Inputs

Room length m Enter a numeric project value in m at or above 0.1. Room width m Enter a numeric project value in m at or above 0.1. Maximum x spacing m Enter a numeric project value in m at or above 0.01. Maximum y spacing m Enter a numeric project value in m at or above 0.01. Length edge offset m Enter a numeric project value in m at or above 0. Width edge offset m Enter a numeric project value in m at or above 0. Fixture type Choose the option that best matches the project condition.

Room obstacles

Add one row for each relevant space, item, zone, document, or measurement set.

Row 1

Obstacle type Enter the project label, note, or reference used for this calculation. Obstacle origin x m Enter a numeric project value in m at or above 0. Obstacle origin y m Enter a numeric project value in m at or above 0. Obstacle width m Enter a numeric project value in m at or above 0.01. Obstacle height m Enter a numeric project value in m at or above 0.01. Obstacle clearance m Enter a numeric project value in m at or above 0.

Fixture count --

Usable fixture count --

Obstacle count --

Warning count --

Layout model --

Review status --

Calculation details

Fixture count: --
Usable fixture count: --
Obstacle count: --
Warning count: --
Layout model: --
Review status: --

Important notes

Confirm the generated model against structure, services, furniture, access, and product data.
Australian standards may inform the planning boundary; this planner does not certify compliance.

Formulas

\(\displaystyle \text{layout} = \{\text{room},\text{grid},\text{fixtures},\text{warnings}\}\)
\(\displaystyle \text{usable fixtures} = \text{proposed fixtures} - \text{blocked fixtures}\)
This model supports planning and handoff; it is not a point-by-point photometric design.

Build a printable two-dimensional room layout model from grid, fixture, and obstacle assumptions.

2D Room Layout Planner is a planning aid. Keep the target source, product data, measurement method, and project assumptions with the result. Confirm compliance, installation, certification, and safety decisions with the responsible professional.

Inputs

Results

Formulas