Sure, here is the translation of "An interactive FIRE calculator with Python & ChatGPT (zero coding experience)" in simplified Chinese while keeping the HTML structure: ```html 一个与Python和ChatGPT交互的FIRE计算器（零编程经验） ```

Sure, here is the translation in simplified Chinese while keeping the HTML structure: ```html

背景：

``` This HTML snippet represents "Background:" in simplified Chinese.

```html

我从事专业工作的早期就开始涉足投资，但和许多人一样，我的早期投资大部分在我二十多岁末和三十岁初被用来支付生活中各种重要的里程碑，比如——偿还商学院的贷款、资助我的婚礼、我的第一辆车和房屋首付。现在，当我接近三十五岁时，我的投资组合看起来比我想象中要瘦弱，我发现我的社交媒体越来越多地被“金融意见领袖”淹没，他们分享着经济末日即将来临的观点（并将他们销售的课程宣传为唯一的救世主）。这种持续不断的轰炸导致我有过不止一次的彻夜难眠。

```

Sure, here is the translated text in simplified Chinese, while keeping the HTML structure: ```html

虽然我对数字有个大概的概念，但我找不到一个有效计算和可视化我需要建立的语料库的工具，以便获得一定程度的财务安全感。现有的“FIRE”和退休计算器要么太简单，要么缺乏建模不同情景所需的交互功能。

``` In this translation: - "虽然" corresponds to "While". - "我对数字有个大概的概念" translates to "I always had a rough idea of the numbers". - "但我找不到一个有效计算和可视化我需要建立的语料库的工具" means "but I couldn’t find a tool that effectively calculated and visualized the corpus I need to build". - "以便获得一定程度的财务安全感" translates to "for a semblance of financial security". - "现有的“FIRE”和退休计算器要么太简单，要么缺乏建模不同情景所需的交互功能" means "Existing ‘FIRE’ and retirement calculators were either too simplistic or lacked the interactive features necessary to model different scenarios". This translation should fit into your HTML structure while conveying the intended meaning in simplified Chinese.

Sure, here's the text translated to simplified Chinese while keeping the HTML structure intact: ```html 我需要建立自己的工具... ```

在保持HTML结构的情况下，将以下英文文本翻译为简体中文：问题在哪里？我的编程技能几乎是不存在的。

在Poe.com的GenAI聚合器中，输入ChatGPT-4o以及一系列其他GenAI机器人，还有在我的iPad上使用的‘Carnets’ Python环境。

在一个美好的晚上，结束了工作和晚餐后，以ChatGPT为向导，Python为工具，我踏上了一个深夜编程的冒险。那段旅程中诞生了互动的“FIRE”计算器，我很高兴今天与你分享。

假设：

Sure, here's the HTML structure with the text translated into simplified Chinese: ```html

收入开关：

假定用户在达到“目标退休年龄”之前一直有收入（根据滑块输入投资固定百分比），在此年龄之后，用户被视为退休，不再有收入（或对资产进行任何进一步的主动投资）。

```
To translate the given English text into simplified Chinese while keeping the HTML structure intact, you can use the following: ```html
薪资增长率：年薪按照“salary_growth_rate”增长，直至退休。初始增长率（前5年）由滑块设置，随后每5年减少1/5。
``` This HTML snippet will display the translated text in simplified Chinese.
Sure, here's the translated text in simplified Chinese, keeping the HTML structure: ```html
年度投资和开支：每年都会投资年薪的固定百分比（percent_earnings_invested），直到退休。剩余的工资则作为退休前的年度开支。请注意，退休后的年度开支（以当前价格计算），其通胀调整值将确定退休后的提款额，会大大减少，并且使用滑块输入设定为固定值。
```
To translate the given English text into simplified Chinese while maintaining HTML structure, you can use the following: ```html
投资未来价值：投资的未来价值是基于直到退休时的投资回报率（annual_returns_pre_retirement）进行计算的。直到达到目标退休年龄（target_retirement_age）的所有年度投资的未来价值总和决定了退休时的资本。
``` This HTML snippet preserves the structure and semantics of the original English text while providing the translation in simplified Chinese.
To translate the provided text into simplified Chinese while keeping the HTML structure intact, you can use the following: ```html 年通货膨胀率：初始通货膨胀率（使用滑动输入设置为initial_inflation_rate）在经过5年后（即经济成熟后）从第6年开始每5年减少1/6。 ``` This HTML structure maintains the original formatting while providing the translation in simplified Chinese.
未来预计支出的未来价值：使用年度通货膨胀率，每年调整退休后等值的年度支出（设定为年度0的当前价格，使用滑动输入）。
Sure, here's the translated text in simplified Chinese while keeping the HTML structure: ```html 支出切换：退休后，假定用户根据通货膨胀后的退休支出开始消费其资产。 ``` This translation preserves the HTML structure with `` tags and accurately conveys the meaning in simplified Chinese.
Sure, here's the translation of the text into simplified Chinese, while keeping the HTML structure intact: ```html
总体语料计算：总体语料最初由退休时投资的累积未来价值组成。退休后，语料库基于 passsive 年回报（annual_returns_post_retirement）增长，并因提款（用于通货膨胀调整后的退休后费用）而减少。
``` In the translation: - "Total Corpus Calculation" is translated as "总体语料计算". - "cumulative future value of investments at retirement" is translated as "退休时投资的累积未来价值". - "passive annual returns" is translated as "passive 年回报". - "withdrawals (for the inflation adjusted post-retirement expenses)" is translated as "提款（用于通货膨胀调整后的退休后费用）".

Sure, here is the translation of "The Process:" into simplified Chinese, while keeping the HTML structure: ```html 过程： ``` This HTML code maintains the text "过程：" in simplified Chinese within a `` element, ensuring the structure is preserved.

Sure, here is the translated text in simplified Chinese while keeping the HTML structure intact: ```html

我开始时在Excel电子表格上创建了一个基于上述假设的初级退休计算器，并详细列出了涉及的所有列/字段、公式和默认值。这些细节被输入到我通过Poe.com付费订阅访问的Chat-GPT-4o-128k机器人中。我使用的提示是：

``` This HTML snippet contains the translated text in simplified Chinese as requested.

Below is the structure of a FIRE calculator I have created in excel that uses 15 columns, columns A to O.

The 15 column's with respective field names are below:

Column | Field Name | Sample Data Type | Description
A | Year # | 0 | Current year
B | Age | 34 | Age on current year
C | Earning toggle | 1 | 1/0 toggle where 1 means earning, 0 means not earning or retired
D | Annual Salary Growth % | 10% | % by which the salary is expected to grow for the current year
E | Annual Salary | ₹ 5,000,000 | Annual salary for the current year
F | Annual Expenses (pre-retirement) | ₹ 3,178,458 | Annual expenses (= salary - investment) , turns to 0 post retirement using the field 'Earning Toggle'
G | Annual Investments | ₹ 1,821,542 | defined based on the '% of earnings invested' value
H | FV of Investments at Retirement | ₹ 19,679,668 | future value of the current year's investment at the time of retirement, adds up to the retirement corpus
I | Annual Inflation % | 7% | inflation rate , remains steady for the first few years till year 6, gradually reduces by 1/6 th every 5 years after that
J | Spending toggle| 0 | 1/0 toggle where 0 means accumulating corpus & 1 means spending from corpus
K | Future Value of PR Expense | ₹ 1,800,000 | future value of the current annual expenses in the year based on inflation
L | Ad-Hoc Expenses | ₹ - | any unexpected interim expenses that may reduce the annual investments (if < G | Annual Investments column, and further from the overall corpus if more than that)
M | Total Corpus | ₹ 19,679,668 | total value of retirement corpus at the given year, equal to sum of future values of annual investments till retirement at retirement, N | Returns on Corpus post-retirement and O | Required Withdrawals
N | "Returns on Corpus post-retirement" | ₹ - |
O | Required Withdrawals | ₹ - | turns on using the ' J | Spending toggle' post retirement, equal to -1* K | Future Value of PR Expense (a negative value on the table)

The field names are on row 5 and the data points are entered from row 6 onwards. which means Cell A6 has the year '0' or the first value under the 'Year' field and thereon.

The rows above 5 contain the following cells with manually entered values that are used in the formulas:

Cell | Field Name | Default Value
A2 | Salary Growth %| 10%
B2 | % earnings invested | 30%
C2 | Current age (at year 0) | 34
C4 | Current salary (at year 0) | Rs. 50,00,000
D2 | Annual inflation % at year 0 | 7%
E2 | Target retirement age | 55
F2 | Pre-retirement (PR) minm. expenses at current (year 0) prices
G2 | Annual returns on investments earned till retirement | 12%
H2 | Annual returns on investments earned on the balance retirement corpus post retirement | 6%

The formulas used across the cells are as follows (the same formula is dragged across the entire column, except for the first cells in the fields that draw the year 0 value from the entered cells)

B7 =B6+1
J7 =INT((B7-1)/$E$2)
C7 =1-J7
D7=$D$6 (note that after year 6, this % value would decrease by 1/5th every 5 years, so D13=$A$20.8, D18=$A$20.64 and so on)
E7=C7E6(1+D7)
G7=E7*$B$2
F7=E7-G7
H7=G7*((1+$G$2)^($E$2-B7))
I7=$I$6 (note that after year 6, this % value would decrease by ~1/6th every 5 years, so I13=$I$60.84 so on)
J7=INT((B7-1)/$E$2)
K7=K6(1+I7) (note that K6 draws directly from the manually entered value K6=F2)
L7=these can be entered manually for any year, left blank as default
M7=M6+H7+N6+O7 (note M6=H6+O6)
N7=J7M7$H$2
O7=-1*(J7*K7-L7)

The cells that summarize the overall profile are:

Field name | Cell & formula
'Cumulative FV of pre-retirement Investments' | K2=SUM(H6:H62)
'Total Required Withdrawals' | L2=SUM(O6:O62)
'Returns on Post-Retirement Corpus' | M2=SUM(N6:N62)
'Shortfall' | O2=K2+L2

Sure, here is the simplified Chinese translation of the text: 这个机器人重新格式化了这些信息，提供了结构，并使用CommonMark Markdown填充了回复，以更清晰、更连贯的方式展示所有涉及的公式，显示出对任务理解的能力。

Sure, here's how you could write "My next prompt was:" in simplified Chinese within an HTML structure: ```html

我的下一个提示是：

``` This HTML snippet contains the translation "我的下一个提示是：" for "My next prompt was:".

Can you help me execute the same in Python. 
Also include insightful and interactive visualisations

这产生了一个脚本（我在Jupyter笔记本上执行了相同的操作），得到了以下输出：

Certainly! Here is the text translated to simplified Chinese while keeping the HTML structure: ```html 虽然这不算技术上的‘错误’，但这远不是我想要的。 ``` In this translation: - `` specifies the language of the enclosed text as simplified Chinese. - The Chinese text itself is a translation of "While not technically ‘incorrect’, this was far from what I had in mind."

Sure, here is the translated text in simplified Chinese while keeping the HTML structure: ```html 所以我回到机器人那里，并要求添加一些滑块来控制输入变量，并使输出（此时可能并不能称之为“仪表板”）更加互动化，具体如下提示： ``` This translation maintains the structure of the original text within an HTML context, ensuring it fits seamlessly into a web page or document.

Can you make this interactive by introducing a slider for controlling values like the % investment (cell B2) and pre and post retirement rois (cells g2, h2)

Sure, here's the translated text in simplified Chinese, keeping the HTML structure intact: ```html

这个听话的机器人建议使用 ipywidgets 来创建交互式滑块，以控制“投资收益率百分比”、“退休前年回报率”和“退休后年回报率”字段，并使用 plotly 库创建随时间变化的总资金交互式图表。

``` This HTML snippet now contains the translated text in simplified Chinese, with appropriate formatting for integration into an HTML document.

To translate "The updated script gave me some of the sliders I wanted." into simplified Chinese while keeping HTML structure, you would use the following: ```html 更新后的脚本给了我一些我想要的滑块。 ``` This HTML snippet maintains the structure and content in simplified Chinese characters.

To translate the English text "On my next prompt, I asked for the sliders for some of the other input parameters as well, besides asking the bot to ‘glam’ it up." into simplified Chinese while keeping the HTML structure, you can use the following: ```html 在我的下一个提示中，我要求为一些其他的输入参数也添加滑块，而不仅仅是要求机器人进行“华丽”处理。 ``` This HTML structure preserves the text content while allowing it to be displayed correctly in web contexts.

Great. Also provide similar sliders for cells a2, c2, d2, e2, and f2. Show the age (column b) on the x axis and show all the way up to 90 years.
The interactive graph works fine but looks rather bland. Can you use better graphics for visualisation

Sure, here is the translation of the English text into simplified Chinese: ChatGPT 开发了一个脚本，增加了更多的定制功能到绘图中，例如更好的颜色、悬停信息和更精细的布局。

Sure, here is the translation in simplified Chinese while keeping the HTML structure: ```html

增强内容包括：

``` This HTML snippet translates "The enhancements were:" into "增强内容包括："

Plotly图形定制：
Sure, here is the translation in simplified Chinese, keeping the HTML structure intact: ```html 线条和标记：更新了图表，同时使用线条和标记，以提升可视性。 ``` In this HTML snippet: - `` tags are used to wrap each segment of text for styling purposes. - The text "Lines and Markers:" and "Updated the graph to use both lines and markers for better visibility." are translated into simplified Chinese.
颜色和线条样式：使用不同的颜色和样式（实线、虚线、点线）区分线条。
Sure, here's the translated text in simplified Chinese while maintaining the HTML structure: ```html 图例：将图例置于顶部，并水平对齐。 ``` This HTML code positions the legend at the top and horizontally aligns it, with the translated text in simplified Chinese.
在HTML结构中保持不变，将以下英文文本翻译为简体中文：模板：使用plotly_dark模板，以现代风格呈现。
Sure, here's the translation in simplified Chinese while keeping the HTML structure intact: ```html Hover Information: Enabled unified hover mode for better interactivity. ``` In this HTML snippet: - `title` attribute provides the tooltip text that appears when hovering over the text in Chinese. - The English text is retained within the `` element for fallback and accessibility purposes.

In simplified Chinese, "Multiple Traces:" would be translated as "多个轨迹：" while keeping the HTML structure intact.

Sure, here is the translation of the text into simplified Chinese while maintaining the HTML structure: ```html 添加了总语料、年薪和年度支出（退休前）的追踪，以全面了解情况。 ```

Certainly! The translation of "3. Layout Settings:" into simplified Chinese while keeping the HTML structure would be: ```html 3. 布局设置： ```

在图表和坐标轴上设置标题。
在保持HTML结构的情况下，将以下英文文本翻译成简体中文：改进了悬停模式，使悬停在图表上时能提供统一的数据点。

在HTML结构中保持不变，将以下英文文本翻译为简体中文：事情开始变得有趣起来：

在保持HTML结构的情况下，将以下英文文本翻译为简体中文：考虑到y轴的比例（需要容纳总资产值），代表年薪和年度支出（退休前）的线条看起来相当微不足道，更像是干扰。

Here is the translated text in simplified Chinese while keeping the HTML structure intact: ```html 所以，我建议摒弃它们，专注于总体语料库线。考虑到印度货币，使用“克日元”而不是“万日元”作为单位选择，似乎更合乎逻辑。 ``` This translation maintains the structure of the original text and provides the simplified Chinese equivalent.

Just show the total corpus on the graph and not the other 2 lines. 
Use the unit of ‘₹ Crs.’ On the y axis , where 1 Cr = 10 Million

Sure, here is the simplified Chinese translation of the text, keeping the HTML structure intact: ```html

机器人及时地对脚本进行了这些更改（双关略有意图）。

```

现在重点是对输出图进行化妆式的修改。

Make the part of the graph that goes below into the negative range red color

在保持HTML结构的情况下，将以下英文文本翻译为简体中文：所涉及的步骤是：

在保留HTML结构的情况下，将以下英文文本翻译成简体中文： **分离正负值：** 添加了两列新字段“总语料正向”和“总语料负向”，以区分总语料的正向和负向值。这有助于在图表中使用不同的颜色来显示它们。
Sure, here's how you can represent that in simplified Chinese within an HTML structure: ```html
条件格式设置：使用条件格式将正值标示为蓝色，负值标示为红色。
``` In this HTML snippet: - `
` tags are used for paragraph formatting. - The Chinese text provided translates to "Conditional Formatting: Used conditional formatting to mark positive values as blue and negative values as red."
Plot Customization: 更新了Plotly可视化，包括了正负迹线并使用了适当的颜色。

Sure, here's the text translated to simplified Chinese, while keeping the HTML structure: ```html 我的下一个请求是： ```

Add markers or vertical lines to highlight the age years of retirement and the point where the total corpus becomes 0

在保持HTML结构的情况下，将以下英文文本翻译成简体中文：这个机器人通过计算总体资金归零的年龄来解决这个问题，使用了 df.loc[df['Total Corpus (₹ Crs.)']

Sure, here's the translated text in simplified Chinese, keeping the HTML structure: ```html

我还提了一个请求，稍微调整一下图表的整体纵横比 —— 原来的感觉太宽了。

``` This HTML code snippet contains the translated text "我还提了一个请求，稍微调整一下图表的整体纵横比 —— 原来的感觉太宽了。", which means "I threw in a request to adjust the overall aspect ratio of the graph a bit as well — the original one felt too wide."

Sure, the translation of "Almost there:" into simplified Chinese while keeping HTML structure intact would be: ```html 几乎完成： ``` In this translation: - "几乎" means "almost" or "nearly". - "完成" means "there" in the sense of completion or achievement. - ":" is the punctuation mark for indicating a title or label, similar to English.

Sure, here's the translated text in simplified Chinese: 虽然图表本身对于得出更广泛的见解（例如，您的退休基金能维持多久）似乎很有用，但悬停在单个标记上并不是分析年度变化最直观的方式。因此，我要求在图表下方增加一个相邻的表格来进行分析。

Also display a table below the graph that shows the year on year values of the key variables mentioned in the original excel against the age

Sure, here's the translation of your text into simplified Chinese while maintaining the HTML structure: ```html

表格的结果基本符合我的预期，除了公关费用未来价值列，其数值需要向下调整一年（即当前年份的值，即年0，应等于当前价格下的退休前费用，通货膨胀乘数从下一年开始生效 — 模型已包括年0开始的乘数）。

``` This HTML code includes the translated text in simplified Chinese inside a table structure.

这一点在接下来的几个提示中得到了澄清（并随后得到了修正）。

在退休年份还需要一些类似的较小修正。

Also, for a retirement age, of say 55 years, the salary and investments become 0 and the withdrawal starts from year 56.

在保持HTML结构的情况下，将以下英文文本翻译为简体中文：机器人调整了“年薪”计算，以确保在退休年龄后停止增长。使用shift()函数正确填充退休年份的工资。

Sure, here is the translation of the provided text into simplified Chinese while maintaining the HTML structure: ```html

The ‘Spending Toggle’ ensured that withdrawals start from the year following retirement. The bot further adjusted the returns on corpus post-retirement calculation to correctly reflect returns based on the remaining corpus (after the yearly withdrawals for post retirement inflation adjusted expenses).

``` ```html

“支出切换”功能确保提款从退休后的第一年开始。机器人进一步调整了退休后计算的资金回报，以正确反映基于剩余资金（用于退休后通胀调整支出的年度提款后）的回报。

``` This HTML structure preserves the text while allowing it to be displayed correctly on a webpage.

在上述步骤中，由于在创建/定义字段之前引用它们，导致了一些错误的出现。在我与机器人分享错误消息后，这些问题在随后的迭代中得以解决。

Sure, here's the translation of "As a precaution, I asked to -" into simplified Chinese while keeping the HTML structure: ```html 作为预防措施，我要求 - ``` This maintains the original English sentence structure and inserts the Chinese translation.

Preemptively check for any other similar errors

Sure, here's the simplified Chinese translation of the text: 机器人列出了它在代码上运行的以下检查，并返回了更新后的脚本：

在确保正确的列创建顺序方面：确保所有列在被引用进行计算之前已创建。
Sure, here is the text translated to simplified Chinese while keeping the HTML structure: ```html
列初始化：正确初始化年薪以正确处理初始年份。确保公关费用的未来价值在年份0正确设置。
``` In this translation: - "Column Initialization" is translated as "列初始化". - "Properly initialized the Annual Salary to handle the initial year correctly." is translated as "正确初始化年薪以正确处理初始年份。". - "Ensured Future Value of PR Expense is correctly set for year 0." is translated as "确保公关费用的未来价值在年份0正确设置。" This maintains the structure suitable for HTML formatting.
在 HTML 结构中保持不变，将以下英文文本翻译为简体中文：预防性错误检查：彻底审查操作顺序，避免在创建列之前引用它们。
Certainly! Here is the translation of the English text "Detailed Comments: Added comments to make the flow of calculations clearer and easier to understand." into simplified Chinese, keeping the HTML structure intact: ```html 详细评论：添加了评论，使计算流程更加清晰易懂。 ``` This HTML snippet contains the translated text within the `` tags, ensuring it fits within the context of an HTML document.

请保持HTML结构，将以下英文文本翻译成简体中文：令人惊讶的是，年薪字段尚未包括在输入字段的滑块中，并且一直使用固定值。我要求对此进行更正，同时修复小数位数周围的一些小改动。

Add a slider for current salary as well. Change the range for the pre retirement expense slider to show from 600000 to 3600000. Remove the decimal places from the current salary and pre retirement expense sliders. 
In the table display currency values in Rs. Crs. with 3 decimal places.

Sure, here's the text translated to simplified Chinese while keeping the HTML structure: ```html 虽然我很喜欢我们现在的输出，但我觉得添加堆叠柱形图来显示退休年度内的缴款和取款，会帮助增加在显示净变动的线条上再增加一层信息。 ``` This translation maintains the original meaning while adapting it for a Chinese audience.

Sure, here is the translated text in simplified Chinese while keeping the HTML structure: ```html

我的说明明显不足，机器人为我提供了一个脚本，只是在整个图表的现有行中添加了条形。

``` This HTML snippet contains the translated text "我的说明明显不足，机器人为我提供了一个脚本，只是在整个图表的现有行中添加了条形。"

Sure, here's the translated text in simplified Chinese while keeping the HTML structure: ```html 我不得不用更详细的提示来补充，通过一个例子分解步骤，以获得期望的结果： ``` This HTML code ensures the translated text is displayed correctly in a web environment, maintaining both structure and content integrity.

I think you didn’t understand this ‘Along with the line charts can you use stacked bar charts to show the positive and negative contributions to the total corpus’ . 
What I meant was - suppose the corpus is Rs.100 going into a year and it decreases by Rs. 8 due to post retirement returns on investment, but decreases by Rs. 10 due to post retirement withdrawals, resulting in a total decraes3 in corpus by Rs. 2, can you show the 2 movements using stacked bars ?

在最后一步，我请求对输入滑块的排序和调整大小进行一些额外的修改。

Order the sliders in a logical sequence - eg the total salary should come at the very first. 
The sequence of sliders should be : Current Age, Target Retirement Age, Current Salary (₹), Annual Salary Growth % (est. next 5 yrs.), % Earnings Invested, Pre-Retirement ROI (on investment), Post-Retirement ROI (on corpus), Annual Inflation % (est. next 5 yrs.), Pre-Ret. Expenses (₹). Rename the sliders accordingly ( you can use abbreviated variable names to keep the code clean)
Increase the width of the text on the left of the sliders. Much of it is getting hidden/ covered.Adjust the layout width of each slider to 500px.

Certainly! Here is the translation in simplified Chinese, keeping the HTML structure: ```html 并且，我们有了最终的仪表盘!!! ```

在保持HTML结构的情况下，将以下英文文本翻译为简体中文： "完成魔术的最终Python脚本："

# Import necessary libraries
import pandas as pd
import numpy as np
import plotly.graph_objects as go
import ipywidgets as widgets
from ipywidgets import VBox
from IPython.display import display, HTML
import plotly.io as pio

# Function to calculate and plot the FIRE plan
def calculate_fire(
        current_age,
        target_retirement_age,
        current_salary,
        salary_growth_rate, 
        percent_earnings_invested, 
        annual_returns_pre_retirement, 
        annual_returns_post_retirement, 
        initial_inflation_rate, 
        pre_retirement_expenses):
    
    # Create an empty DataFrame to hold the calculations
    years = list(range(0, 90 - current_age + 1))  # Assuming analysis till age 90
    df = pd.DataFrame({'Year': years})

    # Calculations for Age
    df['Age'] = df['Year'] + current_age
    
    # Earning Toggle: 1 if earning, 0 if retired
    df['Earning Toggle'] = (df['Age'] < target_retirement_age).astype(int)
    
    # Annual Salary Growth Rate
    df['Annual Salary Growth %'] = salary_growth_rate
    df.loc[6::5, 'Annual Salary Growth %'] *= 0.8  # Adjust salary growth rate after certain years
    
    # Annual Salary Calculation
    df['Annual Salary'] = current_salary * df['Earning Toggle'] * (1 + df['Annual Salary Growth %']).cumprod()
    df['Annual Salary'] = df['Annual Salary'].shift().fillna(current_salary * df['Earning Toggle'])  # Adjust for year 0
    
    # Annual Investments and Expenses (pre-retirement)
    df['Annual Investments'] = df['Annual Salary'] * percent_earnings_invested
    df['Annual Expenses (pre-retirement)'] = df['Annual Salary'] - df['Annual Investments']
    
    # Future Value of Investments at Retirement
    df['Future Value of Investments at Retirement'] = df['Annual Investments'] * ((1 + annual_returns_pre_retirement) ** (target_retirement_age - df['Age']))
    
    # Annual Inflation Rate
    df['Annual Inflation %'] = initial_inflation_rate
    df.loc[6::5, 'Annual Inflation %'] *= 0.84  # Adjust inflation rate after certain years
    
    # Future Value of est. Expense
    df['Future Value of est. Expense'] = pre_retirement_expenses * (1 + df['Annual Inflation %']).cumprod()
    df.loc[0, 'Future Value of est. Expense'] = pre_retirement_expenses  # Ensure year 0 has the initial value
    
    # Spending Toggle: 1 if spending (post-retirement), 0 if not
    df['Spending Toggle'] = (df['Age'] >= target_retirement_age).astype(int)
    df['Ad-Hoc Expenses'] = 0  # Can be manually updated later
    
    # Calculate Total Corpus initially from Investments
    df['Total Corpus'] = df['Future Value of Investments at Retirement'].cumsum()
    
    # Calculate Returns on Corpus post-retirement
    df['Returns on Corpus post-retirement'] = df['Spending Toggle'] * df['Total Corpus'].shift() * annual_returns_post_retirement
    df['Returns on Corpus post-retirement'] = df['Returns on Corpus post-retirement'].fillna(0)
    
    # Calculate Required Withdrawals
    df['Required Withdrawals'] = -1 * (df['Spending Toggle'] * df['Future Value of est. Expense'] - df['Ad-Hoc Expenses'])
    
    # Update Total Corpus with returns and withdrawals
    df['Total Corpus'] = df['Total Corpus'] + df['Returns on Corpus post-retirement'].cumsum() + df['Required Withdrawals'].cumsum()
    
    # Convert Total Corpus to crores
    df['Total Corpus (₹ Crs.)'] = df['Total Corpus'] / 10**7
    df['Annual Salary (₹ Crs.)'] = df['Annual Salary'] / 10**7
    df['Annual Investments (₹ Crs.)'] = df['Annual Investments'] / 10**7
    df['Annual Expenses (pre-retirement) (₹ Crs.)'] = df['Annual Expenses (pre-retirement)'] / 10**7
    df['Future Value of Investments at Retirement (₹ Crs.)'] = df['Future Value of Investments at Retirement'] / 10**7
    df['Future Value of est. Expense (₹ Crs.)'] = df['Future Value of est. Expense'] / 10**7
    
    # Separate positive and negative values
    df['Total Corpus Positive'] = df['Total Corpus (₹ Crs.)'].apply(lambda x: x if x >= 0 else None)
    df['Total Corpus Negative'] = df['Total Corpus (₹ Crs.)'].apply(lambda x: x if x < 0 else None)
    
    # Find the age where total corpus becomes zero
    zero_corpus_age = df.loc[df['Total Corpus (₹ Crs.)'] <= 0, 'Age'].min()
    
    # Summary calculations
    cumulative_fv_pre_retirement_investments = df['Future Value of Investments at Retirement'].sum()
    total_required_withdrawals = df['Required Withdrawals'].sum()
    returns_post_retirement_corpus = df['Returns on Corpus post-retirement'].sum()
    shortfall = -1*(cumulative_fv_pre_retirement_investments + returns_post_retirement_corpus + total_required_withdrawals)
    
    # Print summary
    print(f'Cumulative FV of pre-retirement Investments: ₹ {cumulative_fv_pre_retirement_investments / 10**7:.2f} Crs.')
    print(f'Returns on Post-Retirement Corpus: ₹ {returns_post_retirement_corpus / 10**7:.2f} Crs.')
    print(f'Total Required Withdrawals: ₹ {total_required_withdrawals / 10**7:.2f} Crs.')
    print(f'Shortfall: ₹ {shortfall / 10**7:.2f} Crs.')
    print(f'Age when Total Corpus becomes Zero: {zero_corpus_age if not np.isnan(zero_corpus_age) else "Never"}')
    
    # Enhanced Plotly Visualization
    fig = go.Figure()
    
    # Plot positive values in blue
    fig.add_trace(go.Scatter(
        x=df['Age'], 
        y=df['Total Corpus Positive'], 
        mode='lines+markers',
        name='Total Corpus (Positive)',
        line=dict(color='royalblue', width=2),
        marker=dict(size=5)
    ))
    
    # Plot negative values in red
    fig.add_trace(go.Scatter(
        x=df['Age'], 
        y=df['Total Corpus Negative'], 
        mode='lines+markers',
        name='Total Corpus (Negative)',
        line=dict(color='red', width=2),
        marker=dict(size=5)
    ))
    
    # Add vertical line for retirement age
    fig.add_shape(type="line",
                  x0=target_retirement_age, x1=target_retirement_age,
                  y0=df['Total Corpus (₹ Crs.)'].min(), y1=df['Total Corpus (₹ Crs.)'].max(),
                  line=dict(color="orange", width=2, dash="dashdot"))
    
    # Add vertical line for zero corpus if applicable
    if not np.isnan(zero_corpus_age):
        fig.add_shape(type="line",
                      x0=zero_corpus_age, x1=zero_corpus_age,
                      y0=df['Total Corpus (₹ Crs.)'].min(), y1=df['Total Corpus (₹ Crs.)'].max(),
                      line=dict(color="red", width=2, dash="dashdot"))
    
    # Add stacked bar chart for positive and negative contributions
    df['Corpus Change Due to Returns'] = df['Returns on Corpus post-retirement'] / 10**7
    df['Corpus Change Due to Withdrawals'] = -df['Required Withdrawals'] / 10**7
    
    fig.add_trace(go.Bar(
        x=df['Age'],
        y=df['Corpus Change Due to Returns'],
        name='Returns on Corpus',
        marker_color='rgb(26, 118, 255)'
    ))
    
    fig.add_trace(go.Bar(
        x=df['Age'],
        y=df['Corpus Change Due to Withdrawals'],
        name='Withdrawals',
        marker_color='rgb(255, 0, 0)'
    ))
    
    fig.update_layout(
        title='Financial Independence Retire Early (FIRE) Plan',
        xaxis_title='Age',
        yaxis_title='Total Corpus (₹ Crs.)',
        barmode='relative',
        legend=dict(orientation='h', yanchor='bottom', y=1.02, xanchor='right', x=1),
        template='plotly_dark',
        hovermode='x unified',
        height=600
    )
    
    fig.show()
    
    # Display the table with formatted values
    formatted_df = df[['Age', 'Annual Salary (₹ Crs.)', 'Annual Investments (₹ Crs.)', 'Annual Expenses (pre-retirement) (₹ Crs.)', 'Future Value of Investments at Retirement (₹ Crs.)', 'Future Value of est. Expense (₹ Crs.)', 'Total Corpus (₹ Crs.)']].round(3)
    display(HTML(formatted_df.to_html(index=False)))

# Create interactive widgets
current_age_slider = widgets.IntSlider(value=34, min=25, max=60, step=1, description='Current Age', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
target_retirement_age_slider = widgets.IntSlider(value=55, min=45, max=70, step=1, description='Retirement Age', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
current_salary_slider = widgets.IntSlider(value=5000000, min=100000, max=20000000, step=100000, description='Current Salary (₹)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
salary_growth_rate_slider = widgets.FloatSlider(value=0.10, min=0.00, max=0.25, step=0.01, description='Salary Growth % (est. next 5 yrs.)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
percent_earnings_invested_slider = widgets.FloatSlider(value=0.30, min=0.05, max=0.50, step=0.01, description='% Earnings Invested', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
annual_returns_pre_retirement_slider = widgets.FloatSlider(value=0.12, min=0.05, max=0.30, step=0.01, description='Pre-Ret. ROI (on investment)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
annual_returns_post_retirement_slider = widgets.FloatSlider(value=0.06, min=0.02, max=0.15, step=0.01, description='Post-Ret. ROI (on corpus)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
initial_inflation_rate_slider = widgets.FloatSlider(value=0.07, min=0.02, max=0.10, step=0.01, description='Inflation % (est. next 5 yrs.)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))
pre_retirement_expenses_slider = widgets.IntSlider(value=1800000, min=600000, max=3600000, step=10000, description='Pre-Ret. Expenses (₹)', style={'description_width': 'initial'}, layout=widgets.Layout(width='500px'))

# Create VBox to hold all sliders
widget_box = VBox([
    current_age_slider,
    target_retirement_age_slider,
    current_salary_slider,
    salary_growth_rate_slider,
    percent_earnings_invested_slider,
    annual_returns_pre_retirement_slider,
    annual_returns_post_retirement_slider,
    initial_inflation_rate_slider,
    pre_retirement_expenses_slider
])

# Create an interactive output area
output = widgets.interactive_output(calculate_fire, {
    'current_age': current_age_slider,
    'target_retirement_age': target_retirement_age_slider,
    'current_salary': current_salary_slider,
    'salary_growth_rate': salary_growth_rate_slider,
    'percent_earnings_invested': percent_earnings_invested_slider,
    'annual_returns_pre_retirement': annual_returns_pre_retirement_slider,
    'annual_returns_post_retirement': annual_returns_post_retirement_slider,
    'initial_inflation_rate': initial_inflation_rate_slider,
    'pre_retirement_expenses': pre_retirement_expenses_slider
})

# Display the widgets and output
display(widget_box, output)

Sure, here is the translation of "The Output:" into simplified Chinese, while maintaining HTML structure: ```html

输出：

``` In this HTML snippet, `

` tags are used to denote a paragraph, and the text "输出：" is enclosed within them, providing a simple translation for "The Output:".

最终的仪表板基本上分为3个部分：

Sure, here's how you can structure the HTML to display the text in simplified Chinese: ```html

输入滑块：

这些允许用户调整其各自情景的输入。

``` This HTML structure will display the text "The input sliders: These allow the user to adjust the inputs for their respective scenarios." in simplified Chinese.

To translate the English text into simplified Chinese while keeping the HTML structure, you can use the following: ```html 2. 响应式图表：蓝色线条表示随时间形成和消耗的退休基金（红色部分表示90年生命周期内的不足部分）。 ``` This HTML snippet preserves the structure while providing the translation in simplified Chinese.

Sure, here's the translation of your text into simplified Chinese, keeping the HTML structure: ```html

堆叠条形图中的蓝色条（退休后部分）代表余额资金的被动收益，红色条代表从资金中提取的金额（用于通胀调整后的退休后支出）。

``` In this HTML snippet, the Chinese text translates your original message while maintaining the structure for web use.

Sure, here's the translated text in simplified Chinese: 当红条超过蓝条时，总体资本净耗损开始。

在保持HTML结构的情况下，将以下英文文本翻译为简体中文：垂直的黄线代表退休的目标年龄，而垂直的红线代表总资金归零的年龄。

Certainly! Here's the translation of the text into simplified Chinese, keeping the HTML structure: ```html 3. 附表：表格显示了总体资金各组成部分的同比变动。 ``` This HTML snippet maintains the structure while providing the translation in simplified Chinese.

在仪表板上进行情景规划

通用假设：

Sure, here's the translation of the text into simplified Chinese while keeping the HTML structure: ```html
基本退休生活支出（按当前价格计算，假设没有负债且完全拥有住宅）：每年 ₹ 0.18 亿卢比（每月 ₹ 1,50,000） — 这基本足够覆盖基本开支，包括水电费、燃料/电费及维护费用、保险覆盖、旅行费用（每年1次国际旅行和3-4次国内旅行），适用于大多数印度大都市中没有负债的夫妇。
``` This HTML snippet contains the translated text in simplified Chinese, maintaining the original structure.
To translate "Total Lifespan : 90 years" into simplified Chinese and keep the HTML structure intact, you can use the following: ```html Total Lifespan : 90 years ``` In simplified Chinese characters, this would be: ```html 总寿命：90年 ``` Make sure your HTML document includes proper UTF-8 encoding to display Chinese characters correctly.
Sure, here's how you can translate the text into simplified Chinese while keeping the HTML structure intact: ```html Current Inflation : 7% | Current Salary Growth : 10%/ annum (both will go down by ~1/5th — 1/6th every 5 years) ``` Translated to simplified Chinese: ```html 当前通货膨胀率：7% | 当前工资增长率：10%/年（每5年下降约1/5至1/6） ``` Make sure to use appropriate UTF-8 encoding for the Chinese characters if you're embedding this in a web page or document.
Sure, here is the translation of "Default % earnings invested : 30%" into simplified Chinese, while maintaining the HTML structure: ```html 默认百分比投资收益：30% ```
Sure, here is the text translated into simplified Chinese while keeping the HTML structure intact: ```html 默认投资回报率：退休前（更积极）— 每年12% | 退休后资金余额 — 每年8% ``` This HTML structure maintains the original formatting and provides the translated text in simplified Chinese.
Sure, here is the translation in simplified Chinese while keeping the HTML structure intact: ```html “用户” — 可能指的是一个家庭中的主要收入者，或是双收入家庭中的一对夫妇。收入和支出会相应调整。 ``` This HTML snippet maintains the structure and specifies the language for the Chinese text using the `lang` attribute.

Sure, here's the translated text in simplified Chinese, while keeping the HTML structure intact: ```html

场景1：

```

To translate "A 25 year old ‘user’ earning (in-hand) Rs. 1,00,000 per month." into simplified Chinese while keeping the HTML structure, you can use the following: ```html

一个25岁的‘用户’，每月收入（实发）100,000卢比。

``` In this translation: - "一个" means "a/an". - "25岁的" means "25 years old". - "‘用户’" retains the single quotes around "user" (though note that Chinese does not typically use single quotes for emphasis, so you might consider omitting them in actual usage). - "每月收入" means "monthly income". - "（实发）" indicates "(in-hand)". - "100,000卢比" translates to "100,000 rupees". This HTML structure `

` tags are used to enclose the translated text, ensuring proper formatting and separation of content on a webpage.

在保持HTML结构不变的情况下，将以下英文文本翻译为简体中文：假设：他们能够实现每年复合增长率为20%，直到30岁，此后增长速度逐渐放缓。

在 HTML 结构中保持不变，将以下英文文本翻译成简体中文：他们可以选择在51岁舒适地“退休”，并且资金可以支持他们活到90岁。

为了实现更有雄心的 FIRE 年龄目标，他们将需要能够 -

Certainly! Here is the translation of the provided text into simplified Chinese, keeping the HTML structure intact: ```html 生成他们退休前投资的年回报率高达25%（未来20年），或 ``` This translation preserves the original meaning while adhering to the HTML structure requirement.
To translate the provided English text into simplified Chinese while keeping the HTML structure, you can use the following: ```html 成为它们的薪资以更具侵略性的25%年复合增长率（CAGR）增长5年，并维持更高的增长率f，同时投资其50%或接下来20年。 ``` This HTML snippet includes the translated text in simplified Chinese.

To translate "B. A 25 year old ‘user’ earning (in-hand) Rs. 1,50,000 per month" into simplified Chinese while keeping the HTML structure intact, you would write: ```html B. 一个25岁的‘用户’，每月实际收入为印度卢比1,50,000。 ``` In this translation: - "B." remains the same as it is typically understood in contexts like lists or points. - "一个" translates to "a" or "one". - "岁" means "years old". - "‘用户’" translates to "‘user’" with the quotation marks retained. - "每月" means "per month". - "实际收入" translates to "earning (in-hand)", conveying the idea of actual income received after deductions. - "印度卢比" stands for "Indian Rupees". - "1,50,000" is written in the same numerical format but with commas used for thousand separators as per Chinese conventions. This structure ensures clarity and readability in both languages.

在工资增长方面做出与之前相同的假设。

Sure, here's the translated text in simplified Chinese: ```html 他们可以选择在49岁时舒适地“退休”，或者通过额外投资2%的收入（即总计32%）并在接下来的20年里获得20%的回报，来推动更积极的45岁FIRE年龄。 ```

To translate "Scenario 2:" to simplified Chinese and keep the HTML structure intact, you would use the following: ```html 场景 2： ``` In this HTML snippet: - `` is used to mark up the text with a specific language. - `lang="zh-CN"` specifies the language as Simplified Chinese. - "场景 2：" is the translation of "Scenario 2:" into Simplified Chinese. This ensures that the text is correctly marked as Simplified Chinese for proper display and interpretation on websites or applications.

Certainly! Here's the translation of the text into simplified Chinese while keeping the HTML structure: ```html

一个30岁的“用户”，每月实际收入为20万印度卢比。

```

Assumptions: 他们能够实现每年复合增长率达到15%，直到35岁，此后增长速度逐渐放缓。

Here is the translated text in simplified Chinese while keeping the HTML structure: ```html

他们在默认假设值下，能够舒适地“退休”的最早时间是54岁。如果他们在退休前的投资中额外获得7%（即总计19%），那么他们可以在50岁时达到这一目标。

``` This HTML snippet contains the translated text: ``` 他们在默认假设值下，能够舒适地“退休”的最早时间是54岁。如果他们在退休前的投资中额外获得7%（即总计19%），那么他们可以在50岁时达到这一目标。 ``` Make sure to properly integrate this into your HTML document where necessary.

To translate "A 30 year old ‘user’ earning (in-hand) Rs. 3,00,000 per month." into simplified Chinese and keep the HTML structure intact, you can use the following: ```html B. 一个30岁的‘用户’，每月实际收入为300,000印度卢比。 ``` In this translation: - "B." remains unchanged as it is likely part of a list or heading. - "一个30岁的‘用户’" translates to "a 30-year-old 'user'". - "每月实际收入为300,000印度卢比" translates to "earning (in-hand) Rs. 3,00,000 per month."

在薪资增长方面做出与之前相同的假设。

Sure, here's the HTML structure with the translated text: ```html

额外的基本收入将使他们比51岁的同行提前3年退休。

```

Certainly! Here's the translated text in simplified Chinese while maintaining the HTML structure: ```html

通过在个人和投资目标上更加积极（未来5年中年薪增长率达到20% CAGR — 随后逐渐降低，投资35%收入，实现退休前20%的投资回报），即使他们也可以朝着雄心勃勃的45年FIRE目标努力。

``` This HTML snippet preserves the structure of the original English sentence while providing the translated text in simplified Chinese.

在 HTML 结构中保持不变，将以下英文文本翻译为简体中文：情景3：

To translate the text "A 35 year old ‘user’ earning (in-hand) Rs. 4,16,500 per month." into simplified Chinese while keeping the HTML structure intact, you would write: ```html A. 一个35岁的“用户”，每月实际收入为印度卢比4,16,500元。 ``` This HTML structure ensures the translated text maintains its formatting and is presented correctly on a webpage.

To translate "above number assumed such that the annual value adds up to 50 lacs" into simplified Chinese while keeping the HTML structure, you would use the following: ```html

#上述数字假设年值累计达到50万卢比。

``` This HTML structure surrounds the translated text in a paragraph (`

`) tag, ensuring proper formatting when displayed on a web page.

To translate the given English text to simplified Chinese while keeping the HTML structure, you can use the following: ```html 假设：他们能够实现年复合增长率（CAGR）达到10%，直到他们年满40岁，此后增长速度逐渐放缓。 ``` This translation maintains the HTML structure and ensures that the Chinese text is accurately represented.

To translate the English text "Such users would just about be able to ‘retire’ at 55 years considering the default growth and investment figures" into simplified Chinese while keeping HTML structure, you can use the following: ```html

这样的用户考虑到默认的增长和投资数据，大约可以在55岁时“退休”。

``` In this translation: - "Such users" is translated to "这样的用户" (zhèyàng de yònghù). - "would just about be able to" is translated to "大约可以" (dàyuē kěyǐ). - "‘retire’ at 55 years" is translated to "在55岁时‘退休’" (zài 55 suì shí 'tuìxiū'). - "considering the default growth and investment figures" is translated to "考虑到默认的增长和投资数据" (kǎolǜ dào mòrèn de zēngzhǎng hé tóuzī shùjù). Make sure your HTML structure incorporates this translation appropriately for your webpage or document.

Sure, here's the text translated into simplified Chinese while keeping the HTML structure: ```html

为了在50岁能够“退休”，他们需要持续投资他们工资的35%，并且在接下来的15年内获得20%的回报。

``` In simplified Chinese characters: ``` 为了在50岁能够“退休”，他们需要持续投资他们工资的35%，并且在接下来的15年内获得20%的回报。 ```

Sure, here is the translated text in simplified Chinese, keeping the HTML structure: ```html

在46岁时实现“FIRE”（即早期财务独立与退休），虽然可能性不大，但如果他们能在接下来的5-6年内将薪水翻倍，始终投资其35%，并在接下来的十年里获得30%的回报率，这是可以实现的。

注：这并不是一个非常实际的“退休”方案，因为假设的“退休后支出”可能不足以在四十几岁时支付基本开支。

``` This HTML snippet contains the translated text in simplified Chinese, maintaining the original structure for embedding into a webpage.

To translate the given text "B. A 35 year old ‘user’ earning (in-hand) Rs. 6,00,000 per month." into simplified Chinese while keeping the HTML structure, you can use the following: ```html B. 一位35岁的‘用户’，每月实际收入为6,00,000印度卢比。 ``` This HTML structure preserves the formatting and includes the translated text in simplified Chinese.

在薪资增长方面保持之前的假设不变。

Sure, here's the translated text in simplified Chinese, keeping the HTML structure: ```html 额外的基础收入使他们在达到52岁后比他们35岁的同龄人提前3年退休。 ``` This HTML code will display the translated Chinese text while maintaining the structural integrity of HTML.

Sure, here's the translation in simplified Chinese while maintaining the HTML structure: ```html

比默认的12%高5%的投资回报率将使他们能够在50岁时退休。

```

To translate the English text into simplified Chinese while keeping the HTML structure, you can use the following: ```html

虽然更多是一个假设情景 — 如果这些用户能够让他们的工资每年增长15%，直到他们40岁，投资他们收入的35%，并在未来十年里获得30%的回报，即使他们也可以在45岁时达到FIRE目标。

``` This HTML structure will display the translated text in simplified Chinese with proper formatting.

Conclusion : 结论：

To translate the provided English text into simplified Chinese while keeping the HTML structure intact, you would typically use the `` tag with a `lang` attribute for the translated text. Here's how you can structure it: ```html This calculator has been a great help in establishing the financial goalposts for me and while ‘心安理得’ is still a distant target, I at least have it on my cross-hairs. ``` And the simplified Chinese translation for "peace of mind" is "心安理得" (xīn ān lǐ dé). So, the HTML with the translated text would look like this: ```html This calculator has been a great help in establishing the financial goalposts for me and while ‘心安理得’ is still a distant target, I at least have it on my cross-hairs. ``` Make sure your HTML document includes the appropriate meta tag for character encoding and language: ```html Translated Text ``` This ensures proper display and encoding of Chinese characters on your webpage.

Sure, here is the translation of "An interactive FIRE calculator with Python & ChatGPT (zero coding experience)" in simplified Chinese while keeping the HTML structure: ```html 一个与Python和ChatGPT交互的FIRE计算器（零编程经验） ```

Sure, here is the translation in simplified Chinese while keeping the HTML structure: ```html

假设：

收入开关：

Sure, here is the translation of "The Process:" into simplified Chinese, while keeping the HTML structure: ```html 过程： ``` This HTML code maintains the text "过程：" in simplified Chinese within a `` element, ensuring the structure is preserved.

在保持HTML结构的情况下，将以下英文文本翻译为简体中文： "完成魔术的最终Python脚本："

Sure, here is the translation of "The Output:" into simplified Chinese, while maintaining HTML structure: ```html

在仪表板上进行情景规划

Sure, here's the translated text in simplified Chinese, while keeping the HTML structure intact: ```html

To translate "A 25 year old ‘user’ earning (in-hand) Rs. 1,00,000 per month." into simplified Chinese while keeping the HTML structure, you can use the following: ```html

Certainly! Here's the translation of the text into simplified Chinese while keeping the HTML structure: ```html

在 HTML 结构中保持不变，将以下英文文本翻译为简体中文：情景3：

Conclusion : 结论：

The translation of "Diving into the world of AI agents" into simplified Chinese is "深入探索AI代理的世界".

苏格拉底全知🦉

如何与GPT聊天而不会意外被认为是机器人

LLM申请架构

在2024年使用FastAPI创建由LLM驱动的API

ChatGPT Mega Prompt To Apply Feynman Technique ChatGPT 超级提示应用费曼技巧

揭开人工智能的力量：穿越 ALX AiCE - AI 职业要点的第一周。

AI: 每周总结。RTZ #395

双子座对决ChatGPT：哪个更适合文案写作？

不确定我的认识谦逊

Sure, here is the translation of "An interactive FIRE calculator with Python & ChatGPT (zero coding experience)" in simplified Chinese while keeping the HTML structure: ```html 一个与Python和ChatGPT交互的FIRE计算器（零编程经验） ```

Sure, here is the translation in simplified Chinese while keeping the HTML structure: ```html

假设：

收入开关：

Sure, here is the translation of "The Process:" into simplified Chinese, while keeping the HTML structure: ```html 过程： ``` This HTML code maintains the text "过程：" in simplified Chinese within a `` element, ensuring the structure is preserved.

在保持HTML结构的情况下，将以下英文文本翻译为简体中文： "完成魔术的最终Python脚本："

Sure, here is the translation of "The Output:" into simplified Chinese, while maintaining HTML structure: ```html

在仪表板上进行情景规划

Sure, here's the translated text in simplified Chinese, while keeping the HTML structure intact: ```html

To translate "A 25 year old ‘user’ earning (in-hand) Rs. 1,00,000 per month." into simplified Chinese while keeping the HTML structure, you can use the following: ```html

Certainly! Here's the translation of the text into simplified Chinese while keeping the HTML structure: ```html

在 HTML 结构中保持不变，将以下英文文本翻译为简体中文： 情景3：

Conclusion : 结论：

The translation of "Diving into the world of AI agents" into simplified Chinese is "深入探索AI代理的世界".

苏格拉底全知🦉

如何与GPT聊天而不会意外被认为是机器人

LLM申请架构

在2024年使用FastAPI创建由LLM驱动的API

ChatGPT Mega Prompt To Apply Feynman Technique ChatGPT 超级提示应用费曼技巧

揭开人工智能的力量：穿越 ALX AiCE - AI 职业要点的第一周。

AI: 每周总结。RTZ #395

双子座对决ChatGPT：哪个更适合文案写作？

不确定我的认识谦逊

在 HTML 结构中保持不变，将以下英文文本翻译为简体中文：情景3：