Detailed Planting is used to create, model, quantify, and
document individual planting elements within a Revit project. This workflow
supports the placement of trees, shrubs, perennials, grasses, and other planting
types as individual specimens, groups, hedges, avenues, and planting areas,
enabling accurate design development, scheduling, and construction
documentation.
Prerequisites
Before creating Detailed Planting:
- The project site model has been established.
- Required planting palettes have been created and
loaded.
- Plant selections have been approved.
- Relevant planting schedules and tag families are
available.
- Site surfaces, topography, floors, or planting areas are
prepared for planting placement.
Phase 1: Prepare Planting Content
1. Review the Planting Palette
- Open the project palette.
- Confirm all required planting types are
available.
- Verify:
- Botanical Names
- Common Names
- Plant Categories
- Sizes and Specifications
- Remove obsolete selections if required.
Verification: The palette contains all
approved planting content required for the project.
2. Configure Planting Display Settings
- Review project visibility settings.
- Confirm the required planting representation is
active.
- Verify plan and 3D display requirements.
- Apply project view templates where
required.
Verification: Planting elements will
display correctly in all project views.
Phase 2: Create Detailed Planting
3. Launch the Create Planting Command
- Open the ArtisanRV planting tools.
- Select Create Planting.
- Choose the required plant type from the active
palette.
Typical planting categories include:
- Trees
- Shrubs
- Perennials
- Grasses
- Groundcovers
- Climbers
Verification: The selected plant type is
ready for placement.
4. Place Individual Specimen Plants
Use specimen placement when individual plants require
precise positioning.
- Select the plant type.
- Choose Specimen placement.
- Place individual plants within the model.
- Adjust locations as required.
Typical uses:
- Feature trees
- Entrance planting
- Architectural focal points
- Signature planting
Verification: Individual plants are
positioned accurately within the design.
5. Create Plant Groups
Use grouped planting for repeated plant
arrangements.
- Select the plant type.
- Choose grouped placement.
- Define spacing and arrangement.
- Place the planting group.
Verification: Multiple plants are created
according to the defined layout.
6. Create Hedges
- Select a suitable hedge species.
- Choose the Hedge placement option.
- Draw the hedge alignment.
- Define spacing requirements.
- Complete placement.
Verification: Continuous hedge planting is
generated automatically.
7. Create Avenues
Use avenue planting for aligned tree layouts.
- Select the required tree species.
- Choose Avenue placement.
- Define the path or alignment.
- Enter the spacing requirements.
- Complete placement.
Typical applications:
- Streetscapes
- Boulevards
- Shared spaces
- Formal landscape designs
Verification: Trees are distributed evenly
along the alignment.
8. Create Planting Areas
Use planting areas where mass planting is
required.
- Select the planting type.
- Choose Area placement.
- Draw the planting boundary.
- Specify spacing and density.
- Complete the planting area.
Typical applications:
- Shrub beds
- Groundcover zones
- Perennial planting
- Ecological planting
Verification: Plants are distributed within
the defined area according to project requirements.
Phase 3: Modify Detailed Planting
9. Edit Planting Elements
- Select a plant or planting area.
- Open the Edit Planting tools.
- Modify:
- Plant Type
- Spacing
- Quantities
- Layout
- Notes
- Save changes.
Verification: Updated planting information
appears correctly in the model.
10. Refine Plant Locations
- Review planting layouts in plan and 3D views.
- Adjust positions where required.
- Verify clearances to:
- Buildings
- Paths
- Utilities
- Structures
- Save modifications.
Verification: Planting coordinates with all
site elements.
Phase 4: Planting Documentation
11. Tag Planting
- Open the Tag Planting command.
- Select planting elements.
- Apply the appropriate tag style.
- Adjust leader placement where necessary.
Typical tag information includes:
- Plant Reference
- Botanical Name
- Quantity
- Specification Information
Verification: All planting is clearly
identified on drawings.
12. Generate Plant Schedules
Create schedules showing:
- Plant Reference
- Botanical Name
- Common Name
- Quantity
- Plant Size
- Category
- Specification Notes
Review schedule totals and consistency.
Verification: Schedule quantities match the
model.
13. Review Quantities
- Verify planting counts.
- Check area calculations.
- Confirm spacing assumptions.
- Review procurement quantities.
Verification: Quantities accurately
represent project requirements.
Phase 5: Coordination and Quality Assurance
14. Review Planting Design
Confirm:
- Planting meets the approved design intent.
- Appropriate species have been used.
- Spacing requirements have been achieved.
- Visual composition is balanced.
- Maintenance considerations have been
addressed.
Verification: The planting scheme is
design-ready.
15. Coordinate Across Views
Review:
- Site Plans
- Enlarged Plans
- Planting Layouts
- Sections
- Elevations
- 3D Views
Verification: Planting appears correctly
throughout the project.
16. Final Documentation Review
Verify:
Plant Content
✅ Correct plant species selected
✅ Palette content coordinated
✅ Quantities reviewed
✅ Planting layouts approved
Documentation
✅ Tags placed and legible
✅ Schedules accurate
✅ Notes completed
✅ Drawing standards achieved
Coordination
✅ Planting coordinated with hard landscape
✅ Utilities protected
✅ Clearances maintained
✅ Design intent preserved
Final Deliverables
The completed Detailed Planting workflow should
provide:
- Individually modelled planting elements
- Trees, shrubs, perennials, hedges, avenues, and planting
areas
- Coordinated planting schedules
- Fully tagged planting plans
- Accurate quantity information
- Construction-ready planting documentation
- A model coordinated with landscape and site design
requirements
Outcome: Detailed Planting transforms
approved plant selections into coordinated BIM planting layouts, enabling
accurate design development, quantity reporting, specification production, and
construction documentation.