logoChat01.ai

写成 L a T E X 的代码。

생성일: 2026년 1월 10일

답변에 사용된 모델 GPT-5.2 Thinking by Chat01

질문

image.pngimage.png

写成 L a T E X 的代码。

Python

python
from PIL import Image, ImageEnhance
img = Image.open('/mnt/data/image.png')
img.size


(678, 849)

Python

python
import matplotlib.pyplot as plt, numpy as np
plt.figure(figsize=(7,9))
plt.imshow(img)
plt.axis('off')
plt.show()

Python

python
import matplotlib.pyplot as plt
import numpy as np
# zoom further
crop = img.crop((0,0,678,849))
# enhance
enh=ImageEnhance.Contrast(crop).enhance(1.4)
plt.figure(figsize=(9,11))
plt.imshow(enh)
plt.axis('off')
plt.show()

사고

Clarifying the outer loop and error connections

Okay, now I see the outer loop forming from Power Off, curving up to Power ON, and then back right. But there’s also another line extending left from Power ON that leads to Error/Fault. It looks like Power ON might trigger errors, and Handle Error has connections to multiple parts. I'll double-check these connections closely.

Refining error flow connections and labels

It seems like there’s an error path if Power ON fails, leading to Error/Fault. The arrow starts from the left of Power ON, goes to the left margin, and then down to Error/Fault. Additionally, Handle Error has multiple downward arrows leading to Error/Fault. There's also a rightward arrow connecting Error/Fault to Power Off. Re-checking the label connections would help clarify things.

Creating LaTeX code for flowchart with TikZ

To convert the user's request to LaTeX, I’ll generate a code snippet with the TikZ package to create a flowchart. It’ll include a document preamble and use nodes with rounded rectangles and circle nodes for start and end points. I'll also define styles like drop shadows and edge labels. I'll avoid internal citations and provide the final LaTeX code as a block.

Refining the diagram’s layout and error flow

For the "end" node, I’ll use a double circle with a gray fill for a bullseye effect. The block names should have multi-line format with labels like “Power ON.” I will also position nodes such as Power ON, Communication, and others from top to bottom. Error and fault nodes will be positioned on the side. I'll define appropriate edge directions for communication and error handling too.

Finalizing diagram layout with error handling and frames

So the arrows for "Communication Error" and "Start Error" will go from the respective nodes to "handleerror," and for "Calibration" or "Pulse," I’ll use bent edges with specific paths. Also, the outer loop will wrap around Power Off and Power On. I’ll add a title box and frame around everything for clarity, following the user's intent closely, but aiming for a simpler, effective design. Making the overall layout more cohesive.

Thought for 1m 25s

답변

下面是一份可直接编译的 TikZ/LaTeX 代码（用 standalone 生成单页图）。布局和连线按你图里的结构复刻（中心流程 + 左侧 Handle Error + 底部 Error/Fault + 右侧大回环）。

latex
\documentclass[tikz,border=6pt]{standalone}

\usetikzlibrary{arrows.meta,positioning,calc,shadows.blur,fit}

\begin{document}
\begin{tikzpicture}[
  font=\small,
  >={Stealth[length=2.2mm]},
  line width=0.8pt,
  node distance=11mm and 34mm,
  block/.style={
    draw,
    rounded corners=6pt,
    fill=orange!15,
    minimum width=40mm,
    minimum height=12mm,
    align=center,
    blur shadow={shadow xshift=1.2pt, shadow yshift=-1.2pt}
  },
  bigblock/.style={
    block,
    minimum width=46mm,
    minimum height=16mm
  },
  startdot/.style={circle, draw, fill=gray!70, minimum size=5mm, inner sep=0pt},
  enddot/.style={double, circle, draw, fill=orange!15, minimum size=5mm, inner sep=0pt},
  lab/.style={font=\scriptsize, inner sep=1pt}
]

% ---------- nodes (center line) ----------
\node[startdot] (s) {};
\node[lab, right=2mm of s] {Start};

\node[block, below=6mm of s] (pwon) {\textbf{[D1-N6-OP-L1-001]}\\\textbf{Power ON}};
\node[block, below=of pwon] (comm) {\textbf{[D1-N6-OP-L1-002]}\\\textbf{Communication}};
\node[block, below=of comm] (conf) {\textbf{[D1-N6-OP-L1-003]}\\\textbf{Configure}};
\node[block, below=of conf] (init) {\textbf{[D1-N6-OP-L1-004]}\\\textbf{Initialize}};
\node[block, below=of init] (startapp) {\textbf{[D1-N6-OP-L1-005]}\\\textbf{Start application}};
\node[block, below=of startapp] (calib) {\textbf{[D1-N6-OP-L1-006]}\\\textbf{Calibration}};
\node[block, below=of calib] (pulse) {\textbf{[D1-N6-OP-L1-007]}\\\textbf{Run Pulse measurement}};
\node[block, below=of pulse] (pwoff) {\textbf{[D1-N6-OP-L1-008]}\\\textbf{Power Off}};

\node[enddot, below=8mm of pwoff] (e) {};
\node[lab, below=1mm of e] {End};

% ---------- left side nodes ----------
\node[bigblock, left=55mm of startapp] (herr) {\textbf{[D1-N6-OP-L1-009]}\\\textbf{Handle Error}};
\node[block, below=28mm of herr] (fault) {\textbf{[D1-N6-OP-L1-010]}\\\textbf{Error/Fault}};

% ---------- main vertical arrows ----------
\draw[->] (s) -- (pwon);
\draw[->] (pwon) -- (comm);
\draw[->] (comm) -- (conf);
\draw[->] (conf) -- (init);
\draw[->] (init) -- (startapp);
\draw[->] (startapp) -- (calib);
\draw[->] (calib) -- (pulse);
\draw[->] (pulse) -- (pwoff);
\draw[->] (pwoff) -- (e);

% ---------- error -> handle, and resolved -> step ----------
\draw[->] (comm.west) to[out=180,in=60] node[lab, above] {Communication Error} (herr.north east);
\draw[->] (herr.north east) to[out=20,in=180] node[lab, above] {Communication Error Resolved} (comm.west);

\draw[->] (conf.west) to[out=180,in=35] node[lab, above] {Configuration Error} (herr.north);
\draw[->] (herr.north) to[out=20,in=180] node[lab, above] {Configuration Error Resolved} (conf.west);

\draw[->] (init.west) to[out=180,in=20] node[lab, above] {Initialize Error} (herr.west);
\draw[->] (herr.west) to[out=0,in=180] node[lab, above] {Initialize Error Resolved} (init.west);

\draw[->] (startapp.west) -- node[lab, above] {Start Error} (herr.east);
\draw[->] (herr.east) -- node[lab, below] {Start Error Resolved} (startapp.west);

\draw[->] (calib.west) to[out=180,in=-10] node[lab, above] {Calibration Error} (herr.east);
\draw[->] (herr.east) to[out=0,in=180] node[lab, below] {Calibration Error Resolved} (calib.west);

\draw[->] (pulse.west) to[out=180,in=-30] node[lab, above] {Pulse error} (herr.south east);
\draw[->] (herr.south east) to[out=0,in=180] node[lab, below] {Pulse error Resolved} (pulse.west);

% ---------- handle error -> fault, and fault -> power off ----------
\draw[->] (herr.south) -- (fault.north);
\draw[->] (fault.east) -- (pwoff.west);

% ---------- right-side big loop: Power Off -> Power ON ----------
\coordinate (rA) at ($(pwoff.east)+(55mm,0)$);
\coordinate (rB) at ($(pwon.east)+(55mm,0)$);
\draw[->] (pwoff.east) -- (rA) -- (rB) -- (pwon.east);

% ---------- optional: left outer drop to fault (as in picture) ----------
\coordinate (lTop) at ($(pwon.west)+(-65mm,0)$);
\coordinate (lBot) at ($(fault.west)+(-65mm,0)$);
\draw[->] (pwon.west) -- (lTop) -- (lBot) -- (fault.west);

% ---------- frame + title ----------
\node[fit=(s)(pwoff)(fault)(rA)(lTop), inner sep=14mm] (box) {};
\draw (box.north west) rectangle (box.south east);

\node[
  anchor=west,
  draw,
  rounded corners=2pt,
  fill=white,
  font=\scriptsize\bfseries,
  inner xsep=4pt,
  inner ysep=2pt
] at ($(box.north west)+(0mm,-2mm)$) {act Plant I\&C Operation (Tokamak Operation)};

\end{tikzpicture}
\end{document}

如果你想要我把节点尺寸、间距、回路走线做得更“像原图”（比如左侧多根下落线、每个方块右下角的小图标也画出来），把你希望的 LaTeX 引擎（pdflatex/xelatex/lualatex）告诉我就行。

질문

我用的是overleaf，把节点尺寸、间距、回路走线做得更“像原图” 一摸一样

이 Q&A 공유하기