Property exposure brief
The raised beds against the pale wall
The raised beds against the pale wall: not enough is mapped yet to say anything useful.
Trust receipt
Record schema 7. Model 2026.09.3. Prepared 2026-10-30. This is a model of the geometry it was given, not a forecast and not a building assessment.
- Measured 2
- Observed 1
Why this result
The raised beds against the pale wall: not enough is mapped yet to say anything useful.
What you told it, and what it assumed
You told it
- The place is called “The raised beds against the pale wall”, in Denver (demonstration), America/Denver.
- Lengths are shown in feet and inches.
- 1 private note is on this device. They stay in a project file unless you leave them out.
It assumed
- Nothing in the counted geometry is marked as placed by the model.
- Every counted object has some standing. That is not the same as every standing being a tape.
What it calculated
Calculated
- The raised beds against the pale wall: not enough is mapped yet to say anything useful.
What would change the answer
- A taped dimension where the plan still says estimated, placed, or unknown.
- Running the same change through a month that is not this one. A July gain is not a year.
Smallest next check
- The next useful check is the object whose standing is still unknown or estimated, measured at the place.
Where it stops, and which sources it used
Stops
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
Sources
- NOAA Global Monitoring Laboratory, Solar Calculation Details
- ASHRAE Handbook of Fundamentals, Climatic Design Information, clear-sky solar model
- Oke; Steyn, Boundary Layer Climates and the sky view factor method
- ASHRAE Standard 55, Thermal Environmental Conditions for Human Occupancy
- International Journal of Climatology, Thorsson and others, Different methods for estimating the mean radiant temperature in an outdoor urban setting
- Proceedings of the Royal Society A, Penman, Natural evaporation from open water, bare soil and grass
- ASTM and DIN 51130 ramp test, Slip resistance classification for pedestrian surfaces
- ISO 9223, Corrosion of metals and alloys, corrosivity of atmospheres
- ASTM C666, Resistance of concrete to rapid freezing and thawing
- American Architectural Manufacturers Association, Voluntary specifications for high performance organic coatings on aluminium
- Purdue University Horticulture, Faust and others, Daily light integral as a design metric for plant growth
- USDA Agricultural Research Service, Plant Hardiness Zone Map
To scale · to the measurements given: Drawn to scale from the measurements given. Not a survey. It is not a survey.
The property, as mapped
The raised beds against the pale wall at Denver (demonstration). 1 places are being read, against 2 things that stand in the way.
| Rendered south wall | 8 ft 6 in | 100 per cent solid. Confirmed. |
|---|---|---|
| The house | 19 ft 8 in | 100 per cent solid. Confirmed. |
How In the bed behaves in October
Read for 30 October 2026, in America/Denver, northern hemisphere. This is the day the place is reading, not the fifteenth that stands in for the month, and not a forecast for that date.
The sun reaches this spot from 7:40 AM and leaves it at 5:40 PM. The sun reaches In the bed at 7:27 AM. In the bed loses the sun at 5:58 PM.
| When this was read | 30 October 2026 | America/Denver. Northern hemisphere. |
|---|---|---|
| Direct sun | 10.3 hours | of 10.3 hours of daylight |
| Sky visible from here | 70 per cent | Rendered south wall takes 74%, The house takes 26% |
| Usable light | 19.5 mol/m² a day |
Whether it works for growing things
In the bed does not work for growing things on a day like this, and how long it stays wet is why.
| How long it stays wet | about 24h — 14h over (at most 10h) | Roots and foliage sitting wet kill more plants than the wrong hardiness zone does. |
|---|
What survives out here
Things stay wet here for 6 months of the year. That, and not rainfall, is what decides what survives. Untreated softwood is the family this place punishes hardest. Family behaviour is a starting point. The exact product still decides the outcome.
| Tempered glass | well suited | The surface here peaks near 137°F. Ask the supplier: What is the edge detail, and how will it be cleaned on the outside face? |
|---|---|---|
| Stainless steel | well suited | The surface here peaks near 137°F. Ask the supplier: Is it 304 or 316? Within a few miles of salt water that difference is the whole decision. |
| Weathering steel | well suited | The surface here peaks near 137°F. Ask the supplier: Is this a genuine weathering grade, and what does the datasheet say about wet-dry cycling and about run-off staining? |
| Exterior porcelain paver | well suited | The surface here peaks near 137°F. Ask the supplier: What is the slip classification, wet, and how is it being laid: pedestals, sand or mortar? |
| Gravel and self-binding aggregate | workable | The surface here peaks near 137°F. Ask the supplier: What size and shape is the aggregate, and is there an edge to keep it where it belongs? |
| Powder-coated aluminium | workable | The surface here peaks near 137°F. Ask the supplier: Is the powder coat rated to AAMA 2604 or 2605, and is the substrate marine-grade? |
What belongs here
About 38.4 moles of usable light a day with about 11 hours of direct sun in high summer. That is full sun, whatever the label on the plant says. Midwinter direct sun is about 9 hours, counted on its own day, not inferred from summer.
Of the groups in the reference set, moisture-loving marginal is the one that actually belongs in conditions like these. Anything planted here sits wet for 6 months of the year, so drainage is the decision before the plant is.
| Moisture-loving marginal | belongs here | About 38.4 moles a day against an ideal of 24. There is no stated ceiling for this group, but that is a lot more light than it is built for. Surfaces here reach about 137°F. A container in that is a watering commitment, not a planting decision. Examples, not recommendations: Astilbe; Ligularia; Iris sibirica. |
|---|---|---|
| Rain garden and swale planting | belongs here | About 38.4 moles a day, against an ideal of 26. This is the right light band. Examples, not recommendations: Iris in damp ground; Switchgrass; Joe Pye weed in North America. |
| Narrow upright evergreen screen | wrong place | This spot sits wetter than this group tolerates. Wet feet kill far more plants than cold does. About 38.4 moles a day against an ideal of 22. There is no stated ceiling for this group, but that is a lot more light than it is built for. Examples, not recommendations: Columnar hornbeam; Italian cypress in mild dry climates; Upright yew in cool climates. |
| Broad evergreen hedge | wrong place | This spot sits wetter than this group tolerates. Wet feet kill far more plants than cold does. About 38.4 moles a day against an ideal of 24. There is no stated ceiling for this group, but that is a lot more light than it is built for. Examples, not recommendations: Yew; Portuguese laurel; Holly. |
| Deciduous hedge that holds its leaves | wrong place | This spot sits wetter than this group tolerates. Wet feet kill far more plants than cold does. Examples, not recommendations: Beech; Hornbeam. |
| Medium deciduous shade tree | wrong place | This spot sits wetter than this group tolerates. Wet feet kill far more plants than cold does. Examples, not recommendations: Field maple; Serviceberry; Hop hornbeam. |
What to measure before spending anything
Ranked by how far the answer actually moves across the plausible range, not by a checklist.
| Who can actually see in | sit there | Sit where you actually sit and look around. Mark the one window or path you can see a person from. Until one exists, privacy is a question we are not answering rather than one that is fine. This is not a refinement. Nothing can answer this question until somebody marks it. |
|---|---|---|
| What you are looking at | sit there | Mark the direction of the view worth keeping. No view has been marked yet, so nothing weighs what the view is worth, and a screen that blocks it looks free. This is not a refinement. Nothing can answer this question until somebody marks it. |
The year at a glance
| Jan | 9 h sun | 12.9 mol light, would not dry within the day |
|---|---|---|
| Feb | 11 h sun | 18.7 mol light, would not dry within the day |
| Mar | 12 h sun | 25.8 mol light, would not dry within the day |
| Apr | 13 h sun | 32.9 mol light |
| May | 11 h sun | 37.2 mol light |
| Jun | 11 h sun | 44.6 mol light |
| Jul | 11 h sun | 43.3 mol light |
| Aug | 12 h sun | 39.1 mol light |
| Sep | 13 h sun | 34 mol light |
| Oct | 11 h sun | 23.5 mol light, would not dry within the day |
| Nov | 10 h sun | 15.1 mol light, would not dry within the day |
| Dec | 9 h sun | 11.2 mol light, would not dry within the day |
Where this stops
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
Who to ask, and what to ask them
Everything this reading cannot answer goes to 4 places: a structural engineer, a drainage engineer, an electrician and your planning authority.
Inferred from the time zone America/Denver. A time zone identifies a country reasonably well and a county not at all, so nothing below is local to you.
A licensed professional engineer (PE), structural
Whether a wall, deck, post or fixing carries the thing you are proposing is a calculation about materials and connections. This product models sun, wind exposure and sightlines; it has never been told what the wall is made of or how the deck is framed.
Take these questions
- Will this fixing or footing carry the load, in the wind this site actually gets?
- What has to be opened up or exposed before that can be answered?
- Is there a version of this that avoids a structural question altogether?
Take these with you
- The contractor packet from this property, which has the dimensions and where each came from
- Photographs of the wall or frame the thing would fix to
- Anything you know about what is behind the surface
Where the register is
NCEES — licensure and verification — Licensing is by state; this points at the board that holds your state's register.
The line in this document that sends you here
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
A drainage contractor or civil engineer
This product reads how long a surface stays wet from sun, shelter and shade. It does not know where the water goes afterwards, what the ground is made of below the top few inches, or what your drains are connected to.
Take these questions
- Where is this water going now, and where would it go after the change?
- Is there a connection or a soakaway involved, and is that something I am allowed to alter?
- What would a percolation or infiltration test cost here before anybody designs anything?
Take these with you
- The wetness reading and the months it is worst in
- Where the downspouts land and where water stands after rain
- Any drainage drawing that came with the property
Where the register is
USDA NRCS — Web Soil Survey — Free drainage class and infiltration context for your parcel, before you pay anybody.
The line in this document that sends you here
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
A licensed electrician
Outdoor lighting and anything powered near water is a wiring question with a legal answer, and this product models the light rather than the circuit.
Take these questions
- Is this circuit suitable for outdoors and for the distance involved?
- What protection does this need, and does the work have to be certified or inspected?
- Can the fixture be aimed or shielded the way I need without changing the wiring?
Take these with you
- Where the fixtures would go and what they are pointed at
- The distance from the nearest existing supply
Where the register is
Your state or county building department — Permitting and licence checks are local; the state consumer office lists who holds them.
The line in this document that sends you here
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
Your city or county planning and building department
Whether you are allowed to build a thing is decided by a local rule set that varies street by street. This product has no idea which rules apply to your address, and anything it said about consent would be a guess dressed as an answer.
Take these questions
- Does this need consent at this height, this footprint and this distance from the boundary?
- Is there anything specific to this property — a conservation designation, a covenant, an easement, an HOA rule?
- If it does not need consent, is there anything that would make it need one?
Take these with you
- The dimensions and the position relative to the boundary, which the contractor packet already states
- A site plan showing where it sits
- The property address, which is what everything above is actually keyed to
Where the register is
USA.gov — find your local government — Permits and setbacks are city or county; this finds the office that issues them.
The line in this document that sends you here
- This is a decision instrument. It models sun, shade, sightlines, radiant heat and drying from the geometry it was given. It is not a structural, drainage, electrical or planning assessment, and it does not replace one.
Nothing here says what the answer will be. These are registers rather than recommendations, and a name on one is a qualification rather than an endorsement.
What this was built on
- NOAA Global Monitoring Laboratory, Solar Calculation Details
- ASHRAE Handbook of Fundamentals, Climatic Design Information, clear-sky solar model
- Oke; Steyn, Boundary Layer Climates and the sky view factor method
- ASHRAE Standard 55, Thermal Environmental Conditions for Human Occupancy
- International Journal of Climatology, Thorsson and others, Different methods for estimating the mean radiant temperature in an outdoor urban setting
- Proceedings of the Royal Society A, Penman, Natural evaporation from open water, bare soil and grass
- ASTM and DIN 51130 ramp test, Slip resistance classification for pedestrian surfaces
- ISO 9223, Corrosion of metals and alloys, corrosivity of atmospheres
- ASTM C666, Resistance of concrete to rapid freezing and thawing
- American Architectural Manufacturers Association, Voluntary specifications for high performance organic coatings on aluminium
- Purdue University Horticulture, Faust and others, Daily light integral as a design metric for plant growth
- USDA Agricultural Research Service, Plant Hardiness Zone Map
The property record itself can be exported as a file and carried to another device. Nothing about this property has left your device unless you chose to send it somewhere.
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