Weather, road, precipitation, visibility, and confidence signals are shaped into one visitor-ready card.
Destination content with working infrastructure behind it.
Travis builds the layer behind useful mountain media: API-backed weather cards, terrain maps, structured publishing, offline outputs, and fast public pages that can be maintained after launch.
Local elevation, water, roads, rivers, trails, lift lines, and labels render as a self-hosted map surface.
Structured content can become pages, search records, JSON data, PDF files, and offline guide material.
The public site stays static-first, cacheable, and checked before deploy so rich proof does not become slow proof.
Mountain Conditions API 8 deg C
Updated just now Medium confidence forecast snapshot. Wind 0 km/h N. Visibility 14 km. Freezing level 2417 m and rising. AB-1 clear; BC check separately
Base 8 deg C Current lower station
Alpine -1 deg C Updated just now
Wind 0 km/h N gust 0 km/h
Visibility 14 km Forecast visibility
Precip 0.7 mm rain / 0.3 cm snow Next 24 hours
Roads AB-1 clear; BC check separately Updated 27 min ago
Confidence Medium 8 model inputs
Lightning Low score 33
wind 7 km/h; 0.7 mm rain; 0.3 cm snow; Low lightning
wind 5 km/h; 0.0 mm rain; 0.0 cm snow; Minimal lightning
wind 7 km/h; 0.0 mm rain; 0.0 cm snow; Minimal lightning
wind 7 km/h; 0.0 mm rain; 0.0 cm snow; Minimal lightning
API snapshot Jun 12, 09:36 a.m. MDT
A real local map surface, not a decorative preview.
The map loads a balanced elevation payload by default, with selectable terrain tiers for lighter or richer views. Water, roads, rivers, official trail geometry, lift lines, and projected labels stay structured for future overlays and exports.
Building terrain
Balanced 575 KB JSON · 288 x 216 elevation grid + source layers Balanced is the mobile-first default.
Layer Budget
Every visible layer has a job.
Terrain, roads, rivers, trails, water, and labels are separated so the map can support a web page, guide export, weather overlay, or client prototype without redrawing the work.
Local bounds, projected labels, roads, rivers, official trail geometry, lift lines, and water polygons.
Local JSON + reusable layersA 1.25x relief scene gives the landscape scale without turning the map into a misleading illustration.
Three.js terrain sceneRoute records, destination corridors, photo context, weather exposure, and offline guide anchors.
Reusable route recordsWeather windows, road access, smoke, visibility, closure notes, and source freshness can layer onto the same base.
Same-origin data surfaces Terrain Tiers
Choose how much terrain to load.
Balanced loads first for a fast standard view. Lite is available for older devices; High and Ultra are opt-in when the map itself is the work.
Balanced 575 KB JSON · 288 x 216 elevation grid + source layers Balanced is the mobile-first default.
Static SVG export 0 KB runtime JS
Build-time shaded relief + snapped routes
case studies, PDF export, fallback pagesThe map can become cards, guides, overlays, and route context.
Keeping map features as reusable records makes the work useful beyond one screen. Route labels, distance ranges, map anchors, and layer counts can support captions, technical notes, static exports, or a richer interactive product.
Water polygons are generated from the same source payload as the 3D scene.
Roads keep their source alignment instead of being redrawn by hand.
Official trail geometry is treated as data, not placeholder art.
Curated river polylines give the map recognizable valley structure.
visitor Classic First Look
- Route range
- 2-4 km
- Route anchors
- 5
Village arrival, Chateau edge, lakefront, and a short shoreline orientation.
photo Moraine Morning
- Route range
- 3-9 km
- Route anchors
- 6
Rockpile first, shoreline second, with Larch Valley as the longer option.
visitor Tea House Morning
- Route range
- 7-11 km
- Route anchors
- 5
The classic climb from Lake Louise to Mirror Lake, Lake Agnes, and the Beehives.
backcountry Skoki Approach
- Route range
- 15-16 km each way
- Route anchors
- 4
From the Fish Creek parking area toward Skoki Lodge via Boulder Pass, Ptarmigan Lake, and Deception Pass.
Route distances are broad presentation ranges. Route anchors are lightweight map geometry for context, not turn-by-turn navigation.
Same-Origin Artifacts
Small data outputs make the map inspectable.
Map preview summary /data/field/map-preview.json
Feature counts, layer list, projection, and treatment notes.
Layer budget /data/field/map-layers.jsonStatic layer groups, terrain tiers, and performance direction.
Route context /data/field/route-metrics.jsonDistance ranges, map anchors, and reusable route metadata.
Field signals become visitor-ready context.
The system shapes raw feeds before they reach the page. It collects the signals, turns them into typed records, explains the practical meaning, and publishes compact outputs that are easy to cache and inspect.
Collect
Pull the signals that matter: weather observations, model output, road status, terrain data, and content records.
Shape
Turn raw payloads into typed records with timestamps, confidence, source freshness, and visitor-facing labels.
Explain
Summarize what the data means for a mountain visitor: wind, visibility, road access, precipitation, and timing.
Ship
Publish fast pages, compact JSON, searchable content, and offline artifacts that can be maintained over time.
One source can serve web, search, and offline formats.
A destination system should not require rebuilding the same information for every output. Structured content lets a guide, resume, technical note, PDF, or data endpoint share the same source of truth.
Structured content Markdown, metadata, imagery, and reusable fields
Web publishing Fast static or hybrid pages with clear ownership
Offline output PDF, EPUB, or field-guide packages from the same source
Operational updates Repeatable builds, checks, and documented deploys
Fast enough to feel simple. Structured enough to scale.
The public site is static-first and CDN-delivered, but it still carries typed content, optimized media, API snapshots, search, privacy checks, link checks, performance budgets, and repeatable deploys.
Structured content
Case studies, placements, notes, resume data, and downloads live in predictable structures instead of one-off pages.
Data surfaces
Live API data is normalized into compact same-origin snapshots that are easy to cache, inspect, and reuse.
Decision context
Weather, roads, visibility, terrain, freshness, and confidence are grouped around the decisions visitors actually make.
Offline outputs
The same source material can support web pages, downloadable PDFs, EPUB-style exports, and field-guide packages.
Operational clarity
Freshness labels, status checks, source timestamps, and fallbacks make live systems understandable when conditions change.
Deployment discipline
Private storage, CDN delivery, cache rules, link checks, privacy scans, performance budgets, and repeatable deploys.
A compact set of systems behind the work.
Each card represents a practical capability Travis can bring to mountain destination projects: conditions, maps, publishing, and maintainable public web delivery.
Mountain Conditions API
A visitor-facing conditions card built from weather observations, forecast output, road context, precipitation, visibility, freshness, and confidence.
3D Terrain Map
A local terrain scene with water, roads, rivers, official trails, lift lines, and projected labels for destination-scale orientation.
Web-to-Book Publishing
A publishing workflow where structured content can become public pages, search records, downloadable PDFs, and offline guide material.
Static/Hybrid Publishing
A static-first delivery model with typed content, optimized assets, static search, deploy checks, CDN hosting, and very low runtime overhead.
Self-hosted data surfaces
The browser reads compact same-origin outputs under
/data/field/. The weather card is generated from live APIs at build time,
while map and publishing surfaces stay local, cacheable, and inspectable.