XMLParser()

# 提取文章标题
title = parser.extractTitle(xml_data)
print(f"Title: {title}")

# 提取系统名称
system_name = parser.extractSystemName(xml_data)
print(f"System Name: {system_name}")

# 提取系统目的
system_purpose = parser.extractSystemPurpose(xml_data)
print(f"System Purpose: {system_purpose}")

# 创建其他对象并调用方法
data_storage = MMAIICILM.DataStorage()
data_storage.storeData("Patient data")
print(data_storage.retrieveData("Patient data"))

intelligent_agent_store = MMAIICILM.IntelligentAgentStore()
intelligent_agent_store.manageAgents()
print(intelligent_agent_store.getAgentBehavior())

memory_system = MMAIICILM.MemorySystem()
memory_system.storeMemory("Memory data")
print(memory_system.retrieveMemory("Memory data"))

virtual_simulation_assistant = MMAIICILM.VirtualSimulationAssistant()
virtual_simulation_assistant.simulateEnvironment()

advanced_algorithm_and_workflow_system = MMAIICILM.AdvancedAlgorithmAndWorkflowSystem()
print(advanced_algorithm_and_workflow_system.processData("Complex medical data"))

jxwdyy_pfs = MMAIICILM.JXWDYY_PFS()
print(jxwdyy_pfs.processLanguage("Natural language input"))

user_interface_and_interaction_system = MMAIICILM.UserInterfaceAndInteractionSystem()
user_interface_and_interaction_system.displayUI()

data_analysis_and_visualization_store = MMAIICILM.DataAnalysisAndVisualizationStore()
data_analysis_and_visualization_store.analyzeData("Medical data")
print(data_analysis_and_visualization_store.generateReport())

nine_nine_to_one_dialectic = MMAIICILM.NineNineToOneDialectic()
print(nine_nine_to_one_dialectic.findCoreProblem("Medical data"))

ai_middle_platform = MMAIICILM.AIMiddlePlatform()
ai_middle_platform.performTask()

jxwdyy_data_flywheel = MMAIICILM.JXWDYYDataFlywheel()
jxwdyy_data_flywheel.startFlywheel()

import MMAIICILM xml_data = """ <jxwdyy> <article> <title>Sample Title</title> </article> <JXWDYY_AutoDev_XML> <SystemDescription> <SystemName>Sample System Name</SystemName> <SystemPurpose>Sample System Purpose</SystemPurpose> </SystemDescription> </JXWDYY_AutoDev_XML> </jxwdyy> """ # 假设已经成功将 C++模块导入为 MMAIICILM parser = MMAIICILM.XMLParser() title = parser.extractTitle(xml_data) print(f"Title: {title}") system_name = parser.extractSystemName(xml_data) print(f"System Name: {system_name}") system_purpose = parser.extractSystemPurpose(xml_data) print(f"System Purpose: {system_purpose}")#include <pybind11/pybind11.h>
#include "MMAIICILM.h"
#include "DataStorage.h"
#include "IntelligentAgentStore.h"
#include "MemorySystem.h"
#include "VirtualSimulationAssistant.h"
#include "AdvancedAlgorithmAndWorkflowSystem.h"
#include "JXWDYY_PFS.h"
#include "UserInterfaceAndInteractionSystem.h"
#include "DataAnalysisAndVisualizationStore.h"
#include "NineNineToOneDialectic.h"
#include "AIMiddlePlatform.h"  // 替换为实际的头文件路径
#include "JXWDYYDataFlywheel.h"  // 替换为实际的头文件路径
"镜心悟道AI易经智能'大脑'大模型" "MirrorMind Enlightenment AI I Ching Intelligent 'Brain' Large Model" "MMAIICILM"<T3D-ILDDMIA-case/2024-11-6-AM9.00>project_root/ ├── CMakeLists.txt ├── include/ │ ├── MMAIICILM.h │ ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.h │ ├── jxwdyyxml.h │ ├── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.h │ └── IntelligentAgentStoreManagementSystem.h ├── src/ │ ├── MMAIICILM.cpp │ ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.cpp │ ├── jxwdyyxml.cpp │ └── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.cpp ├── main.py └── pybind11_wrapper/ ├── pybind11_wrapper.cpp └── setup.py Example of Integration in pybind11_wrapper.cpp #include <pybind11/pybind11.h> #include "MMAIICILM.h" #include "DataStorage.h" #include "IntelligentAgentStore.h" #include "MemorySystem.h" #include "VirtualSimulationAssistant.h" #include "AdvancedAlgorithmAndWorkflowSystem.h" #include "JXWDYY_PFS.h" #include "UserInterfaceAndInteractionSystem.h" #include "DataAnalysisAndVisualizationStore.h" #include "NineNineToOneDialectic.h" namespace py = pybind11; PYBIND11_MODULE(MMAIICILM, m) { m.doc() = "C++ and Python integration module"; // Bind DataStorage class py::class_<DataStorage>(m, "DataStorage") .def(py::init<>()) .def("storeData", &DataStorage::storeData) .def("retrieveData", &DataStorage::retrieveData); // Bind IntelligentAgentStore class py::class_<IntelligentAgentStore>(m, "IntelligentAgentStore") .def(py::init<>()) .def("manageAgents", &IntelligentAgentStore::manageAgents) .def("getAgentBehavior", &IntelligentAgentStore::getAgentBehavior); // Bind other classes similarly... // Bind MMAIICILM class py::class_<MMAIICILM>(m, "MMAIICILM") .def(py::init<>()) .def("getName", &MMAIICILM::getName); }MMAIICILM/ ├── CMakeLists.txt ├── include/ │ ├── MMAIICILM.h │ ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.h │ ├── jxwdyyxml.h │ ├── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.h │ └── IntelligentAgentStoreManagementSystem.h ├── src/ │ ├── MMAIICILM.cpp │ ├── T3D_ILDDMIA_case_2024_11_6_AM9_00.cpp │ ├── jxwdyyxml.cpp │ └── JXWDAIYJKB_SA_FULL_MemorySystem_jxwd_nlp_yy_pfs_system.cpp └── main.py#include "MMAIICILM.h" #include <pybind11/pybind11.h> #include <pybind11/stl.h> #include <sstream> #include <vector> #include <yaml-cpp/yaml.h> namespace py = pybind11; std::string processXML(const std::string& xmlData) { rapidxml::xml_document<> doc; std::stringstream ss(xmlData); std::vector<char> buffer((std::istreambuf_iterator<char>(ss)), std::istreambuf_iterator<char>()); buffer.push_back('0'); doc.parse<0>(&buffer[0]); rapidxml::xml_node<>* root = doc.first_node("jxwdyy"); if (root) { rapidxml::xml_node<>* titleNode = root->first_node("article")->first_node("title"); if (titleNode) { return titleNode->value(); } } return "No title found"; } std::string JAMV_YIBSA_Store::storeData(const std::string& patientInfo) { // 实现存储患者信息的逻辑 return "Data stored successfully"; } std::string JAMV_YIBSA_Store::retrieveData(const std::string& query) { // 实现检索患者信息的逻辑 return "Data retrieved successfully"; } void IntelligentAgentStore::manageAgents() { // 实现管理智能体的逻辑 } void MemorySystem::storeMemory(const std::string& data) { // 实现存储记忆的逻辑 } std::string MemorySystem::retrieveMemory(const std::string& query) { // 实现检索记忆的逻辑 return "Memory retrieved successfully"; } void VirtualSimulationAssistant::simulateEnvironment() { // 实现虚拟仿真环境的逻辑 } std::string AdvancedAlgorithmAndWorkflowSystem::processData(const std::string& data) { // 实现处理复杂医疗数据的逻辑 return "Data processed successfully"; } std::string JXWDYY_PFS::processLanguage(const std::string& input) { // 实现处理自然语言输入的逻辑 return "Processed language input"; } void UserInterfaceAndInteractionSystem::displayUI() { // 实现显示用户界面的逻辑 } void DataAnalysisAndVisualizationStore::analyzeData(const std::string& data) { // 实现数据分析的逻辑 } std::string DataAnalysisAndVisualizationStore::generateReport() { // 实现生成报告的逻辑 return "Report generated successfully"; } std::string NineNineToOneDialectic::findCoreProblem(const std::string& data) { // 实现综合分析找出核心问题的逻辑 return "Core problem identified"; } PYBIND11_MODULE(MMAIICILM, m) { m.doc() = "C++ and Python integration module"; m.def("processXML", &processXML, "Process XML data"); py::class_<JAMV_YIBSA_Store>(m, "JAMV_YIBSA_Store") .def(py::init<>()) .def("storeData", &JAMV_YIBSA_Store::storeData) .def("retrieveData", &JAMV_YIBSA_Store::retrieveData); py::class_<IntelligentAgentStore>(m, "IntelligentAgentStore") .def(py::init<>()) .def("manageAgents", &IntelligentAgentStore::manageAgents); py::class_<MemorySystem>(m, "MemorySystem") .def(py::init<>()) .def("storeMemory", &MemorySystem::storeMemory) .def("retrieveMemory", &MemorySystem::retrieveMemory); py::class_<VirtualSimulationAssistant>(m, "VirtualSimulationAssistant") .def(py::init<>()) .def("simulateEnvironment", &VirtualSimulationAssistant::simulateEnvironment); py::class_<AdvancedAlgorithmAndWorkflowSystem>(m, "AdvancedAlgorithmAndWorkflowSystem") .def(py::init<>()) .def("processData", &AdvancedAlgorithmAndWorkflowSystem::processData); py::class_<JXWDYY_PFS>(m, "JXWDYY_PFS") .def(py::init<>()) .def("processLanguage", &JXWDYY_PFS::processLanguage); py::class_<UserInterfaceAndInteractionSystem>(m, "UserInterfaceAndInteractionSystem") .def(py::init<>()) .def("displayUI", &UserInterfaceAndInteractionSystem::displayUI); py::class_<DataAnalysisAndVisualizationStore>(m, "DataAnalysisAndVisualizationStore") .def(py::init<>()) .def("analyzeData", &DataAnalysisAndVisualizationStore::analyzeData) .def("generateReport", &DataAnalysisAndVisualizationStore::generateReport); py::class_<NineNineToOneDialectic>(m, "NineNineToOneDialectic") .def(py::init<>()) .def("findCoreProblem", &NineNineToOneDialectic::findCoreProblem); }
#### C++ 数据结构

```cpp
#include <iostream>
#include <string>
#include <vector>
#include <fstream>

struct PatientInfo {
    std::string name;
    std::string gender;
    int age;
    std::string contact;
};

struct BackgroundInfo {
    std::string birth_date;
    std::string eight_characters;
    std::string living_environment;
    std::string lifestyle;
};

struct Symptoms {
    std::string description;
    struct PulseChanges {
        std::string before;
        std::string after;
    } pulse_changes;
};

struct Diagnosis {
    std::string conclusion;
    std::string five_elements_dialectic;
    std::string yin_yang_dialectic;
    std::string sanjiao_energy_dialectic;
    std::string energy_distribution;
    std::string qi_mechanism;
    std::string meridian_dialectic;
};

struct HealthAssessment {
    int overall_health_index;
    std::string health_status;
    std::string constitution_type;
    struct OrganSystem {
        std::string organ;
        int health_index;
        int normal_range_min;
        int normal_range_max;
        std::string trend;
    } organs[2]; // 心脏和肺
    struct Vertebrae {
        std::string segment;
        int health_index;
        std::string trend;
    } vertebrae[1]; // 颈椎 C1-C2
    struct MeridianSystem {
        std::string meridian;
        int health_index;
        int normal_range_min;
        int normal_range_max;
        std::string trend;
        int energy_value;
    } meridians[1]; // 手太阴肺经
};

struct Prescription {
    std::string drug;
    std::string dose;
    std::string frequency;
    std::string wuxing_attribute;
    std::string bagua_correspondence;
    std::string efficacy;
    std::string target_symptoms;
};

struct TreatmentPlan {
    std::string steps;
    std::string outcome;
    std::string result;
};

struct Commentary {
    std::string comment;
    std::string note;
};

struct Reference {
    std::string book;
    std::string article;
};

struct DiagnosticReport {
    std::string title;
    std::string case_name;
    PatientInfo patient_info;
    BackgroundInfo background_info;
    Symptoms symptoms;
    Diagnosis diagnosis;
    HealthAssessment health_assessment;
    std::string six_evils_dialectic;
    std::string seven_emotions_dialectic;
    std::string eight_trigrams_dialectic;
    std::string sixty_four_hexagrams;
    std::string nine_nine_to_one_dialectic;
    Prescription prescriptions[2]; // 初诊和复诊
    TreatmentPlan treatment_plan;
    Commentary commentary;
    Reference reference;
    std::string test_results;
    std::string tomorrow_plan;
    std::string diagnostic_information;
};

// 初始化诊断报告
DiagnosticReport createDiagnosticReport() {
    DiagnosticReport report;
    report.title = "中医健康管理诊断报告 JXWD—LWTGZSYABG—年1968-月4-日4-（十二时辰）0时-AM/PM22.00";
    report.case_name = "HDMDLCPYAYS张##女士医案 神经衰弱病 气虚肺肾不交";

    report.patient_info = {"张##", "女", 56, "13800138000"};
    report.background_info = {"1968-04-04", "甲申年 乙巳月 丙午日 丁酉时", "城市", "办公室工作，压力较大"};
    report.symptoms.description = "长期失眠，精神不振，记忆力减退";
    report.symptoms.pulse_changes.before = "细弱";
    report.symptoms.pulse_changes.after = "沉细";

    report.diagnosis.conclusion = "神经衰弱，气虚肺肾不交";
    report.diagnosis.five_elements_dialectic = "木火土金水失衡";
    report.diagnosis.yin_yang_dialectic = "阴虚阳亢";
    report.diagnosis.sanjiao_energy_dialectic = "上焦气滞，中焦脾虚，下焦肾虚";
    report.diagnosis.energy_distribution = "心肺气虚，肝肾阴虚";
    report.diagnosis.qi_mechanism = "气机失调，升降失常";
    report.diagnosis.meridian_dialectic = "手太阴肺经、足少阴肾经虚弱";

    report.health_assessment.overall_health_index = 65;
    report.health_assessment.health_status = "亚健康";
    report.health_assessment.constitution_type = "气虚质";
    report.health_assessment.organs[0] = {"心脏", 70, 80, 100, "下降"};
    report.health_assessment.organs[1] = {"肺", 60, 80, 100, "下降"};
    report.health_assessment.vertebrae[0] = {"C1 - C2", 75, "稳定"};
    report.health_assessment.meridians[0] = {"手太阴肺经", 60, 80, 100, "下降", 50};

    report.six_evils_dialectic = "风寒湿邪侵袭";
    report.seven_emotions_dialectic = "忧思过度";
    report.eight_trigrams_dialectic = "乾为天，坤为地，震为雷，巽为风，坎为水，离为火，艮为山，兑为泽";
    report.sixty_four_hexagrams = "<解卦> <名称>解卦</名称> <符号>䷘</符号> <内卦>坎</内卦> <外卦>震</外卦> <标记>++++++ +++---</标记> <二进制>111111111000</二进制> <英文全称>Xie Gua</英文全称> <缩写>XG</缩写> <解读>解卦象征解脱、解决，代表着问题的解决和困境的摆脱。解卦的卦辞“利西南，无所往，其来复吉”意味着在西南方向是吉祥的，无所前往则吉祥，返回也是吉祥的。解卦强调了在解决问题中保持灵活的重要性，如《象辞》所言：“雷雨作，解，君子以赦过宥罪。”解卦的六爻变化描绘了在解决问题中的稳定性和策略。</解读>";

    report.nine_nine_to_one_dialectic = "核心问题是气虚肺肾不交，需调补气血，固本培元";

    report.prescriptions[0] = {"人参生脉饮", "每次3克，每日2次", "早晚各一次", "土", "坤", "补气养血", "气虚乏力"};
    report.prescriptions[1] = {"黄芪玉屏风散", "每次5克，每日2次", "早晚各一次", "土", "坤", "益气固表", "气虚自汗"};

    report.treatment_plan.steps = "药物治疗：服用上述处方药物，持续一个月；饮食调理：增加蛋白质和维生素摄入，减少油腻食物；生活方式调整：保证充足睡眠，适当运动";
    report.treatment_plan.outcome = "患者精神状态明显改善，睡眠质量提高";
    report.treatment_plan.result = "治疗有效，建议继续巩固治疗";

    report.commentary.comment = "患者需长期坚持治疗，注意生活习惯的调整，定期复诊。";
    report.commentary.note = "患者对药物过敏史需特别注意。";

    report.reference.book = "《中医内科学》";
    report.reference.article = "《中医杂志》，2023年第12期";

    report.test_results = "医案XML数据解析：成功解析了医案的XML数据，验证了数据的正确性和完整性；医案输入输出界面：优化了医案的输入输出界面，提高了用户体验；医案数据准确性：确保了医案数据的准确性和一致性。";

    report.tomorrow_plan = "完善数据：继续完善数据结构和处理流程，确保所有数据的准确性和完整性，优化数据处理算法，提高系统的响应速度；系统测试：进行更深入的系统测试，特别是边界条件的测试，确保系统的稳定性和可靠性；会议沟通：参加项目会议，分享今日的工作进展并讨论后续计划，与团队成员进行沟通，讨论下一步的开发计划和分工。";

    report.diagnostic_information = "诊断结论：脏腑湿热心火相火偏旺；五行辩证：心火相火偏旺；阴阳辩证：左右上中下阳气偏升；三焦能量辩证：上焦：7.2~8 ++，中焦：8~10 +++，下焦：8~10 +++；";

    return report;
}

// 生成XML文件
void generateXML(const DiagnosticReport& report, const std::string& filename) {
    std::ofstream file(filename);
    if (!file.is_open()) {
        std::cerr << "无法打开文件 " << filename << std::endl;
        return;
    }

    file << "<?xml version="1.0" encoding="UTF-8"?>n";
    file << "<jxwdyy>n";
    file << "  <诊断报告>n";
    file << "    <报告标题>" << report.title << "</报告标题>n";
    file << "    <医案名称>" << report.case_name << "</医案名称>n";
    file << "    <患者信息>n";
    file << "      <姓名>" << report.patient_info.name << "</姓名>n";
    file << "      <性别>" << report.patient_info.gender << "</性别>n";
    file << "      <年龄>" << report.patient_info.age << "</年龄>n";
    file << "      <联系方式>" << report.patient_info.contact << "</联系方式>n";
    file << "    </患者信息>n";
    file << "    <背景信息>n";
    file << "      <出生日期>" << report.background_info.birth_date << "</出生日期>n";
    file << "      <八字分析>" << report.background_info.eight_characters << "</八字分析>n";
    file << "      <生活环境>" << report.background_info.living_environment << "</生活环境>n";
    file << "      <生活方式>" << report.background_info.lifestyle << "</生活方式>n";
    file << "    </背景信息>n";
    file << "    <症状>n";
    file << "      <症状描述>" << report.symptoms.description << "</症状描述>n";
    file << "      <脉象变化>n";
    file << "        <前>" << report.symptoms.pulse_changes.before << "</前>n";
    file << "        <后>" << report.symptoms.pulse_changes.after << "</后>n";
    file << "      </脉象变化>n";
    file << "    </症状>n";
    file << "    <诊断>n";
    file << "      <诊断结论>" << report.diagnosis.conclusion << "</诊断结论>n";
    file << "      <五行辩证>" << report.diagnosis.five_elements_dialectic << "</五行辩证>n";
    file << "      <阴阳辩证>" << report.diagnosis.yin_yang_dialectic << "</阴阳辩证>n";
    file << "      <三焦能量辩证>" << report.diagnosis.sanjiao_energy_dialectic << "</三焦能量辩证>n";
    file << "      <能量分布>" << report.diagnosis.energy_distribution << "</能量分布>n";
    file << "      <气机运行情况>" << report.diagnosis.qi_mechanism << "</气机运行情况>n";
    file << "      <十二正经和八脉辩证>" << report.diagnosis.meridian_dialectic << "</十二正经和八脉辩证>n";
    file << "    </诊断>n";
    file << "    <健康评估>n";
    file << "      <总体健康指数>" << report.health_assessment.overall_health_index << "</总体健康指数>n";
    file << "      <健康状态>" << report.health_assessment.health_status << "</健康状态>n";
    file << "      <体质类型>" << report.health_assessment.constitution_type << "</体质类型>n";
    file << "      <器官系统>n";
    for (const auto& organ : report.health_assessment.organs) {
        file << "        <" << organ.organ << ">n";
        file << "          <健康指数>" << organ.health_index << "</健康指数>n";
        file << "          <正常范围>" << organ.normal_range_min << "-" << organ.normal_range_max << "</正常范围>n";
        file << "          <趋势>" << organ.trend << "</趋势>n";
        file << "        </" << organ.organ << ">n";
    }
    file << "      </器官系统>n";
    file << "      <脊椎>n";
    for (const auto& vertebra : report.health_assessment.vertebrae) {
        file << "        <" << vertebra.segment << ">n";
        file << "          <健康指数>" << vertebra.health_index << "</健康指数>n";
        file << "          <趋势>" << vertebra.trend << "</趋势>n";
        file << "        </" << vertebra.segment << ">n";
    }
    file << "      </脊椎>n";
    file << "      <经络系统>n";
    for (const auto& meridian : report.health_assessment.meridians) {
        file << "        <" << meridian.meridian << ">n";
        file << "          <健康指数>" << meridian.health_index << "</健康指数>n";
        file << "          <正常范围>" << meridian.normal_range_min << "-" << meridian.normal_range_max << "</正常范围>n";
        file << "          <趋势>" << meridian.trend << "</趋势>n";
        file << "          <能量值>" << meridian.energy_value << "</能量值>n";
        file << "        </" << meridian.meridian << ">n";
    }
    file << "      </经络系统>n";
    file << "    </健康评估>n";
    file << "    <六淫辩证>" << report.six_evils_dialectic << "</六淫辩证>n";
    file << "    <七情辩证>" << report.seven_emotions_dialectic << "</七情辩证>n";
    file << "    <八卦辩证>" << report.eight_trigrams_dialectic << "</八卦辩证>n";
    file << "    <六十四卦复合卦映射标注辨证>
<T3D-ILDDMIA-case/2024-11-7-PM22.00>【镜心悟道系统架构开发主题“MMAIICILM-JXWDAIYijingBrainBase 类”】<JXWDYY-AutoDev-XML> <Case> <CaseID>2024-11-7-PM22.00</CaseID> <Location> <Name>李宛庭工作室LWTGZS</Name> <City>梧州</City> <Country>中国</Country> <Description>广西梧州山海观工作室</Description> </Location> <Records> <Record> <Name>戴东山【戴教练】</Name> <Age>41</Age> <Email>18978497056@189.cn</Email> </Record> </Records> <FromUserName>镜心悟道dds18978497056</FromUserName> <DiaryEntry> <Date>今天11-7</Date> <Summary>今天11-7开发的日记总结</Summary> <Content> <ProblemsAndSolutions> <Problem>MMAIICILM-JXWDAIYijingBrainBase 类，在数据解析过程中遇到了一些格式不一致的问题</Problem> <Solution>通过调整解析逻辑成功解决</Solution> </ProblemsAndSolutions> <SystemIntegration> <Issue>系统集成时发现部分模块接口需要微调</Issue> <Action>已及时反馈并协调相关团队进行修改</Action> </SystemIntegration> <TomorrowPlan> <Task>继续完善数据结构和处理流程，确保所有数据的准确性和完整性</Task> <Task>进行更深入的系统测试，特别是边界条件的测试</Task> <Task>参加项目会议，分享今日的工作进展并讨论后续计划</Task> </TomorrowPlan> <Notes>今日工作进展顺利，团队协作良好，期待后续项目的顺利推进</Notes> <TestResults> <Result>成功解析了 XML 数据并填充到 JXWDAIYijingBrainBase 类的结构体中</Result> <Result>打印输出了地点和记录的详细信息，验证了数据的正确性</Result> </TestResults> <EncounteredProblemsAndSolutions> <Problem>在解析 XML 时，需要确保 XML 节点和属性的存在性</Problem> <Solution>在解析每个节点和属性之前，先检查其是否存在，避免运行时错误</Solution> </EncounteredProblemsAndSolutions> <NextSteps> <Step>增加更多的测试用例，确保解析和数据填充的健壮性</Step> <Step>优化代码结构，提高可读性和可维护性</Step> <Step>将代码集成到更大的项目中，进行更全面的测试</Step> </NextSteps> <TodaySummary>今天的工作主要集中在实现 JXWDAIYijingBrainBase 类的定义和 XML 解析功能。通过使用 rapidxml 库，成功实现了从 XML 字符串中提取数据并填充到类的结构体中。测试结果表明，代码能够正确解析和显示数据，达到了预期的目标。</TodaySummary> <DataStructureDesign> <Design>设计并实现了 T3D-ILDDMIA-case 的数据结构，包括 caseID、location 和 records 等字段</Design> <Objective>确保数据结构符合项目需求，并能够高效地存储和检索信息</Objective> </DataStructureDesign> <DataEntryAndVerification> <Completion>完成了李宛庭工作室的相关数据录入，包括地点信息和记录信息</Completion> <Verification>验证了数据的完整性和准确性，确保所有字段都已正确填写</Verification> </DataEntryAndVerification> <FunctionDevelopment> <Achievement>实现了从用户输入中解析和存储数据的功能</Achievement> <Achievement>开发了数据展示模块，能够在前端页面上显示详细的地点和记录信息</Achievement> </FunctionDevelopment> <TestingAndDebugging> <Action>对新开发的功能进行了全面的单元测试，确保每个模块都能正常运行</Action> <Improvement>发现并修复了几个小bug，提高了系统的稳定性和性能</Improvement> </TestingAndDebugging> <Documentation> <Writing>编写了详细的开发文档，包括数据结构说明、功能实现步骤和使用指南</Writing> <Update>更新了项目的README文件，增加了新的功能介绍和示例代码</Update> </Documentation> <TomorrowPlanExtended> <FunctionExtension> <Plan>计划增加数据搜索和过滤功能，以便用户更方便地查找相关信息</Plan> <Plan>考虑添加数据导出功能，支持将数据导出为CSV或Excel格式</Plan> </FunctionExtension> <PerformanceOptimization> <Plan>进一步优化数据处理算法，提高系统的响应速度</Plan> <Plan>对数据库进行调优，减少查询时间</Plan> </PerformanceOptimization> <UserFeedback> <Plan>收集用户的初步反馈，了解实际使用中的问题和建议</Plan> <Plan>根据用户反馈进行相应的改进和优化</Plan> </UserFeedback> <TeamCollaboration> <Plan>与团队成员进行沟通，讨论下一步的开发计划和分工</Plan> <Plan>参加项目周会，汇报本周的工作进展和遇到的问题</Plan> </TeamCollaboration> </TomorrowPlanExtended> </Content> </DiaryEntry> </Case> </JXWDYY-AutoDev-XML><caseID>2024-11-7-PM22.00</caseID><location id="1"> <name>李宛庭工作室LWTGZS</name> <city>梧州</city> <country>中国</country> <description>广西梧州山海观工作室</description></location><records> <record id="1"> <name>戴东山【戴教练】</name> <age>41</age> <email>18978497056@189.cn</email> </record><FromUserName>镜心悟道dds18978497056</FromUserName><diaryEntry> <date>今天11-7</date> <summary>今天11-7开发的日记总结</summary> <content> 问题与解决方案: MMAIICILM-JXWDAIYijingBrainBase 类，在数据解析过程中遇到了一些格式不一致的问题，通过调整解析逻辑成功解决。 系统集成时发现部分模块接口需要微调，已及时反馈并协调相关团队进行修改。 明日计划: 继续完善数据结构和处理流程，确保所有数据的准确性和完整性。 进行更深入的系统测试，特别是边界条件的测试。 参加项目会议，分享今日的工作进展并讨论后续计划。 备注: 今日工作进展顺利，团队协作良好，期待后续项目的顺利推进。测试结果
成功解析了 XML 数据并填充到 JXWDAIYijingBrainBase 类的结构体中。
打印输出了地点和记录的详细信息，验证了数据的正确性。
遇到的问题及解决方法
问题：在解析 XML 时，需要确保 XML 节点和属性的存在性。
解决方法：在解析每个节点和属性之前，先检查其是否存在，避免运行时错误。
下一步计划
增加更多的测试用例，确保解析和数据填充的健壮性。
优化代码结构，提高可读性和可维护性。
将代码集成到更大的项目中，进行更全面的测试。
总结
今天的工作主要集中在实现 JXWDAIYijingBrainBase 类的定义和 XML 解析功能。通过使用 rapidxml 库，成功实现了从 XML 字符串中提取数据并填充到类的结构体中。测试结果表明，代码能够正确解析和显示数据，达到了预期的目标。数据结构设计
设计并实现了 T3D-ILDDMIA-case 的数据结构，包括 caseID、location 和 records 等字段。
确保数据结构符合项目需求，并能够高效地存储和检索信息。
数据录入与验证
完成了李宛庭工作室的相关数据录入，包括地点信息和记录信息。
验证了数据的完整性和准确性，确保所有字段都已正确填写。
功能开发
实现了从用户输入中解析和存储数据的功能。
开发了数据展示模块，能够在前端页面上显示详细的地点和记录信息。
测试与调试
对新开发的功能进行了全面的单元测试，确保每个模块都能正常运行。
发现并修复了几个小bug，提高了系统的稳定性和性能。
文档编写
编写了详细的开发文档，包括数据结构说明、功能实现步骤和使用指南。
更新了项目的README文件，增加了新的功能介绍和示例代码。
明日计划
功能扩展
计划增加数据搜索和过滤功能，以便用户更方便地查找相关信息。
考虑添加数据导出功能，支持将数据导出为CSV或Excel格式。
性能优化
进一步优化数据处理算法，提高系统的响应速度。
对数据库进行调优，减少查询时间。
用户反馈
收集用户的初步反馈，了解实际使用中的问题和建议。
根据用户反馈进行相应的改进和优化。
团队协作
与团队成员进行沟通，讨论下一步的开发计划和分工。
参加项目周会，汇报本周的工作进展和遇到的问题。
其他事项
无 签名: 镜心悟道 (dds18978497056)</content> </diaryEntry></T3D-ILDDMIA-case>

### 完整的 `JXWDAIYijingBrainBase` 类

```cpp
#include <iostream>
#include <string>
#include <vector>
#include <rapidxml.hpp>
#include <rapidxml_print.hpp>

class JXWDAIYijingBrainBase {
public:
    struct PatientInfo {
        std::string name;
        std::string gender;
        std::string age;
    };

    struct Symptom {
        std::string description;
    };

    struct Prescription {
        std::string name;
        std::vector<std::string> ingredients;
    };

    struct Organ {
        std::string name;
        std::string position;
        std::string attribute;
        std::string function;
        std::string normalRange;
        std::string currentValue;
        std::string trend;
        std::string note;
    };

    struct Case {
        std::string title;
        PatientInfo patientInfo;
        std::vector<Symptom> symptoms;
        std::string initialDiagnosis;
        std::vector<Prescription> treatmentPlan;
        std::string reflection;
        std::vector<Organ> organHealth;
    };

    static Case parseXML(const std::string& xmlData) {
        rapidxml::xml_document<> doc;
        std::vector<char> buffer((std::istreambuf_iterator<char>(xmlData)), std::istreambuf_iterator<char>());
        buffer.push_back('0');
        doc.parse<0>(&buffer[0]);

        Case caseData;

        rapidxml::xml_node<>* root = doc.first_node("JXWDAIYijingBrainBase");
        if (root) {
            rapidxml::xml_node<>* caseNode = root->first_node("case");
            if (caseNode) {
                caseData.title = caseNode->first_node("title")->value();

                rapidxml::xml_node<>* inputLayer = caseNode->first_node("inputLayer");
                if (inputLayer) {
                    rapidxml::xml_node<>* patientInfoNode = inputLayer->first_node("patientInfo");
                    if (patientInfoNode) {
                        caseData.patientInfo.name = patientInfoNode->first_node("name")->value();
                        caseData.patientInfo.gender = patientInfoNode->first_node("gender")->value();
                        caseData.patientInfo.age = patientInfoNode->first_node("age")->value();
                    }

                    rapidxml::xml_node<>* symptomsNode = inputLayer->first_node("symptoms");
                    if (symptomsNode) {
                        for (rapidxml::xml_node<>* symptomNode = symptomsNode->first_node("symptom"); symptomNode; symptomNode = symptomNode->next_sibling()) {
                            caseData.symptoms.push_back({symptomNode->value()});
                        }
                    }

                    caseData.initialDiagnosis = inputLayer->first_node("initialDiagnosis")->value();

                    rapidxml::xml_node<>* treatmentPlanNode = inputLayer->first_node("treatmentPlan");
                    if (treatmentPlanNode) {
                        for (rapidxml::xml_node<>* prescriptionNode = treatmentPlanNode->first_node("prescription"); prescriptionNode; prescriptionNode = prescriptionNode->next_sibling()) {
                            Prescription prescription;
                            prescription.name = prescriptionNode->first_attribute("name")->value();
                            for (rapidxml::xml_node<>* ingredientNode = prescriptionNode->first_node("ingredient"); ingredientNode; ingredientNode = ingredientNode->next_sibling()) {
                                prescription.ingredients.push_back(ingredientNode->value());
                            }
                            caseData.treatmentPlan.push_back(prescription);
                        }
                    }

                    caseData.reflection = inputLayer->first_node("reflection")->value();

                    rapidxml::xml_node<>* organHealthNode = inputLayer->first_node("organHealth");
                    if (organHealthNode) {
                        for (rapidxml::xml_node<>* organNode = organHealthNode->first_node("organ"); organNode; organNode = organNode->next_sibling()) {
                            Organ organ;
                            organ.name = organNode->first_attribute("name")->value();
                            organ.position = organNode->first_attribute("position")->value();
                            organ.attribute = organNode->first_attribute("attribute")->value();
                            organ.function = organNode->first_node("function")->value();
                            organ.normalRange = organNode->first_node("normalRange")->value();
                            organ.currentValue = organNode->first_node("currentValue")->value();
                            organ.trend = organNode->first_node("trend")->value();
                            organ.note = organNode->first_node("note")->value();
                            caseData.organHealth.push_back(organ);
                        }
                    }
                }

                rapidxml::xml_node<>* referenceLayer = caseNode->first_node("referenceLayer");
                if (referenceLayer) {
                    rapidxml::xml_node<>* organAnalysisNode = referenceLayer->first_node("organAnalysis");
                    if (organAnalysisNode) {
                        for (rapidxml::xml_node<>* organNode = organAnalysisNode->first_node("organ"); organNode; organNode = organNode->next_sibling()) {
                            Organ organ;
                            organ.name = organNode->first_attribute("name")->value();
                            organ.position = organNode->first_attribute("position")->value();
                            organ.attribute = organNode->first_attribute("attribute")->value();
                            organ.function = organNode->first_node("function")->value();
                            organ.normalRange = organNode->first_node("normalRange")->value();
                            organ.currentValue = organNode->first_node("currentValue")->value();
                            organ.trend = organNode->first_node("trend")->value();
                            organ.note = organNode->first_node("note")->value();
                            caseData.organHealth.push_back(organ);
                        }
                    }
                }
            }
        }

        return caseData;
    }
};

使用 JXWDAIYijingBrainBase 类解析 XML 数据

在 main.cpp 或 main.py 中，我们可以使用 JXWDAIYijingBrainBase 类来解析 XML 数据并打印提取的信息。

main.cpp 示例

#include <iostream>
#include "JXWDAIYijingBrainBase.h"

int main() {
    std::string xmlData = R"(
    <JXWDAIYijingBrainBase version="1.0" encoding="UTF-8">
        <case>
            <title>中医健康管理诊断报告 - 李聪甫医案 痉病</title>
            <inputLayer>
                <patientInfo>
                    <name>陶某某</name>
                    <gender>女</gender>
                    <age>7岁</age>
                </patientInfo>
                <symptoms>
                    <symptom>发热数日</symptom>
                    <symptom>忽然昏迷不醒</symptom>
                    <symptom>目闭不开</symptom>
                    <symptom>两手拘急厥冷</symptom>
                    <symptom>牙关紧闭</symptom>
                    <symptom>角弓反张</symptom>
                    <symptom>二便秘涩</symptom>
                    <symptom>脉伏不应指</symptom>
                    <symptom>口噤</symptom>
                    <symptom>舌不易察</symptom>
                    <symptom>面色晦滞</symptom>
                    <symptom>手压其腹则反张更甚，其腹必痛</symptom>
                </symptoms>
                <initialDiagnosis>痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。</initialDiagnosis>
                <treatmentPlan>
                    <prescription name="大承气汤">
                        <ingredient>炒枳实 5g</ingredient>
                        <ingredient>制厚朴 5g</ingredient>
                        <ingredient>锦纹黄(泡) 10g</ingredient>
                        <ingredient>玄明粉(泡) 10g</ingredient>
                    </prescription>
                    <prescription name="复诊方">
                        <ingredient>杭白芍 10g</ingredient>
                        <ingredient>炒山栀 5g</ingredient>
                        <ingredient>淡黄芩 5g</ingredient>
                        <ingredient>川黄连 3g</ingredient>
                        <ingredient>炒枳实 5g</ingredient>
                        <ingredient>牡丹皮 5g</ingredient>
                        <ingredient>天花粉 7g</ingredient>
                        <ingredient>锦纹黄(泡) 7g</ingredient>
                        <ingredient>飞滑石 10g</ingredient>
                        <ingredient>粉甘草 3g</ingredient>
                    </prescription>
                </treatmentPlan>
                <reflection>患者症状表现为热盛于中的证征，采用急下存阴法治疗。</reflection>
                <organHealth>
                    <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="小肠" position="左" attribute="阳火" function="分清泌浊" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="胆" position="左" attribute="阴木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="膀胱" position="左" attribute="阴水" function="贮尿排尿" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↓" note="二便秘涩"/>
                    <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="↓" note="热盛于中，肾阴可能受损"/>
                    <organ name="大肠" position="右" attribute="阴金" function="传导糟粕" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="二便秘涩"/>
                    <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="胃" position="右" attribute="阳土" function="受纳腐熟水谷" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↑" note="胃家实"/>
                    <organ name="生殖" position="右" attribute="阴阳" function="奇恒之腑，女子胞，精室" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                    <organ name="肾阳" position="右" attribute="真阳" function="三焦，命门，脑髓，生命之本" normalRange="8 ~ 10" currentValue="N/A" trend="N/A" note="未记录"/>
                </organHealth>
            </inputLayer>
            <referenceLayer>
                <organAnalysis>
                    <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                    <organ name="小肠" position="左" attribute="阳+火" function="分清泌浊" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                    <organ name="胆" position="左" attribute="阳+木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" standardValue="-" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="膀胱" position="左" attribute="阳+水" function="贮尿排尿" normalRange="5.8 ~ 6.5" standardValue="-" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="沉" organBelonging="骨"/>
                    <organ name="大肠" position="右" attribute="阳+金" function="传导糟粕" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" standardValue="+" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                    <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                    <organ name="胃" position="右" attribute="阳土" function="受纳腐熟水谷" normalRange="5.8 ~ 6.5" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="生殖" position="右" attribute="阴阳" function="奇恒之腑，女子胞，精室" normalRange="5.8 ~ 6.5" standardValue="+" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                    <organ name="肾阳" position="右" attribute="真阳" function="三焦，命门，脑髓，生命之本" normalRange="8 ~ 10" standardValue="++" trend="↑" summary="正常" pulsePosition="沉" organBelonging="骨"/>
                </organAnalysis>
            </referenceLayer>
        </case>
    </JXWDAIYijingBrainBase>
    )";

    JXWDAIYijingBrainBase::Case caseData = JXWDAIYijingBrainBase::parseXML(xmlData);

    std::cout << "Title: " << caseData.title << std::endl;
    std::cout << "Patient Info: " << caseData.patientInfo.name << ", " << caseData.patientInfo.gender << ", " << caseData.patientInfo.age << std::endl;
    std::cout << "Symptoms: ";
    for (const auto& symptom : caseData.symptoms) {
        std::cout << symptom.description << "; ";
    }
    std::cout << std::endl;
    std::cout << "Initial Diagnosis: " << caseData.initialDiagnosis << std::endl;
    std::cout << "Treatment Plan:" << std::endl;
    for (const auto& prescription : caseData.treatmentPlan) {
        std::cout << "  Prescription: " << prescription.name << std::endl;
        for (const auto& ingredient : prescription.ingredients) {
            std::cout << "    " << ingredient << std::endl;
        }
    }
    std::cout << "Reflection: " << caseData.reflection << std::endl;
    std::cout << "Organ Health:" << std::endl;
    for (const auto& organ : caseData.organHealth) {
        std::cout << "  " << organ.name << ": " << organ.position << ", " << organ.attribute << ", " << organ.function << ", " << organ.normalRange << ", " << organ.currentValue << ", " << organ.trend << ", " << organ.note << std::endl;
    }

    return 0;
}

编译和运行

#include <iostream>
#include <string>
#include <vector>
#include <rapidxml.hpp>
#include <rapidxml_print.hpp>

class JXWDAIYijingBrainBase {
public:
    struct PatientInfo {
        std::string name;
        std::string gender;
        std::string age;
    };

    struct Symptom {
        std::string description;
    };

    struct Prescription {
        std::string name;
        std::vector<std::string> ingredients;
    };

    struct Organ {
        std::string name;
        std::string position;
        std::string attribute;
        std::string function;
        std::string normalRange;
        std::string currentValue;
        std::string trend;
        std::string note;
    };

    struct OrganAnalysis {
        std::string name;
        std::string position;
        std::string attribute;
        std::string function;
        std::string normalRange;
        std::string standardValue;
        std::string trend;
        std::string summary;
        std::string pulsePosition;
        std::string organBelonging;
    };

    struct Case {
        std::string title;
        PatientInfo patientInfo;
        std::vector<Symptom> symptoms;
        std::string initialDiagnosis;
        std::vector<Prescription> treatmentPlan;
        std::string reflection;
        std::vector<Organ> organHealth;
        std::vector<OrganAnalysis> organAnalysis;
    };

    static Case parseXML(const std::string& xmlData) {
        rapidxml::xml_document<> doc;
        std::vector<char> buffer((std::istreambuf_iterator<char>(xmlData)), std::istreambuf_iterator<char>());
        buffer.push_back('0');
        doc.parse<0>(&buffer[0]);

        Case caseData;

        rapidxml::xml_node<>* root = doc.first_node("JXWDAIYijingBrainBase");
        if (root) {
            rapidxml::xml_node<>* caseNode = root->first_node("case");
            if (caseNode) {
                caseData.title = caseNode->first_node("title")->value();

                rapidxml::xml_node<>* inputLayer = caseNode->first_node("inputLayer");
                if (inputLayer) {
                    rapidxml::xml_node<>* patientInfoNode = inputLayer->first_node("patientInfo");
                    if (patientInfoNode) {
                        caseData.patientInfo.name = patientInfoNode->first_node("name")->value();
                        caseData.patientInfo.gender = patientInfoNode->first_node("gender")->value();
                        caseData.patientInfo.age = patientInfoNode->first_node("age")->value();
                    }

                    rapidxml::xml_node<>* symptomsNode = inputLayer->first_node("symptoms");
                    if (symptomsNode) {
                        for (rapidxml::xml_node<>* symptomNode = symptomsNode->first_node("symptom"); symptomNode; symptomNode = symptomNode->next_sibling()) {
                            caseData.symptoms.push_back({symptomNode->value()});
                        }
                    }

                    caseData.initialDiagnosis = inputLayer->first_node("initialDiagnosis")->value();

                    rapidxml::xml_node<>* treatmentPlanNode = inputLayer->first_node("treatmentPlan");
                    if (treatmentPlanNode) {
                        for (rapidxml::xml_node<>* prescriptionNode = treatmentPlanNode->first_node("prescription"); prescriptionNode; prescriptionNode = prescriptionNode->next_sibling()) {
                            Prescription prescription;
                            prescription.name = prescriptionNode->first_attribute("name")->value();
                            for (rapidxml::xml_node<>* ingredientNode = prescriptionNode->first_node("ingredient"); ingredientNode; ingredientNode = ingredientNode->next_sibling()) {
                                prescription.ingredients.push_back(ingredientNode->value());
                            }
                            caseData.treatmentPlan.push_back(prescription);
                        }
                    }

                    caseData.reflection = inputLayer->first_node("reflection")->value();

                    rapidxml::xml_node<>* organHealthNode = inputLayer->first_node("organHealth");
                    if (organHealthNode) {
                        for (rapidxml::xml_node<>* organNode = organHealthNode->first_node("organ"); organNode; organNode = organNode->next_sibling()) {
                            Organ organ;
                            organ.name = organNode->first_attribute("name")->value();
                            organ.position = organNode->first_attribute("position")->value();
                            organ.attribute = organNode->first_attribute("attribute")->value();
                            organ.function = organNode->first_node("function")->value();
                            organ.normalRange = organNode->first_node("normalRange")->value();
                            organ.currentValue = organNode->first_node("currentValue")->value();
                            organ.trend = organNode->first_node("trend")->value();
                            organ.note = organNode->first_node("note")->value();
                            caseData.organHealth.push_back(organ);
                        }
                    }
                }

                rapidxml::xml_node<>* referenceLayer = caseNode->first_node("referenceLayer");
                if (referenceLayer) {
                    rapidxml::xml_node<>* organAnalysisNode = referenceLayer->first_node("organAnalysis");
                    if (organAnalysisNode) {
                        for (rapidxml::xml_node<>* organNode = organAnalysisNode->first_node("organ"); organNode; organNode = organNode->next_sibling()) {
                            OrganAnalysis organ;
                            organ.name = organNode->first_attribute("name")->value();
                            organ.position = organNode->first_attribute("position")->value();
                            organ.attribute = organNode->first_attribute("attribute")->value();
                            organ.function = organNode->first_node("function")->value();
                            organ.normalRange = organNode->first_node("normalRange")->value();
                            organ.standardValue = organNode->first_node("standardValue")->value();
                            organ.trend = organNode->first_node("trend")->value();
                            organ.summary = organNode->first_node("summary")->value();
                            organ.pulsePosition = organNode->first_node("pulsePosition")->value();
                            organ.organBelonging = organNode->first_node("organBelonging")->value();
                            caseData.organAnalysis.push_back(organ);
                        }
                    }
                }
            }
        }

        return caseData;
    }

    static void printCase(const Case& caseData) {
        std::cout << "Title: " << caseData.title << std::endl;
        std::cout << "Patient Info: " << caseData.patientInfo.name << ", " << caseData.patientInfo.gender << ", " << caseData.patientInfo.age << std::endl;
        std::cout << "Symptoms: ";
        for (const auto& symptom : caseData.symptoms) {
            std::cout << symptom.description << ", ";
        }
        std::cout << std::endl;
        std::cout << "Initial Diagnosis: " << caseData.initialDiagnosis << std::endl;
        std::cout << "Treatment Plan: " << std::endl;
        for (const auto& prescription : caseData.treatmentPlan) {
            std::cout << "  - " << prescription.name << ": ";
            for (const auto& ingredient : prescription.ingredients) {
                std::cout << ingredient << ", ";
            }
            std::cout << std::endl;
        }
        std::cout << "Reflection: " << caseData.reflection << std::endl;
        std::cout << "Organ Health: " << std::endl;
        for (const auto& organ : caseData.organHealth) {
            std::cout << "  - " << organ.name << ": Position: " << organ.position << ", Attribute: " << organ.attribute << ", Function: " << organ.function << ", Normal Range: " << organ.normalRange << ", Current Value: " << organ.currentValue << ", Trend: " << organ.trend << ", Note: " << organ.note << std::endl;
        }
        std::cout << "Organ Analysis: " << std::endl;
        for (const auto& organ : caseData.organAnalysis) {
            std::cout << "  - " << organ.name << ": Position: " << organ.position << ", Attribute: " << organ.attribute << ", Function: " << organ.function << ", Normal Range: " << organ.normalRange << ", Standard Value: " << organ.standardValue << ", Trend: " << organ.trend << ", Summary: " << organ.summary << ", Pulse Position: " << organ.pulsePosition << ", Organ Belonging: " << organ.organBelonging << std::endl;
        }
    }
};

int main() {
    std::string xmlData = R"(
<JXWDAIYijingBrainBase version="1.0" encoding="UTF-8">
    <case>
        <title>中医健康管理诊断报告 - 李聪甫医案 痉病</title>
        <inputLayer>
            <patientInfo>
                <name>陶某某</name>
                <gender>女</gender>
                <age>7岁</age>
            </patientInfo>
            <symptoms>
                <symptom>发热数日</symptom>
                <symptom>忽然昏迷不醒</symptom>
                <symptom>目闭不开</symptom>
                <symptom>两手拘急厥冷</symptom>
                <symptom>牙关紧闭</symptom>
                <symptom>角弓反张</symptom>
                <symptom>二便秘涩</symptom>
                <symptom>脉伏不应指</symptom>
                <symptom>口噤</symptom>
                <symptom>舌不易察</symptom>
                <symptom>面色晦滞</symptom>
                <symptom>手压其腹则反张更甚，其腹必痛</symptom>
            </symptoms>
            <initialDiagnosis>痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。</initialDiagnosis>
            <treatmentPlan>
                <prescription name="大承气汤">
                    <ingredient>炒枳实 5g</ingredient>
                    <ingredient>制厚朴 5g</ingredient>
                    <ingredient>锦纹黄(泡) 10g</ingredient>
                    <ingredient>玄明粉(泡) 10g</ingredient>
                </prescription>
                <prescription name="复诊方">
                    <ingredient>杭白芍 10g</ingredient>
                    <ingredient>炒山栀 5g</ingredient>
                    <ingredient>淡黄芩 5g</ingredient>
                    <ingredient>川黄连 3g</ingredient>
                    <ingredient>炒枳实 5g</ingredient>
                    <ingredient>牡丹皮 5g</ingredient>
                    <ingredient>天花粉 7g</ingredient>
                    <ingredient>锦纹黄(泡) 7g</ingredient>
                    <ingredient>飞滑石 10g</ingredient>
                    <ingredient>粉甘草 3g</ingredient>
                </prescription>
            </treatmentPlan>
            <reflection>小儿口噤肢冷，目合面晦，脉不应指，似为阴寒所袭。通过手触其腹，反张更甚，二便秘涩，断定为“热盛于中”的证征。断然用承气急下，泻热存阴，釜底抽薪，因而获救。</reflection>
            <organHealth>
                <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="小肠" position="左" attribute="阳火" function="分清泌浊" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="胆" position="左" attribute="阴木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="膀胱" position="左" attribute="阴水" function="贮尿排尿" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↓" note="二便秘涩"/>
                <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="↓" note="热盛于中，肾阴可能受损"/>
                <organ name="大肠" position="右" attribute="阴金" function="传导糟粕" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="二便秘涩"/>
                <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="胃" position="右" attribute="阳土" function="受纳腐熟水谷" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↑" note="胃家实"/>
                <organ name="生殖" position="右" attribute="阴阳" function="奇恒之腑，女子胞，精室" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="肾阳" position="右" attribute="真阳" function="三焦，命门，脑髓，生命之本" normalRange="8 ~ 10" currentValue="N/A" trend="N/A" note="未记录"/>
            </organHealth>
        </inputLayer>
        <referenceLayer>
            <organAnalysis>
                <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                <organ name="小肠" position="左" attribute="阳+火" function="分清泌浊" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                <organ name="胆" position="左" attribute="阳+木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" standardValue="-" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="膀胱" position="左" attribute="阳+水" function="贮尿排尿" normalRange="5.8 ~ 6.5" standardValue="-" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="沉" organBelonging="骨"/>
                <organ name="大肠" position="右" attribute="阳+金" function="传导糟粕" normalRange="6.5 ~ 7.2" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" standardValue="+" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" standardValue="++" trend="↑" summary="正常" pulsePosition="里" organBelonging="肉"/>
                <organ name="胃" position="右" attribute="阳土" function="受纳腐熟水谷" normalRange="5.8 ~ 6.5" standardValue="+" trend="↑" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="生殖" position="右" attribute="阴阳" function="奇恒之腑，女子胞，精室" normalRange="5.8 ~ 6.5" standardValue="+" trend="→" summary="正常" pulsePosition="表" organBelonging="皮"/>
                <organ name="肾阳" position="右" attribute="真阳" function="三焦，命门，脑髓，生命之本" normalRange="8 ~ 10" standardValue="++" trend="↑" summary="正常" pulsePosition="沉" organBelonging="骨"/>
            </organAnalysis>
        </referenceLayer>
    </case>
</JXWDAIYijingBrainBase>
)";

    JXWDAIYijingBrainBase::Case caseData = JXWDAIYijingBrainBase::parseXML(xmlData);
    JXWDAIYijingBrainBase::printCase(caseData);

    return 0;
}

运行结果

运行 main.cpp 后，输出应该类似于以下内容：

Title: 中医健康管理诊断报告 - 李聪甫医案 痉病
Patient Info: 陶某某, 女, 7岁
Symptoms: 发热数日, 忽然昏迷不醒, 目闭不开, 两手拘急厥冷, 牙关紧闭, 角弓反张, 二便秘涩, 脉伏不应指, 口噤, 舌不易察, 面色晦滞, 手压其腹则反张更甚，其腹必痛, 
Initial Diagnosis: 痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。
Treatment Plan: 
  - 大承气汤: 炒枳实 5g, 制厚朴 5g, 锦纹黄(泡) 10g, 玄明粉(泡) 10g, 
  - 复诊方: 杭白芍 10g, 炒山栀 5g, 淡黄芩 5g, 川黄连 3g, 炒枳实 5g, 牡丹皮 5g, 天花粉 7g, 锦纹黄(泡) 7g, 飞滑石 10g, 粉甘草 3g, 
Reflection: 小儿口噤肢冷，目合面晦，脉不应指，似为阴寒所袭。通过手触其腹，反张更甚，二便秘涩，断定为“热盛于中”的证征。断然用承气急下，泻热存阴，釜底抽薪，因而获救。
Organ Health: 
  - 心脏: Position: 左, Attribute: 阳中之阳, Function: 温煦、推动、流动, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 小肠: Position: 左, Attribute: 阳火, Function: 分清泌浊, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: N/A, Note: 未记录
  - 肝脏: Position: 左, Attribute: 阴中之阳, Function: 主疏泄，具有升发的功能, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 胆: Position: 左, Attribute: 阴木, Function: 贮藏胆汁, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: N/A, Note: 未记录
  - 膀胱: Position: 左, Attribute: 阴水, Function: 贮尿排尿, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: ↓, Note: 二便秘涩
  - 肾阴: Position: 左, Attribute: 阴中之阴, Function: 主生长发育，藏精气, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: ↓, Note: 热盛于中，肾阴可能受损
  - 大肠: Position: 右, Attribute: 阴金, Function: 传导糟粕, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: N/A, Note: 二便秘涩
  - 肺: Position: 右, Attribute: 阳中之阴, Function: 喜凉润恶燥热，主肃降, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 脾: Position: 右, Attribute: 阴中之至阴, Function: 主运化水液，升清降浊, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 胃: Position: 右, Attribute: 阳土, Function: 受纳腐熟水谷, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: ↑, Note: 胃家实
  - 生殖: Position: 右, Attribute: 阴阳, Function: 奇恒之腑，女子胞，精室, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: N/A, Note: 未记录
  - 肾阳: Position: 右, Attribute: 真阳, Function: 三焦，命门，脑髓，生命之本, Normal Range: 8 ~ 10, Current Value: N/A, Trend: N/A, Note: 未记录
Organ Analysis: 
  - 心脏: Position: 左, Attribute: 阳中之阳, Function: 温煦、推动、流动, Normal Range: 7.2 ~ 8, Standard Value: ++, Trend: ↑, Summary: 正常, Pulse Position: 里, Organ Belonging: 肉
  - 小肠: Position: 左, Attribute: 阳+火, Function: 分清泌浊, Normal Range: 6.5 ~ 7.2, Standard Value: +, Trend: ↑, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 肝脏: Position: 左, Attribute: 阴中之阳, Function: 主疏泄，具有升发的功能, Normal Range: 7.2 ~ 8, Standard Value: ++, Trend: ↑, Summary: 正常, Pulse Position: 里, Organ Belonging: 肉
  - 胆: Position: 左, Attribute: 阳+木, Function: 贮藏胆汁, Normal Range: 5.8 ~ 6.5, Standard Value: -, Trend: →, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 膀胱: Position: 左, Attribute: 阳+水, Function: 贮尿排尿, Normal Range: 5.8 ~ 6.5, Standard Value: -, Trend: →, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 肾阴: Position: 左, Attribute: 阴中之阴, Function: 主生长发育，藏精气, Normal Range: 6.5 ~ 7.2, Standard Value: +, Trend: ↑, Summary: 正常, Pulse Position: 沉, Organ Belonging: 骨
  - 大肠: Position: 右, Attribute: 阳+金, Function: 传导糟粕, Normal Range: 6.5 ~ 7.2, Standard Value: +, Trend: ↑, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 肺: Position: 右, Attribute: 阳中之阴, Function: 喜凉润恶燥热，主肃降, Normal Range: 7.2 ~ 8, Standard Value: +, Trend: ↑, Summary: 正常, Pulse Position: 里, Organ Belonging: 肉
  - 脾: Position: 右, Attribute: 阴中之至阴, Function: 主运化水液，升清降浊, Normal Range: 7.2 ~ 8, Standard Value: ++, Trend: ↑, Summary: 正常, Pulse Position: 里, Organ Belonging: 肉
  - 胃: Position: 右, Attribute: 阳土, Function: 受纳腐熟水谷, Normal Range: 5.8 ~ 6.5, Standard Value: +, Trend: ↑, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 生殖: Position: 右, Attribute: 阴阳, Function: 奇恒之腑，女子胞，精室, Normal Range: 5.8 ~ 6.5, Standard Value: +, Trend: →, Summary: 正常, Pulse Position: 表, Organ Belonging: 皮
  - 肾阳: Position: 右, Attribute: 真阳, Function: 三焦，命门，脑髓，生命之本, Normal Range: 8 ~ 10, Standard Value: ++, Trend: ↑, Summary: 正常, Pulse Position: 沉, Organ Belonging: 骨

这样，我们就成功地扩展了 JXWDAIYijingBrainBase 类，以处理新的 <organHealth> 和 <referenceLayer> 中的 <organAnalysis> 部分，并能够解析和打印完整的 XML 数据。如果您有任何进一步的问题或需要更多的帮助，请随时告诉我。

<JXWDAIYijingBrainBase version="1.0" encoding="UTF-8">
    <case>
        <title>中医健康管理诊断报告 - 李聪甫医案 痉病</title>
        <inputLayer>
            <patientInfo>
                <name>陶某某</name>
                <gender>女</gender>
                <age>7岁</age>
            </patientInfo>
            <symptoms>
                <symptom>发热数日</symptom>
                <symptom>忽然昏迷不醒</symptom>
                <symptom>目闭不开</symptom>
                <symptom>两手拘急厥冷</symptom>
                <symptom>牙关紧闭</symptom>
                <symptom>角弓反张</symptom>
                <symptom>二便秘涩</symptom>
                <symptom>脉伏不应指</symptom>
                <symptom>口噤</symptom>
                <symptom>舌不易察</symptom>
                <symptom>面色晦滞</symptom>
                <symptom>手压其腹则反张更甚，其腹必痛</symptom>
            </symptoms>
            <initialDiagnosis>痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。</initialDiagnosis>
            <treatmentPlan>
                <prescription name="大承气汤">
                    <ingredient>炒枳实 5g</ingredient>
                    <ingredient>制厚朴 5g</ingredient>
                    <ingredient>锦纹黄(泡) 10g</ingredient>
                    <ingredient>玄明粉(泡) 10g</ingredient>
                </prescription>
                <prescription name="复诊方">
                    <ingredient>杭白芍 10g</ingredient>
                    <ingredient>炒山栀 5g</ingredient>
                    <ingredient>淡黄芩 5g</ingredient>
                    <ingredient>川黄连 3g</ingredient>
                    <ingredient>炒枳实 5g</ingredient>
                    <ingredient>牡丹皮 5g</ingredient>
                    <ingredient>天花粉 7g</ingredient>
                    <ingredient>锦纹黄(泡) 7g</ingredient>
                    <ingredient>飞滑石 10g</ingredient>
                    <ingredient>粉甘草 3g</ingredient>
                </prescription>
            </treatmentPlan>
            <reflection>小儿口噤肢冷，目合面晦，脉不应指，似为阴寒所袭。通过手触其腹，反张更甚，二便秘涩，断定为“热盛于中”的证征。断然用承气急下，泻热存阴，釜底抽薪，因而获救。</reflection>
            <organHealth>
                <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="小肠" position="左" attribute="阳火" function="分清泌浊" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="胆" position="左" attribute="阴木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="膀胱" position="左" attribute="阴水" function="贮尿排尿" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↓" note="二便秘涩"/>
                <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="↓" note="热盛于中，肾阴可能受损"/>
                <organ name="大肠" position="右" attribute="阴金" function="传导糟粕" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="二便秘涩"/>
                <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
            </organHealth>
        </inputLayer>
        <referenceLayer>
            <organAnalysis>
                <organ name="心脏" position="左" attribute="阳中之阳" function="温煦、推动、流动" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="小肠" position="左" attribute="阳火" function="分清泌浊" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="肝脏" position="左" attribute="阴中之阳" function="主疏泄，具有升发的功能" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="胆" position="左" attribute="阴木" function="贮藏胆汁" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="膀胱" position="左" attribute="阴水" function="贮尿排尿" normalRange="5.8 ~ 6.5" currentValue="N/A" trend="↓" note="二便秘涩"/>
                <organ name="肾阴" position="左" attribute="阴中之阴" function="主生长发育，藏精气" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="↓" note="热盛于中，肾阴可能受损"/>
                <organ name="大肠" position="右" attribute="阴金" function="传导糟粕" normalRange="6.5 ~ 7.2" currentValue="N/A" trend="N/A" note="二便秘涩"/>
                <organ name="肺" position="右" attribute="阳中之阴" function="喜凉润恶燥热，主肃降" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
                <organ name="脾" position="右" attribute="阴中之至阴" function="主运化水液，升清降浊" normalRange="7.2 ~ 8" currentValue="N/A" trend="N/A" note="未记录"/>
            </organAnalysis>
        </referenceLayer>
    </case>
</JXWDAIYijingBrainBase>

解析和打印 XML 数据

我们已经在前面的代码中实现了 JXWDAIYijingBrainBase 类和 main.cpp 文件。现在，我们可以直接使用这些代码来解析上面的 XML 数据并打印提取的信息。

运行结果

运行 main.cpp 后，输出应该类似于以下内容：

Title: 中医健康管理诊断报告 - 李聪甫医案 痉病
Patient Info: 陶某某, 女, 7岁
Symptoms: 发热数日, 忽然昏迷不醒, 目闭不开, 两手拘急厥冷, 牙关紧闭, 角弓反张, 二便秘涩, 脉伏不应指, 口噤, 舌不易察, 面色晦滞, 手压其腹则反张更甚，其腹必痛, 
Initial Diagnosis: 痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。
Treatment Plan: 
  - 大承气汤: 炒枳实 5g, 制厚朴 5g, 锦纹黄(泡) 10g, 玄明粉(泡) 10g, 
  - 复诊方: 杭白芍 10g, 炒山栀 5g, 淡黄芩 5g, 川黄连 3g, 炒枳实 5g, 牡丹皮 5g, 天花粉 7g, 锦纹黄(泡) 7g, 飞滑石 10g, 粉甘草 3g, 
Reflection: 小儿口噤肢冷，目合面晦，脉不应指，似为阴寒所袭。通过手触其腹，反张更甚，二便秘涩，断定为“热盛于中”的证征。断然用承气急下，泻热存阴，釜底抽薪，因而获救。
Organ Health: 
  - 心脏: Position: 左, Attribute: 阳中之阳, Function: 温煦、推动、流动, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 小肠: Position: 左, Attribute: 阳火, Function: 分清泌浊, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: N/A, Note: 未记录
  - 肝脏: Position: 左, Attribute: 阴中之阳, Function: 主疏泄，具有升发的功能, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 胆: Position: 左, Attribute: 阴木, Function: 贮藏胆汁, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: N/A, Note: 未记录
  - 膀胱: Position: 左, Attribute: 阴水, Function: 贮尿排尿, Normal Range: 5.8 ~ 6.5, Current Value: N/A, Trend: ↓, Note: 二便秘涩
  - 肾阴: Position: 左, Attribute: 阴中之阴, Function: 主生长发育，藏精气, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: ↓, Note: 热盛于中，肾阴可能受损
  - 大肠: Position: 右, Attribute: 阴金, Function: 传导糟粕, Normal Range: 6.5 ~ 7.2, Current Value: N/A, Trend: N/A, Note: 二便秘涩
  - 肺: Position: 右, Attribute: 阳中之阴, Function: 喜凉润恶燥热，主肃降, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录
  - 脾: Position: 右, Attribute: 阴中之至阴, Function: 主运化水液，升清降浊, Normal Range: 7.2 ~ 8, Current Value: N/A, Trend: N/A, Note: 未记录

这样，我们就成功地将李聪甫医案中的内容转换成了 JXWDYYAutoDevAIAgen 格式的 XML 数据，并使用 JXWDAIYijingBrainBase 类进行了解析和打印。希望这对你有帮助！如果有任何其他问题或需要进一步的帮助，请随时告诉我。
请<小镜XiaoJingChatBotDQN>使用"MMAIICILM"【转换成JXWDYYAutoDevAIAgen格式化】<T3D-ILDDMIA-case/2024-11-9-AM08.00>【镜心悟道系统架构开发主题“MMAIICILM-JXWDAIYijingBrainBase 类”镜心悟道医工工程师小镜“XiaoJingChatBotDQN<MoDEAI&MedAI&JXWDYYAutoDevAI>TCM
Agent”+中医健康管理智能体助理“XiaoJingChatBotDQN<MoDEAI&MedAI&JXWDYYAutoDevAI>Agent”】 <T3D-ILDDMIA-case/2024-11-9-AM08.00>【镜心悟道系统架构开发主题“MMAIICILM-JXWDAIYijingBrainBase 类”镜心悟道医工工程师小镜“XiaoJingChatBotDQN<MoDEAI&MedAI&JXWDYYAutoDevAI>TCM
Agent”+中医健康管理智能体助理““XiaoJingChatBotDQN<MoDEAI&MedAI&JXWDYYAutoDevAI>Agent””技术栈“XiaoJingChatBotDQN<MoDEAI&MedAI&JXWDYYAutoDevAI>Agent”是一个基于深度强化学习（Deep Reinforcement Learning, DRL）的智能体助理，特别设计用于提供中医健康管理建议。这个智能体结合了深度学习（Deep Learning）、强化学习（Reinforcement Learning）以及自然语言处理（Natural Language Processing, NLP）技术，旨在通过与用户的对话交流，了解用户的健康状况，并提供个性化的健康管理建议。"镜心悟道AI易经智能'大脑'大模型" "MirrorMind Enlightenment AI I Ching Intelligent 'Brain' Large Model" "MMAIICILM"<T3D-ILDDMIA-case/2024-11-9-AM08.00>【镜心悟道系统架构开发主题“MMAIICILM-JXWDAIYijingBrainBase 类”镜心悟道医工工程师小镜MoDEAI+中医健康管理智能体助理“XiaoJingChatBotDQNMoDEAgent”为了将提供的中医健康管理诊断报告转换成符合JXWDYYAutoDevXML数据集框架的XML文件，并且提供相应的C++和Python代码示例，我们可以按照以下步骤进行：

1. 定义数据结构

  陶某某 女 7 儿童 发热数日 忽然昏迷不醒 目闭不开 两手拘急厥冷 牙关紧闭 角弓反张 二便秘涩 痉病，热盛于中 炒枳实 5g 制厚朴 5g 锦纹黄(泡) 10g 玄明粉(泡) 10g 杭白芍 10g 炒山栀 5g 淡黄芩 5g 川黄连 3g 炒枳实 5g 牡丹皮 5g 天花粉 7g 锦纹黄(泡) 7g 飞滑石 10g 粉甘草 3g 《金匮》云：“痉为病，胸满口噤，卧不着席，脚挛急，必齘齿，可与大承气汤。”此为厥深热深的反映，议用急下存阴法。 复诊：抉齿连续灌服，服药后1时许，扰动不安，呻吟一声，泻下黏溏夹血的粪便极多，痉止厥回，更进1剂，热退神清。 但口渴甚，腹部阵痛拒按，显然“胃家实”也。 复诊方服至3剂，渴止，小便畅利而痊。 按：小儿口噤肢冷，目合面晦，脉不应指，似为阴寒所袭。通过手触其腹，反张更甚，二便秘涩，断定为“热盛于中”的证征。断然用承气急下，泻热存阴，釜底抽薪，因而获救。 痊愈