math-worksheets

name

math-worksheets

description

Generate professional math practice worksheets and full answer keys as PDFs. Compiles LaTeX to PDF using tectonic (free, no account needed). Supports any math topic from elementary through high school (Pre-Algebra, Algebra 1/2, Geometry, Pre-Calc). Handles coordinate plane grids, geometric figures, tables, and multi-part problems. Use when a user asks for a math worksheet, practice problems, homework help sheet, or answer key for any K-12 math topic.

Math Worksheet Generator

Generate a student worksheet PDF + full step-by-step answer key PDF for any K-12 math topic. Compiles LaTeX with tectonic (no TeX installation required — it auto-downloads packages).

Model Selection (Automatic)

This skill auto-detects the best available reasoning model and uses it for problem generation. Reasoning models (o1, o3, DeepSeek R1, Gemini DeepThink) work through math step-by-step and make significantly fewer errors than standard models.

Model rankings are kept fresh via a three-layer fallback:

1. Hosted JSON (fetched from GitHub, 7-day cache) — updated by maintainers as models ship
2. Bundled JSON (references/model-rankings.json) — updated with each skill release on ClawhHub
3. Hardcoded defaults in the script — last-resort, never stale enough to cause failures

To update rankings without waiting for a skill release: edit the hosted JSON at the GitHub URL in references/model-rankings.md. The skill picks it up within 7 days.

Step 0 — run model detection before anything else:

SKILL_DIR="$(dirname "$0")"
result=$(bash "$SKILL_DIR/scripts/check_reasoning_model.sh")
status=$(echo "$result" | awk '{print $1}')   # FOUND, FALLBACK, or NONE
model_alias=$(echo "$result" | awk '{print $2}')
model_full=$(echo "$result" | awk '{print $3}')

Then branch on the status:

FOUND_REASONING (o3, o1, DeepThink, DeepSeek R1) — best case, use for problem generation:

sessions_spawn(task="<problem generation prompt>", model=model_alias)

No warning needed. Sub-agent writes the .tex files + verify script, announces completion.

FOUND_STRONG (Claude Opus) — excellent quality, use it without alarming the user:

sessions_spawn(task="<generation prompt>", model=model_alias)

Optionally add a quiet note: "Using Opus — solid math accuracy and excellent LaTeX. For the hardest Algebra 2 problems, a reasoning model (DeepThink/o1) would be marginally better."

NONE — standard model only; proceed but surface a clear recommendation:

⚠️ No reasoning model or Opus detected. Worksheet generated with [current model].
For best accuracy, especially on multi-step problems, configure one of:
  • Gemini 2.5 Pro DeepThink  — google.generativeai.com (free tier available)
  • o1 / o3                   — platform.openai.com
  • DeepSeek R1               — platform.deepseek.com (very affordable)
  • Claude Opus               — console.anthropic.com
SymPy verification will catch most errors regardless.

Status	Model examples	Action
FOUND_REASONING	DeepThink, o1, o3, R1	Spawn silently, no warning
FOUND_STRONG	Claude Opus 4.x	Spawn silently, optional quiet note
NONE	Sonnet, Flash, GPT-4o	Use current model + show recommendation

Prerequisites

brew install tectonic   # macOS/Linux — downloads packages on demand

Output directory (create if needed): ~/Documents/Worksheets/

Workflow

1. Gather requirements

Ask (or infer from context):

• Student: name, grade, course (e.g. "8th grade, Pre-Algebra")
• Topic: e.g. "factoring trinomials", "solving two-step equations"
• Problem count: default 10 if not specified
• Format preference: timed quiz, homework practice, mixed difficulty, or topic drill

Photo input shortcut: If the user sends a photo of homework or a textbook page, use the image tool to extract problem types, format, and difficulty — then mirror that style exactly.

2. Design problems

Design problems appropriate to the student's level. Increase difficulty gradually across the set. Every problem must be mathematically correct — verify your own solutions.

See references/problem-library.md for topic-specific problem type menus.

3. Write LaTeX source

Write three .tex files to /tmp/:

• ws_TOPIC_DATE.tex — student worksheet (blank work areas)
• ak_TOPIC_DATE.tex — answer key (full step-by-step solutions)
• ss_TOPIC_DATE.tex — skills summary / study guide (cheat sheet)

The skills summary is a 1–2 page reference card the student can use while working through the worksheet or when studying. It contains:

• One section per distinct skill tested (2–5 sections typical)
• A formula/rule box (blue) per skill — the key facts and formulas
• A mini worked example (green) per skill — brief pattern demonstration, simpler than worksheet problems
• An optional watch-out box (orange) — common mistakes worth flagging
• Optional key vocabulary section at the bottom

See references/latex-templates.md → "Skills Summary / Study Guide Template" for the full shell and box macros.

See references/latex-templates.md for document templates, coordinate planes, tables, geometric figures, and answer key patterns.

Required packages (include in every document):

\usepackage[margin=1in, top=0.75in, bottom=0.75in]{geometry}
\usepackage{amsmath, amssymb}
\usepackage{tikz, pgfplots}
\usepackage{enumitem, fancyhdr, multicol, array, booktabs}
\pgfplotsset{compat=1.18}

Work space defaults: \vspace{5cm} per problem; 8cm for multi-step; 10cm+ for graphs.

4. Write and run the verification file

Before compiling, write /tmp/verify_TOPIC_DATE.json — a structured data file describing each problem and its expected answer. The bundled scripts/verify.py evaluates this using SymPy. No generated code is ever executed.

bash "$SKILL_DIR/scripts/run_verify.sh" /tmp/verify_TOPIC_DATE.json

JSON format:

{
  "topic": "graphing polynomials",
  "problems": [
    {"id": 1, "type": "solve",  "expr": "x**2 - 5*x + 6",      "expected": [2, 3]},
    {"id": 2, "type": "factor", "expr": "x**2 - 7*x + 12",     "expected": "(x-3)*(x-4)"},
    {"id": 3, "type": "eval",   "expr": "(x-1)*(x+2)"     
                       
                       
         
  

Type reference:

Type	Verifiable?	What it checks
solve	✅	Roots of expr=0 match expected list
factor	✅	Factored form matches expected
expand	✅	Expanded form matches expected
eval	✅	expr evaluated at given values matches expected
zeros	✅	Zeros of expr match expected list
manual	👁	Flagged for human review — never fails automatically

Use manual for: graph sketches, sign charts, word problem setups, proofs.

If verification fails (exit 1): fix the LaTeX answer key and re-run. Do not compile until the answer key is correct.

5. Compile

SKILL_DIR="$(dirname "$0")"
bash "$SKILL_DIR/scripts/compile.sh" /tmp/ws_TOPIC_DATE.tex ~/Documents/Worksheets/
bash "$SKILL_DIR/scripts/compile.sh" /tmp/ak_TOPIC_DATE.tex ~/Documents/Worksheets/
bash "$SKILL_DIR/scripts/compile.sh" /tmp/ss_TOPIC_DATE.tex ~/Documents/Worksheets/

5. Deliver

Send all three PDFs via the same channel the request came from:

• Telegram → message tool with filePath (copy to ~/.openclaw/media/outbound/ first)
• iMessage/SMS → imsg skill
• Email → gog skill (send all three as attachments)

Suggested send order: skills summary first (study guide), then worksheet, then answer key.

Printing: Do NOT print unless explicitly asked. If asked, print worksheet + skills summary (not answer key, unless requested). Use lpr -P <printer_name>.

Quality Checklist

Before compiling, verify each problem:

• Mathematically correct (you checked the solution)
• Unambiguous problem statement
• Appropriate difficulty for the student's level
• Sufficient work space
• Diagrams/graphs/tables included where needed
• Problems vary across the set (not all the same sub-type)

File Naming

ws_algebra2_factoring_2026-02-22.pdf   ← worksheet
ak_algebra2_factoring_2026-02-22.pdf   ← answer key
ss_algebra2_factoring_2026-02-22.pdf   ← skills summary / study guide

Prefix with student name when known: leo_ws_..., leo_ak_..., leo_ss_...

Troubleshooting

Problem	Fix
tectonic not found	brew install tectonic
Slow first compile	Downloading packages from CTAN — wait 30–60s, faster after
LaTeX error on line N	Check paired $...$, matching \begin{}/\end{}
pgfplots not rendering	Ensure \pgfplotsset{compat=1.18} is in preamble
PDF not created	Read full tectonic output for the specific error