STEP 1
Property imagery
Upload or capture roof imagery for the property.
ROOF MEASUREMENT
Solaris Roof Measure
Dedicated roof workflow for aerial/property imagery, roof facets, pitch, ridges, hips, valleys, rakes and eaves.
Plan area—
Perimeter—
Facets—
Pitch—
Squares—
Enter the property address to locate the roof.
PROPERTY
Locate roof
We'll locate the address first, then you can confirm the correct property.
Satellite map will appear here after an address is located.
SELECTED PROPERTY
Roof workspace
Property confirmed. Continue into the roof measurement workspace.
STEP 2
Roof geometry
Map facets, ridges, hips, valleys, rakes and eaves.
STEP 3
Roof takeoff
Calculate roof area, squares, waste and linear materials.
ROOF GEOMETRY WORKSPACE
Selected roof
Trace the roof directly over the satellite reference. Geometry tools are the next measurement layer.
ANALYSIS IMAGERY
MnGeo aerial roof image
Independent Minnesota aerial imagery used for roof analysis. Google remains the locator/reference map.
Loading Minnesota aerial imagery…
Resolving property coordinates…
Accept the roof outline first, then detect and classify internal roof geometry.
3D ROOF SOURCE
USGS 3DEP LiDAR
Find the point-cloud acquisition covering this roof. This will replace image-only guesses for facets and pitch.
LiDAR source has not been resolved yet.
ROOF GEOMETRY
Internal line proposals
Solaris proposes strong roof lines from the aerial image. Review each line before it is used.
No internal geometry detected yet.
EXTERIOR MEASUREMENT PLATFORM
Turn property photos into verified roofing and siding takeoffs.
Phase 1 focuses on guided photo capture, elevation understanding, benchmark comparison, and human correction.
BENCHMARK
Test House #001
Johnson · 2745 Sunset Lane · Burnsville, MN
Benchmark siding1,666 ft²
Benchmark roof2,543 ft²
Siding openings23
Roof facets6
PIPELINE
Prototype workflow
- 1 Upload exterior photos
- 2 Classify elevations and viewpoints
- 3 Detect windows, doors, corners and rooflines
- 4 Add measurement scale
- 5 Review corrections
- 6 Generate takeoff and report
TEST HOUSE #001
Property photos
Upload the original exterior photos used for the benchmark report.
No photos loaded yet.
ANALYSIS
Feature detection benchmark
No analysis has been run yet. The first model will score visible exterior objects before absolute measurements.
| Feature | Benchmark | Solaris | Status |
|---|---|---|---|
| Siding facade sections | 13 | — | Pending |
| Siding openings | 23 | — | Pending |
| Outside corner occurrences | 16 | — | Pending |
| Inside corner occurrences | 8 | — | Pending |
| Shutters | 12 | — | Pending |
| Vents | 2 | — | Pending |
AUTOMATED WORKFLOW
Process Property
Runs capture quality, overlap matching, correspondence scoring and house-model readiness in one pass.
Ready. This replaces the experimental step-by-step buttons for normal use.
MEASUREMENT ENGINE
House Model + Takeoff Preview
Build the shared house model, estimate provisional scale, and calculate a siding preview.
Run Process Property first.
Pixel geometry: waiting for measurement model.
PHASE 2
Exterior geometry
Trace measurement geometry with lines and polygons. This is stored separately from object detections.
Loading geometry workspace…
PHASE 3
Cross-photo reconstruction
Build the house-level matching workspace from your verified objects and traced geometry.
Ready to build from the five traced views.
Legacy single-photo calibration is retained for diagnostics only. It is not used as a production measurement workflow.
Advanced diagnostics
CAPTURE QUALITY
Reconstruction readiness
Automatically checks elevation coverage before measurements are trusted.
Ready to check the current photo set. No additional input required.
PHASE 4
Cross-photo feature matching
Automatically tests the candidate overlaps and scores which photo pairs are usable for 3D reconstruction.
Ready to test the saved candidate photo pairs. No additional input required.
PHASE 4
Auto Reconstruction
Build a house-level reconstruction workspace from the overlapping views, verified objects and traced wall geometry. Manual scale tools are no longer the primary workflow.
Ready to reconstruct from the saved five-view dataset. No additional tracing required.