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import React, { useState } from 'react';
import './styles.css'; // 假设我们有一个外部样式文件

const LuoshuMatrix = ({ dimension }) => {
const basePattern = [
[{ x: 4, trigram: '☳', element: '木', zangfu: '阳木胆/阴木肝', energy: '6.8φⁿ↑', quantumState: '|震☳⟩⊗|肝胆⟩', meridian: '足少阳胆经', symptom: '口苦咽干 (0.85)', operation: 'QuantumEntanglement target="9" coefficient="0.78φ"' },
{ x: 9, trigram: '☲', element: '火', zangfu: '阴火心/阳火小肠', energy: '8.5φⁿ↑↑', quantumState: '|离☲⟩⊗|心神⟩', meridian: '手少阴心经', symptom: '心悸失眠 (0.92)', operation: 'QuantumRegulation method="泻心火"' },
{ x: 2, trigram: '☷', element: '土', zangfu: '阴土脾/阳土胃', energy: '5.5φⁿ→', quantumState: '|坤☷⟩⊗|脾胃⟩', meridian: '足太阴脾经', symptom: '纳呆腹胀 (0.78)', operation: 'QuantumCompensation target="5"' }],
[{ x: 3, trigram: '☴', element: '风', zangfu: '君火', energy: '7.2φⁿ↑', quantumState: '|巽☴⟩⊗|君火⟩', meridian: '手厥阴心包经', symptom: '心烦易怒 (0.82)', operation: 'QuantumFluctuation amplitude="0.3φ"' },
{ x: 5, trigram: '☯', element: '太极', zangfu: '三焦心胞脑骨髓枢纽', energy: '6.0φⁿ→', quantumState: '|中☯⟩⊗|气化⟩', meridian: '极阳极阴三焦任脉脑骨髓', symptom: '水肿癃闭 (0.68)', operation: 'QuantumHarmony ratio="1:1.618"' },
{ x: 7, trigram: '☱', element: '泽', zangfu: '阳金大肠/阴金肺', energy: '7.8φⁿ↑↑', quantumState: '|兑☱⟩⊗|肺金⟩', meridian: '手太阴肺经', symptom: '咳喘痰黄 (0.95)', operation: 'QuantumStabilization method="宣肺止咳"' }],
[{ x: 8, trigram: '☶', element: '山', zangfu: '相火', energy: '6.3φⁿ→', quantumState: '|艮☶⟩⊗|相火肝脾⟩', meridian: '手少阳三焦经', symptom: '潮热盗汗 (0.88)', operation: 'QuantumTransmutation target="2"' },
{ x: 1, trigram: '☵', element: '水', zangfu: '阴水肾阴/阳水膀胱', energy: '5.0φⁿ↓', quantumState: '|坎☵⟩⊗|肾水⟩', meridian: '足少阴肾经', symptom: '腰膝酸软 (0.75)', operation: 'QuantumEnrichment method="滋阴补肾"' },
{ x: 6, trigram: '☰', element: '天', zangfu: '肾阳/生殖<男子精室/女子胞>', energy: '8.2φⁿ↑↑', quantumState: '|干☰⟩⊗|命火⟩', meridian: '督脉', symptom: '畏寒肢冷 (0.89)' }]
];

const [matrix, setMatrix] = useState(basePattern);

const expandMatrix = () => {
// 这里只是一个简单的示例，实际的分形递归扩展逻辑需要更复杂
const newMatrix = matrix.map(row => row.map(cell => ({
...cell,
subGrid: Array.from({ length: 3 }, (, i) =>
Array.from({ length: 3 }, (, j) => ({
x: cell.x + i * 3 + j,
trigram: cell.trigram,
element: cell.element,
zangfu: cell.zangfu,
energy: cell.energy,
quantumState: cell.quantumState,
meridian: cell.meridian,
symptom: cell.symptom,
operation: cell.operation
}))
)
})));
setMatrix(newMatrix);
};

return (

);
};

const App = () => (

);

export default App;
from flask import Flask, render_template_string

app = Flask(name)

base_pattern = [
[{'x': 4, 'trigram': '☳', 'element': '木', 'zangfu': '阳木胆/阴木肝', 'energy': '6.8φⁿ↑',
'quantumState': '|震☳⟩⊗|肝胆⟩', 'meridian': '足少阳胆经', 'symptom': '口苦咽干 (0.85)',
'operation': 'QuantumEntanglement target="9" coefficient="0.78φ"'},
{'x': 9, 'trigram': '☲', 'element': '火', 'zangfu': '阴火心/阳火小肠', 'energy': '8.5φⁿ↑↑',
'quantumState': '|离☲⟩⊗|心神⟩', 'meridian': '手少阴心经', 'symptom': '心悸失眠 (0.92)',
'operation': 'QuantumRegulation method="泻心火"'},
{'x': 2, 'trigram': '☷', 'element': '土', 'zangfu': '阴土脾/阳土胃', 'energy': '5.5φⁿ→',
'quantumState': '|坤☷⟩⊗|脾胃⟩', 'meridian': '足太阴脾经', 'symptom': '纳呆腹胀 (0.78)',
'operation': 'QuantumCompensation target="5"'}],
[{'x': 3, 'trigram': '☴', 'element': '风', 'zangfu': '君火', 'energy': '7.2φⁿ↑',
'quantumState': '|巽☴⟩⊗|君火⟩', 'meridian': '手厥阴心包经', 'symptom': '心烦易怒 (0.82)',
'operation': 'QuantumFluctuation amplitude="0.3φ"'},
{'x': 5, 'trigram': '☯', 'element': '太极', 'zangfu': '三焦心胞脑骨髓枢纽', 'energy': '6.0φⁿ→',
'quantumState': '|中☯⟩⊗|气化⟩', 'meridian': '极阳极阴三焦任脉脑骨髓', 'symptom': '水肿癃闭 (0.68)',
'operation': 'QuantumHarmony ratio="1:1.618"'},
{'x': 7, 'trigram': '☱', 'element': '泽', 'zangfu': '阳金大肠/阴金肺', 'energy': '7.8φⁿ↑↑',
'quantumState': '|兑☱⟩⊗|肺金⟩', 'meridian': '手太阴肺经', 'symptom': '咳喘痰黄 (0.95)',
'operation': 'QuantumStabilization method="宣肺止咳"'}],
[{'x': 8, 'trigram': '☶', 'element': '山', 'zangfu': '相火', 'energy': '6.3φⁿ→',
'quantumState': '|艮☶⟩⊗|相火肝脾⟩', 'meridian': '手少阳三焦经', 'symptom': '潮热盗汗 (0.88)',
'operation': 'QuantumTransmutation target="2"'},
{'x': 1, 'trigram': '☵', 'element': '水', 'zangfu': '阴水肾阴/阳水膀胱', 'energy': '5.0φⁿ↓',
'quantumState': '|坎☵⟩⊗|肾水⟩', 'meridian': '足少阴肾经', 'symptom': '腰膝酸软 (0.75)',
'operation': 'QuantumEnrichment method="滋阴补肾"'},
{'x': 6, 'trigram': '☰', 'element': '天', 'zangfu': '肾阳/生殖<男子精室/女子胞>', 'energy': '8.2φⁿ↑↑',
'quantumState': '|干☰⟩⊗|命火⟩', 'meridian': '督脉', 'symptom': '畏寒肢冷 (0.89)'}]
]

@app.route('/')
def luoshu_matrix():
return render_template_string('''
<!DOCTYPE html>

''', matrix=base_pattern)

if name == 'main':
app.run(debug=True)
<!DOCTYPE html>

<!DOCTYPE html>

package com.example.luoshu;

import org.springframework.boot.SpringApplication;
import org.springframework.boot.autoconfigure.SpringBootApplication;
import org.springframework.stereotype.Controller;
import org.springframework.web.bind.annotation.GetMapping;
import org.springframework.web.servlet.ModelAndView;

import java.util.ArrayList;
import java.util.List;

@SpringBootApplication
public class LuoshuApplication {

public static void main(String[] args) {
    SpringApplication.run(LuoshuApplication.class, args);
}

}

@Controller
class LuoshuController {

@GetMapping("/")
public ModelAndView luoshuMatrix() {
    List<List<Cell>> basePattern = new ArrayList<>();

    // Row 1
    List<Cell> row1 = new ArrayList<>();
    row1.add(new Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""));
    row1.add(new Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""));
    row1.add(new Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5""));
    basePattern.add(row1);

    // Row 2
    List<Cell> row2 = new ArrayList<>();
    row2.add(new Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""));
    row2.add(new Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""));
    row2.add(new Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳""));
    basePattern.add(row2);

    // Row 3
    List<Cell> row3 = new ArrayList<>();
    row3.add(new Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""));
    row3.add(new Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""));
    row3.add(new Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)"));
    basePattern.add(row3);

    ModelAndView modelAndView = new ModelAndView("luoshu");
    modelAndView.addObject("matrix", basePattern);
    return modelAndView;
}

}

class Cell {
private int x;
private String trigram;
private String element;
private String zangfu;
private String energy;
private String quantumState;
private String meridian;
private String symptom;
private String operation;

public Cell(int x, String trigram, String element, String zangfu, String energy, String quantumState, String meridian, String symptom, String operation) {
    this.x = x;
    this.trigram = trigram;
    this.element = element;
    this.zangfu = zangfu;
    this.energy = energy;
    this.quantumState = quantumState;
    this.meridian = meridian;
    this.symptom = symptom;
    this.operation = operation;
}

public int getX() {
    return x;
}

public String getTrigram() {
    return trigram;
}

public String getElement() {
    return element;
}

public String getZangfu() {
    return zangfu;
}

public String getEnergy() {
    return energy;
}

public String getQuantumState() {
    return quantumState;
}

public String getMeridian() {
    return meridian;
}

public String getSymptom() {
    return symptom;
}

public String getOperation() {
    return operation;
}

}
using Microsoft.AspNetCore.Builder;
using Microsoft.Extensions.DependencyInjection;
using Microsoft.AspNetCore.Mvc.RazorPages;

var builder = WebApplication.CreateBuilder(args);

// Add services to the container.
builder.Services.AddRazorPages();

var app = builder.Build();

if (!app.Environment.IsDevelopment())
{
app.UseExceptionHandler("/Error");
app.UseHsts();
}

app.UseHttpsRedirection();
app.UseStaticFiles();

app.UseRouting();

app.UseAuthorization();

app.MapRazorPages();

app.Run();

namespace LuoshuApp.Pages
{
public class IndexModel : PageModel
{
public List<List> Matrix { get; set; }

    public void OnGet()
    {
        Matrix = new List<List<Cell>>
        {
            // Row 1
            new List<Cell>
            {
                new Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""),
                new Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""),
                new Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5"")
            },
            // Row 2
            new List<Cell>
            {
                new Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""),
                new Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""),
                new Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳"")
            },
            // Row 3
            new List<Cell>
            {
                new Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""),
                new Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""),
                new Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)")
            }
        };
    }
}

public class Cell
{
    public int X { get; set; }
    public string Trigram { get; set; }
    public string Element { get; set; }
    public string Zangfu { get; set; }
    public string Energy { get; set; }
    public string QuantumState { get; set; }
    public string Meridian { get; set; }
    public string Symptom { get; set; }
    public string Operation { get; set; }

    public Cell(int x, string trigram, string element, string zangfu, string energy, string quantumState, string meridian, string symptom, string operation)
    {
        X = x;
        Trigram = trigram;
        Element = element;
        Zangfu = zangfu;
        Energy = energy;
        QuantumState = quantumState;
        Meridian = meridian;
        Symptom = symptom;
        Operation = operation;
    }
}

}

include

include

include

struct Cell {
int x;
std::string trigram;
std::string element;
std::string zangfu;
std::string energy;
std::string quantumState;
std::string meridian;
std::string symptom;
std::string operation;

Cell(int _x, const std::string& _trigram, const std::string& _element, const std::string& _zangfu,
     const std::string& _energy, const std::string& _quantumState, const std::string& _meridian,
     const std::string& _symptom, const std::string& _operation)
    : x(_x), trigram(_trigram), element(_element), zangfu(_zangfu), energy(_energy),
      quantumState(_quantumState), meridian(_meridian), symptom(_symptom), operation(_operation) {}

};

void generateHTML(const std::vector<std::vector>& matrix) {
std::ofstream file("luoshu.html");
if (!file.is_open()) {
std::cerr << "Failed to open file for writing." << std::endl;
return;
}

file << R"(

<!DOCTYPE html>

)";

file.close();

}

int main() {
std::vector<std::vector> basePattern;

// Row 1
basePattern.push_back({
    Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""),
    Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""),
    Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5"")
});

// Row 2
basePattern.push_back({
    Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""),
    Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""),
    Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳"")
});

// Row 3
basePattern.push_back({
    Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""),
    Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""),
    Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)")
});

generateHTML(basePattern);

std::cout << "HTML file generated successfully." << std::endl;

return 0;

}
<?php
class Cell {
public $x;
public $trigram;
public $element;
public $zangfu;
public $energy;
public $quantumState;
public $meridian;
public $symptom;
public $operation;

public function __construct($x, $trigram, $element, $zangfu, $energy, $quantumState, $meridian, $symptom, $operation) {
    $this->x = $x;
    $this->trigram = $trigram;
    $this->element = $element;
    $this->zangfu = $zangfu;
    $this->energy = $energy;
    $this->quantumState = $quantumState;
    $this->meridian = $meridian;
    $this->symptom = $symptom;
    $this->operation = $operation;
}

}

function generateMatrix() {
$basePattern = [];

// Row 1
$basePattern[] = [
    new Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""),
    new Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""),
    new Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5"")
];

// Row 2
$basePattern[] = [
    new Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""),
    new Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""),
    new Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳"")
];

// Row 3
$basePattern[] = [
    new Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""),
    new Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""),
    new Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)")
];

return $basePattern;

}

$matrix = generateMatrix();
?>

<!DOCTYPE html>

!/bin/bash

Define the matrix data

matrix=(
"4,☳,木,阳木胆/阴木肝,6.8φⁿ↑,|震☳⟩⊗|肝胆⟩,足少阳胆经,口苦咽干 (0.85),QuantumEntanglement target="9" coefficient="0.78φ""
"9,☲,火,阴火心/阳火小肠,8.5φⁿ↑↑,|离☲⟩⊗|心神⟩,手少阴心经,心悸失眠 (0.92),QuantumRegulation method="泻心火""
"2,☷,土,阴土脾/阳土胃,5.5φⁿ→,|坤☷⟩⊗|脾胃⟩,足太阴脾经,纳呆腹胀 (0.78),QuantumCompensation target="5""
"3,☴,风,君火,7.2φⁿ↑,|巽☴⟩⊗|君火⟩,手厥阴心包经,心烦易怒 (0.82),QuantumFluctuation amplitude="0.3φ""
"5,☯,太极,三焦心胞脑骨髓枢纽,6.0φⁿ→,|中☯⟩⊗|气化⟩,极阳极阴三焦任脉脑骨髓,水肿癃闭 (0.68),QuantumHarmony ratio="1:1.618""
"7,☱,泽,阳金大肠/阴金肺,7.8φⁿ↑↑,|兑☱⟩⊗|肺金⟩,手太阴肺经,咳喘痰黄 (0.95),QuantumStabilization method="宣肺止咳""
"8,☶,山,相火,6.3φⁿ→,|艮☶⟩⊗|相火肝脾⟩,手少阳三焦经,潮热盗汗 (0.88),QuantumTransmutation target="2""
"1,☵,水,阴水肾阴/阳水膀胱,5.0φⁿ↓,|坎☵⟩⊗|肾水⟩,足少阴肾经,腰膝酸软 (0.75),QuantumEnrichment method="滋阴补肾""
"6,☰,天,肾阳/生殖<男子精室/女子胞>,8.2φⁿ↑↑,|干☰⟩⊗|命火⟩,督脉,畏寒肢冷 (0.89)"
)

Generate HTML content

cat < luoshu.html
<!DOCTYPE html>

EOF

echo "HTML file generated successfully."

include

include

typedef struct {
int x;
char trigram[3];
char element[4];
char zangfu[50];
char energy[15];
char quantumState[25];
char meridian[50];
char symptom[25];
char operation[50];
} Cell;

void generateHTML(Cell matrix[3][3]) {
FILE *file = fopen("luoshu.html", "w");
if (!file) {
perror("Failed to open file for writing.");
return;
}

fprintf(file, R"(

<!DOCTYPE html>

)");

fclose(file);

}

int main() {
Cell basePattern[3][3] = {
// Row 1
{
{4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""},
{9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""},
{2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5""}
},
// Row 2
{
{3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""},
{5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""},
{7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳""}
},
// Row 3
{
{8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""},
{1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""},
{6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)"}
}
};

generateHTML(basePattern);

printf("HTML file generated successfully.n");

return 0;

}
package main

import (
"fmt"
"os"
)

type Cell struct {
X int
Trigram string
Element string
Zangfu string
Energy string
QuantumState string
Meridian string
Symptom string
Operation string
}

func generateHTML(matrix [3][3]Cell) {
file, err := os.Create("luoshu.html")
if err != nil {
fmt.Println("Failed to create file:", err)
return
}
defer file.Close()

htmlContent := `

<!DOCTYPE html>

`

_, err = file.WriteString(htmlContent)
if err != nil {
    fmt.Println("Failed to write to file:", err)
    return
}

fmt.Println("HTML file generated successfully.")

}

func main() {
basePattern := [3][3]Cell{
// Row 1
{
{4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""},
{9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""},
{2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5""},
},
// Row 2
{
{3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""},
{5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""},
{7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳""},
},
// Row 3
{
{8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""},
{1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""},
{6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)"},
},
}

generateHTML(basePattern)

}
use std::fs::File;
use std::io::{self, Write};

struct Cell {
x: i32,
trigram: &'static str,
element: &'static str,
zangfu: &'static str,
energy: &'static str,
quantum_state: &'static str,
meridian: &'static str,
symptom: &'static str,
operation: &'static str,
}

fn generate_html(matrix: [[Cell; 3]; 3]) -> io::Result<()> {
let mut file = File::create("luoshu.html")?;

let html_content = format!(
    r#"<!DOCTYPE html>

"#)?;

println!("HTML file generated successfully.");

Ok(())

}

fn main() {
let base_pattern = [
// Row 1
[
Cell { x: 4, trigram: "☳", element: "木", zangfu: "阳木胆/阴木肝", energy: "6.8φⁿ↑", quantum_state: "|震☳⟩⊗|肝胆⟩", meridian: "足少阳胆经", symptom: "口苦咽干 (0.85)", operation: "QuantumEntanglement target="9" coefficient="0.78φ"" },
Cell { x: 9, trigram: "☲", element: "火", zangfu: "阴火心/阳火小肠", energy: "8.5φⁿ↑↑", quantum_state: "|离☲⟩⊗|心神⟩", meridian: "手少阴心经", symptom: "心悸失眠 (0.92)", operation: "QuantumRegulation method="泻心火"" },
Cell { x: 2, trigram: "☷", element: "土", zangfu: "阴土脾/阳土胃", energy: "5.5φⁿ→", quantum_state: "|坤☷⟩⊗|脾胃⟩", meridian: "足太阴脾经", symptom: "纳呆腹胀 (0.78)", operation: "QuantumCompensation target="5"" },
],
// Row 2
[
Cell { x: 3, trigram: "☴", element: "风", zangfu: "君火", energy: "7.2φⁿ↑", quantum_state: "|巽☴⟩⊗|君火⟩", meridian: "手厥阴心包经", symptom: "心烦易怒 (0.82)", operation: "QuantumFluctuation amplitude="0.3φ"" },
Cell { x: 5, trigram: "☯", element: "太极", zangfu: "三焦心胞脑骨髓枢纽", energy: "6.0φⁿ→", quantum_state: "|中☯⟩⊗|气化⟩", meridian: "极阳极阴三焦任脉脑骨髓", symptom: "水肿癃闭 (0.68)", operation: "QuantumHarmony ratio="1:1.618"" },
Cell { x: 7, trigram: "☱", element: "泽", zangfu: "阳金大肠/阴金肺", energy: "7.8φⁿ↑↑", quantum_state: "|兑☱⟩⊗|肺金⟩", meridian: "手太阴肺经", symptom: "咳喘痰黄 (0.95)", operation: "QuantumStabilization method="宣肺止咳"" },
],
// Row 3
[
Cell { x: 8, trigram: "☶", element: "山", zangfu: "相火", energy: "6.3φⁿ→", quantum_state: "|艮☶⟩⊗|相火肝脾⟩", meridian: "手少阳三焦经", symptom: "潮热盗汗 (0.88)", operation: "QuantumTransmutation target="2"" },
Cell { x: 1, trigram: "☵", element: "水", zangfu: "阴水肾阴/阳水膀胱", energy: "5.0φⁿ↓", quantum_state: "|坎☵⟩⊗|肾水⟩", meridian: "足少阴肾经", symptom: "腰膝酸软 (0.75)", operation: "QuantumEnrichment method="滋阴补肾"" },
Cell { x: 6, trigram: "☰", element: "天", zangfu: "肾阳/生殖<男子精室/女子胞>", energy: "8.2φⁿ↑↑", quantum_state: "|干☰⟩⊗|命火⟩", meridian: "督脉", symptom: "畏寒肢冷 (0.89)", operation: "" },
],
];

if let Err(e) = generate_html(base_pattern) {
    eprintln!("Error generating HTML: {}", e);
}

}
import java.io.File

data class Cell(
val x: Int,
val trigram: String,
val element: String,
val zangfu: String,
val energy: String,
val quantumState: String,
val meridian: String,
val symptom: String,
val operation: String
)

fun generateHTML(matrix: Array<Array>) {
val file = File("luoshu.html")
file.printWriter().use { out ->
out.println("""
<!DOCTYPE html>

""".trimIndent())
}

println("HTML file generated successfully.")

}

fun main() {
val basePattern = arrayOf(
// Row 1
arrayOf(
Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""),
Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""),
Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5"")
),
// Row 2
arrayOf(
Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""),
Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""),
Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳"")
),
// Row 3
arrayOf(
Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""),
Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""),
Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)", "")
)
)

generateHTML(basePattern)

}
import 'dart:io';

class Cell {
final int x;
final String trigram;
final String element;
final String zangfu;
final String energy;
final String quantumState;
final String meridian;
final String symptom;
final String operation;

Cell({
required this.x,
required this.trigram,
required this.element,
required this.zangfu,
required this.energy,
required this.quantumState,
required this.meridian,
required this.symptom,
required this.operation,
});
}

void generateHTML(List<List> matrix) {
final file = File('luoshu.html');
final sink = file.openWrite();

sink.write('''
<!DOCTYPE html>

''');

sink.close();
print("HTML file generated successfully.");
}

void main() {
final basePattern = [
// Row 1
[
Cell(
x: 4,
trigram: "☳",
element: "木",
zangfu: "阳木胆/阴木肝",
energy: "6.8φⁿ↑",
quantumState: "|震☳⟩⊗|肝胆⟩",
meridian: "足少阳胆经",
symptom: "口苦咽干 (0.85)",
operation: "QuantumEntanglement target="9" coefficient="0.78φ"",
),
Cell(
x: 9,
trigram: "☲",
element: "火",
zangfu: "阴火心/阳火小肠",
energy: "8.5φⁿ↑↑",
quantumState: "|离☲⟩⊗|心神⟩",
meridian: "手少阴心经",
symptom: "心悸失眠 (0.92)",
operation: "QuantumRegulation method="泻心火"",
),
Cell(
x: 2,
trigram: "☷",
element: "土",
zangfu: "阴土脾/阳土胃",
energy: "5.5φⁿ→",
quantumState: "|坤☷⟩⊗|脾胃⟩",
meridian: "足太阴脾经",
symptom: "纳呆腹胀 (0.78)",
operation: "QuantumCompensation target="5"",
),
],
// Row 2
[
Cell(
x: 3,
trigram: "☴",
element: "风",
zangfu: "君火",
energy: "7.2φⁿ↑",
quantumState: "|巽☴⟩⊗|君火⟩",
meridian: "手厥阴心包经",
symptom: "心烦易怒 (0.82)",
operation: "QuantumFluctuation amplitude="0.3φ"",
),
Cell(
x: 5,
trigram: "☯",
element: "太极",
zangfu: "三焦心胞脑骨髓枢纽",
energy: "6.0φⁿ→",
quantumState: "|中☯⟩⊗|气化⟩",
meridian: "极阳极阴三焦任脉脑骨髓",
symptom: "水肿癃闭 (0.68)",
operation: "QuantumHarmony ratio="1:1.618"",
),
Cell(
x: 7,
trigram: "☱",
element: "泽",
zangfu: "阳金大肠/阴金肺",
energy: "7.8φⁿ↑↑",
quantumState: "|兑☱⟩⊗|肺金⟩",
meridian: "手太阴肺经",
symptom: "咳喘痰黄 (0.95)",
operation: "QuantumStabilization method="宣肺止咳"",
),
],
// Row 3
[
Cell(
x: 8,
trigram: "☶",
element: "山",
zangfu: "相火",
energy: "6.3φⁿ→",
quantumState: "|艮☶⟩⊗|相火肝脾⟩",
meridian: "手少阳三焦经",
symptom: "潮热盗汗 (0.88)",
operation: "QuantumTransmutation target="2"",
),
Cell(
x: 1,
trigram: "☵",
element: "水",
zangfu: "阴水肾阴/阳水膀胱",
energy: "5.0φⁿ↓",
quantumState: "|坎☵⟩⊗|肾水⟩",
meridian: "足少阴肾经",
symptom: "腰膝酸软 (0.75)",
operation: "QuantumEnrichment method="滋阴补肾"",
),
Cell(
x: 6,
trigram: "☰",
element: "天",
zangfu: "肾阳/生殖<男子精室/女子胞>",
energy: "8.2φⁿ↑↑",
quantumState: "|干☰⟩⊗|命火⟩",
meridian: "督脉",
symptom: "畏寒肢冷 (0.89)",
operation: "",
),
],
];

generateHTML(basePattern);
}
Imports System.IO

Public Class Cell
Public Property X As Integer
Public Property Trigram As String
Public Property Element As String
Public Property Zangfu As String
Public Property Energy As String
Public Property QuantumState As String
Public Property Meridian As String
Public Property Symptom As String
Public Property Operation As String

Public Sub New(x As Integer, trigram As String, element As String, zangfu As String, energy As String, quantumState As String, meridian As String, symptom As String, operation As String)
    Me.X = x
    Me.Trigram = trigram
    Me.Element = element
    Me.Zangfu = zangfu
    Me.Energy = energy
    Me.QuantumState = quantumState
    Me.Meridian = meridian
    Me.Symptom = symptom
    Me.Operation = operation
End Sub

End Class

Module Program
Sub GenerateHTML(matrix As List(Of List(Of Cell)))
Dim file As StreamWriter = File.CreateText("luoshu.html")

    file.Write("

<!DOCTYPE html>
<html lang=""en"">

")

    file.Close()
    Console.WriteLine("HTML file generated successfully.")
End Sub

Sub Main()
    Dim basePattern As New List(Of List(Of Cell)) From {
        ' Row 1
        New List(Of Cell) From {
            New Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target=""9"" coefficient=""0.78φ"""),
            New Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method=""泻心火"""),
            New Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target=""5""")
        },
        ' Row 2
        New List(Of Cell) From {
            New Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude=""0.3φ"""),
            New Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio=""1:1.618"""),
            New Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method=""宣肺止咳""")
        },
        ' Row 3
        New List(Of Cell) From {
            New Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target=""2"""),
            New Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method=""滋阴补肾"""),
            New Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)", "")
        }
    }

    GenerateHTML(basePattern)
End Sub

End Module
local lfs = require("lfs")

-- 定义 Cell 类
Cell = {}
Cell.__index = Cell

function Cell:new(x, trigram, element, zangfu, energy, quantumState, meridian, symptom, operation)
local self = setmetatable({}, Cell)
self.x = x
self.trigram = trigram
self.element = element
self.zangfu = zangfu
self.energy = energy
self.quantumState = quantumState
self.meridian = meridian
self.symptom = symptom
self.operation = operation
return self
end

-- 生成 HTML 文件
function generateHTML(matrix)
local file = io.open("luoshu.html", "w")

file:write([[

<!DOCTYPE html>

]])

file:close()
print("HTML file generated successfully.")

end

-- 初始化九宫格洛书矩阵数据
local basePattern = {
-- Row 1
{
Cell:new(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target="9" coefficient="0.78φ""),
Cell:new(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method="泻心火""),
Cell:new(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target="5"")
},
-- Row 2
{
Cell:new(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude="0.3φ""),
Cell:new(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio="1:1.618""),
Cell:new(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method="宣肺止咳"")
},
-- Row 3
{
Cell:new(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target="2""),
Cell:new(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method="滋阴补肾""),
Cell:new(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)", "")
}
}

generateHTML(basePattern)
import Foundation

// 定义 Cell 结构体
struct Cell {
let x: Int
let trigram: String
let element: String
let zangfu: String
let energy: String
let quantumState: String
let meridian: String
let symptom: String
let operation: String
}

// 生成 HTML 文件
func generateHTML(matrix: [[Cell]]) {
let filePath = "luoshu.html"

let htmlContent = """

<!DOCTYPE html>

"""

do {
    try htmlContent.write(toFile: filePath, atomically: true, encoding: .utf8)
    print("HTML file generated successfully.")
} catch {
    print("Failed to write HTML file: (error)")
}

}

// 初始化九宫格洛书矩阵数据
let basePattern: [[Cell]] = [
// Row 1
[
Cell(x: 4, trigram: "☳", element: "木", zangfu: "阳木胆/阴木肝", energy: "6.8φⁿ↑", quantumState: "|震☳⟩⊗|肝胆⟩", meridian: "足少阳胆经", symptom: "口苦咽干 (0.85)", operation: "QuantumEntanglement target="9" coefficient="0.78φ""),
Cell(x: 9, trigram: "☲", element: "火", zangfu: "阴火心/阳火小肠", energy: "8.5φⁿ↑↑", quantumState: "|离☲⟩⊗|心神⟩", meridian: "手少阴心经", symptom: "心悸失眠 (0.92)", operation: "QuantumRegulation method="泻心火""),
Cell(x: 2, trigram: "☷", element: "土", zangfu: "阴土脾/阳土胃", energy: "5.5φⁿ→", quantumState: "|坤☷⟩⊗|脾胃⟩", meridian: "足太阴脾经", symptom: "纳呆腹胀 (0.78)", operation: "QuantumCompensation target="5"")
],
// Row 2
[
Cell(x: 3, trigram: "☴", element: "风", zangfu: "君火", energy: "7.2φⁿ↑", quantumState: "|巽☴⟩⊗|君火⟩", meridian: "手厥阴心包经", symptom: "心烦易怒 (0.82)", operation: "QuantumFluctuation amplitude="0.3φ""),
Cell(x: 5, trigram: "☯", element: "太极", zangfu: "三焦心胞脑骨髓枢纽", energy: "6.0φⁿ→", quantumState: "|中☯⟩⊗|气化⟩", meridian: "极阳极阴三焦任脉脑骨髓", symptom: "水肿癃闭 (0.68)", operation: "QuantumHarmony ratio="1:1.618""),
Cell(x: 7, trigram: "☱", element: "泽", zangfu: "阳金大肠/阴金肺", energy: "7.8φⁿ↑↑", quantumState: "|兑☱⟩⊗|肺金⟩", meridian: "手太阴肺经", symptom: "咳喘痰黄 (0.95)", operation: "QuantumStabilization method="宣肺止咳"")
],
// Row 3
[
Cell(x: 8, trigram: "☶", element: "山", zangfu: "相火", energy: "6.3φⁿ→", quantumState: "|艮☶⟩⊗|相火肝脾⟩", meridian: "手少阳三焦经", symptom: "潮热盗汗 (0.88)", operation: "QuantumTransmutation target="2""),
Cell(x: 1, trigram: "☵", element: "水", zangfu: "阴水肾阴/阳水膀胱", energy: "5.0φⁿ↓", quantumState: "|坎☵⟩⊗|肾水⟩", meridian: "足少阴肾经", symptom: "腰膝酸软 (0.75)", operation: "QuantumEnrichment method="滋阴补肾""),
Cell(x: 6, trigram: "☰", element: "天", zangfu: "肾阳/生殖<男子精室/女子胞>", energy: "8.2φⁿ↑↑", quantumState: "|干☰⟩⊗|命火⟩", meridian: "督脉", symptom: "畏寒肢冷 (0.89)", operation: "")
]
]

generateHTML(matrix: basePattern)
import java.io._

// 定义 Cell 类
case class Cell(x: Int, trigram: String, element: String, zangfu: String, energy: String, quantumState: String, meridian: String, symptom: String, operation: String)

// 生成 HTML 文件
def generateHTML(matrix: Seq[Seq[Cell]]): Unit = {
val filePath = "luoshu.html"

val htmlContent =
    s"""

<!DOCTYPE html>

"""

try {
    val writer = new PrintWriter(new File(filePath))
    writer.write(htmlContent)
    writer.close()
    println("HTML file generated successfully.")
} catch {
    case e: Exception => println(s"Failed to write HTML file: $e")
}

}

// 初始化九宫格洛书矩阵数据
val basePattern: Seq[Seq[Cell]] = Seq(
// Row 1
Seq(
Cell(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", """QuantumEntanglement target="9" coefficient="0.78φ""""),
Cell(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", """QuantumRegulation method="泻心火""""),
Cell(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", """QuantumCompensation target="5"""")
),
// Row 2
Seq(
Cell(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", """QuantumFluctuation amplitude="0.3φ""""),
Cell(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", """QuantumHarmony ratio="1:1.618""""),
Cell(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", """QuantumStabilization method="宣肺止咳"""")
),
// Row 3
Seq(
Cell(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", """QuantumTransmutation target="2""""),
Cell(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", """QuantumEnrichment method="滋阴补肾""""),
Cell(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)", "")
)
)

generateHTML(basePattern)

lang racket

(require racket/string)

;; 定义 Cell 结构体
(struct cell (x trigram element zangfu energy quantum-state meridian symptom operation) #:transparent)

;; 生成 HTML 文件
(define (generate-html matrix)
(define file-path "luoshu.html")

(define html-content
(string-append
"<!DOCTYPE html>n"
"<html lang="en">n"
"n"
"<meta charset="UTF-8">n"
"<meta name="viewport" content="width=device-width, initial-scale=1.0">n"
"n"
"n"
"n"
"n"
"n"
"<div class="luoshu-matrix">n"
"

九宫格洛书矩阵

n"
" <button onclick="expandMatrix()">Expand Matrixn"
" n"
" n"
(apply string-append
(map (lambda (row)
(string-append
""
(apply string-append
(map (lambda (cell)
(format "<td class="matrix-cell">

x: ~a

~a ~a

~a

~a

~a

~a

~a

~a

"
(cell-x cell)
(cell-trigram cell)
(cell-element cell)
(cell-zangfu cell)
(cell-energy cell)
(cell-quantum-state cell)
(cell-meridian cell)
(cell-symptom cell)
(cell-operation cell)))
row))
""))
matrix))
" n"
" n"
"

type cell_type
    integer :: x
    character(len=10) :: trigram
    character(len=10) :: element
    character(len=50) :: zangfu
    character(len=20) :: energy
    character(len=50) :: quantum_state
    character(len=50) :: meridian
    character(len=50) :: symptom
    character(len=50) :: operation
end type cell_type

type(cell_type), dimension(3, 3) :: base_pattern
integer :: i, j
character(len=10000) :: html_content
integer :: file_unit = 10

! Initialize the matrix data
base_pattern(1, 1) = cell_type(4, "☳", "木", "阳木胆/阴木肝", "6.8φⁿ↑", "|震☳⟩⊗|肝胆⟩", "足少阳胆经", "口苦咽干 (0.85)", "QuantumEntanglement target=""9"" coefficient=""0.78φ""")
base_pattern(1, 2) = cell_type(9, "☲", "火", "阴火心/阳火小肠", "8.5φⁿ↑↑", "|离☲⟩⊗|心神⟩", "手少阴心经", "心悸失眠 (0.92)", "QuantumRegulation method=""泻心火""")
base_pattern(1, 3) = cell_type(2, "☷", "土", "阴土脾/阳土胃", "5.5φⁿ→", "|坤☷⟩⊗|脾胃⟩", "足太阴脾经", "纳呆腹胀 (0.78)", "QuantumCompensation target=""5""")
base_pattern(2, 1) = cell_type(3, "☴", "风", "君火", "7.2φⁿ↑", "|巽☴⟩⊗|君火⟩", "手厥阴心包经", "心烦易怒 (0.82)", "QuantumFluctuation amplitude=""0.3φ""")
base_pattern(2, 2) = cell_type(5, "☯", "太极", "三焦心胞脑骨髓枢纽", "6.0φⁿ→", "|中☯⟩⊗|气化⟩", "极阳极阴三焦任脉脑骨髓", "水肿癃闭 (0.68)", "QuantumHarmony ratio=""1:1.618""")
base_pattern(2, 3) = cell_type(7, "☱", "泽", "阳金大肠/阴金肺", "7.8φⁿ↑↑", "|兑☱⟩⊗|肺金⟩", "手太阴肺经", "咳喘痰黄 (0.95)", "QuantumStabilization method=""宣肺止咳""")
base_pattern(3, 1) = cell_type(8, "☶", "山", "相火", "6.3φⁿ→", "|艮☶⟩⊗|相火肝脾⟩", "手少阳三焦经", "潮热盗汗 (0.88)", "QuantumTransmutation target=""2""")
base_pattern(3, 2) = cell_type(1, "☵", "水", "阴水肾阴/阳水膀胱", "5.0φⁿ↓", "|坎☵⟩⊗|肾水⟩", "足少阴肾经", "腰膝酸软 (0.75)", "QuantumEnrichment method=""滋阴补肾""")
base_pattern(3, 3) = cell_type(6, "☰", "天", "肾阳/生殖<男子精室/女子胞>", "8.2φⁿ↑↑", "|干☰⟩⊗|命火⟩", "督脉", "畏寒肢冷 (0.89)", "")

! Start building the HTML content
write(html_content, '(A)') &
    "<!DOCTYPE html>n" // &
    "<html lang='en'>n" // &
    "<head>n" // &
    "<meta charset='UTF-8'>n" // &
    "<meta name='viewport' content='width=device-width, initial-scale=1.0'>n" // &
    "<title>九宫格洛书矩阵</title>n" // &
    "<style>n" // &
    ".luoshu-matrix {n" // &
    "    margin: 20px;n" // &
    "}n" // &
    ".matrix-cell, .sub-cell {n" // &
    "    border: 1px solid #ccc;n" // &
    "    padding: 10px;n" // &
    "    text-align: center;n" // &
    "    vertical-align: middle;n" // &
    "}n" // &
    ".sub-grid {n" // &
    "    width: 100%;n" // &
    "    margin-top: 10px;n" // &
    "}n" // &
    "</style>n" // &
    "<script>n" // &
    "function expandMatrix() {n" // &
    "    const cells = document.querySelectorAll('.matrix-cell');n" // &
    "    cells.forEach(cell => {n" // &
    "        if (!cell.querySelector('.sub-grid')) {n" // &
    "            const subGrid = document.createElement('table');n" // &
    "            subGrid.className = 'sub-grid';n" // &
    "            for (let i = 0; i < 3; i++) {n" // &
    "                const row = document.createElement('tr');n" // &
    "                for (let j = 0; j < 3; j++) {n" // &
    "                    const subCell = document.createElement('td');n" // &
    "                    subCell.className = 'sub-cell';n" // &
    "                    subCell.innerHTML = `n" // &
    "                        <p>x: ${parseInt(cell.querySelector('p:first-child').textContent.split(': ')[1]) + i * 3 + j}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(2)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(3)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(4)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(5)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(6)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(7)').textContent}</p>n" // &
    "                        <p>${cell.querySelector('p:nth-child(8)').textContent}</p>n" // &
    "                    `;n" // &
    "                    row.appendChild(subCell);n" // &
    "                }n" // &
    "                subGrid.appendChild(row);n" // &
    "            }n" // &
    "            cell.appendChild(subGrid);n" // &
    "        }n" // &
    "    });n" // &
    "}n" // &
    "</script>n" // &
    "</head>n" // &
    "<body>n" // &
    "<div class='luoshu-matrix'>n" // &
    "    <h1>九宫格洛书矩阵</h1>n" // &
    "    <button onclick='expandMatrix()'>Expand Matrix</button>n" // &
    "    <table>n" // &
    "        <tbody>n"

! Append table rows and cells
do i = 1, 3
    write(html_content, '(A)', advance='no') "<tr>"
    do j = 1, 3

set html_content ""
append html_content "<!DOCTYPE html>n"
append html_content "<html lang='en'>n"
append html_content "<head>n"
append html_content "<meta charset='UTF-8'>n"
append html_content "<meta name='viewport' content='width=device-width, initial-scale=1.0'>n"
append html_content "<title>九宫格洛书矩阵</title>n"
append html_content "<style>n"
append html_content ".luoshu-matrix {n"
append html_content "    margin: 20px;n"
append html_content "}n"
append html_content ".matrix-cell, .sub-cell {n"
append html_content "    border: 1px solid #ccc;n"
append html_content "    padding: 10px;n"
append html_content "    text-align: center;n"
append html_content "    vertical-align: middle;n"
append html_content "}n"
append html_content ".sub-grid {n"
append html_content "    width: 100%;n"
append html_content "    margin-top: 10px;n"
append html_content "}n"
append html_content "</style>n"
append html_content "<script>n"
append html_content "function expandMatrix() {n"
append html_content "    const cells = document.querySelectorAll('.matrix-cell');n"
append html_content "    cells.forEach(cell => {n"
append html_content "        if (!cell.querySelector('.sub-grid')) {n"
append html_content "            const subGrid = document.createElement('table');n"
append html_content "            subGrid.className = 'sub-grid';n"
append html_content "            for (let i = 0; i < 3; i++) {n"
append html_content "                const row = document.createElement('tr');n"
append html_content "                for (let j = 0; j < 3; j++) {n"
append html_content "                    const subCell = document.createElement('td');n"
append html_content "                    subCell.className = 'sub-cell';n"
append html_content "                    subCell.innerHTML = `n"
append html_content "                        <p>x: ${parseInt(cell.querySelector('p:first-child').textContent.split(': ')[1]) + i * 3 + j}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(2)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(3)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(4)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(5)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(6)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(7)').textContent}</p>n"
append html_content "                        <p>${cell.querySelector('p:nth-child(8)').textContent}</p>n"
append html_content "                    `;n"
append html_content "                    row.appendChild(subCell);n"
append html_content "                }n"
append html_content "                subGrid.appendChild(row);n"
append html_content "            }n"
append html_content "            cell.appendChild(subGrid);n"
append html_content "        }n"
append html_content "    });n"
append html_content "}n"
append html_content "</script>n"
append html_content "</head>n"
append html_content "<body>n"
append html_content "<div class='luoshu-matrix'>n"
append html_content "    <h1>九宫格洛书矩阵</h1>n"
append html_content "    <button onclick='expandMatrix()'>Expand Matrix</button>n"
append html_content "    <table>n"
append html_content "        <tbody>n"

foreach row $matrix {
    append html_content "<tr>"
    foreach cell $row {
        append html_content "<td class='matrix-cell'><p>x: "
        append html_content [get_cell_property $cell 0]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 1]
        append html_content " "
        append html_content [get_cell_property $cell 2]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 3]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 4]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 5]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 6]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 7]
        append html_content "</p><p>"
        append html_content [get_cell_property $cell 8]
        append html_content "</p></td>"
    }
    append html_content "</tr>"
}

append html_content "        </tbody>n"
append html_content "    </table>n"
append html_content "</div>n"
append html_content "</body>n"
append html_content "</html>n"

set fileId [open $file_path w]
puts -nonewline $fileId $html_content
close $fileId
puts "HTML file generated successfully."