TudorandClaude Opus 5 9cda1c1174 feat(home): use the supplied hero artwork instead of a drawn one
Replaces the hand-drawn SVG landscape with the illustration supplied by the
project owner. Master is assets/hero-source.png; everything under
public/brand/hero-* comes from scripts/build-hero-images.js and should never be
hand-edited.

LAYOUT

The artwork is composed as a full-bleed hero: it reserves an empty cream area
down its left side for the headline. The old hero was a two-column grid with
art in the right 0.88fr, which would have cropped that reserved area off and
shrunk the scene into a thumbnail — the one thing the picture is built not to
be. So the panel is now a single layered block: artwork behind, copy on top,
and below the one-column breakpoint the artwork leaves the background and
becomes a band under the search.

Overlaying does not survive down to phone widths — the panel gets too narrow
for the copy to stay inside the cream, so the scrim would have to cover nearly
the whole image and you would be left with a tinted rectangle. Hence the
switch at 860px rather than a single treatment stretched across every width.

CONTRAST

The copy sits on a gradient of --hero-ground, a new token sampled from the
artwork's own cream (#FDF9F3) rather than from Sand. Sand is eight to thirteen
points darker per channel, which leaves a visible seam straight down the hero.
The scrim exists because the artwork is a fixed image on a fluid panel: past
some width the headline would otherwise land on hillside green.

Measured on rendered pixels, sampling background up to 120px beyond the right
edge of each line, so a longer line still has margin:

  light  title 14.36:1   body 6.52:1
  dark   title 11.01:1   body 6.44:1

The worst light case is hillside green showing through the scrim at 6.52:1.

TWO CROPS

The slot is two shapes: roughly 2.1:1–2.7:1 behind the desktop panel, and
2.6:1–4.9:1 as the band. A single file under object-fit: cover centre-crops,
and at the band's extreme that slices a strip through the scene and loses the
schoolhouse — exactly how the drawn hero failed on phones. <picture> switches
crop, not just resolution: the band file is pre-cropped around the school and
is already near 2.6:1, with the subject at ~65% across so squeezing toward
4.9:1 crops the empty sides instead.

WEIGHT

1.6 MB PNG in, AVIF and WebP out; a browser fetches exactly one file — about
23–33 kB on desktop, 9–18 kB on a phone. The JPEG is only the <img> fallback.
`sizes` describes the real panel box (max-width 1400 minus padding) rather than
100vw, which over-requested a candidate at every width on the LCP element.

DARK THEME

A raster cannot be re-graded token by token the way the drawing was, but it
would reproduce the same failure — a bright illustration is the brightest
object on a near-black page. It is dimmed in CSS to read as dusk, and the
scrim fades it into the dark panel rather than into cream.

TESTS

The two illustration journeys are replaced by three, each covering a failure
that still renders a valid-looking page: the artwork actually loading
(naturalWidth, not src), the crop switching at the breakpoint, a modern format
winning negotiation, and the dark theme dimming it.

public/brand/CREDITS.md records provenance for every asset in that folder. The
hero's licence line is marked unconfirmed — that one needs the owner.

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
2026-08-14 21:35:10 +01:00
2026-01-06 19:05:22 +00:00
2026-04-07 16:17:56 +01:00
2026-01-07 16:20:49 +00:00
2026-01-07 16:20:49 +00:00
2026-04-01 15:05:21 +01:00

Primary School Compass 🧒📚

A modern web application for comparing primary school (KS2) performance data in Wandsworth and Merton over the last 5 years. Built with FastAPI and vanilla JavaScript with Chart.js visualizations.

Python FastAPI License

Features

  • 📊 Interactive Charts - Visualize KS2 performance trends over time
  • 🔍 Smart Search - Find primary schools by name in Wandsworth & Merton
  • ⚖️ Side-by-Side Comparison - Compare up to 5 schools simultaneously
  • 🏆 Rankings - View top-performing primary schools by various KS2 metrics
  • 📱 Responsive Design - Works beautifully on desktop and mobile

Key Metrics (KS2)

The application tracks these Key Stage 2 performance indicators:

Metric Description
Reading Progress Progress in reading from KS1 to KS2
Writing Progress Progress in writing from KS1 to KS2
Maths Progress Progress in maths from KS1 to KS2
Reading Expected % Percentage meeting expected standard in reading
Writing Expected % Percentage meeting expected standard in writing
Maths Expected % Percentage meeting expected standard in maths
Reading, Writing & Maths Combined % Percentage meeting expected standard in all three subjects

Quick Start

1. Clone and Setup

cd school_results

# Create virtual environment
python -m venv venv
source venv/bin/activate  # On Windows: venv\Scripts\activate

# Install dependencies
pip install -r requirements.txt

2. Run the Application

# Start the server
python -m uvicorn backend.app:app --reload --port 8000

Then open http://localhost:8000 in your browser.

The app will run with sample data by default, showing 110 primary schools (66 in Wandsworth, 44 in Merton) with 5 years of KS2 performance data.

3. (Optional) Use Real Data

To use real UK school performance data:

  1. Visit Compare School Performance - Download Data

  2. Download Key Stage 2 data for the years you want (2019-2024)

    • Select "Key Stage 2" as the data type
  3. Place the CSV files in the data/ folder

  4. Restart the server - it will automatically load and filter to Wandsworth & Merton schools

Note: The app only displays schools in Wandsworth and Merton. Data from other areas will be filtered out.

See the helper script for more details:

python scripts/download_data.py

Project Structure

school_results/
├── backend/
│   └── app.py           # FastAPI application with all API endpoints
├── frontend/
│   ├── index.html       # Main HTML page
│   ├── styles.css       # Styling (warm, editorial design)
│   └── app.js           # Frontend JavaScript
├── data/
│   └── .gitkeep         # Place CSV data files here
├── scripts/
│   └── download_data.py # Helper for downloading/processing data
├── requirements.txt     # Python dependencies
└── README.md

API Endpoints

Endpoint Description
GET /api/schools List schools with optional search/filter
GET /api/schools/{urn} Get detailed data for a specific school
GET /api/compare?urns=... Compare multiple schools
GET /api/rankings Get school rankings by metric
GET /api/filters Get available filter options
GET /api/metrics Get available performance metrics

Example API Usage

# Search for schools
curl "http://localhost:8000/api/schools?search=academy"

# Get school details
curl "http://localhost:8000/api/schools/100001"

# Compare schools
curl "http://localhost:8000/api/compare?urns=100001,100002,100003"

# Get rankings
curl "http://localhost:8000/api/rankings?metric=rwm_expected_pct&year=2024"

Data Format

If using your own CSV data, ensure it includes these columns (or similar):

Column Type Description
URN Integer Unique Reference Number
SCHNAME String School name
LA String Local Authority (must be Wandsworth or Merton)
READPROG Float Reading progress score
WRITPROG Float Writing progress score
MATPROG Float Maths progress score
PTRWM_EXP Float % meeting expected standard in reading, writing & maths
PTREAD_EXP Float % meeting expected standard in reading
PTWRIT_EXP Float % meeting expected standard in writing
PTMAT_EXP Float % meeting expected standard in maths

The application normalizes column names automatically and filters to only show Wandsworth and Merton schools.

Technology Stack

  • Backend: FastAPI (Python) - High-performance async API framework
  • Frontend: Vanilla JavaScript with Chart.js
  • Styling: Custom CSS with CSS variables for theming
  • Data: Pandas for CSV processing

Design Philosophy

The UI features a warm, editorial design inspired by quality publications:

  • Typography: DM Sans for body text, Playfair Display for headings
  • Color Palette: Warm cream background with coral and teal accents
  • Interactions: Smooth animations and hover effects
  • Charts: Clean, readable data visualizations

Development

# Run with auto-reload
python -m uvicorn backend.app:app --reload --port 8000

# Or run directly
python backend/app.py

Coverage

This application is specifically designed for:

  • School Phase: Primary schools only (Key Stage 2)
  • Geographic Area: Wandsworth and Merton (London boroughs)
  • Time Period: Last 5 years of data (2020-2024)

Note: 2021 data shows as unavailable because SATs were cancelled due to COVID-19.

Data Source

Data is sourced from the UK Government's Compare School Performance service, which provides official school performance data for England.

Important: When using real data, please comply with the terms of use and data protection regulations.

Scheduled Jobs

Geocoding Schools (Cron Job)

School postcodes are geocoded by a scheduled job, not on-demand. This improves performance and reduces API calls.

Setup the cron job (runs weekly on Sunday at 2am):

# Edit crontab
crontab -e

# Add this line (adjust paths as needed):
0 2 * * 0 cd /path/to/school_compare && /path/to/venv/bin/python scripts/geocode_schools.py >> /var/log/geocode_schools.log 2>&1

Manual run:

# Geocode only schools missing coordinates
python scripts/geocode_schools.py

# Force re-geocode all schools
python scripts/geocode_schools.py --force

License

MIT License - feel free to use this project for educational purposes.


Built with ❤️ for Wandsworth & Merton families

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