Parking bay counts generate two ways depending on how they are drawn.

Likewise, parking required calculates differently depending on the properties used.

When drawing parking using the Parking usages, the parkingBayCount is calculated by multiplying grossArea*parkingProvided.

When using the Carpark flow, the bays are counted by whole bays rendered on the canvas.

The size, spacing, and arrangement of bays is controlled using the algorithm settings.

When drawing a geometry with the Parking Required property enabled, the required parking bays for that mass are calculated as grossArea*parkingRequired

The visitorParkingRequired property adds additional required bays to the overall required count for each feature.

When drawing a dwelling unit, there is a special property to count parking spaces required per unit. The calculation of parking required for dwellings is dwellingCars*dwellingCount, summed for the entire feature. This calculation results in the dwellingTotalParkingRequired calculated value.

You can also pull the parking required for each unit type with dwelling-{{dwelling name}}-parkingRequiredPer. This takes the dwellingCars*dwellingCount for each unit type individually (i.e. - counting the required parking for only1 bedroom units).

Parking required for the project is calculated as dwellingTotalParkingRequired+(parkingRequired*grossArea)+visitorParkingRequired

The baysPerLevel calculation is computed on multi-deck and underground parking with more than one level. It returns the count of bays on a single level.

The parking bay count is the total bays on the feature. It is calculated per feature using the logic above, and then summed for the entire project.