Lab Typst Report Generator

Lab Typst Report Generator

Purpose

Create a ready-to-compile report.typ after the lab code is already implemented and runnable.

Target style matches the shared template and the refined report pattern:

• #import "../../common/templates/lab.typ": title-bmstu, codeblock
• title page via #title-bmstu(...) with topic lines aligned to the real assignment (not a leftover title from another lab)
• Постановка задачи — преимущественно текстом (цель, шаги задания, параметры вроде $epsilon$); без дублирования системы уравнений, если она уже дана в «Индивидуальном варианте»
• Теоретические сведения — по умолчанию текст + формулы; вставка серии #image(...) только если пользователь явно просит перенести теорию с отсканированных страниц или приложил готовые теоретические рисунки
• Практическая часть: вариант, исходные данные/система в математически корректном виде (см. раздел про формулы), реализация, результаты (графики/протокол — по факту запуска)
• listings via #codeblock("...") with path relative to project root (as in lab.typ)

Theory: images vs text (mandatory rule)

• Default: write Теоретические сведения as continuous Russian text with formulas in Typst math. Do not assume theory must be a gallery of 1.jpg, 2.jpg, …
• Use #image("images/...") for theory only when:
  • the user explicitly asks to embed theory from scans/photos, or
  • the user supplies theory figures and asks to include them
• If the assignment was digitized elsewhere (e.g. lab-image-to-markdown), you may summarize that content in text in the theory section instead of pasting images—unless the user wants the scans in the PDF.

Math and formulas (Typst, LaTeX-like)

Typst uses $...$ for math. Prefer standard notation familiar from LaTeX:

• Inline: $epsilon = 0.01$, $f'(x)$, $norm(vec(x))$ or explicit norms as in the assignment
• Subscripts/superscripts: x_1, x^(k+1), x_1^k
• Greek: epsilon, alpha, pi, etc.
• Fractions: frac(a, b) or (a)/(b) where readable
• Matrices: mat(...) or explicit mat(delim: "[", ...) per Typst docs
• Systems of equations: use cases(...) with comma-separated branches (not \ line breaks inside cases—Typst warns that linebreaks are ignored there):

#align(center)[
$ cases(
  f_1(x, y) = 0,
  f_2(x, y) = 0
) $
]

• Avoid duplicating the same system in Постановка задачи and Индивидуальный вариант; keep it once in the practical part unless the user wants repetition.

Input Requirements

Before generating report, collect:

• lab number and title (exact wording for title page)
• student, teacher, group
• variant number and variant data (equations, tables, parameters)
• source code file path for listing (path as consumed by #codeblock, relative to repo root)
• test results (text and images/plots/screenshots) — from actual runs, not invented
• optional: theory scans (only if user wants them embedded)

If some fields are missing, insert explicit placeholders like <TODO: ...>, never invent factual data (numeric results, iteration counts, file paths).

Output

• Main file: report.typ under report/, reportnew/, or user-provided directory
• Assets: images/ next to report.typ (plots, screenshots); theory scans only when requested

Workflow

Use this checklist:

Task Progress:
- [ ] Step 1: Inspect existing report/template context
- [ ] Step 2: Build report data model from code and test outputs
- [ ] Step 3: Decide theory mode (text vs user-requested images)
- [ ] Step 4: Prepare images and code references
- [ ] Step 5: Generate report.typ with required structure
- [ ] Step 6: Validate Typst syntax, math, and references
- [ ] Step 7: Provide completion summary and TODO markers

Step 1: Inspect template context

• Prefer #import "../../common/templates/lab.typ": title-bmstu, codeblock (adjust relative path if report.typ lives deeper).
• Keep #set heading(numbering: "1."), #pagebreak() after title, footer behavior from template.
• Reuse Russian section names: Постановка задачи, Теоретические сведения, Практическая часть, Выводы.

Step 2: Build report data model

Structured fields:

• meta: lab number, topic (two lines for title-bmstu), student, teacher, group
• task: formulation as bullet list or short paragraphs (what to do, precision, graphical step if required)—without pasting wrong lab topics (e.g. MNK vs Newton)
• theory: default — prose + formulas; optional image list if user requested
• variant: variant number, equations/tables once, clear statement of initial guess policy (e.g. from plot intersection) if applicable
• implementation: language and method match the real file (#codeblock path)
• testing: plots/tables + what the figure shows (e.g. «графическое решение для выбора начального приближения» vs «итоговая аппроксимация»—must match the lab)
• conclusions: factual alignment with code and tests; no copy-paste from unrelated labs

Step 3: Theory mode

• If user did not ask for theory from images → write Теоретические сведения in text with correct math.
• If user asked for scans → use #image("images/...", width: 100%) in order; still add a short intro sentence if helpful.
• Never fill theory with unrelated placeholder figures.

Step 4: Prepare assets

• Copy plots/screenshots into images/ with stable names (plot.png, 01-condition.png, …).
• Every #image(...) path must exist.
• #codeblock("...") must point to a real file under the repo root (per lab.typ read("../../" + path) convention).

Step 5: Generate report.typ

Canonical structure (adapt content to the lab):

#import "../../common/templates/lab.typ": title-bmstu, codeblock

#title-bmstu(
  ("<lab-number>", "<topic-line-1>", "<topic-line-2>"),
  "<student>",
  "<teacher>",
  "<group>"
)

#set heading(numbering: "1.")
#pagebreak()

= Постановка задачи
<text: goal, required steps, parameters — avoid repeating full variant equations if they appear below>

= Теоретические сведения
<text + $inline/display$ math by default>
OR
<#image(...) blocks only if user requested theory from figures>

= Практическая часть

== Индивидуальный вариант
<text: variant N, given equations in $cases(...)$ or tables as needed>
<short note on initial approximation if relevant>

== Программная реализация
<paragraph matching actual stack>
#codeblock("<path-from-repo-root>")

== Результаты тестирования
<explanation + #align(center, image(...)) for plots>

#pagebreak()

= Выводы
<concise, consistent with implementation and tests>

Step 6: Validation

Mandatory checks:

• Typst syntax: no broken delimiters; cases uses commas between branches.
• Math renders logically (systems as cases, not two unrelated inline lines).
• Title topic matches the assignment; no leftover sections from another work.
• All image paths resolve; #codeblock path exists.
• Testing section reflects actual outputs.
• No duplicate blocks (same system in postanovka and variant) unless intentional.

If typst compile is available, run it and fix issues.

Step 7: Completion summary

Report to user:

• output report.typ path
• list of images used and their role (theory vs result plot)
• code file linked in listing
• theory mode chosen (text vs images)
• unresolved <TODO: ...> if any

Writing Rules

• Formal, concise Russian for BMSTU-style reports unless user requests another language.
• Программная реализация: state the real language (Python, C++, …); do not claim C++ if the listing is .py.
• Do not paste large code in prose; use #codeblock.
• Выводы must match the method and results actually implemented.
• Prefer explicit notation for stopping criteria and norms when given in the assignment ($max(|Delta x|, |Delta y|) <= epsilon$, etc.) using valid Typst math.

Minimal Example Snippets

System (variant):

#align(center)[
$ cases(
  cos(x + 0.5) + y = 1,
  sin(y) - 2x = 1
) $
]

Table (when needed):

#table(
  columns:(1fr,1fr,1fr,1fr),
  [$x$],[*1*],[*2*],[*3*],
  [$f(x)$],[2.57],[3.08],[3.45]
)

Result plot:

#align(center,
  image("images/plot.png", width: 60%)
)